Constructing your very own DIY dimensional world-line portal; the frequencies of location (part 2)

This is part 2 of the fundamentals in constructing your very own dimensional portal or vehicle. This post continues that same slow, methodical study of how one would go about constructing their very own dimensional portal. This is a systems integration point of view, rather than anything else.

So, to review…

In part 1, we discussed some scant examples found on the internet. Most of which didn’t say much of anything. However, if you look between the lines on them you see some ideas all similarly related. The major hurtle is that they all assume a universe that simply does not exist.

So, by looking at the ideas garnered through that initial post, we can consider them to have pretty much laid out the ideas which we can add to our narrative…

  • Individual world-lines are fixed, static places within the reality universe.
Consider a world-line to be a frozen snapshot of time. Nothing actually moves within it. It's just solid, fixed and never changing.
  • Time is the movement of individual consciousness though these places.
This is something that I have repeatedly stated over and over again throughout this Metallicman effort. If you don't understand what time actually is, you will never understand world-lines.
  • Each world-line is a very complex representation of a static place.
It's not just that the physical elements are represented, but the non-physical elements are represented as well.
  • This representation can best be described as a “frozen moment” of a complex graph of frequencies.
Since we know, by quantum physics, that every thing in our "universe" can be represented as either a particle or a wave. And all waves can be associated with a specific frequency. Then, all things within a "frozen" world-line can be associated with a complex set of frequencies.

As such, we can do all sorts of things with it. From using it as a "homing beacon" to go to, or to return to. Or to note that it is something that should be avoided.
  • By knowing the set of frequencies associated with a given world line, we can establish a set of coordinates associated with it.
If there was a way that we could take a "snapshot" of a given world-line, we would see a complex collection of frequencies. All these frequencies would be associated with the gravity measurement at that (apparent) moment of "time".

World-line travel can thus be the manipulation of frequencies of location.

The frequencies of location.

Taken together, if you can have coordinates at your present location, and provide coordinates at your destination location you can map out your route. Just like we all do using GPS.

You can travel to different world-lines using fundamentally the same KIND OF system that is used on maps and GPS apps. You identify your location coordinates and then map out your destination coordinates.
You can travel to different world-lines using fundamentally the same KIND OF system that is used on maps and GPS apps. You identify your location coordinates and then map out your destination coordinates.

But, the GPS system uses satellites, software algorithms, and a small army of engineers and technologists to maintain. How can you use this kind of system for world-line travel?

You don’t.

Instead you need to take a “snapshot” of your current location. This “snapshot” will contain the attributes that are associated with your geographic time, place and environment.

So the question really becomes “how”?

How do you take a “snapshot” of your current environment in such a way that it includes all elements of your current environment?

Your “snapshot”.

I’m going to “cut to the chase” and summarize a few things.

  • Precise measurements of localized gravity can be an effective measurement of your current world-line position.
  • But, it does not provide you a map. If you punch in destination coordinates of a different gravity reading, you have absolutely no way of knowing where you will end up.
For instance, if you leave at a gravity reading of 121.8723675092384 then where would a gravity reading of 121.8276746592847536 take you?
  • So gravity can be used to take you to similar world-lines, but it cannot be used to determine world-line types and deviance parameters.
  • An other method has to be utilized to map out the world-line terrain.

That other method is to utilize the frequencies associated with the gravity reading at any given world-line.

A "snapshot" of the gravity of your departure coordinates can be translated or processed to produce a complex graph of all the various waveforms and their frequencies at that moment in time.

Using the snapshot as an anchor.

Now, if the coordinates are related to the frequency “snapshot” at any given moment of time…

… the manipulation of the frequency around a person, vehicle, or door, can teleport a person or object to the destination coordinates.

In other words, we are going to utilize the Alan Holt's Field Resonance System to conduct world-line travel.

So let’s discuss collecting the frequencies of a departure coordinate.

[1] The overall scheme.

Here we are going to discuss using vibrations and frequencies associated with gravitational masses to obtain world-line coordinates.

It works just like this…

  • You create an area with a fixed “portal”.
  • You then identify the “geography” of the gravitational signatures of that specific area / portal.
  • Using flux-gate technology, you isolate the gravitational signatures of a person entering the portal from the portal gravitational signature.

Now, we need to associate frequencies with the gravitational signiatures.

  • You take a measurement of the frequencies associated with the gravitational portal at a specific fraction of time.
  • You do the same thing of a person entering the portal at that specific fraction of time.
A person entering a fixed portal.
A person entering a fixed portal.

These frequencies are very complex, but they can tell us where we are at any given moment within any given world-line.

Now, in a split second, using the Alan Holt’s Field Resonance system, you change the frequencies within the portal. You alter the frequencies such that the gravitational associated frequencies of the person entering the portal do not change, but the frequencies associated with the surrounding environment does actually change.

You change the frequencies of the portal location, not the person. All the while you use field resonances to “squeeze” or “slide” the individual into the new portal coordinates.

Coordinates are the frequencies associated with the gravitation at that fraction of time.
Coordinates are the frequencies associated with the gravitation at that fraction of time.

Now, we are going to discuss how this is done, step by step over the next couple of posts in this series.

We will start with [2], how to isolate gravity masses within an area. Then we will convert those gravity readings into frequencies.

This is a very important step as it is used to isolate the person who walks into a portal from the portal itself.

Thus, the world-line slide, or cross-over, can be obtained by isolating the frequencies of the portal from the person. Using the Alan Holt Frequency resonance system to slide that person into the new coordinates.

And that is how it works.

[2] Association of a frequency to a given world-line.

To identify your local region, you need to separate it out from all the “clutter” of the surrounding regions. Otherwise, your “map” with start with a confused jumble of data. Much like oil painting. When you keep on painting and painting in oils, and don’t separate the colors, eventually everything turns into a muddy ugly brown color.

Luckily, there is a technique for this. It’s called “Regional residual anomaly separation”, and it is one of the important tasks in gravity inversion and interpretation for the detection of oils, minerals and cavities underground.

So, we can “piggy back” on the work already done.

So here is the procedure (so that you all don’t get too bogged down into all the details…

  • Identify a physical region; a person, a place, a thing, a vehicle.
  • Identify and isolate the gravity of that object (parts 2a – 2g) below.
  • Take a “snapshot” of the frequencies associated with that specific region of gravity.

[2a] Regional residual anomaly separation

We can use any number of the gravity separation methods that have already been developed. All of which have been based on different characteristics of regional and residual gravity fields. Of course, each one has it’s advantages and disadvantages.

  • Graphic smoothing and N-point smoothing(Wanget al 1991)
  • Polynomial surface fitting (Beltraoet al 1991)
  • Minimum curvature method (Mickuset al 1991)
  • Finite element analysis (Mallick and Sharma1999)
  • The stripping method (Weiland 1989)
  • And finally, Li and Oldenburg (1998) proposed to separate the regional anomaly using a 3D magnetic inversion algorithm.

Based on different spectral characteristics of gravity and magnetic anomalies, filters can be used for more precise gravity separation.

  • The Wiener filtering (Pawlowski and Hansen 1990)
  • Wavelength filtering (Kane 1985)
  • Band pass filtering (Ridsdill-Smith 1998)
  • Preferential continuation filtering (Pawlowski 1995).

Of course, all these methods are simply number crunching of sensory inputs from a “flux gate” and processed within a complex computer algorithm.

Simple Flux-gate circuit.
Simple Flux-gate circuit.

[2b] Use of the wavelet transform

There is more than one way to process the information obtained from a flux-gate sensor.

In recent years, the wavelet transform has widely been used in gravity data processing and interpretation. This is primarily due to its pretty good property of multi-scale analysis, and as a result, it has become an important method to isolate gravity readings from that of an anomaly.

The examples of people using these techniques to isolate the frequencies of localized gravity anomalies is pretty well documented;

  • Fedi and Quarta (1998) used a discrete wavelet transform to separate the regional potential gravity fields, and determined the rational decomposition results as a regional gravity anomaly by “minimum entropy compactness criterion”.
  • Ucanet al (2000) also used the multi-scale wavelet transform to separate the regional anomaly field and achieved satisfactory results in the synthetic model test.
  • Yanget al (2001) analyzed the gravity data of China using the discrete wavelet transform and interpreted the geological implications of the decomposition results.

[2c] Other used for the Multi-scale gravity wavelet analysis.

This algorithm can be used in numerous ways. In general, the more versatile it is, the more exactly can you separate out the gravity frequency variations.

The multi-scale wavelet analysis can also be used in…

  • Data denoising (Lyrioet al2004)
  • Geological boundary locating (Marteletet al,2001)
  • Source parameter inversion (Sailhac andGibert2003).

Besides the Euclidean wavelets, the spherical wavelets method has been developed in the last ten years (Freeden and Windheuser 1996,1997)…

[2d] The Spherical wavelet transform

The spherical wavelet transform has similar multi-scale analysis properties as the Euclidean wavelet transform. It can be expressed by the convolution of a signal with a dilation and rotation of a spherical mother wavelet upon a sphere.

Compared with the Euclidean wavelets, spherical wavelets are widely used in large-scale data analysis, especially for the spherical earth.

It has been used to study…

  • The global gravity field (Fengleret al 2004, 2007)
  • Earth magnetic field (Freedenet al 1998)
  • Earth inner structure (mass-density distribution) (Michel 2005).

The traditional spectrum analysis is usually used to assist wavelet analysis and interpretation of gravity and magnetic anomalies.

  • Albora and Ucan (2001) present a synthetic example of gravity anomaly separation using wavelets, and estimate the average depth of buried bodies from the spectrum.
  • Qiuet al (2007) discuss the ability of the wavelet transform to improve the resolution of gravity anomaly and use depth estimation from spectrum analysis to analyze the wavelet decomposition results.

[2e] Theory of wavelet transform and spectrum analysis

Wavelet transform

Assuming that f(x)is a square integrable function, its wavelet transform can be expressed as…

where…

  • ψ(x) is the wavelet basis or the mother wavelet function,
  • s>0 is the scale factor,
  • b is the translation parameter,
  • R is the integration domain,
  • ψs(x) is the dilation of wavelet basis
  • ψs(x) = 1√sψ(xs). (∗means convolution).

In the frequency domain, equation (1) can be equivalently expressed as

where …

  • (ω) is the Fourier transform of ψ(x),
  • √s (sk) is the Fourier transform of ψs(x).

Generally, the scale factor can be connected with the frequency by

where Fs is the equivalent frequency of wavelet transform at scales, Fc is the center frequency of the wavelet basis function,and is the sampling rate.

From the frequency domain expression (equation (2)), the wavelet transform of the signal f(x) can be viewed as the filtering result with the wavelet filter at either…

  • Different scales (Yang 1999) or
  • Using the filter banks operation (Strang and Nguyen 1997).

Generally, a large-scale wavelet transform can be used to separate the regional gravitation.

Wavelets can be selected for a gravity anomaly analysis according to some specific criteria, such as…

  • Similarity between signal and mother wavelets (Xuet al 2004)
  • Minimum entropy compactness criterion (Fedi and Quart a 1998).

In this example, we will select the wavelet according to its frequency response character.

Based on the knowledge of the spectral character of anomalies, a low-pass and isotropic wavelet filter is more appropriate for regional anomaly separation.

Here, we can look at the properties of the Halo wavelet in a specific frequency domain and then apply it in order to separate out the regional anomaly. In effect, isolating a particular body (a person, object, vehicle, or in this example, a rectangular box) from all the background gravitational influences.

The Halo wavelet basis function is a modification of the Morlet wavelet (Kirby2005).

It can be expressed in the frequency domain as

Its spectrum character is shown in figure 1.

The Halo wavelet basis is symmetrical and isotropic in the frequency domain. It is a low-pass wavelet filter with a small k0 value.

According to uncertainty, the bandwidth and the center frequency of the dilated wavelet decrease when the scale increases.

Therefore it is necessary to select the wavelet transform at a proper scale in order to get low-frequency regional anomalies.

From the definition of the wavelet transform, it can be computed by either, [A] convolution in the space domain or [B] multiplication in the frequency domain.

We compute the wavelet transform in the frequency domain based on equation (2), and the implementation steps are listed below:

(1) Compute the Fourier transform G(⇀k) of the original anomaly signal g(⇀x).

(2) Multiply the anomaly spectrum G(⇀k) with Halo wavelet (⇀k) in the frequency domain, and get the wavelet transform at scales=1; W(⇀k)=G(⇀k)×(⇀k).

(3) Compute the inverse Fourier transform of W(⇀k) and get the wavelet transform result w(⇀x) in the space domain.

(4) Calculate the wavelet transform of different scales with the dilation wavelet basis, and get the result of the wavelet transform result at different scales following steps (2)and (3).

The maximum decomposition scale relates the dimension of the original data, and the scale can take continuous values with a maximum of half of the data dimension.

Here we take s=2a in the wavelet decomposition (a=0, 0.5, 1, 1.5,…,the order of decomposition). This is the graphic representation of that algorithm.

Spectrum analysis and depth estimation Spector and Grant (1970) studied the relationship between the energy spectrum of anomalies and the average depth of source bodies under a statistic assumption.

It provided a foundation for anomaly source parameter estimation and filter designation for anomaly separation (Dolmazet al 2005, Wanget al 1991).

The energy spectrum of anomalies can be presented by the formula:

  • where〈〉stands for ensemble average,
  • M is the magnetic moment/unit volume,
  • h is the depth to the top of source body,
  • t is the thickness of the source body,
  • k is the radial wave number,
  • S(k) is the factor for the horizontal size of the source body.

It will be found that the depth factor〈e−2hk〉dominates the spectrum.

It turns out that the effect of the extension factor〈1−e−tk〉and the horizontal factor〈S2(k) are both comparatively small.

This is especially true in the low-frequency bands.

Simplifying the equation based on these practical realities, we find that the energy spectrum can be simplified as…

where…

  • A and A′ are constant coefficients, ̄
  • h is the average depth of the source body. (Relative to the sensor position.)

In practice, the linear fitting results of different spectrum segments are plotted on the semi-log plot of energy spectrum versus radial wave number for convenience. It helps to best visualize the effectiveness in this technique for the isolation of gravity influences on specific bodies.

The slopes of the best-fit straight lines of spectrum segments of logarithm energy spectrum versus radial wave number plot tend to indicate the average depth of the sources. Which is why this technique has enormous benefit in the geology sciences.

[2f] Proposed gravity frequency separation experiment

You do not need to have a buried treasure, a submerged sunken battleship, or a cavity filled with gold to validate this gravity isolation technology. You can use a shoebox, a briefcase, a coffeecan, or some other small sized object.

Here, we see a modeled object that is then scanned with flux-gate sensors to determine the degree of separation of different gravity values which can be observed.

Consider a cuboids combination model for the gravity field separation experiment by the wavelet transform.

This model consists of six cuboids: the largest one is located in the deepest part to simulate the regional anomaly, and the other five smaller ones with the same size are located in the shallower part at the center and four corners of the survey area to simulate the local anomaly field (figure2(a)).

The relevant parameters are listed in table 1.

Since this project was designed for large objects, the coordinate origin is located at the center of the survey, the grid spacing is 0.1 km, and the survey area is 100 km×100 km.

Using the forward calculation formula of rectangular bodies (Blakely 1995), we can calculate the gravity anomalies of the model and the corresponding regional and local anomalies, which are respectively shown in figures 2(b)–(d).

From the spectral analysis of the total, regional and local anomalies (figure3), the anomaly energy is mainly concentrated in the low-frequency band (0–0.4 rad km−1).

The target object has an energy in the low-frequency band.

The regional anomaly energy is dominated in the low-frequency band (0–0.4 rad km−1), while the local anomaly energy is dominated in the mid-high frequency band (above 0.4 rad km−1).

The surrounding environment has energy in the high-frequency band.

The two anomalies have different spectral distribution characteristics.

Therefore, it is feasible to separate anomalies of different frequency bands. Or, for our specific consideration, to isolate (say) a person walking through a “dimensional portal” and the “dimensional portal” itself.

The spectrum of the total gravity anomaly can be divided into three segments in the following frequency ranges: 0–0.05, 0.05–0.60 and above 0.60 rad km−1. In other words, we can identify frequency cut off criteria to isolate specific gravitational masses as they enter a portal, or when part of a larger mechanism, such as a vehicle.

They represent the regional anomaly with low frequency and high energy, the local anomaly with intermediate and high frequencies, and the high frequency signal characterized with very small energy,respectively.

In this example we choose the Halo wavelet basis to process the gravity anomaly based on the spectral character. Taking k0=0.6 and the corresponding scales=25.5, the transform result is…

taken as the regional anomaly, and the difference between this result and the original anomaly is taken as the local anomaly (figure4). It has achieved satisfied separation results compared with the theoretical anomalies (figures 2(c) and (d)).

[2g] Conclusions related to gravity separation determination for world-line mapping

There is no singular solution to gravity separation of a person from the surrounding portal. However, the basic technique remains the same.

In this example, we used a convention that illustrated the separation of a regional anomaly using the wavelet transform. And thus, according to the spectrum analysis their gravity estimation results.

The isotropic and low-pass wavelet filter, Halo wavelet, is used in the synthetic and real data processing.

The separation test on the synthetic model indicates that the wavelet analysis can separate the anomaly effectively. And thus, a person walking into a dimensional portal can effectively be isolated into separate gravitational entities at any given specific moment in time.

[3] Some notes

Here are some notes that I should not take for granted.

The “fixed dimensional portal” is just a coordinate. There isn’t a frame, or a physical door, or an arc or shimmering surface like you see in Hollywood. It’s just a place. It could consist of a bare space in a empty warehouse that is marked by a piece of tape on the floor.

The only thing that is important is that the exact moment that a person walks into the portal must be taken into consideration.

At that split fraction of a second, the flux-gate sensors must measure the entire gravitational environment. Convert it all into frequencies. Subtract the person from the surrounding environment. And use the Alan Holt resonance procedure to slide the person into the new world-line.

The more accurate the sensing, the better the results.

Therefore, I urge a large number of flux-gate sensors be used in regards to this.

Commercial flux-gate sensor.
Commercial flux-gate sensor.

[3] How to associate frequencies with gravitational readings.

You create a "profile" that describes the geography of the gravity of the objects associated with the portal. Then you take measurements of the frequencies associated with those gravity objects (HFGW). This creates a very complex frequency profile. It is what you use to isolate the components within the portal.

The subject of High Frequency Gravitational Waves (HFGW) has attracted considerable interest in the US government over the last few years. Apparently as soon as it was publicly announced that gravity is associated with gravitation “waves” o frequencies, the first response by the American government is to suppress all science related to it.

In September 2007, HFGW came to the attention of the National MASINT
Committee of ODNI.

In turn, staff at this committee asked JASON to review both the underlying science and technology of HFGW, and their implications for national security. They wanted to move all R&D associated with HFGW into the black and prohibit any further public work on the technologies.

JASON hosted briefings during June 17-18, 2008 from individuals both inside and outside the US government, and also collected about a thousand pages of printed or electronic material.

They concluded that the then proposed applications of the science of HFGW are fundamentally wrong; that there can be no security threat. And thus no need to silence the public disclosure of any kind of research regarding it.

They found that the insistence of the American government in suppressing all development and publication of independent scientific and technical work on this generally unnecessary. 

They concluded that the previous analysis of the Li-Baker detector concept is incorrect by many orders of magnitude; and that the following are infeasible in the foreseeable future: detection of the natural “relic” HFGW, which are reliably predicted to exist; or detection of artificial sources of HFGW. 

They concluded that no foreign threat in HFGW is credible, including: Communication by means of HFGW; Object detection or imaging (by HFGW radar or tomography); Vehicle propulsion by HFGW; or any other practical use of HFGW. 

And that should tell you all that you need to know about how important the government places the study of High Frequency Gravitational Waves…

…The “key” to world-line travel.

In the next post we will discuss how to collect, and map gravitational waves in association with the gravitation separation techniques already discussed herein.

(I would include it here, but I really don’t have enough room in this post.)

Stay tuned…

Do you want more?

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So you want to make your very own home-grown DIY dimensional world-line vehicle. Let’s talk about this. (Part 1)

Not everyone is satisfied in using intention / prayer to alter their reality. And, not everyone has the billions of dollars to manufacture their very own dimensional portal. And not everyone can work with our benefactors to have a piloted artifice slide their world-lines about. So what options are left?

Make your own.

Redaction's posted herein are mandatory. Please do not ask for clarification. There can be no exceptions. 

DIY Dimensional Portal Considerations

Our reality is one that our soul constructed for us to occupy and acquire experiences in. The influences of the thoughts of the “quantum shadows” that share our reality, color what we experience.

We, as humans, wish to “vacation” outside our reality to other realities where we can acquire new “adventures” and experiences.  It is part of our nature.

Thus, the desire to explore alternate world-lines.

It seems that a lot of people want to leave their own dimension and explore alternative worlds.  So instead of concentrating on their ability to control their thoughts… (thoughts steer the dimensional realities around us), they look outward for some kind of artifice or automaton to do all the “heavy lifting” for them.

Heavy Lifting; an American idiom that means to do the hard and difficult work.

It’s a lazy-man’s method.  It is equivalent to buying lottery tickets in that hope that you will become a millionaire.

People, we do not need to do that.  In fact, all we really need to do is control our thoughts, and then just sit back while our reality collapses in upon itself and a reality that fits our desires…

… manifests.

A very happy man.
A very happy man.

What if there are (more or less) natural events that can create the conditions necessary to facilitate “natural” world-line cross-over events. 

Afterall, if multiple world-lines are a de facto natural state, as I say... and time is our experience of moving though these stable world-lines, could not other techniques... 

...natural techniques... 

...be able to provide similar results of intense consciousness navigation?

What might they manifest as?

Indeed, over the years, I’ve read articles and heard stories that refer to unusual phenomena relating to experiments with high energy concentrations in a ‘constrained’ area. This energy can be in the form of high concentrations of sound, electricity, magnetism, etc..

At this point in time, my thinking is that a direct current (unmodulated – not alternating) produces a stress on the fabric of space in a local area. 

That if you create a vortex using various means, and then couple this with <redacted> (which is really the “key” to the entire process) that the stress on the world-line “bubble of reality” would be such that you could exit it and immediately transit to a different world-line.

The theory or idea behind this is that each spatial (and possibly TEMPORAL) location, no matter what dimension it resides in, has a specific coordinate (of some degree of complexity).

And as such, it can be referenced by a combination of frequencies that equate to the ‘signature’ for that location. (Perhaps, much like a “tuning fork”.)

Scene from the television show / Movie "Stargate".
Scene from the television show / Movie “Stargate”.

This concept of coordinates as a function of “frequencies” is not new. It’s almost a mantra of the “New Age” movement. But what is different here is that the various frequencies and the subtleties of the harmonics involved could be manipulated as coordinates for World-Line travel.

These are nested frequencies – like bubbles within bubbles – because they are all standing waves produced by 180 degree phase conjugation.

If a modulation – representing a specific ‘signature’/coordinate – is imposed on this stress field, then a portal is opened to that location.

My (personal) concept is that a resonance is established between these two locations (there can be more), i.e. the physical-spatial location and the artificially created target.

Who knows if this speculation has any validity. 

While I have been exposed to world-line travel using three techniques, I have never been officially educated on the mechanisms involved by MAJestic. 

All that I know is via our benefactors. 

Therefore, what is presented herein is not official MAJestic information, but rather my interpretations of what might be based upon what I know.

Still, at that, the redactions are fixed. Some opinions that I have are too "leading", if you know what I mean.

However, there are those who earnestly believe that it is worth the time, effort to pursue and investigate. 

Here are some curiosities for the more adventuresome reader. Personally, I do not know if they are worth the time to consider, but some do make for fun and interesting reading…

Alan Holt’s Field Resonance Concepts

While everyone is thinking in terms of one universe, with only one world-line and using advanced propulsion methods to get from point A to point B, the methods themselves can enable world-line crossovers.

Now, a “world-line crossover” can be called many things. It can be called “time” (if conducted naturally). It can be referred to as a “slide” if you use and extraterrestrial artifice, and it can be considered to be “resonant transfer” if you are a NASA scientist.

In line with this idea of resonant transfer are two excellent papers by Alan Holt of NASA. He has a new propulsion concept that has been developed based on a proposed resonance between coherent, pulsed electromagnetic wave forms and gravitational wave forms (or space-time metrics).

 http://keelynet.com/energy/holt1.htm

All the discussions of this tend to be “really out there”. Because they all involve things that have already been “disproved” by “experts”. So in order to read these papers and follow the train of thought, you need to suppress the idea that…

  • FTL travel.
  • Time travel.
  • Change in mass of objects.
  • Change in the gravity of objects.
  • Change in the inertia of objects.
  • Use of “crop circles” for guidance.
  • Tuning on frequencies.

…are all possible given the proper set of conditions.

Now, keep in mind that while this concept is based on the idea for propulsion techniques and technology for geographical movement within the universe, it’s (far) better application is for world-line travel.

World-line travel using Field Resonance Systems…

Space-Time/Field Relationships

The new model of space-time/field interactions (A. C. Holt, "Virtual/Space-Time Manifolds," being revised before publication) will be used in this paper to describe the potential characteristics of electromagnetic/ gravitational field interactions and the performance capabilities of two basic types of field-dependent propulsion systems. 

The model is currently undergoing revision which could alter the description of the interactions but which will not alter the expected effects of the interactions. 

The primary effects are as follows:

1.A decrease or an increase of the gravitational forces acting on a space-time mass or energy system (objects, planets, magnetic fields, etc.) by altering the basic space-time structure of the mass or energy systems energy pattern (can be accomplished by artificially generating a highly energetic spatially and temporally coherent energy pattern)

A decrease or an increase of the total energy in the mass or energy system by altering and fine-tuning its energy pattern to match or establish a resonance with the proposed "virtual" structure and patterns associated with a distant space-time point

The translocation of an object or space-time mass/energy pattern from one space-time point to another by altering the pattern to achieve a very precise resonance with a "virtual" pattern associated with a distant space—time point

While the author would prefer to wait until the model is complete and the results of initial experimental research are available before utilizing the model, he believes that the first steps toward the development of field-dependent propulsion systems must be taken in Fiscal Year 1981. 

The first steps are associated with the development of a field physics laboratory which can be used to investigate and quantify space-time/field interactions to achieve a breakthrough in our understanding of the relationships between gravitational and electromagnetic forces. 

Thus, the model is utilized in this paper to emphasize the point that a breakthrough in field physics can be achieved in the early 1980s if the required research is given a high priority in funding allocations and if a highly motivated well-qualified research team can be assembled.

Rather than develop another theory which would remain untested experimentally, the author developed a theoretical model which could be easily used in a field physics laboratory to investigate space-time/field interactions. 

If, as a result of the experimental testing, this qualitative model is basically confirmed, then a detailed mathematical description can hopefully be developed and the model will be upgraded to a mature theory. The nuclear physicists have used this type of experimental approach to make substantial progress towards the unification of the strong and weak nuclear forces (utilizing the experimental results of particle accelerators).

The model describes the gravitational force, electromagnetic forces, and mass (particles) as the variations of the characteristics of a continuous field of force. 

This field of force can be conceptually identified with Einsteins generalized tensor field which Einstein strived to develop to unify gravitational and electromagnetic forces in a single mathematical formalism. 

The field of force is defined by the interaction of space-time energy patterns (associated with particles, planets, stars, magnetic fields, etc.) and proposed virtual patterns which are associated with each space-time point and which form an underlying structure of space-time.

The virtual structure at each space-time point can be conceptually approximated by a series of virtual states or patterns. 

The virtual structure is actually a many-dimensional structure which transcends and permeates the four dimensions of space-time. A virtual pattern can be described if it is assumed that the pattern manifests as a space-time form. If these virtual patterns undergo a type of "energization" which results in a projection into space-time, patterns such as pulsating spheroids and ellipsoids and dipole, quadrupole, and octupole forms, etc., might result.

-PROSPECTS FOR A BREAKTHROUGH IN FIELD-DEPENDENT "PROPULSION" (PDF)

Now keep in mind that the idea of a “space-time” point is considered to be a geographical location that resides at a specific point in time, it is actually a coordinate related to a specific world-line within our reality universe.

Of course, we do not know what really happened regarding this.

Alan Holt retained his position at NASA and was on their payroll for many many years. An absolute flood of “black projects” came into being right after this paper was written. And simultaneously, a sorts of nonsense about the triviality of this concept hit the public narratives.

Plus the idea that genius was somehow connected with “crop circle” answers did not help…

Saturday, September 22, 2012
Crop Circles, Amazing Thoughts By NASA Project Manager
Some years ago during the summer of 2000, a NASA Project Manager by the name of Alan Holt visited Wiltshire, and decided to look at a few crop pictures. Humorously he “put out the thought in a crop picture, somewhat as a test but really a request, that he would like to see a crop pictogram appear, which could provide some insight into the direction he should pursue in his advanced transport / field physics research activities” Two days later, a spectacular diagram of the “magnetic field near a bar magnet” appeared at Avebury Trusloe:

This is Alan Holt's Story and it is pretty amazing! 
Richard
Saturday, September 22, 2012
Crop Circles, Amazing Thoughts By NASA Project Manager

Some years ago during the summer of 2000, a NASA Project Manager by the name of Alan Holt visited Wiltshire, and decided to look at a few crop pictures. Humorously he “put out the thought in a crop picture, somewhat as a test but really a request, that he would like to see a crop pictogram appear, which could provide some insight into the direction he should pursue in his advanced transport / field physics research activities” Two days later, a spectacular diagram of the “magnetic field near a bar magnet” appeared at Avebury Trusloe.

So we know that this paper and theory hit NASA, was part of a flood of “black projects” and was suppressed in the public domain.

So what it is?

The field resonance system artificially generates an energy pattern which precisely matches or resonates with a virtual pattern associated with a distant space-time point.

The field resonance system .
The field resonance system.

According to the model, if a fundamental or precise resonance is established, (using hydromagnetic wave fine-tuning techniques)…

… the spacecraft, vehicle, or person, will be very strongly and equally repelled by surrounding virtual patterns.

http://keelynet.com/energy/holt2.htm

Using this concept, a spacecraft “propulsion” system potentially capable of galactic and inter-galactic travel without prohibitive “travel times” has pretty much been designed. This goes further than just geographic travel, but includes travel through “time” as well.

And since “time” is just a long string of connected world-lines, this means that this technique can enable world-line travel.

Following a breakthrough in space-time/field interactions, two basic types of asymmetric propulsion systems will likely be developed. Type 1 is a "gravimagnetic" system which utilizes specific electromagnetic energy configurations to generate an artificial gravitational field (in effect). 

Type 2 is a "field resonance" system which relies on the use of electromagnetic energy configurations to establish precise resonances with virtual energy patterns at distant space-time points. These space-time "form resonances" result in "jumps" or translocations of the spacecraft/aircraft to the distant points....

...In a research study completed in 1979,9 it was determined that oscillations of magnetic field lines could enhance or inhibit magnetic field line reconnection. The effect of these hydromagnetic waves is dependent on the wave frequency, wave length, wave amplitude, and wave orientation with respect to the field lines. By varying the wave characteristics and the strength and duration of the magnetic field source pulses, and by sequencing these field pulses, a wide variety of energy patterns with a high degree of spatial and temporal coherence can be generated.

-PROSPECTS FOR A BREAKTHROUGH IN FIELD-DEPENDENT "PROPULSION" (PDF)

So what?

Well, aside from the obvious benefits related to physical movement, there is the relationship between electromagnetic wave forms and gravitational wave forms.  Which then, of course led me to this curiosity found HERE… That’s right; let’s talk about “crop circles”.

http://www.cropcircleconnector.com/anasazi/fringe2014y.html
Alan Holt is currently a Project Manager for NASA's International Space Station: This article does not necessarily reflect the views of NASA and are the sole views of Alan Holt

In July of (2000) I had the opportunity to visit the United Kingdom for a couple weeks. The primary purpose for my trip was to spend some time with my companion Hildi who lives in Glastonbury, England. Since I knew the timing of my visit would allow me to see and hopefully visit some "crop circles" I did a little exploration of web sites before I left.

I was absolutely amazed at the patterns which I saw, and was wondering why these developments hadn,t surfaced in the general press in the U.S. After my visit and discussions with various people in the UK, it is now clear to me that crop "circles" or pictograms have suffered the same fate that UFOs and other phenomena have which do not fit the current paradigm.

Upon arriving in London on July 20, I was picked up by my companion and a friend and on the way back to Glastonbury we stopped at the Barge Inn. The Barge Inn is located along one of the many canals crisscrossing England, and is a meeting place and informal headquarters for crop "circle" researchers and visitors. Photos of the latest crop "circles" are tacked up on a bulletin board.

Outside looking toward nearby hills a simple crop "circle" could be seen. After getting something to eat, we went up to the circle and entered it. The plants on the floor of the circle were woven into a basket like pattern. Unlike the few hoaxed or manmade "circles", the stalks of the plants were not broken but looked like they had suddenly decided to bend down and grow in a horizontal direction. My assessment after visiting several crop pictograms, is that the man-made "circles" are relatively few, which are composed of simple forms having very poor geometric precision compared to the amazing pictograms.

There are other factors which clearly delineate a man-made circle from the absolutely amazing pictograms, which can be learned from the web sites, and several books. I would recommend the book "Crop Circles: The Greatest Mystery of Modern Times" by Lucy Pringle,1999, Harper Collins Publishers, ISBN 07225 3855 3, $27.00. I had an opportunity to talk with Lucy at the Glastonbury Crop Circle Conference held in July 28 -30 during my visit. She personally flies out over the fields and takes photos.

Since I have for many years used enhanced intuitive capabilities to pick up additional information, I did sit in the crop circle near the Barge Inn and picked up some interesting impressions pertaining to the future. In addition, I put out the thought, somewhat as a test but really a request, that I would like to see a crop pictogram appear which could provide me some insight into the direction I should pursue in my advanced transport/field physics research activities.

We then went on to Glastonbury, to London, and then back to Glastonbury. Eight days later, we went back out into crop circle country and again visited the Barge Inn. On the bulletin board, was an astounding new pictogram

l The pictogram was shaped like a bar magnet, with magnetic field lines coming out of the north and south poles. The pictogram had appeared on July 22 two days after my arrival in the England (and my first visit to the Barge Inn). We determined its location, visited the pattern and spent a lot of time exploring it.

The precision and intricacy of the pattern was stunning. Even the farmer whose field the pattern had appeared in was overwhelmed by this pictogram. He indicated that there had been other patterns in his field before, but he had still harbored some doubts concerning who or what had made them. But with the appearance of this pictogram, he knows now that this is a true mystery. From his perspective there is NO possibility that this was made by humans or our technology, and I agree with him.

While in the pattern, I recalled the thought which I had sent out for a pictogram to appear which could provide some direction for my research activities. I have to conclude that whatever intelligence is responsible for these patterns, it has connections with or links with our human consciousness.

There is truly an astounding phenomena unfolding in England and elsewhere in the world. Its very unfortunate that the unscientific thinking, and perhaps deliberate disinformation, of a few individuals have been picked up and accepted by a naive press world-wide. As a result millions of people have been deprived of the opportunity to experience a consciousness expanding phenomena. It is our civilization,s loss; but fortunately the apparently successful attempt to ridicule or "debunk" crop circles will do nothing stop what may be a major transformation ahead for humanity.

From my perspective, there is also a warning or "be prepared" message coming through the crop pictograms as well. We have not been very good stewards of the planet on which we are living. We have recklessly depleted resources; contaminated water, air and Earth; threatened the foundation of Earth,s viability with the use and testing of nuclear weapons (and perhaps other exotic technology) and continue to waste at least one-half of what we produce (especially here in the U.S.). The Earth can compensate for some of our mistakes, but it too goes through transformations. If our care of our planet is not dramatically improved soon, we may not have many more years to enjoy the beauty and nurturing environment which even now the Earth still provides (the year 2012 could be a turning point).
What should we be learning from crop circles and are enough of us paying attention? It seems that there might be much knowledge passing through our fingertips. We should be harnessing this information for use on our planet now and for future generations.
What should we be learning from crop circles and are enough of us paying attention? It seems that there might be much knowledge passing through our fingertips. We should be harnessing this information for use on our planet now and for future generations.
The field resonance system artificially generates an energy pattern which precisely matches or resonates with a virtual pattern associated with a distant space-time point. According to the model, if a fundamental or precise resonance is established (using hydromagnetic wave fine-tuning techniques), the spacecraft will be very strongly and equally repelled by surrounding virtual patterns. At the same time, through the virtual many-dimensional structure of space-time, a very strong attraction with the virtual pattern of a distant space-time point will exist. The model predicts that this combination of very strong forces will result in the translocation of the spacecraft from its initial position through the many-dimensional virtual structure to the distant space-time point.

The mechanics of this resonance effect will be determined through extensive experimentation, which may also revise the basic resonance requirements. However, the result, a space-time "jump," already appears to be supported by astrophysical research. Several analogies can be used to clarify this effect. It can be described as the temporary formation of an Einstein-Rosen bridge, a tunnel through space-time which connects two different regions in space-time in a way similar to that which has been proposed for a black hole/white hole (quasar) connection. The resonance effect can be considered to be analogous to the nuclear particle tunneling phenomena. In this phenomenon, the wave nature of the particle enables it to tunnel through a potential barrier without having the energy required to go over the barrier. Following this analogy, the spacecrafts wave characteristics are increased dramatically by the artificially generated energy pattern, allowing it to tunnel through the space-time barrier without having the energy normally required to traverse the space between the two space-time points.

The travel times for such trips are expected to be short (seconds to weeks) and dependent on the pattern precision, the amount of energy in the pattern, the space-time distance, and the virtual structure entry point. Time does not have on independent existence in the General Theory of Relativity and it will be redefined in the model as a type of energy flow. However, since time will continue to be used to catalogue our experiences in daily life, its use is likely to continue in the description of this type of long-distance travel.

If the artificial energy pattern does not precisely match the virtual pattern at a distant space-time point, a secondary resonance effect may be observed. In this case, the repulsive and attractive forces are not strong enough to relocate the spacecraft, but the resonance is sufficient to connect the two points through the virtual structure, resulting in an energy flow to or from the distant space-time point. By the selection of appropriate pattern characteristics, the energy pattern can gain energy which can be simultaneously transferred to energy storage and supply systems. For field resonance spacecraft going outside the Earth/Moon system, this technique for maintaining the energy supply could be very useful.

The energy recharging process could be accomplished as a preparatory procedure prior to the initiation of the primary resonance. At a particular stage of the fine-tuning process, the energy pattern could be put into a hold, allowing the pattern to acquire additional energy and charge the energy storage device. At the same time or even preceding this stage, information in the form of the characteristics of energy decreases or increases (space-time energy spectral data) might be used by a sophisticated guidance and control system. The system could use this information to compute final fine-tuning requirements and to verify the location of the virtual patterns space-time association. While these ideas are quite speculative, they do point out that there are potential technical solutions to problems which might otherwise seem to prohibit such travel.

-PROSPECTS FOR A BREAKTHROUGH IN FIELD-DEPENDENT "PROPULSION" (PDF)
What should we be learning from crop circles and are enough of us paying attention? It seems that there might be much knowledge passing through our fingertips. We should be harnessing this information for use on our planet now and for future generations.
What should we be learning from crop circles and are enough of us paying attention? It seems that there might be much knowledge passing through our fingertips. We should be harnessing this information for use on our planet now and for future generations.

A lot here, and it’s all “out there”. I think I’m gonna grab a beer.

The Mandala/Mantra Connection

Incunabula Files / Ong’s Hat refers to a mandala/mantra coordinate system which is used to transport the subject to one of unlimited parallel, other reality Earths.

The principle applies to mass transfer from one set of coordinates to another set of coordinates.

http://www.textfiles.com/bbs/KEELYNET/UNCLASS/ongshat.asc

Sounds “cool” huh? It would refer to a coordinate system to transport a person to alternative world-lines.  Heck, I’d buy into it. For even with my probes, the ability for me to select and choose the target destination (that I’d desire) using manual world-line coordinates has always been <redacted>.

Now, this system has benefit, in that it is very similar <redacted>.

<redacted>

<redacted>

Now the story behind this use of “Magik” to create self-induced slides between realities is like a page out of the Heinlein Novel “Glory Road”. And as such, perhaps you the reader should hear the full story…

It all started with a road map of New Jersey. A little north of the Red Lion Circle, in the heart of the Burlington County Pine Barrens, the map depicted a tiny hamlet marked with the unusual name of “Ongs Hat.” In the early 1930s, Henry Charlton Beck, a reporter with the Camden Courier Post, became curious. After convincing his editor that a story could be found there, he and a photographer packed up a car and set off to investigate.[1] 

Little did he know that his explorations at Ongs Hat, and a succession of later voyages to mysterious places in the hinterlands of New Jersey, would inspire generations of other “lost town hunters” –pouring over ancient maps, exploring dismal cellar holes in the middle of nowhere, and sharing their discoveries with one another – first by telephone and letter and presently through online forums.

In Beck’s time, the best way to Ong’s Hat was the rough tarred road out of Pemberton. Little travelled, the long, slow road passed through miles of bleak forest, cranberry bogs, and forlorn cedars where scarce a human foot had trod. Only a dusty clearing betrayed the location of where the town once stood. Today, the road still follows the same route, but it is now well-maintained asphalt. 

Want to go? Just travel south from Pemberton, past the old Magnolia Road Tavern, until you come across a restaurant on your right hand side. You’ve arrived in Ong’s Hat – miles away from anywhere. Blink and you’ll miss it.

The story of Ong’s Hat begins long before the birth of our nation. On February 5, 1631 the ship Lyon arrived in Boston Harbor from Bristol, England. The settlers on board included Francis Ong, of Suffolk County, England; his wife Francis; and children Simon, Jacob, and Isaac.[2] Members of the Society of Friends, the Ongs left England seeking religious tolerance in the Massachusetts Bay Colony.[3] Isaac and his wife, Mary, moved to Burlington County around 1688, eventually settling on a plantation in Mansfield Township. 

They had five children: Jacob, Jeremiah, Isaac Jr., Sarah, and Elizabeth. On June 13, 1696 Jacob Sr. died, leaving his plantation and other property to his second wife, Sarah.[4]

Jacob Ong was born on his father’s plantation around 1672, and followed in his footsteps as a farmer. An early court case in 1698 tells of Jacob being accused of riding his horse at a gallop “in the fair time Betwixt the Market house and the water side” in Burlington City – charges that were eventually dropped when nobody appeared in court to prosecute.[5] Sometime after 1699 he left Mansfield, following his sister Sarah and her new husband, Edward Andrews, to Egg Harbor.[6]

The forlorn cedar swamps along the Stop the Jade Creek called to Jacob, and in 1700 he purchased 100 acres of land in Northampton Township, encompassing the area that would later be known as Ong’s Hat.[7] There is no evidence that he ever intended to build a home there. It’s more likely he realized that he could make good money harvesting the cedars on his land.

So what about the hat? The oldest maps simply show the location as “Ongs.” Thomas Gordon’s Gazetteer of 1834 seems to be the first published source in which the town gains its puzzling surname.
The Magnolia Road Tavern, just north of Ong's Hat.

Several theories abound explaining the unusual name. The most famous recounts Jacob Ong as a type of dandy, as best as the eighteenth century could produce, that regularly visited the local tavern. 

Jacob was quite the charmer and known for wearing a fine silk hat. One night he seems to have gotten on the wrong side of his dance partner who, in a fit of anger, snatched the hat from Jacob’s head and stomped on it in the middle of the dance floor. This story can be discounted, as a tavern was not located here until the early 1800s. Another story is that Ong’s Hat is a misspelling of Ong’s Hut, and that the Ong family built a hut or some other structure as a convenient stopping-over point between Egg Harbor and Burlington or Mansfield.

I find the most plausible theory to be one concerning the tavern at Ong’s Hat. Isaac Haines was one of the first recorded tavern keepers in the area, establishing his business circa 1800.[8] In the days where many people could not read, an identifying mark was more valuable than words. It doesn’t stretch the imagination to picture the tavern keeper painting a large hat on a crude pine board and hanging it from a pole to announce to passersby that they had reached the “Ong’s Hat Tavern.”

The town of Ong’s Hat soldiered on in relative anonymity until tragedy struck. About 1917, a pine hawker named John Zimbacke and his wife mysteriously disappeared from their small cabin. Nine years later, brothers Orville and Joseph Carpenter came across the skull of the woman while hunting for deer along the fringes of a cranberry bog north of Ong’s Hat. Arriving on the scene, Burlington County detectives, led by Ellis Parker, found the bones of John scattered by buzzards across nearly two miles. 

Suspicion fell to the couple’s son, who disappeared shortly before his parents went missing.[9] The trail led Parker to New York City where, unfortunately, it went cold. It has been said that Parker kept the skull of the woman in his office as a reminder of the case he was unable to solve.[10]

Eight years later, another crime brought Ong’s Hat back to the headlines. Farmer Ellwood Anderson was driving from Mount Holly to his home near Reed’s Bogs when he found the road blocked. It was shortly before 8 PM and the dim light of the moon illuminated the vehicle that had halted his progress. Anderson stopped his car and walked towards the vehicle, whose doors stood open. 

Inside, the bodies of two men slumped over to the side. Peering out into the dimly lit woods, he saw another body. Horrified, he ran back to his car and phoned the State Police barracks in Columbus.[11]

When the police arrived, they found that the men had all been shot at least twice at close range with a double-barrel shotgun. Once again, Ellis Parker made his way out to Ong’s Hat to investigate. Details on the victims came first – Edward Reihl, Stanley Zimmer, and William Schwar, all from Easton, Pennsylvania.[12] 

Prohibition had just started, and the three young men were known to be members of a gang that would follow molasses trucks to clandestine stills in Pennsylvania and Western Jersey. They would burst out after the truck had arrived and shake the owners of the still down for money with a threat to report their operations. The men frequently ran afoul of Pennsylvania mobsters, and it was reported that they had been “beaten up” several times prior. 

The detectives were tipped off that the trio had planned to raid a still in Trenton before the mobsters got to them. “They tried to burn somebody up once too often,” Detective Parker said to a Trenton Evening Times reporter, “and they got burned up themselves.” 

Parker surmised that the perpetrators rounded up the men and drove to a predetermined spot in the backwoods near Ong’s Hat. The men were removed from the car, lined up, executed, and haphazardly returned to the vehicle. Nearby residents reported hearing the retorts from the shotgun, but assumed that it was blasting being done nearby.[13]

When Henry Charlton Beck visited in the late 1920s, he found the hamlet to be little more than a clearing with bits of broken brick, pieces of roofing, cast-off shoes, and long, straggly Indian grass to mark where the town once stood. 

He found one last resident, Eli Freed, trying to make a living there. Freed, then seventy-nine years old, had moved there from Chicago. At Ong’s hat, Freed said, he had cleared twenty acres by hand and built a house with the help of a man called Amer. He was having a rough time of it – the deer and rabbits kept eating the produce he attempted to grow, despite the high fences constructed to keep them out.[14] By the time Beck came back to revisit, Freed had departed and Ongs Hat was deserted.

Ultimately, the strangest tale about Ong’s Hat has to be about the Incunabula Papers. In the papers, it’s claimed, Wali Fard, an American expatriate and follower of tantric and shamanistic magic, returned to America after the fall of Afghanistan to the Soviets. He laundered his savings by buying 200 acres of land near Ong’s Hat, including the former Ong’s Hat Rod and Gun Club. There, with several other people who had followed him from New York, he founded the Moorish Science Ashram.[16]

Ten years later, the ashram became a place of refuge for other Moors and outcasts. Among the new residents, by then living in a scattering of weather-gray shacks, Airstream trailers, recycled chicken coops, and mail-order yurts, were Frank and Althea Dobbs, siblings and scientists. Joseph Matheney, one of the authors of the Incunabula Papers, claims that the Dobbs were scientists who lost their positions at Princeton University when they attempted to submit a thesis based on “cognitive chaos” – a scientific and philosophical system that stated that patterns of thought could affect autonomic functions like tissue repair and aging, unlock the brains unused potential, or perhaps even control matter itself.[17]

At the ashram, the scientists resumed their aborted experiments. Through trial and error they found that by controlling thought patterns, especially with the use of sensory deprivation, that one might be able to cross over to another universe. 

They constructed a series of “vessels” they named “eggs” that would facilitate the journey. 

The legend continues that one night the compound was raided in a “black ops” operation and the buildings and experiments all destroyed. Elsewhere the papers say that groups of refugees left before the raid happened, settling in Ong’s Hat in a parallel universe – one just like our own but without human habitation.[18]

While the events that they claim happened at Ong’s Hat are certainly fictional – there was never any Ong’s Hat Rod and Gun Club, for example – the story itself once again thrusts the tiny backwoods hamlet back into the spotlight. Joseph Matheny and others created the Incunabula story as an experiment in “culture jamming” – creating a fictional, yet somewhat plausible, story and weaving it into the social consciousness. 

He was successful – years of photocopied pamphlets, text files uploaded to pirate and fringe internet bulletin board systems, websites, blogs, radio interviews, and books have cemented the infamy of Ong’s Hat.

Whether it’s a hat, a hut, or a tavern, Ong’s Hat is certainly one of the most infamous of the Pine Barrens ghost towns.

-A Hat, a Hut, or a Tavern: The Tale of Ong’s Hat

Ah, but I am afraid that every indication is that it is but a fictional urban legend. As it has been “proven” to be a hoax. From Wikipedia;

“The urban legend (or alternate history) states that a facility manned by renegade Princeton professors conducted quantum physics and chaos theory experiments, and according to conspiracy theories, discovered a new theory for dimensional travel using a device called The EGG.”

It is a pretty interesting concept. However, the back-story of this subject’s history is rather sketchy.  Also from Wikipedia;

“The threads of the story can be traced back as far as the 1980s on bulletin board systems, old xerox mail art networks and early zines. The aim was to create a fictional story line, and embed it in various media cultures to establish backstory. It may have started as an in-joke, or the first alternate reality game (ARG), a work of transmedia storytelling or as a memetic experiment, to see how far the meme could spread or a combination of all of the above.”

Well, truth or not, it’s certainly interesting stuff for certain. It’s got a little bit of small town lore mixed up with science fiction along with some exciting narratives. If you all want to really study this story or avenue of approach, here are some links to facilitate you on your journey…

The original interactive ebook: On Archive.org

PrintAmazon (exclusively)

DigitalKindle or Free

Audiobook: A professional version of The Incunabula Papers: Ong’s Hat and Other Gateways to New Dimensions is currently available for Audible.comAmazon.com and iTunes.com. Also, see the free version below, The Incunabula Papers- Platinum 20 Year Anniversary Audio Book Edition.

OtherFree versions and other ephemera

The Missouri Connection

The internet is filled with all sorts of stuff. It’s really difficult to sift through the truth through all the lies and disinformation. And yet when you do so, you come across things that just “crack you up”.

Thu Nov 28 2:27:39 AM PST 1996 Mike Marcum, the Missouri guy who made News of the Weird in 1995 after he stole six power company transformers. (Please, dear reader, do not take what you see on the Internet too seriously.)

What was pretty amazing was that he said they were necessary to make his time machine (so he could find out the winning lottery number and come back and buy a ticket). He called a radio show from Nevada in October 1996 and said he was only 30 days away from finishing his invention.

However, it is unknown if he ever completed his machine. Apparently, his Missouri property owner had evicted him for various electrical misadventures in his apartment.

220Kv Combined Power Transformer.
220Kv Combined Power Transformer.

Apparently he had stolen SIX of these enormous power transformers. LOL.

The Michigan Experiment

Speaking about absurd…

This is funny.  I think that it is a bunch of baloney!  It is provided as an example of the nonsense that abounds everywhere.

Date: Tue, 28 Jan 1997 22:37:19 - 0600
From: Barbara Flick
Via : forteana@lists.primenet.com
To: Jerry Decker

Dear Jerry,

Today on the telephone with a friend in Northern California, I was informed about a man in the State of Michigan who had invented a "time machine." This man had supposedly worked on the legendary Philadelphia Experiment and informed his friends and confidants that he "knew what he was doing."

He set up these five 300-pound magnets in a circle and had them super-energized with electric currents. He put a cat in the center of the circle, and the cat disappeared. Then he put a goat in the circle, and the goat also disappeared into the mists of time.

Finally, he got into the center of the circle himself, and he, too, disappeared into "another dimension," never to reappear again. Anybody else heard anything more about this? Or is it just another "old wives' tale"?

According to my California friend, this supposedly happened quite recently; and he is going to try to find out more information about it, such as the man's name and where this "experiment" is said to have taken place. I will post a follow-up of anything else of pertinence about this matter.

The Russian Experiment

Ugh. (In a thick Russian accent) “Send me money.  I send you a time machine.”

Date: Sat, 21 Dec 1996 20:26:16 -0 800
From: alex@frolov.spb.ru (Alex Frolov)
Subject: Re: June 1996 Proceedings "New Ideas in Natural Sciences", contents
From: Jerry Decker
Organization: KeelyNet

Hi Dr. Frolov!

Please reserve a copy of the book for me. Should the fund transfer be $60 in cashier check, international money order or what? The topic list was quite intriguing..

One other point, you mentioned a fellow who invented a time machine? Is this fact? How has he proven it and have others experimented with it or duplicated the research? Thank you for your time and assistance!

Dear Jerry W. Decker, Yes, I reserved a copy of Proceedings for you. Payment is possible by Western Union in St.-Petersburg, for Mr. Alexander V. Frolov. To get the money from Western Union office I must know the control number of your transfer. Other way is bank transfer in my account:

About the time machine: There is a Mr. Vadim Chernobrov in Moscow. He is a PhD and in his dissertation at the Moscow Aviation Institute he is considering the electromagnetic propulsion drive for flying system. He is working with UFO facts also.

He has collected a great database (over 1500 people) working with perpetuum mobiles, antigravitation devices and chronogenerators of different types. I am very honored to have a direct contact with him.

On December 10-11 he and other persons organized in the Russian Parlament the conference for ecological commission and their main topic was the real possibility for cleaning up of the enviroment by means of new alternative energy technologies.

Chernobrov's paper on his experiments to change the rate of time is published in our Proceedings. 

In several words: He used electromagnets installed so as to produce several spherical envelopes:one envelope is installed inside of another and the entire system is a multi-envelope structure like the russian toy called the "matrioshka". (nested dolls) The goal is to make a special type electromagnetic field that is moving from periphery to central point. The shift of rate of time in such a system is very small: several seconds per one hour of experiment
.
Alexander V. Frolov
P.O.Box 37,
St. Petersburg, 193024
Russia
Tel:7-812-2747877

The Dallas Connection

Another story. Maybe this is just another good yarn.

Reply-To: forteana@lists.primenet.com
Hi Juergen!

Yes, I have a hard time with it, but there are numerous correlations with free energy and antigrav experiments that indicate something deeper here. 

From the posts I've seen on Forteana, maybe one in 30 is worth any thought, but I thought I'd give it a shot since the Michigan story came from there. 

I plan to include the newspaper articles, the Forteana post and some other material on my website since many of our people are techies and quite open to such wild claims.

If no one ever investigates, we might miss the boat just because it looks too wild when considered from an orthodox science standpoint….so I don't mind bridging between the two….bottomline, it works or it doesn't. 

Now, where to get 5-300 pound magnets….

You know, from your posts that I've seen on Forteana, I did not think too highly, but I do appreciate you responding to me directly and to 'some' degree open to further investigation on the subject. Maybe it was just 'in kind' posts that portrayed you in this light…..

I have a friend who knew the owner of an electronics company. This man was very intrigued by high density magnetic fields. One day he built a transformer on a motorcycle type frame and installed a 'dead man switch' which would disable the power if the switch was released.

With his technicians running the machine, the owner sat on the frame and the power was applied. I have no idea if it was DC or a special freq AC. After about 3 minutes, the man began looking around the room as if he were seeing something different or new…shortly after, his body began to shimmer as if disappearing. It was at this point, he released the switch and the power went off.

He reported that the walls of the room began to melt away, showing a pristine, undeveloped landscape as if the city and this building had never been there. 

One of the fellow techs was chomping at the bit to ride this thing.

The owner finally agreed only after the tech signed a medical and legal release in the event anything bad happened to him. He sat on the frame, power was applied and nothing happened until about 3 minutes had elapsed. This guy began looking around, just like the owner had, and his body began to shimmer. He did not release the switch.

As more time elapsed, the mans' body disappeared from view, yet the dead man switch was STILL BEING PRESSED. After 5 minutes, the owner had the other techs turn off the power.

The rider reappeared, babbling and drooling, totally insane. The machine is supposed to be locked up in the owners garage and he has moved to Colorado. 

I know this sounds like so much BS, but there is more that I won't bother you with at this time.

Something is going on here that is beyond urban folklore. Thanks for your interest, perhaps when I get a file compiled for my website, we can collect other correlative information that might give further insight into an experiment.

Personally, I would NOT step into a zone that caused me to disappear…where do you go and can you get back? Currently, I believe it is possible that we could go to one of many alternate Earths, totally undeveloped and which followed a different timeline.

How cool, millions of other Earths', coexisting slightly out of phase with us, wonder if thats where Judge Crater, the Mayans and all those missing people and cultures disappear to? 

Seeya!

The Florida Connection – Mental Shifts

This stuff makes great reading for the inquisitive 12 year old.

Walter Rawls, who worked with the effects of monopolar magnetic fields on matter with the late Albert Roy Davis, told me in a telephone conversation of his experiments with a North pole magnet situated over the pineal gland.

A mask was made which held the North pole end of a long cylindrical magnet over the pineal gland. The purpose was to stimulate the gland and see if there was anything to this 'third eye' business. Exposure was in the range of 10-30 minutes per day over a period of about 4 weeks.

Within the first week, he was sitting at his desk reading documents when he noticed something move out of the corner of his eye. As he looked up, the ghostly figure of a man had walked through one wall, moved across the room and disappeared through another wall. The figure was totally unaware of Walter. Further exposures to this North pole field took place over a second and third week.

The second week, the same ghostly figure moved through the room and glanced toward Walter as he passed through. This time, the figure appeared to have slightly more detail, not quite so ghostly.
The third week, busy working on documents, Walter noticed a change in the room. When he looked up, the wall had dissolved away and he was looking at a small hill where a man and woman sat beneath a tree. It was the same ghostly male figure who he'd seen on the other occasions. He sat quite still, watching this pastoral scene for several minutes.

The man looked over toward Walter and appeared startled. It was as if he clearly SAW Walter this time and possibly recognized Walter as the ghost he had seen the previous week! The image faded away and the wall restored to its normal condition. From that moment on, Walter never used the pineal stimulator again.

In conversations about this, with Walter and other interested people, it was mentioned that there is a theory that we have multiple energy bodies, much like the KA and the BA of ancient Egypt. Each energy body lives in another reality, yet communicates with our consciousness here in this reality.

Another comment was that consciousness simply creates an energy body in whatever reality it VISITS. Prolonged presence in a given reality increases the density of the energy body, moving from a phantom, ghostly form that was at first not easily perceptible to the inhabitants of the other reality until the intruding energy body had become sufficiently dense to trigger their senses.

That could explain why repeated exposures would add density to Walter's other reality body, allowing its denizens to perceive him, thus the startled reaction from the male figure.

Montuk Project / The Philadelphia Experiment

Truth, lies, or something else. Who knows?

Based out of an abandoned Air Force radar station on the eastern end of Long Island, the Montauk Project was apparently (if you believe the narrative) a series of top secret United States government experiments following the Philadelphia Experiment, whose purpose was to create the technology to render ships invisible to radar detection.

Apparently, the 1943 project was almost too much of a success, as the USS Eldridge supposedly went literally invisible before being teleported into another dimension, eventually reappearing off the coast of Norfolk, Virginia.

http://www.weirdus.com/states/new_york/unexplained_phenomena/montauk_project/index.php

Because many of the crew died when the project went wrong and those who didn’t were driven to the brink of insanity, official funding for the Philadelphia Experiment was pulled.

However, scientists and military officials were fascinated with the experiment’s results and wanted to continue exploring the possibilities of teleportation and interdimensional travel, so the Montauk Project was launched in the 1960s.

http://www.tokenrock.com/explain-montauk-project-69.html

Headed by Dr. John von Neumann, the Montauk Project focused on examining the psychological changes of those who traveled through dimensions.

He was also tasked with determining why the Philadelphia Experiment was a disaster despite its achievements in teleportation.

They held numerous theories. Perhaps one of the most interesting is associated with a world-line reference point.

According to their theories, humans are born with a time reference point that is linked to the electromagnetic fields unique to this Earth and dimension.

This is why such a dramatic jump to another dimensional plane was detrimental to so many of the crew, causing insanity and death.

During the Montauk Project experiments, Von Neumann solved this problem by creating a computer-simulated Earth and altering the body’s time reference points.

http://surbrook.devermore.com/herosource/pulp_hero/montauk/the_montauk_project.pdf

According to documents on the Montauk Project, Von Neumann succeeded at sending people to other dimensions without consequence.

However, upon the experiment’s completion in 1967, a report was sent to Congress on their findings about mind control and interdimensional travel. Congress halted funding and terminated the project, fearing of mass mind control.

Pretty famous and most people know all this in one way or the other. Mostly from movies and other documentaries that play scary horror music in the background. 

But…

…How about looking at it as a Resonant Field Transfer Experiment.

http://keelynet.com/energy/philad1.htm

Speaking of this…

Al Bielek & his Claims

Nut case or is there something there? 

The Montauk project is actually a conspiracy theory. It alleges that there were a series of United States government projects which were conducted at Montauk Air Force Station on Montauk, Long Island. The secret projects dealt with an incredible research on time travel and in the development of its techniques. The legend of the Montauk Project finds its roots in the Montauk Project Series of books by Preston Nichols. The author claimed that he participated in the time travelling experiments under the project.

Al Bielek was one of the  Montauk Boys programmers. He handled the operations of the mind control program. During the project, he came in contact with Preston Nichols and Duncan Cameron (alleged time-traveller of the Montauk Project). In 1980’s the time travelling experiment became operational. Al Bielek himself participated in those time travel experiments.

Hum…

Important sections about clocking of mass to a planetary body to establish and lockin the ‘creation coordinate’ AND the ability to access any spatial (NOT TEMPORAL) location visited prior to the present.

http://keelynet.com/energy/bielek1.htm

Some key links…

The Resonant Gravity Field Coil

Or in other words, how to manipulate reality.

http://keelynet.com/gravity/gravity3.txt

Some links…

Kabbalistic idea of the MerKaBa

Also worthy of attention is the ancient Kabbalistic idea of the MerKaBa and the use of the Tree of Life as a map to these other realities.

From my limited understanding of the MerKaBa, it is claimed to be a mentally constructed vehicle that is used by the aspirant to carry (and protect) its occupant as it travels through the different worlds.

For info on the MerKaBa, check out

  • http://bbs.cruzio.com/~flower/1m m3.htm
  • http://bbs.cruzio.com/~flower/1m m2.htm

There are also indications that it is the RATIO of each frequency to another within a specific signature that is the ONLY important consideration, frequency is irrelevant since all frequencies relate to others through octaves and harmonics.

Temporal alterations with “free energy” Devices

It is also worthy of note that many of the reports of free energy devices, when in operation and drawing ‘negative energy’ also produce phenomena relating to weight loss and temporal alterations.

Years ago, Tom Bearden told me of an experiment he and an unnamed researcher had carried out using a scalar generated from interferometry. Two projectors were aimed to coincide at a fixed point in space. When power was applied and the frequency/phase was adjusted, there was no apparent change in the target area.

After some time had elapsed, the two went to get something to eat. When they came back a few hours later, it was observed that a black 'something' like a slit or opening had appeared at the target area.
Because they were working in a totally unknown area and for fear that 'something' might come through this slit once it opened up, they discontinued the experiment. A couple of years later, while visiting Peter Kelly at his lab in Georgia, he admitted he was the other researcher and verified Beardens report.

A couple of years later, after we both spoke at a conference in Denver and on the plane back to Dallas, I told Peter about an interesting experiment done by Walter Russell and recounted in his excellent book 'Atomic Suicide'. Two coils were wound on cones.
The apices of these conical coils were pointed towards each other and power was applied so that bucking fields were created by the collision of opposite magnetic fields. Very fine iron filings were dropped into the gap between the coils and a levitating sphere was produced.

When the coils were slowly pulled apart, an oval followed by a sphere surrounded by a disk appeared. When Peter arrived home, he tried this experiment and reported that when power was turned on, nearly everyone in the building complained of feeling nauseous or queasy. He explained that an experiment was going on so that everyone would understand what was happening.

After about an hour, the very clear and cloudless sky began to suddenly boil up and a major thunderstorm ensued. Power was removed from the coils and the storm dissipated as fast as it had arisen??? Weird stuff no doubt and subject to duplication by others if we all share our information…

Link pool for some further thought generation…

Conclusion

In a universe that consists of a multitude of world-lines, why couldn’t the manipulation of the inherent frequencies result in world-line slides?

Think about it.

Why wouldn’t it?

In this first part of a multi-part series, we discuss the DIY aspects of creating a machine that would be capable of generating forced world-line transitions. Fundamental to this is the necessity of being able to control the frequencies of vibration of our reality.

There are different ways to accomplish this.

In subsequent posts we will look at some of the mechanisms from which we can alter the frequencies of vibration within a region, or around yourself.

Do you want more?

I have more posts on this subject in my MAJestic Index here…

MAJestic

Articles & Links

You’ll not find any big banners or popups here talking about cookies and privacy notices. There are no ads on this site (aside from the hosting ads – a necessary evil). Functionally and fundamentally, I just don’t make money off of this blog. It is NOT monetized. Finally, I don’t track you because I just don’t care to.

To go to the MAIN Index;

Master Index

.

  • You can start reading the articles by going HERE.
  • You can visit the Index Page HERE to explore by article subject.
  • You can also ask the author some questions. You can go HERE .
  • You can find out more about the author HERE.
  • If you have concerns or complaints, you can go HERE.
  • If you want to make a donation, you can go HERE.

Please kindly help me out in this effort. There is a lot of effort that goes into this disclosure. I could use all the financial support that anyone could provide. Thank you very much.

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Metallicman discusses the absurdity of “Commander X”.

Let’s discuss others that have tried to make a buck off of the UFO, or Extraterrestrial issue. Let’s look at their motivations behind the creation of enormous amounts of disinformation that is nothing short of a fire-hose spewing out the most confusing and perplexing nonsense regarding our extraterrestrial benefactors. Here, we talk about some such person. We talk about “Commander X”.

We all have opinions of others.  In fact, I have included memes regarding this characteristic of humans within this Metallicman blog.

The truth is that we shouldn’t judge others. We really shouldn’t, and that includes me. Yup, yours truly should NOT judge others. Those whom live in glass houses should not advocate throwing rocks.

There are those whom tread upon my “turf” and, naturally, I end up having opinions regarding them and the statements that they make. With this in mind, I wish to devote an entire post to an individual known as “Commander X”.

A person known as “Commander X” who claims to be an “insider” in such matters is a perfect example of how people can believe the simple narrative. 

"Commander X is alleged to be a retired Military Intelligence Official turned author who writes about controversial subjects related to secret United States government programs.  Commander X also released an DVD which is compiled of a person with a blacked out face giving lectures. Critics say the sound effects made by the audience ( coughing and clapping ) are made artificial.   Rumors are that Commander X is the same person as Timothy Beckley Green.  

I neither support nor disparage the statements made by this individual.  I am only commenting on them.

He just does not understand that the world is large and complex and that the relationships between people are governed by sentience.  This person is an example of how a person can pick a political target and use it as their dartboard for blame.  It is a very good example of how a non-insider can exploit the apparent reality and try to profit from it.

In truth, this clown knows “jack shit” (nothing) about MAJestic.

I use him as an example.  He is a great example.  I don’t know for positive what his association is.  I do not know if he is [1] legitimate (highly unlikely), or a [2] hoaxer, [3] disinformation expert, or [4] profiteer (probable). 

I just do not know. 

My experiences were of a very limited scope, and were not anyway as inclusive as the experiences that he claims to have been privy to.  In any event, he has very strong opinions related to the Republican political party (RNC) and their relationship with the New World Order (NWO) and extraterrestrial treaties. 

I strongly disagree with him.

The extraterrestrials that I have had contact with do not care one way or the other about American centric politics.  They do not care if the person is a Democrat, a Republican, a Libertarian, or a Communist.  They simply do not care. 

(Can I make this any clearer?) 

The extraterrestrial species that I had close, face to face, and physical contact with had absolutely zero interest in what I thought, felt, desire, cared about, or yearned for  They did not care about politics or the group behaviors of large masses of humans. 

They did not care about it.

There is no massive secret and hidden agenda that some people allude to.  Instead there are multiple agendas and objectives that various clandestine human groups work toward.  The human race does not need to know about the individual efforts, nor the participatory members. 

All that one needs to know and understand is that their own personal thoughts and their own personal actions define their existence.  It defines their sentience, and sentience will determine their own personal evolutionary future.

His Books

If the reader wishes to investigate the simple narrative, then they should read the large volume of books written by this person.  He has made quite the small “cottage industry” writing and producing such blather;

  • Underground Alien Bases: Flying Saucers Come from Inside the Earth!
  • The Philadelphia Experiment Chronicles: Exploring the Strange Case of Alfred Bielek and Dr. M.K. Jessup
  • Time Travel – Fact Not Fiction: Time Slips, Real Time Machines, And How-To Experiments To Go Forwards Or Backwards Through Time
  • Invisibility and Levitation: How-To Keys to Personal Performance
  • Reality of the Serpent Race and the Subterranean Origin of UFOs
  • The Philadelphia Experiment Revelations!: An Update on The Philadelphia Experiment Chronicles – Exploring The Strange Case of Alfred Bielek & Dr. M.K. Jessup
  • Nikola Tesla: Free Energy and the White Dove
  • Commander X’s Guide to Incredible Conspiracies
  • Mind Stalkers: UFO’s, Implants & the Psychotronic Agenda of the New World Order
  • William Cooper: Death of a Conspiracy Salesman
  • The Controllers: The Rulers of Earth Identified
  • Teleportation: From Star Trek to Tesla
  • Incredible Technologies of the New World Order: UFOs – Tesla – Area 51
  • The Ultimate Deception
  • The Smoky God and Other Inner Earth Mysteries: Updated/Expanded Edition
  • Strange and Unexplainable Deaths at the Hands of the Secret Government
  • Planet X: The Coming of the Guardians
  • Behind the Mask: An Inside Look at Anonymous
  • Time Travel: A How-To Insiders Guide
  • Morgellons: Level 5 Plague of the New World Order
  • The Commander X Files
  • Supressed Intelligence Reports: News They Dare Not Print!
  • Underground Alien Bases
  • America’s Top Secret Treaty With Alien Life Forms: Plus The Hidden History Of Our Time
  • The Final Nail in Your Coffin! – A Pox to All of Mankind: Morgellons and Red Mercury Plagues Created in NWO Labs of Mad Scientists
  • Behind The Mask: An Inside Look At Anonymous
  • America’s Top Secret Treaty with Alien Life Forms: Plus the Hidden History of Our Time
  • Mind Stalkers
  • Commander X Teleportation Update (Book & Cd)
  • The Philadelphia Experiment Chronicles – REVISED EDITION: Exploring the Strange Case of Alfred Bielek and Dr. M.K. Jessup
  • Mind Controlled Sex Slaves And The CIA
  • Magick And Mysteries Of Mexico: Arcane Secrets and Occult Lore of the Ancient Mexicans and Maya
  • Plans For Time Travel Machines That Really Work – Revised And Updated Edition: How To Move Through Time And Space
  • The Dulce Wars: Underground Alien Bases and the Battle for Planet Earth
  • Nikola Tesla’s Death Ray and the Columbia Space Shuttle Disaster
  • 2012 and the Arrival of Planet X
  • Dead Men Talking; Exposing The New World Order Conspiracy And The Evil Agenda Of The Brotherhood Of Illuminati (Book And Dvd Set)
  • Teleportation: A How to Guide: From Star Trek to Tesla
  • Out of the Darkness: UFO Revelations and the Arrival of the Mysterious Planet X
  • The Final Nail In Your Coffin! – A Pox To All Of Mankind
  • Coming of the Space Guardians – UFO Rescue Squad, Millions to Be Saved
  • Out Of The Darkness
  • Mind Matrix: Covert Electronic Harassment Mind Control Program
  • Matrix of the Mind: UFO Abductions – Mk Ultra – And Electronic Harassment Technology Designed to Warp Your Brain
  • Mind Stalkers: Mind Control of the Masses
  • Levitation and Invisibility: — Learn to Use the Incredible Super Powers Within You!
  • The Conspiracy Summit Dossier: Whistle Blower’s Guide To The Strangest And Most Bizarre Cosmic And Global Conspiracies!
  • Fighting the Federal Reserve — The Controversial Life and Works of Congressman
  • Mind Machines: How to Understand Them- How to Build Them – Applying Their Basic Technology
  • Mysterious Disappearances: They Never Came Back
  • UFO’s Nazi Secret Weapons?
  • The Secret Lost Diary of Admiral Richard E. Byrd and The Phantom of the Poles

My thoughts on this matter.

Just a mere glance at the prodigious quantity of books authored by this individual speaks volumes about who this individual is, their actual knowledge, true MAJestic association and their purposes.  May I indulge the reader;

  • MAJestic is compartmentalized.  No one person knows the full details of many of the sub-projects and sub-programs.  The prodigious volume of works for this author betrays the fact that he is neither from the top of the MAJestic organization, nor a working-level person.
    • Those at the top of the management structure only know executive summaries without extensive details. 
    • Those in the middle echelon know substantial details of a very VERY limited range of subjects.
    • Those at the lowest levels know nothing except to perform their own unique and specialized task.
  • MAJestic is secret.  You have hardwired probes in your skull that prohibits memory recall. To have the abundance of memories that this individual claims would require the same kind of botched retirement sequence that I went through.
  • MAJestic operates from a HQ located in another reality.  This reality occurs on a different planet, at a different time, and in a different world-line. To access any of the information that has been so prodigiously published would mandate travel to the centers of control.  This means portal access.
  • The moment the first book was released, the person would have been tracked down and killed.  There would not have been a second book, or any of the many many other books.
  • Finally, any and all disclosures are at the behest of our benefactors and our “up-line” within our individual cell. The only way we can disclose anything is with their approvals.

Therefore, everything written by this author is to be considered suspect.

A criticism of this opinion.

Let it be well understood that “Commander X” has a following of believers. And they do not agree with my contentions.

“This is rich. It really is.

There is absolutely nothing that is different between this Commander X person and yourself. The only real difference is that he has a far better business model than you do. He is making money in his books, while you are just squandering away your nonsense for free (or at cost).

Your objections to this person only come from your failed profit model. Your writings about him is nothing more than a school-yard bullying. Face it, you and he are both the same.”

The mechanism.

The mechanism behind how a person can create a profit model through writing a large number of books is to tell people what they want to believe. No one wants to read that they are overweight and fat. Instead, they want to believe that a “miracle pill” will make you thin, young and youthful. No one wants to believe that America is falling apart and it’s government is terribly corrupt. They want to read about American “exceptionalism” and the wonderful “freedom” and “democracy” that they possess.

He capitalizes on this.

His subject matter is certainly interesting. He has made a science of vacuuming up the most popular of the “fringe” and “alternative” memes and subjects, added his own opinions, and fantasies and mixed it all up with some researched facts here and there to flush-out the body of his books.

He likes to rage on about the Powers That Be (PTB), the New World Order (NWO), and the “Secret” or “Hidden Agenda”.

Now, they do exist, but you all must know that there is no secret handshake, annual planning sessions, and ceremonial attire that they wear and engage in. They are in all actuality a loose collection of very powerful interests that are collaborative in nature with shared objectives.

But you all know this. Right?

And there are “overlapping” organizations that dance in and out of the PTB (or the ) NWO such as MAJestic.

What he does is take these “known and well understood” realities and creates a fiction around them. It makes for great reading, and maybe some of what he writes is actually true. Some of it is certainly plausible.

One of his key “writing points” is the New World Order (NWO). It’s a globalist objective that has a modern progressive view of nations where there are no borders, but a sole centralized government.

There are other definitions, don't you know, but this is mine.

New World Order (NWO)

In a keynote luncheon at RIMS 2010, Nassim Nicholas Taleb, best-selling author of The Black Swan, told the story of a turkey who is fed by the farmer every morning for 1,000 days. 

Eventually the turkey comes to expect that every visit from the farmer means more good food. After all, that’s all that has ever happened so the turkey figures that’s all that can and will ever happen. 

But then Day 1,001 arrives. It’s two days before Thanksgiving and when the farmer shows up, he is not bearing food, but an ax. The turkey learns very quickly that its expectations were catastrophically off the mark.

And now Mr. Turkey is dinner.

My experiences with extraterrestrials were entirely positive.  There were no political motivations or influences that I was aware of. 

All those who worked on the projects were loyal Americans with a moderate degree of patriotism and had no inclinations toward a New World Order or anything like that at all. 

Even though we sometimes referred to the triangular symbology when contacting each other, the association with the New World Order is most likely coincidental.

Some of the people I worked with were very liberal in their political beliefs, while others were much more conservative in their leanings.  (It was always a personal belief forged by one’s own experiences.)

If anything, and this is speculation on my part; the NWO is a desirable end-achievable towards meeting the requirements as set forth by treaty by the Type-I greys. 

Implementation will be problematic, and probably will not happen in my lifetime (I hope.  I am not a big fan of it.). 

I believe that as such, MAJestic has a vested goal in achieving this kind of one-world government to meet their treaty obligations with the Type-I greys.

Indeed, it is very important that for the human race to advance, in alignment with the goals set forth by the Mantid species, that we [1] incorporate a global wide governmental body with [2] a strong degree of control over the earth’s population, [3] decrease the enormous pollution “foot print” currently accelerating globally and [4] stabilize our conflict resolution.  The United Nations, as it stands today, is not sufficiently strong enough to meet the guidelines as established by the Mantids. 

It just simply does not meet their requirements.

+ + +

The environment and world view by those truly involved in the MAJestic Umbrella is very, very far removed from the nuances and limited world view of a political machine that is earth-centric. 

While many might have their own private thoughts, they tended to keep them to their selves.  All extraterrestrial-related black projects are politically sterile.  Don’t get caught up in the narrow focus of those in power in America. 

Apparent power.  They are all “puppets” of the Banking (or powerful) global elite.  Who are thus “puppets” of the more powerful extraterrestrial policing species such as the Type-I greys.

They are, generally, not involved in the MAJestic operation.

Ronald Reagan and George Bush aside, most presidents, elected officials (Senators and Representatives), appointed political appointees, celebrities, and popular stars are not involved in the MAJestic organization.  They are but “window dressing” for the masses of human population to ease control over.  

Truthfully, humans are a prized commodity; and must be treated properly and carefully.  Selection of those whom interface and work with the extraterrestrial leadership is carefully done and strictly maintained.  

Popular clowns; most presidents, television personalities, and pop stars are just entertainment.  They have absolutely no bearing on the reality of the human condition, in a multi-dimensional quantum reality that is nurtured by Mantid extraterrestrials.

Conclusion

There are those that have created a for-profit mechanism from which to obtain wealth via capitalization on the distrust of Americans for their government. This includes everything related to UFO’s, Extraterrestrials, wealthy elite, secret societies and such things as the PTB and NWO.

The person known as “Commander X” is one such person.

In itself, he and his writings are pretty harmless. Rather he creates interesting fiction to supply those looking for answers, and makes a few dollars in the process. He utilizes known situations (UFO’s, PTB, NWO, and the Greys) and generates disinformation for personal profit.

The reader should beware of anyone who is trying to profit from the “extraterrestrial issue”.

Why?

That is because, to have that desire to make money off of others (on this issue) is to be a ‘Service to self” sentience. And MAJestic membership is limited to “Service to others” only. You can only be a Rufus if you are involved in MAJestic and extraterrestrial interaction.

Do you want more?

I have other posts along this line, if you are interested, please check out my MAJestic index here…

MAJestic

Articles & Links

You’ll not find any big banners or popups here talking about cookies and privacy notices. There are no ads on this site (aside from the hosting ads – a necessary evil). Functionally and fundamentally, I just don’t make money off of this blog. It is NOT monetized. Finally, I don’t track you because I just don’t care to.

To go to the MAIN Index;

Master Index

.

  • You can start reading the articles by going HERE.
  • You can visit the Index Page HERE to explore by article subject.
  • You can also ask the author some questions. You can go HERE .
  • You can find out more about the author HERE.
  • If you have concerns or complaints, you can go HERE.
  • If you want to make a donation, you can go HERE.

Please kindly help me out in this effort. There is a lot of effort that goes into this disclosure. I could use all the financial support that anyone could provide. Thank you very much.

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An army of fake disclosures; or how the Internet is flooded with disinformation.

Yeah…

Let’s talk about profiteers. People who will make rules, bend laws, or create situations so that they can make a buck out of it.

It is people like this that caused the disappearance of public water fountains in favor of bottled water that you can purchase. It is people like this that has made it so that all of us have to endure “child safety caps” on our medicines bottles. It’s people like this that have contributed so much to the destruction of the selfless side of human nature… and who has instead replaced it with a selfish, greedy nature.

“Anything for a buck.”

About three months ago or so, I received an email that pretty much stated that they would copy my website and re-post it online, intentionally distorted, so as to mess up my SEO ranking on Google. What they said that they would do is copy my website word for word, and interject all sorts of lies, and easily proven hoaxes within it. In short making Metallicman just another “hoax website”.

They said that they would do any number of number of things…

  • Mess up my SEO ranking on search engines.
  • Post NSFW content that would ban the site from many rankings.
  • Fill it with outrageous lies, known and proven hoaxes.
  • Plant bit-mining software in it.
  • Plant malware in it.
  • And in many ways render it unreadable.
  • Not to mention destroy my image / reputation.

The solution to avoid this was to deposit a few thousand US dollars worth of bitcoin to their account. If I didn’t do so, then my website will be “toast”, and my reputation would be shit.

You all would be surprised at all the hoaxes, and scams that invade my Metallicman mailbox. Most are trolling bots, or mass mailings. Typically I just ignore them. 

Whether it is my great, great uncle who died and left three hundred billion dollars in an abandoned account...

Or, someone who wants me to join the Illuminati...

Maybe, some dude who says that they have a video of me masturbating to movies on the internet...

Or yet one of hundreds of "invoices" from people who want my "products"...

I pretty much ignore them all.

But this one was different…

Well…

To be honest, I really don’t give a fuck if there is a few hundred copies of this website all messed up and corrupted with malware and porn. Those that are supposed to see this site are already connected. For this site is not monetized, and has no other purpose except to provide information to a very select few.

I can live without it.

It’s more of a pain than anything else.

So it does not matter to me if the SEO ranking sucks. Nor does it matter if it is confused with other similar sounding websites. I really don’t care. Not to mention that I simply don’t have a couple of thousand US dollars to give to someone to blackmail me with.

If it came down to that, I’d just simply pull the site.

I’d let the fakes propagate and go buy myself a girl and get drunk. I really don’t give a flying fuck about what could happen, or who might miss out, or what might happen to my “reputation“.

It’s already fucking shit, for God’s sakes…

Well, about two weeks after I ignored this first email, I received another email from those in control of domain names for websites.

It turns out that some jackass tried to buy the Metallicman website name in various forms. The (domain name guardians) asked me if I had any business associated with China as the fucker was trying to purchase the Metallicman.cn domain name.

Metallicman.com is the registered domain. And they tried to buy the Metallicman.cn registered domain.

Now, normally, this wouldn’t be much of an issue. Most Americans who use the dot-com domain registration don’t have any business with China. But I am different. Not only is my contact address Chinese, but my email system, and funding mechanisms are all Chinese.

So they had to do something they normally bypass. They asked me if I had any business associated with China in any way.

I of course, told them that I was not only inside of China, but that I conduct business with Chinese entities. Were they to grant this request, there could be all sorts of disruptions within internet commerce.

Thus no one aside from myself can own this domain name.

The FCC does not permit spoofing other websites. So if it appears that someone is trying to spoof or copy your website they will not be allowed to do so. As it is not only illegal, but it is a felony.

OK. Long story short. He could not carry forth on his threat. I am sure that were it to be his desire, he would probably register with other domains. But my gut feeling is that he was just disappointed and just stopped this shit, and went on to “greener pastures”.

Issue over.

Oh. Don’t worry about me. Nothings going on here.

But…

But…

But, that guy who tried to blackmail me, well…

“he’s a bad man, a very bad man”.

..."he's a bad man, a very bad man".
…”he’s a bad man, a very bad man”.

That poor fuck however, is set to encounter some awfully bad luck in his future. And no, it’s not going to be the color of his socks changing either. (I do so hope you get that reference.) No evil deed goes unpunished, and eventually bad people come across things that can generate real actual real-life nightmares.

It’s not a measured response either.

It’s the stuff that real, honest to God, nightmares are made of.

This is a portrayal of a nightmare. It's one of those things where you hope you'll wake up. It's about an entire community that has been taken over by a child brat who is totally self centered and sociopathic. He probably doesn't realize the error of his ways. Any effort to educate him would result in being "sent to the cornfield." This is a state of limbo. When your adversary has no conscience, he cannot be approached in a rational way. This story is about fear. Not only are the people under constant threat, the world the boy is creating is one that is becoming bleak and vacuous. We never know if he has the power to bring things back, but it appears not. We know at some point he will be all that is left. Everyone has a breaking point. Billy Mumy is a great choice for the child monster. The other characters sweat and frown. In their efforts to survive they have the constant mantra "That was a good thing you did. A real good thing." This is an episode of the Twilight Zone where we never get to relax. See it if you never have.
This is a portrayal of a nightmare. It’s one of those things where you hope you’ll wake up. It’s about an entire community that has been taken over by a child brat who is totally self centered and sociopathic. He probably doesn’t realize the error of his ways. Any effort to educate him would result in being “sent to the cornfield.” This is a state of limbo. When your adversary has no conscience, he cannot be approached in a rational way. This story is about fear. Not only are the people under constant threat, the world the boy is creating is one that is becoming bleak and vacuous. We never know if he has the power to bring things back, but it appears not. We know at some point he will be all that is left. Everyone has a breaking point. Billy Mumy is a great choice for the child monster. The other characters sweat and frown. In their efforts to survive they have the constant mantra “That was a good thing you did. A real good thing.” This is an episode of the Twilight Zone where we never get to relax. See it if you never have. HERE.

Other Disclosures

What if, this fucker was well versed in doing this kind of nonsense? Can you actually believe that I was the very first person that he tried this nonsense with? Nope. I’m sure that he has been doing this for some time, and has had others pay him in bitcoin.

So, what about those other people who have “disclosures”? What about them?

Are they real? Are they fake? Are they sincere, or trying to create a fiction for their own purposes? What’s the story?

“The further a society drifts from truth, the more it will hate those that speak it.”

-George Orwell

There are other people who have stated that they were posted on Mars. 

And I am interested in this because <redacted>.

You see, the Martian facility is <redacted>. <redacted>.

So, I read their stories with a great deal of interest and more than a little bit of incongruity.   Whether they are intentional elements of a disinformation scheme designed to preemptively advert any actual disclosure, or just isolated profiteers trying to capitalize on the mysteries of the UFO and ET abduction experience, I do not know.  (Though I have my own opinions.)  In most instances their reported experiences differ from mine substantially. 

Of course, my interpretations of my experiences might be erroneous…

They all, however, do accurately describe the transport portal, but do so in a very, very inaccurate manner. 

While others describe their entry into the programs intentionally or unintentionally omitting the fact that they had to be implanted with probes to do so.  Hum… Let me be terrifyingly specific. 

Only people with implanted probes get to go to Mars, boys and girls.  (The dimensional portal will not work for you without the probes.) Additionally, if you want to join a top secret program; well then, that is not what it is called. 

It is a SAP, W-SAP a U-SAP, or if you are an active MAJestic member a W(U)-SAP.  It is not a super (dooper) top secret, grade “X” program.  Best get your nomenclature correct.  All of this tells me something quite clear; many of them are (perhaps) full of bullshit.

Oh, excuse me, let me say this nicer. Let me sound more reasonable and understandable. Let me be clear in a more polite manner; all of this is suggestive to me of fraud and deceit. 

I am afraid that, as open minded as I am, I just simply do not believe many of them. I do not believe them at all. 

The reader is thus cautioned not to associate my disclosure with these other individuals or their disclosures. Because even if they are telling the truth, their stories differ from mine in many profound ways that they have no bearing with my story in any way.

It is these kinds of occluded statements that tend to render a real and actual disclosure like mine into the rubbish bin without giving it its fair and just consideration. 

That is what would most probably happen. It is, perhaps, their intention.

The truth is, honestly, if they actually did teleport to Mars; if they are actually important enough to be considered for any Mars related program then they will have the implanted probes in their head. 

This is a fact; period. End of discussion.

I don’t give much credence to any of them unless they can pass the x-ray test.

Let’s see those probes boys and girls. Let’s see them. Everyone that was involved in MAJestic has these probes. Everyone who was involved in my specific program has these probes. (According to the lecture on the base in Florida; everyone who is even associated with this program has these probes.)

There are many such examples of such rubbish. 

Anyone who is states that Mars has [1] standing water…

Standing water requires an atmosphere with a specific pressure range and a suitable temperature.  This is basic thermodynamics.  All one needs to do is look up the appropriate chart in any classical thermodynamics textbook.  Water;  if the necessary conditions are not present, there will not be any water standing.
Pressure - Enthalpy (h) table for water.
Pressure – Enthalpy (h) table for water.
[2] plant life on its surface…

When I refer to (my) Mars, it is an alternative world line Mars.  Other people might also be relating an alternative world-line Mars as well.  

However, any alternative world-line Mars would be similar to ours in most significant ways.  

To deviate, for instance, to a world-line where the is life on Mars, with indigenous life would also be a Mars with at least a 40% deviance from our reality.  

The greater the deviance, the greater the impact on the consciousness and the soul that “farmed” that consciousness. 

When the consciousness returned back to this (normal) world-line (or something similar with a 1% deviance), there would be manifest changes in their experiences.  It’s the “carry over” effect, that occurs when you move across world-lines.  

The larger the deviance, the greater the effect. 

Consciousness is not a “stand alone” attribute.  It is a very vibrant controlling “ball” or quanta that can alter and manipulate the physical world. 

When it moves in and out of different world-lines it affects the physical world (after all, was I not a “dimensional anchor”?). 

The greater the change between world-lines, the greater the adverse affect on the consciousness.  That does not benefit the soul. Therefore, it is very advantageous for the soul to limit the alterations to the consciousness, because the purpose of the creation of realities is to obtain experiences. 

Consciousness is what helps to define the realities that the soul will experience.  (Not the other way around.)
[3] carved statues, [4] religious burial crypts, [5] rodents that scurry about the surface, [6] huge pyramid structures or [7] faces that stare up to the sky, [8] native animals or [9] intelligent naturally evolved life…

… is a nutcase. 

Either that or they are intentionally trying to throw such an amazing amount of disinformation at the reader that everything becomes distasteful and confused, or they are ignorantly delusional. 

Do not believe any of it. 

OK, then.  Here are just some of the many examples of such disinformation; disinformation intentionally designed to render any real disclosures inert.  I culled many of these references from books or the Internet.  I present them here with my comments. 

I am biased. 

Please be prepared for some rather harsh criticism.  (Wince.)

Captain Kaye

Let me start this discourse with a Mr. Randy Cramer (Captain Kaye). 

The reader needs to understand that once I became retired and my life started to settle out, I began an active search for others who were in the program that I participated in.  I wanted to meet up with them, chat with them, and compare notes.  It was my hope that they could fill in some blank areas of my memories, or fill in some thoughts that I have had regarding my experiences.  However, alas, I have been mostly unsuccessful.

One of the first of these individuals that I started to focus my attention on was “Captain Kaye”. 

He is (by his own words) a former US Marine who has claimed that he spent 17 years of his career on MARS. The ex-naval infantryman, who uses the pseudonym Captain Kaye.  He states that he was posted to the Red Planet to protect five (!) human colonies from indigenous Martian life forms.

FACT:  In this universe, there are no (current) indigenous life forms on Mars bigger than a fossilized microbe. At least this guy doesn’t charge for his bullshit.  You can watch him chat about his “experiences” on you-tube at https://youtu.be/ktjuDsAt0yo .
Mr. Randy Cramer also known as "Captain Kaye".
Mr. Randy Cramer also known as “Captain Kaye”.

He claims he then spent nearly three years serving in a secret ‘space fleet’ run by a multinational (!) organization called the Earth Defense Force, which recruits military personnel from countries including the US, Russia and China.  Captain Kaye said he was trained to fly three different types of space fighters…

And, by the way, just who were the Earth at war with?  Indeed, if we were at war with any known extraterrestrial species that I know of, we would all be long eviscerated by now.  Truth.  They could swat us like a fly and there would be nothing that we could do about it.

and three bombers. 

In testimony released to ExoNews TV.

He added that training took place on a secret moon base called “Lunar Operations Command”, Saturn’s moon Titan, and in deep space. 

On Titan?  Why would anyone want to locate a command and control center there?  It is far from being a neutral and calm place to settle.  

The hydrocarbon atmosphere would, I would imagine, cause more headaches and hassles to the inhabitants than any vacuum world or moon would. 

Observations from the Voyager space probes have shown that the Titanean atmosphere is denser than Earth's, with a surface pressure about 1.45 times that of Earth's. Titan's atmosphere is about 1.19 times as massive as Earth's overall, or about 7.3 times more massive on a per surface area basis. 

It supports opaque haze layers that block most visible light from the Sun and other sources and renders Titan's surface features obscure. 

The atmosphere is so thick and the gravity so low that humans could fly through it by flapping "wings" attached to their arms.

Titan's lower gravity means that its atmosphere is far more extended than Earth's; even at a distance of 975 km.  The atmospheric composition in the stratosphere is 98.4% nitrogen—the only dense, nitrogen-rich atmosphere in the Solar System aside from the Earth's—with the remaining 1.6% composed of mostly of methane (1.4%) and hydrogen (0.1–0.2%). 

Because methane condenses out of Titan's atmosphere at high altitudes, its abundance increases as one descends below the tropopause at an altitude of 32 km, leveling off at a value of 4.9% between 8 km and the surface.

There are trace amounts of other hydrocarbons, such as ethane, diacetylene, methylacetylene, acetylene and propane, and of other gases, such as cyanoacetylene, hydrogen cyanide, carbon dioxide, carbon monoxide, cyanogen, argon and helium. 

The orange color as seen from space must be produced by other more complex chemicals in small quantities, possibly tholins, tar-like organic precipitates. The hydrocarbons are thought to form in Titan's upper atmosphere in reactions resulting from the breakup of methane by the Sun's ultraviolet light, producing a thick orange smog.

Titan also has no magnetic field.  Whether there is life on Titan, the largest moon of Saturn, is at present an open question and a topic of scientific assessment and research. 

Titan is far colder than Earth, and its surface lacks stable liquid water; factors which have led some scientists to consider life there unlikely. 

On the other hand, its thick atmosphere is chemically active and rich in carbon compounds. On the surface there are bodies of liquid methane and ethane; some scientists speculate that these liquids might take the place of water in living cells different from those on Earth.

In short, if you were to walk and operate upon the surface of Titan, it would be more like wearing a deep-sea diving outfit as your trudge your way through a soup of oils and hydrocarbons. It is not an ideal place to set up any kind of base of operations.

Captain Kaye’s testimony reveals that the main human colony on Mars is called Aries Prime which is located inside a crater.   Aries Prime serves as the headquarters for the Mars Colony Corporation. According to Captain Kaye, the air is breathable on the surface of Mars…

The atmosphere on Mars is not, nor ever has been, breathable by humans.  While there is some oxygen in the atmosphere, the combination of temperature, and pressure, as well as the presence of other gasses in the atmosphere precludes the suitability for organic human life on the surface.

…and the temperature could be warm at times.

Yes, the temperature on Mars near the equator can, at times, approach a human comfort level for a short and brief period of time.

He claims that there are two indigenous species on Mars, both of which are highly intelligent. One of these was a Reptilian species that was very aggressive in defending its territory.

The other was an Insectoid species that was equally capable of protecting its territory.

He said that indigenous Martians are not particularly interested in expanding their territory, only maintaining it. Captain Kaye said that as long as the Mars Defense Force and Mars Colony Corporation did not encroach on the territory of the indigenous Martians, there would be stable relations.

After serving 17 years of a 20 year tour of duty, events changed dramatically when virtually all combat personnel from the Mars Defense force were asked to retrieve an extraterrestrial artifact from a cave sacred to the indigenous Reptilians.

Captain Kaye described how over 1000 (one thousand!) men and women were killed in a subsequent battle and only 28 of his colleagues, including himself, survived.  Captain Kaye says he retired after a 20 year tour of duty, describing a retirement ceremony on the moon that he claims was presided over by VIPs including ex-Defense Secretary Donald Rumsfeld.

My commentary on all of this; he is full of BULLSHIT.

I just do not know where to begin.  It is so outlandish, and so full of just complete nonsense. 

  • The physics concerning the planet are just wrong.  The presence of life, whether intelligent or not is incorrect.  (Even taking into account the possibility that he might have used dimensional travel to go to a world-line where Mars has a human-friendly atmosphere, he wouldn’t  have returned to our world-line.  There are limits to the technologies employed. (For the planet Mars to have a breathable atmosphere…) He would be so far off “the beaten path” that returning to this kind of world-line would be near impossible.)
  • All SAP agents in MAJestic are implanted.  If he was part of the organization he would have similar probes to mine. (Again, let’s see those probes.)
  • There are no wars, nor is there a need to maintain a military garrison on Mars to defend humans or other creatures from aggressor forces. 
  • There are no warlike or aggressive reptilians that we need to worry about.  (The truth is, the Mantids and the Type-I extraterrestrials are so far advanced technologically, that if they wanted to, they could eradicate humans off the face of the globe within days and there isn’t a thing that we could do about it.)
  • If you join a W(U)-SAP, you will NOT sign an enormous document (that is what you need to do if you go through American legal channels), you sign a one page document.  If you violate it, you are killed.  End of story.  There just simply isn’t the need for a huge legal document because violators of the MAJestic confidentiality oaths would not go through the American court system. They would be taken into a room and shot in the head.
  • If what he says were true, then he would be retired as a sex offender, and like me,  scared as shit of being killed for his public disclosures.
  • Additionally, the idea that 1000 people can die on Mars without anyone noticing is just short of mind-boggling.
  • The greys, of whatever race (supposedly contacted) do not “feel” evil or dangerous.  (This is another loud “tell-tale” sign of a lying profiteer.) They do not “ “ooze” a kind of evil dark”.

Summary; I just simply do not believe anything that Captain Kaye has said.  It is all hogwash.

Corey Goode

According to alleged Secret Space Program whistleblower Corey Goode, who in October 2016 released a press release about human activity and Mars. 

http://spherebeingalliance.com/news/whistleblower-discloses-shocking-new-intel-humans-on-mars-since-the-1930s.html

In it he states that we are already present on Mars and have been for a long time. And he’s not the only one who’s saying that. This also comes as less of a surprise given the recent WikiLeaks’ documents, suggest that  human and extraterrestrial collaboration that’s been happening for some time.

http://www.collective-evolution.com/2016/10/08/breaking-wikileaks-releases-new-emails-exposing-clintons-podestas-knowledge-of-extraterrestrial-intelligence/

He stated…

“Mars was first visited by the Germans as far back as the 1930s, but during the 70s, US space programs were actively exploring Mars and other planets to establish bases. In 1980 the US SSP became – Solar Warden. Under Project Solar Warden vast development and colonization occurred on Mars and other planets. Goode continues, “Bases on Mars were built under the surface.”

-Corey Goode

The reader can watch more on this in detail on GAIA.com where Corey Goode & David Wilcock host Cosmic Disclosure.

http://click.linksynergy.com/fs-bin/click?id=zv60G6QL/TU&offerid=418693.10001161&type=3&subid=0
Corey Goode.
Corey Goode.

He claims he was recruited through one of the MILAB programs at the young age of 6, and trained and served there from 1976-1986/87. Toward the end of his time as a MILAB he was assigned to an IE support role for a rotating Earth Delegate Seat (shared by secret Earth government groups) in a “human-type” ET Super Federation Council.

MILAB refers to the military abduction of a person who is then indoctrinated and trained for any number of military black ops programs.

Apparently, Goode’s IE abilities played an important role in communicating with non-terrestrial beings as part of one of the Secret Space Programs (SSP). During his 20 year service he had a variety of experiences and assignments, including the Intruder Intercept Interrogation Program.

Corey Goode from the US Secret Space Program (SSP) said, “There are humans already on Mars and it’s been colonized.” In Dec. 1986, Goode was recruited into SSP – U-SAP (Un-Acknowledged Special Access Programs) under Project Solar Warden. He was assigned to a research vessel in space to study the solar system from Dec. 1986 – Dec. 2007.

Darren Perks while conducting research for Huffington Post on the “Solar Warren” program, made an FOI (freedom of information) request with the DoD (department of defence) in 2010. 

He received a very interesting response in an email;

“About an hour ago I spoke to a NASA rep who confirmed this was their program and that it was terminated by the President. He also informed me that it was not a joint program with the DoD. The NASA rep informed me that you should be directed to the Johnson Space Center FOIA Manager.I have ran your request through one of our space-related directorates and I’m waiting on one other division with the Command to respond back to me. I will contact you once I have a response from the other division. Did NASA refer you to us?”

Interesting.  This was obviously a “slip up”.

NASA hacker,  Gary McKinnon hacked into U.S. Space Command computers several years ago and learned of the existence of “non-terrestrial officers” and “fleet-to-fleet transfers” and a secret program called “Solar Warden”, he was charged by the Bush Justice Department with having committed “the biggest military computer hack of all time”, and stood to face prison time of up to 70 years after extradition from UK. 

But trying earnest McKinnon in open court would involve his testifying to the above classified facts, and his attorney would be able to subpoena government officers to testify under oath about the Navy’s Space Fleet. 

To date the extradition of McKinnon to the U.S. has gone nowhere.

McKinnon also found out about the ships or craft within Solar Warden. It is said that there are approx eight cigar-shaped motherships (each longer than two football fields end-to-end) and 43 small “scout ships. 

The Solar Warden Space Fleet operates under the US Naval Network and Space Operations Command (NNSOC) [formerly Naval Space Command]. There are approximately 300 personnel involved at that facility, with the figure rising.

Read the rest here; http://www.huffingtonpost.co.uk/darren-perks/solar-warden-the-secret-space-program_b_1659192.html

+ + +

His experiences are very different from mine.  They are so different that there are no points of common reference.  Some points;

  • If he is real, he would have probes inbedded in his skull like mine. All extraterrestrial interaction, and technology transfer falls under MAJestic perview. As such, he would have memory controlling devices, a core kit one inside his skull.  He need not have to use the dimensional portal, but he would need to be implanted.
  • If he spent any period of time on Mars from 1986 until 2004, I would be aware of it.
  • He would not be part of any kind of research or study unless he possessed a minimum of a technical degree, either in engineering or one of the sciences.  This is fundamental. People are not active members in MAJestic unless they have this minimum requirement.
  • If what he said is true, then he would have been retired as a sex offender.

I think he is full of shit and is a BULLSHIT artist.  I do not know why he has made such outrageous statements.

However, that being said, he does know something

Whether it is in passing, or through a friend of a friend is not clear.  I do not believe he is who and what he says he is. I personally believe that he took the little bits and scraps of truth that he discovered and fabricated a large story around them to fit a more conventional narrative in regards to geo-political weapons and technology that was moved to an outer space environment.

What does he know?

Solar Warren

Could he be referring to a SAP known as “Solar Warren”?

When Space Shuttle Atlantis landed at NASA’s Kennedy Space Center in Florida on July 21, 2011 and headed to a museum, we were told that the U.S. Government no longer had any space-capable vehicles, and that we would have to rely on other countries and private companies to get into orbit and service the Space Station. 

And we have. For decades, it has been the Russians that provided shuttle capability for LEO operations.

But according to others, who have elaborated on the Solar Warden project, they have stated that this program is an active Space Fleet!

This program, code-named 'Solar Warden', apparently has now grown to 85 small disc-shaped "scout ships" and 10 elongated-delta-shaped motherships [each longer than three football fields joined end to end]. (There are also apparently additional intermediate-length deltoid spacecraft as well. )

The Solar Warden Space Fleet is operated by Naval Network Warfare Command's subcomponent Naval Network and Space Operations Command (NNSOC), headquartered at Naval Support Facility Dahlgren, VA. 

The Solar Warden Fleet utilizes launch facilities at Vandenberg AFB, Lompoc, California and the Utah Test and Training Range in the desert west of Ogden, Utah.

Apparently NNSOC has approximately 365 personnel on Earth and in space. NNSOC operates in cooperation with the Central Security Service-Operations Division and its work to protect extraterrestrials in near-space and on the ground.

The Solar Warden Space Fleet's vessels are staffed by Naval Space Cadre and Marine Space Cadre officers, whose training has earned them the prestigious 6206-P Space Operations specialty designation, awarded after they have graduated from the Naval Postgraduate School in Monterey, California with a Master of Science degree in Space Systems Operations. 

Space Cadre Officers receive space operations training at NASA, and after graduating and a space flight are awarded the Naval Astronaut or Naval Flight Officer Astronaut insignia.  

Other member countries' Navies and Marines furnish men and women officers to this program also.

That’s pretty amazing! Not only is this program enormous, but it is integrated within existing systems BUT not associated with MAJestic or even use the ONI oversight!

Their justification for the existence of this super-dooper top secret amazing program is two-fold.

  • One part [1] of the Space Fleet’s mission is to prevent rogue countries or terrorist groups from using near space to conduct warfare against other countries, or to fire from space on Earth-bound targets. The Federation has made it quite clear that space is to be used for peaceful purposes only.
  • A second part [2] of Earth’s Space Fleet’s mission is to prevent the rogue global-elite control group, the Cabal or related organizations, from using its orbital weapons systems, including nuclear missiles and directed-energy beam weapons, to intimidate or attack anyone or any group on Earth it decides to target or extort.

Because this Space Fleet has the job of being “Space Policeman” within our solar system, its program has been named Solar Warden.

WOW! Not only isn’t it part of MAJestic, but it’s not part of the UN either!

How to they justify this?

The Space Fleet operates under authority granted by a secret Resolution of the UN Security Council. 

The U.S. component is so highly classified that when British civilian Gary McKinnon hacked into U.S. Space Command computers during 2001-2002 and learned of the existence of "non-terrestrial officers", "fleet-to-fleet transfers", and a secret program called "Solar Warden", he was charged by the Bush Justice Department with having committed "the biggest military computer hack of all time."

Corroboration and Verification

What makes all these flights of fantasy believable is selective extracts of defense authorization bills.

But, let me tell youse guys something. Waived SAP authorizations are not provided within authorization acts in anything other than an alpha-numerical designation. If this was an actual SAP, there would not be any white paper trail at all.

Thus this statement below is just disinformation…

Lest anyone think that Solar Warden is an errant flight of fancy, important corroboration of this information is found in the National Defense Authorization Act for FY 2012. Section 912 of that Defense Bill refers to the Secretary of Defense being authorized to purchase and take delivery of "space vehicles". (Relevant Section 912 shown here.)

Summary; Not only do I not believe Corey Goode, but I also do not believe the story about Solar Warden either.

It does not mean that I am an expert and that my opinions are gold, but that I am part of MAJestic and everything associated with this Corey Goode disclosure seems like bullshit to me. Sorry to say. I know that many, many of you all believe his story and the idea that there is a space fleet as part of the Solar Warden fantasy.

It’s just simply not true. There is only one singular umbrella organization. It is MAJestic, and if the information disclosed regarding this Goode / Solar Warden nonsense is incompatible with it.

Sorry.

Michael Relfe

Here is another “new age” “nut case” trying to cash in on the financial opportunities presented by the gullible.  I present the following for the reader to make heads or tails out of it and to determine if my appraisal has any validity.

“My name is Michael Relfe and I helped produce “The Perfect Health System”. My wife Stephanie supplied the talent, healing expertise and the raw determination to create a training system that would allow anyone to learn kinesiology and possess a technology that would help them make fantastic improvements in their life.”

“I want to tell you a little about myself and why you need Disk 11 (The Wernicke’s Correction). I have spent 24 years in the IT industry and have been an employee or consultant for Fortune 50 companies such as AMEX, IBM, American Airlines and The US Navy. I hold a degree in Computer Science and am a graduate of United States Naval Nuclear Power School. I am not sharing these things to attempt to impress you or to be a smartass. I want to help you understand that your success in life and the completion of your goals is in your hands and that with kinesiology….a special kind of kinesiology, you now have the technology to change your situation and get what you want out of life…”

“Kinesiology is scientific. Chiropractors and Licensed Massage Therapists using Kinesiology put treatments on insurance. And this is the actual hands on, repeatable, meat-and-potatoes kinesiology correction. Some kinesiology corrections are for your body. This kinesiology correction is for your brain. And it is demonstrated completely in "Perfect Health With Kinesiology & Muscle Testing - Disk 11"”. And no, it's not available separately. You need to learn Kinesiology from the other disks before you can use it correctly.

After the sales pitch he describes how he found out about this marvelous scientific breakthrough.  Of course it involves an adventure of sorts on the surface of Mars.  This adventure is outlined in the work titled “The Mars Records”, Book 1 and book 2[i].  Essentially it involves a convoluted mix of astral projection[ii], hypnotic regression[iii], reincarnation[iv], and general gallivanting around the surface of the planet meeting all kinds of curious and interesting individuals.  Some of which are quite dangerous; such as those pesky Reptilians[v].

[i] http://www.themarsrecords.com/
[ii] Astral projection (or astral travel) is an interpretation of out-of-body experience (OBE) that assumes the existence of an "astral body" separate from the physical body and capable of travelling outside it. Astral projection or travel denotes the astral body leaving the physical body to travel in an astral plane. The idea of astral travel is rooted in common worldwide religious accounts of the afterlife in which the consciousness' or soul's journey or "ascent" is described in such terms as "an... out-of body experience, wherein the spiritual traveller leaves the physical body and travels in his/her subtle body (or dreambody or astral body) into ‘higher’ realms." It is frequently reported in association with dreams, and forms of meditation.
[iii] Past life regression is a technique that uses hypnosis to recover what practitioners believe are memories of past lives or incarnations, though others regard them as fantasies or delusions or a type of confabulation. Past life regression is typically undertaken either in pursuit of a spiritual experience, or in a psychotherapeutic setting. Most advocates loosely adhere to beliefs about reincarnation, though religious traditions that incorporate reincarnation generally do not include the idea of repressed memories of past lives
[iv] Reincarnation is the religious or philosophical concept that the soul or spirit, after biological death, begins a new life in a new body. This doctrine is a central tenet of the Indian religions. It is also a common belief of various ancient and modern religions such as Spiritism, Theosophy, and Eckankar and is found in many tribal societies around the world, in places such as Siberia, West Africa, North America, and Australia.
[v] Reptilians (also called reptoids, reptiloids, or draconians) are purported reptilian humanoids that play a prominent role in science fiction, as well as modern ufology and conspiracy theories. The idea of reptilians on Earth was popularized by David Icke, a conspiracy theorist who claims shape-shifting reptilian aliens control Earth by taking on human form and gaining political power to manipulate our societies. Icke has claimed on multiple occasions that many of the world leaders are, or are possessed by, reptilians.

It all begins so innocently;

“The Mars Records, authored by Stephanie Relfe, is a 300-plus page document http://www.surfingtheapocalypse.com/mars_records.html chronicling the biofeedback sessions of her husband Michael who discovered he had been involved in a secret black project while in the Navy. Michael was astonished to find thathe had been living a double life as a covert operative for The Mars Defense Force. Some of his assignments were covert ops, piloting spacecraft, remote viewing, psychic defense and even psychic assassinations.

Michael’s recruitment, training and service for Mars Defense Force was carried out via sophisticated alien and military mind control technology. This included implants, hypno-programming, dissociation of specifically trained alter personalities, advanced psi training, speed learning, psi enhancing drugs and time travel. Michael’s case is unique and very important because he is one of a very handful of persons who have been able to clear, recall and deprogram the sophisticated alien and military mind programming. His success in memory retrieval and deprogramming is due to deliverance prayer and the excellent therapeutic skills of his wife, Stephanie Relfe. She uses a combination of biofeedback clearing sessions and kinesiology .”

-From an interview with Eve Lorgen

I do not believe anything that is written here.  I think that this is just simply a traditional “snake oil salesman” who have updated their time honored technique to fleece the gullible by using the opportunities presented by the New Age movement.  I believe that activities such as this make real and actual disclosures fall into the realm of the insane.

Henry Deacon(Project Camelot)

Arthur Neumann is his real name.  He has made some remarkable statements.  Part of which involved the participation in top secret programs authored by the United States government.  Initially, when he first came forward he did so under an assumed name (Henry Deacon) to protect himself and his family.  In 2009 he decided to come forward under his real name.

Henery Deacon.
Henery Deacon

He has a background as a physicist and is now engaged in a profitable money making project known as “Project Camelot”.  

http://projectcamelotportal.com/

On his website one can purchase all kinds of video and audio transcripts as well as books that describe the upcoming US –China war in 2008 (WTF?) and the secret conspiracies involving the United States government and time portals. 

As of 2020, there were no overt hostilities between the United States and China. 

Interesting stuff, but I rather doubt all of it.  Of course it doesn’t really match or fit anything that I was exposed to, but that means nothing.  What is important and germane to this discussion is what part of his testimony agrees or disagrees with mine.

Sorry, but I do not believe in time travel.  The concept of time is a human fabrication to describe a universally evolving universe subject to the thoughts of all sentient creatures that inhabit it.  It's world-line travel.

However, I do believe in dimensional portals. Please read elsewhere to see how a person can utilize dimensional travel to achieve apparent time-travel.

On July 25, 2009, at the European Exopolitics Congress in Barcelona, Mr. Neumann publicly stated,

“There is life on Mars. There are bases on Mars. I have been there.”

The following day, Mr. Neumann participated in Future-talk, a Project Camelot documentary interview, in which he provided details of his teleporting to a base on Mars and participating in a one-hour project meeting, which was also attended by representatives of an intelligent civilization that lives in cities under the surface of Mars.

This experience is indeed, similar to mine in that he describes [1] teleporting to a place, but he fails to discuss the process, the equipment and the mandatory implantation.  That sounds quite strange to me.  He describes [2] cities under the surface of Mars that are [3] occupied by creatures belonging to an intelligent civilization.  That <redacted>.

If fact, if he just left his experiences to the “bare bones”, no-nonsense aspects of visiting the facility, and discusses his implantation I would believe him.  But he relates such a large amount of disinformation that it has polluted anything of value that he must contribute to this discussion.  In effect, he renders his testimony null and void. 

My conclusion of this individual is that he actually might of teleported to the facility, but the other things that he discusses are wholly outside my experience range and thus appear fantastical to me.

I do NOT think he is a crackpot.  However, the other statements garnered from him are so far-fetched and outlandish that they make it difficult for me to want to associate with his testimony in any way.   I want to believe him.  I want to say to him; “Yes, I too was involved in similar programs!”  But, alas his descriptions of life on Mars; time portals that bend time and space and strange secret cabals are beyond my experience base.  I want to believe him, but I just cannot. 

Our mutual experiences are too different.

Andrew D. Basiago(Project Pegasus)

Andrew D. Basiago is a Vancouver, Washington lawyer.   As a side project, he runs Project Pegasus.  This is a group dedicated to lobbying the government to release the secrets of teleportation and time travel. Basiago also refers to himself as “the discoverer of life on Mars.”

Andrew D. Basiago running for the US Presidency
Andrew D. Basiago running for the US Presidency.

He makes many amazing and fantastic claims.  They are just and wild and crazy as my own.  For instance, he claims to be one of two “planetary-level whistle blowers”.   He claims to have teleported to Mars in the 1980s[i] as an Earth ambassador[ii] to the Martian civilization[iii]. Which is why he is mentioned here.


[i] I teleported in the 1980’s, why couldn’t he have also?
[ii] As such, this implies an organization that represents the earth.  He has to be an ambassador who he would represent .  There isn’t any.  The closest organization would be MAJestic, and that organization is primiarily a United States organization that represents human interests in a fractured and dysfunctional global alliance of nations.
[iii] On our dimensional track, there isn’t any indigenous native intelligent Martian life.

This is strange because when he published his article nearly three decades later, he claims to have been “astonished” to discover life on Mars.   Along with William B. Stillings, a comrade he dug up somewhere, Basiago now claims that President Obama was a fellow Mars traveller back in the day, then living under the moniker “Barry Soetoro.” In fact, the fact that Barack Obama used to go by Barry Sotero may be the only truth in Basiago’s claims. Basiago and Stillings say they met Obama on Mars, and the government is now covering up the president’s space travel past.    

Barrack Obama, or what ever name he used, was NEVER at the facility where <redacted>.  The only people who visited the facility were MAJestic members tied with industry and space technologies.  No political personages, lawyers, attorneys, or “grass root” fundraisers were ever granted permission to visit the facility.  Selection of the particular individuals who would visit was determined by our extraterrestrial partners.  They had no interest in any “service to self” individual ever being privy to the projects that we were all involved in.

Mr. Basiago was featured in a six-hour interview posted by Jessica Schab on YouTube.  The name of this video is “A Conversation with Andrew D. Basiago” .  ( I would hazard a guess that the interview was too controversial for mainstream media.)

Curiously, he has stated that he was involved in time travel.  Another person known as Vonheldon also has a compelling narrative.  His photos are convincing, though anyone can use Photoshop these days, so that might not be convincing enough.  I think this person has a lot to say, but as far as his experiences compared with mine are concerned, I have to offer a “shrugged shoulders” expression.  I find all of these stories quite interesting, but unfortunately are far beyond my realm of experience to offer any kind of verification or validity.

In the 39-part interview, he related his experiences in DARPA’s Project Pegasus as one of America’s early time-space explorers during the period 1969-72 and narrates the seven episodes over 40 years in which the CIA, in possession of a “quantum access” capability since 1967-68, briefed him about his destiny as a public figure who would one day be principally associated with the discovery of life on Mars.

Could this be the same as the dimensional portal that I was transported in?

Ms. Schab writes that in this,

“…six-hour interview, American lawyer Andrew D. Basiago, 47, narrates the hidden history of his discovery of life on Mars in 2008 and reveals the fact that by 1968 the US intelligence community was already aware of aspects of his later Mars work. Andy tells the phenomenal story of seven briefings over 40 years in which he was shown evidence of his destiny involving the discovery of life on Mars, and explains how the emergence of time travel and this epochal future event were interlinked.

According to Andy, by 1968, the CIA was already teleporting individuals to the past and future to retrieve artifacts there and bring them back, while propagating holograms of past and future events with devices called chrono-visors to also gather intelligence.

Incredibly, as a result of this quantum access, Andy was given a copy of his landmark paper The Discovery of Life on Mars in 1971 and asked to read and remember it, so that when, in 2008, he wrote it, it would contain as much data about Mars as possible!”

I know nothing about his version of time travel.  I know nothing about the CIA.  I know nothing about the “discovery of life on Mars” in 1971.  They are beyond my base of experience.

As I understand it, “time travel” as is perceived today is not possible.  However, apparent “time travel” is possible, but this isn’t so much as  travelling forward and backwards in time as it is mostly dimensional swapping.  By swapping in and out of the multi-world reality, one could experience universes that were apparently further back or forth in time relative to our departure universe.

Ms. Schab continues,

“During his lecture, Andy shared numerous photographic images evidencing his discovery of life on Mars, including many photos of humanoid beings, different animal species, carved statues and built structures on Mars that put him at the forefront of Mars research.

Throughout the weekend, Andy lectured at his table to small groups of conference-goers, who came and sat in rapt attention as he shared stories about his experiences as a child in Project Pegasus, the secret US research program in which time travel was the focus. 

I know that, like me, everybody who took part in those impromptu seminars was certain that Andy is, as Bill Ryan of Project Camelot stated recently, the real deal - a truth-teller with significant new information to share about the real Philadelphia Experiment.”

Again, I must state that I know nothing about “Project Pegasus”, and the “Philadelphia Experiment”.  To me it all sounds so fantastical and outrageous.  Maybe that is its intention.  However, anyone who would actually spend any time of significance on Mars would work in conjunction with us at the base.  I do not know any of the afore mentioned people.  I never saw them there (not that that means anything), and so their testimony, while outlandish does not mesh up well with my experiences.

Aside from the movie and what I read in the book.  It all sounds too fantastical to me.  Chances are that it, at most, is derived partially from truth with a lot of fiction thrown in for good measure.

On the other hand, some of the things that he says does absolutely agree with my experience.  Though, I never recall seeing him at the facility in any capacity.  (This is critical.  I was there at the facility through entanglement.  It was a large facility, but a small community.  We all knew each other quite well, and thus knew everything that went on around us.  I knew when we had visitors and who they were.  Though I generally did not meet the visitors myself, we monitored them, and knew what was going all at all times.  I do not ever recall anyone like him at the facility where I was entangled.) 

He states that;

  • He had secretly teleported to bases on Mars.
  • There is the existence of a permanent teleportation mechanism linking Earth and Mars.
  • An intelligent civilization lives under the surface of Mars.

This Mr. Basiago says some pretty outlandish things; things that absolutely do not mesh with my experiences at all.  Was he really on Mars, or was he somewhere else?  Is all this a big lie, or is there really some truth in what he has to say?  For me, it all seems nonsensical and just out and out lies.  He for instance, makes the following statements;

  • There is the existence of native life forms on the “ecologically fragile” surface of Mars.
  • The US government has had a fully operational teleportation capability since 1967-68[i].
  • By 1969-70 the United States government was already training a cadre of gifted and talented American schoolchildren, including himself, to become America’s first generation of “chrononauts” or time-space explorers.

Look guys; the planet Mars is pretty much a sterile world today. 

The actual surface of Mars within a 2% world-line variance.
The actual surface of Mars within a 2% world-line variance.

It is mostly rocks with some frozen liquids in the shape of crystals scattered about.  There once was flowing water on the planet, but it was geologically a long; long time ago [ii].  And, when the water did flow there was not enough time [iii] for any kind of evolutionary process to take place.  There are no statues, or ruins on Mars suggestive of a great glorious human-compatible civilization.  There are no carved faces the size of mountains on the planet.  There are no statues or fossilized bones or remains to be seen.

[i] Perhaps they did.  Nevertheless, how would he actually know this.  No one told us anything about how the system was developed.  They only taught us how to use it.  This date he gives places this capability to transport humans across the distances of space before Neil Armstrong stepped on the Moon.  I just can’t reconcile this statement that he made.  We only started to investigate the facility in the late 1970’s.  I just can’t believe this statement.
[ii] Perhaps two billion years ago.  That is over a billion years before the first microbes started to form on the earth.
[iii] By all accounts; the presence of standing liquid water on the surface of Mars was a relatively short lived event.  Certainly lasting more than a few million years.  One must take into account that it took about 700 million years to go from microbes to humans on the earth.

Mars does have relics; bases and facilities.  But nothing approaches the size; scope and breadth as what is proclaimed by many of these Martian enthusiasts (Who perhaps want to relive the fictional adventures on Barsoon.). 

Barsoom is a fictional representation of the planet Mars created by American pulp fiction author Edgar Rice Burroughs.The world of Barsoom is a romantic vision of a dying Mars. Writers and science popularizers like Camille Flammarion were convinced that Mars was at a later stage of evolution than Earth and therefore much drier, took the ideas farther and published books like Les Terres du Ciel (1884), which contained illustrations of a planet covered with canals.

There are no native Martian inhabitants.  There are extraterrestrial colonists who live there underground but there is no way that anyone could mistake them as being native to Mars.

The Mars-analog in this world-line possess none of the things outside of the dimensional portal that this individual claims. If he conducted operations in another world-line, it would have to be so different from this one that returning here would be a near impossibility. (Just saying.)

The Mars-analog in this world-line possess none of the things outside of the dimensional portal that this individual claims. If he conducted operations in another world-line, it would have to be so different from this one that returning here would be a near impossibility. (Just saying.)

The problem with disinformation is that the actual is often mixed up with the fantastical. Thus polluting the entire narrative. Taken in total, this is more like an intelligent profiteer who is trying to capitalize on a niche segment of the population for personal gain.

Laura Magdalene Eisenhower

In a public statement, Laura Magdalene Eisenhower, great-granddaughter of former President Dwight David Eisenhower (1890-1969), has exposed her attempted recruitment from April 2006 through January 2007 by a secret Mars colony project.  (This is pretty amazing, precisely because of her relationship with a former United States president.)

Interview with Laura Magdalene Eisenhower.
Interview with Laura Magdalene Eisenhower.

Ms. Eisenhower’s account of her [1] targeting by time travel surveillance and [2] attempted manipulation by trained intelligence agents attached to a Mars colony project were revealed in an ExopoliticsRadio.org interview.  Further, there is an extensive written statement at Ms. Eisenhower’s website.  Ki’ Lia, a Stanford-educated artist, futurist and colleague of Ms. Eisenhower (!), has provided a corroborating first hand witness account of her and Ms. Eisenhower’s attempted recruitment into a secret human survival colony (!)  on Mars.  The alleged purpose of the secret Mars colony was to provide a survival civilization for the human race on Earth in the event of a planned (such as HAARP or bio-weapon induced) or natural cataclysm (such as by solar flares) that might depopulate the Earth.

+ + +

What can I say?  I know nothing about all of this.  Their experiences are wholly different than anything that I have experienced.  It all sounds so fantastical, and outrageous, not to mention that odd and obscure Science-fictiony name of Ki’Lia. 

LOL, Look if you really are going to do some actual technical work regarding another race use simple and easy to remember and pronounce names for Pete’s sake.  Jeeze!  Even though my drone pilot was an extraterrestrial, I always considered him as a “Paul”.  I don’t know why.  I just did.  It is human nature.  We humanize things that we know in comfortable terms that we can understand.  We vilify that which we do not understand and do not know with strange words, terms and iconography.

I personally think she is more than just a little off.  Her belief structures and experiences are quite unlike mine.  For me, she appears crazy.  But you know, she might not be; instead she might just be a lousy communicator.  In any event, I do not want what I write to be associated with her experiences in any way.  She is a little way too “new age-y” for my tastes.

Oh, by the way... LOL is an abbreviation of slang that arose during the growth of the Internet in the 1990’s. If you don’t already know that LOL stands for Laughing Out Loud, then welcome to the Internet! 

Other variations of this include ROFL and LMAO.  

ROFL is another way to say LOL and it stands for Rolling On Floor Laughing. 

LMAO is yet another alternative to LOL or ROFL and it stands for Laughing My Ass Off.

(Yet) This woman is apparently a great expert on time-travel and alternative realities.  In fact, she claims that she can open up her own time and dimensional portals at will!  (Wow!)  I suppose the best thing for me to present to the reader is what this woman writes on her own website, and let the reader come to their own conclusions;

“…She is also a Whistleblower and has been speaking out about being recruited to go to a Colony on Mars that represented a time-line that she refused to go along with. She has been able to uncover some necessary truths and agendas that humanity is being kept in the dark about and lectures and does workshops on these issues along with topics such as Global Alchemy, Christ-Sophia, Sacred Union, ET races, Esoteric Cosmology, the Positive Time-line and seeks to empower the individual so that harmony can be restored.

For more than 15 years, she has been providing clairvoyant readings and transformative healings for individuals with the assistance of many divination tools and astrology. Focusing on chakra systems, Laura has advised on topics such as soulpath, abduction, mind-control, core issues, relationships, past lives and physical ailments. She has been strategizing to solve the roots of major world problems including epidemics, war, environmental degradation and injustices that have been a result of the misuses of power of the shadow government. She also covers hidden agendas connected to ET races and the exile of the Divine Feminine energies.

Going through an intense World Soul journey of the labyrinth, Laura has discovered an ability to open a Natural stargate by co-creating with the Venus transits and weaving through the multi-dimensions of the higher and lower worlds. Clearing portals and moving past gatekeepers, Laura works to free us from the 3-D holographic time-loop and guide us back to the Pleroma, the totality of divine powers. With great passion and courage, she is helping to return Sacred Union, divine wisdom, and the many faces of the Goddess that have been buried and forgotten for thousands of years.”

What can I say?  I am speechless.

Conclusion

I think that along with all these other individuals, my story seems just as far fetched. It seems just as fantastical, and just as insane and unlikely.

And perhaps, that’s exactly the point, eh?

But if I could disclose EVERYTHING, well, then things would make much more sense, I’ll tell you what. But I can’t, and thus, you need to discern.

Discernment.

An underappreciated fundamental.

Let’s compare why these people all say that they were part of a top secret program…

  • Captain Kaye. Space Marines to protect the Earth!
  • Corey Goode. Space Police to protect the Earth!
  • Michael Relfe. Space Army to protect Mars!
  • Henry Deacon. Martian time travel to prevent war!
  • Andrew D. Basiago. Ambassador to the Martian civilization.
  • Laura Magdalene Eisenhower. World War III life boat.

What do all these people have in common? Can you figure it out? Aside from all the standard cliche’s like California going to slide into the Pacific Ocean, an upcoming war, or climate change, or social upheaval, or the need to defend the earth from those dangerous extraterrestrials, what is it? Is it the military, war, Martian life, time travel…

… heck, we’ve even got Barrack Obama involved as a time-travelling politician! I mean according to all these people anyone can become a member of a top secret super-dooper program. We’ve got everyone from a jar-head to a confused woman who was asked to preserve the human species on Mars. I’m just surprised there’s no LGBT or “women of color” on the list.

Now.

Discern.

My MAJestic disclosure…

  • Sentence evolution of the human race within a nursery used for the emergence of young developing species.

So I have to ask you. Now think about it. Really, think about it. Can you tell the difference between Metallicman and all the other “disclosures”? Is this “just another disclosure” in a long, long string of disclosures? Or is it something different?

It’s very easy to confuse the real with the fake if you do not have the tools of discernment.

This is true whether you are trying to figure out things about your life, about the United States government, top secret projects or if you are trying to scam someone.

You need the power of discernment.

You need the power of discernment, or else you risk being led astray by the confused. You can be lead off the edge of a cliff, or follow the pied piper who would gleefully empty your bank accounts. Or even worse.

Worse.

You could end up messing around with the wrong person. And sometimes that person can be way, way out of your league.

Ripley 8.
Ripley 8.

Do you want more?

I have more posts along these lines in my MAJestic Index, here…

MAJestic

Articles & Links

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Master Index

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Robert A. Heinlein – Lazarus Long 1, Methuselahs Children (full text)

This is the full text of Robert Heinlein’s novel “Methuselahs Children”. It is the first of a series of novels that features the character of “Lazarus Long”. This is great escapist reading and as you read it, take a gander at the world around us. Check out the news. Who’s to say that the PTB aren’t some version of the elite that are described in this story…eh? Remember that this is an absolutely fictional work. Yet, we can see some interesting parallels with the super wealthy on this planet and the systems that they have co-opted for their own personal purposes.

Imagine a universe where selective breeding and carefully planned marriages (with subtle financial encouragement from a secretive group called the Howard Foundation) were carried out over the last 150 years.

Further, imagine that their selective breeding of humans have resulted in a group of humans that have the extraordinary trait of extreme longevity. Yeah. They live really, really, really long lives.

Enter Lazarus Long, the patriarch of the Family.

Lazarus, born Woodrow Wilson Smith, carries his two hundred plus years quite well! When pressed for his true age, he’s either not telling or he won’t admit that he truly doesn’t know himself!

In 2125, a series of events result in the global administration and the remainder of earth’s population discovering the Family’s existence.

A frenzy of enraged jealousy erupts as a maddened, frustrated world seeks to discover the secret fountain of youth they are convinced the Family is guarding for their own use. Hounded by the threat of murder, torture, brainwashing and ultimate extinction by their shorter lived neighbors, the Family flees earth on an untested starship.

In Methuselah’s Children, Heinlein has crafted an exciting novel, a message, a screenplay and the movie script all at once. Descriptive passages, while compelling and very cleverly written are sparse and infrequent and the plot is almost exclusively driven by razor-sharp dialogue.

Heinlein’s method of conveying the story through his characters’ mouths has got wit; it’s got dialect; it’s got humor and intelligence; it’s got sensible science; it’s got humanity and it’s got credibility.

Their expressions and manner of speaking firmly place the origins of the story in the 1940s USA but somehow Heinlein has managed to inject enough charm to leave it timeless.

Hard sci-fi runs rampant through every page …

Methuselahs Children

Methuselah’s Children

PART I

“MARYSPERLING, you’re a fool not to marry him!”

Mary Sperling added up her losses and wrote a check before answering, “There’s too much difference in age.” She passed over her credit voucher. “I shouldn’t gamble with you- sometimes I think you’re a sensitive.”

“Nonsense! You’re just trying to change the subject. You must be nearly thirty and you won’t be pretty forever.” Mary smiled wryly. “Don’t I know it!”

“Bork Vanning can’t be much over forty and he’s a plus citizen. You should jump at the chance.” “You jump at it. I must run now. Service, Ven.”

“Service,” Ven answered, then frowned at the door as it contracted after Mary Sperling. She itched to know why Mary would not marry a prime catch like the Honorable Bork Vanning and was almost as curious as to why and where Mary was going, but the custom of privacy stopped her.

Mary had no intention of letting anyone know where she was going. Outside her friend’s apartment she dropped down a bounce tube to the basement, claimed her car from the robopark, guided it up the ramp and set the controls for North Shore. The car waited for a break in the traffic, then dived into the high-speed stream and hurried north. Mary settled back for a nap.

When its setting was about to run out, the car beeped for instructions; Mary woke up and glanced out. Lake Michigan was a darker band of darkness on her right. She signaled traffic control to let her enter the local traffic lane; it sorted out her car and placed her there, then let her resume manual control. She fumbled in the glove compartment.

The license number which traffic control automatically photographed as she left the controlways was not the number the car had been wearing.

She followed a side road uncontrolled for several miles, turned into a narrow dirt road which led down to the shore, and stopped. There she waited, lights out, and listened. South of her the lights of Chicago glowed; a few hundred yards inland the controlways whined, but here there was nothing but the little timid noises of night creatures. She reached into the glove compartment, snapped a switch; the instrument panel glowed, uncovering other dials behind it. She studied these while making adjustments. Satisfied that no radar watched her and that nothing was moving near her, she snapped off the instruments, sealed the window by her and started up again.

What appeared to be a standard Camden speedster rose quietly up, moved out over the lake, skimming it-dropped into the water and sank. Mary waited until she was a quarter mile off shore in fifty feet of water, then called a station. “Answer,” said a voice.

“‘Life is short—’”

”’-but the years are long.’”

“‘Not,’” Mary responded, “‘while the evil days come not.’”

“I sometimes wonder,” the voice answered conversationally. “Okay, Mary. I’ve checked you.” “Tommy?”

“No-Cecil Hedrick. Are your controls cast loose?” “Yes. Take over.”

Seventeen minutes later the car surfaced in a pool which occupied much of an artificial cave. When the car was beached, Mary got out, said hello to the guards and went on through a tunnel into a large underground room where fifty or sixty men and women were seated. She chatted until a clock announced midnight, then she mounted a rostrum and faced them.

“I am,” she stated, “one hundred and eighty-three years old. Is there anyone here who is older?”

No one spoke. After a decent wait she went on, “Then in accordance with our customs I declare this meeting opened. Will you choose a moderator?”

Someone said, “Go ahead, Mary.” When no one else spoke up, she said, “Very well.” She seemed indifferent to the honor and the group seemed to share her casual attitude-an air of never any hurry, of freedom from the tension of modern life.

“We are met as usual,” she announced, “to discuss our welfare and that of our sisters and brothers. Does any Family representative have a message from his family? Or does anyone care to speak for himself?”

Aman caught her eye and spoke up. “Ira Weatheral, speaking for the Johnson Family. We’ve met nearly two months early. The trustees must have a reason. Let’s hear it.” She nodded and turned to a prim little man in the first row. “Justin … if you will, please.”

The prim little man stood up and bowed stiffly. Skinny legs stuck out below his badly-cut kilt. He looked and acted like an elderly, dusty civil servant, but his black hair and the firm, healthy tone of his skin said that he was a man in his prime. “Justin Foote,” he said precisely, “reporting for the trustees. It has been eleven years since the Families decided on the experiment  of letting the public know that there were, living among them, persons who possessed a probable, life expectancy far in excess of that anticipated by the average man, as well as other persons who had proved the scientific truth of such expectation by having lived more than twice the normal life span of human beings.”

Although he spoke without notes he sounded as if he were reading aloud a prepared report. What he was saying they all knew but no one hurried him; his audience had none of the febrile impatience so common elsewhere. “In deciding,” he droned on, “to reverse the previous long-standing policy of silence and concealment as to the peculiar aspect in which we differ from the balance of the human race, the Families were moved by several considerations. The reason for the original adoption of the policy of concealment should be noted:

“The first offspring resulting from unions assisted by the Howard Foundation were born in 1875. They aroused no comment, for they were in no way remarkable. The Foundation was an openly-chartered non-profit corporation—”

On March 17, 1874, Ira Johnson, medical student, sat in the law offices of Deems, Wingate, Alden, & Deems and listened to an unusual proposition. At last he interrupted the senior partner. “Just a moment! Do I understand that you are trying to hire me to marry one of these women?”

The lawyer looked shocked. “Please, Mr. Johnson. Not at all” “Well, it certainly sounded like it.”

“No, no, such a contract would be void, against public policy. We are simply informing you, as administrators of a trust, that should it come about that you do marry one of the young ladies on this list it would then be our pleasant duty to endow each child of such a union according to the scale here set forth. But there would be no Contract with us involved, nor is there any ‘proposition’ being made to you-and we certainly do not urge any course of action on you. We are simply informing you of certain facts.”

Ira Johnson scowled and shuffled his feet. “What’s it all about? Why?”

“That is the business of the Foundation. One might put it that we approve of your grandparents.” “Have you discussed me with them?” Johnson said sharply.

He felt no affection for his grandparents. Atight-fisted foursome-if any one of them had had the grace to die at a reasonable age he would not now be worried about money enough to finish medical school.

“We have talked with them, yes. But not about you.”

The lawyer shut off further discussion and young Johnson accepted gracelessly a list of young women, all strangers, with the intention of tearing it up the moment he was outside the office. Instead, that night he wrote seven drafts before he found the right words in which to start cooling off the relation between himself and his girl back home. He was glad that he had

never actually popped the question to her-it would have been deucedly awkward.

When he did marry (from the list) it seemed a curious but not too remarkable coincidence that his wife as well as himself had four living, healthy, active grandparents.

“-an openly chartered non-profit corporation,” Foote continued, “and its avowed purpose of encouraging births among persons of sound American stock was consonant with the customs  of that century. By the simple expedient of being closemouthed about the true purpose of the Foundation no unusual methods of concealment were necessary until late in that period during the World Wars sometimes loosely termed ‘The Crazy Years—’”

Selected headlines April to June 1969: BABYBILL BREAKS BANK

2-year toddler youngest winner $1,000,000 TVjackpot White House phones congrats

COURT ORDERS STATEHOUSE SOLD

Colorado Supreme Bench Rules State Old Age Pension Has First Lien All State Property

N.Y. YOUTH MEET DEMANDS UPPER LIMIT ON FRANCHISE “U.S. BIRTH RATE ‘TOP SECRET!’”-DEFENSE SEC CAROLINACONGRESSMAN  COPS  BEAUTYCROWN

“Available for draft for President” she announces while starting tour to show her qualifications

IOWARAISES VOTING AGE TO FORTY-ONE

Rioting on Des Moines Campus

EARTH-EATING FAD MOVES WEST: CHICAGO PARSON EATS CLAYSANDWICH IN PULPIT

“Back to simple things,” he advises flock.

LOS ANGELES HI-SCHOOL MOB DEFIES SCHOOL BOARD

“Higher Pay, Shorter hours, no Homework-We Demand Our Right to Elect Teachers, Coaches.”

SUICIDE RATE UP NINTH SUCCESSIVE YEAR

AEC Denies Fall-Out to Blame

”’-The Crazy Years.’ The trustees of that date decided-correctly, we now believe-that any minority during that period of semantic disorientation and mass hysteria was a probable target for persecution, discriminatory legislation, and even of mob violence. Furthermore the disturbed financial condition of the country and in particular the forced exchange of trust securities for government warrants threatened the solvency of the trust.

“Two courses of action were adopted: the assets of the Foundation were converted into real wealth and distributed widely among members of the Families to be held by them as owners-of-record; and the so-called ‘Masquerade’ was adopted as a permanent policy. Means were found to simulate the death of any member of the Families who lived to a socially embarrassing age and to provide him with a new identity in another part of the country.

“The wisdom of this later policy, though irksome to some, became evident at once during the Interregnum of the Prophets. The Families at the beginning of the reign of the First Prophet had ninety-seven per cent of their members with publicly avowed ages of less than fifty years. The close public registration enforced by the secret police of the Prophets made changes of public identity difficult, although a few were accomplished with the aid of the revolutionary Cabal.

“Thus, a combination of luck and foresight saved our Secret from public disclosure. This was well-we may be sure that things would have gone harshly at that time for any group possessing a prize beyond the power of the Prophet to confiscate.

“The Families took no part as such in the events leading up to the Second American Revolution, but many members participated and served with credit in the Cabal and in the fighting which preceded the fall of New Jerusalem. We took advantage of the period of disorganization which followed to readjust the ages of our kin who had grown conspicuously old. In this we were aided by certain members of the Families who, as members of the Cabal, held key posts in the Reconstruction.

“It was argued by many at the Families’ meeting of 2075, the year of the Covenant, that we should reveal ourselves, since civil liberty was firmly reestablished. The majority did not agree at that time … perhaps through long habits of secrecy and caution. But the renascence of culture in the ensuing fifty years, the steady growth of tolerance and good manners, the semantically sound orientation of education, the increased respect for the custom of privacy and for the dignity of the individual-all of these things led us to believe that the time had at last come when it was becoming safe to reveal ourselves and to take our rightful place as an odd but nonetheless respected minority in society.

“There were compelling reasons to do so. Increasing numbers of us were finding the ‘Masquerade’ socially intolerable in a new and better society. Not only was it upsetting to pull up roots and seek a new background every few years but also it grated to have to live a lie in a society where frank honesty and fair dealing were habitual with most people. Besides that, the Families as a group had learned many things through our researches in the bio-sciences, things which could be of great benefit to our poor shortlived brethren. We needed freedom to help them.

“These and similar reasons were subject to argument. But the resumption of the custom of positive physical identification made the ‘Masquerade’ almost untenable. Under the new orientation a sane and peaceful citizen welcomes positive identification under appropriate circumstances even though jealous of his right of privacy at all other times-so we dared not object; it would have aroused curiosity, marked us as an eccentric group, set apart, and thereby have defeated the whole purpose of the ‘Masquerade.’

“We necessarily submitted to personal identification. By the time of the meeting of 2125, eleven years ago, it had become extremely difficult to counterfeit new identities for the ever- increasing number of us holding public ages incompatible with personal appearance; we decided on the experiment of letting volunteers from this group up to ten per cent of the total membership of the Families reveal themselves for what they were and observe the consequences, while maintaining all other secrets of the Families’ organization.

“The results were regrettably different from our expectations.”

Justin Foote stopped talking. The silence had gone on for several moments when a solidly built man of medium height spoke up. His hair was slightly grizzled-unusual in that group-and his face looked space tanned. Mary Sperling had noticed him and had wondered who he was-his live face and gusty laugh had interested her. But any member was free to attend the conclaves of the Families’ council; she had thought no more of it.

He said, “Speak up, Bud. What’s your report?”

Foote made his answer to the chair. “Our senior psychometrician should give the balance of the report. My remarks were prefatory.”

“For the love o’—” the grizzled stranger exclaimed. “Bud, do you mean to stand there and admit that all you had to say were things we already knew?” “My remarks were a foundation … and my name is Justin Foote, not Bud.’”

Mary Sperling broke in firmly. “Brother,” she said to the stranger, “since you are addressing the Families, will you please name yourself? I am sorry to say that I do not recognize you.”

“Sorry, Sister. Lazarus Long, speaking for myself.”

Mary shook her head. “I still don’t place you.”

“Sorry again-that’s a ‘Masquerade’ name I took at the time of the First Prophet … it tickled me. My Family name is Smith … Woodrow Wilson Smith.” “‘Woodrow Wilson Sm—’ How old are you?”

“Eh? Why, I haven’t figured it lately. One hun … no, two hundred and-thirteen years. Yeah, that’s right, two hundred and thirteen.” There was a sudden, complete silence. Then Mary said quietly, “Did you hear me inquire for anyone older than myself?”

“Yes. But shucks, Sister, you were doing all right. I ain’t attended a meeting of the Families in over a century. Been some changes.” “I’ll ask you to carry on from here.” She started to leave the platform.

“Oh no!” he protested. But she paid no attention and found a seat. He looked around, shrugged and gave in. Sprawling one hip over a corner of the speaker’s table he announced, “All right, let’s get on with it. Who’s next?”

Ralph Schultz of the Schultz Family looked more like a banker than a psychometrician. He was neither shy nor absent-minded and he had a flat, underemphasized way of talking that carried authority. “I was part of the group that proposed ending the ‘Masquerade.’ I was wrong. I believed that the great majority of our fellow citizens, reared under modern educational methods, could evaluate any data without excessive emotional disturbance. I anticipated that a few abnormal people would dislike us, even hate us; I even predicted that most people would envy us-everybody who enjoys life would like to live a long time. But I did not anticipate any serious trouble. Modern attitudes have done away with interracial friction; any who still harbor race prejudice are ashamed to voice it. I believed that our society was so tolerant that we could live peacefully and openly with the shortlived.

“I was wrong.

“The Negro hated and envied the white man as long as the white man enjoyed privileges forbidden the Negro by reason of color. This was a sane, normal reaction. When discrimination was removed, the problem solved itself and cultural assimilation took place. There is a similar tendency on the part of the shortlived to envy the long-lived. We assumed that this expected reaction would be of no social importance in most people once it was made clear that we owe our peculiarity to our genes-no fault nor virtue of our own, just good luck in our ancestry.

“This was mere wishful thinking. By hindsight it is easy to see that correct application of mathematical analysis to the data would have given a different answer, would have spotlighted the false analogy. I do not defend the misjudgment, no defense is possible. We were led astray by our hopes.

“What actually happened was this: we showed our shortlived cousins the greatest boon it is possible for a man to imagine … then we told them it could never be theirs. This faced them with an unsolvable dilemma. They have rejected the unbearable facts, they refuse to believe us. Their envy now turns to hate, with an emotional conviction that we are depriving them of their rights … deliberately, maliciously.

“That rising hate has now swelled into a flood which threatens the welfare and even the lives of all our revealed brethren … and which is potentially as dangerous to the rest of us. The danger is very great and very pressing.” He sat down abruptly.

They took it calmly, with the unhurried habit of years. Presently a female delegate stood up. “Eve Barstow, for the Cooper Family. Ralph Schultz, I am a hundred and nineteen years old, older, I believe, than you are. I do not have your talent for mathematics or human behavior but I have known a lot of people. Human beings are inherently good and gentle and kind. Oh, they have their weaknesses but most of them are decent enough if you give them half a chance. I cannot believe that they would hate me and destroy me simply because I have lived a long time. What have you to go on? You admit one mistake-why not two?”

Schultz looked at her soberly and smoothed his kilt. “You’re right, Eve. I could easily be wrong again. That’s the trouble with psychology; it is a subject so terribly complex, so many unknowns, such involved relationships, that our best efforts sometimes look silly in the bleak light of later facts.” He stood up again, faced the others, and again spoke with flat authority. “But I am not making a long-range prediction this time; I am talking about facts, no guesses, not wishful thinking-and with those facts a prediction so short-range that it is like predicting that an egg will break when you see it already on its way to the floor. But Eve is right … as far as she went. Individuals are kind and decent … as individuals and to other individuals. Eve  is in no danger from her neighbors and friends, and I am in no danger from mine. But she is in danger from my neighbors and friends -and I from hers. Mass psychology is not simply a summation of individual psychologies; that

is a prime theorem of social psychodynamics -not just my opinion; no exception has ever been found to this theorem. It is the social massaction rule, the mob-hysteria law, known and used by military, political, and religious leaders, by advertising men and prophets and propagandists, by rabble rousers and actors and gang leaders, for generations before it was formulated in mathematical symbols. It works. It is working now.

“My colleagues and I began to suspect that a mob-hysteria trend was building up against us several years ago. We did not bring our suspicions to the council for action because we could not prove anything. What we observed then could have been simply the mutterings of the crackpot minority present in even the healthiest society. The trend was at first so minor that we could not be sure it existed, for all social trends are intermixed with other social trends, snarled together like a plate of spaghetti-worse than that, for it takes an abstract topological space of many dimensions (ten or twelve are not uncommon and hardly adequate) to describe mathematically the interplay of social forces. I cannot overemphasize the complexity of the problem.

“So we waited and worried and tried statistical sampling, setting up our statistical universes with great care.

“By the time we were sure, it was almost too late. Socio-psychological trends grow or die by a ‘yeast growth’ law, a complex power law. We continued to hope that other favorable factors would reverse the trend-Nelson’s work in symbiotics, our own contributions to geriatrics, the great public interest in the opening of the Jovian satellites to immigration. Any major break- through offering longer life, and greater hope to the shortlived could end the smouldering resentment against us.

“Instead the smouldering has burst into flame, into an uncontrolled forest fire. As nearly as we can measure it, the rate has doubled in the past thirty-seven days and the rate itself is accelerated. I can’t guess how far or how fast it will go-and that’s why we asked for this emergency session. Because we can expect trouble at any moment.” He sat down hard, looking tired.

Eve did not argue with him again and no one else argued with him at all; not only was Ralph Schultz considered expert in his own field but also every one of them, each from his own viewpoint, had seen the grosser aspects of the trend building up against their revealed kin. But, while the acceptance of the problem was unanimous, there were as many opinions about what to do about it as there were people present. Lazarus let the discussion muddle along for two hours before he held up a hand. “We aren’t getting anywhere,” he stated, “and it looks like we won’t get anywhere tonight. Let’s take an overall look at it, hitting just the high spots:

“We can—” He started ticking plans off on his fingers- “do nothing, sit tight, and see what happens. “We can junk the ‘Masquerade’ entirely, reveal our full numbers, and demand our rights politically.

“We can sit tight on the surface and use our organization and money to protect our revealed brethren, maybe haul ‘em back into the ‘Masquerade.’ “We can reveal ourselves and ask for a place to colonize where we can live by ourselves.

“Or we can do something else. I suggest that you sort yourselves out according to those four major points of view-say in the corners of the room, starting clockwise in that far right hand corner-each group hammer out a plan and get it ready to submit to the Families. And those of you who don’t favor any of those four things gather in the middle of the room and start scrappin’ over just what it is you do think. Now, if I hear no objection, I am going to declare this lodge recessed until midnight tomorrow night. How about it?”

No one spoke up. Lazarus Long’s streamlined version of parliamentary procedure had them somewhat startled; they were used to long, leisurely discussions until it became evident that one point of view had become unanimous. Doing things in a hurry was slightly shocking.

But the man’s personality was powerful, his years gave him prestige, and his slightly archaic way of speaking added to his patriarchal authority; nobody argued. “Okay,” Lazarus announced, clapping his hands once. “Church is out until tomorrow night.” He stepped down from the platform.

Mary Sperling came up to him. “I would like to know you better,” she said, looking him in the eyes. “Sure, Sis. Why not?”

“Are you staying for discussion?”

“Could you come home with me?”

“Like to. I’ve no pressing business elsewhere.”

“Come then.” She led him through the tunnel to the underground pool connecting with Lake Michigan. He widened his eyes at the pseudo-Camden but said nothing until they were submerged.

“Nice little car you’ve got.” “Yes.”

“Has some unusual features.”

She smiled. “Yes. Among other things, it blows up-quite thoroughly-if anyone tries to investigate it.” “Good.” He added, “You a designing engineer, Mary?”

“Me? Heavens, no! Not this past century, at least, and I no longer try to keep up with such things. But you can order a car modified the way this one is through the Families, if you want one. Talk to-“

“Never mind, I’ve no need for one. I just like gadgets that do what they were designed to do and do it quietly and efficiently. Some good skull sweat in this one.” “Yes.” She was busy then, surfacing, making a radar check, and getting them back ashore without attracting notice.

When they reached her apartment she put tobacco and drink close to him, then went to her retiring room, threw off her street clothes and put on a soft loose robe that made her look even smaller and younger than she had looked before. When she rejoined Lazarus, he stood up, struck a cigarette for her, then paused as he handed it to her and gave a gallant and indelicate whistle.

She smiled briefly, took the cigarette, and sat down in a large chair, pulling her feet under her. “Lazarus, you reassure me.” “Don’t you own a mirror, girl?”

“Not that,” she said impatiently. “You yourself. You know that I have passed the reasonable life expectancy of our people-I’ve been expecting to die, been resigned to it, for the past ten years. Yet there you sit … years and years o1der than I am. You give me hope.”

He sat up straight. “You expecting to die? Good grief, girl-you look good for another century.”

She made a tired gesture. “Don’t try to jolly me. You know that appearance has nothing to do with it. Lazarus, I don’t want to die!” Lazarus answered soberly, “I wasn’t trying to kid you, Sis. You simply don’t look like a candidate for corpse.”

She shrugged gracefully. “Amatter of biotechniques. I’m holding my appearance at the early thirties.”

“Or less, I’d say. I guess I’m not up on the latest dodges, Mary. You heard me say that I had not attended a get-together for more than a century. As a matter of fact I’ve been completely out of touch with the Families the whole time.”

“Really? May I ask why?”

“Along story and a dull one. What it amounts to is that I got bored with them. I used to be a delegate to the annual meetings. But they got stuffy and set in their ways-or so it seemed to me. So I wandered off. I spent the Interregnum on Venus, mostly. I came back for a while after the Covenant was signed but I don’t suppose I’ve spent two years on Earth since then. I like  to move around.”

Her eyes lit up. “Oh, tell me about it! I’ve never been out in-deep space. Just Luna City, once.”

“Sure,” he agreed. “Sometime. But I want to hear more about this matter of your appearance. Girl, you sure don’t look your age.”

“I suppose not. Or, rather, of course I don’t. As to how it’s done, I can’t tell you much. Hormones and symbiotics and gland therapy and some psychotherapy-things like that. What it adds up to is that, for members of the Families, senility is postponed and that senescence can be arrested at least cosmetically.” She brooded for a moment. “Once they thought they were on the track of the secret of immortality, the true Fountain of Youth. But it was a mistake. Senility is simply postponed … and shortened. About ninety days from the first clear warning-then death from old age.” She shivered. “Of course, most of our cousins don’t wait-a couple of weeks to make certain of the diagnosis, then euthanasia.”

“The hell you say! Well, I won’t go that way. When the Old Boy comes to get me, he’ll have to drag me-and I’ll be kicking and gouging eyes every step of the way!”

She smiled lopsidedly. “It does me good to hear you talk that way. Lazarus, I wouldn’t let my guards down this way with anyone younger than myself. But your example gives me courage.” “We’ll outlast the lot of ‘em, Mary, never you fear. But about the meeting tonight: I haven’t paid any attention to the news and I’ve only recently come earthside-does this chap Ralph Schultz

know what he is talking about?”

“I think he must. His grandfather was a brilliant man and so is his father.” “I take it you know Ralph.”

“Slightly. He is one of my grandchildren.” “That’s amusing. He looks older than you do.”

“Ralph found it suited him to arrest his appearance at about forty, that’s all. His father was my twenty-seventh child. Ralph must be-let me see-oh, eighty or ninety years younger than I am, at least. At that, he is older than some of my children.”

“You’ve done well by the Families, Mary.”

“I suppose so. But they’ve done well by me, too. I’ve enjoyed having children and the trust benefits for my thirty-odd come to quite a lot. I have every luxury one could want.” She shivered again. “I suppose that’s why I’m in such a funk-I enjoy life.”

“Stop it! I thought my sterling example and boyish grin had cured you of that nonsense.” “Well you’ve helped.”

“Mmm … look, Mary, why don’t you marry again and have some more squally brats? Keep you too busy to fret.” “What? At my age? Now, really, Lazarus!”

“Nothing wrong with your age. You’re younger than I am.” She studied him for a moment. “Lazarus, are you proposing a contract? If so, I wish you would speak more plainly.”

His mouth opened and he gulped. “Hey, wait a minute! Take it easy! I was speaking in general terms … I’m not the domestic type. Why, every time I’ve married my wife has grown sick of the sight of me inside of a few years. Not but what I-well, I mean you’re a very pretty girl and a man ought to-“

She shut him off by leaning forward and putting a hand over his mouth, while grinning impishly. “I didn’t mean to panic you, cousin. Or perhaps I did-men are so funny when they think they are about to be trapped.”

“Well-” he said glumly.

“Forget it, dear. Tell me, what plan do you think they will settle on?”

“That bunch tonight?’

“Yes.”

“None, of course. They won’t get anywhere. Mary, a committee is the only known form of life with a hundred bellies and no brain. But presently somebody with a mind of his own will bulldoze them into accepting his plan. I don’t know what it will be.”

“Well … what course of action do you favor?”

“Me? Why, none. Mary, if there is any one thing I have learned in the past couple of centuries, it’s this: These things pass. Wars and depressions and Prophets and Covenants-they pass. The trick is to stay alive through them.”

She nodded thoughtfully. “I think you are right.”

“Sure I’m right. It takes a hundred years or so to realize just how good life is.” He stood up and stretched. “But right now this growing boy could use some sleep.” “Me, too.”

Mary’s flat was on the top floor, with a sky view. When she had come back to the lounge she had cut the inside lighting and let the ceiling shutters fold back; they had been sitting, save for an invisible sheet of plastic, under the stars. As Lazarus raised his head in stretching, his eye had rested on his favorite constellation. “Odd,” he commented. “Orion seems to have added a fourth star to his belt.”

She looked up. “That must be the big ship for the Second Centauri Expedition. See if you can see it move.” “Couldn’t tell without instruments.”

“I suppose not,” she agreed. “Clever of them to build it out in space, isn’t it?”

“No other way to do it. It’s too big to assemble on Earth. I can doss down right here, Mary. Or do you have a spare room?”

“Your room is the second door on the right. Shout if you can’t find everything you need.” She put her face up and kissed him goodnight, a quick peck. “‘Night.” Lazarus followed her and went into his own room.

Mary Sperling woke at her usual hour the next day. She got up quietly to keep from waking Lazarus, ducked into her ‘fresher, showered and massaged, swallowed a grain of sleep surrogate to make up for the short night, followed it almost as quickly with all the breakfast she permitted her waistline, then punched for the calls she had not bothered to take the night before. The phone played back several calls which she promptly forgot, then she recognized the voice of Bork Vanning. “‘Hello,’” the instrument said. “‘Mary, this is Bork, calling at twenty- one o’clock. I’ll be by at ten o’clock tomorrow morning, for a dip in the lake and lunch somewhere. Unless I hear from you it’s a date. ‘Bye, my dear. Service.’”

“Service,” she repeated automatically. Drat the man! Couldn’t he take no for an answer? Mary Sperling, you’re slipping!-a quarter your age and yet you can’t seem to handle him. Call him and leave word that-no, too late; he’d be here any minute. Bother!

Chapter 2

WHEN LAZARUS went to bed he stepped out of his kilt and chucked it toward a wardrobe which snagged it, shook it out, and hung it up neatly. “Nice catch,” he commented, then glanced down at his hairy thighs and smiled wryly; the kilt had concealed a blaster strapped to one thigh, a knife to the other. He was aware of the present gentle custom against personal weapons, but he felt naked without them. Such customs were nonsense anyhow, foolishment from old women-there was no such thing as a “dangerous weapon,” there were only dangerous men.

When he came out of the ‘fresher, he put his weapons where he could reach them before sprawling in sleep.

He came instantly wide awake with a weapon in each hand … then remembered where he was, relaxed, and looked around to see what had wakened him.

It was a murmur of voices through the air duct. Poor soundproofing he decided, and Mary must be entertaining callers-in which case he should not be slug-a-bed. He got up, refreshed himself, strapped his best friends back on his thighs, and went looking for his hostess.

As the door to the lounge dilated noiselessly in front of him the sound of voices became loud and very interesting. The lounge was el-shaped and he was out of sight; he hung back and listened shamelessly. Eavesdropping had saved his skin on several occasions; it worried him not at all-he enjoyed it. Aman was saying, “Mary, you’re completely unreasonable! You know you’re fond of me, you admit that marriage to me would be to your advantage. So why won’t you?”

“I told you, Bork. Age difference.”

“That’s foolish. What do you expect? Adolescent romance? Oh, I admit that I’m not as young as you are … but a woman needs an older man to look up to and keep her steady. I’m not too old for you; I’m just at my prime.”

Lazarus decided that he already knew this chap well enough to dislike him. Sulky voice.

Mary did not answer. The man went on: “Anyhow, I have a surprise for you on that point. I wish I could tell you now, but … well, it’s a state secret.” “Then don’t tell me. It can’t change my mind in any case, Bork.”

“Oh, but it would! Mmm … I will tell you-I know you can be trusted.” “Now, Bork, you shouldn’t assume that-“

“It doesn’t matter; it will be public knowledge in a few days anyhow. Mary … I’ll never grow old on you!” “What do you mean?” Lazarus decided that her tone was suddenly suspicious.

“Just what I said. Mary, they’ve found the secret of eternal youth!” “What? Who? How? When?”

“Oh, so now you’re interested, eh? Well, I won’t keep you waiting. You know these old Johnnies that call themselves the Howard Families?’ “Yes … I’ve heard of them, of course,” she admitted slowly. “But what of it? They’re fakes.”

“Not at all. I know. The Administration has been quietly investigating their claims. Some of them are unquestionably more than a hundred years old-and still young!” “That’s very hard to believe.”

“Nevertheless it’s true.” “Well … how do they do it?”

“Ah! That’s the point. They claim that it is a simple matter of heredity, that they live a long time because they come from long lived stock. But that’s preposterous, scientifically incompatible with the established facts. The Administration checked most carefully and the answer is certain: they have the secret of staying young.”

“You can’t be sure of that.”

“Oh, come, Mary! You’re a dear girl but you’re questioning the expert opinion of the best scientific brains in the world. Never mind. Here’s the part that is confidential. We don’t have their secret yet-but we will have it shortly. Without any excitement or public notice, they are to be picked up and questioned. We’ll get the secret-and you and I will never grow old! What do you think of that? Eh?”

Mary answered very slowly, almost inaudibly, “It would be nice if everyone could live a long time.”

“Huh? Yes, I suppose it would. But in any case you and I will receive the treatment, whatever it is. Think about us, dear. Year after year after year of happy, youthful marriage. Not less than  a century. Maybe even—”

“Wait a moment, Bork. This ‘secret’ It wouldn’t be for everybody?”

“Well, now … that’s a matter of high policy. Population pressure is a pretty unwieldy problem even now. In practice it might be necessary to restrict it to essential personnel-and their wives. But don’t fret your lovely head about it; you and I will have it.”

“You mean I’ll have it if I marry you.”

“Mmm … that’s a nasty way to put it, Mary. I’d do anything in the world for you that I could-because I love you. But it would be utterly simple if you were married to me. So say you will.” “Let’s let that be for the moment. How do you propose to get this ‘secret’ out of them?”

Lazarus could almost hear his wise nod. “Oh, they’ll talk!”

“Do you mean to say you’d send them to Coventry if they didn’t?”

“Coventry? Hm! You don’t understand the situation at all, Mary; this isn’t any minor social offense. This is treason-treason against the whole human race. We’ll use means! Ways that the Prophets used … if they don’t cooperate willingly.”

“Do you mean that? Why, that’s against the Covenant!”

“Covenant be damned! This is a matter of life and death-do you think we’d let a scrap of paper stand in our way? You can’t bother with petty legalities in the fundamental things: men live by-not something they will fight to the death for. And that is precisely what this is. These … these dog-in-the-manger scoundrels are trying to keep life itself from us. Do you think we’ll bow to ‘custom’ in an emergency like this?”

Mary answered in a hushed and horrified voice: “Do you really think the Council will violate the Covenant?”

“Think so? The Action-in-Council was recorded last night. We authorized the Administrator to use ‘full expediency.’” Lazarus strained his ears through a long silence. At last Mary spoke. “Bork-“

“Yes, my dear?”

“You’ve got to do something about this. You must stop it.” “Stop it? You don’t know what you’re saying. I couldn’t and I would not if I could.”

“But you must. You must convince the Council. They’re making a mistake, a tragic mistake. There is nothing to be gained by trying to coerce those poor people. There is no secret!”

“What? You’re getting excited, my dear. You’re setting your judgment up against some of the best and wisest men on the planet. Believe me, we know what we are doing. We don’t relish using harsh methods any more than you do, but it’s for the general welfare. Look, I’m sorry I ever brought it up. Naturally you are soft and gentle and warmhearted and I love you for it. Why not marry me and not bother your head about matters of public policy?”

“Marry you? Never!”

“Aw, Mary-you’re upset. Give me just one good reason why not?”

“I’ll tell you why! Because I am one of those people you want to persecute!” There was another pause. “Mary … you’re not well.”

“Not well, am I? I am as well as a person can be at my age. Listen to me, you fool! I have grandsons twice your age. I was here when the First Prophet took over the country. I was here when Harriman launched the first Moon rocket. You weren’t even a squalling brat-your grandparents hadn’t even met, when I was a woman grown and married. And you stand there and glibly propose to push around, even to torture, me and my kind. Marry you? I’d rather marry one of my own grandchildren!”

Lazarus shifted his weight and slid his right hand inside the flap of his kilt; he expected trouble at once. You can depend on a woman, he reflected, to blow her top at the wrong moment. He waited. Bork’s answer was cool; the tones of the experienced man of authority replaced those of thwarted passion. “Take it easy, Mary. Sit down, I’ll look after you. First I want you to

take a sedative. Then I’ll get the best psychotherapist in the city-in the whole country. You’ll be all right.”

“Take your hands off me!” “Now, Mary …

Lazarus stepped out into the room and pointed at Vanning with his blaster. “This monkey giving you trouble, Sis?” Vanning jerked his head around. “Who are you?” he demanded indignantly. “What are you doing here?”

Lazarus still addressed Mary. “Say the word, Sis, and I’ll cut him into pieces small enough to hide.”

“No, Lazarus,” she answered with her voice now under control. “Thanks just the same. Please put your gun away. I wouldn’t want anything like that to happen.” “Okay.” Lazarus holstered the gun but let his hand rest on the grip.

“Who are you?” repeated Vanning. “What’s the meaning of this intrusion?”

“I was just about to ask you that, Bud,” Lazarus said mildly, “but we’ll let it ride. I’m another one of those old Johnnies you’re looking for … like Mary here.”

Vanning looked at him keenly. “I wonder-” he said. He looked back at Mary. “It can’t be, it’s preposterous. Still it won’t hurt to investigate your story. I’ve plenty to detain you on, in any event, I’ve never seen a clearer case of antisocial atavism.” He moved toward the videophone.

“Better get away from that phone, Bud,” Lazarus said quickly, then added to Mary, “I won’t touch my gun, Sis. I’ll use my knife.” Vanning stopped. “Very well,” he said in annoyed tones, “put away that vibroblade. I won’t call from here.”

“Look again, it ain’t a vibroblade. It’s steel. Messy.”

Vanning turned to Mary Sperling. “I’m leaving. If you are wise, you’ll come with me.” She shook her head. He looked annoyed, shrugged, and faced Lazarus Long. “As for you, sir, your primitive manners have led you into serious trouble. You will be arrested shortly.”

Lazarus glanced up at the ceiling shutters. “Reminds me of a patron in Venusburg who wanted to have me arrested.” “Well?”

“I’ve outlived him quite a piece.”

Vanning opened his mouth to answer-then turned suddenly and left so quickly that the outer door barely had time to clear the end of his nose. As the door snapped closed Lazarus said musingly, “Hardest man to reason with I’ve met in years. I’ll bet he never used an unsterilized spoon in his life.”

Mary looked startled, then giggled. He turned toward her. “Glad to see you sounding perky, Mary. Kinda thought you were upset.” “I was. I hadn’t known you were listening. I was forced to improvise as I went along.”

“Did I queer it?”

“No. I’m glad you came in-thanks. But we’ll have to hurry now.”

“I suppose so. I think he meant it-there’ll be a proctor looking for me soon. You, too, maybe.” “That’s what I meant. So let’s get out of here.”

Mary was ready to leave in scant minutes but when they stepped out into the public hall they met a man whose brassard and hypo kit marked him as a proctor. “Service,” he said. “I’m looking for a citizen in company with Citizen Mary Sperling. Could you direct me?”

“Sure,” agreed Lazarus. “She lives right down there.” He pointed at the far end of the corridor. As the peace officer looked in that direction, Lazarus tapped him carefully on the back of the head, a little to the left, with the butt of his blaster, and caught him as be slumped.

Mary helped Lazarus wrestle the awkward mass into her apartment. He knelt over the cop, pawed through his hypo kit, took a loaded injector and gave him a shot. “There,” he said, “that’ll keep him sleepy for a few hours.” Then he blinked thoughtfully at the hypo kit, detached it from the proctor’s belt. “This might come in handy again. Anyhow, it won’t hurt to take it.” As an afterthought he removed the proctor’s peace brassard and placed it, too, in his pouch.

They left the apartment again and dropped to the parking level. Lazarus noticed as they rolled up the ramp that Mary had set the North Shore combination. “Where are we going?” he asked.

“The Families’ Seat. No place else to go where we won’t be checked on. But we’ll have to hide somewhere in the country until dark.”

Once the car was on beamed control headed north Mary asked to be excused and caught a few minutes sleep. Lazarus watched a few miles of scenery, then nodded himself.

They were awakened by the jangle of the emergency alarm and by the speedster slowing to a stop. Mary reached up and shut off the alarm. “All cars resume local control,” intoned a voice. “Proceed at speed twenty to the nearest traffic control tower for inspection. All cars resume local control. Proceed at-“

She switched that off, too. “Well, that’s us,” Lazarus said cheerfully. “Got any ideas?”

Mary did not answer. She peered out and studied their surroundings. The steel fence separating the high-speed controlway they were on from the uncontrolled local-traffic strip lay about fifty yards to their right but no changeover ramp broke the fence for at least a mile ahead-where it did, there would be, of course, the control tower where they were ordered to undergo inspection. She started the car again, operating it manually, and wove through stopped or slowly moving traffic while speeding up. As they got close to the barrier Lazarus felt himself shoved into the cushions; the car surged and lifted, clearing the barrier by inches. She set it down rolling on the far side.

Acar was approaching from the north and they were slashing across his lane. The other car was moving no more than ninety but its driver was taken by surprise-he had no reason to expect another car to appear out of nowhere against him on a clear road: Mary was forced to duck left, then right, and left again; the car slewed and reared up on its hind wheel, writhing against the steel grip of its gyros. Mary fought it back into control to the accompaniment of a teeth-shivering grind of herculene against glass as the rear wheel fought for traction.

Lazarus let his jaw muscles relax and breathed out gustily. “Whew!” he sighed. “I hope we won’t have to do that again.”

Mary glanced at him, grinning. “Women drivers make you nervous?”

“Oh, no, no, not at all! I just wish you would warn me when something like that is about to happen.”

“I didn’t know myse1f,” she admitted, then went on worriedly, “I don’t know quite what to do now. I thought we could lie quiet out of town until dark … but I had to show my hand a Little when I took that fence. By now somebody will be reporting it to the tower. Mmm.

“Why wait until dark?” he asked. “Why not just bounce over to the lake in this Dick Dare contraption of yours and let it swim us home?”

“I don’t like to,” she fretted. “I’ve attracted too much attention already. Atrimobile faked up to look like a groundster is handy, but … well, if anyone sees us taking it under water and the proctors hear of it, somebody is going to guess the answer. Then they’ll start fishing-everything from seismo to sonar and Heaven knows what else.”

“But isn’t the Seat shielded?”

“Of course. But anything that big they can find-if they know what they’re looking for and keep looking.”

“You’re right, of course,” Lazarus admitted slowly. “Well, we certainly don’t want to lead any nosy proctors to the Families’ Seat. Mary, I think we had better ditch your car and get lost.” He frowned. “Anywhere but the Seat.”

“No, it has to be the Seat,” she answered sharply. “Why? If you chase a fox, he-“

“Quiet a moment! I want to try something.” Lazarus shut up; Mary drove with one hand while she fumbled in the glove compartment. “Answer,” a voice said.

“Life is short-” Mary replied.

They completed the formula. “Listen,” Mary went on hurriedly, “I’m in trouble-get a fix on me.” “Okay.”

“Is there a sub in the pool?” “Yes.”

“Good! Lock on me and home them in.” She explained hurriedly the details of what she wanted, stopping once to ask Lazarus if he could swim. “That’s all,” she said at last, “but move! We’re short on minutes.”

“Hold it, Mary!” the voice protested. “You know I can’t send a sub out in the daytime, certainly not on a calm day. It’s too easy to-“ “Will you, or won’t you!”

Athird voice cut in. “I was listening, Mary-Ira Barstow. We’ll pick you up.” “But-” objected the first voice.

“Stow it, Tommy. Just mind your burners and home me in. See you, Mary.” “Right, Ira!”

While she had been talking to the Seat, Mary had turned off from the local-traffic strip into the unpaved road she had followed the night before, without slowing and apparently without looking. Lazarus gritted his teeth and hung on. They passed a weathered sign reading CONTAMINATED AREA-PROCEED AT YOUR OWN RISK and graced with the conventional purple trefoil. Lazarus blinked at it and shrugged-he could not see how, at the moment, his hazard could be increased by a neutron or so.

Mary slammed the car to a stop in a clump of stunted trees near the abandoned road. The lake lay at their feet, just beyond a low bluff. She unfastened her safety belt, struck a cigarette, and relaxed. “Now we wait. It’ll take at least half an hour for them to reach us no matter how hard Ira herds it. Lazarus, do you think we were seen turning off into here?”

“To tell the truth, Mary, I was too busy to look.”

“Well nobody ever comes here, except a few reckless boys.”

(“-and girls,” Lazarus added to himself.) Then he went on aloud, “I noted a ‘hot’ sign back there. How high is the count?”

“That? -Oh, pooh. Nothing to worry about unless you decided to build a house here. We’re the ones who are hot. If we didn’t have to stay close to the communicator, we-“ The communicator spoke. “Okay, Mary. Right in front of you.”

She looked startled. “Ira?”

“This is Ira speaking but I’m still at the Seat. Pete Hardy was available in the Evanston pen, so we homed him in on you. Quicker.” “Okay-thanks!” She was turning to speak to Lazarus when he touched her arm.

“Look behind us.”

Ahelicopter was touching down less than a hundred yards from them. Three men burst out of it. They were dressed as proctors.

Mary jerked open the door of the car and threw off her gown in one unbroken motion. She turned and called, “Come on!” as she thrust a hand back inside and tore a stud loose from the instrument panel. She ran.

Lazarus unzipped the belt of his kilt and ran out of it as he followed her to the bluff. She went dancing down it; he came after with slightly more caution, swearing at sharp stones. The blast shook them as the car exploded, but the bluff saved them.

They hit the water together.

The lock in the little submarine was barely big enough for one at a time; Lazarus shoved Mary into it first and tried to slap her when she resisted, and discovered that slapping will not work under water. Then he spent an endless time, or so it seemed, wondering whether or not he could breathe water. “What’s a fish got that I ain’t got?” he was telling himself, when the outer latch moved under his hand and he was able to wiggle in.

Eleven dragging seconds to blow the lock clear of water and he had a chance to see what damage, if any, the water had done to his blaster.

Mary was speaking urgently to the skipper. “Listen, Pete-there are three proctors back up there with a whiny. My car blew up in their faces just as we hit the water. But if they aren’t all dead or injured, there will be a smart boy who will figure out that there was only one place for us to go-under water. We’ve got to be away from here before they take to the air to look for us.”

“It’s a losing race,” Pete Hardy complained, slapping his controls as he spoke. “Even if it’s only a visual search, I’ll have to get outside and stay outside the circle of total reflection faster than he can gain altitude-and I can’t.” But the little sub lunged forward reassuringly.

Mary worried about whether or not to call the Seat from the sub. She decided not to; it would just increase the hazard both to the sub and to the Seat itself. So she calmed herself and waited, huddled small in a passenger seat too cramped for two. Peter Hardy swung wide into deep water, hugging the bottom, picking up the Muskegon-Gary bottom beacons and conned himself in blind.

By the time they surfaced in the pool inside the Seat she had decided against any physical means of communication, even the carefully shielded equipment at the Seat. Instead she hoped to find a telepathic sensitive ready and available among the Families’ dependents cared for there. Sensitives were scarce among healthy members of the Howard Families as

they were in the rest of the population, but the very inbreeding which had conserved and reinforced their abnormal longevity had also conserved and reinforced bad genes as well as good; they had an unusually high percentage of physical and mental defectives. Their board of genetic control plugged away at the problem of getting rid of bad strains while conserving the longevity strain, but for many generations they would continue to pay for their long lives with an excess of defectives.

But almost five per cent of these defectives were telepathically sensitive.

Mary went straight to the sanctuary in the Seat where some of these dependents were cared for, with Lazarus Long at her heels. She braced the matron. “Where’s Little Stephen? I need him.”

“Keep your voice down,” the matron scolded. “Rest hour-you can’t.”

“Janice, I’ve got to see him,” Mary insisted. “This won’t wait. I’ve got to get a message out to all the Families-at once.”

The matron planted her hands on her hips. “Take it to the communication office. You can’t come here disturbing my children at all hours. I won’t have it.” “Janice, please! I don’t dare use anything but telepathy. You know I wouldn’t do this unnecessarily. Now take me to Stephen.”

“It wouldn’t do you any good if I did. Little Stephen has had one of his bad spells today.”

“Then take me to the strongest sensitive who can possibly work. Quickly, Janice! The safety of every member may depend on it.” “Did the trustees send you?”

“No, no! There wasn’t time!”

The matron still looked doubtful. While Lazarus was trying to recall how long it had been since he had socked a lady, she gave in. “All right-you can see Billy, though I shouldn’t let you. Mind you, don’t tire him out.” Still bristling, she led them along a corridor past a series of cheerful rooms and into one of them. Lazarus looked at the thing on the bed and looked away.

The matron went to a cupboard and returned with a hypodermic injector. “Does he work under a hypnotic?” Lazarus asked.

“No,” the matron answered coldly, “he has to have a stimulant to be aware of us at all.” She swabbed skin on the arm of the gross figure and made the injection. “Go ahead,” she said to Mary and lapsed into grim-mouthed silence.

The figure on the bed stirred, its eyes rolled loosely, then seemed to track. It grinned. “Aunt Mary!” it said. “Oooh! Did you bring Billy Boy something?’ “No,” she said gently. “Not this time, hon. Aunt Mary was in too much of a hurry. Next time? Asurprise? Will that do?’

“All right,” it said docilely.

“That’s a good boy.” She reached out and tousled its hair; Lazarus looked away again. “Now will Billy Boy do something for Aunt Mary? Abig, big favor?” “Sure.”

“Can you hear your friends?” “Oh, sure.”

“All of them?”

“Uh huh. Mostly they don’t say anything,” it added. “Call to them.”

There was a very short silence. “They heard me.”

“Fine! Now listen carefully, Billy Boy: All the Families-urgent warning! Elder Mary Sperling speaking. Under an Action-in-Council the Administrator is about to arrest every revealed member. The Council directed him to use ‘full expedience’-and it is my sober judgment that they are determined to use any means at all, regardless of the Covenant, to try to squeeze out of us the so-called secret of our long lives. They even intend to use the tortures developed by the inquisitors of the Prophets!” Her voice broke. She stopped and pulled herself together. “Now get busy! Find them, warn them, hide them! You may have only minutes left to save them!”

Lazarus touched her arm and whispered; she nodded and went on:

“If any cousin is arrested, rescue him by any means at all! Don’t try to appeal to the Covenant, don’t waste time arguing about justice rescue him! Now move!” She stopped and then spoke in a tired, gentle voice, “Did they hear us, Billy Boy?”

“Sure.”

“Are they telling their folks?”

“Uh huh. All but Jimmie-the-Horse. He’s mad at me,” it added confidentially. “‘Jimmie-the-Horse’? Where is he?”

“Oh, where he lives.”

“In Montreal,” put in the matron. “There are two other sensitives there-your message got through. Are you finished?” “Yes …” Mary said doubtfully. “But perhaps we had better have some other Seat relay it back.”

“No!” “But, Janice-“

“I won’t permit it. I suppose you had to send it but I want to give Billy the antidote now. So get out.”

Lazarus took her arm. “Come on, kid. It either got through or it didn’t; you’ve done your best. Agood job, girl.”

Mary went on to make a full report to the Resident Secretary; Lazarus left her on business of his own. He retraced his steps, looking for a man who was not too busy to help him; the guards at the pool entrance were the first he found. “Service-” be began.

“Service to you,” one of them answered. “Looking for someone?” He glanced curiously at Long’s almost complete nakedness, glanced away again-how anybody dressed, or did not dress, was a private matter.

“Sort of,” admitted Lazarus. “Say, Bud, do you know of anyone around here who would lend me a kilt?”

“You’re looking at one,” the guard answered pleasantly. “Take over, Dick-back in a minute.” He led Lazarus to bachelors’ quarters, outfitted him, helped him to dry his pouch and contents, and made no comment about the arsenal strapped to his hairy thighs. How elders behaved was no business of his and many of them were even touchier about their privacy than most people. He had seen Aunt Mary Sperling arrive stripped for swimming but had not been surprised as he had heard Ira Barstow briefing Pete for the underwater pickup; that the elder with her chose to take a dip in the lake weighed down by the hardware did surprise him but not enough to make him forget his manners.

“Anything else you need?’ he asked. “Do those shoes fit?

“Well enough. Thanks a lot, Bud.” Lazarus smoothed the borrowed kilt. It was a little too long for him but it comforted him. Aloin strap was okay, he supposed-if you were on Venus. But he had never cared much for Venus customs. Damn it, a man liked to be dressed. “I feel better,” he admitted. “Thanks again. By the way, what’s your name?”

“Edmund Hardy, of the Foote Family.”

“That so? What’s your line?”

“Charles Hardy and Evelyn Foote. Edward Hardy-Alice Johnson and Terence Briggs-Eleanor Weatheral. Oliver-“ “That’s enough. I sorta thought so. You’re one of my great-great-grandsons.”

“Why, that’s interesting,” commented Hardy agreeably. “Gives us a sixteenth of kinship, doesn’t it-not counting convergence. May I ask your name? “Lazarus Long.”

Hardy shook his head. “Some mistake. Not in my line.”

“Try Woodrow Wilson Smith instead. It was the one I started with.” “Oh, that one! Yes, surely. But I thought you were … uh—”

“Dead? Well, I ain’t.”

“Oh, I didn’t mean that at all,” Hardy protested, blushing at the blunt Anglo-Saxon monosyllable. He hastily added, “I’m glad to have run across you, Gran’ther. I’ve always wanted to hear the straight of the story about the Families’ Meeting in 2012.”

“That was before you were born, Ed,” Lazarus said gruffly, “and don’t call me ‘Gran’ther.’” “Sorry, sir-I mean ‘Sorry, Lazarus.’ Is there any other service I can do for you?”

“I shouldn’t have gotten shirty. No-yes, there is, too. Where can I swipe a bite of breakfast? I was sort of rushed this morning.”

“Certainly.” Hardy took him to the bachelors’ pantry, operated the autochef for him, drew coffee for his watch mate and himself, and left. Lazarus consumed his “bite of breakfast”-about three thousand calories of sizzling sausages, eggs, jam, hot breads, coffee with cream, and ancillary items, for he worked on the assumption of always topping off his reserve tanks because you never knew how far you might have to lift before you had another chance to refuel. In due time he sat back, belched, gathered up his dishes and shoved them in the incinerator, then went looking for a newsbox.

He found one in the bachelors’ library, off their lounge. The room was empty save for one man who seemed to be about the same age as that suggested by Lazarus’ appearance. There the resemblance stopped; the stranger was slender, mild in feature, and was topped off by finespun carroty hair quite unlike the grizzled wiry bush topping Lazarus. The stranger was bending over the news receiver with his eyes pressed to the microviewer.

Lazarus cleared his throat loudly and said, “Howdy.”

The man jerked his head up and exclaimed, “Oh! Sorry-I was startled. Do y’ a service?” “I was looking for the newsbox. Mind if we throw it on the screen?”

“Not at all.” The smaller man stood up, pressed the rewind button, and set the controls for projection. “Any particular subject?” “I wanted to see,” said Lazarus, “if there was any news about us-the Families.”

“I’ve been watching for that myself. Perhaps we had better use the sound track and let it hunt.” “Okay,” agreed Lazarus, stepping up and changing the setting to audio. “What’s the code word?’ “‘Methuselah.’”

Lazarus punched in the setting; the machine chattered and whined as it scanned and rejected the track speeding through it, then it slowed with a triumphant click. “The DAILY DATA,” it announced. “The only midwest news service subscribing to every major grid. Leased videochannel to Luna City. Tri-S correspondents throughout the System. First, Fast, and Most! Lincoln, Nebraska-Savant Denounces Oldsters! Dr. Witweli Oscarsen, President Emeritus of Bryan Lyceum, calls for official reconsideration of the status of the kin group styling themselves the ‘Howard Families.’ ‘It is proved,’ he says. ‘that these people have solved the age-old problem of extending, perhaps indefinitely, the span of human life. For that they are  to be commended; it is a worthy and potentially fruitful research. But their claim that their solution is no more than hereditary predisposition defies both science and common sense. Our modern knowledge of the established laws of generics enables us to deduce with

certainty that they are withholding from the public some secret technique or techniques whereby they accomplish their results.

“‘It is contrary to our customs to permit scientific knowledge to be held as a monopoly for the few. When concealing such knowledge strikes at life itself, the action becomes treason to the race. As a citizen, I call on the Administration to act forcefully in this matter and I remind them that the situation is not one which could possibly have been foreseen by the wise men who drew up the Covenant and codified our basic customs. Any custom is man-made and is therefore a finite attempt to describe an infinity of relationships. It follows as the night from day that any custom necessarily has its exceptions. To be bound by them in the face of new—’”

Lazarus pressed the hold button. “Had enough of that guy?

“Yes, I had already heard it.” The stranger sighed. “I have rarely heard such complete lack of semantic rigor. It surprises me-Dr. Oscarsen has done sound work in the past.” “Reached his dotage,” Lazarus stated, as he told the machine to try again. “Wants what he wants when he wants it-and thinks that constitutes a natural law.”

The machine hummed and clicked and again spoke up. “The DAILYDATA, the only midwest news-“

“Can’t we scramble that commercial?” suggested Lazarus. His companion peered at the control panel. “Doesn’t seem to be equipped for it.”

“Ensenada, Baja California. Jeffers and Lucy Weatheral today asked for special proctor protection, alleging that a group of citizens had broken into their home, submitted them to personal indignity and committed other asocial acts. The Weatherals are, by their own admission, members of the notorious Howard Families and claim that the alleged incident could be traced to that supposed fact. The district provost points out that they have offered no proof and has taken the matter under advisement. Atown mass meeting has been announced for tonight which will air-“

The other man turned toward Lazarus. “Cousin, did we hear what I thought we heard? That is the first case of asocial group violence in more than twenty years … yet they reported it like a breakdown in a weather integrator.”

“Not quite,” Lazarus answered grimly. “The connotations of the words used in describing us were loaded.”

“Yes, true, but loaded cleverly. I doubt if there was a word in that dispatch with an emotional index, taken alone, higher than one point five. The newscasters are allowed two zero, you know.”

“You a psychometrician?”

“Uh, no. I should have introduced myself. I’m Andrew Jackson Libby.” “Lazarus Long.”

“I know. I was at the meeting last night.”

“‘Libby … Libby,” Lazarus mused. “Don’t seem to place it in the Families. Seems familiar, though.” “My case is a little like yours-“

“Changed it during the Interregnum, eh?”

“Yes and no. I was born after the Second Revolution. But my people had been converted to the New Crusade and had broken with the Families and changed their name. I was a grown

man before I knew I was a Member.”

“The deuce you say! That’s interesting-how did you come to be located … if you don’t mind my asking?” “Well, you see I was in the Navy and one of my superior officers-“

“Got it! Got it! I thought you were a spaceman. You’re Slipstick Libby, the Calculator.” Libby grinned sheepishly. “I have been called that.”

“Sure, sure. The last can I piloted was equipped with your paragravitic rectifier. And the control bank used your fractional differential on the steering jets. But I installed that myself-kinda borrowed your patent.”

Libby seemed undisturbed by the theft. His face lit up. “You are interested in symbolic logic?”

“Only pragmatically. But look, I put a modification on your gadget that derives from the rejected alternatives in your thirteenth equation. It helps like this: suppose you are cruising in a field of density ‘x’ with an n-order gradient normal to your course and you want to set your optimum course for a projected point of rendezvous capital ‘A’ at matching-in vector ‘rho’ using automatic selection the entire jump, then if-“

They drifted entirely away from Basic English as used by earthbound laymen. The newsbox beside them continued to hunt; three times it spoke up, each time Libby touched the rejection button without consciously hearing it.

“I see your point,” he said at last. “I had considered a somewhat similar modification but concluded that it was not commercially feasible, too expensive for anyone but enthusiasts such as yourself. But your solution is cheaper than mine.”

“How do you figure that?”

“Why, it’s obvious from the data. Your device contains sixty-two moving parts, which should require, if we assume standardized fabrication processes, a probable-” Libby hesitated momentarily as if he were programming the problem. “-a probable optimax of five thousand two hundred and eleven operation in manufacture assuming null-therblig automation, whereas mine-“

Lazarus butted in. “Andy,” he inquired solicitously, “does your head ever ache?”

Libby looked sheepish again. “There’s nothing abnormal about my talent,” he protested. “It is theoretically possible to develop it in any normal person.”

“Sure,” agreed Lazarus, “and you can teach a snake to tap dance once you get shoes on him. Never mind, I’m glad to have fallen in with you. I heard stories about you way back when you were a kid. You were in the Cosmic Construction Corps, weren’t you?”

Libby nodded. “Earth-Mars Spot Three.”

“Yeah, that was it-chap on Mars gimme the yarn. Trader at Drywater. I knew your maternal grandfather, too. Stiffnecked old coot.” “I suppose he was.”

“He was, all right. I had quite a set-to with him at the Meeting in 2012. He had a powerful vocabulary.” Lazarus frowned slightly. “Funny thing, Andy … I recall that vividly, I’ve always had a good memory-yet it seems to be getting harder for me to keep things straight. Especially this last century.”

“Inescapable mathematical necessity,” said Libby. “Huh? Why?”

“Life experience is linearly additive, but the correlation of memory impressions is an unlimited expansion. If mankind lived as long as a thousand years, it would be necessary to invent some totally different method of memory association in order to be eclectively time-binding. Aman would otherwise flounder helplessly in the wealth of his own knowledge, unable to evaluate. Insanity, or feeble-mindedness.”

“That so?” Lazarus suddenly looked worried. “Then we’d better get busy on it.” “Oh, it’s quite possible of solution.” “Let’s work on it. Let’s not get caught short.”

The newsbox again demanded attention, this time with the buzzer and flashing light of a spot bulletin: “Hearken to the DATA, flash! Nigh Council Suspends Covenant! Under the Emergency Situation clause of the Covenant an unprecedented Action-in-Council was announced today directing the Administrator to detain and question all members of the so-called Howard Families-by any means expedient! The Administrator authorized that the following statement be released by all licensed news outlets: (I quote) ‘The suspension of the Covenant’s civil guarantees applies only to the group known as the Howard Families except that government agents are empowered to act as circumstances require to apprehend speedily the persons affected by the Action-in-Council. Citizens are urged to tolerate cheerfully any minor inconvenience this may cause them; your right of privacy will be respected in every way possible; your right of free movement may be interrupted temporarily, but full economic

restitution will be made.”

“Now, Friends and Citizens, what does this mean?-to you and you and also you! The DAILYDATAbrings you now your popular commentator, Albert Reifsnider:

“Reifsnider reporting: Service, Citizens! There is no cause for alarm. To the average free citizen this emergency will be somewhat less troublesome than a low-pressure minimum too big for the weather machines. Take it easy! Relax! Help the proctors when requested and tend to your private affairs. If inconvenienced, don’t stand on custom-cooperate with Service!

“That’s what it means today. What does it mean tomorrow and the day after that? Next year? It means that your public servants have taken a forthright step to obtain for you the boon of a longer and happier life! Don’t get your hopes too high … but it looks like the dawn of a new day. Ah, indeed it does! The jealously guarded secret of a selfish few will soon—”

Long raised an eyebrow at Libby, then switched it off.

“I suppose that,” Libby said bitterly, “is an example of ‘factual detachment in news reporting.’”

Lazarus opened his pouch and struck a cigarette before replying. “Take it easy, Andy. There are bad times and good times. We’re overdue for bad times. The people are on the march again … this time at us.”

Chapter 3

THE BURROW KNOWN as the Families’ Seat became jammed as the day wore on. Members kept trickling in, arriving by tunnels from downstare and from Indiana. As soon as it was dark a traffic jam developed at the underground pool entrance-sporting subs, fake ground cars such as Mary’s, ostensible surface cruisers modified to dive, each craft loaded with refugees some half suffocated from lying in hiding on deep bottom most of the day while waiting for a chance to sneak in.

The usual meeting room was much too small to handle the crowd; the resident staff cleared the largest room, the refectory, and removed partitions separating it from the main lounge. There at midnight Lazarus climbed onto a temporary rostrum. “Okay,” he announced, “let’s pipe it down. You down in front sit on the floor so the rest can see. I was born in 1912. Anybody older?”

He paused, then added, “Nominations for chairman speak up.”

Three were proposed; before a fourth could be offered the last man nominated got to his feet. “Axel Johnson, of the Johnson Family. I want my name withdrawn and I suggest that the others do likewise. Lazarus cut through the fog last night; let him handle it. This is no time for Family politics.”

The other names were withdrawn; no more were offered. Lazarus said, “Okay if that’s the way you want it. Before we get down to arguing I want a report from the Chief Trustee. How about it, Zack? Any of our kinfolk get nabbed?’

Zaccur Barstow did not need to identify himself; he simply said, “Speaking for the Trustees: our report is not complete, but we do not as yet know that any Member has been arrested. Of the nine thousand two hundred and eighty-five revealed Members, nine thousand one hundred and six had been reported, when I left the communication office ten minutes ago, as having reached hiding, in other Family strongholds, or in the homes of unrevealed Members, or elsewhere. Mary Sperling’s warning was amazingly successful in view of how short the time was from the alarm to the public execution of the Action-in-Council-but we still have one hundred and seventy-nine revealed cousins unreported. Probably most of these will trickle in during the next few days. Others are probably safe but unable to get in touch with us.”

“Get to the point, Zack,” Lazarus insisted. “Any reasonable chance that all of them will make it home safe?” “Absolutelynone.”

“Why?”

“Because three of them are known to be in public conveyances between here and the Moon, traveling under their revealed identities. Others we don’t know about are almost certainly caught in similar predicaments.”

“Question!” Acocky little man near the front stood up and pointed his finger at the Chief Trustee. “Were all those Members now in jeopardy protected by hypnotic injunction?” “No. There was no—”

“I demand to know why not!”

“Shut up!” bellowed Lazarus. “You’re out of order. Nobody’s on trial here and we’ve got no time to waste on spilled milk. Go ahead, Zack.”

“Very well. But I will answer the question to this extent: everyone knows that a proposal to protect our secrets by hypnotic means was voted down at the Meeting which relaxed the ‘Masquerade.’ I seem to recall that the cousin now objecting helped then to vote it down.”

“That is not true! And I insist that—”

“PIPE DOWN!” Lazarus glared at the heckler, then looked him over carefully. “Bud, you strike me as a clear proof that the Foundation should ‘a’ bred for brains instead of age.” Lazarus looked around at the crowd. “Everybody will get his say, but in order as recognized by the chair. If he butts in again, I’m going to gag him with his own teeth-is my ruling sustained?”

There was a murmur of mixed shock and approval; no one objected. Zaccur Barstow went on, “On the advice of Ralph Schultz the trustees have been proceeding quietly for the past three months to persuade revealed Members to undergo hypnotic instruction. We were largely successful.” He paused.

“Make it march, Zack,” Lazarus urged. “Are we covered? Or not?”

“We are not. At least two of our cousins certain to be arrested are not so protected.”

Lazarus shrugged. “That tears it. Kinfolk, the game’s over. One shot in the arm of babble juice and the ‘Masquerade’ is over. It’s a new situation-or will be in a few hours. What do you propose to do about it?”

In the control room of the Antipodes Rocket Wallaby, South Flight, the telecom hummed, went spung! and stuck out a tab like an impudent tongue. The copilot rocked forward in his gymbals, pulled out the message and tore it off.

He read it, then reread it. “Skipper, brace yourself.” “Trouble?”

“Read it.”

The captain did so, and whistled. “Bloody! I’ve never arrested anybody. I don’t believe I’ve even seen anybody arrested. How do we start?” “I bow to your superior authority.”

“That so?” the captain said in nettled tones. “Now that you’re through bowing you can tool aft and make the arrest.” “Uh? That’s not what I meant. You’re the bloke with the authority. I’ll relieve you at the conn.”

“You didn’t read me. I’m delegating the authority. Carry out your orders.” “Just a moment, Al, I didn’t sign up for—”

“Carry out your orders!” “Aye aye, sir!”

The copilot went aft. The ship had completed its reentry, was in its long, flat, screaming approach-glide; he was able to walk-he wondered what an arrest in free-fall would be like? Snag him with a butterfly net? He located the passenger by seat check, touched his arm. “Service, sir. There’s been a clerical error. May I see your ticket?”

“Why, certainly.”

“Would you mind stepping back to the reserve stateroom? It’s quieter there and we can both sit down.” “Not at all.”

Once they were in the private compartment the chief officer asked the passenger to sit down, then looked annoyed. “Stupid of me!-I’ve left my lists in the control room.” He turned and left. As the door slid to behind him, the passenger heard an unexpected click. Suddenly suspicious, he tried the door. It was locked.

Two proctors came for him at Melbourne. As they escorted him through the skyport he could hear remarks from a curious and surprisingly unfriendly crowd: “There’s one of the laddies now!” “Him? My word, he doesn’t look old.” “What price ape glands?” “Don’t stare, Herbert.” “Why not? Not half bad enough for him.”

They took him to the office of the Chief Provost, who invited him to sit down with formal civility. “Now then, sir,” the Provost said with a slight local twang, “if you will help us by letting the orderly make a slight injection in your arm—”

“For what purpose?”

“You want to be socially cooperative, I’m sure. It won’t hurt you.”

“That’s beside the point. I insist on an explanation. I am a citizen of the United States.”

“So you are, but the Federation has concurrent jurisdiction in any member state-and I am acting under its authority. Now bare your arm, please.” “I refuse. I stand on my civil rights.”

“Grab him, lads.”

It took four men to do it. Even before the injector touched his skin, his jaw set and a look of sudden agony came into his face. He then sat quietly, listlessly, while the peace officers waited for the drug to take effect. Presently the Provost gently rolled back one of the prisoner’s eyelids and said, “I think he’s ready. He doesn’t weigh over ten stone; it has hit him rather fast. Where’s that list of questions?”

Adeputy handed it to him; he began, “Horace Foote, do you hear me?’

The man’s lips twitched, he seemed about to speak. His mouth opened and blood gushed down his chest.

The Provost bellowed and grabbed the prisoner’s head, made quick examination. “Surgeon! He’s bitten his tongue half out of his head!”

The captain of the Luna City Shuttle Moonbeam scowled at the message in his hand. “What child’s play is this?” He glared at his third officer. “Tell me that, Mister.”

The third officer studied the overhead. Fuming, the captain held the message at arm’s length, peered at it and read aloud: “-imperative that subject persons be prevented from doing themselves injury. You are directed to render them unconscious without warning them.” He shoved the flimsy away from him. “What do they think I’m running? Coventry? Who do they think they are?-telling me in my ship what I must do with my passengers! I won’t-so help me, I won’t! There’s no rule requiring me to … is there, Mister?”

The third officer went on silently studying the ship’s structure.

The captain stopped pacing. “Purser! Purser! Why is that man never around when I want him?” “I’m here, Captain.”

“About time!”

“I’ve been here all along, sir.”

“Don’t argue with me. Here-attend to this.” He handed the dispatch to the purser and left.

Ashipfitter, supervised by the purser, the hull officer, and the medical officer, made a slight change in the air-conditioning ducts to one cabin; two worried passengers sloughed off their cares under the influence of a nonlethal dose of sleeping gas.

“Another report, sir.”

“Leave it,” the Administrator said in a tired voice.

“And Councilor Bork Vanning presents his compliments and requests an interview.” “Tell him that I regret that I am too busy.”

“He insists on seeing you, sir.”

Administrator Ford answered snappishly, “Then you may tell the Honorable Mr. Vanning that be does not give orders in this office!” The aide said nothing; Administrator Ford pressed his fingertips wearily against his forehead and went on slowly, “Na, Gerry, don’t tell him that. Be diplomatic but don’t let him in.”

“Yes, sir.”

When he was alone, the Administrator picked up the report. His eye skipped over official heading, date line, and file number: “Synopsis of Interview with Conditionally Proscribed Citizen Arthur Sperling, full transcript attached. Conditions of Interview: Subject received normal dosage of neosco., having previously received unmeasured dosage of gaseous hypnotal. Antidote—”How the devil could you cure subordinates of wordiness? Was there something in the soul of a career civil servant that cherished red tape? His eye skipped on down:

“-stated that his name was Arthur Sperling of the Foote Family and gave his age as one hundred thirty-seven years. (Subject’s apparent age is forty-five plus-or-minus four: see bio report attached.) Subject admitted that he was a member of the Howard Families. He stated that the Families numbered slightly more than one hundred thousand members. He was asked to correct this and it was suggested to him that the correct number was nearer ten thousand. He persisted in his original statement.”

The Administrator stopped and reread this part.

He skipped on down, looking for the key part: “-insisted that his long life was the result of his ancestry and had no other cause. Admitted that artificial means had been used to preserve his youthful appearance but maintained firmly that his life expectancy was inherent, not acquired. It was suggested to him that his elder relatives had subjected him without his knowledge to treatment in his early youth to increase his life span. Subject admitted possibility. On being pressed for names of persons who might have performed, or might be performing, such treatments he returned to his original statement that no such treatments exist.

“He gave the names (surprise association procedure) and in some cases the addresses of nearly two hundred members of his kin group not previously identified as such in our records. (List attached) His strength ebbed under this arduous technique and he sank into full apathy from which he could not be roused by any stimuli within the limits of his estimated tolerance (see Bio Report).

“Conclusions under Expedited Analysis, Kelly-Holmes Approximation Method: Subject does not possess and does not believe in the Search Object. Does not remember experiencing Search Object but is mistaken. Knowledge of Search Object is limited to a small group, of the order of twenty. Amember of this star group will be located through not more than triple- concatenation elimination search. (Probability of unity, subject to assumptions: first, that topologic social space is continuous and is included in the physical space of the Western Federation and, second, that at least one concatenative path exists between apprehended subjects and star group. Neither assumption can be verified as of this writing, but the first assumption is strongly supported by statistical analysis of the list of names supplied by Subject of previously unsuspected members of Howard kin group, which analysis also supports Subject’s estimate of total size of group, and second assumption when taken negatively

postulates that star group holding Search Object has been able to apply it with no social-space of contact, an absurdity.)

“Estimated Time for Search: 71 hrs, plus-or-minus 20 hrs. Prediction but not time estimate vouched for by cognizant bureau. Time estimate will be re—”

Ford slapped the report on a stack cluttering his oldfashioned control desk. The dumb fools! Not to recognize a negative report when they saw one-yet they called themselves psychographers!

He buried his face in his hands in utter weariness and frustration.

Lazarus rapped on the table beside him, using the butt of his blaster as a gavel. “Don’t interrupt the speaker,” he boomed, then added, “Go ahead but cut it short.”

Bertram Hardy nodded curtly. “I say again, these mayflies we see around us have no rights that we of the Families are bound to respect. We should deal with them with stea1th, with cunning, with guile, and when we eventually consolidate our position … with force! We are no more obligated to respect their welfare than a hunter is obliged to shout a warning at his quarry. The—”

There was a catcall from the rear of the room. Lazarus again banged for order and tried to spot the source. Hardy ploughed steadily on. “The so-called human race has split in two; it is time we admitted it. On one side, Homo vivens, ourselves … on the other-Homo moriturus! With the great lizards, with the sabertooth tiger and the bison, their day is done. We would no more mix our living blood with theirs than we would attempt to breed with apes. I say temporize with them, tell them any tale, assure them that we will bathe them in the fountain of youth- gain time, so that when these two naturally antagonistic races join battle, as they inevitably must, the victory will be ours!”

There was no applause but Lazarus could see wavering uncertainty in many faces. Bertram Hardy’s ideas ran counter to thought patterns of many years of gentle living yet his words seemed to ring with destiny. Lazarus did not believe in destiny; he believed in … well, never mind-but he wondered how Brother Bertram would look with both arms broken.

Eve Barstow got up. “If that is what Bertram means by the survival of the fittest,” she said bitterly, “I’ll go live with the asocials in Coventry. However, he has offered a plan; I’ll have to offer another plan if I won’t take his. I won’t accept any plan which would have us live at the expense of our poor transient neighbors. Furthermore it is clear to me now that our mere presence, the simple fact of our rich heritage of life, is damaging to the spirit of our poor neighbor. Our longer years and richer opportunities make his best efforts seem futile to him-any effort save   a hopeless struggle against an appointed death. Our mere presence saps his strength, ruins his judgment, fills him with panic fear of death.

“So I propose a plan. Let’s disclose ourselves, tell all the truth, and ask for our share of the Earth, some little corner where we may live apart. If our poor friends wish to surround it with a great barrier like that around Coventry, so be it-it is better that we never meet face to face.”

Some expressions of doubt changed to approval. Ralph Schultz stood up. “Without prejudice to Eve’s basic plan, I must advise you that it is my professional opinion that the psychological insulation she proposes cannot be accomplished that easily. As long as we’re on this planet they won’t be able to put us out of their minds. Modern communications-“

“Then we must move to another planet!” she retorted.

“Where?” demanded Bertram Hardy. “Venus? I’d rather live in a steam bath. Mars? Worn-out and worthless.” “We will rebuild it,” she insisted.

“Not in your lifetime nor mine. No, my dear Eve, your tenderheartedness sounds well but it doesn’t make sense. There is only one planet in the System fit to live on-we’re standing on it.” Something in Bertram Hardy’s words set off a response in Lazarus Long’s brain, then the thought escaped him. Something … something that he had heard of said just a day or two ago

… or was it longer than? Somehow it seemed to be associated with his first trip out into space, too, well over a century ago. Thunderation! it was maddening to have his memory play tricks on him like that—

Then he had it-the starship! The interstellar ship they were putting the finishing touches on out there between Earth and Luna. “Folks,” he drawled, “before we table this idea of moving to another planet, let’s consider all the possibilities.” He waited until he had their full attention. “Did you ever stop to think that not all the planets swing around this one Sun?”

Zaccur Barstow broke the silence. “Lazarus … are you making a serious suggestion?” “Dead serious.”

“It does not sound so. Perhaps you had better explain.”

“I will.” Lazarus faced the crowd. “There’s a spaceship hanging out there in the sky, a roomy thing, built to make the long jumps between stars. Why don’t we take it and go looking for our own piece of real estate?”

Bertram Hardy was first to recover. “I don’t know whether our chairman is lightening the gloom with another of his wisecracks or not, but, assuming that he is serious, I’ll answer. My objection to Mars applies to this wild scheme ten times over. I understand that the reckless fools who are actually intending to man that ship expect to make the jump in about a century – then maybe their grandchildren will find something, or maybe they won’t. Either way, I’m not interested. I don’t care to spend a century locked up in a steel tank, nor do I expect to live that long. I won’t buy it.”

“Hold it,” Lazarus told him. “Where’s Andy Libby?” “Here,” Libby answered! standing up.

“Come on down front. Slipstick, did you have anything to do with designing the new Centarus ship?” “No. Neither this one nor the first one.”

Lazarus spoke to the crowd. “That settles it. If that ship didn’t have Slipstick’s finger in the drive design, then she’s not as fast as she could be, not by a good big coefficient. Slipstick, better get busy on the problem, son. We’re likely to need a solution.”

“But, Lazarus, you mustn’t assume that—” “Aren’t there theoretical possibilities?” “Well, you know there are, but—”

“Then get that carrot top of yours working on it.” “Well … all right.” Libby blushed as pink as his hair.

“Just a moment, Lazarus.” It was Zaccur Barstow. “I like this proposal and I think we should discuss it at length not let ourselves be frightened off by Brother Bertram’s distaste for it. Even  if Brother Libby fails to find a better means of propulsion-and frankly, I don’t think he will; I know a little something of field mechanics-even so, I shan’t let a century frighten me. By using cold-rest and manning the ship in shifts, most of us should be able to complete one hop. There is—”

“What makes you think,” demanded Bertram Hardy, “that they’ll let us man the ship anyhow?”

“Bert,” Lazarus said coldly, “address the chair when you want to sound off. You’re not even a Family delegate. Last warning.”

“As I was saying,” Barstow continued, “there is an appropriateness in the long-lived exploring the stars. Amystic might call it our true vocation.” He pondered. “As for the ship Lazarus suggested; perhaps they will not let us have that … but the Families are rich. If we need a starship-or ships-we can build them, we can pay for them. I think we had better hope that they will let us do this … for it may be that there is no way, not another way of any sort, out of our dilemma which does not include our own extermination.”

Barstow spoke these last words softly and slowly, with great sadness. They bit into the company like damp chill. To most of them the problem was so new as not yet to be real; no one had voiced the possible consequence of failing to find a solution satisfactory to the shortlived majority. For their senior trustee to speak soberly of his fear that the Families might be exterminated-hunted down and killed-stirred up in each one the ghost they never mentioned.

“Well,” Lazarus said briskly when the silence had grown painful, “before we work this idea over, let’s hear what other plan anyone has to offer. Speak up.”

Amessenger hurried in and spoke to Zaccur Barstow. He looked startled and seemed to ask to have the message repeated. He then hurried across the rostrum to Lazarus, whispered to him. Lazarus looked startled. Barstow hurried out.

Lazarus looked back at the crowd. “We’ll take a recess,” he announced. “Give you time to think about other plans and time for a stretch and a smoke.” He reached for his pouch. “What’s up?” someone called out.

Lazarus struck a cigarette, took a long drag, let it drift out. “We’ll have to wait and see,” he said. “I don’t know. But at least half a dozen of the plans put forward tonight we won’t have to bother to vote on. The situation has changed again-how much, I couldn’t say.”

“What do you mean?”

“Well,” Lazarus drawled, “it seems the Federation Administrator wanted to talk to Zack Barstow right away. He asked for him by name … and he called over our secret Families’ circuit.” “Huh? That’s impossible!”

“Yep. So is a baby, son.”

Chapter 4

ZACCUR BARSTOW TRIED to quiet himself down as he hurried into the phone booth.

At the other end of the same videophone circuit the Honorable Slayton Ford was doing the same thing-trying to calm his nerves. He did not underrate himself. Along and brilliant public career crowned by years as Administrator for the Council and under the Covenant of the Western Administration had made Ford aware of his own superior ability and unmatched experience; no ordinary man could possibly make him feel at a disadvantage in negotiation.

But this was different.

What would a man be like who had lived more than two ordinary lifetimes? Worse than that-a man who had had four or five times the adult experience that Ford himself had had? Slayton Ford knew that his own opinions had changed and changed again since his own boyhood; he knew that the boy he had been, or even the able young man he had been, would be no match for the mature man he had become. So what would this Barstow be like? Presumably he was the most able, the most astute, of a group all of whom had had much more experience than Ford could possibly have-how could he guess such a man’s evaluations, intentions, ways of thinking, his possible resources?

Ford was certain of only one thing: he did not intend to trade Manhattan Island for twenty-four dollars and a case of whisky, nor sell humanity’s birthright for a mess of pottage.

He studied Barstow’s face as the image appeared in his phone. Agood face and strong … it would be useless to try to bully this man. And the man looked young-why, he looked younger than Ford himself! The subconscious image of the Administrator’s own stern and implacable grandfather faded out of his mind and his tension eased off. He said quietly, “You are Citizen Zaccur Barstow?”

“Yes, Mister Administrator.”

“You are chief executive of the Howard Families?”

“I am the current speaker trustee of our Families’ Foundation. But I am responsible to my cousins rather than in authority over them.” Ford brushed it aside. “I assume that your position carries with it leadership. I can’t negotiate with a hundred thousand people.”

Barstow did not blink. He saw the power play in the sudden admission that the administration knew the true numbers of the Families and discounted it. He had already adjusted himself to the shock of learning that the Families’ secret headquarters was no longer secret and the still more upsetting fact that the Administrator knew how to tap into their private communication system; it simply proved that one or more Members had been caught and forced to talk.

So it was now almost certain that the authorities already knew every important fact about the Families.

Therefore it was useless to try to bluff-just the same, don’t volunteer any information; they might not have all the facts this soon. Barstow answered without noticeable pause. “What is it you wish to discuss with me, sir?”

“The policy of the Administration toward your kin group. The welfare of yourself and your relatives.”

Barstow shrugged. “What can we discuss? The Covenant has been tossed aside and you have been given power to do as you like with us-to squeeze a secret out of us that we don’t have. What can we do but pray for mercy?”

“Please!” The Administrator gestured his annoyance. “Why fence with me? We have a problem, you and I. Let’s discuss it openly and try to reach a solution. Yes?”

Barstow answered slowly, “I would like to … and I believe that you would like to, also. But the problem is based on a false assumption, that we, the Howard Families, know how to lengthen human life. We don’t.”

“Suppose I tell you that I know there is no such secret?”

“Mmm … I would like to believe you. But how can you reconcile that with the persecution of my people? You’ve been harrying us like rats.”

Ford made a wry face. “There is an old, old story about a theologian who was asked to reconcile the doctrine of Divine mercy with the doctrine of infant damnation. ‘The Almighty,’ he explained, ‘finds it necessary to do things in His official and public capacity which in His private and personal capacity He deplores.’”

Barstow smiled in spite of himself. “I see the analogy. Is it actually pertinent?” “I think it is.”

“So. You didn’t call me simply to make a headsman’s apology?”

“No. I hope not. You keep in touch with politics? I’m sure you must; your position would require it.” Barstow nodded; Ford explained at length:

Ford’s administration had been the longest since the signing of the Covenant; he had lasted through four Councils. Nevertheless his control was now so shaky that he could not risk forcing a vote of confidence-certainly not over the Howard Families. On that issue his nominal majority was already a minority. If he refused the present decision of the Council, forced it to   a vote of confidence, Ford would be out of office and the present minority leader would take over as administrator. “You follow me? I can either stay in office and try to cope with this problem while restricted by a Council directive with which I do not agree … or I can drop out and let my successor handle it.”

“Surely you’re not asking my advice?”

“No, no! Not on that. I’ve made my decision. The Action-in-Council would have been carried out in any case, either by me or by Mr. Vanning-so I decided to do it. The question is: will I have your help, or will I not?”

Barstow hesitated, while rapidly reviewing Ford’s political career in his mind. The earlier part of Ford’s long administration had been almost a golden age of statesmanship. Awise and practical man, Ford had shaped into workable rules the principles of human freedom set forth by Novak in the language of the Covenant. It had been a period of good will, of prosperous expansion, of civilizing processes which seemed to be permanent, irreversible.

Nevertheless a setback had come and Barstow understood the reasons at least as well as Ford did. Whenever the citizens fix their attention on one issue to the exclusion of others, the situation is ripe for scalawags, demagogues, ambitious men on horseback. The Howard Families, in all innocence, had created the crisis in public morals from which they now suffered, through their own action, taken years earlier, in letting the shortlived learn of their existence. It mattered not at all that the “secret” did not exist; the corrupting effect did exist. Ford at least understood the true situation- “We’ll help,” Barstow answered suddenly. “Good. What do you suggest?”

Barstow chewed his lip. “Isn’t there some way you can stall off this drastic action, this violation of the Covenant itself?” Ford shook his head. “It’s too late.”

“Even if you went before the public and told the citizens, face to face, that you knew that-“

Ford cut him short. “I wouldn’t last in office long enough to make the speech. Nor would I be believed. Besides that-understand me clearly, Zaccur Barstow-no matter what sympathy I may have personally for you and your people, I would not do so if I could. This whole matter is a cancer eating into vitals of our society; it must be settled. I have had my hand forced, true

… but there is no turning back. It must be pressed on to a solution.”

In at least one respect Barstow was a wise man; he knew that another man could oppose him and not be a villain. Nevertheless he protested, “My people are being persecuted.”

“Your people,” Ford said forcefully, “are a fraction of a tenth of one per cent of all the people … and I must find a solution for all! I’ve called on you to find out if you have any suggestions toward a solution for everyone. Do you?”

“I’m not sure,” Barstow answered slowly. “Suppose I concede that you must go ahead with this ugly business of arresting my people, of questioning them by unlawful means-I suppose I have no choice about that-“

“You have no choice. Neither have I.” Ford frowned. “It will be carried out as humanely as I can manage it-I am not a free agent.”

“Thank you. But, even though you tell me it would be useless for you yourself to go to the people, nevertheless you have enormous propaganda means at your disposal. Would it be possible, while we stall along, to build up a campaign to convince the people of the true facts? Prove to them that there is no secret?” Ford answered, “Ask yourself: will it work?”

Barstow sighed. “Probably not.”

“Nor would I consider it a solution even if it would! The people-even my trusted assistants-are clinging to their belief in a fountain of youth because the only alternative is too bitter to think about. Do you know what it would mean to them? For them to believe the bald truth?”

“Go on?’

“Death has been tolerable to me only because Death has been the Great Democrat, treating all alike. But now Death plays favorites. Zaccur Barstow, can you understand the bitter, bitter jealousy of the ordinary man of-oh, say ‘fifty’- who looks on one of your sort? Fifty years … twenty of them he is a child, he is well past thirty before he is skilled in his profession. He is forty before he is established and respected. For not more than the last ten years of his fifty he has really amounted to something.”

Ford leaned forward in the screen and spoke with sober emphasis: “And now, when he has reached his goal, what is his prize? His eyes are failing him, his bright young strength is gone, his heart and wind are ‘not what they used to be.’ He is not senile yet … but he feels the chill of the first frost. He knows what is in store for him. He knows-he knows!

“But it was inevitable and each man learned to be resigned to it.”

“Now you come along,” Ford went on bitterly. “You shame him in his weakness, you humble him before his children. He dares not plan for the future; you blithely undertake plans that will not mature for fifty years-for a hundred. No matter what success he has achieved, what excellence he has attained, you will catch up with him, pass him-outlive him. In his weakness you are kind to him.

“Is it any wonder that he hates you?”

Barstow raised his head wearily. “Do you hate me, Slayton Ford?”

“No. No, I cannot afford to hate anyone. But I can tell you this,” Ford added suddenly, “had there been a secret, I would have it out of you if I had to tear you to pieces!”

“Yes. I understand that.” Barstow paused to think. “There is little that we of the Howard Families can do. We did not plan it this way; it was planned for us. But there is one thing we can offer.”

“Yes?”

Barstow explained.

Ford shook his head. “Medically what you suggest is feasible and I have no doubt that a half interest in your heritage would lengthen the span of human life. But even if women were willing to accept the germ plasm of your men-I do not say that they would-it would be psychic death for all other men. There would be an outbreak of frustration and hatred that would split the human race to ruin. No, no matter what we wish, our customs are what they are. We can’t breed men like animals; they won’t stand for it.”

“I know it,” agreed Barstow, “but it is all we have to offer … a share in our fortune through artificial impregnation.”

“Yes. I suppose I should thank you but I feel no thanks and I shan’t. Now let’s be practical. Individually you old ones are doubtless honorable, lovable men. But as a group you are as dangerous as carriers of plague. So you must be quarantined.”

Barstow nodded. “My cousins and I had already reached that conclusion.” Ford looked relieved. “I’m glad you’re being sensible about it.”

“We can’t help ourselves. Well? Asegregated colony? Some remote place that would be a Coventry of our own? Madagascar, perhaps? Or we might take the British Isles, build them up again and spread from there into Europe as the radioactivity died down.”

Ford shook his head. “Impossible. That would simply leave the problem for my grandchildren to solve. By that time you and yours would have grown in strength; you might defeat us. No, Zaccur Barstow, you and your kin must leave this planet entirely!”

Barstow looked bleak. “I knew it would come to that. Well where shall we go?” “Take your choice of the Solar System. Anywhere you like.”

“But where? Venus is no prize, but even if we chose it, would they accept us? The Venerians won’t take orders from Earth; that was settled in 2020. Yes, they now accept screened immigrants under the Four Planets Convention but would they accept a hundred thousand whom Earth found too dangerous to keep? I doubt it.”

“So do I. Better pick another planet.”

“What planet? In the whole system there is not another body that will support human life as it is. It would take almost superhuman effort, even with unlimited money and the best of modern engineering, to make the most promising of them fit for habitation.”

“Make the effort. We will be generous with help.”

“I am sure you would. But is that any better solution in the long run than giving us a reservation on Earth? Are you going to put a stop to space travel?”

Ford sat up suddenly. “Oh! I see your thought. I had not followed it through, but let’s face it. Why not? Would it not be better to give up space travel than to let this situation degenerate into open war? It was given up once before.”

“Yes, when the Venerians threw off their absentee landlords. But it started up again and Luna City is rebuilt and ten times more tonnage moves through the sky than ever did before. Can you stop it? If you can, will it stay stopped?”

Ford turned it over and over in his mind. He could not stop space travel, no administration could. But could an interdict be placed on whatever planet these oldsters were shipped to? And would it help? One generation, two, three … what difference would it make? Ancient Japan had tried some solution like that; the foreign devils had come sailing in anyhow. Cultures could not be kept apart forever, and when they did come in contact, the hardier displaced the weaker; that was a natural law.

Apermanent and effective quarantine was impossible. That left only one answer-an ugly one. But Ford was toughminded; he could accept what was necessary. He started making plans, Barstow’s presence in the screen forgotten. Once he gave the Chief Provost the location of the Howard Families headquarters it should be reduced in an hour, two at the most unless they had extraordinary defenses-but anywise it was just a matter of time. From those who would be arrested at their headquarters it should be possible to locate and arrest every other member of their group. With luck he would have them all in twenty-four to forty-eight hours.

The only point left undecided in his mind was whether to liquidate them all, or simply to sterilize them. Either would be a final solution and there was no third solution. But which was the more humane?

Ford knew that this would end his career. He would leave office in disgrace, perhaps be sent to Coventry, but he gave it no thought; he was so constituted as to be unable to weigh his own welfare against his concept of his public duty.

Barstow could not read Ford’s mind but he did sense that Ford had reached a decision and he surmised correctly how bad that decision must be for himself and his kin. Now was the time, he decided, to risk his one lone trump.

“Mister Administrator-“

“Eh? Oh, sorry! I was preoccupied.” That was a vast understatement; he was shockingly embarrassed to find himself still facing a man he had just condemned to death. He gathered formality about him like a robe. “Thank you, Zaccur Barstow, for talking with me. I am sorry that-“

“Mister Administrator!”

“Yes?”

“I propose that you move us entirely out of the Solar System.” “What?” Ford blinked. “Are you speaking seriously?”

Barstow spoke rapidly, persuasively, explaining Lazarus Long’s half-conceived scheme, improvising details as he went along, skipping over obstacles and emphasizing advantages.

“It might work,” Ford at last said slowly. “There are difficulties you have not mentioned, political difficulties and a terrible hazard of time. Still, it might.” He stood up. “Go back to your people. Don’t spring this on them yet. I’ll talk with you later.”

Barstow walked back slowly while wondering what he could tell the Members. They would demand a full report; technically he had no right to refuse. But he was strongly inclined to cooperate with the Administrator as long as there was any chance of a favorable outcome. Suddenly making up his mind, he turned, went to his office, and sent for Lazarus.

“Howdy, Zack,” Long said as he came in. “How’d the palaver go?”

“Good and bad,” Barstow replied. “Listen-” He gave him a brief, accurate resume. “Can you go back in there and tell them something that will hold them?” “Mmm … reckon so.”

“Then do it and hurry back here.”

They did not like the stall Lazarus gave them. They did not want to keep quiet and they did not want to adjourn the meeting. “Where is Zaccur?”-“We demand a report!”-“Why all the mystification?”

Lazarus shut them up with a roar. “Listen to me, you damned idiots! Zack’ll talk when he’s ready-don’t joggle his elbow. He knows what he’s doing.” Aman near the back stood up. “I’m going home!”

“Do that,” Lazarus urged sweetly. “Give my love to the proctors.” The man looked startled and sat down.

“Anybody else want to go home?” demanded Lazarus. “Don’t let me stop you. But it’s time you bird-brained dopes realized that you have been outlawed. The only thing that stands between you and the proctors is Zack Barstow’s ability to talk sweet to the Administrator. So do as you like the meeting’s adjourned.”

“Look, Zack,” said Lazarus a few minutes later, “let’s get this straight. Ford is going to use his extraordinary powers to help us glom onto the big ship and make a getaway. Is that right?” “He’s practically committed to it.”

“Hmmm-He’ll have to do this while pretending to the Council that everything he does is just a necessary step in squeezing the ‘secret’ out of us-he’s going to double-cross ‘em. That right?”

“I hadn’t thought that far ahead. I-“ “But that’s true, isn’t it?”

“Well … yes, it must be true.”

“Okay. Now, is our boy Ford bright enough to realize what he is letting himself in for and tough enough to go through with it?”

Barstow reviewed what he knew of Ford and added his impressions from the interview. “Yes,” he decided, “he knows and he’s strong enough to face it.” “All right. Now how about you, pal? Are you up to it, too?” Lazarus’ voice was accusing.

“Me? What do you mean?”

“You’re planning on double-crossing your crowd, too, aren’t you? Have you got the guts to go through with it when the going gets tough?”  “I don’t understand you, Lazarus,” Barstow answered worriedly. “I’m not planning to deceive anyone-at least, no member of the Families.”

“Better look at your cards again,” Lazarus went on remorselessly. “Your part of the deal is to see to it that every man, woman and child takes part in this exodus. Do you expect to sell the idea to each one of them separately and get a hundred thousand people to agree? Unanimously? Shucks, you couldn’t get that many to whistle ‘Yankee Doodle’ unanimously.”

“But they will have to agree,” protested Barstow. “They have no choice. We either emigrate, or they hunt us down and kill us. I’m certain that is what Ford intends to do. And he will.” “Then why didn’t you walk into the meeting and tell ‘em that? Why did you send me in to give ‘em a stall?”

Barstow rubbed a hand across his eyes. “I don’t know.”

“I’ll tell you why,” continued Lazarus. “You think better with your hunches than most men do with the tops of their minds. You sent me in there to tell ‘em a tale because you knew damn well the truth wouldn’t serve. If you told ‘em it was get out or get killed, some would get panicky and some would get stubborn. And some old-woman-in-kilts would decide to go home and stand on his Covenant rights. Then he’d spill the scheme before it ever dawned on him that the government was playing for keeps. That’s right, isn’t it?”

Barstow shrugged and laughed unhappily. “You’re right. I didn’t have it figured out but you’re absolutely right.”

“But you did have it figured out,” Lazarus assured him. “You had the right answers. Zack, I like your hunches; that’s why I’m stringing along. All right, you and Ford are planning to pull a whizzer on every man jack on this globe-I’m asking you again: have you got the guts to see it through?”

Chapter 5

THE MEMBERS STOOD AROUND in groups, fretfully. “I can’t understand it,” the Resident Archivist was saying to a worried circle around her. “The Senior Trustee never interfered in my work before. But he came bursting into my office with that Lazarus Long behind him and ordered me out.”

“What did he say?” asked one of her listeners.

“Well, I said, ‘May I do you a service, Zaccur Barstow? and be said, ‘Yes, you may. Get out and take your girls with you.’ Not a word of ordinary courtesy!”

“Alot you’ve got to complain about,” another voice added gloomily. It was Cecil Hedrick, of the Johnson Family, chief communications engineer. “Lazarus Long paid a call on me, and he was a damned sight less polite.”

“What did he do?”

“He walks into the communication cell and tells me he is going to take over my board-Zaccur’s orders. I told him that nobody could touch my burners but me and my operators, and anyhow, where was his authority? You know what he did? You won’t believe it but he pulled a blaster on me.”

“You don’t mean it!”

“I certainly do. I tell you, that man is dangerous. He ought to go for psycho adjustment. He’s an atavism if I ever saw one.” Lazarus Long’s face stared out of the screen into that of the Administrator. “Got it all canned?” he demanded.

Ford cut the switch on the facsimulator on his desk. “Got it all,” he confirmed.

“Okay,” the image of Lazarus replied. “I’m clearing.” As the screen went blank Ford spoke into his interoffice circuit. “Have the High Chief Provost report to me at once-in corpus.”

The public safety boss showed up as ordered with an expression on his lined face in which annoyance struggled with discipline. He was having the busiest night of his career, yet the Old Man had sent orders to report in the flesh. What the devil were viewphones for, anyway, he thought angrily-and asked himself why he had ever taken up police work. He rebuked his boss by being coldly formal and saluting unnecessarily. “You sent for me, sir.”

Ford ignored it. “Yes, thank you. Here.” He pressed a stud a film spool popped out of the facsimulator. “This is a complete list of the Howard Families. Arrest them.”

“Yes, sir.” The Federation police chief stared at the spool and debated whether or not to ask how it had been obtained-it certainly hadn’t come through his office … did the Old Man have an intelligence service he didn’t even know about?

“It’s alphabetical, but keyed geographically,” the Administrator was saying. “After you put it through sorters, send the-no, bring the original back to me. You can stop the psycho interviews, too,” he added. “Just bring them in and hold them. I’ll give you more instructions later.”

The High Chief Provost decided that this was not a good time to show curiosity. “Yes, sir.” He saluted stiffly and left.

Ford turned back to his desk controls and sent word that he wanted to see the chiefs of the bureaus of land resources and of transportation control. On afterthought he added the chief of the bureau of consumption logistics.

Back in the Families’ Seat a rump session of the trustees was meeting; Barstow was absent. “I don’t like it,” Andrew Weatherall was saying. “I could understand Zaccur deciding to delay reporting to the Members but I had supposed that he simply wanted to talk to us first. I certainly did expect him to consult us. What do you make of it, Philip?”

Philip Hardy chewed his lip. “I don’t know. Zaccur’s got a head on his shoulders … but it certainly seems to me that he should have called us together and advised with us. Has he spoken with you, Justin?”

“No, he has not,” Justin Foote answered frigidly.

“Well, what should we do? We can’t very well call him in and demand an accounting unless we are prepared to oust him from office and if he refuses. I, for one, am reluctant to do that.” They were still discussing it when the proctors arrived.

Lazarus heard the commotion and correctly interpreted it-no feat, since he had information that his brethren lacked. He was aware that he should submit peacefully and conspicuously to arrest-set a good example. But old habits die hard; he postponed the inevitable by ducking into the nearest men’s ‘fresher.

It was a dead end. He glanced at the air duct-no, too small. While thinking he fumbled in his pouch for a cigarette; his hand found a strange object, he pulled it out. It was the brassard he bad “borrowed” from the proctor in Chicago.

When the proctor working point of the mop-squad covering that wing of the Seat stuck his head into that ‘fresher, he found another “proctor” already there. “Nobody in here,” announced Lazarus. “I’ve checked it.”

“How the devil did you get ahead of me?’

“Around your flank. Stoney Island Tunnel and through their air vents.” Lazarus trusted that the real cop would be unaware that there was no Stoney Island Tunnel “Got a cigarette on you?” “Huh? This is no time to catch a smoke.”

“Shucks,” said Lazarus, “my legate is a good mile away.” “Maybe so,” the proctor replied, “but mine is right behind us.”

“So? Well, skip it-I’ve got something to tell him anyhow.” Lazarus started to move past but the proctor did not get out of his way. He was glancing curiously at Lazarus’ kilt. Lazarus had turned it inside out and its blue lining made a fair imitation of a proctor’s service uniform-if not inspected closely.

“What station did you say you were from?” inquired the proctor.

“This one,” answered Lazarus and planted a short jab under the man’s breastbone. Lazarus’ coach in rough-and-tumble had explained to him that a solar plexus blow was harder to dodge than one to the jaw; the coach bad been dead since the roads strike of 1966, his skill lived on.

Lazarus felt more like a cop with a proper uniform kilt and a bandolier of paralysis bombs slung under his left arm. Besides, the proctor’s kilt was a better fit. To the right the passage outside led to the Sanctuary and a dead end; he went to the left by Hobson’s choice although he knew he would run into his unconscious benefactor’s legate. The passage gave into a hall which was crowded with Members herded into a group of proctors. Lazarus ignored his kin and sought out the harassed officer in charge. “Sir,” he reported, saluting smartly, “There’s sort of a hospital back there. You’ll need fifty or sixty stretchers.”

“Don’t bother me, tell your legate. We’ve got our hands full.”

Lazarus almost did not answer; he had caught Mary Sperling’s eye in the crowd-she stared at him and looked away. He caught himself and answered, “Can’t tell him, sir. Not available.” “Well, go on outside and tell the first-aid squad.”

“Yes, sir.” He moved away, swaggering a little, his thumbs hooked in the band of his kilt. He was far down the passage leading to the transbelt tunnel serving the Waukegan outlet when he heard shouts behind him. Two proctors were running to overtake him.

Lazarus stopped in the archway giving into the transbelt tunnel and waited for them. “What’s the trouble?’ he asked easily as they came up.

“The legate—”began one. He got no further; a paralysis bomb tinkled and popped at his feet. He looked surprised as the radiations wiped all expression from his face; his mate fell

across him.

Lazarus waited behind a shoulder of the arch, counted seconds up to fifteen: “Number one jet fire! Number two jet fire! Number three jet fire!”-added a couple to be sure the paralyzing effect had died away. He had cut it finer than he liked. He had not ducked quite fast enough and his left foot tingled from exposure.

He then checked. The two were unconscious, no one else was in sight. He mounted the transbelt. Perhaps they had not been looking for him in his proper person, perhaps no one had given him away. But he did not hang around to find out. One thing he was damn’ well certain of, he told himself, if anybody had squealed on him, it wasn’t Mary Sperling.

It took two more parabombs and a couple of hundred words of pure fiction to get him out into the open air. Once he was there and out of immediate observation the brassard and the remaining bombs went into his pouch and the bandolier ended up behind some bushes; he then looked up a clothing store in Waukegan.

He sat down in a sales booth and dialed the code for kilts. He let cloth designs flicker past in the screen while he ignored the persuasive voice of the catalogue until a pattern showed up which was distinctly unmilitary and not blue, whereupon he stopped the display and punched an order for his size. He noted the price, tore an open-credit voucher from his wallet, stuck it into the machine and pushed the switch. Then he enjoyed a smoke while the tailoring was done.

Ten minutes later he stuffed the proctor’s kilt into the refuse hopper of the sales booth and left, nattily and loudly attired. He had not been in Waukegan the past century but he found a middle-priced autel without drawing attention by asking questions, dialed its registration board for a standard suite and settled down for seven hours of sound sleep.

He breakfasted in his suite, listening with half an ear to the news box; he was interested, in a mild way, in hearing what might be reported concerning the raid on the Families. But it was   a detached interest; he had already detached himself from it in his own mind. It had been a mistake, he now realized, to get back in touch with the Families-a darn good thing he was clear of it all with his present public identity totally free of any connection with the whing-ding.

Aphrase caught his attention: “-including Zaccur Barstow, alleged to be their tribal chief.

“The prisoners are being shipped to a reservation in Oklahoma, near the ruins of the Okla-Orleans road city about twenty-five miles east of Harriman Memorial Park. The Chief Provost describes it as a ‘Little Coventry,’ and has ordered all aircraft to avoid it by ten miles laterally. The Administrator could not be reached for a statement but a usually reliable source inside the administration informs us that the mass arrest was accomplished in order to speed up the investigations whereby the administration expects to obtain the ‘Secret of the Howard Families’-their techniques for indefinitely prolonging life. This forthright action in arresting and transporting every member of the outlaw group is expected to have a salutary effect in breaking down the resistance of their leaders to the legitimate demands of society. It will bring home forcibly to them that the civil rights enjoyed by decent citizens must not be used as a cloak behind which to damage society as a whole.

“The chattels and holdings of the members of this criminal conspiracy have been declared subject to the Conservator General and will be administered by his agents during the imprisonment of-“

Lazarus switched it off. “Damnation!” he thought. “Don’t fret about things you can’t help.” Of course, he had expected to be arrested himself … but he had escaped. That was that. It wouldn’t do the Families any good for him to turn himself in-and besides, he owed the Families nothing, not a tarnation thing.

Anyhow, they were better off all arrested at once and quickly placed under guard. If they had been smelled out one at a time, anything could have happened-lynchings, even pogroms. Lazarus knew from hard experience how close under the skin lay lynch law and mob violence in the most sweetly civilized; that was why he had advised Zack to rig it-that and the fact that Zack and the Administrator had to have the Families in one compact group to stand a chance of carrying out their scheme. They were well off … and no skin off his nose.

But he wondered how Zack was getting along, and what he would think of Lazarus’ disappearance. And what Mary Sperling thought-it must have been a shock to her when he turned up making a noise like a proctor. He wished he could straighten that out with her.

Not that it mattered what any of them thought. They would all either be lightyears away very soon … or dead. Aclosed book.

He turned to the phone and called the post office. “Captain Aaron Sheffield,” he announced, and gave his postal number. “Last registered with Goddard Field post office. Will you please have my mail sent to-” He leaned closer and read the code number from the suite’s mail receptacle.

“Service,” assented the voice of the clerk. “Right away, Captain.” “Thank you.”

It would take a couple of hours, he reflected, for his mail to catch up with him-a half hour in trajectory, three times that in fiddle-faddle. Might as well wait here … no doubt the search for him had lost itself in the distance but there was nothing in Waukegan he wanted. Once the mail showed up he would hire a U-push-it and scoot down to—

To where? What was he going to do now?

He turned several possibilities over in his mind and came at last to the blank realization that there was nothing, from one end of the Solar System to the other, that he really wanted to do.   It scared him a little. He had once heard, and was inclined to credit, that a loss of interest in living marked the true turning point in the battle between anabolisim and catabolism-old age.

He suddenly envied normal shortlived people-at least they could go make nuisances of themselves to their children. Filial affection was not customary among Members of the Families; it

was not a feasible relationship to maintain for a century or more. And friendship, except between Members, was bound to be regarded as a passing and shallow matter. There was no

one whom Lazarus wanted to see.

Wait a minute … who was that planter on Venus? The one who knew so many folk songs and who was so funny when he was drunk? He’d go look him up. It would make a nice hop and  it would be fun, much as he disliked Venus.

Then he recalled with cold shock that he had not seen the man for-how long? In any case, he was certainly dead by now.

Libby had been right, he mused glumly, when he spoke of the necessity for a new type of memory association for the long-lived. He hoped the lad would push ahead with the necessary research and come up with an answer before Lazarus was reduced to counting on his fingers. He dwelt on the notion for a minute or two before recalling that he was most unlikely ever to see Libby again.

The mail arrived and contained nothing of importance. He was not surprised; he expected no personal letters. The spools of advertising went into the refuse chute; he read only one item,  a letter from Pan-Terra Docking Corp. telling him that his convertible cruiser I Spy had finished her overhaul and had been moved to a parking dock, rental to start forthwith. As instructed, they had not touched the ship’s astrogational controls-was that still the Captain’s pleasure?

He decided to pick her up later in the day and head out into space. Anything was better than sitting Earthbound and admitting that he was bored.

Paying his score and finding a jet for hire occupied less than twenty minutes. He took off and headed for Goddard Field, using the low local-traffic level to avoid entering the control pattern with a flight plan. He was not consciously avoiding the police because he had no reason to think that they could be looking for “Captain Sheffield”; it was simply habit, and it would get him to Goddard Field soon enough.

But long before he reached there, while over eastern Kansas, he decided to land and did so.

He picked the field of a town so small as to be unlikely to rate a full-time proctor and there he sought out a phone booth away from the field. Inside it, he hesitated. How did you go about calling up the head man of the entire Federation-and get him? If he simply called Novak Tower and asked for Administrator Ford, he not only would not be put through to him but his call would be switched to the Department of Public Safety for some unwelcome inquiries, sure as taxes.

Well, there was only one way to beat that, and that was to call the Department of Safety himself and, somehow, get the Chief Provost on the screen-after that he would play by ear. “Department of Civil Safety,” a voice answered. “What service, citizen?”

“Service to you,” he began in his best control-bridge voice. “I am Captain Sheffield. Give me the Chief.” He was not overbearing; his manner simply assumed obedience. Short silence— “What is it about, please?”

“I said I was Captain Sheffield.” This time Lazarus’ voice showed restrained annoyance. Another short pause— “I’ll connect you with Chief Deputy’s office,” the voice said doubtfully.

This time the screen came to life. “Yes?” asked the Chief Deputy, looking him over.

“Get me the Chief-hurry.” “What’s it about?”

“Good Lord, man-get me the Chief! I’m Captain Sheffield!”

The Chief Deputy must be excused for connecting him; he had had no sleep and more confusing things had happened in the last twenty-four hours than he had been able to assimilate. When the High Chief Provost appeared in the screen, Lazarus spoke first. “Oh, there you are! I’ve had the damnedest time cutting through your red tape. Get me the Old Man and move! Use your closed circuit.”

“What the devil do you mean? Who are you?”

“Listen, brother,” said Lazarus in tones of slow exasperation, “I would not have routed through your damned hidebound department if I hadn’t been in a jam. Cut me in to the Old Man. This is about the Howard Families.”

The police chief was instantly alert. “Make your report.”

“Look,” said Lazarus in tired tones, “I know you would like to look over the Old Man’s shoulder, but this isn’t a good time to try. If you obstruct me and force me to waste two hours by reporting in corpus, I will. But the Old Man will want to know why and you can bet your pretty parade kit, I’ll tell him.”

The Chief Provost decided to take a chance-cut this character in on a three-way; then, if the Old Man didn’t burn this joker off the screen in about three seconds, he’d know he had played safe and guessed lucky. If he did-well, you could always blame it on a cross-up in communications. He set the combo.

Administrator Ford looked flabbergasted when he recognized Lazarus in the screen. “You?’ he exclaimed. “How on Earth—Did Zaccur Barstow—” “Seal your circuit!” Lazarus cut in.

The Chief Provost blinked as his screen went dead and silent. So the Old Man did have secret agents outside the department … interesting-and not to be forgotten.

Lazarus gave Ford a quick and fairly honest account of how he happened to be at large, then added, “So you see, I could have gone to cover and escaped entirely. In fact I still can. But I want to know this: is the deal with Zaccur Barstow to let us emigrate still on?”

“Yes, it is.”

“Have you figured out how you are going to get a hundred thousand people inboard the New Frontiers without tipping your hand? You can’t trust your own people, you know that.”  “I know. The present situation is a temporary expedient while we work it out.”

“And I’m the man for the job. I’ve got to be, I’m the only agent on the loose that either one of you can afford to trust. Now listen-“

Eight minutes later Ford was nodding his head slowly and saying, “It might work. It might. Anyway, you start your preparations. I’ll have a letter of credit waiting for you at Goddard.” “Can you cover your tracks on that? I can’t flash a letter of credit from the Administrator; people would wonder.”

“Credit me with some intelligence. By the time it reaches you it will appear to be a routine banking transaction.” “Sorry. Now how can I get through to you when I need to?”

“Oh, yes-note this code combination.” Ford recited it slowly. “That puts you through to my desk without relay. No, don’t write it down; memorize it.” “And how can I talk to Zack Barstow?

“Call me and I’ll hook you in. You can’t call him directly unless you can arrange a sensitive circuit.” “Even if I could, I can’t cart a sensitive around with me. Well, cheerio-I’m clearing.”

“Good luck!”

Lazarus left the phone booth with restrained haste and hurried back to reclaim his hired ship. He did not know enough about current police practice to guess whether or not the High Chief Provost had traced the call to the Administrator; he simply took it for granted because he himself would have done so in the Provosts’ shoes. Therefore the nearest available proctor was probably stepping on his heels-time to move, time to mess up the trail a little.

He took off again and headed west, staying in the local, uncontrolled low level until he reached a cloud bank that walled the western horizon. He then swung back and cut air for Kansas City, staying carefully under the speed limit and flying as low as local traffic regulations permitted. At Kansas City he turned his ship in to the local U-push-it agency and flagged a ground taxi, which carried him down the controlway to Joplin. There he boarded a local jet bus from St. Louis without buying a ticket first, thereby insuring that his flight would not be recorded until the bus’s trip records were turned in on the west coast.

Instead of worrying he spent the time making plans.

One hundred thousand people with an average mass of a hundred and fifty-no, make it a hundred and sixty pounds, Lazarus reconsidered-a hundred and sixty each made a load of sixteen million pounds, eight thousand tons. The I Spy could boost such a load against one gravity but she would be as logy as baked beans, It was out of the question anyhow; people did not stow like cargo; the I Spy could lift that dead weight-but “dead” was the word, for that was what they would be.

He needed a transport.

Buying a passenger ship big enough to ferry the Families from Earth up to where the New Frontiers hung in her construction orbit was not difficult; Four Planets Passenger Service would gladly unload such a ship at a fair price. Passenger trade competition being what it was, they were anxious to cut their losses on older ships no longer popular with tourists. But a passenger ship would not do; not only would there be unhealthy curiosity in what he intended to do with such a ship, but-and this settled it-he could not pilot it single-handed. Under the Revised Space PrecautionaryAct, passenger ships were required to be built for human control throughout on the theory that no automatic safety device could replace human judgment in an emergency.

It would have to be a freighter.

Lazarus knew the best place to find one. Despite efforts to make the Moon colony ecologically self-sufficient, Luna City still imported vastly more tonnage than she exported. On Earth this would have resulted in “empties coming back”; in space transport it was sometimes cheaper to let empties accumulate, especially on Luna where an empty freighter was worth more as metal than it had cost originally as a ship back Earthside.

He left the bus when it landed at Goddard City, went to the space field, paid his bills, and took possession of the I Spy, filed a request for earliest available departure for Luna. The slot he was assigned was two days from then, but Lazarus did not let it worry him; he simply went back to the docking company and indicated that he was willing to pay liberally for a swap, in departure time. In twenty minutes he had oral assurance that he could boost for Luna that evening.

He spent the remaining several hours in the maddening red tape of interplanetary clearance. He first picked up the letter of credit Ford had promised him and converted it into cash. Lazarus would have been quite willing to use a chunk of the cash to speed up his processing just as he had paid (quite legally) for a swap in slot with another ship. But he found himself unable to do so. Two centuries of survival had taught him that a bribe must be offered as gently and as indirectly as a gallant suggestion is made to a proud lady; in a very few minutes he came to the glum conclusion that civic virtue and public honesty could be run into the ground-the functionaries at Goddard Field seemed utterly innocent of the very notion of cumshaw, squeeze, or the lubricating effect of money in routine transactions. He admired their incorruptibility; he did not have to like it-most especially when filling out useless forms cost him the time he had intended to devote to a gourmet’s feast in

the Skygate Room.

He even let himself be vaccinated again rather than go back to the I Spy and dig out the piece of paper that showed he had been vaccinated on arrival Earthside a few weeks earlier.

Nevertheless, twenty minutes before his revised slot time, he lay at the controls of the I Spy, his pouch bulging with stamped papers and his stomach not bulging with the sandwich he had managed to grab. He had worked out the “Hohmann’s-S” trajectory he would use; the results had been fed into the autopilot. All the lights on his board were green save the one which would blink green when field control started his count down. He waited in the warm happiness that always filled him when about to boost.

Athought hit him and he raised up against his straps. Then he loosened the chest strap and sat up, reached for his copy of the current Terra Pilot and Traffic Hazards Supplement. Mmm…

New Frontiers hung in a circular orbit of exactly twenty-four hours, keeping always over meridian 106 degrees west at declination zero at a distance from Earth center of approximately twenty-six thousand miles.

Why not pay her a call, scout out the lay of the land?

The I Spy, with tanks topped off and cargo spaces empty, had many mile-seconds of reserve boost. To be sure, the field had cleared him for Luna City, not for the interstellar ship … but, with the Moon in its present phase, the deviation from his approved flight pattern would hardly show on a screen, probably would not be noticed until the film record was analyzed at some later time-at which time Lazarus would receive a traffic citation, perhaps even have his license suspended. But traffic tickets had never worried him … and it was certainly worthwhile to reconnoitre.

He was already setting up the problem in his ballistic calculator. Aside from checking the orbit elements of the New Frontiers in the Terra Pilot Lazarus could have done it in his sleep; satellite-matching maneuvers were old hat for any pilot and a doubly-tangent trajectory for a twenty-four hour orbit was one any student pilot knew by heart.

He fed the answers into his autopilot during the count down, finished with three minutes to spare, strapped himself down again and relaxed as the acceleration hit him. When the ship went into free fall, he checked his position and vector via the field’s transponder. Satisfied, he locked his board, set the alarm for rendezvous, and went to sleep.

Chapter 6

ABOUT FOUR HOURS LATER the alarm woke him. He switched it off; it continued to ring-a glance at his screen showed him why. The Gargantuan cylindrical body of the New Frontiers lay close aboard. He switched off the radar alarm circuit as well and completed matching with her by the seat of his pants, not bothering with the ballistic calculator. Before he had completed the maneuver the communications alarm started beeping. He slapped a switch; the rig hunted frequencies and the vision screen came to life. Aman looked at him. “New Frontiers calling: what ship are you?”

“Private vessel I Spy, Captain Sheffield. My compliments to your commanding officer. May I come onboard to pay a call?”

They were pleased to have visitors. The ship was completed save for inspection, trials, and acceptance; the enormous gang which had constructed her had gone to Earth and there was no one aboard but the representatives of the Jordan Foundation and a half dozen engineers employed by the corporation which had been formed to build the ship for the foundation. These few were bored with inactivity, bored with each other, anxious to quit marking time and get back to the pleasures of Earth; a visitor was a welcome diversion.

When the I Spy’s airlock had been sealed to that of the big ship, Lazarus was met by the engineer in charge-technically “captain” since the New Frontiers was a ship under way even though not under power. He introduced himself and took Lazarus on a tour of the ship. They floated through miles of corridors, visited laboratories, storerooms, libraries containing hundreds of thousands of spools, acres of hydroponic tanks for growing food and replenishing oxygen, and comfortable, spacious, even luxurious quarters for a crew colony of ten thousand people. “We believe that the Vanguard expedition was somewhat undermanned,” the skipper-engineer explained. “The socio-dynamicists calculate that this colony will be able to maintain the basics of our present level of culture.”

“Doesn’t sound like enough,” Lazarus commented. “Aren’t there more than ten thousand types of specialization?”

“Oh, certainly! But the idea is to provide experts in all basic arts and indispensable branches of knowledge. Then, as the colony expands, additional specializations can be added through the aid of the reference libraries-anything from tap-dancing to tapestry weaving. That’s the general idea though it’s out of my line. Interesting subject, no doubt, for those who like it.”

“Are you anxious to get started?” asked Lazarus.

The man looked almost shocked. “Me? D’you mean to suggest that I would go in this thing? My dear sir, I’m an engineer, not a damn’ fool.” “Sorry.”

“Oh, I don’t mind a reasonable amount of spacing when there’s a reason for it-I’ve been to Luna City more times than I can count and I’ve even been to Venus. But you don’t think the man who built the Mayflower sailed in her, do you? For my money the only thing that will keep these people who signed up for it from going crazy before they get there is that it’s a dead cinch they’re all crazy before they start.”

Lazarus changed the subject. They did not dally in the main drive space, nor in the armored cell housing the giant atomic converter, once Lazarus learned that they were unmanned, fully- automatic types. The total absence of moving parts in each of these divisions, made possible by recent developments in parastatics, made their inner workings of intellectual interest only, which could wait. What Lazarus did want to see was the control room, and there he lingered, asking endless questions until his host was plainly bored and remaining only out of politeness.

Lazarus finally shut up, not because he minded imposing on his host but because he was confident that he had learned enough about the controls to be willing to chance conning the ship.

He picked up two other important data before he left the ship: in nine Earth days the skeleton crew was planning a weekend on Earth, following which the acceptance trials would be held. But for three days the big ship would be empty, save possibly for a communications operator-Lazarus was too wary to be inquisitive on this point. But there would be no guard left in her because no need for a guard could be imagined. One might as well guard the Mississippi River.

The other thing he learned was how to enter the ship from the outside without help from the inside; he picked that datum up through watching the mail rocket arrive just as he was about to leave the ship.

At Luna City, Joseph McFee, factor for Diana Terminal Corp., subsidiary of Diana Freight Lines, welcomed Lazarus warmly. “Well! Come in, Cap’n, and pull up a chair. What’ll you drink?” He was already pouring as he talked-tax-free paint remover from his own amateur vacuum still. “Haven’t seen you in … well, too long. Where d’you raise from last and what’s the gossip there? Heard any new ones?”

“From Goddard,” Lazarus answered and told him what the skipper had said to the V.I.P. McFee answered with the one about the old maid in free fall, which Lazarus pretended not to have heard. Stories led to politics, and McFee expounded his notion of the “only possible solution” to the European questions, a solution predicated on a complicated theory of McFee’s as to why the Covenant could not be extended to any culture below a certain level of industrialization. Lazarus did not give a hoot either way but he knew better than to hurry McFee; he nodded at the right places, accepted more of the condemned rocket juice when offered, and waited for the right moment to come to the point.

“Any company ships for sale now, Joe?”

“Are there? I should hope to shout. I’ve got more steel sitting out on that plain and cluttering my inventory than I’ve had in ten years. Looking for some? I can make you a sweet price.” “Maybe. Maybe not. Depends on whether you’ve got what I want.”

“You name it, I’ve got it. Never saw such a dull market. Some days you can’t turn an honest credit.” McFee frowned. “You know what the trouble is? Well, I’ll tell you-it’s this Howard Families commotion. Nobody wants to risk any money until he knows where he stands. How can a man make plans when he doesn’t know whether to plan for ten years or a hundred? You mark my words: if the administration manages to sweat the secret loose from those babies, you’ll see the biggest boom in long-term investments ever. But if not well, long-term holdings won’t be worth a peso a dozen and there will be an eat-drink-and-be-merry craze that will make the Reconstruction look like a tea party.”

He frowned again. “What kind of metal you looking for?” “I don’t want metal, I want a ship.”

McFee’s frown disappeared, his eyebrows shot up. “So? What sort?” “Can’t say exactly. Got time to look ‘em over with me?”

They suited up and left the dome by North Tunnel, then strolled around grounded ships in the long, easy strides of low gravity. Lazarus soon saw that just two ships had both the lift and the air space needed. One was a tanker and the better buy, but a mental calculation showed him that it lacked deck space, even including the floor plates of the tanks, to accommodate eight thousand tons of passengers. The other was an older ship with cranky piston-type injection meters, but she was fitted for general merchandise and had enough deck space. Her pay load was higher than necessary for the job, since passengers weigh little for the cubage they clutter-but that would make her lively, which might be critically important.

As for the injectors, he could baby them-he had herded worse junk than this.

Lazarus haggled with McFee over terms, not because he wanted to save money but because failure to do so would have been out of character. They finally reached a complicated three- cornered deal in which McFee bought the I Spy for himself, Lazarus delivered clear title to it unmortgaged and accepted McFee’s unsecured note in payment, then purchased the freighter by endorsing McFee’s note back to him and adding cash. McFee in turn would be able to mortgage the I Spy at the Commerce Clearance Bank in Luna City, use the proceeds plus cash or credit of his own to redeem his own paper-presumably before his accounts were audited, though Lazarus did not mention that.

It was not quite a bribe. Lazarus merely made use of the fact that McFee had long wanted a ship of his own and regarded the I Spy as the ideal bachelor’s go-buggy for business or pleasure; Lazarus simply held the price down to where McFee could swing the deal. But the arrangements made certain that McFee would not gossip about the deal, at least until he had had time to redeem his note. Lazarus further confused the issue by asking McFee to keep his eyes open for a good buy in trade tobacco … which made McFee sure that Captain Sheffield’s mysterious new venture involved Venus, that being the only major market for such goods. Lazarus got the freighter ready for space in only four days through lavish bonuses and overtime payments. At last he dropped Luna City behind him, owner and master of the City of Chillicothe. He shortened the name in his mind to Chili in honor of a favorite dish he had not tasted in a long time-fat red beans, plenty of chili powder, chunks of meat . .

. real meat, not the synthetic pap these youngsters called “meat.” He thought about it and his mouth watered. He had not a care in the world.

As he approached Earth, he called traffic control and asked for a parking orbit, as he did not wish to put the Chili down; it would waste fuel and attract attention. He had no scruples about orbiting without permission but there was a chance that the Chili might be spotted, charted, and investigated as a derelict during his absence; it was safer to be legal.

They gave him an orbit; he matched in and steadied down, then set the Chili’s identification beacon to his own combination, made sure that the radar of the ship’s gig could trip it, and took the gig down to the auxiliary small-craft field at Goddard. He was careful to have all necessary papers with him this time; by letting the gig be sealed in bond he avoided customs and was cleared through the space port quickly. He had no destination in mind other than to find a public phone and check in with Zack and Ford-then, if there was time, try to find some real chili. He had not called the Administrator from space because ship-to-ground required relay, and the custom of privacy certainly would not protect them if the mixer who handled the call overheard a mention of the Howard Families.

The Administrator answered his call at once, although it was late at night in the longitude of Novak Tower. From the puffy circles under Ford’s eyes Lazarus judged that he had been living at his desk. “Hi,” said Lazarus, “better get Zack Barstow on a three-way. I’ve got things to report.”

“So it’s you,” Ford said grimly. “I thought you had run out on us. Where have you been?” “Buying a ship,” Lazarus answered. “As you knew. Let’s get Barstow.”

Ford frowned, but turned to his desk. By split screen, Barstow joined them. He seemed surprised to see Lazarus and not altogether relieved. Lazarus spoke quickly: “What’s the matter, pal? Didn’t Ford tell you what I was up to?”

“Yes, he did,” admitted Barstow, “but we didn’t know where you were or what you were doing. Time dragged on and you didn’t check in … so we decided we had seen the last of you.”

“Shucks,” complained Lazarus, “you know I wouldn’t ever do anything like that. Anyhow, here I am and here’s what I’ve done so far-” He told them of the Chili and of his reconnaissance of the New Frontiers. “Now here’s how I see it: sometime this weekend, while the New Frontiers is sitting out there with nobody inboard her, I set the Chili down in the prison reservation, we load up in a hurry, rush out to the New Frontiers, grab her, and scoot. Mr. Administrator, that calls for a lot of help from you. Your proctors will have to look the other way while I land and load. Then we need to sort of slide past the traffic patrol. After that it would be a whole lot better if no naval craft was in a position to do anything drastic about the New Frontiers-if there is   a communication watch left in her, they may be able to holler for help before we can silence them.”

“Give me credit for some foresight,” Ford answered sourly. “I know you will have to have a diversion to stand any chance of getting away with it. The scheme is fantastic at the best.” “Not too fantastic,” Lazarus disagreed, “if you are willing to use your emergency powers to the limit at the last minute.”

“Possibly. But we can’t wait four days.” “Why not?’ “The situation won’t hold together that long.” “Neither will mine,” put in Barstow.

Lazarus looked from one to the other. “Huh? What’s the trouble? What’s up?” They explained:

Ford and Barstow were engaged in a preposterously improbable task, that of putting over a complex and subtle fraud; a triple fraud with a different face for the Families, for the public, and for the Federation Council. Each aspect presented unique and apparently insurmountable difficulties.

Ford had no one whom he dared take into his confidence, for even his most trusted personal staff member might be infected with the mania of the delusional Fountain of Youth … or might not be, but there was no way to know without compromising the conspiracy. Despite this, he had to convince the Council that the measures he was taking were the best for achieving the Council’s purpose.

Besides that, he had to hand out daily news releases to convince the citizens that their government was just about to gain for them the “secret” of living forever. Each day the statements had to be more detailed, the lies more tricky. The people were getting restless at the delay; they were sloughing off the coat of civilization, becoming mob.

The Council was feeling the pressure of the people. Twice Ford had been forced to a vote of confidence; the second he had won by only two votes. “I won’t win another one-we’ve got to move.”

Barstow’s troubles were different but just as sticky. He had to have confederates, because his job was to prepare all the hundred thousand members for the exodus. They had to know, before the time came to embark, if they were to leave quietly and quickly. Nevertheless he did not dare tell them the truth too soon because among so many people there were bound to be some who were stupid and stubborn … and it required just one fool to wreck the scheme by spilling it to the proctors guarding them.

Instead he was forced to try to find leaders who he could trust, convince them, and depend on them to convince others. He needed almost a thousand dependable “herdsmen” to be sure of getting his people to follow him when the time came. Yet the very number of confederates he needed was so great as to make certain that somebody would prove weak.

Worse than that, he needed other confederates for a still touchier purpose. Ford and he had agreed on a scheme, weak at best, for gaining time. They were doling out the techniques used by the Families in delaying the symptoms of senility under the pretense that the sum total of these techniques was the “secret.” To put over this fraud Barstow had to have the help  of the biochemists, gland therapists, specialists in symbiotics and in metabolism, and other experts among the Families, and these in turn had to be prepared for police interrogation by the Families’ most skilled psychotechnicians … because they had to be able to put over the fraud even under the influence of babble drugs. The hypnotic false indoctrination required for this was enormously more complex than that necessary for a simple block against talking. Thus far the swindle had worked … fairly well. But the discrepancies became more hard to explain each day.

Barstow could not keep these matters juggled much longer. The great mass of the Families, necessarily kept in ignorance, were getting out of hand even faster than the public outside. They were rightfully angry at what had been done to them; they expected anyone in authority to do something about it-and do it now!

Barstow’s influence over his kin was melting away as fast as that of Ford over the Council.

“It can’t be four days,” repeated Ford. “More like twelve hours … twenty-four at the outside. The Council meets again tomorrow afternoon.” Barstow looked worried. “I’m not sure I can prepare them in so short a time. I may have trouble getting them aboard.”

“Don’t worry about it,” Ford snapped. “Why not?”

“Because,” Ford said bluntly, “any who stay behind will be dead-if they’re lucky.”

Barstow said nothing and looked away. It was the first time that either one of them had admitted explicitly that this was no relatively harmless piece of political chicanery but a desperate and nearly hopeless attempt to avoid a massacre and that Ford himself was on both sides of the fence.

“Well,” Lazarus broke in briskly, “now that you boys have settled that, let’s get on with it. I can ground the Chili in-” He stopped and estimated quickly where she would be in orbit, how long  it would take him to rendezvous. “-well, by twenty-two Greenwich. Add an hour to play safe. How about seventeen o’clock Oklahoma time tomorrow afternoon? That’s today, actually.”

The other two seemed relieved. “Good enough,” agreed Barstow. “I’ll have them in the best shape I can manage.”

“All right,” agreed Ford, “if that’s the fastest it can be done.” He thought for a moment. “Barstow, I’ll withdraw at once all proctors and government personnel now inside the reservation barrier and shut you off. Once the gate contracts, you can tell them all.”

“Right. I’ll do my best.”

“Anything else before we clear?” asked Lazarus. “Oh, yes-Zack, we’d better pick a place for me to land, or I may shorten a lot of lives with my blast.” “Uh, yes. Make your approach from the west. I’ll rig a standard berth marker. Okay?”

“Okay.”

“Not okay,” denied Ford. “We’ll have to give him a pilot beam to come in on.”

“Nonsense,” objected Lazarus. “I could set her down on top of the Washington Monument.” “Not this time, you couldn’t. Don’t be surprised at the weather.”

As Lazarus approached his rendezvous with the Chili he signaled from the gig; the Chili’s transponder echoed, to his relief-he had little faith in gear he had not personally overhauled and a long search for the Chili at this point would have been disastrous.

He figured the relative vector, gunned the gig, flipped, and gunned to brake-homed-in three minutes off estimate, feeling smug. He cradled the gig, hurried inside, and took her down. Entering the stratosphere and circling two-thirds of the globe took no longer than he had estimated. He used part of the hour’s leeway he had allowed himself by being very stingy in his

maneuvers in order to spare the worn, obsolescent injection meters. Then he was down in the troposphere and making his approach, with skin temperatures high but not dangerously

so. Presently he realized what Ford had meant about the weather. Oklahoma and half of Texas were covered with deep, thick clouds. Lazarus was amazed and somehow pleased; it

reminded him of other days, when weather was something experienced rather than controlled. Life had lost some flavor, in his opinion, when the weather engineers had learned how to

harness the elements. He hoped that their planet-if they found one!-would have some nice, lively weather.

Then he was down in it and too busy to meditate. In spite of her size the freighter bucked and complained. Whew! Ford must have ordered this little charivari the minute the time was set- and, at that, the integrators must have had a big low-pressure area close at hand to build on.

Somewhere a pattern controlman was shouting at him; he switched it off and gave all his attention to his approach radar and the ghostly images in the infra-red rectifier while comparing what they told him with his inertial tracker. The ship passed over a miles-wide scar on the landscape-the ruins of the Okla-Orleans Road City. When Lazarus had last seen it, it had been noisy with life. Of all the mechanical monstrosities the human race had saddled themselves with, he mused, those dinosaurs easily took first prize.

Then the thought was cut short by a squeal from his board; the ship had picked up the pilot beam.

He wheeled her in, cut his last jet as she scraped, and slapped a series of switches; the great cargo ports rumbled open and rain beat in.

Eleanor Johnson huddled into herself, half crouching against the storm, and tried to draw her cloak more tightly about the baby in the crook of her left arm. When the storm had first hit, the child had cried endlessly, stretching her nerves taut. Now it was quiet, but that seemed only new cause for alarm.

She herself had wept, although she had tried not to show it. In all her twenty-seven years she had never been exposed to weather like this; it seemed symbolic of the storm that had overturned her life, swept her away from her cherished first home of her own with its homey oldfashioned fireplace, its shiny service cell, its thermostat which she could set to the temperature she liked without consulting others-a tempest which had swept her away between two grim proctors, arrested like some poor psychotic, and landed her after terrifying indignities here in the cold sticky red clay of this Oklahoma field.

Was it true? Could it possibly be true? Or had she not yet borne her baby at all and this was another of the strange dreams she had while carrying it?

But the rain was too wetly cold, the thunder too loud; she could never have slept through such a dream. Then what the Senior Trustee had told them must be true, too-it had to be true; she had seen the ship ground with her own eyes, its blast bright against the black of the storm. She could no longer see it but the crowd around her moved slowly forward; it must in front of her. She was close to the outskirts of the crowd she would be one of the last to get aboard.

It was very necessary to board the ship-Elder Zaccur Barstow had told them with deep solemnness what lay in store for them if they failed to board. She had believed earnestness; nevertheless she wondered how it could possibly be true-could anyone be so wicked, so deeply and terribly wicked as to want to kill anyone as harmless and helpless as herself and her baby?

She was struck by panic terror-suppose there was no room left by the time she got up to the ship? She clutched her baby more tightly; the child cried again at the pressure. Awoman in the crowd moved closer and spoke to her “You must be tired. May I carry the baby for a while?”

“No. No, thank you. I’m all right.” Aflash of lightning showed the woman’s face; Eleanor Johnson recognized her Elder Mary Sperling.

But the kindness of the offer steadied her. She knew now what she must do. If they were filled up and could take no more, she must pass her baby forward, hand to hand over the heads of the crowd. They could not refuse space to anything as little as her baby.

Something brushed her in the dark. The crowd was moving forward again.

When Barstow could see that loading would be finished in a few more minutes he left his post at one of the cargo doors and ran as fast as he could through the splashing sticky mud to the communications shack. Ford had warned him to give notice just before they raised ship; it was necessary to Ford’s plan for diversion. Barstow fumbled with an awkward un-powered door, swung it open and rushed up. He set the private combination which should connect him directly to Ford’s control desk and pushed the key.

He was answered at once but it was not Ford’s face on the screen. Barstow burst out with, “Where is the Administrator? I want to talk with him,” before he recognized the face in front of him.

It was a face well known to all the public-Bork Vanning, Leader of the Minority in the Council. “You’re talking to the Administrator,” Vanning said and grinned coldly. “The new Administrator. Now who the devil are you and why are you calling?”

Barstow thanked all gods, past and present, that recognition was onesided. He cut the connection with one unaimed blow and plunged out of the building.

Two cargo ports were already closed; stragglers were moving through the other two. Barstow hurried the last of them inside with curses and followed them, slammed pell-mell to the control room. “Raise ship!” he shouted to Lazarus. “Fast!”

“What’s all the shoutin’ fer?” asked Lazarus, but he was already closing and sealing the ports. He tripped the acceleration screamer, waited a scant ten seconds … and gave her power. “Well,” he said conversationally six minutes later, “I hope everybody was lying down. If not, we’ve got some broken bones on our hands. What’s that you were saying?”

Barstow told him about his attempt to report to Ford.

Lazarus blinked and whistled a few bars of Turkey in the Straw. “It looks like we’ve run out of minutes. It does look like it.” He shut up and gave his attention to his instruments, one eye on his ballistic track, one on radar-aft.

Chapter 7

LAZARUS HAD his hands full to jockey the Chili into just the right position against the side of the New Frontiers; the overstrained meters made the smaller craft skittish as a young horse. But he did it. The magnetic anchors clanged home; the gas-tight seals slapped into place; and their ears popped as the pressure in the Chili adjusted to that in the giant ship. Lazarus dived for the drop hole in the deck of the control room, pulled himself rapidly hand over hand to the port of contact, and reached the passenger lock of the New Frontiers to find himself facing the skipper-engineer.

The man looked at him and snorted. “You again, eh? Why the deuce didn’t you answer our challenge? You can’t lock onto us without permission; this is private property. What do you mean by it?”

“It means,” said Lazarus, “that you and your boys are going back to Earth a few days early-in this ship.” “Why, that’s ridiculous!”

“Brother,” Lazarus said gently, his blaster suddenly growing out his left fist, “I’d sure hate to hurt you after you were so nice to me … but I sure will, unless you knuckle under awful quick.”

The official simply stared unbelievingly. Several of his juniors had gathered behind him; one of them sunfished in the air, started to leave. Lazarus winged him in the leg, at low power; he jerked and clutched at nothing. “Now you’ll have to take care of him,” Lazarus observed.

That settled it. The skipper called together his men from the announcing system microphone at the passenger lock; Lazarus counted them as they arrived-twenty-nine, a figure he had been careful to learn on his first visit. He assigned two men to hold each of them. Then he took a look at the man he had shot.

“You aren’t really hurt, bub,” he decided shortly and turned to the skipper-engineer. “Soon as we transfer you, get some radiation salve on that burn. The Red Cross kit’s on the after bulkhead of the control room.”

“This is piracy! You can’t get away with this.”

“Probably not,” Lazarus agreed thoughtfully. “But I sort of hope we do.” He turned his attention back to his job. “Shake it up there! Don’t take all day.”

The Chili was slowly being emptied. Only the one exit could be used but the pressure of the half hysterical mob behind them forced along those in the bottleneck of the trunk joining the two ships; they came boiling out like bees from a disturbed hive.

Most of them had never been in free fall before this trip; they burst out into the larger space of the giant ship and drifted helplessly, completely disoriented. Lazarus tried to bring order into  it by grabbing anyone he could see who seemed to be able to handle himself in zero gravity, ordered him to speed things up by shoving along the helpless ones-shove them anywhere, on back into the big ship, get them out of the way, make room for the thousands more yet to come. When he had conscripted a dozen or so such herdsmen he spotted Barstow in the emerging throng, grabbed him and put him in charge. “Keep ‘em moving, just anyhow. I’ve got to get for’ard to the control room. If you spot Andy Libby, send him after me.”

Aman broke loose, from the stream and approached Barstow. “There’s a ship trying to lock onto ours. I saw it through a port.” “Where?” demanded Lazarus.

The man was handicapped by slight knowledge of ships and shipboard terms, but he managed to make himself understood. “I’ll be back,” Lazarus told Barstow. “Keep ‘em moving-and don’t let any of those babies get away-our guests there.” He holstered his blaster and fought his way back through the swirling mob in the bottleneck.

Number three port seemed to be the one the man had meant. Yes, there was something there. The port had an armor-glass bull’s-eye in it, but instead of stars beyond Lazarus saw a lighted space. Aship of some sort had locked against it.

Its occupants either had not tried to open the Chili’s port or just possibly did not know how. The port was not locked from the inside; there had been no reason to bother. It should have opened easily from either side once pressure was balanced … which the tell-tale, shining green by the latch, showed to be the case.

Lazarus was mystified.

Whether it was a traffic control vessel, a Naval craft, or something else, its presence was bad news. But why didn’t, they simply open the door and walk in? He was tempted to lock the port from the inside, hurry and lock all the others, finish loading and try to run for it.

But his monkey ancestry got the better of him; he could not leave alone something he did not understand. So he compromised by kicking the blind latch into place that would keep them from opening the port from outside, then slithered cautiously alongside the bull’s-eye and sneaked a peep with one eye.

He found himself staring at Slayton Ford.

He pulled himself to one side, kicked the blind latch open, pressed the switch to open the port. He waited there, a toe caught in a handihold, blaster in one hand, knife in the other.

One figure emerged. Lazarus saw that it was Ford, pressed the switch again to close the port, kicked the blind latch into place, while never taking his blaster off his visitor. “Now what the hell?” he demanded. “What are you doing here? And who else is here? Patrol?”

“I’m alone.”

“Huh?”

“I want to go with you … if you’ll have me.”

Lazarus looked at him and did not answer. Then he went back to the bull’s-eye and inspected all that he could see. Ford appeared to be telling the truth, for no one else was in sight. But that was not what held Lazarus’ eye.

Why the ship wasn’t a proper deep-space craft at all. It did not have an air1ock but merely a seal to let it fasten to a larger ship; Lazarus was staring right into the body of the craft. It looked like-yes, it was a “Joy-boat Junior,” a little private strato-yacht, suitable only for point-to-point trajectory, or at the most for rendezvous with a satellite provided the satellite could refuel it for the return leg.

There was no fuel for it here. Alightning pilot possibly could land that tin toy without power and still walk away from it provided he had the skill to play Skip-to-M’Lou in and out of the atmosphere while nursing his skin temperatures-but Lazarus wouldn’t want to try it. No, sir! He turned to Ford. “Suppose we turned you down. How did you figure on getting back?”

“I didn’t figure on it,” Ford answered simply.

“Mmm— Tell me about it, but make it march; we’re minus on minutes.”

Ford had burned all bridges. Turned out of office only hours earlier, he had known that, once all the facts came out, life-long imprisonment in Coventry was the best he could hope for-if he managed to avoid mob violence or mindshattering interrogation.

Arranging the diversion was the thing that finally lost him his thin margin of control. His explanations for his actions were not convincing to the Council. He had excused the storm and the withdrawing of proctors from the reservation as a drastic attempt to break the morale of the Families-a possible excuse but not too plausible. His orders to Naval craft, intended to keep them away from the New Frontiers, had apparently not been associated in anyone’s mind with the Howard Families affair; nevertheless the apparent lack of sound reason behind them had been seized on by the opposition as another weapon to bring him down. They were watching for anything to catch him out-one question asked in Council concerned certain monies from the Administrator’s discretionary fund which had been paid indirectly to one Captain Aaron Sheffield; were these monies in fact expended in the public interest?

Lazarus’ eyes widened. “You mean they were onto me?”

“Not quite. Or you wouldn’t be here. But they were close behind you. I think they must have had help from a lot of my people at the last.”

“Probably. But we made it, so let’s not fret. Come on. The minute everybody is out of this ship and into the big girl, we’ve got to boost.” Lazarus turned to leave.

“You’re going to let me go along?”

Lazarus checked his progress, twisted to face Ford. “How else?” He had intended at first to send Ford down in the Chili. It was not gratitude that changed his mind, but respect. Once he had lost office Ford had gone straight to Huxley Field north of Novak Tower, cleared for the vacation satellite Monte Carlo, and had jumped for the New Frontiers instead. Lazarus liked that. “Go for broke” took courage and character that most people didn’t have. Don’t grab a toothbrush, don’t wind the cat-just do it! “Of course you’re coming along,” he said easily: “You’re my kind of boy, Slayton.”

The Chili was more than half emptied now but the spaces near the interchange were still jammed with frantic mobs. Lazarus cuffed and shoved his way through, trying not to bruise women and children unnecessarily but not letting the possibility slow him up. He scrambled through the connecting trunk with Ford hanging onto his belt, pulled aside once they were through and paused in front of Barstow.

Barstow stared past him. “Yeah, it’s him,” Lazarus confirmed. “Don’t stare-it’s rude. He’s going with us. Have you seen Libby?”

“Here I am, Lazarus.” Libby separated himself from the throng and approached with the ease of a veteran long used to free fall. He had a small satchel strapped to one wrist. “Good. Stick around. Zack, how long till you’re all loaded?”

“God knows. I can’t count them. An hour, maybe.”

“Make it less. If you put some husky boys on each side of the hole, they can snatch them through faster than they are coming. We’ve got to shove out of here a little sooner than is humanly possible. I’m going to the control room. Phone me there the instant you have everybody in, our guests here out, and the Chili broken loose. Andy! Slayton! Let’s go.”

“Later, Andy. We’ll talk when we get there?’

Lazarus took Slayton Ford with him because he did not know what else to do with him and felt it would be better to keep him out of sight until some plausible excuse could be dreamed up for having him along. So far no one seemed to have looked at him twice, but once they quieted down, Ford’s well-known face would demand explanation.

The control room was about a half mile forward of where they had entered the ship. Lazarus knew that there was a passenger belt leading to it but he didn’t have time to look for it; he simply took the first passageway leading forward. As soon as they got away from the crowd they made good time even though Ford was not as skilled in the fishlike maneuvers of free fall as were the other two.

Once there, Lazarus spent the enforced wait in explaining to Libby the extremely ingenious but unorthodox controls of the starship. Libby was fascinated and soon was putting himself through dummy runs. Lazarus turned to Ford. “How about you, Slayton? Wouldn’t hurt to have a second relief pilot.”

Ford shook his head. “I’ve been listening but I could never learn it. I’m not a pilot” “Huh? How did you get here?”

“Oh. I do have a license, but I haven’t had time to keep in practice. My chauffeur always pilots me. I haven’t figured a trajectory in many years.” Lazarus looked him over. “And yet you plotted an orbit rendezvous? With no reserve fuel?”

“Oh, that. I had to.”

“I see. The way the cat learned to swim. Well, that’s one way.” He turned back to speak to Libby, was interrupted by Barstow’s voice over the announcing system: “Five minutes, Lazarus! Acknowledge.”

Lazarus found the microphone, covered the light under it with his hand and answered, “Okay, Zack! Five minutes.” Then he said, “Cripes, I haven’t even picked a course. What do you think, Andy? Straight out from Earth to shake the busies off our tail? Then pick a destination? How about it, Slayton? Does that fit with what you ordered Navy craft to do? “No, Lazarus, no!” protested Libby. “Huh? Why not?”

“You should head right straight down for the Sun.” “For the Sun? For Pete’s sake, why?”

“I tried to tell you when I first saw you. It’s because of the space drive you asked me to develop.” “But, Andy, we haven’t got it.”

“Yes, we have. Here.” Libby shoved the satchel he had been carrying toward Lazarus. Lazarus opened it.

Assembled from odd bits of other equipment, looking more like the product of a boy’s workshop than the output of a scientist’s laboratory, the gadget which Libby referred to as a “space drive” underwent Lazarus’ critical examination. Against the polished sophisticated perfection of the control room it looked uncouth, pathetic, ridiculously inadequate.

Lazarus poked at it tentatively. “What is it?’ he asked. “Your model?” “No, no. That’s it. That’s the space drive.”

Lazarus looked at the younger man not unsympathetically. “Son,” he asked slowly, “have you come unzipped?”

“No, no, no!” Libby sputtered. “I’m as sane as you are. This is a radically new notion. That’s why I want you to take us down near the Sun. If it works at all, it will work best where light pressure is strongest.”

“And if it doesn’t work,” inquired Lazarus, “what does that make us? Sunspots?”

“Not straight down into the Sun. But head for it now and as soon as I can work out the data, I’ll give you corrections to warp you into your proper trajectory. I want to pass the Sun in a very fiat hyperbola, well inside the orbit of Mercury, as close to the photosphere as this ship can stand. I don’t know how close that is, so I couldn’t work it out ahead of time. But the data will be here in the ship and there will be time to correlate them as we go.”

Lazarus looked again at the giddy little cat’s cradle of apparatus. “Andy … if you are sure that the gears in your head are still meshed, I’ll take a chance. Strap down, both of you.” He belted himself into the pilot’s couch and called Barstow. “How about it, Zack?” “Right now!”

“Hang on tight!” With one hand Lazarus covered a light in his leftside control panel; acceleration warning shrieked throughout the ship. With the other he covered another; the hemisphere in front of them was suddenly spangled with the starry firmament, and Ford gasped.

Lazarus studied it. Afull twenty degrees of it was blanked out by the dark circle of the nightside of Earth. “Got to duck around a corner, Andy. We’ll use a little Tennessee windage.” He started easily with a quarter gravity, just enough to shake up his passengers and make them cautious, while he started a slow operation of precessing the enormous ship to the direction he needed to shove her in order to get out of Earth’s shadow. He raised acceleration to a half gee, then to a gee.

Earth changed suddenly from a black silhouette to a slender silver crescent as the half-degree white disc of the Sun came out from behind her. “I want to clip her about a thousand miles out, Slipstick,” Lazarus said tensely, “at two gees. Gimme a temporary vector.” Libby hesitated only momentarily and gave it to him. Lazarus again sounded acceleration warning and boosted to twice Earth-normal gravity. Lazarus was tempted to raise the boost to emergency-full but he dared not do so with a shipload of groundlubbers; even two gees sustained for a long period might be too much of a strain for some of them. Any Naval pursuit craft ordered to intercept them could boost at much higher gee and their selected crews could stand it. But it was just a chance they would have to take … and anyhow, he reminded himself, a Navy ship could not maintain a high boost for long; her mile-seconds were strictly limited by her reaction-mass tanks.

The New Frontiers had no such oldfashioned limits, no tanks; her converter accepted any mass at all, turned it into pure radiant energy. Anything would serve-meteors, cosmic dust, stray atoms gathered in by her sweep field, or anything from the ship herself, such as garbage, dead bodies, deck sweepings, anything at all. Mass was energy. In dying, each tortured gram gave up nine hundred million trillion ergs of thrust. The crescent of Earth waxed and swelled and slid off toward the left edge of the hemispherical screen while the Sun remained dead

ahead. Alittle more than twenty minutes later, when they were at closest approach and the crescent, now at half phase, was sliding out of the bowl screen, the ship-to-ship circuit came to life. “New Frontiers!” a forceful voice sounded. “Maneuver to orbit and lay to! This is an official traffic control order.”

Lazarus shut it off. “Anyhow,” he said cheerfully, “if they try to catch us, they won’t like chasing us down into the Sun! Andy, it’s a clear road now and time we corrected, maybe; You want to compute it? Or will you feed me the data?”

“I’ll compute it,” Libby answered. He had already discovered that the ship’s characteristics pertinent to astrogation, including her “black body” behavior, were available at both piloting stations. Armed with this and with the running data from instruments he set out to calculate the hyperboloid by which he intended to pass the Sun. He made a half-hearted attempt to use the ship’s ballistic calculator but it baffled him; it was a design he was not used to, having no moving parts of any sort, even in the exterior controls. So he gave it up as a waste of time and fell back on the strange talent for figures lodged in his brain. His brain had no moving parts, either, but he was used to it.

Lazarus decided to check on their popularity rating. He switched on the ship-to-ship again, found that it was still angrily squawking, although a little more faintly. They knew his own name now-one of his names-which caused him to decide that the boys in the Chili must have called traffic control almost at once. He tut-tutted sadly when he learned that “Captain Sheffield’s” license to pilot had been suspended. He shut it off and tried the Naval frequencies … then shut them off also when he was able to raise nothing but code and scramble, except that the words “New Frontiers” came through once in clear.

He said something about “sticks and stones may break my bones-” and tried another line of investigation. Both by long-range radar and by paragravitic detector he could tell that there were ships in their neighborhood but this alone told him very little; there were bound to be ships this close to Earth and he had no easy way to distinguish, from these data alone, an unarmed liner or freighter about her lawful occasions from a Naval cruiser in angry pursuit.

But the New Frontiers had more resources for analyzing what was around her than had an ordinary ship; she had been specially equipped to cope unassisted with any imaginable strange conditions. The hemispherical control room in which they lay was an enormous multi-screened television receiver which could duplicate the starry heavens either in view-aft or view-forward at the selection of the pilot. But it also had other circuits, much more subtle; simultaneously or separately it could act as an enormous radar screen as well, displaying on it the blips of any body within radar range.

But that was just a starter. Its inhuman senses could apply differential analysis to doppler data and display the result in a visual analog. Lazarus studied his lefthand control bank, tried to remember everything be had been told about it, made a change in the set up.

The simulated stars and even the Sun faded to dimness; about a dozen lights shined brightly.

He ordered the board to check them for angular rate; the bright lights turned cherry red, became little comets trailing off to pink tails-all but one, which remained white and grew no tail. He studied the others for a moment, decided that their vectors were such that they would remain forever strangers, and ordered the board to check the line-of-sight doppler on the one with a steady bearing.

It faded to violet, ran halfway through the spectrum and held steady at blue-green. Lazarus thought a moment, subtracted from the inquiry their own two gees of boost; it turned white again. Satisfied he tried the same tests with view-aft.

“Lazarus-“ “Yeah, Lib?”

“Will it interfere with what you are doing if I give you the corrections now?”

“Not at all. I was just taking a look-see. If this magic lantern knows what it’s talking about, they didn’t manage to get a pursuit job on our tail in time.” “Good. Well, here are the figures …”

“Feed ‘em in yourself, will you? Take the conn for a while. I want to see about some coffee and sandwiches. How about you? Feel like some breakfast?”

Libby nodded absent-mindedly, already starting to revise the ship’s trajectory. Ford spoke up eagerly, the first word he had uttered in a long, time. “Let me get it. I’d be glad to.” He seemed pathetically anxious to be useful.

“Mmm … you might get into some kind of trouble, Slayton. No matter what sort of a selling job Zack did, your name is probably ‘Mud’ with most of the members. I’ll phone aft and raise somebody.”

“Probably nobody would recognize me under these circumstances,” Ford argued. “Anyway, it’s a legitimate errand-I can explain that.” Lazarus saw from his face that it was necessary to the man’s morale. “Okay … if you can handle yourself under two gees.”

Ford struggled heavily up out of the acceleration couch he was in. “I’ve got space legs. What kind of sandwiches?”

“I’d say corned beef, but it would probably be some damned substitute. Make mine cheese, with rye if they’ve got it, and use plenty of mustard. And a gallon of coffee. What are you having, Andy?”

“Me? Oh, anything that is convenient,”

Ford started to leave, bracing himself heavily against double weight, then he added, “Oh-it might save time if you could tell me where to go.” – “Brother,” said Lazarus, “if this ship isn’t pretty well crammed with food, we’ve all made a terrible mistake. Scout around. You’ll find some.”

Down, down, down toward the Sun, with speed increasing by sixty-four feet per second for every second elapsed. Down and still down for fifteen endless hours of double weight. During this time they traveled seventeen million miles and reached the inconceivable speed of six hundred and forty miles per second. The figures mean little-think instead of New York to Chicago, a half hour’s journey even by stratomail, done in a single heartbeat.

Barstow had a rough time during heavy weight. For all of the others it was a time to lie down, try hopelessly to sleep, breathe painfully and seek new positions in which to rest from the burdens of their own bodies. But Zaccur Barstow was driven by his sense of responsibility; he kept going though the Old Man of the Sea sat on his neck and raised his weight to three hundred and fifty pounds.

Not that he could do anything for them, except crawl wearily from one compartment to another and ask about their welfare. Nothing could be done, no organization to relieve their misery was possible, while high boost continued. They lay where they could, men, women, and children crowded together like cattle being shipped, without even room to stretch out, in spaces never intended for such extreme overcrowding.

The only good thing about it, Barstow reflected wearily, was that they were all too miserable to worry about anything but the dragging minutes. They were too beaten down to make trouble. Later on there would be doubts raised, he was sure, about the wisdom of fleeing; there would be embarrassing questions asked about Ford’s presence in the ship, about Lazarus’ peculiar and sometimes shady actions, about his own contradictory role. But not yet.

He really must, he decided reluctantly, organize a propaganda campaign before trouble could grow. If it did-and it surely would if he didn’t move to offset it, and … well, that would be the last straw. It would be.

He eyed a ladder in front of him, set his teeth, and struggled up to the next deck. Picking his way through the bodies there he almost stepped on a woman who was clutching a baby too tightly to her. Barstow noticed that the infant was wet and soiled and he thought of ordering its mother to take care of the matter, since she seemed to be awake. But he let it go-so far as he knew there was not a clean diaper in millions of miles. Or there might be ten thousand of them on the deck above … which seemed almost as far away.

He plodded on without speaking to her. Eleanor Johnson had not been aware of his concern. After the first great relief at realizing that she and her baby were safe inside the ship she had consigned all her worries to her elders and now felt nothing but the apathy of emotional reaction and of inescapable weight. Baby had cried when that awful weight had hit them, then had become quiet, too quiet. She had roused herself enough to listen for its heartbeat; then, sure that he was alive, she had sunk back into stupor.

Fifteen hours out, with the orbit of Venus only four hours away, Libby cut the boost. The ship plunged on, in free fall, her terrific speed still mounting under the steadily increasing pull of the Sun. Lazarus was awakened by no weight. He glanced at the copilot’s couch and said, “On the curve?”

“As plotted.”

Lazarus looked him over. “Okay, I’ve got it. Now get out of here and get some sleep. Boy, you look like a used towel.” “I’ll just stay here and rest.”

“You will like hell. You haven’t slept even when I had the com; if you stay here, you’ll be watching instruments and figuring. So beat it! Slayton, chuck him out.”

Libby smiled shyly and left. He found the spaces abaft the control room swarming with floating bodies but he managed to find an unused corner, passed his kilt belt through a handihold, and slept at once.

Free fall should have been as great a relief to everyone else; it was not, except to the fraction of one per cent who were salted spacemen. Free-fall nausea, likes seasickness, is a joke only to those not affected; it would take a Dante to describe a hundred thousand cases of it. There were anti-nausea drugs aboard, but they were not found at once; there were medical men among the Families, but they were sick, too. The misery went on.

Barstow, himself long since used to free flight, floated forward to the control room to pray relief for the less fortunate. “They’re in bad shape,” he told Lazarus. “Can’t you put spin on the ship and give them some let-up? It would help a lot.”

“And it would make maneuvering difficult, too. Sorry. Look, Zack, a lively ship will be more important to them in a pinch than just keeping their suppers down. Nobody dies from seasickness anyhow … they just wish they could.”

The ship plunged on down, still gaining speed as it fell toward the Sun. The few who felt able continued slowly to assist the enormous majority who were ill.

Libby continued to sleep, the luxurious return-to-the-womb sleep of those who have learned to enjoy free fall. He had had almost no sleep since the day the Families had been arrested; his overly active mind had spent all its time worrying the problem of a new space drive.

The big ship precessed around him; he stirred gently and did not awake. It steadied in a new attitude and the acceleration warning brought him instantly awake. He oriented himself, placed himself flat against the after bulkhead, and waited; weight hit him almost at once-three gees this time and he knew that something was badly wrong. He had gone almost a quarter mile aft before he found a hide-away; nevertheless he struggled to his feet and started the unlikely task of trying to climb that quarter mile-now straight up-at three times his proper weight, while blaming himself for having let Lazarus talk him into leaving the control room.

He managed only a portion of the trip … but an heroic portion, one about equal to climbing the stairs of a ten-story building while carrying a man on each shoulder … when resumption of free fall relieved him. He zipped the rest of the way like a salmon returning home and was in the control room quickly. “What happened?”

Lazarus said regretfully, “Had to vector, Andy.” Slayton Ford said nothing but looked worried.

“Yes, I know. But why?’ Libby was already strapping himself against the copilot’s couch while studying the astrogational situation. “Red lights on the screen.” Lazarus described the display, giving coordinates and relative vectors.

Libby nodded thoughtfully. “Naval craft. No commercial vessels would be in such trajectories. Aminelaying bracket.”

“That’s what I figured. I didn’t have time to consult you; I had to use enough mile-seconds to be sure they wouldn’t have boost enough to reposition on us.” “Yes, you had to.” Libby looked worried. “I thought we were free of any possible Naval interference.”

“They’re not ours,” put in Slayton Ford. “They can’t be ours no matter what orders have been given since I-uh, since I left. They must be Venerian craft.”

“Yeah,” agreed Lazarus, “they must be. Your pal, the new Administrator, hollered to Venus for help and they gave it to him-just a friendly gesture of interplanetary good will.” Libby was hardly listening. He was examining data and processing it through the calculator inside his skull. “Lazarus… this new orbit isn’t too good.”

“I know,” Lazarus agreed sadly. “I had to duck … so I ducked the only direction they left open to me-closer to the Sun.” “Too close, perhaps.”

The Sun is not a large star, nor is it very hot. But it is hot with reference to men, hot enough to strike them down dead if they are careless about tropic noonday ninety-two million miles away from it, hot enough that we who are reared under its rays nevertheless dare not look directly at it.

At a distance of two and a half million miles the Sun beats out with a flare fourteen hundred times as bright as the worst ever endured in Death Valley, the Sahara, or Aden. Such radiance would not be perceived as heat or light; it would be death more sudden than the full power of a blaster. The Sun is a hydrogen bomb, a naturally occurring one; the New Frontiers was skirting the limits of its circle of total destruction.

It was hot inside the ship. The Families were protected against instant radiant death by the armored walls but the air temperature continued to mount. They were relieved of the misery of free fall but they were doubly uncomfortable, both from heat and from the fact that the bulkheads slanted crazily; there was no level place to stand or lie, The ship was both spinning on its axis and accelerating now; it was never intended to do both at once and the addition of the two accelerations, angular and linear, met “down” the direction where outer and after bulkheads met. The ship was being spun through necessity to permit some of the impinging radiant energy to re-radiate on the “cold” side. The forward acceleration was equally from necessity, a forlorn-hope maneuver to pass the Sun as far out as possible and as fast as possible, in order to spend least time at perihelion, the point of closest approach.

It was hot in the control room. Even Lazarus had voluntarily shed his kilt and shucked down to Venus styles. Metal was hot to the touch. On the great stellarium screen an enormous circle of blackness marked where the Sun’s disc should have been; the receptors had cut out automatically at such a ridicubus demand.

Lazarus repeated Libby’s last words. “‘Thirty-seven minutes to perihelion.’ We can’t take it, Andy. The ship can’t take it.” “I know. I never intended us top this close.”

“Of course you didn’t. Maybe I shouldn’t have maneuvered. Maybe we would have missed the mines anyway. Oh, well-” Lazarus squared his shoulders and filed it with the might-have- beens. “It looks to me, son, about time to try out your gadget.” He poked a thumb at Libby’s uncouth-looking “space drive.” “You say that all you have to do is to hook up that one connection?”

“That is what is intended. Attach that one lead to any portion of the mass to be affected. Of course I don’t really know that it will work,” Libby admitted. “There is no way to test it.” “Suppose it doesn’t?’

“There are three possibilities.” Libby answered methodically. “In the first place, nothing may happen.” “In which case we fry.”

“In the second place, we and the ship may cease to exist as mattei as we know it.” “Dead, you mean. But probably a pleasanter way.”

“I suppose so. I don’t know what death is. In the third place, if my hypotheses are correct, we will recede from the Sun at a speed just under that of light.” Lazarus eyed the gadget and wiped sweat from his shoulders. “It’s getting hotter, Andy. Hook it up-and it has better be good!”

Andy hooked it up.

“Go ahead,” urged Lazarus. “Push the button, throw the switch, cut the beam. Make it march.” “I have,” Libby insisted. “Look at the Sun.”

“Huh? Oh!”

The great circle of blackness which had marked the position of the Sun on the star-speckled stellarium was shrinking rapidly. In a dozen heartbeats it lost half its diameter; twenty seconds later it had dwindled to a quarter of its original width.

“It worked,” Lazarus said softly. “Look at it, Slayton! Sign me up as a purple baboon-it worked!” “I rather thought it would,” Libby answered seriously. “It should, you know.”

“Hmm-That may be evident to you, Andy. It’s not to me. How fast are we going?” “Relative to what?”

“Uh, relative to the Sun.”

“I haven’t had opportunity to measure it, but it seems to be just under the speed of light. It can’t be greater.” “Why not? Aside from theoretical considerations.”

“We still see.” Libby pointed at the stellarium bowl.

“Yeah, so we do,” Lazarus mused. “Hey! We shouldn’t be able to. I ought to doppler out.”

Libby looked blank, then smiled. “But it dopplers right back in. Over on that side, toward the Sun, we’re seeing by short radiations stretched to visibility. On the opposite side we’re picking up something around radio wavelengths dopplered down to light.”

“And in between?”

“Quit pulling my leg, Lazarus. I’m sure you can work out relatively vector additions quite as well as I can.” “You work it out,” Lazarus said firmly. “I’m just going to sit here and admire it. Eh, Slayton?”

“Yes. Yes indeed.”

Libby smiled politely. “We might as well quit wasting mass on the main drive.” He sounded the warner, then cut the drive. “Now we can return to normal conditions.” He started to disconnect his gadget.

Lazarus said hastily, “Hold it, Andy! We aren’t even outside the orbit of Mercury yet. Why put on the brakes?” ‘Why, this won’t stop us. We have acquired velocity; we will keep it.”

Lazarus pulled at his cheek and stared. “Ordinarily I would agree with you. First Law of Motion. But with this pseudospeed I’m not so sure. We got it for nothing and we haven’t paid for it- in energy, I mean. You seem to have declared a holiday with respect to inertia; when the holiday is over, won’t all that free speed go back where it came from?”

“I don’t think so,” Libby answered. “Our velocity isn’t ‘pseudo’ anything; it’s as real as velocity can be. You are attempting to apply verbal anthropomorphic logic to a field in which it is not pertinent. You would not expect us to be transported instantaneously back to the lower gravitational potential from which we started, would you?”

“Back to where you hooked in your space drive? No, we’ve moved.”

“And we’ll keep on moving. Our newly acquired gravitational potential energy of greater height above the Sun is no more real than our present kinetic energy of velocity. They both exist.” Lazarus looked baffled. The expression did not suit him. ‘~I guess you’ve got me, Andy. No matter how I slice it, we seemed to have picked up energy from somewhere. But where? When

I went to school, they taught me to honor the Flag, vote the straight party ticket, and believe in the law of conservation of energy. Seems like you’ve violated it. How about it?”

“Don’t worry about it,” suggested Libby. “The so-called law of conservation of energy was merely a working hypothesis, unproved and unprovable, used to describe gross phenomena. Its terms apply only to the older, dynamic concept of the world. In a plenum conceived as a static grid of relationships, a ‘violation’ of that ‘law’ is nothing more startling than a discontinuous function, to be noted and described. That’s what I did. I saw a discontinuity in the mathematical model of the aspect of mass-energy called inertia. I applied it. The mathematical model turned out to be similar to the real world. That was the only hazard, really-one never knows that a mathematical model is similar to the real world until you try it.”

“Yeah, yeah, sure, you can’t tell the taste till you bite it-but, Andy, I still don’t see what caused it!” He turned toward Ford. “Do you, Slayton?” Ford shook his head. “No. I would like to know … but I doubt if I could understand it.”

“You and me both. Well, Andy?”

Now Libby looked baffled. ‘But, Lazarus, causality has nothing to do with the real plenum. A fact simply is. Causality is merely an oldfashioned-postulate of a pre-scientific philosophy.”

“I guess,” Lazarus said slowly, “I’m oldfashioned.” Libby said nothing. He disconnected his apparatus.

The disc of black continued to shrink. When it had shrunk to about one sixth its greatest diameter, it changed suddenly from black to shining white, as the ship’s distance from the Sun again was great enough to permit the receptors to manage the load.

Lazarus tried to work out in his head the kinetic energy of the ship-one half the square of the velocity of light (minus a pinch, he corrected) times the mighty tonnage of -the New Frontiers. The answer did not comfort him, whether he called it ergs or apples.

Chapter 8

“FIRST THINGS FIRST,” interrupted Barstow. “I’m as fascinated by the amazing scientific aspects of our present situation as any of you, but we’ve got work to do. We’ve got to plan a pattern for daily living at once. So let’s table mathematical physics and talk about organization.”

He was not speaking to the trustees but to his own personal lieutenants, the key people in helping him put over the complex maneuvers which had made their escape possible-Ralph Schultz, Eve Barstow, Mary Sperling, Justin Foote, Clive Johnson, about a dozen others.

Lazarus and Libby were there. Lazarus had left Slayton Ford to guard the control room, with orders to turn away all visitors and, above all, not to let anyone touch the controls. It was a make-work job, it being Lazarus’ notion of temporary occupational therapy. He bad sensed in Ford a mental condition that he did not like. Ford seemed to have withdrawn into himself. He answered when spoken to, but that was all. It worried Lazarus.

“We need an executive,” Barstow went on, “someone who, for the time being will have very broad powers to give orders and have them carried out. He’ll have to make decisions, organize us, assign duties and responsibilities, get the internal economy of the ship working. It’s a big job and I would like to have our brethren hold an election and do it democratically. That’ll have to wait; somebody has to give orders now. We’re wasting food and the ship is-well, I wish you could have seen the ***’fre$ier*** I tried to use today.”

“Zaccur … “Yes, Eve?”

“It seems to me that the thing to do is to put it up to the trustees. We haven’t any authority; we were just an emergency group for something that is finished now.”

“Ahrruniph-” It was Justin Foote, in tones as dry and formal as his face. “I differ somewhat from our sister. The trustees are not conversant with the full background; it would take time we can ill afford to put them into the picture, as it were, before they would be able to judge the matter. Furthermore, being one of the trustees myself, I am able to say without bias that the trustees, as an organized group, can have no jurisdiction because legally they no longer exist.”

Lazarus looked interested. “How do you figure that, Justin?”

“Thusly: the board of trustees were the custodians of a foundation which existed as a part of and in relation to a society. The trustees were never a government; their sole duties had to do with relations between the Families and the rest of that society. With the ending of relationship between the Families and terrestrial society, the board of trustees, ipso facto, ceases to exist. it is one with history. Now we in this ship are not yet a society, we are an anarchistic group. This present assemblage has as much-or as little-authority to initiate a society as has any part group.

Latarus cheered and clapped. “Justin,” he applauded, “that is the neatest piece of verbal juggling I’ve heard in a century. Let’s get together sometime and have a go at solipsism.” Justin Foote looked pained. “Obviously-” he began.

“Nope! Not another word! You’ve convinced me, don’t spoil it. If that’s how it is, let’s get busy and pick a bull moose. How about you, Zack? You look like the logical candidate.” Barstow shook his head. “I know my limitations. I’m an engineer, not a political executive; the Families were just a hobby with me. We need an expert in social administration.”

When Barstow had convinced them that he meant it, other names were proposed and their qualifications debated at length. In a group as large as the Families there were many who had specialized in political science, many who had served in public office with credit.

Lazarus listened; he knew four of the candidates. At last he got Eve Barstow aside and whispered with her. She looked startled, then thoughtful, finally nodded.

She asked for the floor. “I have a candidate to propose,” she began in her always gentle tones, “who might not ordinarily occur to you, but who is incomparably better fitted, by temperament, training, and experience, to do this job than is anyone as yet proposed. For civil administrator of the ship I nominate Slayton Ford.”

They were flabbergasted into silence, then everybody tried to talk at once. “Has Eve lost her mind? Ford is back on Earth!”-“No, no, he’s not. I’ve seen him-here-in the ship.”-“But it’s out of the question!”-“Him? The Families would never accept him!”-“Even so, he’s not one of us.”

Eve patiently kept the floor until they quieted. “I know my nomination sounds ridiculous and I admit the difficulties. But consider the advantages. We all know Slayton Ford by reputation and by performance. You know, every member of the Families knows, that Ford is a genius in his field. It is going to be hard enough to work out plans for living together in this badly overcrowded ship; the best talent we can draw on will be no more than enough.”

Her words impressed them because Ford was that rare thing in history, a statesman whose worth was almost universally acknowledged in his own lifetime. Contemporary historians credited him with having saved the Western Federation in at least two of its major development crises; it was his misfortune rather than his personal failure that his career was wrecked on a crisis not solvable by ordinary means.

“Eve,” said Zaccur Barstown “1 agree with your opinion of Ford and I myself would be glad to have him as our executive. But how about all of the others? To the Families-everyone except ourselves here present-Mr. Administrator Ford symbolizes the persecution they have suffered. I think that makes him an impossible candidate.”

Eve was gently stubborn. “I don’t think so. We’ve already agreed that we will have to work up a campaign to explain away a lot of embarrassing facts about the last few days. Why don’t we do it thoroughly and convince them that Ford is a martyr who sacrificed himself to save them? He is, you know.”

“Mmm … yes, he is. He didn’t sacrifice himself primarily on our account, but there is no doubt in my mind that his personal sacrifice saved us. But whether or not we can convince the others, convince them strongly enough that they will accept him and take orders from him … when he is now a sort of personal devil to them-well, I just don’t know. I think we need expert advice. How about it, Ralph? Could it be done?’

Ralph Schultz hesitated. “The truth of a proposition has little or nothing to do with its psychodynamics. The notion that ‘truth will prevail’ is merely a pious wish; history doesn’t show it. The fact that Ford really is a martyr to whom we owe gratitude is irrelevant to the purely technical question you put to me.” He stopped to think. “But the proposition per se has certain sentimentally dramatic aspects which lend it to propaganda manipulation, even in the face of the currently accepted strong counterproposition. Yes … yes, I think it could be sold.”

“How long would it take you to put it over?”

“Mmm … the social space involved is both ‘tight’ and ‘hot’ in the jargon we use; I should be able to get a high positive ‘k’ factor on the chain reaction-if it works at all. But it’s an unsurveyed field and I don’t know what spontaneous rumors are running around the ship. If you decide to do this, I’ll want to prepare some rumors before we adjourn, rumors to repair Ford’s reputation-then about twelve hours from now I can release another one that Ford is actually aboard . Because he intended from the first to throw his lot in with us.”

“Ub, I hardly think he did, Ralph.” – “Are you sure, Zaccur?”

“No, but-Well …

“You see? The truth about his original intentions is a secret between him – and his God. You don’t know and neither do I. But the dynamics of the proposition are a separate matter. Zaccur, by the time my rumor gets back to you three or four times, even you will begin to wonder.” The psychornetrician paused to stare at nothing while he consulted an intuition refined by almost a century of mathematical study of human behavior. “Yes, it will work. If you all want to do it, you will be able to make a public announcement inside of twenty-four hours.”

“I so move!” someone called out.

Afew minutes later Barstow had Lazarus fetch Ford to the meeting place. Lazarus did not explain to him why his presence was required; Ford entered the compartment like a man come to judgment, one with a bitter certainty that the outcome will be against him. His manner showed fortitude but not hope. His eyes were unhappy.

Lazarus had studied those eyes during the long hours they had been shut up together in the control room. They bore an expression Lazarus had seen many times before in his long life. The condemned man who has lost his final appeal, the fully resolved suicide, little furry things exhausted and defeated by struggle with the unrelenting steel of traps-the eyes of each of these hold a single expression, born of hopeless conviction that his time has run out.

Ford’s eyes had it.

Lazarus had seen it grow and had been puzzled by it. To be sure, they were all in a dangerous spot, but Ford no more I than the rest. Besides, awareness of danger brings a live expression; why should Ford’s eyes hold the signal of death? Lazarus finally decided that it could only be because Ford had reached the dead-end state of mind where suicide is necessary. But why? Lazarus mulled it over during the long watches in the control room and reconstructed the logic of it to his own satisfaction. Back on Earth, Ford had been important among his own kind, the shortlived. His paramount position had rendered him then almost immune to the feeling of defeated inferiority which the long-lived stirred up in normal men. But now he was the only ephemeral in a race of Methuselas.

Ford had neither the experience of the elders nor the expectations of the young; he felt inferior to them both, hopelessly outclassed. Correct or not, he felt himself to be a useless pensioner, an impotent object of charity.

To a person of Ford’s busy useful background the situation was intolerable. His very pride and strength of character were driving him to suicide. As he came into the conference room Ford’s glance sought out Zaccur Barstow. “You sent for me, sir?’

“Yes, Mr. Administrator.” Barstow explained briefly the situation and the responsibility thel wanted him to assume. “You are under no compulsion,” he concluded, “but we need your services if you are willing to serve. Will you?”

Lazarus’ heart felt light as he watched Ford’s expression change to amazement. “Do you really mean that?” Ford answered slowly. “You’re not joking with me?” “Most certainly we mean it!”

Ford did not answer at once and when he did, his answer seemed irrelevant. “May I sit down?”

Aplace was found for him; he settled heavily into the chair and covered his face with his hands. No one spoke. Presently he raised his head and said in a steady voice, “If that is your will,   I will do my best to carry out your wishes.”

The ship required a captain as well as a civil administrator. Lazarus had been, up to that time, her captain in a very practical, piratical sense but he balked when Barstow proposed that it be made a formal title. “Huh uh! Not me. I may just spend this trip playing checkers. Libby’s your man. Seriousminded, conscientious, former naval officer-just the type for the job.”

Libby blushed as eyes turned toward him. “Now, really,” he protested, “while it is true that I have had to command ships in the course of my duties, it has never suited me. I am a staff officer by temperament. I don’t feel like a commanding officer.”

“Don’t see how you can duck out of it,” Lazarus persisted. “You invented the go-fast gadget and you are the only one who understands how it works. You’ve got yourself a job, boy.”

“But that does not follow at all,” pleaded Libby. “1 am perfectly willing to be astrogator, for that is consonant with my talents. But I very much prefer to serve under a commanding officer.” Lazarus was smugly pleased then to see how Slayton Ford immediately moved in and took charge; the sick man was gone, here again was the executive. “It isn’t a matter of your

personal preference, Commander Libby; we each must do what we can. I have agreed to direct social and civil organization; that is consonant with my training. But I can’t command the

ship as a ship; I’m not trained for it. You are. You must do it.”

Libby blushed pinker and stammered. “I would if I were the only one. But there are hundreds of spacemen among the Families and dozens of them certainly have more experience; and talent for command than I have. If you’ll look for him, you’ll find the right man.”

Ford said, “What do you think, Lazarus?”

“Um. Andy’s got something. Acaptain puts spine into his ship … or doesn’t, as the case may be. If Libby doesn’t hanker to command, maybe we’d better look around.”

Justin Foote had a microed roster with him but there was no scanner at hand with which to sort it. Nevertheless the memories of the dozen and more present produced many candidates. They finally settled on Captain Rufus “Ruthless” King.

Libby was explaining the consequences of his lightpressure drive to his new commanding officer. “The loci of our attainable destinations is contained in a sheaf of paraboloids having their apices tangent to our present course. This assumes that acceleration by means of the ship’s normal drive will always be applied so that the magnitude our present vector, just under the speed of light, will be held constant. This will require that the ship be slowly precessed during the entire maneuvering acceleration. But it will not be too fussy because of the enormous difference in magnitude between our present vector and the maneuvering vectors being impressed on it. One may think of it roughly as accelerating at right angles to Our course.”

“Yes, yes, I see that,” Captain King cut in, “but why do you assume that the resultant vectors must always be equal to our present vector?”

“Why, it need not be if the Captain decides otherwise,” Libby answered, looking puzzled, “but to apply a component that would reduce the resultant vector below our present speed would simply be to cause us to backtrack a little without increasing the scope of our present loci of possible destinations. The effect would only increase our flight time, to generations, even to centuries, if the resultant-“

“Certainly, certainly! I understand basic ballistics, Mister. But why do you reject the other alternative? Why not increase our speed? Why can’t I accelerate directly along my present course  if I choose?”

Libby looked worried. “The Captain may, if he so orders. But it would be an attempt to exceed the speed of light. That has been assumed to be impossible-“ “That’s exactly what I was driving at: ‘Assumed.’ I’ve always wondered if that assumption was justified. Now seems like a good time to find out.”

Libby hesitated, his sense of duty struggling against the ecstatic temptations of scientific curiosity. “If this were a research ship, Captain, I would be anxious to try it. I can’t visualize what the conditions would be if we did pass the speed of light, but it seems to me that we would be cut off entirely from the electromagnetic spectrum insofar as other bodies are concerned. How could we see to astrogate?”

Libby had more than theory to worry him; they were “seeing” now only by electronic vision. To the human eye itself the hemisphere behind them along their track was a vasty black; the shortest radiations had dopplered to wavelengths too long for the eye. In the forward direction stars could still be seen but their visible “light” was made up of longest Hertzian waves crowded in by the ship’s incomprehensible speed. Dark “radio stars” shined at first magnitude; stars poor in radio wavelengths had faded to obscurity. The familiar constellations were changed beyond easy recognition. The fact that they were seeing by vision distorted by Doppler’s effect was confirmed by spectrum analysis; Fraunhofer’s lines had not merely shifted toward the violet end, they had passed beyond, out of sight, and previously unknown patterns replaced them.

“Hmm …” King replied. “I see what you mean. But I’d certainly like to try it, damn if I wouldn’t! But I admit it’s out of the question with passengers inboard. Very well, prepare for me roughed courses to type ‘0’ stars lying inside this trumpet-flower locus of yours and not too far away. Say ten lightyears for your first search.”

“Yes, sir. I have. I can’t offer anything in that range in the ‘0’ types.” “So? Lonely out here, isn’t it? Well?’

“We have Tau Ceti inside the locus at eleven lightyears.” – “A05, eh? Not too good.”

“No, sir. But we have a true Sol type, a 02-catalog ZD9817. But it’s more than twice as far away.”

Captain King chewed a knuckle. “I suppose I’ll have to put it up to the elders. How much subjective time advantage are we enjoying?” “I don’t know, sir.”

“Eh? Well work it out! Or give me the data and I will. I don’t claim to be the mathematician you are, but any cadet could solve that one. The equations are simple enough.” –

“So they are, sir. But I don’t have the data to substitute in the time-contraction equation . . -. because I have no way now to measure the ship’s speed. The violet shift is useless to use; we don’t know what the lines mean. I’m afraid we must wait until we have worked up a much longer baseline.”

King sighed. “Mister, I sometimes wonder why I got into this business. Well, are you willing to venture a best guess? Long time? Short time?”

“Uh … a long time, sir. Years.”

“So? Well, I’ve sweated it out in worse ships. Years, eh? Play any chess?”

“I have, sir.” Libby did not mention that he had given up the game long ago for lack of adequate competition. “Looks like we’d have plenty of time to play. King’s pawn;to king four.”

“King’s knight to bishop three.”

“An unorthodox player, eh? Well, I’ll answer you later. I suppose I’d better try to sell them the 02 eyen though it takes longer … and I suppose I’d better caution Ford to start some contests and things. Can’t have ‘em getting coffin fever.”

“Yes, sir. Did I mention deceleration time? It works out to just under one Earth year, subjective, at a negative one-gee, to slow us to stellar speeds.” “Eh? We’ll decelerate the same way we accelerated-with your lightpressure drive.”

Libby shook his head. “I’m sorry, sir. The drawback of the lightpressure drive is that it makes no difference what your previous course and speed may be; if you go inertialess in the near neighborhood of a star, its light pressure kicks you away from it like a cork hit by a stream of water. Your previous momentum is canceled out when you cancel your inertia.”

“Well,” King conceded, “let’s assume that we will follow your schedule. I can’t argue with you yet; there are still some things about that gadget of yours that I don’t understand.” “There are lots of things about it,” Libby answered seriously, “that I don’t understand either.”

The ship had flicked by Earth’s orbit less than ten minutes after Libby cut in his space drive. Lazarus and he had discussed the esoteric physical aspects of it all the way to the orbit of Mars-less than a quarter hour. Jupiter’s path was far distant when Barstow called the organization conference. But it killed an hour to find them all in the crowded ship; by the time he called them to order they were a billion miles out beyond the orbit of Saturn-elapsed time from “Go!” less than an hour and a half.

But the blocks get longer after Saturn. Uranus found them still in discussion. Nevertheless Ford’s name was agreed on and he had accepted before the ship was as far from the Sun as  is Neptune. King had been named captain, had toured his new command with Lazarus as guide, and was already in conference with his astrogator when the ship passed the orbit of Pluto nearly four billion miles deep into space, but still less than six hours after the Sun’s light had blasted them away.

Even then they were not outside the Solar System, but between them and the stars lay nothing but the winter homes of Sol’s comets and hiding places of hypothetical trans-Plutonian planets-space in which the Sun holds options but can hardly be said to own in fee simple. But even the nearest stars were still lightyears away. New Frontiers was headed for them at a pace which crowded the heels of light-weather cold, track fast.

Out, out, and still farther out … out to the lonely depths where world lines are almost straight, undistorted by gravitation. Each day, each month … each year … their headlong flight took them farther from all humanity.

PART TWO

The ship lunged on, alone in the desert of night, each lightyear as empty as the last. The Families built up a way of life in her.

The New Frontiers was approximately cylindrical. When not under acceleration, she was spun on her axis to give pseudo-weight to passengers near the outer skin of the ship; the outer or “lower” compartments were living quarters while the innermost or “upper” compartments were storerooms and so forth. Between compartments were shops, hydroponic farms and such. Along the axis, fore to aft, were the control room, the converter, and the main drive.

The design will be recognized as similar to that of the larger free-flight interplanetary ships in use today, but it is necessary to bear in mind her enormous size. She was a city, with ample room for a colony of twenty thousand, which would have allowed the planned complement of ten thousand to double their numbers during the long voyage to Proxima Centauri.

Thus, big as she was, the hundred thousand and more of the Families found themselves overcrowded fivefold.

They put up with it only long enough to rig for cold-sleep. By converting some recreation space on the lower levels to storage, room was squeezed out for the purpose. Somnolents require about one per cent the living room needed by active, functioning humans; in time the ship was roomy enough for those still awake. Volunteers for cold-sleep were not numerous  at first-these people were more than commonly aware of death because of their unique heritage; cold-sleep seemed too much like the Last Sleep. But the great discomfort of extreme overcrowding combined with the equally extreme monotony of the endless voyage changed their minds rapidly enough to provide a steady supply for the little death as fast as they could be accommodated.

Those who remained awake were kept humping simply to get the work done-the ship’s houskeeping, tending the hydroponic farms and the ship’s auxiliary machinery and, most especially, caring for the somnolents themselves. Biomechanicians have worked out complex empirical formulas describing body deterioration and the measures which must be taken  to offset it under various conditions of impressed acceleration, ambient temperature, the drugs used, and other factors such as metabolic age, body mass, sex, and so forth. By using the upper, low-weight compartments, deterioration caused by acceleration (that is to say, the simple weight of body tissues on themselves, the wear that leads to flat feet or bed sores) could be held to a minimum. But all the care of the somnolents had to be done by hand-turning them, massaging them, checking on blood sugar, testing the slow-motion heart actions, all the tests and services necessary to make sure that extremely reduced metabolism does not

slide over into death. Aside from a dozen stalls in the ship’s infirmary she had not been designed for cold-sleep passengers; no automatic machinery had been provided. All this tedious care of tens of thousands of somnolents had to be done by hand.

Eleanor Johnson ran across her friend, Nancy Weatheral, in Refectory 9-D—called “The Club” by its habitues, less flattering things by those who avoided it. Most of its frequenters were young and noisy. Lazarus was the only elder who ate there often. He did not mind noise, he enjoyed it.

Eleanor swooped down on her friend and kissed the back of her neck. “Nancy! So you are awake again! My, I’m glad to see you!” Nancy disentangled herself. “H’lo, b~e. Don’t spill my coffee.”

“Well! Aren’t you glad to see me?”

“Of course I am. But you forget that while it’s been a year to you, it’s only yesterday to me. And I’m still sleepy.” “How long have you been awake, Nancy?”

“Acouple of hours. How’s that kid of yours?”

“Oh, he’s fine!” Eleanor Johnson’s face brightened. “You wouldn’t know him-he’s shot up fast this past year. Almost up to my shoulder and looking more like his father every day.”

Nancy changed the subject. Eleanor’s friends made a point of keeping Eleanor’s deceased husband out of the conversation. “What have you been doing while I was snoozing? Still teaching primary?” –

“Yes. Or rather ‘No.’ I stay with the age group my Hubert is in. He’s in junior secondary now.”

“Why don’t you catch a few months’ sleep and skip some of that drudgery, Eleanor? You’ll make an old woman out of yourself if you keep it up;” – – “No,” Eleanor refused, “not until Hubert is old enough not to need me.”

“Don’t be sentimental. Half the female volunteers are women with young children. I don’t blame ‘em a bit. Look at me-from my point of view the trip so far has lasted only seven months. I could do the rest of it standing on my head.”

Eleanor looked stubborn. “No, thank you. That may be all right for you, but I am doing very nicely as I am.”

Lazarus had been sitting at the same counter doing drastic damage to a sirloin steak surrogate. “She’s afraid she’ll miss something,” he explained. “I don’t blame her. So am I.” Nancy changed her tack. “Then have another child, Eleanor. That’ll get you relieved from routine duties.”

“It takes two to arrange that,” Eleanor pointed out.

“That’s no hazard. Here’s Lazarus, for example. He’d make a Aplus father.”

Eleanor dimpled. Lazarus blushed under his permanent tan. “As a matter of fact,” Eleanor stated evenly, “I proposed to him and was turned down.” Nancy sputtered into her coffee and looked quickly from Lazarus to Eleanor. “Sorry. I didn’t know.”

“No harm,” answered Eleanor. “It’s simply because I am one of his granddaughters, four times removed.”

“But …” Nancy fought a losing fight with the custom of privacy. “Well, goodness me, that’s well within the limits of permissible consanguinity. What’s the hitch? Or should I shut up?” “You should,” Eleanor agreed.

Lazarus shifted uncomfortably. “I know I’m oldfashioned,” he admitted, “but I soaked up some of my ideas a long time ago. Genetics or no genetics, I just wouldn’t feel right marrying one of my own grandchildren.”

Nancy looked amazed. “I’ll say you’re oldfashioned!” She added, “Or maybe you’re just shy. I’m tempted to propose to you myself and find out.” Lazarus glared at her. “Go ahead and see what a surprise you get!”

Nancy looked him over coolly. “Mmn …” she meditated.

Lazarus tried to outstare her, finally dropped his eyes: “I’ll have to ask you ladies to excuse me,” he said nervously. “Work to do.” Eleanor laid a gentle hand on his arm. “Don’t go, Lazarus. Nancy is a cat and can’t help it. Tell her about the plans for landing.” “What’s that? Are we going to land? When? Where?”

Lazarus, willing to be mollified, told her. The type G2, or Sol-type star, toward which they had bent their course years earlier was now less than a lightyear away-a little over seven light- months-and it was now possible to infer by parainterferometric methods that the star (ZD9817, or simply “our” star) had planets of some sort.

In another month, when the star would be a half lightyear away, deceleration would commence. Spin would be taken off the ship and for one year she would boost backwards at one gravity, ending near the star at interplanetary rather than interstellar speed, and a search would be made for a planet fit to support human life. The search would be quick and easy as the only planets they were interested in would shine out brilliantly then, like Venus from Earth; they were not interested in elusive cold planets, like Neptune or Pluto, lurking in distant shadows, nor in scorched cinders ilke Mercury, hiding in the flaming skirts of the mother star.

If no Earthlike planet was to be had, then they must continue on down really close to the strange sun and again be kicked away by light pressure, to resume hunting for a home

elsewhere-with the difference that this time, not harassed by police, they could select a new course with care.

Lazarus explained that the New Frontiers would not actually land in either case; she was too big to land, her weight would wreck her. Instead, if they found a planet, she would be thrown into a parking orbit around her and exploring parties would be sent down in ship’s boats. – –

As soon as face permitted Lazarus left the two young women and went to the laboratory where the Families continued their researches in metabolism and gerontology. He expected to find Mary Sperling there; the brush with Nancy Weatheral had made him feel a need for her company. If he ever did marry again, he thought to himself, Mary was more his style. Not that he seriously considered it; he felt that a iiaison between Mary and himself would have a ridiculous flavor of lavender and old lace.

Mary Sperling, finding herself cooped up in the ship and not wishing to accept the symbolic death of cold-sleep, had turned her fear of death into constructive channels by volunteering to be a laboratory assistant in the continuing research into longevity. She was not a trained biologist but she had deft fingers and an agile mind; the patient years of the trip had shaped her into a valuable assistant to Dr. Gordon Hardy, chief of the research.

Lazarus found her servicing the deathless tissue of chicken heart known to the laboratory crew as “Mrs. ‘Avidus.” Mrs. ‘Avidus was older than any member of the Families save possibly Lazarus himself; she was a growing piece of the original tissue obtained by the Families from the Rockefeller Institute in the twentieth century, and the tissues had been alive since early  in the twentieth century even then. Dr. Hardy and his predecessors had kept their bit of it alive for more than two centuries now, using the Carrel-Lindbergh-O’Shaug techniques and still Mrs. ‘Avidus flourished.

Gordon Hardy had insisted on taking the tissue and the apparatus which cherished it with him to the reservation when he was arrested; he had been equally stubborn about taking the living tissue along during the escape in the Chili. Now Mrs. ‘Avidus still lived and grew in the New Frontiers, fifty or sixty pounds of her-blind, deaf, and brainless, but still alive.

Mary Sperling was reducing her size. “Hello, Lazarus,” she greeted him. “Stand back. I’ve got the tank open.” He watched her slice off excess tissue. “Mary,” he mused, “what keeps that silly thing alive?”

“You’ve got the question inverted,” she answered, not looking up; “the proper form is: why should it die? Why shouldn’t it go on forever?” – “I wish to the Devil it would die!” came the voice of Dr. Hardy from behind them. “Then we could observe and find out why.” – –

“You’ll never find out why from Mrs. ‘Avidus, boss,” Mary answered, hands and eyes still busy. “The key to the matter is in the gonads-she hasn’t any.” ‘Hummph! What do you know about it?”

“Awoman’s intuition. What do you know about it?”

“Nothing, -absolutely nothing!-which puts me ahead of you and your intuition.” “Maybe. At least,” Mary added slyly, “1 knew you before you were housebroken.”

“Atypical female argument. Mary, that lump of muscle cackled and laid eggs before either one of us was born, yet it doesn’t know anything.” He scowled at it. “Lazarus, I’d gladly trade it for one pair of carp. male and female.” –

“Why carp?” asked Lazarus.

“Because carp don’t seem to die. They get killed, or eaten, or starve to death, or succumb to infection, but so far as we know they don’t die.” “Why not?”

“That’s what I was trying to find out when we were rushed off on this damned safari. They have unusual intestinal flora and it may have something to do with that. But I think it has to do with the fact that they never stop growing.”

Mary said something inaudibly. Hardy said, “What are you muttering about? Another intuition?”

“I said, ‘Amoebas don’t die.’ You said yourself that every amoeba now alive has been alive for, oh, fifty million years or so. Yet they don’t grow indefinitely larger and they certainly can’t have intestinal flora.”

“No guts,” said Lazarus and blinked.

“What a terrible pun, Lazarus. But what I said is true. They don’t die. They just twin and keep on living.”

“Guts or no guts,” Hardy said impatiently, “there may be a structural parallel. But I’m frustrated for lack of experimental subjects. Which reminds me: Lazarus, I’m glad you dropped in. I want you to do me a favor.”

“Speak up. I might be feeling mellow.”

“You’re an interesting case yourself, you know. You didn’t follow our genetic pattern; you anticipated it. I don’t want your body to go into the converter; I want to examine it.”

Lazarus snorted. “‘Sail right with me, bud. But you’d better tell your successor what to look for-you may not live that long. And I’ll bet you anything that you like that nobody’ll find it by poking around in my cadaver!”

The planet they had hoped for was there when they looked for it, green, lush, and young, and looking as much like Earth as another planet could. Not only was it Earthlike but the rest of the system duplicated roughly the pattern of the Solar System-small terrestrial planets near this sun, large Jovian planets farther out. Cosmologists had never been able to account for the Solar System; they had alternated between theories of origin which had failed to stand up and sound mathematico-physical “proofs” that such a system could never have originated in the first place. Yet here was another enough like it to suggest that its paradoxes were not unique, might even be common.

But more startling and even more stimulating and certainly more disturbing was another fact brought out by telescopic observation as they got close to the planet. The planet held life . . , intelligent life … civilized life.

Their cities could be seen. Their engineering works, strange in form and purpose, were huge enough to be seen from space just as ours can be seen.

Nevertheless, though it might mean that they must again pursue their weary hegira, the dominant race did not appear to have crowded the available living space. There might be room for their little colony on those broad continents. If a colony was welcome…

“To tell the truth,” Captain King fretted, “I hadn’t expected anything like this. Primitive aborigines perhaps, and we certainly could expect dangerous animals, but I suppose I unconsciously assumed that man was the only really civilized race. We’re going to have to be very cautious.”

King made up a scouting party headed by Lazatus; he had come to have confidence in Lazarus’ practical sense and will to survive. King wanted to head the party himself, but his concept of his duty as a ship’s captain forced him to forego it. But Slayton Ford could go; Lazarus chose him and Ralph Schultz and his lieutenants. The rest of the party were specialists- biochemist, geologist, ecologist, stereographer, several sorts of psychologists and sociologists to study the natives including one authority in McKelvy’s structural theory of communication whose task would be to find some way to talk with the natives.

No weapons.

King flatly refused to arm them. “Your scouting party is expendable, he told Lazarus bluntly; “for we can not risk offending them by any sort of fighting for any reason, even in self-defense. You are ambassadors, not soldiers. Don’t forget it.”

Lazarus returned to his stateroom, came back and gravely delivered to King one blaster. He neglected to mention the one still strapped to his leg under his kilt.

As King was about to tell them to man the boat and carry out their orders they were interrupted by Janice Schmidt, chief nurse to the Families’ congenital defectives. She pushed her way past and demanded the Captain’s attention. –

Only a nurse could have obtained it at that moment; she had professional stubbornness to match his and half a century more practice at being balky. He glared at her. “What’s the meaning of this interruption?”

“Captain, I must speak with you about one of my children.”

“Nurse, you are decidedly out of order. Get out. See me in my office-after taking it up with the Chief Surgeon.”

She put her hands on her hips. “You’ll see me now. This is the landing party, isn’t it? I’ve got something you have to hear before they leave.” King started to speak, changed his mind, merely said, “Make it brief.”

She did so. Hans Weatheral, a youth of some ninety years and still adolescent in appearance through a hyper-active thymus gland, was one of her charges. He had inferior but not moronic mentality, a chronic apathy, and a neuro-muscular deficiency which made him too weak to feed himself-and an acute sensitivity to telepaths.

He had told Janice that he knew all about the planet around which they orbited. His friends on the planet had told him about it … and they were expecting him.

The departure of the landing boat was delayed while King and Lazarus investigated. Hans was matter of fact about his information and what little they could check of what he said was correct. But he was not too helpful about his “friends.” “Oh, just people,” he said, shrugging at their stupidity. “Much like back home. Nice people. Go to work, go to school, go to church. Have kids and enjoy themselves. You’ll like them.”

But he was quite clear about one point: his friends were expecting-him; therefore he must go along.

Against his wishes and his better judgment Lazarus saw added to his party Hans Weatheral, Janice Schmidt, and a stretcher for Hans.

When the party returned three days later Lazarus made a long private report to King while the specialist reports were being analyzed and combined. “It’s amazingly like Earth, Skipper, enough to make you homesick. But it’s also different enough to give you the willies-llke looking at your own face in the mirror and having it turn out to have three eyes and no nose. Unsettling.”

“But how about the natives?”

“Let me tell it. We made a quick swing of the day side, for a bare eyes look. Nothing you haven’t seen through the ‘scopes. Then I put her down where Hans told me to, in a clearing near the center of one of their cities. I wouldn’t have picked the place myself; I would have preferred to land in the bush and reconnoitre. But you told me to play Hans’ hunches.”

“You were free to use your judgment,” King reminded

“Yes, yes. Anyhow we did it. By the time the techs had sampled the air and checked for hazards there was quite a crowd around us. They-well, you’ve seen the stereographs.” “Yes. Incredibly android.”

“Android, hell! They’re men. Not humans, but men just the same.” Lazarus looked puzzled. “I don’t like it.”

King did not argue. The pictures had shown bipeds seven to eight feet tall, bilaterally symmetric, possessed of internal skeletal framework, distinct heads, lens-and-camera eyes. Those eyes were their most human and appealing features; they were large, limpid, and tragic, like those of a Saint Bernard dog.

It was well to concentrate on the eyes; their other features were not as tolerable. King looked away from the loose, toothless mouths, the bifurcated upper lips. He decided that it might take a long, long time to learn to be fond of these creatures. “Go ahead,” he told Lazarus.

“We opened up and I stepped out alone, with my hands empty and. trying to look friendly and peaceable. Three of them stepped forward-eagerly, I would say. But they lost interest in me at once; they seemed to be waiting for somebody else to come out. So I gave orders to carry Hans out.

“Skipper, you wouldn’t believe it. They fawned over Hans like a long lost brother. No, that doesn’t describe it. More like a king returning home in triumph. They were polite enough with the rest of us, in an offhand way, but they fairly slobbered over Hans.” Lazarus hesitated. “Skipper? Do you believe in reincarnation?”

“Not exactly. I’m open-minded about it. I’ve read the report of the Frawling Committee, of course.” –

“I’ve never had any use for the notion myself. But how else could you account for the reception they gave Hans?” “I don’t account for it. Get on with your report. Do you think it is going to be possible for us to colonize here?”

“Oh,” ‘ud Lazarus, “they left no doubt on that point. You see, Hans really can talk to them, telepathically. Hans tells us that – their gods have authorized us to live here-and the natives have already made plans to receive us.”

“That’s right. They want us.” – “Well! That’s a relief.”

“Is it?”

King studied Lazarus’ glum features. “You’ve made a report favorable on every point. Why the sour look?” “I don’t know. I’d just rather we found a planet of our own. Skipper, anything this easy has a hitch in it.”

Chapter 2

THE Jockaira (or Zhacheira, as some prefer) turned an entire city over to the colonists.

Such astounding cooperation, plus the sudden discovery by almost every member of the Howard Families that he was sick for the feel of dirt under foot and free air in his lungs, greatly speeded the removal from ship to ground. It had been anticipated that at least an Earth year would be needed for such transition and that somnolents would be waked only as fast as they could be accommodated dirtside, But the limiting factor now was the scanty ability of the ship’s boats to transfer a hundred thousand people as they were roused.

The Jockaira city was not designed to fit the needs of human beings. The Jockaira were not human beings, their physical requirements were somewhat different, and their cultural needs as expressed in engineering were vastly different. But a city, any city, is a machine to accomplish certain practical ends: shelter, food supply, sanitation, communication; the internal logic  of these prime requirements. as applied by diiferent creatures to different environments, will produce an unlimited number of answers. But, as applied by any race of warm-blooded, oxygen-breathing androidal creatures to a particular environment, the results, although strange, are necessarily such that Terran humans can use them. In some ways the Jockaira city looked as wild as a pararealist painting, but humans have lived in igloos, grass shacks, and even in the cybernautomated burrow under Antarctina; these humans could and did move into the Jockaira city-and of course at once set about reshaping it to suit

them better.

It was not difficult even though there was much to be done. There were buildings already standing-shelters with roofs on them, the artificial cave basic to all human shelter requirements.  It did not matter what the Jockaira had used such a structure for; humans could use it for almost anything: sleeping, recreation, eating, storage, production. There were actual “caves” as well, for the Jockaira dig in more than we do. But humans easily turn troglodyte on occasion, in New York as readily as in Antarctica.

There was fresh potable water piped in for drinking and for limited washing. Amajor lack lay in plumbing; the city had no overall drainage system. The “Jocks” did not waterbathe and their personal sanitation requirements differed from ours and were taken care of differently. Amajor effort had to be made to jury-rig equivalents of shipboard refreshers and adapt them   to hook in with Jockaira disposal arrangements. Minimum necessity ruled; baths would remain a rationed luxury until water supply and disposal could be increased at least tenfold. But baths are not a necessity.

But such efforts at modification were minor compared with the crash program to set up hydroponic farming, since most of the somnolents could not be waked until a food supply was assured. The do-it-now crowd wanted to tear out every bit of hydroponic equipment in the New Frontiers at once, ship it down dirtside, set it up and get going, while depending on stored supplies during the changeover; a more cautious minority wanted to move only a pilot plant while continuing to grow food in the ship; they pointed out that unsuspected fungus or virus on the strange planet could result in disaster …starvation.

The minority, strongly led by Ford and Barstow and supported by Captain King, prevailed; one of the ship’s hydroponic farms was drained and put out of service. Its machinery was broken down into parts small enough to load into ship’s boats.

But even this never reached dirtside. The planet’s native farm products turned out to be suitable for human food and the Jockaira seemed almost pantingly anxious to give them away. Instead, efforts were turned to establishing Earth crops in native soil in order to supplement Jockaira foodstuffs with sorts the humans were used to. The Jockaira moved in and almost took over that effort; they were superb “natural” farmers (they had no need for synthetics on their undepleted planet) and seemed delighted to attempt to raise anything their guests wanted.

Ford transferred his civil headquarters to the city as soon as a food supply for more than a pioneer group was assured, while King remained in the ship. Sleepers were awakened and ferried to the ground as fast as facilities were made ready for them and their services could be used. Despite assured food, shelter, and drinking water, much needed to be done to provide minimum comfort and decency. The two cultures were basicially different. The Jockaira seemed always anxious to be endlessly helpful but they were often obviously baffled at what the humans tried to do. The Jockaira culture did not seem to include the idea of privacy; the buildings of the city had no partitions in them which were not loadbearing-and few that were; they tended to use columns or posts. They could not understand why the humans would break up these lovely open spaces into cubicles and passageways; they simply could not comprehend why any individual would ever wish to be alone for any purpose whatsoever.

Apparently (this is not certain, for abstract communication with them never reached a subtle level) they decided eventually that being alone held a religious significance for Earth people. In any case they were again helpful; they provided thin sheets of material which could be shaped into partitions-with their tools and only with their tools. The stuff frustrated human engineers almost to nervous collapse. No corrosive known to our technology affected it; even the reactions that would break down the rugged fluorine plastics used in handling uranium compounds had no effect on it. Diamond saws went to pieces on it, heat did not melt it, cold did not make it brittle. It stopped light, sound, and all radiation they were equipped to try on it. Its tensile strength could not be defined because they could not break it. Yet Jockaira tools, even when handled by humans, could cut it, shape it, reweld it.

The human engineers simply had to get used to such frustrations. From the criterion of control over environment through technology the Jockaira were as civilized as humans. But their developments had been along other lines.

The important differences between the two cultures went much deeper than engineering technology. Although ubiquitously friendly and helpful the Jockaira were not human. They thought differently, they evaluated differently; their social structure and language structure reflected their unhuman quality and both were incomprehensible to human beings.

Oliver Johnson, the semantician who had charge of developing a common language, found his immediate task made absurdly easy by the channel of communication through Hans Weatheral. “Of course,” he explained to Slayton Ford and to Lazarus, “Hans isn’t exactly a genius; he just misses being a moron. That limits the words I can translate through him to ideas he can understand. But it does give me a basic vocabulary to build on.”

“Isn’t that enough?” asked Ford. “It seems to me that – I have heard that eight hundred words will do to convey any idea.”

“There’s some truth in that,” admitted Johnson. “Less than a thousand words will cover all ordinary situations. I have selected not quite seven hundred of their terms, operationals and substantives, to give us a working lingua franca. But subtle distinctions and fine discriminations will have to wait until we know them better and understand them. Ashort vocabulary cannot handle high abstractions.”

“Shucks,” said Lazarus, “seven hundred words ought to be enough. Me, I don’t intend to make love to ‘em, or try to discuss poetry.”

This opinion seemed to be justified; most of the members picked up basic Jockairan in two weeks to a month after being ferried down and chattered in it with their hosts as if they had talked it all their lives. All of the Earthmen had had the usual sound grounding in mnemonics and semantics; a short-vocabulary auxiliary language was quickly learned under the stimulus of need and the circumstance of plenty of chance to practice-except, of course, by the usual percentage of unshakable provincials who felt that it was up to “the natives” to learn English.

The Jockaira did not learn English. In the first place not one of them showed the slightest interest. Nor was it reasonable to expect their millions to learn the language of a few thousand. But in any case the split upper lip of a Jockaira could not cope with “m,” “p,” and “b,” whereas the gutturals, sibilants, dentals, and clicks they did use could be approximated by the human throat.

Lazarus was forced to revise his early bad impression of the Jockaira. It was impossible not to like them once the strangeness of their appearance had worn off. They were so hospitable, so generous, so friendly, so anxious to please. He became particularly attached to Kreei Sarloo, who acted as a sort of liaison officer between the Families and the Jockaira. Sarloo held a position among his own people which could be trans1ated roughly as “chief,” “father,” “priest,” or “leader” of the Kreel family or tribe. He invited Lazarus to visit him in the Jockaira city nearest the colony. “My people will like to see you and smell your skin,” he said. “It will be a happymaking thing. The gods will be pleased.”

Sarloo seemed almost unable to form a sentence without making reference to his gods. Lazarus did not mind; to another’s religion he was tolerantly indifferent. “I will come, Sarloo, old bean. It will be a happymaking thing for me, too.”

Sarloo took him in the common vehicle of the Jockaira, a wheelless wain shaped much like a soup bowl, which moved quietly and rapidly over the ground, skimming the surface in apparent contact. Lazarus squatted on the floor of the vessel while Sarloo caused it to speed along at a rate that made Lazarus’ eyes water.

“Sasloo,” Lazarus asked, shouting to make himself heard against the wind, “how does this thing work? What moves it?’ “The gods breathe on the-” Sarloo used a word not in their common language. “-and cause it to need to change its place.”

Lazarus started to ask for a fuller explanation, then shut up. There had been something familiar about that answer and he now placed it; he had once given a very similar answer to one of the water people of Venus when he was asked to explain the diesel engine used in an early type of swamp tractor. Lazarus had not meant to be mysterious; he had simply been

tongue-tied by inadequate common language. Well, there was a way to get around that- “Sarloo, I want to see pictures of what happens inside,” Lazarus persisted, pointing. “You have pictures?”

“Pictures are,” Sarloo acknowledged, “in the temple. You must not enter the temple.” His great eyes looked mournfully at Lazarus, giving him a strong feeling that the Jockaira chief grieved over his friend’s lack of grace. Lazarus hastily dropped the subject.

But the thought of Venerians brought another puzzler to mind. The water people, cut off from the outside world by the eternal clouds of Venus, simply did not believe in astronomy. The arrival of Earthmen had caused them to readjust their concept of the cosmos a little, but there was reason to believe that their revised explanation was no closer to the truth. Lazarus wondered what the Jackaira thought about visitors from space. They had shown no surprise—or had they? –

“Sarloo,” he asked, “do you know where my brothers and I come from?’

“I know,” Sarloo answered. “You come from a distant sun -so distant that many seasons would come and go while light traveled that long journey.” – Lazarus felt mildly astonished. “Who told you that?’

“The gods tell us. Your brother Libby spoke on it.”

Lazarus was willing to lay odds that the gods had not got around to mentioning it until after Libby explained it to Kreel Sarloo. But he held his peace. He still wanted to ask Sarloo if he had been surprised to have visitors arrive from the skies but he could think of no Jockairan term for surprise or wonder. He was still trying to phrase the question when Sarloo spoke again:

“The fathers of my people flew through the skies as you did, but that was before the coming of the gods. The gods, in their wisdom, bade us stop.”

And that, thought Lazarus, is one damn big lie, from pure panic. There was not the slightest indication that the Jockaira had ever been off the surface of their planet.

At Sarloo’s home that evening Lazarus sat through a long session of what he assumed was entertainment for the guest of honor, himself. He squatted beside Sarloo on a raised portion of the floor of the vast common room of the clan Kreel and listened to two hours of howling that might have been intended as singing. Lazarus felt that better music would result from stepping on the tails of fifty assorted dogs but he tried to take it in the spirit in which it seemed to be offered.

Libby, Lazarus recalled, insisted that this mass howling which the Jockaira were wont to indulge in was, in fact,he had to sdmit that Llbby the ***$ork*** ***$ttsr*** than he did in some ways~ Libby had been delighted to discover that the Jockaira were excellent and subtle mathematicians. In particular they had a grasp of number that ***pi 1/4$Ileled j~ own w~d- ‘ta1~,fl~r -arithmetics irene lnoredl~ pvved for ncnnal human***. Anumber, any number ***I*ip *** to them a unique entity, to be grasped in itself ***si net idIy as ft*** grouping of smaller numbers. In consequence they used any convenient positional or exponential notation with any base, rational irrational, or variable-~,***-~ st-a***. It was supreme luck, Lazarus mused, that Libby was available to act as mathematical interpreter between the Jockaira and the Families, else it would have been impossible to grasp a lot of the new technologies the Jockaira were showing them.

He wondered why the Jockaira showed no interest in learning human technologies they were offered in return?

The howling discord died away and Lazarus brought his thoughts back to the scene around him. Food was brought; the Kreel family tackled it with the same jostling enthusiasm with which Jockaira did everything. Dignity, thought Lazarus—lean idea which never caught on here. Alarge bowl, full two feet across and brimful of an amorpheous meal, was placed in front  of Kreel Sarloo. Adozen Kreels crowded atound it and started grabbing~giving no precedence to their senior. But Sadoo casually slapped a few of them out of the way and plunged a hand into the dish, brought forth a gob of the ration and rapidly kneaded it into a ball in the palm of his double-thumbed hand. Done, he shoved it towards Lazarus’ mouth.

Lmarus war not squeamish-but he had to remind bimself first, that food for Jockaira was food for men, and second that he could not catch anything from them anyhow, before he could bring himself to try the proffered morsel.

He took a large bite. Mmmm… not too bad-bland and sticky, no particular flavor. Not good eithet~but could be swallowed. Grimly determined to uphold the hon of his race, he ate on, while promising himself a proper meal in the near future. When lie’ (cit that to swallow another mouthful would be to invite physical and social diaaster.

***$~ed Up sl.~Ze h**dM st~ha m~ uite$bmsndc~d IttoSssfoo ,kWasIn.pired dljdmflitey For Ike zest of the mast Lazarus fe4 Sexton, fed bun until bin anne were tired until he m~ at ha hosts ability o tuck it away**

After eating they slept and Lazarus slept with the famiy *** lIte**ly*** They slept where they had eaten, without beds, disposed as casually as leaves on a path or puppies. To his aurprise, Lazarus slept well and did not awoke until false suns in the cavern roof glowed in ***mysse,~as s~rmpath~c to-***new dawn. Sarloo was still asleep near him and giving out most humanlike snores. Lazarus found that one infant Jockaira was cuddled spoon fashion against his own stomach. He felt a movement behind his back~ a rustle at his thigh. He turned cautiously and found that another Jockaira-a six-year-old in human equivalence-had extracted his blaster from its holster and was now gazing curiously into its muzzle.

With hasty caution Lazarus removed the deadly toy from the child’s unwilling fingers, noted with relief that the safety was still on and reholstered it. Lazarus received a reproach for look; the kid seemed about to cry. “Hush,” whispered Lazarus, “you’ll wake your o1d man. Here—”- He gathered the child into his left arm, and cradled it against his side. The little Jockaira snuggled up to him, laid a soft moist mouth against his side, and promptly went to sleep.

Lazarus looked down at him. “You’re a cute little devil,” he said softly. “I-could grow right fond of you if 1 could ever get used to your smell.”

Some of the incidents between the two races would bave been funny bad they not been charged with potential trouble: for example, the case of Eleanor Johnson’s son Hubert This gangling adolescent was a confirmed sidewalk-superintendent. One day he was watching two technicians, one human and one Jockaira, adapt a Jockaira power source to the feed of Earth-type machinery. Tbe Jockaira was apparently amused by the boy and, in an obviously friendly spirit, picked him up.

Hubert began to scream.

His mother, never far from him, joined battle. She lacked strength and skill to do the utter destruction she was bent on; the big nonhuman was unhurt, but it created a nasty situation. Administrator Ford and Oliver Johnson tried very hard to explain the incident to the amazed Jockaira. Fortunately, they seemed grieved rather than vengeful.

Ford then called in Eleanor Johnson. “You have endangered the entire colony by your stupidity-“ “But I-“

“Keep quiet! If you hadn’t spoiled the boy rotten, he would have behaved himself. If you weren’t a maudlin fool. you would have kept your hands to yourself. The boy goes to the regular development classes henceforth and you are to let him alone. At the lightest sign of animosity on your part toward any of the natives, I’ll have you subjected to a few years’ cold-rest. Now get out!”

Ford was forced to use almost as strong measures on Janice Schmidt. The interest shown in Hans Weatheral by the Jockaira extended to all the telepathic defectives. The natives seemed to be reduced to a state of quivering adoration by the mere fact that these could communicate with them directly. Kreel Sarloo informed Ford that he wanted the sensitives to be housed separately from the other defectives in the evacuated temple of the Earthmen’s city and that the Jockaira wished to wait on them personally. It was more of an order than a request.

Janice Schmidt submitted ungracefully to Ford’s insistence that the Jockaira be humored in the matter in return for all that they had done, and Jockaira nurses took over under her jealous eyes.

Every sensitive of intelligence level higher than the semimoronic Hans Weatheral promptly developed spontaneous and extreme psychoses while being attended by Jockaira.

So Ford had another headache to straighten out. Janice Schmidt was more powerfully and more intelligently vindictive than was Eleanor Johnson. Ford was s-tpr~d to bind Janice over to keep the peace under the threat of retiring her completely from the care of her beloved “children.” Kreel Sarloo, distressed and apparently shaken to his core, accepted a compromise whereby Janice and her junior nurses resumed care of the poor psychotics while Jockaira continued to minister to sensitives of moron level and below.

But the greatest difficulty arose over … surnames. Jockaira each had an individual name and a surname. Surnames were limited in number, much as they were in the Families. A native’s surname referrect equally to his tribe and to the temple in which he worshipped.

Kreel Sarloo took up the matter with Ford. “High Father of the Strange Brothers,” he said, “the time has come for you and your children to choose your surnames.” (The rendition of Sarloo’s speech into English necessarily contains inherent errors.)

Ford was used to difficulties in understanding the Jockaira. “Sarloo, brother and friend,” he answered, “I hear your words but I do not understand. Speak more fully.”

Sarloo began over. “Strange brother, the seasons come and the seasons go and there is a time of ripening. The gods tell us that you, the Strange Brothers, have reached the time in your education (?) when you must select your tribe and your temple. I have come to arrange with you the preparations (ceremonies?) by which each will choose his surname. I speak for the gods in this. But let me say for myself that it would make me happy if you, my brother Ford, were to choose the temple Kreel.”

Ford stalled while he tried to understand what was implied. “I am happy that you wish me to have your surname. But my people already have their own surnames.”

Sarloo dismissed that with a flip of his lips. “Their present surnames are words and nothing more. Now they must choose their real surnames, each the name of his temple and of the god whom he will worship. Children grow up and are no longer children.”

Ford decided that he needed advice. “Must this be done at once?” “Not today, but in the near future. The gods are patient.”

Ford called in Zaccur Barstow, Oliver Johnson, Lazarus Long, and Ralph Schultz, and described the interview. Johnson played back the recording of the conversation and strained to catch the sense of the words. He prepared several possible translations but failed to throw any new light on the matter.

“It looks,” said Lazarus, “like a case of join the church or get out.”

“Yes,” agreed Zaccur Barstow, “that much seems to come through plainly. Well, I think we can afford to go through the motions. Very few of our people have religious prejudices strong enough to forbid their paying lip service to the native gods in the interests of the general welfare.”

“I imagine you are correct,” Ford said. “I, for one, have no objection to adding Kreel to my name and taking part in their genuflections if it will help us to live in peace.” He frowned. “But I would not want to see our culture submerged in theirs.”

“You can forget that,” Ralph Schultz assured him. “No matter what we have to do to please them, there is absolutely no chance of any real cultural assimilation. Our brains are not like theirs-just how different I am only beginning to guess.”

“Yeah,” said Lazarus, ” ‘just how different.’”

Ford turned to Lazarus. “What do you mean by that? What’s troubling you?”  “Nothing. Only,” he added, “I never did share the general enthusiasm for this place.”

They agreed that one man should take the plunge first, then report back. Lazarus tried to grab the assignment on seniority, Schultz claimed it as a professional right; Ford overruled them and appointed himself, asserting that it was his duty as the responsible executive. –

Lazarus went with him to the doors of the temple where the induction was to take place. Ford was as bare of clothing as the Jockaira, but Lazarus, since he was not to enter the temple, was able to wear his kilt. Many of the colonists, sunstarved after years in the ship, went bare when it suited them, just as the Jockaira did. But Lazarus never did. Not only did his habits run counter to it, but a blaster is an extremely conspicuous object on a bare thigh.

Kreel Sarloo greeted them and escorted Ford inside. Lazarus called out after them, “Keep your chin up, pal!”

He waited. He struck a cigarette and smoked it. He walked up and down. He had no way to judge how long it would be; it seemed, in consequence, much longer than it was.

At last the doors slid back and natives crowded out through them. They seemed curiously worked up about something and none of them came near Lazarus. The press that still existed in the great doorway separated, formed an aisle, and a figure came running headlong through it and out into the open.

Lazarus recognized Ford.

Ford did not stop where Lazarus waited but plunged blindly on past. He tripped and fell down. Lazarus hurried to him.

Ford made no effort to get up. He lay sprawled face down, his shoulders heaving violently, his frame shaking with sobs. Lazarus knelt by him and shook him. “Slayton,” he demanded, “what’s happened? What’s wrong with you?” Ford turned wet and horror-stricken eyes to him, checking his sobs momentarily. He did not speak but he seemed to recognize Lazarus. He flung himself on Lazarus, clung to him, wept more violently than before.

Lazarus wrenched himself free and slapped Ford hard. “Snap out of it!” he ordered. “Tell me what’s the matter.”

Ford jerked his head at the slap and stopped his outcries but he said nothing. His eyes looked dazed. Ashadow fell across Lazarus’ line of sight; he spun around, covering with his blaster. Kreel Sarloo stood a few feet away and did not come closer-not because of the weapon; he had never seen one before.

“You!” said Lazarus. “For the-What did you do to him?”

He checked himself and switched to speech that Sarloo could understand. “What has happened to my brother Ford?” “Take him away,” said Sarloo, his lips twitching. “This is a bad thing. This is a very bad thing.”

“You’re telling me!” said Lazarus. He did not bother to translate.

Chapter 3

THE SAME CONFERENCE as before, minus its chairman, met as quickly as possible. Lazarus told his story, Shultz reported on Ford’s condition. “The medical staff can’t find anything wrong with him. All I can say with certainty is that the Administrator is suffering from an undiagnosed extreme psychosis. We can’t get into communication with him.”

“Won’t he talk at all?” asked Barstow.

“Aword or two, on subjects as simple as food or water. Any attempt to reach the cause of his trouble drives him into incoherent hysteria.” “No diagnosis?”

“Well, if you want an unprofessional guess in loose language, I’d say he was scared out of his wits. But,” Schultz added, “I’ve seen fear syndromes before. Never anything like this.”  “I have,” Lazarus said suddenly.

“You have? Where? What were the circumstances?’

“Once,” said Lazarus, “when I was a kid, a couple of hundred years back, I caught a grown coyote and penned him up. I had a notion I could train him to be a hunting dog. It didn’t work. “Ford acts just the way that coyote did.”

An unpleasant silence followed. Schultz broke it with, “I don’t quite see what you mean. What is the parallel?’

“Well,” Lazarus answered slowly, “this is just my guess. Slayton is the only one who knows the true answer and he can’t talk. But here’s my opinion: we’ve had these Jockaira doped out all wrong from scratch. We made the mistake of thinking that because they looked like us, in a general way, and were about as civilized as we are, that they were people. But they aren’t people at all. They are … domestic animals.

“Wait a minute now!” he added. “Don’t get in a rush. There are people on this planet, right enough. Real people. They lived in the temples and the Jockaira called them gods. They are gods!”

Lazarus pushed on before anyone could interrupt. “I know what you’re thinking. Forget it. I’m not going metaphysical on you; I’m just putting it the best I can. I mean that there is something living in those temples and whatever it is, it is such heap big medicine that it can pinch-hit for gods, so you might as well call ‘em that. Whatever they are, they are the true dominant race on this planet-its people! To them, the rest of us, Jocks or us, are just animals, wild or tame. We made the mistake of assuming that a local religion was merely superstition. It ain’t.”

Barstow said slowly, “And you think this accounts for what happened to Ford?’ “I do. He met one, the one called Kreel, and it drove him crazy.”

“I take it,” said Schultz, “that it is your theory that any man exposed to this … this presence … would become psychotic?” “Not exactly,” answered Lazarus. “What scares me a damn’ sight more is the fear that I might not go crazy!”

That same day the Jockaira withdrew all contact with the Earthmen. It was well that they did so, else there would have been violence. Fear hung over the city, fear of horror worse than death, fear of some terrible nameless thing, the mere knowledge of which would turn a man into a broken mindless animal. The Jockaira no longer seemed harmless friends, rather clownish despite their scientific attainments, but puppets, decoys, bait for the unseen potent beings who lurked in the “temples.”

There was no need to vote on it; with the single-mindedness of a crowd stampeding from a burning building the Earthmen wanted to leave this terrible place. Zaccur Barstow assumed command. “Get King on the screen. Tell him to send down every boat at once. We’ll get out of here as fast as we can.” He ran his fingers worriedly through his hair. “What’s the most we can load each trip, Lazarus? How long will the evacuation take?”

Lazarus muttered. “What did you say?

“I said, ‘It ain’t a case of how long; it’s a case of will we be let.’ Those things in the temples may want more domestic animals-us!”

Lazarus was needed as a boat pilot but he was needed more urgently for his ability to manage a crowd. Zaccur Barstow was telling him to conscript a group of emergency police when Lazarus looked past Zaccur’s shoulder and exclaimed, “Oh oh! Hold it, Zack-school’s out.”

Zaccur turned his head quickly an4 saw, approaching with stately dignity across the council hail, Kreel Sarloo. No one got in his way.

They soon found out why. Zaccur moved forward to greet him, found himself stopped about ten feet from the Jockaira. No clue to the cause; just that-stopped. “I greet you, unhappy brother,” Sarloo began.

“I greet you, Krecl Sarloo.”

“The gods have spoken. Your kind can never be civilized (?).You and your brothers are to leave this world.” Lazarus let out a deep sigh of relief. –

“We are leaving, Kreel Sarloo,” Zaccur answered soberly.

“The gods require that you leave. Send your bother Libby to me.”

Zaccur sent for Libby, then turned back to Sarloo. But the Jockaira had nothing more to say to them; he seemed indifferent to their presence. They waited.

Libby arrived. Sarloo held him in a long conversation. Barstow and Lazarus were both in easy earshot and could see their lips move, but heard nothing. Lazarus found the circumstance very disquieting. Damn my eyes, he thought, I could figure several ways to pull that trick with the right equipment but I’ll bet none of ‘em is the right answer-and I don’t see any equipment.

The silent discussion ended, Sarloo stalked off without farewell. Libby turned to the others and spoke; now his voice could be heard. “Sarloo tells me,” he began, brow wrinkled in puzzlement, “that we are to go to a planet, uh, over thirtytwo lightyears from here. The gods have decided it.” He stopped and bit his lip.

“Don’t fret about it,” advised Lazarus. “Just be glad they want us to leave. My guess is that they could have squashed us flat just as easily. Once we’re out in space we’ll pick our. own destination.”

“I suppose so. But the thing that puzzles me is that he mentioned a time about three hours~away as being our departure from this system.” “Why, that’s utterly unreasonable,” protested Barstow. “Impossible. We haven’t the boats to do it.”

Lazarus said nothing. He was ceasing to have opinions.

Zaccur changed his opinion quickly. Lazarus acquired one, born of experience. While urging his cousins toward the field where embarkation was proceeding, he found himself lifted up, free of the ground. He struggled, his arms and legs met no resistance but the ground dropped away. He closed his eyes, counted ten jets, opened them again. He was at least two miles  in the air.

Below him, boiling up from the city like bats from a cave, were uncountable numbers of dots and shapes, dark against the sunlit ground. Some were close enough for him to see that they were men, Earthmen, the Families.

The horizon dipped down, the planet became a sphere, the sky turned black. Yet his breathing seemed normal, his blood vessels did not burst.

They were sucked into clusters around the open ports of the New Frontiers like bees swarming around a queen. Once inside the ship Lazarus gave himself over to a case of the shakes. Whew! he sighed to himself, watch that first step-it’s a honey!

Libby sought out Captain King as soon as he was inboard and had recovered his nerve. He delivered Sarloo’s message.

King seemed undecided. “I don’t know,” he said. “You know more about the natives than I do, inasmuch as I have hardly put foot to ground. But between ourselves, Mister, the way they sent my passengers back has me talking to myself. That was the most remarkable evolution I have ever seen performed.”

“I might add that it was remarkable to experience, sir,” Libby answered unhumorously. “Personally I would prefer to take up ski jumping. I’m glad you had the ship’s access ports open.”  “I didn’t,” said King tersely. “They were opened for me.”

They went to the control room with the intention of getting the ship under boost and placing a long distance between it and the planet from which they had been evicted; thereafter they would consider destination and course. “This planet that Sarloo described to you,” said King, “does it belong to a G-type star?”

“Yes,” Libby confirmed, “an Earth-type planet accompanying a Sol-type star. I have its coordinates and could. identify from the catalogues. But we can forget it; it is too far away.’ “So …” King activated the vision system for the stellarium. Then neither of them said anything for several long moments. The images of the heavenly bodies told their own story. With no orders from King, with no hands at the controls, the New Frontiers was on her long way again, headed out, as if she had a mind of her own.

“I can’t tell you much,” admitted Libby some hours later to a group consisting of King, Zaccur Barstow, and Lazarus Long. “I was able to determine, before we passed the speed of light-or appeared to-that our course then was compatible with the idea that we have been headed toward the star named by Kreel Sarloo as the destination ordered for us by his gods. We continued to accelerate and the stars faded out. I no longer have any astrogational reference points and I am unable to say where we are or where we are going,”

“Loosen up, Andy,” suggested Lazarus. “Make a guess.”

“Well … if our world line is a smooth function-if it is, and I have no data-then we may arrive in the neighborhood of star PK3722, where Kreel Sarloo said we were going.” “Rummph!” Lazarus turned to King. “Have you tried slowing down?”

“Yes,” King said shortly. “The controls are dead.” “Mmmm … Andy, when do we get there?”

Libby shrugged helplessly. “I have no frame of reference. What is time without a space reference?”

Time and space, inseparable and one-Libby thought about it long after the others had left. To be sure, he had the space framework of the ship itself and therefore there necessarily was ship’s time. Clocks in the ship ticked or hummed or simply marched; people grew hungry, fed themselves, got tired, rested. Radioactives deteriorated, physio-chemical processes moved toward states of greater entropy, his own consciousness perceived duration.

But the background of the stars, against which every timed function in the history of man had been measured, was gone. So far as his eyes or any instrument in the ship could tell him, they had become unrelated to the rest of the universe.

What universe?

There was no universe. It was gone.

Did they move? Can there be motion when there is nothing to move past?

Yet the false weight achieved by the spin of the ship persisted. Spin with reference to what? thought Libby. Could it be that space held a true, absolute, nonrelational texture of its own, like that postulated for the long-discarded “ether” thatthe classic Michelson-Morley experiments had failed to detect? No, more than that-had denied the very possibility of its existence? -had for that matter denied the possibility of speed greater than light. Had the ship actually passed the speed of light? Was it not more likely that this was a coffin, with ghosts as passengers, going nowhere at no time?

But Libby itched between his shoulder blades and was forced to scratch; his left leg had gone to sleep; his stomach was beginning to speak insistently for food-if this was death, he decided, it did not seem materially different from life.

With renewed tranquility, he left the control room and headed for his favorite refectory, while starting to grapple with the problem of inventing a new mathematics which would include all the new phenomena. The mystery of how the hypothetical gods of the Jockaira had teleported the Families from ground to ship he discarded. There had been no opportunity to obtain significant data, measured data; the best that any honest scientist could do, with epistemological rigor, was to include a note that recorded the fact and stated that it was unexplained. It was a fact; here he was who shortly before had been on the planet; even now Schultz’s assistants were overworked trying to administer depressant drugs to the thousands who had gone to pieces emotionally under the outrageous experience. But Libby could not explain it and, lacking data, felt no urge to try. What he did want to do was to deal with world lines in a plenum, the basic problem of field physics.

Aside from his penchant for mathematics Libby was a simple person. He preferred the noisy atmosphere of the “Club,” refectory 9-D, for reasons different from those of Lazarus. The company of people younger than himself reassured him; Lazarus was the only elder he felt easy with.

Food, he learned, was not immediately available at the Club; the commissary was still adjusting to the sudden change. But Lazarus was there and others whom he knew; Nancy Weatheral scrunched over and made room for him. “You’re just the man I want to see,” she said. “Lazarus is being most helpful. Where are we going this time and when do we get there?” –

Libby explained the dilemma as well as he could. Nancy wrinkled her nose. “That’s a pretty prospect, I must say! Well, I guess that means back to the grind for little Nancy.” “What do you mean?”

“Have you ever taken care of a somnolent? No, of course you haven’t. It gets tiresome. Turn them over, bend their arms, twiddle their tootsies, move their heads, close the tank and move on to the next one. I get so sick of human bodies that I’m tempted to take a vow of chastity.”

“Don’t commit yourself too far,” advised Lazarus. “Why would you care, you old false alarm?” Eleanor Johnson spoke up. “Fm glad to be in the ship again. Those slimy Jockaira-ugh!”

Nancy shrugged. “You’re prejudiced, Eleanor. The Jocks are okay, in their way. Sure, they aren’t exactly like us, but neither are dogs. You don’t dislike dogs, do you?’ “That’s what they are,” Lazarus said soberly. “Dogs.”

“Huh?”

“I don’t mean that they are anything like dogs in most ways-they aren’t even vaguely canine and they certainly are our equals and possibly our superiors in some things … but they are dogs just the same. Those things they call their ‘gods’ are simply their masters, their owners. We couldn’t be domesticated, so the owners chucked us out.”

Libby was thinking of the inexplicable telekinesis the Jockaira-or their masters-had used. “I wonder what it would have been like,” he said thoughtfully, “if they had been able to domesticate us. They could have taught us a lot of wonderful things”

“Forget it,” Lazarus said sharply. “It’s not a man’s place to be property.” “What is a man’s place?”

“It’s a man’s business to be what he is … and be it in style!” Lazarus got up. “Got to go.”

Libby started to leave also, but Nancy stopped him. “Don’t go. I want to ask you some questions. What year is it back on~ Earth?”

Libby started to answer, closed his mouth. He started to answer a second time, finally said, “I don’t know how to answer that question. It’s like saying, ‘How high is up?”

“I know I probably phrased it wrong,” admitted Nancy. ‘1 didn’t do very well in basic physics, but I did gather the idea that time is relative and simultaneity is an idea which applies only to two points close together in the same framework. But just the same, I want to know something. We’ve traveled a lot faster and farther than anyone ever did before, haven’t we? Don’t our clocks slow down, or something?”

Libby got that completely baffled look which mathematical-physicists wear whenever laymen try to talk about physics in nonmathematical language. “You’re referring to the Lorentz-2 FitzGerald contraction. But, if you’ll pardon me, anything one says about it in words is necessarily nonsense.”

“Why?” she insisted.

“Because … well, because the language is inappropriate. The formulae used to describe the effect loosely called a contraction presuppose that the observer is part of the phenomenon. But verbal language contains the implicit assumption that we can stand outside the whole business and watch what goes on. The mathematical language denies the very possibility of any such outside viewpoint. Every observer has his own world line; he can’t get outside it for a detached viewpoint.”

“But suppose he did? Suppose we could see Earth right now?”

‘~There I go again,” Libby said miserably. “I tried to talk about it in words and all I did was to add to the confusion. There is no way to measure time in any absolute sense when two events are separated in a continuum. All you can measure is interval.”

“Well, what is interval? So much space and so much time.”

“No, no, no! It isn’t that at all. Interval is … well, it’s interval. I can write down formulae about it and show you how we use it, but it can’t be defined in words. Look, Nancy, can you write the score for a full orchestration of a symphony in words?” –

“No. Well, maybe you could but it wonld take thousands of times as long.”

“And musicians still could not play it until you put it back into musical notation. That’s what I meant,” Libby went on, “when I said that the language was inappropriate. I got into a difficulty like this once before in trying to describe the lightpressure drive. I was asked why, since the drive depends on loss of inertia, we people inside the ship had felt no loss of inertia. There was no answer, in words. Inertia isn’t a word; it is a mathematical concept used in mathematically certain aspects of a plenum. I was stuck.”

Nancy looked baffled but persisted doggedly. “My question still means something, even if I didn’t phrase it right. You can’t just tell me to run along and play. Suppose we turned around and went back the way we came, all the way to Earth, exactly the same trip but in reverse-just double the ship’s time it has been so far. All right, what year would it be on Earth when we got there?’

“It would be … let me see, now-” The almost automatic processes of Libby’s brain started running off the unbelievably huge and complex problem in accelerations, intervals, difform motion. He was approaching the answer in a warm glow of mathematical revery when the problem suddenly fell to pieces on him, became indeterminate. He abruptly realized that the problem had an unlimited number of equally valid answers.

But that was impossible. In the real world, not the fantasy world of mathematics, such a situation was absurd. Nancy’s question had to have just one answer, unique and real. Could the whole beautiful structure of relativity be an absurdity? Or did it mean that it was physically impossible ever to backtrack an interstellar distance?

“I’ll have to give some thought to that one,” Libby said hastily and left before Nancy could object.

But solitude and contemplation gave him no clue to the problem. It was not a failure of his mathematical ability; he was capable, he knew, of devising a mathematical description of any group of facts, whatever they might be. His difficulty lay in having too few facts. Until some observer traversed interstellar distances at speeds approximating the speed of light and returned to the planet from which he had started there could be no answer. Mathematics alone has no content, gives no answers.

Libby found himself wondering if the hills of his native Ozarks were still green, if the smell of wood smoke still clung to the trees in the autumn, then he recalled that the question lacked any meaning by any rules he knew of. He surrendered to an attack of homesickness such as he had not experienced since he was a youth in the Cosmic Construction Corps, making his first deep-space jump.

This feeling of doubt and uncertainty, the feeling of lostness and nostalgia, spread throughout the ship. On the first leg of their journey the Families had had the incentive that had kept the covered wagons crawling across the plains. But now they were going nowhere, one day led only to the next. Their long lives were become a meaningless burden.

Ira Howard, whose fortune established the Howard Foundation, was born in 1825 and died in 1873-of old age. He sold groceries to the Forty-niners in San Francisco, became a wholesale sutler in the American War of the Secession, multiplied his fortune during the tragic Reconstruction.

Howard was deathly afraid of dying. He hired the best doctors of his time to prolong his life. Nevertheless old age plucked him when most men are still young. But his will commanded that his money be used to lengthen human life. The administrators of the trust found no way to carry out his wishes other than by seeking out persons whose family trees showed congenital predispositions toward long life and then inducing them to reproduce in kind. Their method anticipated the work of Burbank; they may or may not have known of the illuminating researches of the Monk Gregor Mendel.

Mary Sperling put down the book she had been reading when Lazarus entered her stateeoom. He picked it up. “What are you reading, Sis? ‘Ecclesiastes.’ Hmm … I didn’t know you were religious.” He read aloud:

“‘Yea, though he live a thousand years twice told, yet hath he seen no good: do not all go to one place?’

“Pretty grim stuff, Mary. Can’t you find something more cheerful? Even in The Preacher?’ His eyes skipped on down. “How about this one? ‘For to him that is joined to all the living there is hope-‘ Or … mnunm, not too many cheerful spots. Try this: ‘Therefore remove sorrow from thy heart, and put away evil from thy flesh: for childhood and youth are vanity.’ That’s more my style; I wouldn’t be young again for overtime wages.”

“I would.”

“Mary, what’s eating you? I find you sitting here, reading the most depressing book in the Bible, nothing but death and funerals. Why?” She passed a hand wearily across her eyes. “Lazarus, I’m getting old. What else is there to think about?’

“You? Why, you’re fresh as a daisy!”

She looked at him. She knew that he lied; her mirror showed her the greying hair, the relaxed skin; she felt it in her bones. Yet Lazarus was older than she … although she knew, from what she had learned of biology during the years she had assisted in the longevity research, that Lazarus should never have lived to be as old as he was now. When he was born the program had reached only the third generation, too few generations to eliminate the less durable strains-except through some wildly unlikely chance shuffling of genes.

But there he stood. “Lazarus,” she asked, “how long do you expect to live?”

“Me? Now that’s an odd question. I mind a time when I asked a chap that very same question-about me, I mean, not about him. Ever hear of Dr. Hugo Pinero?” “‘Pinero… Pinero…’ Oh, yes, ‘Pinero the Charlatan.’”

“Mary, he was no charlatan. He could do it, no foolin’. He could predict accurately when a man would die.” “But-Go ahead. What did he tell you?”

“Just a minute. I want you to realize that he was no fake. His predictions checked out right on the button-if he hadn’t died, the life insurance companies would have been ruined. That was before you were born, but I was there and I know. Anyhow, Pinero took my reading and it seemed to bother him. So he took it again. Then he returned my money.”

“What did he say?”

“Couldn’t get a word out of him. He looked at me and he looked at his machine and he just frowned and clammed up. So I can’t rightly answer your question.” “But what do you think about it, Lazarus? Surely you don’t expect just to go on forever?”

“Mary,” he said softly, “Fm not planning on dying. I’m not giving it any thought at all.”

There was silence. At last she said, “Lazarus, I don’t want to die. But what is the purpose of our long lives? We don’t seem to grow wiser as we grow older. Are we simply hanging on after our tune has passed? Loitering in the kindergarten when we should be moving on? Must we die and be born again?”

“I don’t know,” said Lazarus, “and I don’t have any way to find out… and I’m damned if I see any sense in my worrying about it. Or you either. I propose to hang onto this life as long as I can and learn as much as I can. Maybe wishing and understanding are reserved for a later existence and maybe they aren’t for us at all, ever. Either way, I’m satisfied to be living and enjoying it. Mary my sweet, carpe that old diem! It’s the only game in town.”

The ship slipped back into the same monotonous routine that had obtained during the weary years of the first jump. Most of the Members went into cold-rest; the others tended them, tended the ship, tended the hydroponds. Among the somnolents was Slayton Ford; cold-rest was a common last resort therapy for functional psychoses.

The flight to star PK3722 took seventeen months and three days, ship’s time.

The ship’s officers had as little choice about the journey’s end as about its beginning. Afew hours before their arrival star images flashed back into being in the stellarium screens and the ship rapidly decelerated to interplanetary speeds. No feeling of slowing down was experienced; whatever mysterious forces were acting on them acted on all masses alike. The New Frontiers slipped into an orbit around a live green planet some hundred million miles from its sun; shortly Libby reported to Captain King that they were in a stable parking orbit.

Cautiously King tried the controls, dead since their departure. The ship surged; their ghostly pilot had left them.

Libby decided that the simile was incorrect; this trip had undoubtedly been planned for them but it was not necessary to assume that anyone or anything had shepherded them here. Libby suspected that the “gods” of the dog-people saw the plenum as static; their deportation was an accomplished fact to them before it happened-a concept regrettably studded with unknowns-but there were no appropriate words. Inadequately and incorrectly put into words, his concept was that of a “cosmic cam,” a world line shaped for them which ran out of normal space and back into it; when the ship reached the end of its “cam” it returned to normal operation.

He tried to explain his concept to Lazarus and to the Captain, but he did not do well. He lacked data and also had not had time to refine his mathematical description into elegance; it satisfied neither him nor them.

Neither King nor Lazarus had time to give the matter much thought. Barstow’s face appeared on an interstation viewscreen. “Captain!” he called out. “Can you come aft to lock seven? We have visitors!”

Barstow had exaggerated; there was only one. The creature reminded Lazarus of a child in fancy dress, masqueraded as a rabbit. The little thing was more android than were the Jockaira, though possibly not mammalian. It was unclothed but not naked, for its childlike body was beautifully clothed in short sleek golden fur. Its eyes were bright and seemed both merry and intelligent.

But King was too bemused to note such detail. Avoice, a thought, was ringing in his head: “… so you are the group leader …” it said. “… welcome to our world … we have been expecting you … the (blank.) told us of your coming…”

Controlled telepathy. Acreature, a race, so gentle, so civilized, so free from enemies, from all danger and strife that they could afford to share their thoughts with others-to share more than their thoughts; these creatures were so gentle and so generous that they were offering the humans a homestead on their planet. This was why this messenger had come: to make that offer.

To King’s mind this seemed remarkably like the prize package that had been offered by the Jockaira; he wondered what the boobytrap might be in this proposition.

The messenger seemed to read his thought”… look into our hearts… we hold no malice toward you … we share your love of life and we love the life in you … “We thank you,” King answered formally and aloud. “We will have to confer.” He turned to speak to Barstow, glanced back. The messenger was gone.

The Captain said to Lazarus, “Where did he go?” “Huh? Don’t ask me.”

“But you were in front of the lock.”

“I was checking the tell-tales. There’s no boat sealed on outside this lock-so they show. I was wondcring if they were working right. They are. How did he get into the ship? Where’s his rig?’

“How did he leaver’ “Not past me!”

“Zaccur, he came in through this lock, didn’t he? “I don’t know.”

“But he certainly went out through it”

“Nope,” denied Lazarus. “This lock hasn’t been opened. The deep-space seals are still in place. See for yourself.” King did. “You don’t suppose,” he said slowly, “that he can pass through-“

“Don’t look at me,” said Lazarus. “I’ve got no more prejudices in the matter than the Red Queen. Where does a phone image go when you cut the circuit?” He left, whistling softly to himself. King did not recognize the tune. Its words, which Lazarus did not sing, started with:

“Last night I saw upon the stair Alittle man who wasn’t there-“

Chapter 4

THERE WAS NO CATCH to the offer. The people of the planet-they had no name since they had no spoken language and the Earthmen simply called them “The Little People”-the little creatures really did welcome them and help them. They convinced the Families of this without difficulty for there was no trouble in communication such as there had been with the Jockaira. The Little People could make even subtle thoughts kndwn directly to the Earthmen and in turn could sense correctly any thought directed at them. They appeared either to ignore or not to be able to read any thought not directed at them; communicatibn with them was as controlled as spoken speech. Nor did the Earthmen acquire any telepathic powers among themselves.

Their planet was even more like Earth than was the planet of the Jockaira. It was a little larger than Earth but had a slightly lower surface gravitation, suggesting a lower average density- the Little People made slight use of metals in their culture, which may be indicative.

The planet rode upright in its orbit; it had not the rakish tilt of Earth’s axis. Its orbit was nearly circular; aphelion differed from perihelion by less than one per cent. There were no seasons. Nor was there a great heavy moon, such as Earth has, to wrestle its oceans about and to disturb the isostatic balance of its crust. Its hills were low, its winds were gentle, its seas were placid. To Lazarus’ disappointment, their new home, had no lively weather; it hardly had weather at all; it had climate, and that of the sort that California patriots would have the rest of the Earth believe exists in their part of the globe.

But on the planet of the Little People it really exists.

They indicated to the Earth people where they were to land, a wide sandy stretch of beach running down to the sea. Back of the low break of the bank lay mile on mile of lush meadowland, broken by irregular clumps of bushes and trees. The landscape had a careless neatness, as if it were a planned park, although there was no evidence of cultivation. It was here, a messenger told the first scouting party, that they were welcome to live.

There seemed always to be one of the Little People present when his help might be useful-not with the jostling inescapable overhelpfulness of the Jockaira, but with the unobtrusive readiness to hand of a phone or a pouch knife. The one who accompanied the first party of explorers confused Lazarus and Barstow by assuming casually that he had met them before, that he had visited them in the ship. Since his fur was rich mahogany rather than golden, Barstow attributed the error to misunderstanding, with a mental reservation that these people might possibly be capable of chameleonlike changes in color. Lazarus reserved his judgment.

Barstow asked their guide whether or not his people had any preferences as to where and how the Earthmen were to erect buildings. The question had been bothering him because a preliminary survey from the ship had disclosed no cities. It seemed likely that the natives lived underground-in which case he wanted to avoid getting off on the wrong foot by starting something which the local government might regard as a slum.

He spoke aloud in words directed at their guide, they having learned already that such was the best way to insure that the natives would pick up the thought.

In the answer that the little being flashed back Barstow caught the emotion of surprise. “… must you sully the sweet countryside with interruptions? … to what purpose do you need to form buildings? . .

“We need buildings for many purposes,” Barstow explained. “We need them as daily shelter, as places to sleep at night. We need them to grow our food and prepare it for eating.” He considered trying to explain the processes of hydroponic farming, of food processing, and of cooking, then dropped it, trusting to the subtle sense of telepathy to let his “listener” understand. “We need buildings for many other uses, for workshops and laboratories, to house the machines whereby we communicate, for almost everything we do in our everyday life.”

“Be patient with me …” the thought came, since I know so little of your ways … but tell me do you prefer to sleep in such as that? …” He gestured toward the ship’s boats they had come down in, where their bulges showed above the low bank. The thought he used for the boats was too strong to be bound by a word; to Lazarus’ mind came a thought of a dead, constricted space-a jail that had once harbored him, a smelly public phone booth.

“It is our custom.”

The creature leaned down and patted the turf. “… is this not a good place to sleep? …”

Lazarus admitted to himself that it was. The ground was covered with a soft spring turf, grasslike but finer than grass, softer, more even, and set more closely together. Lazarus took off his sandals and let his bare feet enjoy it, toes spread and working. It was, he decided, more like a heavy fur rug than a lawn. –

“As for food …”” their guide went on, “… why struggle for that which the good soil gives freely? . . come with me…”

He took them across a reach of meadow to where low bushy trees hung over aT meandering brook. The “leaves” were growths the size of a man’s hand, irregular in shape, and an inch or more in thickness. The little person broke off one and nibbled at it daintily.

Lazarus plucked one and examined it. It broke easily, like a well-baked cake. The inside was creamy yellow, spongy but crisp, and had a strong pleasant odor, reminiscent of mangoes. “Lazarus, don’t, eat that!” warned Barstow. “It hasn’t been analyzed~”

“… it is harmonious with your body . .

Lazarus sniffed it again. “I’m willing to be a test case, Zack.” “Oh, well-” Barstow shrugged. “I warned you. You will anyhow.”

Lazarus did. The stuff was oddly pleasing, firm enough to suit the teeth, piquant though elusive in flavor. It settled down happily in his stomach and made itself at home.

Barstow refused to let anyone else try the fruit until its effect on Lazarus was established. Lazarus took advantage of his exposed and privileged position to make a full meal-the best, he decided, that he had had in years.

“… will you tell me what you are in the habit of eating? …” inquired their little friend. Barstow started to reply but was checked by the creature’s thought: “… all of you think about it . .” no further thought message came from him for a few moments, then he flashed, “… that is enough . . -. my wives will take care of it …”

Lazarus was not sure the image meant “wives” but some similar close relationship was implied. It had not yet been established that the Little People were bisexual-or what.

Lazarus slept that night out under the stars and let their clean impersonal light rinse from him the claustrophobia of the ship. The constellations here were distorted out of easy recognition, although he could recognize, he decided, the cool blue of Vega and the orange glow of Antares. -The one certainty was the Milky Way, spilling its cloudy arch across the sky just as at home. The Sun, he knew, could not be visible to the naked eye even if he knew where to look for it; its low absolute magnitude would not show up across the lightyears. Have to get hold of Andy, he thought sleepily, work out its coordinates and pick it out with instruments. He fell asleep before it could occur to him to wonder why he should bother.

Since no shelter was needed at night they landed everyone as fast as boats could shuttle them down. The crowds were dumped on the friendly soil and allowed to rest, picnic fashion, until the colony could be organized. At first they ate supplies brought down from the ship, but Lazarus’ continued good health caused the rule against taking chances with natural native foods to be re1axed shortly. After that they ate mostly of the boundlein rai’gesse of the plants and used ship’s food only to vary their diets.

Several days after the last of them had been landed Lazarus was exploring alone some distance from the camp. He came across one of the Little People; the native greeted him with the same assumption of earlier acquaintance which all of them seemed to show and led Lazarus to a grove of low trees still farther from base. He indicated to Lazarus that he wanted him to eat.

Lazarus was not particularly hungry but he felt compelled to humor such friendliness, so he plucked and ate. He almost choked in his astonishment. Mashed potatoes and brown gravy!

“… didn’t we get it right? – . .” came an anxious thought.

“Bub,” Lazarus said solemnly, “I don’t know what you planned to do, but this is just fine!” Awarm burst of pleasure invaded his mind. “… try the next tree . .

Lazarus did so, with cautious eagerness. Fresh brown bread and sweet butter seemed to be the combination, though a dash of ice cream seemed to have crept in from somewhere.

He was hardly surprised when the third tree gave strong evidence of having both mushrooms and charcoal-broiled steak in its ancestry. “… we used your thought images almost entirely

…” explained his companion. “… they were much stronger than those of any of your wives …”

Lazarus did not bother to explain that he was not married. The little person added, “… there has not yet been time to simulate the appearances and colors your thoughts showed does it matter much to you? .

Lazarus gravely assured him that it mattered very little.

When he returned to the base, he had considerable difficulty in convincing others of the seriousness of his report.

One who benefited greatly from the easy, lotus-land quality of their new home was Slayton Ford. He had awakened from cold rest apparently recovered from his breakdown except in one respect: he had no recollection of whatever it was he had experienced in the temple of Kreel. Ralph Schultz considered this a healthy adjustment to an intolerable experience and dismissed him as a patient.

Ford seemed younger and happier than he had appeared before his breakdown. He no longer held formal office among the Members-indeed there was little government of any sort; the Families lived in cheerful easy-going anarchy on this favored planet-but he was still addressed by his title and continued to be treated as an elder, one whose advice was sought, whose judgment was deferred to, along with Zaccur Barstow, Lazarus, Captain King, and others. The Families paid little heed to calendar ages; close friends might differ by a century. For years they had benefited from his skilled administration; now they continued to treat him as an elder statesman, even though two-thirds of them were older than was he.

The endless picnic stretched into weeks, into months. After being long shut up in the ship, sleeping or working, the temptation to take a long vacation was too strong to resist and there was nothing to forbid it. Food in abundance, ready to eat and easy to handle, grew almost everywhere; the water in the numerous streams was clean and potable. As for clothing, they had plenty if they wanted to dress but the need was esthetic rather, than utilitarian; the Elysian climate made clothing for protection as silly as suits for swimming. Those who liked clothes wore them; bracelets and beads and flowers in the hair were quite enough for most of them and not nearly so much nuisance if one chose to take a dip in the sea.

Lazarus stuck to his kilt.

The culture and degree of enlightenment of the Little People was difficult to understand all at once, because their ways were subtle. Since they lacked outward signs, in Earth terms, of high scientific attainment-no great buildings, no complex mechanical transportation machines, no throbbing power plants-it was easy to mistake them for Mother Nature’s children, living in a Garden of Eden.

Only one-eighth of an iceberg shows above water.

Their knowledge of physical science was not inferior to that of the colonists; it was incredibly superior. They toured the ship’s boats with polite interest, but confounded their guides by inquiring why things were done this way rather than that?-and the way suggested invariably proved to be simpler and more efficient than Earth technique… when the astounded human technicians managed to understand what they were driving at.

The Little Pedple understood machinery and all that machinery implies, but they simply had little use for it. They obviously did not need it for communication and had little need for it for transportation (although the full reason for that was not at once evident), and they had very little need for machinery in any of their activities. But when they had a specific need for a mechanical device they were quite capable of inventing, building it, using it once, and destroying it, performing the whole process with a smooth cooperation quite foreign to that of men.

But in biology their preeminence was the most startling. The Little People were masters in the manipulation of life forms. Developing plants in a matter of days which bore fruit duplicating not only in flavor but in nutrition values the foods humans were used to was not a miracle to them but a routine task any of their biotechnicians could handle. They did it more easily than an Earth horticulturist breeds for a certain strain of color or shape in a flower.

But their methods were different from those of any human plant breeder. Be it said for them that they did try to explain their methods, but the explanations simply did not come through. In our terms, they claimed to “think” a plant into the shape and character they desired. Whatever they meant by that, it is certainly true that they could take a dormant seedling plant and, without touching it or operating on it in any way perceptible to their human students, cause it to bloom and burgeon into maturity in the space of a few hours-with new characteristics not found in the parent line . . and which bred true thereafter.

However the Little People differed from Earthmen only in degree with respect to scientific attainments. In an utterly basic sense they differed from humans in kind. They were not individuals.

No single body of a native housed a discrete individual. Their individuals were multi-bodied; they had group “souls.” The basic unit of their society was a telepathic rapport group of many parts. The number of bodies and brains housing one individual ran as high as ninety or more and was never less than thirty-odd.

The colonists began to understand much that had been utterly puzzling about the Little People only after they learned this fact. There is much reason to believe that the Little People found the Earthmen equally puzzling, that they, too, had assumed that their pattern of existence must be mirrored in others. The eventual discovery of the true facts on each side, brought about mutual misunderstandings over identity, seemed to arouse horror in the minds of the Little People. They withdrew themselves from the neighborhood of the Families’ settlement and remained away for several days.

At length a messenger entered the camp site and sought out Barstow. “…We are sorry we shunned you … in our haste we mistook your fortune for your fault … we wish to help you … we offer to teach you that you may become like ourselves …”

Barstow pondered how to answer this generous overture. “We thank you for your wish to help us,” he said at last, “but what you call our misfortune seems to be a necessary part of our makeup. Our ways are not your ways. I do not think we could understand your ways.”

The thought that came back to him was very troubled. “We have aided the beasts of the air and of the ground to cease their strife … but if~you do not wish our help we will not thrust it on you …”

The messenger went away, leaving Zaccur Barstow troubled in his mind. Perhaps, he thought, ha had been hasty in answering without taking time to consult the elders. Telepathy was certainly not a gift to be scorned; perhaps the Little People could train them in telepathy without any loss of human individualism. But what he knew of the sensitives among the Families did not encourage such hope; there was not a one of them who was emotionally healthy, many of them were mentally deficient as well-it did not seem like a safe path for humans.

It could be discussed later, he decided; no need to hurry. “No need to hurry” was the spirit throughout the settlement. There was no need to strive, little that had to be done and rarely any rush about that little. The sun was warm and pleasant, each day was much like the next, and there was always the day after that. The Members, predisposed by their inheritance to take a long view of things, began to take an eternal view. Time no longer mattered. Even the longevity research, which had continued throughout their memories, languished. Gordon Hardy tabled his current experimentation to pursue the vastly more fruitful occupation of learning what the Little People knew of the nature of life. He was forced to take it slowly, spending long hours in digesting new knowledge. As time trickled on, he was hardly aware that his hours of contemplation were becoming longer, his bursts of active study less frequent.

One thing he did learn, and its implications opened up whole new fields of thought: the Little People had, in one sense, conquered death.

Since each of their egos was shared among many bodies, the death of one body involved no death for the ego. All memory experiences of that body remained intact, the personality associated with it was not lost, and the physical loss could be made up by letting a young native “marry” into the group. But a group ego, one of the personalities which spoke to the Earthmen, could not die, save possibly by the destruotion of every body it lived in. They simply went on, apparently forever.

Their young, up to the time of “marriage” or group assimilation, seemed to have little personality and only rudimentary or possibly instinctive mental processes. Their elders expected no more of them in the way of intelligent behavior than a human expects of a child still in the womb. There were always many such uncompleted persons attached to any ego group; they were cared for like dearly beloved pets or helpless babies, although they were often as large and as apparently mature to Earth eyes as were their elders.

Lazarus grew bored with paradise more quickly than did the majority of his cousins. “It can’t always,” he complained to Libby, who was lying near him on the fine grass, “be time for tea.” “What’s fretting you, Lazarus?”

“Nothing in particular.” Lazarus set the point of his knife on his right elbow, flipped it with his other hand, watched it bury its point in the ground. “It’s just that -this place reminds me of a well-run zoo. It’s got about as much future.” He grunted scornfully. “It’s ‘Never-Never Land.”

“But what in particular is worrying you?”

“Nothing. That’s what worries me. Honest to goodness, Andy, don’t you see anything wrong in being turned out to pasture like this?”

Libby grinned sheepishly. “I guess it’s my hillbilly blood. ‘When it don’t rain, the roof don’t leak; when it rains, I cain’t fix it nohow,” he quoted. “Seems to me we’re doing tolerably well. What irks you?”

“Well-” Lazarus’ pale-blue eyes stared far away; he paused in his idle play with his knife. “When I was a young man a long time ago, I was beached in the South Seas-“ “Hawaii?’

“No. Farther south. Damned if I know what they call it today. I got hard up, mighty hard up, and sold my sextant. Pretty soon-or maybe quite a while-I could have passed for a native. I lived like one. It didn’t seem to matter. But one day I caught a look at myself in a mirror.” Lazarus sighed gustily. “I beat my way out of that place shipmate to a cargo of green hides, which may give you some idea how. scared and desperate I was!”

Libby did not comment. “What do you do with your time, Lib?” Lazarus persisted.

“Me? Same as always. Think about mathematics. Try to figure out a dodge for a space drive like’ the one that got us here.” “Any luck on that?” Lazarus was suddenly alert.

“Not yet. Gimme time. Or I just watch the clouds integrate. There are amusing mathematical relationships everywhere if you are on the lookout for them. In the ripples on the water, or the shapes of busts-elegant fifth-order functions.”

“Huh? You mean ‘fourth order.”

“Fifth order. You omitted the time variable. I like fifth-order equations,” Libby said dreamily. “You find ‘em in fish, too.” “Huinmph!” said Lazarus, and stood up suddenly. “That may be all right for you, but it’s not my pidgin.”

“Going some place?” “Goin’ to take a walk.”

Lazarus walked north. He walked the rest of that day, slept on the ground as usual that night, and was up and moving, still to the north, at dawn. The next day was followed by another like it, and still another. The going”was easy, much like strolling in a park … too easy, in Lazarus’ opinion. For the sight of a volcano, or a really worthwhile waterfall, he felt willing to pay four bits and throw in a jackknife.

The food plants were sometimes strange, but abundant and satisfactory. He occasionally met one or more of the Little People going about their mysterious affairs: they never bothered him nor asked why he was traveling but simply greeted him with the usual assumption of previous acquaintanceship. He began to long for one who would turn out to be a stranger; he felt watched.

Presently the nights grew colder, the days less balmy, and the Little People less numerous. When at last he had not seen one for an entire day, he camped for the night, remained there the next day-took out his soul and examined it.

He had to admit that he could find no reasonable fault with the planet nor its inhabitants. But just as definitely it was not to his taste. No philosophy that he had ever heard or read gave any reasonable purpose for man’s existence, nor any rational clue to his proper conduct. Basking in the sunshine might be as good a thing to do with one’s life as any other-but it was not for him and he knew it, even if he could not define how he knew it.

The hegira of the Families had been a mistake. It would have been a more human, a mqre mature and manly thing, to have stayed and fought for their rights, even if they had died insisting on them. Instead they had fled across half a universe (Lazarus was reckless about his magnitudes) looking for a place to light. They had found one, a good one-but already occupied by beings so superior as to make them intolerable for men… yet so supremely indifferent in their superiority to men that they had not even bothered to wipe them out, but had whisked them away to this-this -over-manicured country club.

And that in itself was the unbearable humiliation. The New Frontiers was the culmination of five hundred years of human scientific research, the best that men could do-but it had been flicked across the deeps of space as casually as a man might restore a baby bird to its nest.

The Little People did not seem to want to kick them out but the Little People, in their own way, were as demoralizing to men as were the gods of the Jockaira. One at a time they might be morons – but taken as groups each rapport group was a genius that threw the best minds that men could offer into the shade. Even Andy. Human beings could not hope to compete with that type of organization any more than a backroom shop could compete with an automated cybernated factory. Yet to form any such group identities, even if they could which he doubted, would be, Lazarus felt very sure, to give up whatever it was that made them men.

He admitted that he was prejudiced in favor of men. He was a man.

The uncounted days slid past while he argued with himself over the things that bothered him-problems that had made sad the soul of his breed since the first apeman had risen to self- awareness, questions never solved by full belly nor fine machinery. And the endless quiet days did no more to give him final answers than did all the soul searchings of his ancestors. Why? What shall it profit a man? No answer came back -save one: a firm unreasoned conviction that he was not intended for, or not ready for, this timeless snug harbor of ease.

His troubled reveries were interrupted by the appearance of one of the Little People. “… greetings, old friend your wife King wishes you to return to your home … he has need of your advice …”

“What’s the trouble?” Lazarus demanded.

But the little creature either could or would not tell him. Lazarus gave his belt a hitch and headed south. “… there is no need to go slowly …” a thought came after him.

Lazarus let himself be led to a clearing beyond a clump of trees. There he found an egg-shaped object about six feet long, featureless except for a door in the side. The native went in through the door, Lazarus squeezed his larger bulk in after him; the door closed.

It opened almost at once and Lazarus saw that they were on the beach just below the human settlement. He had to admit that it was a good trick.

Lazarus hurried to the ship’s boat parked on the beach in which Captain King shared with Barstow a semblance of community headquarters. “You sent for me, Skipper. What’s up?” King’s austere face was grave. “It’s about Mary Sperling.”

Lazarus felt a sudden cold tug at his heart. “Dead?”

“No. Not exactly. She’s gone over to the Little People. ‘Married’ into one of their groups.” “What? But that’s impossible!”

Lazarus was wrong. There was no faint possibility of interbreeding between Earthmen and natives but there was no barrier, if sympathy existed, to a human merging into one of their rapport groups, drowning his personality in the ego of the many.

Mary Sperling, moved by conviction of her own impending death, saw in the deathless group egos a way out. Faced with the eternal problem of life and death, she had escaped the problem by choosing neither … selflessness. She had found a group willing to receive her, she had crossed over.

“It raises a lot of new problems,” concluded King. “Slayton and Zaccur and I all felt that you had better be here.”

“Yes, yes, sure-but where is Mary?” Lazarus demanded and then ran out of the room without waiting for an answer. He charged through the settlement ignoring both greetings and attempts to stop him. Ashort distance oustide the camp he ran across a native He skidded to a stop. “Where is Mary Sperling?”

“… I am Mary Sperling . .

“For the love of-You can’t be.”

“I am Mary Sperling and Mary Sperling is myself do you not know me, Lazarus? … I know you.

Lazarus waved his hands. “No! I want to see Mary Sperling who looks like an Earthman-Iike me!” The native hesitated.”… follow me, then …

Lazarus found her a long way from the camp; it was obvious that she had been avoiding the other colonists. “Mary!”

She answered him mind to mind: “. . I am sorry to see you troubled … Mary Sperling is gone except in that she is part of us …” “Oh, come off it, Mary! Don’t give me that stuff! Don’t you know me?”

“… of course I know you, Lazarus … it is you who do not know me … do not trouble your soul or grieve your heart with the sight of this body in front of you … I am not one of your kind … I am native to this planet.

“Mary,” he insisted, “you’ve got to undo this. You’ve got to come out of there!”

She shook her head, an oddly human gesture, for the face no longer held any trace of human expression; it was a mask of otherness. “… that is impossible …Mary Sperling is gone … the one who speaks with you is inextricably myself and not of your kind.” The creature who had been Mary Sperling turned and walked away.

“Mary!” he cried. His heart leapt across the span of centuries to the night his mother had died. He covered his face with his hands and wept the unconsolable grief of a child,

Chapter S

LAZAIWS found both King and Barstow waiting for him when he returned. King looked at his face. “I could have told you,” he said soberly, “but you wouldn’t wait.” “Forget it,” Lazatus said harshly. “What now?”

“Lazarus, there is something else you have to see before we discuss anything,” Zaccur Barstow answered. “Okay. What?”

“Just come and, see.” They led him to a compartment in the ship’s boat which was used as a headquarters. Contrary to Families’ custom it was locked; King let them in. There was a woman inside, who, when she saw the three, quietly withdrew, locking the door again as she went out.

“Take a look at that,” directed Barstow.

It was a living creature in an incubator-a child, but no such child as had ever been seen before. Lazarus stared at it, then said angrily, “What the devil is it?” “See for yourself. Pick it up. You won’t hurt it.”

Lazarus did so, gingerly at first, then without shrinking from the contact as his curiosity increased. What it was, he could not say. It was not human; it was just as certainly not offspring of the Little People. Did this planet, like the last, contain some previously unsuspected race? It was manlike, yet certainly not a man child. It lacked even the button nose of a baby, nor were there evident external ears. There were organs in the usual locations of each but flush with the skull and protected with many ridges. Its hands had too many fingers and there was an extra large one near each wrist which ended in a cluster of pink worms.

There was something odd about the torso of the infant which Lazarus could not define. But two other gross facts were evident: the legs ended not in human feet but in horny, toeless pediments-hoofs. And the creature was hermaphroditic-not in deformity but in healthy development, an androgyne.

“What is it?” he repeated, his mind filled with lively suspicion. “That,” said Zaccur, “is Marion Schmidt, born three weeks ago.” “Huh? What do you mean?”

“It means that the Little People are just as clever in manipulating us as they are in manipulating plants.” “What? But they agreed to leave us alone!”

“Don’t blame them too quickly. We let ourselves in for it. The origihal idea was simply a few improvements.” “Improvements!’ That thing’s an obscenity.”

“Yes and no. My stomach turns whenever I have to took at it … but actually-well, it’s sort of a superman. Its body architecture has been redesigned for greater efficiency, our useless simian hangovers have been left out, and its organs have been rearranged in a more sensible fashion. You can’t say it’s not human, for it is . . – an improved model. Take that extra appendage at the wrist. That’s another hand, a miniature one . . – backed up by a microscopic eye. You can see how useful that would be, once you get used to the idea.” Barstow stared at it. “But it looks horrid, to me~’

“It’d look horrid to anybody,” Lazarus stated. “It may be an improvement, but damn it, I say it ain’t humans” “In any case it creates a problem.”

“I’ll say it does!” Lazarus looked at it again. “You say it has a second set of eyes in those tiny bands? That doesn’t seem possible.”

Barstow shrugged. “I’m no biologist. But every cell in the body contains a full bundle of chromosomes. I suppose that you could grow eyes, or bones, or anything you liked anywhere, if you knew how to manipulate the genes in the chromosomes. And they know.”

“I don’t want to be manipulated!” “Neither do I.”

Lazarus stood on the bank and stared out over the broad beach at a full meeting of-the Families. “I am-” he started formally, then looked puzzled. “Come here a moment, Andy.” He whispered to Libby; Libby looked pained and whispered back. Lazarus looked exasperated and whispered again. Finally he straightened up and started over.

“I am two hundred and forty-one years old-at least,” he stated. “Is there anyone here who is older?” It was empty formality; he knew that he was the eldest; he felt twice that old. “The meeting is opened,~’ he went on, his big voice rumbling on down the beach assisted by speaker systems from the ship’s boats. “Who is your chairman?”

“Get on with it,” someone called from the crowd. “Very well,” said Lazarus. “Zaccur Barstow!”

Behind Lazarus a technician aimed a directional pickup at Barstow. “Zaccur Barstow,” his voice boomed out, “speaking for myself. Some of us have come to believe that this planet, pleasant as it is, is not the place for us. You all know about Mary Sperling, you’ve seen stereos of Marion Schmidt; there have been other things and I won’t elaborate. But emigrating again poses another question, the question of where? Lazarus Long proposes that we return to Earth. In such a-” His words were drowned by noise from the crowd.

Lazarus shouted them down. “Nobody is going to be forced to leave. But if enough of us want to leave to justify taking the ship, then we can. I say go back to Earth. Some say look for another planet. That’ll have to be decided. But first-how many of you think as I do about leaving here?”

“I do!” The shout was echoed by many others. Lazarus peered toward the first man to answer, tried to spot him, glanced over his shoulder at the tech, then pointed. “Go ahead, bud,” he ruled. “The rest of you pipe down.”

“Name of Oliver Schmidt. I’ve been waiting for months for somebody to suggest this. I thought I was the only sorehead in the Families. I haven’t any real reason for leaving-I’m not scared out by the Mary Sperling matter, nor Marion Schmidt. Anybody who likes such things is welcome to them-live and let live. But I’ve got a deep down urge to see Cincinnati again. I’m fed up with this place. I’m tired of being a lotus eater. Damn it, I want to work for my living! According to the Families’ geneticists I ought to be good for another century at least. I can’t see spending that much time lying in the inn and daydreaming.”

When he shut up, at least a thousand more tried to get the floor. “Easy! Easy!” bellowed Lazarus. “If everybody wants to talk, I’m going to have to channel it through your Family representatives. But let’s get a sample here and there.” He picked out another man, told him to sound off.

“I won’t take long,” the new speaker said, “as I agree with Oliver Schmidt I just wanted to mention my own reason. Do any of you miss the Moon? Back home I used to sit out on my balcony on warm summer nights and smoke and look at the Moon. I didn’t know it was important to me, but it is. I want a planet with a moon.”

The next speaker said only, “This case of Mary Sperling has given me a case of nerves. I get nightmares that I’ve gone over myself.”

The arguments went on and on. Somebody pointed out that they had been chased off Earth; what made anybody think that they would be allowed to return? Lazarus answered that himself. “We learned a lot from the Jockaira and now we’ve learned a lot more from the Little People-things that put us way out ahead of anything scientists back on Earth had even dreamed of. We can go back to Earth loaded for bear. We’ll be in shape to demand our rights, strong enough to defend them.”

“Lazarus Long-” came another voice. “Yes,” acknowledged Lazarus.

“You over there, go ahead.”

“I am too old to make any more jumps from star to star and much too old to fight at the end of such a jump. Whatever the rest of you do, I’m staying.”

“In that case,” said Lazarus, “there is no need to discuss it, is there?” “I am entitled to speak.” –

“All right, you’ve spoken. Now give sotheone else a chance.”

The sun set and the stars came out and still the talk went on. Lazarus knew that it would never end unless he moved to end it. “All right,” he shouted, ignoring the many who still, wanted to speak. “Maybe we’ll have to turn this back to the Family councils, but let’s take a trial vote and see where we are. Everybody who wants to go back to Earth move way over to my right. Everybody who wants to stay here move down the beach to my left. Everybody who wants to go exploring for still another planet gather right here in front of me.” He dropped back and said to the sound tech, “Give them some music to speed ‘em up.”

The tech nodded and the homesick strains of Valse Triste sighed over the beach. It was followed by The Green Hills of Earth. Zaccur Barstow turned toward Lazarus. “You picked that music.”

“Me?” Lazarus answered with bland innocence. “You know I ain’t musical, Zack.”

Even with music the separation took a long time. The last movement of the immortal Fifth had died away long before they at last had sorted themselves into three crowds.

On the left about a tenth of the total number were gathered, showing thereby their intention of staying. They were mostly the old and the tired, whose sands had run low. With them were a few youngsters who had never seen Earth, plus a bare sprinkling of other ages.

In the center was a very small group, not over three hundred, mostly men and a few younger women, who voted thereby for still newer frontiers.

But the great mass was on Lazarus’ right. He looked at them and saw new animation in their faces; it lifted his heart, for he had been bitterly afraid that he was almost alone in his wish to leave.

He looked back at the small group nearest him. “It looks like you’re outvoted,” he said to them alone, his voice unamplifled. “But never mind, there always comes another day.” He waited. Slowly the group in the middle began to break up. By ones and twos and threes they moved away. Avery few drifted over to join those who were staying; most of them merged with the

group on the right.

When this secondary division was complete Lazarus spoke to the smaller group on his left. “All right,” he said very gently, “You … you old folks might as well go back up to the meadows and get your sleep. The rest of us have things to make.”

Lazarus then gave Libby the floor and let him explain to the majority crowd that the trip home would not be the weary journey the flight from Earth had been, nor even the tedious second jump. Libby placed all of the credit where most of it belonged, with the Little People. They had straightened him out with his difficulties in dealing with the problem of speeds which appeared to exceed the speed of light. If the Little People knew what they were talking about -and Libby was sure that they did-there appeared to be no limits to what Libby chose to call “para-acceleration”-“para-” because, like Libby’s own lightpressure drive, it acted on the whole mass uniformly and could no more be perceived by the senses than can gravitation, and “para-” also because the ship would not go “through” but rather around or “beside” normal space. “it is not so much a matter of driving the ship as it is a selection of appropriate potential level in an n-dimensional hyperplenum of n-plus-one

possible-“

Lazarus firmly cut him off. “That’s your department, son, and everybody trusts you in it. We ain’t qualified to discuss the fine points.” “I was only going to add-“

“I know. But you were already out of the world when I stopped you.”

Someone from the crowd shouted one more question. “When do we get there?”

“I don’t know,” Libby admitted, thinking of the question the way Nancy Weatheral had put it to him long ago. “I can’t say what year it will be … but it will seem like about three weeks from now.”

The preparations consumed days simply because many round trips of the ship’s boats were necessary to embark them. There was a marked lack of ceremonious farewell because those remaining behind tended to avoid those who were leaving. Coolness had sprung up between the two groups; the division on the beach had split friendships, had even broken up contemporary marriages, had caused many hurt feelings, unresolvable bitterness. Perhaps the only desirable aspect of the division was that the parents of the mutant Marion Schmidt had elected to remain behind.

Lazarus was in charge of the last boat to leave. Shortly before he planned to boost he felt a touch at his elbow. “Excuse me,” a young man said. “My name’s Hubert Johnson. 1 want to go along but I’ve had to stay back with the other crowd to keep my mother from throwing fits. If I show up at the last minute, can 1 still go along?”

Lazirus looked him over. “You look old enough to decide without asking me.”

“You don’t understand. I’m an only child and my mother tags me around. I’ve got to sneak back before she misses me. How much longer-“ “I’m not holding this boat for anybody. And you’ll never break away any younger. Get into the boat”

“But…”

“Oft!” The young man did so, with one worried backward glance at the bank. There was a lot, thought Lazarus, to be said for ectogenesis. Once inboard the New Frontiers Lazarus reported to Captain King in the control room. “All inboard?” asked King.

“Yeah. Some late deciders, pro and con, and one more passenger at the last possible split second-woman named Eleanor Johnson. Let’s go!” King turned to Libby. “Let’s go, Mister.”

The stars blinked out.

They flew blind, with only Libby’s unique talent to guide them. If he had doubts as to his ability to lead them through the featureless blackness of other space he kept them to himself. On the twenty-third ship’s day of the reach and the eleventh day of para-deceleration the stars reappeared, all in their old familiar ranges-the Big Dipper, giant Orion, lopsidecL Crux, the fairy Pleiades, and dead ahead of them, blazing against the frosty backdrop of the Milky Way, was a golden light that had to be the Sun.

Lazarus had tears in his eyes for the second time in a month.

They could not simply rendezvous with Earth, set a parking orbit, and disembark; they had-to throw their hats in first. Besides that, they needed first to know what time it was.

Libby was able to establish quickly, through proper motions of nearest stars, that it was not later than about 3700 A.D.; without precise observatory instruments he refused to commit himself further. But once they were close enough to see the Solar planets he had another clock to read; the planets themselves make a clock with nine hands.

For any date there is a unique configuration of those “hands” since no planetary period is exactly commensurate with another. Pluto marks off an “hour” of a quarter of a millennium; Jupiter’s clicks a cosmic minute of twelve years; Mercury whizzes a “second” of about ninety days. The other “hands” can refine these readings-Neptune’s period is so cantankerously different from that of Pluto that the two fall into approximately repeated configuration only once in seven hundred and fifty-eight years. The great clock can be read with any desired degree  of accuracy over any period-but it is not easy to read.

Libby started to read it as soon as any of the planets could be picked out. He muttered over the problem. “There’s not a chance that we’ll pick up Pluto,” he complained to Lazarus, “and I doubt if we’ll have Neptune. The inner planets give me an infinite series of approximations-you know as well as I do that “infinite” is a question-begging term. Annoying!”

“Aren’t you looking at it the hard way, son? You can get a practical answer. Or move over and I’ll get one.” –

“Of course I can get a practical answer,” Libby said petulantly, “if you’re satisfied with that But-“

“But me no ‘buts’-what year is it, man!”

“Eh? Let’s put it this way. The time rate in the ship and duration on Earth have been unrelated three times. But now they are effectively synchronous again, such that slightly over seventy- four years have passed since we 1eft.’

Lazarus heaved a sigh. “Why didn’t you say so?” He had been fretting that Earth might – not be recognizable … they might have torn down New York or something like that. “Shucks, Andy, you shouldn’t have scared me like that.”

“Mmm …” said Libby. It was one of no further interest to him. There remained only the delicious problem of inventing a mathematics which would describe elegantly two apparently irreconcilable groups of facts: the Michelson-Morley experiments and the log of the New Frontiers. He set happily about it. Mmm … what was the least number of pamdimensions indispeMably necessary to contain the augmented plenum using a sheaf of postulates affirming-It kept him contented for a considerable time-subjective time, of course.

The ship was placed in a temporary orbit half a billion miles from the Sun with a radius vector normal to the plane of the ecliptic. Parked thus at right angles to and far outside the flat pancake of the Solar System they were safe from any long chance of being discovered. Aship’s boat had been fitted with thc neo-Libby drive during the jump and a negotiating party was sent down.

Lazarus wanted to go along; King refused to let him, which sent Lazarus into sulks. King had said curtly, “This isn’t a raiding party, Lazarus; this is a diplomatic mission.” “Hell, man, I can be diplomatic when it pays!”

“No doubt But we’ll send a man who doesn’t go armed to the ‘fresher.”

Ralph Schultz headed the party, since psychodynamic factors back on Earth were of first importance, but he was aided by legal voluntary and technical specialists. If the Families were going to have to fight for living room it was necessary to know what sort of technology, what sort of weapons, they would have to meet-but it was even more necessary to find out whether or not a peaceful landing could be arranged.

Schultz had been authorized by the elders to offer a plan under which the Families would colonize the thinly settled and retrograded European continent. But it was possible, even likely, that this had already been done in their absence, in view of the radioactive half-lifes involved. Schultz would probably have to improvise some other compromise, depending on the conditions he found.

Again there was nothing to do but wait.

Lazarus endured it in nail-chewing uncertainty. He had claimed publicly that the Families had such great scientific advantage that they could meet and defeat the best that Earth could offer. Privately, he knew that this was sophistry and so did any other Member competent to judge the matter. Knowledge alone did not win wars. The ignorant fanatics of Europe’s Middle Ages had defeated the incomparably higher Islamic culture; Archimedes had been struck down by a common soldier; barbarians had sacked Rome. Libby, or some one, might devise an unbeatable, weapon from their mass of new knowledge-or might not and who knew what strides military art had made on earth in three quarters of a century?

King, trained in military art, was worried by the same thing and still more worried by the personnel he would have to work with. The Families were anything but trained legions; the prospect of trying to whip those cranky individualists into some semblance of a disciplined fighting machine ruined his sleep.

These doubts and fears King and Lazarus did not mention even to each other; each was afraid that to mention such things would be to spread a poison of fear through the ship. But they were not alone in their worries; half of the ship’s company realized the weaknesses of their position and kept silent only because a bitter resolve to go home, no matter what, made them willing to accept the dangers..

“Skipper,”. Lazarus said to King two weeks after Schultz’s party had headed Earthside, “have you wondered how they’re going to feel about the New Frontiers herself?” “Eh? What do you mean?’

“Well, we hijacked her. Piracy.”

King looked astounded. “Bless me, so we did! Do you know, it’s been so long ago that it is hard for me to realize that she was ever anything but my ship … or to recall that I first came into her through an act of piracy.” He looked thoughtful, then smiled grimly. “I wonder how conditions are in Coventry these days?”

“Pretty thin rations, I imagine,” said Lazarus. “But we’ll team up and make out. Never mind-they haven’t caught us yet.”

“Do you suppose that Slayton Ford will be connected with the matter? That would be hard lines after all he has gone through.”

“There may not be any trouble about it at all,” Lazarus answered soberly. “While the way we got this ship was kind of irregular, we have used it for the purpose for which it was built-to explore the stars. And we’re returning it intact, long before they could have expected any results, and with a slick new space drive to boot. It’s more for their money than they had any reason to expect-so they may just decide to forget it and trot out the fatted calf.”

“I hope so,” King answered doubtfully.

The scouting party was two days late. No signal was received from them until they emerged into normal spacetime, just before rendezvous, as no method had yet been devised for signalling from para-space to ortho-space. While they were maneuvering to rendezvous, King received Ralph Schultz’s face on the control-room screen. “Hello, Captain! We’ll be boarding shortly to report.”

“Give me a summary now!”

“I wouldn’t know where to start. But it’s all right-we can go home!” “Huh? How’s that? Repeat!”

“Everything’s all right. We are restored to the Covenant. You see, there isn’t any difference any more. Everybody is a member of the Families now.” “What do you mean?” King demanded.

“They’ve got it.” “Got what?”

“Got the secret of longevity.”

“Huh? Talk sense. There isn’t any secret. There never was any secret.” “We didn’t have any secret-but they thought we had. So they found it.” “Expiain yourself,” insisted Captain King.

“Captain, can’t this wait until we get back into the ship?’ Ralph Schultz protested. “I’m no biologist. We’ve brought along a government reptesentative-you can quiz him, instead?

KING RECEWED Terra’s representative in his cabin. He had notified Zaccur Barstow and Justin Foote to be present for the Families and had invited Doctor Gordon Hardy because the nature of the startling news was the biologist’s business. Libby was there as the ship’s chief officer; Slayton Ford was invited because of his unique status, although he had held no public office in the Families since his breakdown in the temple of Kreel.

Lazarus was there because Lazarus wanted to be there, in his own strictly private capacity. He had not been invited, but even Captain King was somewhat diffident about interfering with the assumed prerogatives of the eldest Member.

Ralph Schultz introduced Earth’s ambassador to the assembled company. “This is Captain King, our commanding officer and this is Miles Rodney, representing the Federation Council- minister plenipotentiary and ambassador extraordinary, I guess you would call him.”

“Hardly that,” said Rodney; “although I can agree to the ‘extraordinary’ part. This situation is quite without preccdent. it is an honor to know you, Captain.” “Glad to have you inboard, sir.”

“And this is Zaccur Barstow, representing the trustees of the Howard Families, and Justin Foote, secretary tO the trustees-“ “Service.”

“Service to you, gentlemen.”

“Andrew Jackson Libby, chief astrogational officer, Doctor Gordon Hardy, biologist in charge of our research into the causes of old age and death.”

“May I do you a service?” Hardy acknowledged formally.”Service to you, sir. So you are the chief biologist-there was a time when you could have done a service to the whole human race. Think of it, sir-think how different things could have been. But, happily, the human race was able to worry out the secret of extending life without the aid of the Howard Families.”

Hardy looked vexed. “What do you mean, sir? Do you mean to say that you are still laboring under the delusion that we had some miraculous secret to impart, if we chose?” Rodney shrugged and spread his hands. “Really, now, there is no need to keep up the pretense, is there? Your results have been duplicated, independently.”

Captain King cut in. “Just a moment-Ralph Schultz, is the Federation still under the impression that there is some ‘secret’ to our long lives? Didn’t you tell them?”

Schultz was looking bewildered. “Uh-this is ridiculous. The subject hardly came up. They themselves had achieved controlled longevity; they were no longer interested in us in that respect. It is true that there still existed a belief that our long lives derived from manipulation rather than from heredity, but I corrected that impression.”

“Apparently not very thoroughly, from what Miles Rodney has just said.”

“Apparently not. I did not spend much effort on it; it was beating a dead dog. The Howard Families add their long lives are no longer an issue on Earth. Interest, both public and official, is centered on the fact that we have accomplished a successful interstellar jump.”

“I can confirm that,” agreed Miles Rodney. “Every official, every news service, every citizen, every scientist in the system is waiting with utmost eagerness the arrival of the New Frontiers. It’s the greatest, most sensational thing that has happened since the first trip to the Moon. You are famous, gentlemen-all of you.”

Lazarus pulled Zaccur Barstow aside and whispered to him. Barstow looked perturbed, then nodded thoughtfully. “Captain-” Barstow said to King. “Yes, Zack?”

“I suggest that we ask our guest to excuse us while we receive Ralph Schultz’ report.” “Why?”

Barstow glanced at Rodney. “I think we will be better prepared to discuss matters if we are brief by our own representative.” King turned to Rodney. “Will you excuse us~~ sir?”

Lazarus broke in. “Never mind, Skipper. Zack means well but he’s too polite. Might as well let Comrade Rodney stick around and we’ll lay it on the line. Tell me this, Miles; what proof have you got that you and your pals have figured out a way to live as long as we do?’

“Proof?’ Rodney seemed dumbfounded. “Why do you ask – Whom am I addressing? Who are you, sir?”

Ralph Schultz intervened. “Sorry-I didn’t get a chance to finish the introductions. Miles Rodney, this is Lazarus Long, the Senior.” “Service. ‘The Senior’ what?’

“He just means ‘The Senior,’ period,” answered Lazarus. “I’m the-oldest Member. Otherwise I’m a private citizen.” “The oldest one of the Howard Families! Why-why, you must be the oldest man alive-think of that!”

“You think about it,” retorted Lazarus. “I quit worrying about it a couple of centuries ago. How about answering my question?’

“But I can’t help being impressed. You make me feel like an infant-and I’m not a young man myself; I’ll be a hundred and five this coming June.” “If you can prove that’s your age, you can answer my question. I’d say you were about forty. How about it?”

‘Well, – dear me, I hardly expected to be interrogated on this point. Do you wish to see my identity card?”

“Are you kidding? I’ve had fifty-odd identity cards in my time, all with phony birth dates. What else can you offer?’ “Just a minute, Lazarus,” put in Captain King. ‘What is the purpose of your question?”

Lazarus Long turned away from Rodney. “It’s like this, Skipper-we hightailed it out of the Solar System to save our necks, because the rest of the yokels thought we had invented some way to live forever and proposed to squeeze it out of us if they had to kill every one of us. Now everything is sweetness and light~-so they say. But it seems mighty funny that the bird they send up to smoke the pipe of peace with us should still be convinced that we have that so-called secret.

“It got me to wondering.

“Suppose they hadn’t figured out a way to keep from dying from old age but were still clinging to the idea that we had? What better way to keep us calmed down and unsuspicious than to tell us they had until they could get us where they wanted us in order to put the question to us again?”

Rodney snorted. “Apreposterous ideal Captain, I don’t think I’m called on to put up with this.”

Lazarus stared coldly. “It was preposterous the first time, but-but it happened. The burnt child is likely to be skittish.” “Just a moment, both of you,” ordered King. “Ralph, how about it? Could you have been taken in by a put-up job?”

Schultz thought about it, painfully. “I don’t think so.” He paused. “It’s rather difficult to say. I couldn’t tell from appearance of course, any more than our own Members could be picked out from a crowd of normal persons.”

“But you are a psychologist. Surely you could have detected indications of fraud, if there had been one.”

“I may be a psychologist, but I’m not a miracle man and I’m not telepathic. I wasn’t looking for fraud.” He grinned I sheepishly. “There was another factor. I was so excited over being home that I was not in the best emotional condition to note discrepancies, if there were any.”

“Then you aren’t sure?” -‘

“No. I am emotionally convinced that Miles Rodney is telling the truth-“ “Lam!”

“-and I believe that a few questions could clear the matter up. He claims to be one hundred and five years old. We can test that.” “I see,” agreed King. “Hmm … you put the questions, Ralph?”

“Very well. You will permit, Miles Rodney?” “Go ahead,” Rodney answered stiffly.

“You must have been about thirty years old when we left Earth, since we have been gone nearly seventy-five years, Earth time. Do you remember the event?” “Quite clearly. I was a clerk in Novak Tower at the time, I in the offices of the Administrator.”

Slayton Ford had remained in the background throughout the discussion, and had done nothing to call attention to himself. At Rodney’s answer he sat up. “Just a moment, Captain-“ “Eh? Yes?”

“Perhaps I can cut this short. You’ll pardon me, Ralph?” He turned to Terra’s representative. “Who am I?”

Rodney looked at him in some puzzlement. His expression changed from one of simple surprise at the odd question to complete and unbelieving bewilderment. “Why, you … you are Administrator Ford!”

“ONE AT ATIME! One at a time,” Captain King was saying. “Don’t everybody try to talk at once. Go on, Slayton; you have the floor. You know this man?” Ford looked Rodney over. “No, I can’t say that I do.”

“Then it is a frame up.” King turned to Rodney.”Suppose you recognized Ford from historical stereos-is that right?” –

Rodney seemed about to burst. “No! I recognized him. He’s changed but I knew him. Mr. Administrator-look at me, please! Don’t you know me? I worked for you!” “It seems fairly obvious that he doesn’t,” King said dryly.

Ford shook his head. “It doesn’t prove anything, one way or the other, Captain. There were over two thousand civil service employes in my office. Rodney might have been one of them. His face looks vaguely familiar, but so do most faces.”

“Captain-” Master Gordon Hardy was speaking. “If I can question Miles Rodney I might be able to give an opinion as to whether or not they actually have discovered anything new about the causes of old age and death.”

Rodney shook his head. “I am not a biologist. You could trip me up in no time. Captain King, I ask you to arrange my return to Earth as quickly as possible. I’ll not be subjected to any more of this. And let me add that I do not care a minim whether you and your-your pretty crew ever get back to civilization or not. I came here to help you, but I’m disgusted.” He stood up.

Slayton Ford went toward him. “Easy, Miles Rodney, please! Be patient. Put yourself in their place. You would be just as cautious if you had been through what they have been through.” Rodney hesitated. “Mr. Administrator, what are you doing here?”

“It’s a long and complicated story. I’ll tell you later.”

“You are a member of the Howard Families-you must be. That accounts for a lot of odd things.”

Ford shook his head. “No, Miles Rodney, I am not. Later, please-I’ll explain it. You -worked for me once-when?” “From 2109 until you, uh, disappeared.”

“What was your job?”

“At the time of the crisis of 2113 I was an assistant correlation clerk in the Division of Economic Statistics, Control Section.” “Who was your section chief?”

“Leslie Waldron.”

“Old Waldron, eh? What was the color of his hair?” “His hair? The Walrus was bald as an egg.”

Lazarus whispered to Zaccur Barstow, “Looks like I was off base, Zack.”

“Wait a moment,” Barstow whispered back. “It still could be thorough preparation-they may have known that Ford escaped with us.” Ford was continuing, “What was The Sacred Cow?’

“The Sacred-Chief, you weren’t even supposed to know that there was such a publication!”

“Give my intelligence staff credit for some activity, at least,” Ford said dryly. “I got my copy every week.” “But what was it?” demanded Lazarus.

Rodney answered, “An office comic and gossip sheet that was passed from hand to hand.”

“Devoted to ribbing the bosses,” Ford added, “especially me.” He put an arm around Rodney’s shoulders. “Friends, there is no doubt about it. Miles and I were fellow workers.”  “I still want to find out about the new rejuvenation process,” insisted Master Hardy some time later.

“I think we all do,” agreed King. He reached out and refilled their guest’s wine glass. “Will you tell us about it, sir?’

“I’ll try,” Miles Rodney answered, “though I must ask Master Hardy to bear with me. It’s not one process, but several-one basic process and several dozen others, some of them purely cosmetic, especially for women. Nor is the basic process truly a rejuvenation process. You can arrest the progress of old age, but you can’t reverse it to any significant degree-you can’t turn a senile old man into a boy.”

“Yes, yes,” agreed Hardy. “Naturally-but what is the basic process?”

“It consists largely in replacing the entire blood tissue in an old person with new, young blood. Old age, so they tell me, is primarily a matter of the progressive accumulation of the waste poisons of metabolism. The blood is supposed to carry them away, but presently the blood gets so clogged with the poisons that the scavenging process doesn’t take place properly. Is that right, Doctor Hardy?’

“That’s an odd way of putting it, but-“ “I told you I was no biotechnician.”

“-essentially correct. It’s a matter of diffusion pressure deficit-the d.p.d. on the blood side of a cell wall must be such as to maintain a fairly sharp gradient or there will occur progressive autointoxication of the individual cells. But I must say that I feel somewhat disappointed, Miles Rodney. The basic idea of holding off death by insuring proper scavenging of waste products is not new-I have a bit of chicken heart which has been alive for two and one half centuries through equivalent techniques. As to the use of young blood-yes, that will work. I’ve kept experimental animals alive by such blood donations to about twice their normal span-” He stopped and looked troubled.

“Yes, Doctor Hardy?”

Hardy chewed his lip. “I gave up that line of research. I found it necessary to have several young donors in order to keep one beneficiary from growing any older. There was a small, but measurable, unfavorable effect on each of the donors. Racially it was self-defeating; there would never be enough donors to go around. Am I to understand, sir that this method is thereby limited to a small, select part of the population?”

“Oh, no! I did not make myself clear, Master Hardy. There are no donors.” “Huh?’

“New blood, enough for everybody, grown outside the body-the Public Health and Longevity Service can provide any amount of it, any type.”

Hardy looked startled. “To think we came so close … so that’s it.” He paused, then went on. “We tried tissue culture of bone marrow in vitro. We should have persisted.”

“Don’t feel badly about it. Billions of credits and tens of thousands of technicians engaged in this project before there were any significant results. I’m told that the mass of accumulated art in this field represents more effort than even the techniques of atomic engineering.” Rodney smiled. “You see, they had to get some results; it was politically necessary-so there was an all-out effort.” Rodney turned to Ford. ‘When the news about the escape of the Howard Families reached the public, Chief, your precious successor had to be protected from the mobs.”

Hardy persisted with questions about subsidiary techniques -tooth budding, growth inhibiting, hormone therapy, many others-until King came to Rodney’s rescue by pointing out that the

prime purpose of the visit was to arrange details of the return of the Families to Earth.

Rodney nodded. “I think we should get down to business. As I understand it, Captain, a large proportion of your people are now in reduced-temperature somnolence?” (“Why can’t he say ‘cold-rest’?” Lazarus said to Libby.)

“Yes, that is so.”

“Then it would be no hardship on them to remain in that state for a time.” “Eh? Why do you say that, sir?”

Rodney spread his hands. “The administration finds itself in a somewhat embarrassing position. To put it bluntly, there is a housing shortage. Absorbing one hundred and ten thousand displaced persons can’t be done overnight.”

Again King had to hush them. He then nodded to Zaccur Barstow, who addressed himself to Rodney. “I fail to see the problem, sir. What is the present population of the North American continent?”

“Around seven hundred million.”

“And you can’t find room to tuck away one-seventieth of one per cent of that number? It sounds preposterous.”

“You don’t understand, sir,” Rodney protested. “Population pressure has become our major problem. Coincident with it, the right to remain undisturbed in the enjoyment of one’s own homestead, or one’s apartment, has become the most jealously guarded of all civil rights. Before we can find you adequate living room we must make over some stretch of desert, or make other major arrangements.”

“I get it,” said Lazarus. “Politics. You don’t dare disturb anybody for fear they will squawk.” “That’s hardly an adequate statement of the case.”

“It’s not, eh? could be you’ve got a general election coming up, maybe?’ “As a matter of fact we have, but that has nothing to do with the case.” Lazarus snorted.

Justin Foote spoke up. “It seems to me that the administration has looked at this problem in the most superficial light. It is not as if we were homeless immigrants. Most of the Members own their own homes. As you doubtless know, the Families were well-to-do; even wealthy, and for obvious reasons we built our homes to endure. I feel sure that most of those structures are still standing.”

“No doubt,” Rodney conceded, “but you will find them occupied.”

Justin Foote shrugged. “What has that to do with us? That is a problem for the government to settle with the persons it has allowed illegally to occupy our homes. As for myself, I shall land as soon as possible, obtain an eviction rrder from the nearest court, and repossess my home.”

“It’s not that easy. You can make omelet from eggs, but not eggs from omelet. You have been legally dead for many years; the present oacupant of your house holds a good title.”

Justin Foote stood up and glared at the Federation’s envoy, looking, as Lazarus thought, “like a cornered mouse.” “Legally dead! By whose act, sir, by whose act? Mine? I was a respected solicitor, quietly and honorably pursuing my profession, harming no one, when I was arrested without cause and forced to flee for my life. Now I am blandly told that my property is confiscated and my very legal existence as a person and as a citizen has been taken from ,me beckuse of that sequence of events. What manner of justice is this? Does the Covenant still stand?”

“You misunderstand me. I-“

“I misunderstood nothing. If justice is measured out only when it is convenient, then the Covenant is not worth the parchment it is written on. I shall make of myself a test case, sir, a test case for every Member of the Families. Unless my property is returned to me in full and at once I shall bring personal suit against every obstructing official. I will make of it a cause celebre. For many years I have suffered inconvenience and indignity and peril; I shall not be put off with words. I will shout it from the housetops.” He paused for breath.

“He’s right, Miles,” Slayton Ford put in quietly. “The government had better find some adequate way to handle this-and quickly.”

Lazarus caught Libby’s eye and silently motioned toward the door. The two slipped outside. “Justin’ll keep ‘em busy for the next hour,” he said. “Let’s slide down to the Club and grab some calories.”

“Do you really think we ought to leave?’ “Relax. If the skipper wants us, he can holler.”

LAZARUS TUCKED AWAYthree sandwiches, a double order of ice cream, and some cookies while Libby contented himself with somewhat less. Lazarus would have eaten more but he was forced to respond to a barrage of questions from the other habitues of the Club.

“The commissary department ain’t really back on its feet,” he complained, as he poured his third cup of coffee. “The Little People made life too easy for them. Andy, do you like chili con carne?”

“It’s all right.”

Lazarus wiped his mouth. “There used to be a restaurant in Tijuana that served the best chili I ever tasted. I wonder if it’s still there?” “Where’s Tijuana?” demanded Margaret Weatheral.

“You don’t remember Earth, do you, Peggy? Well, darling, it’s in Lower California. You know where that is?” “Don’t you think I studied geography? It’s in Los Angeles.”

“Near enough. Maybe you’re right-by now.” The ship’s announcing system blared out: “Chief Astrogator-report to the Captain in the Control Room!”

“That’s me!” said Libby, and hurriedly got up.

The call was repeated, then was followed by, “All hands prepare for acceleration! All hands prepare for acceleration!” “Here we go again, kids.” Lazarus stood up, brushed off his kilt, and followed Libby, whistling as he went

“California, here I come,

Right back where I started from-“

The ship was underway, the stars had faded out. Captain King had left the control room, taking with him his guest, the Earth’s envoy. Miles Rodney had been much impressed; it seemed likely that he would need a drink.

Lazarus and Libby remained in the control room. There was nothing to do; for approximately four hours, ship’s time, the ship would remain in para-space, before returning to normal space near Earth.

Lazarus struck a cigaret. ‘What d’you plan to do when you get back, Andy?” “Hadn’t thought about it.”

“Better start thinking. Been some changes.”

“I’ll probably head back home for a while. I can’t imagine the Ozarks having changed very much.” “The hills will look the same, I imagine. You may find the people changed.”

“How?”

“You remember I told you that I had gotten fed up with the Families and had kinda lost touch with them for a century? By and large, they had gotten so smug and soft in their ways that I couldn’t stand them. I’m afraid we’ll find most everybody that way, now that they expect to live forever. Long term investments, be sure to wear your rubbers when it rains . . that sort of thing.”

“It didn’t aifect you that way.”

“My approach is different. I never did have any real reason to last forever-after all, as Gordon Hardy has pointed out, I’m only a third generation result of the Howard plan. I just did my living as I went along and didn’t worry my head about it. But that’s not the usual attitude. Take Miles Rodney-scared to death to tackle a new situation with both hands for fear of upsetting precedent and stepping on established privileges.”

“I was glad to see Justin stand up to him.” Libby chuckled. “I didn’t think Justin had it in him.” “Ever see a little dog tell a big dog to get the hell out of the little dog’s yard?”

“Do you think Justin will win his point?” “Sure he will, with your help.”

“Mine?” –

“Who knows anything about the para-drive, aside from what you’ve taught me?” “I’ve dictated full notes into the records.”

“But you haven’t turned those records over to Miles Rodney. Earth needs your starship drive, Andy. You heard what Rodney said about population pressure. Ralph was telling me you have to get a government permit now before you can have a baby.”

“The hell you say!”

“Fact. You can count on it that there would be tremendous emigration if there were just some decent planets to emigrate to. And that’s where your drive comes in. With it, spreading out to the stars becomes really practical. They’ll have to dicker.”

“It’s not really my drive, of course. The Little People worked it out.”

“Don’t be so modest. You’ve got it. And you want to back up Justin, don’t you?” “Oh, sure.”

‘~Then we’ll use it to bargain with. Maybe I’ll do the bargaining, personally. But that’s beside the point. Somebody is going to have to do a little exploring before any large-scale emigration starts. Let’s go into the real estate business, Andy. We’ll stake out this corner of the Galaxy and see what it has to offer.”

Libby scratched his nose and thought about it. “Sounds all right, I guess after I pay a visit home.” “There’s no rush. I’ll find a nice, clean little yacht, about ten thousand tons and we’ll refit with your drive.” “What’ll we use for money?”

“We’ll have money. I’ll set up a parent corporation, while I’m about it, with a loose enough charter to let us do anything we want to do. There will be daughter corporations for various purposes and we’ll unload the minor interest in each.. Then-“

“You make it sound like work, Lazarus. I thought it was going to be fun.”

“Shucks, we won’t fuss with that stuff. I’ll collar somebody to run the home office and worry about the books and the legal end-somebody about like Justin. Maybe Justin himself.”

“Well, all right then.”

“You and I will rampage around and see what there is to be seen. It’ll be fun, all right.” They were both silent for a long time, with no need to talk. Presently Lazarus said, “Andy-“ “Yeah?”

“Are you going to look into this new-blood-for-old caper?” “I suppose so, eventually.”

“I’ve been thinking about it. Between ourselves, I’m not as fast with my fists as I was a century back. Maybe my natural span is wearing out. I do know this: I didn’t start planning our real estate venture till I head about this new process. It gave me a new perspective. I find myself thinking about thousands of years-and I never used to worry about anything further ahead than a week from next Wednesday.”

Libby chuckled again. “Looks like you’re growing up.”

“Some would say it was about time. Seriously, Andy, I think that’s just what I have been doing. The last two and a half centuries have just been my adolescence, so to speak. Long as I’ve hung around, I don’t know any more. about the final amwers, the important answers, than Peggy Weatheral does. Men-our kind of men-Earth men-never have had enough time to tackle the important questions. Lots of capacity and not time enough to use it properly. When it came to the important questions we might as well have still been monkeys.”

“How do you propose to tackle the important questions?”

“How should I know? Ask me again in about five hundred years.” “You think that will make a difference?”

“I do. Anyhow it’ll give me time to poke around and pick up some interesting facts. Take those Jockaira gods- “ “They weren’t gods, Lazarus. You shouldn’t call them that.”

“Of course they weren’t-I think. My guess is that they are creatures who have had time enough to do a little hard thinking. Someday, about a thousand years from now, I intend to march straight into the temple of Kreel, look him in the eye, and say, ‘Howdy, Bub-what do you know that 1 don’t know?’”

“It might not be healthy.”

‘We’ll have a showdown, anyway. I’ve never been satisfied with the outcome there. There ought not to be anything in the whole universe that man can’t poke his nose into-that’s the way we’re built and I assume that there’s some reason for it.”

“Maybe there aren’t any reasons.”

“Yes, maybe it’s just one colossal big joke, with no point to it.”’ Lazarus stood up and stretched and scratched his ribs. “But I can tell you this, Andy, whatever the answers are, here’s one monkey that’s going to keep on climbing, and locking around him to see what he can see, as long as the tree holds out.”

The End

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Things to be aware of, and precautions to take, while conducting a prayer intention campaign.

This post continues our discussions on using our thoughts to navigate our world-lines. As I have repeatedly stated, our universe is a series of world-lines that our consciousness navigates through. By controlling our thoughts, we can successfully navigate though the world-lines to achieve happiness, and indeed our greatest desires. This particular post discusses things that we must be alert to, and things that we need to avoid when conducting a prayer campaign.

You see, it is not enough to be able to conduct a prayer / intention campaign. You also must control the thoughts outside that campaign.

Thoughts and their application.

Thoughts are not some imaginary “thing”. They are real. They are the only thing that you consciousness creates.

Think of a thought as a (currently unrecognized) state of quanta. It is generated by our consciousness.

A thought is not tied to a specific world-line, though it can be associated with one.

A thought does not have a physical dimension, and dos not follow the normal dimensions of "time".

A thought can influence physical matter.

A thought can be stored as a memory outside of a world-line.

There are many kinds of thoughts.

For our purposes, let’s take a moment to define some key ideas regarding specific types of thoughts.

  • Pure Thoughts” refers to thinking one series of thoughts only and absolutely nothing else.
  • Bad Thoughts” refer to thoughts that pull you away from your desired intention. For instance, if your intention campaign is to live a happy pleasant life, then a “bad thought” would be one that would get your upset.
  • Good Thoughts” are thoughts that either work towards your intention campaign, or are neutral.
  • Direct Thought“. These are thoughts that lead fundamentally to a concept within the intention campaign. For instance, if your campaign was for owning a sports car, the thought of a racing engine in a race car would be a “direct thought”.

Prior History

Most people have lived a life with no prayers, no control over their thoughts and no control over intention. They have, pretty much, been “swaying in the breeze” all these many, many years aimlessly. All the time, it has been the strong thoughts of others, and the manipulations by others (such as the news media and commercials) that have caused them to redirect their thoughts.

Suddenly they gradually come to a place where they realize that they are not where they want to be. Their life does not match their desires.

Yet, they don’t know how to get out of that situation. And yes, many then find this website; Metallicman and see that there is a way out. That they can navigate out of their situation using manual world-line travel.

But there is a problem.

They are absolutely surrounded by others that do not share their vision. They are entangled in a spiders’ web of complex thought associations, thought manipulations, thought poisoning, and thought suppression.

As time moves forward, people get entangled in a complex world of thoughts and interpersonal relationships of others. Ans since the thoughts create and influence reality, many things about this web hinders and prevents individualized prayer campaigns from operating successfully.
As time moves forward, people get entangled in a complex world of thoughts and interpersonal relationships of others. And since the thoughts create and influence reality, many things about this web hinders and prevents individualized prayer campaigns from operating successfully.

Negative influences from others

In order to be able to successfully navigate your way out of your current situation, You will need to reduce the influences that already suppress your self-actuation.

Here goes…

  • Negative people. One negative person can undo all the positive affirmations that you make. They don’t even need to say anything or do anything. Their mere presence is like this big sponge that sucks the living energy out of you. And as they suck, suck, suck away… so goes any positive efforts that you have established in a prayer campaign.

You need to do everything in your power to avoid negative people.

This doesn’t only mean friends, strangers, co-workers and ex-lovers. It also, and for some… especially means, family.

Scene from the movie "Home for the Holidays". The movie, which is about the Thanksgiving family reunion from hell, is not exactly a comedy and yet not a drama, either. Like many family reunions, it has a little of both elements, and the strong sense that madness is being held just out of sight. Have we not all, on our ways to family gatherings, parked the car a block away, taken several deep breaths, rubbed our eyes and massaged our temples, and driven on, gritting our teeth? That is not because we do not love our families, but because we know them so very, very well.
Scene from the movie “Home for the Holidays”. The movie, which is about the Thanksgiving family reunion from hell, is not exactly a comedy and yet not a drama, either. Like many family reunions, it has a little of both elements, and the strong sense that madness is being held just out of sight. Have we not all, on our ways to family gatherings, parked the car a block away, taken several deep breaths, rubbed our eyes and massaged our temples, and driven on, gritting our teeth? That is not because we do not love our families, but because we know them so very, very well.

These negative people do NOT have the right to suppress you; your actions, your dreams or your thoughts. No mater what official role that they have in your life. If they are bad, negative… then they are dangerous. You need to cut them out of your life, and to prevent them thinking about you.

But…

But…

You need to do so gradually and happily. Not shockingly and not suddenly. Or they will be filled with negative emotion and those emotions will generate a tidal wave of thoughts that will completely collapse any good that you have created.

Be slow, and methodical. Establish a time line and stick to it.

What ever you do, you don’t want them to go from church to church and arrange around-the-clock prayer parties. Parties in which they concentrate on the imaginary horrors that they have built up in their minds. Often fed by salacious soap-operas and horror tragedies.

Actually happened. 

Back in the late 1980's I was offered a job out of state. This was, perhaps a twelve hour drive away from our childhood homes. It was a great opportunity. More money, interesting work, great career move, and an adventure in a new place.

Both I and my wife wanted us to accept that job out of state. 

However, her mother did not want that. She wanted us to stay local. Even though work was scarce, and we would be stuck living in a rented mobile home on a local farmer's crop land, her mother insisted that we not leave.

But we left anyways.

We discovered much later that after we left, she had a regular fit. And part of that fit was a "shotgun" approach to get us to return back "home". Some of the things that she did was illegal. Like accusing me of doing things, and trying to get the police to arrest me. While other things were more conventional.

But one of the things that she did was noteworthy here. After we had left, she had arranged perhaps 25 different churches to have staged prayer groups focusing on me losing my job and she coming back home. Leaving her terrible, and "abusive" husband.

Hundreds of people were "praying" for us.

They would picture, most vividly the horrors that her mother would say, and others would amplify it. With each story getting worse and worse. Each week things and their imagination getting more and more out of control. Their thoughts, magnified by a hundred fold, would saturate the world-lines.

These groups would hold 24 - 7 prayers. Where an individual would focus on how terrible our marriage was, and how I would lose my job and how our world would collapse, and where she would be "saved" by Jesus Christ back in the loving arms of her family.

So...

Suzy would pray for one hour from 2:00 to 3:00, then Sam would pray from 3:00 to 4:00, then Jody would pray from 4:00 to 5:00...etc.

This would continue through perhaps a couple of hundred people, and last for weeks...

Remember people…

…thoughts create realities and define your world-line.

This is a very serous issue and planning is required.

Sometimes you need to abandon negative toxic people.
Sometimes you need to abandon negative toxic people.

If you are going to isolate yourself from a strong-willed person, then please in for the Love of God, don’t make any fast moves. Be slow, methodical and careful. Gradually and slowly remove the claws of others from your back and then move forward in a positive way towards your intention.

People to avoid…

  • Anyone with any kind of mental illness. (Whether officially recognized or not.)
  • Anyone with a drug addiction.
  • Members of any kind of cult.
  • People with strong “fringe” religious beliefs.
  • Members of an occult organization.
  • Any “strong willed” person.

If you are serious and want to have the intention campaign actually work, then you will need to be careful of those around you. For they have a vested interest in you NOT CHANGING. And thus, they will oppose any changes you make. Whether they admit to it or not.

Oh…

And they will feel things changing. They might not know what is going on, and you might be keeping everything secret, but if they have a strong bond with you, they will feel the changes coming.

They might say things like…

  • “You are different”,
  • “You seem far away”,
  • “Something is not right”,
  • “Something doesn’t feel right”.
  • “What is wrong with you.”,
  • “I have a bad feeling.”… etc.

What this is like…

I have mentioned in other posts that our universe is not what it appears. It is like a big stew or soup with all kinds of things going on in it. It is not like a big open area with a lot of space. That is the illusion.

So to best understand the corrupting influence of a negative person, I would like to suggest this following mind game…

Imagine yourself as a human shaped cube of ice. You are there in all aspects of your shape. You have two arms, two legs, a torso and a head. The only thing is that you are a block of ice.

Now let's put that block of ice in a warm bath or pool.

Let to yourself, you would slowly dissolve into the surrounding water. Since both you (as ice) and the water are both the same element, as you gradually melt, you will become the surrounding environment.

All is good and all is natural.

Now, imagine that another person is a frozen solid block of diarrhea shit feces. They are placed in the warm pool with you.

Both you and the other person melt at the same rate.

But because of the nature of that other person, the water starts to get murky. It darkens and it fills with shit.

No matter what you do, you will be surrounded by shit, and it will not matter what you want, it will start to cling to you because it is right next to you.

You absolutely need to isolate yourself from negative people.

They have a problem with thought imposition. They will contaminate your world and suppress your prayer intention affirmations. This will happen even if they do not know what you are doing regarding the affirmations.

Not just people, it’s things too.

It’s not just negative, sick, ill or strong-willed people that you must avoid. There are other things that you must be cautious about.

Thoughts are not invisible “nothings”.

They are a specific type of quanta, that forms specific associations.

They are also “sticky”.

Thus good thoughts and prayers can bless artifacts and physical things. This blessing will “stick” or stay with the icon.

Which is a fundamental belief of the Catholic Church, with devotionals, icons, blessed holy water, and blessed rings and pendants.

Likewise, you have the opposite side of the spectrum. You can curse people and articles.

And much more common, is the furniture and possessions associated with people with illness, corrupted by negativity or just simply bad people. If you don’t know what I am talking about, then go to a used-car dealership in the bad section of town. And go sit in some of those vehicles…

These physical items, whether blessed or cursed, can influence your immediate and direct environment.

You need to avoid any item that might distract from your prayer campaign. And only utilize those that has added value to it.

Dangerous Places

In a a like manner, you need to avoid places where ill, sick or deranged people might conjugate. I know that this is not a nice thing to say, but I’m not going to be politically correct about this matter. You need to avoid certain people, certain places and certain things.

Places where many sad, angry, emotional or depressed people go will tend to absorb the thoughts and feelings and quanta of the people that go there.

Places to avoid…

  • A Family Dollar store in the poor section of the city.
  • A Welfare Office.
  • A Zoo. (Some of the captive animals are far too sad and pathetic.)
  • A Parole Office.
  • A Greyhound Bus station waiting area.
  • A used car lot in the “bad section” of town.

Places acceptable to visit…

  • A vacation destination.
  • A church.
  • A job fair.
  • A Beach in Summer.

Drug Abuse

Drugs alter the way the mind works. As such they alter the formation of thoughts, and the type of thoughts that are generated. In general, occasional use of drugs, whether it be alcohol or cocaine, isn’t really problematic as far as the generation of thoughts go. What becomes a problem is habitual and constant use.

Thoughts create our reality.

  • So what happens when you are constantly taking drugs that make you happy? You think happy thoughts.
  • What happens when you take drugs that make you tired or lethargic? Your thoughts become lazy.
  • What happens when you take drugs that make you angry and emotional? Your thoughts become emotional.

You need to control the influence on drugs and substances into your system, You can either use them constructively, or not at all.

Ignoring the non-physical entities.

Our world-lines are populated with both physical entities and non-physical entities. These non-physical entities, for the most part enjoy their own lives and behaviors and rarely, if ever, interact with humans.

However, some people have an affinity for these various sprites.

Why they do is a complicated matter, and need not concern us at this time. But it should be noted herein, that if we have a relationship with a non-physical entity or species of entity, we should NOT ignore it.

Why?

The interplay of our consciousness and our learning ability and lessons within this physical realm involves the sum total of all of our interactions. This is both the “good” and the “bad”. The more interactions that we have, the greater the influence in the quanta that we collect for our soul structure.

To best understand how the non-physical species can influence our lives, let me use an example from the television show “The Sopranos”.

Tony Soprano loved the ducks that would fly into his pool. He would watch them, and feed them bread and felt so proud when the baby ducklings started to fly.
Tony Soprano loved the ducks that would fly into his pool. He would watch them, and feed them bread and felt so proud when the baby ducklings started to fly.

For those of you who do not know, Tony Soprano is a pretty vile mob boss. And the show “The Sopranos” is all about his family life.

Through out the series, we see that while Tony can be a pretty ruthless businessman, he is just a normal guy, with a typical or “average” family. We see that he has family obligations, a dark side of complex inherited familial obligations, and complex business relationships that he does his best to master.

Then there is this thing about “ducks”.

These ducks fly in for the season, and decide to use Tony Sopranos’ pool to hang out at. Every day he sits and watches those ducks. He goes out to feed them, and is constantly on the watch to make sure that no stray dogs or cats come over and disturb those ducks. He was so successful that the ducks hatched little baby ducks and when the time was right they learned how to fly and leave the pool.

Now, other people have written about those “damn ducks”. Like this…

No Sopranos analysis would be complete without a discussion of those damn ducks. In the pilot episode, Tony is deeply enamored with a family of ducks that has taken up residence near his pool. 

Tony suffers a panic attack and passes out while watching the ducks fly away. The ducks and the mental health incident that they trigger are the impetus for Tony’s visit to therapy, and that’s really the inception of this whole story about the mobster in therapy.

In Melfi’s office, Tony admits that he has felt depressed since the ducks left. He also tells Melfi about a dream he had where his dick falls off and a water bird carries it away. 

This dream is about several things. In one sense, it’s an anxiety dream about impotence, and we also know that the ducks represent family to Tony, because he tells Melfi, “I’m afraid I’m gonna lose my family like I lost the ducks. That’s what I’m full of dread about.” Why would Tony fear the loss of his family? 

In the pilot episode, his children are not yet close to college age, so this isn’t anxiety about an empty nest. 

Tony is suffering from anxiety about death. Tony’s capacity in the mafia means that his life is under a constant threat, and losing his life would mean losing his family. So the ducks represent Tony’s love for his family and they are also a trigger for his anxiety.

-Culture Creaturehttps://www.culturecreature.com/sopranos-analysis/

Well, we are not going to discuss the possible interrelationships between a fiction character and a fictional situation regarding ducks. What we are going to do is discuss how one species interacts with another species.

In this situation, we note that while Tony Soprano is a mob Boss and doing Mob Boss things, interacting with his business and his family and lives a complex and colorful life…

… a group of ducks come in and do duck things while hanging out at his house.

These ducks also have their own life / lives. They have their families, raise their ducklings. They have fun, interact with duck matters and carry on in various ways. In many ways, they are oblivious to Tony. It’s almost like they don’t know that he exists.

All they know, is that they “feel safe” in his pool. They know that they get to eat “delicious and free tasty Italian bread” from time to time. No dogs or cats every comes by to disturb them. And the water is always crystal clear and pristine.

For Tony and for the ducks, both benefit by their association.

Now…

Consider a non-physical entity, whether it is a sprite, a faerie, a elf, or other denzin of the non-physical worlds as Tony Soprano. And consider yourself, and your family as that of the ducks.

The non-physical entity (Tony Soprano) does not want to hurt you. He wants to protect you, and has no other motive except to see you do well. When the opportunity comes, he will provide you with the benefits at his disposal. Whether it is food, protection, friendship or just to make your mood be better. 

And you will discover that this association will calm your mind, create a 'safe space" or place and will help you live a calmer and better life than what you might have otherwise.

Therefore…

Assume that all entities are neutral, whether they are physical or non-physical beings.

If you go out of your way to hurt, harm or disparage a “neutral” being, it will eventually and for good reason, subtract from your present pleasant life.

If you go out of your way to help, or provide comfort to a “neutral” being, it will eventually be beneficial to you in ways that are hard to classify.

So…

Do not assume that there are no non-physical beings about. There are. They need to be appreciated and respected. And (if you are one of the small percentage that has a relationship with one) and if you have a relationship of some degree with one, then cultivate it. Do not worry about others think.

How to cultivate it? I don’t know. Follow your gut feelings. Give and issue good will. It’s pretty fundamentally simple, don’t you know…

Think of a favorite pet dog or cat. Aside from companionship, what do they do? Not much. You cannot say that they make you richer, prettier, more handsome, more interesting, or anything like that. But, they do ENRICH your life in some way.

Dealing with non-physical entities is like that.

Don’t be in a Rush…

We live in a world where everything is rush, rush, rush. We want a pizza, we order it by app and it arrives thirty minutes later. We want the news, we open up our cell phone and check it. We want to go to the next town over, we hop in the car and get there…

Likewise, we think that prayer and affirmation campaigns can produce immediate results.

Wrong.

The results are a direct function of how far away the intention world-line is from where you are at this very moment.

The further away it is, the longer it will take to get there.

Remember…

The harder you push, the easier it is to get side-tracked on your prayer campaign. As you get sidetracked your objectives distance out further. So the harder you press, the longer it will take to achieve your intention goals.

Do. Not. Press. Too. Hard.

Follow the procedure. Keep things simple. Don’t do anything too advanced if you haven’t been doing these prayer campaigns for under a few years already. Simple. One by one.

Baby steps.

Keep things simple.

And please, please, please… only use “cascading prayer campaigns” if you have been conducting regular prayers for the last decade or so. It is not the ideal arrangement and method for most people.

A cascading prayer campaign only works well for those that have a long, long history of daily prayer events.

If that does not describe you… then do NOT employ that method.

Being the Rufus

I have repeatedly stressed that we must help others, be good, be the best that we can be, and provide a positive contribution to society. This remains true for most people.

What it does not mean is to be a “support person” for someone with a dysfunction, a mental illness, or strange addictions.

There is a world of difference between [1] being helpful to a person in need during an emergency, and [2] being a constant enabler to a person who has some serious issues affecting their ability to function in the modern society.

If you want to dedicate yourself to being a support person for someone who is dysfunctional in some way…

  • Mental illness.
  • Emotional problems.
  • Birth defects.
  • Addictions.
  • Handicapped.
  • Has some kind of physical illness.

… that is fine.

Provided that you are a certified caretaker. One that is trained on how to deal with that particular person’s troubles, issues and events.

If you want to do so, then you need to start right now, save up the money to go to school. Start attending classes and then when you have reached the MINIMUM qualifications of a healthcare provider, then -and ONLY then – can you take on this responsibility.

No increase in prayer intention campaigns are going to be able to overcome the huge and enormous emotional, physical, social and mental burdens that come with being a caretaker.

So do not delude yourself in thinking that you are already an expert in this particular person’s follies, foibles and issues. You are not. That is just an illusion. You need to be trained to understand what is truly going on and why. You will need to know their actual and truthful prognosis and whether your actions as a caregiver can actually help them.

For in most cases, you will only being a mechanism to help them cope with their broken and twisted life. You will never be able to help them or cure them.

Doctors, nurses and staff at rehabilitation and mental illness clinics have story after story of the sad, sad state of affairs of what happens to long term caregivers. They NEVER live up to their full potential, and after years, and even decades of care, financial investment and emotional entanglement, they are often discarded on a whim for the “next great thing”.

Don’t allow that to happen to you.

If you insist on taking on the role for a person with problems, you must accept that fact that this will absolutely affect the result of your prayer intention affirmation campaign.

The trade off, and decision, as always is yours.

But do not expect the same kind of results as someone who is not so encumbered by emotional and interpersonal attachments with a dysfunctional person.

Secrecy and confidentiality

As always, I insist that your intention, prayer campaign be secret and guarded with a password that only you know of. It is not that you have anything to hide, but if the thoughts that you generate can build up a life, so can opposition thoughts tear apart a life.

Imagine that you are a twelve year old girl with a diary…

You write your innermost thoughts in that diary.

Then one day, your nasty brother decides to crack open your diary and post the contents on Facebook.

Your classmates start to make fun of you. They post bad things on the internet, and pretty soon you start getting bullied and harassed.

Now your life is miserable, and initially you tried to defend your statements and thoughts. But, you discovered that it only made things worse...

It is critical to keep everything secret. Do not tell anyone anything. Even if they seem understanding, or neutral, they (all people) all have thoughts, and opinions.

It’s any… any… ANY negative thoughts concerning your prayer intention campaign that will be dangerous.

You must consider your prayer campaign to be a very fragile thing, something that has the consistency of tissue paper, and the thoughts of others to be like a big fan or industrial grade blower. You absolutely must keep your affirmations confidential.

Conclusion

The navigation of the world-lines is not as easy as just simply creating a prayer / intention campaign. You also need to have the discipline to clear a path through all the muck and inertia that is forcing you on the current world-line map that you are following. This post describes some issues and techniques that you need to adhere to break forth out of the “auto-pilot” navigation program that others have established for you to follow.

An aircraft auto-pilot device that is used to steer the aircraft to it's destination without the pilot needing to fly the plane. Most people are navigating their world-lines on auto-pilot. They are letting the decisions, the thoughts and the interpersonal relationships established by others create the "flight plan" and map out the destination.
An aircraft auto-pilot device that is used to steer the aircraft to it’s destination without the pilot needing to fly the plane. Most people are navigating their world-lines on auto-pilot. They are letting the decisions, the thoughts and the interpersonal relationships established by others create the “flight plan” and map out the destination.

You need to stop those around you from taking over the pilot controls of your soul.

You need to clear a path through the muck of everyday life and make sure that nothing is permitted to alter your desired intentions.

You need to be aware of the influences in your life, whether they are physical or non-physical influences. And by knowing what they are and their relative importance, you need to discern how to handle them in your specific case.

Do you want more…

I have more posts in my MAJestic Index here…

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You’ll not find any big banners or popups here talking about cookies and privacy notices. There are no ads on this site (aside from the hosting ads – a necessary evil). Functionally and fundamentally, I just don’t make money off of this blog. It is NOT monetized. Finally, I don’t track you because I just don’t care to.

To go to the MAIN Index;

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A report on the COVID-19 Bioweapon from a secondary source.

If you buy into the government “proof” that the coronavirus is natural and that it was just extraordinary bad-luck for it to strike China on the eve of their busiest holiday, then this post is not for you. This post is a link to a comprehensive report that confirms that the United States unleashed a bioweapons attack on China.

Ah. You can believe whatever you want. It’s “no skin off my back”. You can just go ahead and believe whatever makes you live through the day.

Background

I often receive contributions from others in the form of information, links, and other data that are not usually available on the internet. When someone proposes an idea, a concept, or some information, I tend to listen to them. I might not agree with them, but if they have done their research properly and have something of value to contribute, I will provide access to their information on this site.

Thus this post.

Cautions

I do not agree with everything in the article, but the amount of research and the information conveyed is significant. It is worthwhile reading and I suggest you, the reader, give it every consideration.

Content

The following is a link to a PDF file. The author devoted a significant amount of time and effort to the study of the COVID-19 bioweapons attack, and compiled the information within a PDF for ease of reading. I suggest that if the reader has any doubts that this is a natural virus, that they read this detailed summary.

You can access it here, just click on the picture below…

A link to the a comprehensive analysis of the COVID-19 crisis.

Do you want some more?

Here’s a link to my Trump Trade War posts…

Trump Trade War

Do you want to see similar posts?

I hope that you found this post curious. Please take care. You can view other similar posts in my SHTF Index, here…

SHTF Articles

Articles & Links

You’ll not find any big banners or popups here talking about cookies and privacy notices. There are no ads on this site (aside from the hosting ads – a necessary evil). Functionally and fundamentally, I just don’t make money off of this blog. It is NOT monetized. Finally, I don’t track you because I just don’t care to.

  • You can start reading the articles by going HERE.
  • You can visit the Index Page HERE to explore by article subject.
  • You can also ask the author some questions. You can go HERE to find out how to go about this.
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Please kindly help me out in this effort. There is a lot of effort that goes into this disclosure. I could use all the financial support that anyone could provide. Thank you.

The man who sold the moon (full text) by Robert Heinlein

The primary story is based on a character who’s goal in life is to first visit the moon (being the first human) and then setting up a colony on the moon. Harriman (the character) uses is past business successes and his business savvy to convince his friends, his company, and complete nations of children to help back his venture, which is of the goal to fulfill a childhood fantasy instead of make money.

The Man Who Sold The Moon is one of Heinlein’s best works and that alone says a lot! Having been a Heinlein fan since Jr. High, I have to replace some of my favorites over the years because I reread them quite often. This I have replaced several times because paperbacks tend to wear out when they are read repeatedly. You don’t want to miss this story, whether you’re a fan or new to Heinlein, this book is great sci-fi! 

Heinlein uses his fiction to tell the reader things, not just a story, but to communicate political, social and technical ideas and to share his technological prognostications. The perspective is complex.

All of these stories have as their underlying themes the conflict between profit and social and technological progress and how morally-neutral or amoral economic interests can come into conflict with human-scale interests and a common understanding of right and wrong.

The Man Who Sold The Moon, is about a rich industrialist called D. D. Harriman. Harriman has a dream, which is to go to the Moon and found a colony there. To achieve this dream, he adopts a single-mindedness that leads him to compromise business ethics and even break the law.

Heinlein captures well here several themes about modern business, including its complexity: Harriman, as a successful industrialist of international note, must have a very expert grasp of law and corporate structures, finance and accounting, politics and international relations, and a degree of technical literacy in the enterprise itself. Heinlein also shows how there is often a thin line between a successful business and fraud, and the qualities required are virtually the same.

Harriman represents perfectly the morally-neutral capitalist who puts up or finds the money for a project and dominates and motivates those around him, even though he lacks detailed technical know-how himself. Harriman as a businessman is happy to abide by the letter of an agreement when this works in his favour, but not when it does not.

The price of success, therefore, can often be lapses of integrity and incidences of personal moral abasement. Eventually Harriman is outmanoeuvred by one of his investors, who makes clear he cannot go to the Moon until the venture is in profit and could be managed by somebody else in the event of his demise.

The Man who Sold the Moon

THE MAN WHO SOLD THE MOON

CHAPTER ONE

“YOU’VE GOT TO BE ABELIEVER!”

George Strong snorted at his partner’s declaration. “Delos, why don’t you give up? You’ve been singing this tune for years. Maybe someday men will get to the Moon, though I doubt it. In any case, you and I will never live to see it. The loss of the power satellite washes the matter up for our generation.”

D. D. Harriman grunted. “We won’t see it if we sit on our fat behinds and don’t do anything to make it happen. But we can make it happen.” “Question number one: how? Question number two: why?”

“‘Why?’ The man asks ‘why.’ George, isn’t there anything in your soul but discounts, and dividends? Didn’t you ever sit with a girl on a soft summer night and stare up at the Moon and wonder what was there?”

“Yeah, I did once. I caught a cold.”

Harriman asked the Almighty why he had been delivered into the hands of the Philistines. He then turned back to his partner. “I could tell you why, the real ‘why,’ but you wouldn’t understand me. You want to know why in terms of cash, don’t you? You want to know how Harriman & Strong and Harriman Enterprises can show a profit, don’t you?”

“Yes,” admitted Strong, “and don’t give me any guff about tourist trade and fabulous lunar jewels. I’ve had it.”

“You ask me to show figures on a brand-new type of enterprise, knowing I can’t. It’s like asking the Wright brothers at Kitty Hawk to estimate how much money Curtiss-Wright Corporation would someday make out of building airplanes. I’ll put it another way, You didn’t want us to go into plastic houses, did you? If you had had your way we would still be back in Kansas City, subdividing cow pastures and showing rentals.”

Strong shrugged.

“How much has New World Homes made to date?”

Strong looked absent-minded while exercising the talent he brought to the partnership. “Uh … $172,946,004.62, after taxes, to the end of the last fiscal year. The running estimate to date is—”

“Never mind. What was our share in the take?”

“Well, uh, the partnership, exclusive of the piece you took personally and then sold to me later, has benefited from New World Homes during the same period by $1 3,010,437.20, ahead of personal taxes. Delos, this double taxation has got to stop. Penalizing thrift is a sure way to run this country straight into—”

“Forget it, forget it! How much have we made out of Skyblast Freight and Antipodes Transways?” Strong told him.

“And yet I had to threaten you with bodily harm to get you to put up a dime to buy control of the injector patent. You said rockets were a passing fad.”

“We were lucky,” objected Strong. “You had no way of knowing that there would be a big uranium strike in Australia. Without it, the Skyways group would have left us in the red. For that matter New World Homes would have failed, too, if the roadtowns hadn’t come along and given us a market out from under local building codes.”

“Nuts on both points. Fast transportation will pay; it always has. As for New World, when ten million families need new houses and we can sell ‘em cheap, they’ll buy. They won’t let building codes stop them, not permanently. We gambled on a certainty. Think back, George: what ventures have we lost money on and what ones have paid off? Everyone of my crack- brain ideas has made money, hasn’t it? And the only times we’ve lost our ante was on conservative, blue-chip investments.”

“But we’ve made money on some conservative deals, too,” protested Strong.

“Not enough to pay for your yacht. Be fair about it, George; the Andes Development Company, the integrating pantograph patent, every one of my wildcat schemes I’ve had to drag you into

—and every one of them paid.”

“I’ve had to sweat blood to make them pay,” Strong grumbled.

“That’s why we are partners. I get a wildcat by the tail; you harness him and put him to work. Now we go to the Moon—and you’ll make it pay.” “Speak for yourself. I’m not going to the Moon.”

“I am.”

“Hummph! Delos, granting that we have gotten rich by speculating on your hunches, it’s a steel-clad fact that if you keep on gambling you lose your shirt. There’s an old saw about the pitcher that went once too often to the well.”

“Damn it, George—I’m going to the Moon! If you won’t back me up, let’s liquidate and I’ll do it alone.” Strong drummed on his desk top. “Now, Delos, nobody said anything about not backing you up.”   “Fish or cut bait. Now is the opportunity and my mind’s made up. I’m going to be the Man in the Moon.” “Well … let’s get going. We’ll be late to the meeting.”

As they left their joint office, Strong, always penny conscious, was careful to switch off the light. Harriman had seen him do so a thousand times; this time he commented. “George, how about a light switch that turns off automatically when you leave a room?”

“Hmm—but suppose someone were left in the room?”

“Well… hitch it to stay on only when someone was in the room—key the switch to the human body’s heat radiation, maybe.” “Too expensive and too complicated.”

“Needn’t be. I’ll turn the idea over to Ferguson to fiddle with. It should be no larger than the present light switch and cheap enough so that the power saved in a year will pay for it.” “How would it work?” asked Strong.

“How should I know? I’m no engineer; that’s for Ferguson and the other educated laddies.”

Strong objected, “It’s no good commercially. Switching off a light when you leave a room is a matter of temperament. I’ve got it; you haven’t. If a man hasn’t got it, you can’t interest him in such a switch.”

“You can if power continues to be rationed. There is a power shortage now; and there will be a bigger one.” “Just temporary. This meeting will straighten it out.”

“George, there is nothing in this world so permanent as a temporary emergency. The switch will sell.” Strong took out a notebook and stylus. “I’ll call Ferguson in about it tomorrow.”

Harriman forgot the matter, never to think of it again. They had reached the roof; he waved to a taxi, then turned to Strong. “How much could we realize if we unloaded our holdings in

Roadways and in Belt Transport Corporation—yes, and in New World Homes?”

“Huh? Have you gone crazy?”

“Probably. But I’m going to need all the cash you can shake loose for me. Roadways and Belt Transport are no good anyhow; we should have unloaded earlier.” “You are crazy! It’s the one really conservative venture you’ve sponsored.”

“But it wasn’t conservative when I sponsored it. Believe me, George, roadtowns are on their way out. They are growing moribund, just as the railroads did. In a hundred years there won’t be a one left on the continent. What’s the formula for making money, George?”

“Buy low and sell high.”

“That’s only half of it… your half. We’ve got to guess which way things are moving, give them a boost, and see that we are cut in on the ground floor. Liquidate that stuff, George; I’ll need money to operate.” The taxi landed; they got in and took off.

The taxi delivered them to the roof of the Hemisphere Power Building they went to the power syndicate’s board room, as far below ground as the landing platform was above—in those days, despite years of peace, tycoons habitually came to rest at spots relatively immune to atom bombs. The room did not seem like a bomb shelter; it appeared to be a chamber in a luxurious penthouse, for a “view window” back of the chairman’s end of the table looked out high above the city, in convincing, live stereo, relayed from the roof.

The other directors were there before them. Dixon nodded as they came in, glanced at his watch finger and said, “Well, gentlemen, our bad boy is here, we may as well begin.” He took the chairman’s seat and rapped for order.

“The minutes of the last meeting are on your pads as usual. Signal when ready.” Harriman glanced at the summary before him and at once flipped a switch on the table top; a small green light flashed on at his place. Most of the directors did the same.

“Who’s holding up the procession?” inquired Harriman, looking around. “Oh—you, George. Get a move on.”

“I like to check the figures,” his partner answered testily, then flipped his own switch. Alarger green light showed in front of Chainnan Dixon, who then pressed a button; a transparency, sticking an inch or two above the table top in front of him lit up with the word RECORDING.

“Operations report,” said Dixon and touched another switch. Afemale voice came out from nowhere. Harriman followed the report from the next sheet of paper at his place. Thirteen Curie-type power piles were now in operation, up five from the last meeting. The Susquehanna and Charleston piles had taken over the load previously borrowed from Atlantic Roadcity and the roadways of that city were now up to normal speed. It was expected that the Chicago-Angeles road could be restored to speed during the next fortnight. Power would continue to be rationed but the crisis was over.

All very interesting but of no direct interest to Harriman. The power crisis that had been caused by the explosion of the power satellite was being satisfactorily met—very good, but Harriman’s interest in it lay in the fact that the cause of interplanetary travel had thereby received a setback from which it might not recover.

When the Harper-Erickson isotopic artificial fuels had been developed three years before it had seemed that, in addition to solving the dilemma of an impossibly dangerous power source which was also utterly necessary to the economic life of the continent, an easy means had been found to achieve interplanetary travel.

The Arizona power pile had been installed in one of the largest of the Antipodes rockets, the rocket powered with isotopic fuel created in the power pile itself, and the whole thing was placed in an orbit around the Earth. Amuch smaller rocket had shuttled between satellite and Earth, carrying supplies to the staff of the power pile, bringing back synthetic radioactive fuel for the power-hungry technology of Earth.

As a director of the power syndicate Harriman had backed the power satellite—with a private ax to grind: he expected to power a Moon ship with fuel manufactured in the power satellite and thus to achieve the first trip to the Moon almost at once. He had not even attempted to stir the Department of Defense out of its sleep; he wanted no government subsidy—the job was  a cinch; anybody could do it—and Harriman would do it. He had the ship; shortly he would have the fuel.

The ship had been a freighter of his own Antipodes line, her chem-fuel motors replaced, her wings removed. She still waited, ready for fuel—the recommissioned Santa Maria, nee City of Brisbane.

But the fuel was slow in coming. Fuel had to be eannarked for the shuttle rocket; the power needs of a rationed continent came next—and those needs grew faster than the power  satellite could turn out fuel. Far from being ready to supply him for a “useless” Moon trip, the syndicate had seized on the safe but less efficient low temperature uranium-salts and heavy water, Curie-type power piles as a means of using uranium directly to meet the ever growing need for power, rather than build and launch more satellites.

Unfortunately the Curie piles did not provide the fierce star-interior conditions necessary to breeding the isotopic fuels needed for an atomic-powered rocket. Harriman had reluctantly come around to the notion that he would have to use political pressure to squeeze the necessary priority for the fuels he wanted for the Santa Maria.

Then the power satellite had blown up.

Harriman was stirred out of his brown study by Dixon’s voice. “The operations report seems satisfactory, gentlemen. If there is no objection, it will be recorded as accepted. You will note that in the next ninety days we will be back up to the power level which existed before we were forced to close down the Arizona pile.”

“But with no provision for future needs,” pointed out Harriman. “There have been a lot of babies born while we have been sitting here.” “Is that an objection to accepting the report, D.D.?”

“No.”

“Very well. Now the public relations report—let me call attention to the first item, gentlemen. The vice-president in charge recommends a schedule of annuities, benefits, scholarships and so forth for dependents of the staff of the power satellite and of the pilot of the Charon: see appendix ‘C’.”

Adirector across from Harriman—Phineas Morgan, chairman of the food trust, Cuisine, Incorporated—protested, “What is this, Ed? Too bad they were killed of course, but we paid them skyhigh wages and carried their insurance to boot. Why the charity?”

Harriman grunted. “Pay it—I so move. It’s peanuts. ‘Do not bind the mouths of the kine who tread the grain.’” “I wouldn’t call better than nine hundred thousand ‘peanuts,’” protested Morgan.

“Just a minute, gentlemen—” It was the vice-president in charge of public relations, himself a director. “If you’ll look at the breakdown, Mr. Morgan, you will see that eighty-five percent of the appropriation will be used to publicize the gifts.”

Morgan squinted at the figures. “Oh—why didn’t you say so? Well, I suppose the gifts can be considered unavoidable overhead, but it’s a bad precedent.” “Without them we have nothing to publicize.”

“Yes, but—”

Dixon rapped smartly. “Mr. Harriman has moved acceptance. Please signal your desires.” The tally board glowed green; even Morgan, after hesitation, okayed the allotment. “We have a related item next,” said Dixon. “AMrs.—uh, Garfield, through her attorneys, alleges that we are responsible for the congenital crippled condition of her fourth child. The putative facts are that her child was being born just as the satellite exploded and that Mrs. Garfield was then on the meridian underneath the satellite. She wants the court to award her half a million.”

Morgan looked at Harriman. “Delos, I suppose that you will say to settle out of court.” “Don’t be silly. We fight it.”

Dixon looked around, surprised. “Why, D.D.? It’s my guess we could settle for ten or fifteen thousand—and that was what I was about to recommend. I’m surprised that the legal department referred it to publicity.”

“It’s obvious why; it’s loaded with high explosive. But we should fight, regardless of bad publicity. It’s not like the last case; Mrs. Garfield and her brat are not our people. And any dumb

fool knows you can’t mark a baby by radioactivity at birth; you have to get at the germ plasm of the previous generation at least. In the third place, if we let this get by, we’ll be sued for every double-yolked egg that’s laid from now on. This calls for an open allotment for defense and not one damned cent for compromise.”

“It might be very expensive,” observed Dixon.

“It’ll be more expensive not to fight. If we have to, we should buy the judge.”

The public relations chief whispered to Dixon, then announced, “I support Mr. Harriman’s view. That’s my department’s recommendation.”

It was approved. “The next item,” Dixon went on, “is a whole sheaf of suits arising out of slowing down the roadcities to divert power during the crisis. They alleged loss of business, loss of time, loss of this and that, but they are all based on the same issue. The most touchy, perhaps, is a stockholder’s suit which claims that Roadways and this company are so  interlocked that the decision to divert the power was not done in the interests of the stockholders of Roadways. Delos, this is your pidgin; want to speak on it?”

“Forget it.” “Why?”

“Those are shotgun suits. This corporation is not responsible; I saw to it that Roadways volunteered to sell the power because I anticipated this. And the directorates don’t interlock; not on paper, they don’t. That’s why dummies were born. Forget it—for every suit you’ve got there, Roadways has a dozen. We’ll beat them.”

“What makes you so sure?”

“Well—” Harriman lounged back and hung a knee over the arm of his chair. “—a good many years ago I was a Western Union messenger boy. While waiting around the office I read everything I could lay hands on, including the contract on the back of the telegram forms. Remember those? They used to come in big pads of yellow paper; by writing a message on the face of the form you accepted the contract in the fine print on the backT only most people didn’t realize that. Do you know what that contract obhgated the company to do?”

“Send a telegram, I suppose.”

“It didn’t promise a durn thing. The company offered to attempt to deliver the message, by camel caravan or snail back, or some equally streamlined method, if convenient, but in event of failure, the company was not responsible. I read that fine print until I knew it by heart. It was the loveliest piece of prose I had ever seen. Since then all my contracts have been worded on the same principle. Anybody who sues Roadways will find that Roadways can’t be sued on the element of time, because time is not of the essence. In the event of complete non- performance—which hasn’t happened yet— Roadways is financially responsible only for freight charges or the price of the personal transportation tickets. So forget it.”

Morgan sat up. “D.D., suppose I decided to run up to my country place tonight, by the roadway, and there was a failure of some sort so that I didn’t get there until tomorrow? You mean to say Roadways is not liable?”

Harriman grinned. “Roadways is not liable even if you starve to death on the trip. Better use your copter.” He turned back to Dixon. “I move that we stall these suits and let Roadways carry the ball for us.”

“The regular agenda being completed,” Dixon announced later, “time is allotted for our colleague, Mr. Harriman, to speak on a subject of his own choosing. He has not listed a subject in advance, but we will listen until it is your pleasure to adjourn.”

Morgan looked sourly at Harriman. “I move we adjourn.”

Harriman grinned. “For two cents I’d second that and let you die of curiosity.” The motion failed for want of a second. Harriman stood up. “Mr. Chairman, friends—” He then looked at Morgan. “—and associates. As you know, I am interested in space travel.”                     Dixon looked at him sharply. “Not that again, Delos! If I weren’t in the chair, I’d move to adjourn myself.”

“‘That again’,” agreed Harriman. “Now and forever. Hear me out. Three years ago, when we were crowded into moving the Arizona power pile out into space, it looked as if we had a bonus in the shape of interplanetary travel. Some of you here joined with me in forming Spaceways, Incorporated, for experimentation, exploration—and exploitation.

“Space was conquered; rockets that could establish orbits around the globe could be modified to get to the Moon—and from there, anywhere! It was just a matter of doing it. The problems remaining were financial—and political.

“In fact, the real engineering problems of space travel have been solved since World World II. Conquering space has long been a matter of money and politics. But it did seem that the Harper-Erickson process, with its concomitant of a round-the-globe rocket and a practical economical rocket fuel, had at last made it a very present thing, so close indeed that I did not object when the early allotments of fuel from the satellite were earmarked for industrial power.”

He looked around. “I shouldn’t have kept quiet. I should have squawked and brought pressure and made a hairy nuisance of myself until you allotted fuel to get rid of me. For now we have missed our best chance. The satellite is gone; the source of fuel is gone. Even the shuttle rocket is gone. We are back where we were in 19 50. Therefore—”

He paused again. “Therefore—I propose that we build a space ship and send it to the Moon!”                                                Dixon broke the silence. “Delos, have you come unzipped? You just said that it was no longer possible. Now you say to build one.”

“I didn’t say it was impossible; I said we had missed our best chance. The time is overripe for space travel. This globe grows more crowded every day. In spite of technical advances the daily food intake on this planet is lower than it was thirty years ago—and we get 46 new babies every minute, 6;,ooo every day, 25,ooo,ooo every year. Our race is about to burst forth to the planets; if we’ve got the initiative Cod promised an oyster we will help it along!

“Yes, we missed our best chance-but the engineering details can be solved. The real question is who’s going to foot the bill? That is why I address you gentlemen, for right here in this room is the financial capital of this planet.”

Morgan stood up. “Mr. Chairman, if all company business is finished, I ask to be excused.”

Dixon nodded. Harriman said, “So long, Phineas. Don’t let me keep you. Now, as I was saying, it’s a money problem and here is where the money is. I move we finance a trip to the Moon.”

The proposal produced no special excitement; these men knew Harriman. Presently Dixon said, “Is there a second to D.D.’s proposal?”

“Just a minute, Mr. Chairman—” It was Jack Entenza, president of Two-Continents Amusement Corporation. “I want to ask Delos some questions.” He turned to Harriman. “D.D., you know I strung along when you set up Spaceways. It seemed like a cheap venture and possibly profitable in educational and scientific values—I never did fall for space liners plying between planets; that’s fantastic. I don’t mind playing along with your dreams to a moderate extent, but how do you propose to get to the Moon? As you say, you are fresh out of fuel.”

Harriman was still grinning. “Don’t kid me, Jack, I know why you came along. You weren’t interested in science; you’ve never contributed a dime to science. You expected a monopoly on pix and television for your chain. Well, you’ll get ‘em, if you stick with me—otherwise I’ll sign up ‘Recreations, Unlimited’; they’ll pay just to have you in the eye.”

Entenza looked at him suspiciously. “What will it cost me?”                                                    

“Your other shirt, your eye teeth, and your wife’s wedding ring—unless ‘Recreations’ will pay more.” “Damn you, Delos, you’re crookeder than a dog’s hind leg.”

“From you, Jack, that’s a compliment. We’ll do business. Now as to how I’m going to get to the Moon, that’s a silly question. There’s not a man in here who can cope with anything more complicated in the way of machinery than a knife and fork. You can’t tell a left-handed monkey wrench from a reaction engine, yet you ask me for blue prints of a space ship.

“Well, I’ll tell you how I’ll get to the Moon. I’ll hire the proper brain boys, give them everything they want, see to it that they have all the money they can use, sweet talk them into long hours

—then stand back and watch them produce. I’ll run it like the Manhattan Project—most of you remember the A-bomb job; shucks, some of you can remember the Mississippi Bubble. The

chap that headed up the Manhattan Project didn’t know a neutron from Uncle George—but he got results. They solved that trick four ways. That’s why I’m not worried about fuel; we’ll get a fuel. We’ll get several fuels.”

Dixon said, “Suppose it works? Seems to me you’re asking us to bankrupt the company for an exploit with no real value, aside from pure science, and a one-shot entertainment exploitation. I’m not against you—I wouldn’t mind putting in ten, fifteen thousand to support a worthy venture—but I can’t see the thing as a business proposition.”

Harriman leaned on his fingertips and stared down the long table. “Ten or fifteen thousand gum drops! Dan, I mean to get into you for a couple of megabucks at least—and before we’re through you’ll be hollering for more stock. This is the greatest real estate venture since the Pope carved up the New World. Don’t ask me what we’ll make a profit on; I can’t itemize the assets—but I can lump them. The assets are a planet—a whole planet, Dan, that’s never been touched. And more planets beyond it. If we can’t figure out ways to swindle a few fast  bucks out of a sweet set-up like that then you and I had better both go on relief. It’s like having Manhattan Island offered to you for twenty-four dollars and a case of whiskey.”

Dixon grunted. “You make it sound like the chance of a lifetime.”

“Chance of a lifetime, nuts! This is’ the greatest chance in all history. It’s raining soup; grab yourself a bucket.”

Next to Entenza sat Gaston P. Jones, director of Trans-America and half a dozen other banks, one of the richest men in the room. He carefully removed two inches of cigar ash, then said dryly, “Mr. Harriman, I will sell you all of my interest in the Moon, present and future, for fifty cents.”

Harriman looked delighted. “Sold!”

Entenza had been pulling at his lower lip and listening with a brooding expression on his face. Now he spoke up. “Just a minute, Mr. Jones—I’ll give you a dollar for it.” “Dollar fifty,” answered Harriman.

“Two dollars,” Entenza answered slowly. “Five!”

They edged each other up. At ten dollars Entenza let Harriman have it and sat back, still looking thoughtful. Harriman looked happily around. “Which one of you thieves is a lawyer?” he demanded. The remark was rhetorical; out of seventeen directors the normal percentage—eleven, to be exact—were lawyers. “Hey, Tony,” he continued, “draw me up an instrument right now that will tie down this transaction so that it couldn’t be broken before the Throne of God. All of Mr. Jones’ interests, rights, title, natural interest, future interests, interests held directly   or through ownership of stock, presently held or to be acquired, and so forth and so forth. Put lots of Latin in it. The idea is that every interest in the Moon that Mr. Jones now has or may acquire is mine-for a ten spot, cash in hand paid.” Harriman slapped a bill down on the table. “That right, Mr. Jones?”

Jones smiled briefly. “That’s right, young fellow.” He pocketed the bill. “I’ll frame this for my grandchildren—to show them how easy it is to make money.” Entenza’s eyes darted from Jones to Harriman.

“Good!” said Harriman. “Gentlemen, Mr. Jones has set a market price for one human being’s interest in our satellite. With around three billion persons on this globe that sets a price on the Moon of thirty billion dollars.” He hauled out a wad of money. “Any more suckers? I’m buying every share that’s offered, ten bucks a copy.”

“I’ll pay twenty!” Entenza rapped out.

Harriman looked at him sorrowfully. “Jack—don’t do that! We’re on the same team. Let’s take the shares together, at ten.”                                   

Dixon pounded for order. “Gentlemen, please conduct such transactions after the meeting is adjourned. Is there a second to Mr. Harriman’s motion?” Gaston Jones said, “I owe it to Mr. Harriman to second his motion, without prejudice. Let’s get on with a vote.”

No one objected; the vote was taken. It went eleven to three against Harriman—Harriman, Strong, and Entenza for; all others against. Harriman popped up before anyone could move to adjourn and said, “I expected that. My real purpose is this: since the company is no longer interested in space travel, will it do me the courtesy of selling me what I may need of patents, processes, facilities, and so forth now held by the company but relating to space travel and not relating to the production of power on this planet? Our brief honeymoon with the power satellite built up a backlog; I want to use it. Nothing formal—just a vote that it is the policy of the company to assist me in any way not inconsistent with the primary interest of the company. How about it, gentlemen? It’ll get me out of your hair.”

Jones studied his cigar again. “I see no reason why we should not accommodate him, gentlemen … and I speak as the perfect disinterested party.”                                                       

“I think we can do it, Delos,” agreed Dixon, “only we won’t sell you anything, we’ll lend it to you. Then, if you happen to hit the jackpot, the company still retains an interest. Has anyone any objection?” he said to the room at large.

There was none; the matter was recorded as company policy and the meeting was adjourned. Harriman stopped to whisper with Entenza and, finally, to make an appointment. Gaston Jones stood near the door, speaking privately with Chairman Dixon. He beckoned to Strong, Harriman’s partner. “George, may I ask a personal question?”

“I don’t guarantee to answer. Go ahead.”

“You’ve always struck me as a level-headed man. Tell me-why do you string along with Harriman? Why, the man’s mad as a hatter.”                                                                  

Strong looked sheepish. “I ought to deny that, he’s my friend … but I can’t. But dawggone it! Every time Delos has a wild hunch, it turns out to be the real thing. I hate to string along—it

makes me nervous—but I’ve learned to trust his hunches rather than another man’s sworn financial report.”

Jones cocked one brow. “The Midas touch, eh?” “You could call it that.”

“Well, remember what happened to King Midas—in the long run. Good day, gentlemen.”    Harriman had left Entenza; Strong joined him. Dixon stood staring at them, his face very thoughtful.

CHAPTER TWO

HARRIMAN’S HOME had been built at the time when everyone who could was decentralizing and going underground. Above ground there was a perfect little Cape Cod cottage—the clapboards of which concealed armor plate— and most delightful, skillfully landscaped grounds; below ground there was four or five times as much floorspace, immune to anything but  a direct hit and possessing an independent air supply with reserves for one thousand hours. During the Crazy Years the conventional wall surrounding the grounds had been replaced  by a wall which looked the same but which would stop anything short of a broaching tank—nor were the gates weak points; their gadgets were as personally loyal as a well-trained dog.

Despite its fortress-like character the house was comfortable. It was also very expensive to keep up. Harriman did not mind the expense; Charlotte liked the house and it gave her something to do. When they were first married she had lived uncomplainingly in a cramped flat over a

grocery store; if Charlotte now liked to play house in a castle, Harriman did not mind.

But he was again starting a shoe-string venture; the few thousand per month of ready cash represented by the household expenses might, at some point in the game, mean the difference between success and the sheriff’s bailiffs. That night at dinner, after the servants fetched the coffee, and port, he took up the matter.

“My dear, I’ve been wondering how you would like a few months in Florida.”

His wife stared at him. “Florida? Delos, is your mind wandering? Florida is unbearable at this time of the year.” “Switzerland, then. Pick your own spot. Take a real vacation, as long as you like.”                                   

“Delos, you are up to something.”

Harriman sighed. Being “up to something” was the unnameable and unforgivable crime for which any American male could be indicted, tried, convicted, and sentenced in one breath. He wondered how things had gotten rigged so that the male half of the race must always behave to suit feminine rules and feminine logic, like a snotty-nosed school boy in front of a stern teacher.

“In a way, perhaps. We’ve both agreed that this house is a bit of a white elephant. I was thinking of closing it, possibly even of disposing of the land— it’s worth more now than when we bought it. Then, when we get around to it, we could build something more modern and a little less like a bombproof.”

Mrs. Harriman was temporarily diverted. “Well, I have thought it might be nice to build another place, Delos—say a little chalet tucked away in the mountains, nothing ostentatious, not more than two servants, or three. But we won’t close this place until it’s built, Delos—after all, one must live somewhere.”

“I was not thinking of building right away,” he answered cautiously. “Why not? We’re not getting any younger, Delos; if we are to enjoy the good things of life we had better not make delays. You needn’t worry about it; I’ll manage everything.”

Harriman turned over in his mind the possibility of letting her build to keep her busy. If he earmarked the cash for her “little chalet,” she would live in a hotel nearby wherever she decided to build it—and he could sell this monstrosity they were sitting in. With the nearest roadcity now less than ten miles away, the land should bring more than Charlotte’s new house would cost and he would be rid of the monthly drain on his pocketbook.

“Perhaps you are right,” he agreed. “But suppose you do build at once; you won’t be living here; you’ll be supervising every detail of the new place. I say we should unload this place; it’s eating its head off in taxes, upkeep, and running expenses.”

She shook her head. “Utterly out of the question, Delos. This is my home.” He ground out an almost unsmoked cigar. “I’m sorry, Charlotte, but you can’t have it both ways. If you build, you can’t stay here. If you stay here, we’ll close these below-ground catacombs, fire about a dozen of the parasites I keep stumbling over, and live in the cottage on the surface. I’m cutting expenses.”

“Discharge the servants? Delos, if you think that I will undertake to make a home for you without a proper staff, you can just—”

“Stop it.” He stood up and threw his napkin down. “It doesn’t take a squad of servants to make a home. When we were first married you had no servants—and you washed and ironed my shirts in the bargain. But we had a home then. This place is owned by that staff you speak of. Well, we’re getting rid of them, all but the cook and a handy man.”

She did not seem to hear. “Delos! sit down and behave yourself. Now what’s all this about cutting expenses? Are you in some sort of trouble? Are you? Answer me!” He sat down wearily and answered, “Does a man have to be in trouble to want to cut out unnecessary expenses?”

“In your case, yes. Now what is it? Don’t try to evade me.”

“Now see here, Charlotte, we agreed a long time ago that I would keep business matters in the office. As for the house, we simply don’t need a house this size. It isn’t as if we had a passel of kids to fill up—”

“Oh! Blaming me for that again!”

“Now see here, Charlotte,” he wearily began again, “I never did blame you and I’m not blaming you now. All I ever did was suggest that we both see a doctor and find out what the trouble was we didn’t have any kids. And for twenty years you’ve been making me pay for that one remark. But that’s all over and done with now; I was simply making the point that two people don’t fill up twenty-two rooms. I’ll pay a reasonable price for a new house, if you want it, and give you an ample household allowance.” He started to say how much, then decided not to.  “Or you can close this place and live in the cottage above. It’s just that we are going to quit squandering money—for a while.”

She grabbed the last phrase. “‘For a while.’ What’s going on, Delos? What are you going to squander money on?” When he did not answer she went on. “Very well, if you won’t tell me, I’ll call George. He will tell me.”

“Don’t do that, Charlotte. I’m warning you. I’ll—”

“You’ll what!” She studied his face. “I don’t need to talk to George; I can tell by looking at you. You’ve got the same look on your face you had when you came home and told me that you had sunk all our money in those crazy rockets.”

“Charlotte, that’s not fair. Skyways paid off. It’s made us a mint of money.”

“That’s beside the point. I know why you’re acting so strangely; you’ve got that old trip-to-the-Moon madness again. Well, I won’t stand for it, do you hear? I’ll stop you; I don’t bave to put up with it. I’m going right down in the morning and see Mr. Kamens and find out what has to be done to make you behave yourself.” The cords of her neck jerked as she spoke.

He waited, gathering his temper before going on. “Charlotte, you have no real cause for complaint. No matter what happens to me, your future is taken care of.” “Do you think I want to be a widow?”

He looked thoughtfully at her. “I wonder.”

“Why— Why, you heartless beast.” She stood up. “We’ll say no more about it; do you mind?” She left without waiting for an answer.

His “man” was waiting for him when he got to his room. Jenkins got up hastily and started drawing Harriman’s bath. “Beat it,” Harriman grunted. “I can undress myself.” “You require nothing more tonight, sir?”

“Nothing. But don’t go unless you feel like it. Sit down and pour yourself a drink. Ed, how long you been married?” “Don’t mind if I do.” The servant helped himself. “Twenty-three years, come May, sir.”

“How’s it been, if you don’t mind me asking?” –                                                   

“Not bad. Of course there have been times—”                                                        

“I know what you mean. Ed, if you weren’t working for me, what would you be doing?”

“Well, the wife and I have talked many times of opening a little restaurant, nothing pretentious, but good. Aplace where a gentleman could enjoy a quiet meal of good food.” “Stag, eh?”

“No, not entirely, sir—but there would be a parlor’ for gentlemen only. Not even waitresses, I’d tend that room myself.” “Better look around for locations, Ed. You’re practically in business.”

CHAPTER THREE

STRONG ENTERED THEIR JOINT OFFICES the next morning at a precise nine o’clock, as usual. He was startled to find Harriman there before him. For Harriman to fail to show up at all meant nothing; for him to beat the clerks in was significant.

Harriman was busy with a terrestrial globe and a book—the current Nautical Almanac, Strong observed. Harriman barely glanced up. “Morning, George. Say, who’ve we got a line to in Brazil?”

“Why?”

“I need some trained seals who speak Portuguese, that’s why. And some who speak Spanish, too. Not to mention three or four dozen scattered around in this country. I’ve come across something very, very interesting. Look here… according to these tables the Moon only swings about twentyeight, just short of twenty-nine degrees north and south of the equator.” He held  a pencil against the globe and spun it. “Like that. That suggest anything?”

“No. Except that you’re getting pencil marks on a sixty dollar globe.”

“And you an old real estate operator! What does a man own when he buys a parcel of land?” “That depends on the deed. Usually mineral rights and other subsurface rights are-“

“Never mind that. Suppose he buys the works, without splitting the rights: how far down does he own? How far up does he own?”

“Well, he owns a wedge down to the center of the Earth. That was settled in the slant-drilling and off-set oil lease cases. Theoretically he used to own the space above the land, too, out

indefinitely, but that was modified by a series of cases after the commercial airlines came in—and a good thing, for us, too, or we would have to pay tolls every time one of our rockets took off for Australia.”

“No, no, no, George! you didn’t read those cases right. Right of passage was established—but ownership of the space above the land remained unchanged. And even right of passage was not absolute; you can build a thousand-foot tower on your own land right where airplanes, or rockets, or whatever, have been in the habit of passing and the ships will thereafter have to go above it, with no kick back on you. Remember how we had to lease the air south of Hughes Field to insure that our approach wasn’t built up?”

Strong looked thoughtful. “Yes. I see your point. The ancient principle of land ownership remains undisturbed—down to the center of the Earth, up to infinity. But what of it? It’s a purely theoretical matter. You’re not planning to pay tolls to operate those spaceships you’re always talking about, are you?” He grudged a smile at his own wit.

“Not on your tintype. Another matter entirely. George-who owns the Moon?” Strong’s jaw dropped, literally. “Delos, you’re joking.”

“I am not. I’ll ask you again: if basic law says that a man owns the wedge of sky above his farm out to infinity, who owns the Moon? Take a look at this globe and tell me.” Strong looked. “But it can’t mean anything, Delos. Earth laws wouldn’t apply to the Moon.”

“They apply here and that’s where I am worrying about it. The Moon stays constantly over a slice of Earth bounded by latitude twenty-nine north and the same distance south; if one man owned all that belt of Earth—it’s roughly the tropical zone-then he’d own the Moon, too, wouldn’t he? By all the theories of real property ownership that our courts pay any attention to. And, by direct derivation, according to the sort of logic that lawyers like, the various owners of that belt of land have title-good vendable title—to the Moon somehow lodged collectively in them. The fact that the distribution of the title is a little vague wouldn’t bother a lawyer; they grow fat on just such distributed titles every time a will is probated.”

“It’s fantastic!”

“George, when are you going to learn that ‘fantastic’ is a notion that doesn’t bother a lawyer?” “You’re not planning to try to buy the entire tropical zone-that’s what you would have to do.”

“No,” Harriman said slowly, “but it might not be a bad idea to buy right, title and interest in the Moon, as it may appear, from each of the sovereign countries in that belt. If I thought I could keep it quiet and not run the market up, I might try it. You can buy a thing awful cheap from a man if he thinks it’s worthless and wants to sell before you regain your senses.

“But that’s not the plan,” he went on. “George, I want corporations— local corporations—in every one of those countries. I want the legislatures of each of those countries to grant franchises to its local corporation for lunar exploration, exploitation, et cetera, and the right to claim lunar soil on behalf of the country—with fee simple, naturally, being handed on a silver platter to the patriotic corporation that thought up the idea. And I want all this done quietly, so that the bribes won’t go too high. We’ll own the corporations, of course, which is why I need a flock of trained seals. There is going to be one hell of a fight one of these days over who owns the Moon; I want the deck stacked so that we win no matter how the cards are dealt.”

“It will be ridiculously expensive, Delos. And you don’t even know that you will ever get to the Moon, much less that it will be worth anything after you get there.”

“We’ll get there! It’ll be more expensive not to establish these claims. Anyhow it need not be very expensive; the proper use of bribe money is a homoeopathic art—you use it as a catalyst. Back in the middle of the last century four men went from California to Washington with $40,000; it was all they had. Afew weeks later they were broke-but Congress had awarded them a billion dollars’ worth of railroad right of way. The trick is not to run up the market.”

Strong shook his head. “Your title wouldn’t be any good anyhow. The Moon doesn’t stay in one place; it passes over owned land certainly—but so does a migrating goose.”                 

“And nobody has title to a migrating bird. I get your point—but the Moon always stays over that one belt. If you move a boulder in your garden, do you lose title to it? Is it still real estate? Do

the title laws still stand? This is like that group of real estate cases involving wandering islands in the Mississippi, George—the land moved as the river cut new channels, but somebody

always owned it. In this case I plan to see to it that we are the ‘somebody.’”

Strong puckered his brow. “I seem to recall that some of those island-andriparian cases were decided one way and some another.” “We’ll pick the decisions that suit us. That’s why lawyers’ wives have mink coats. Come on, George; let’s get busy.”

“On what?”   “Raising the money.”

“Oh.” Strong looked relieved. “I thought you were planning to use our money.”

“I am. But it won’t be nearly enough. We’ll use our money for the senior financing to get things moving; in the meantime we’ve got to work out ways to keep the money rolling in.” He pressed a switch at his desk; the face of Saul Kamens, their legal chief of staff, sprang out at him. “Hey, Saul, can you slide in for a p0w-wow?”

“WThatever it is, just tell them ‘no,’” answered the attorney. “I’ll fix it.”                        

“Good. Now come on in—they’re moving Hell and I’ve got an option on the first ten loads.”

Kamens showed up in his own good time. Some minutes later Harriman had explained his notion for claiming the Moon ahead of setting foot on it. “Besides those dummy corporations,” he went on, “we need an agency that can receive contributions without having to admit any financial interest on the part of the contributor—like the National Geographic Society.”

Kamens shook his head. “You can’t buy the National Geographic Society.” “Damn it, who said we were going to? We’ll set up our own.”

“That’s what I started to say.”

“Good. As I see it, we need at least one tax-free, non-profit corporation headed up by the right people-we’ll hang on to voting control, of course. We’ll probably need more than one; we’ll set them up as we need them. And we’ve got to have at least one new ordinary corporation, not tax-free— but it won’t show a profit until we are ready. The idea is to let the nonprofit corporations have all of the prestige and all of the publicity—and the other gets all of the profits, if and when. We swap assets around between corporations, always for perfectly valid reasons, so that the non-profit corporations pay the expenses as we go along. Come to think about it, we had better have at least two ordinary corporations, so that we can let one of them go through bankruptcy if we find it necessary to shake out the water. That’s the general sketch. Get busy and fix it up so that it’s legal, will you?”

Kamens said, “You know, Delos, it would be a lot more honest if you did it at the point of a gun.” “Alawyer talks to me of honesty! Never mind, Saul; I’m not actually going to cheat anyone-“ “Humph!”

“—and I’m just going to make a trip to the Moon. That’s what everybody will be paying for; that’s what they’ll get. Now fix it up so that it’s legal, that’s a good boy.”

“I’m reminded of something the elder Vanderbilt’s lawyer said to the old man under similar circumstances: ‘It’s beautiful the way it is; why spoil it by making it legal?’ Okeh, brother gonoph, I’ll rig your trap. Anything else?”

“Sure. Stick around, you might have some ideas. George, ask Montgomery to come in, will you?” Montgomery, Harriman’s publicity chief, had two virtues in his employer’s eyes: he was personally loyal to Harriman, and, secondly, he was quite capable of planning a campaign to convince the public that Lady Godiva wore a Caresse-brand girdle during her famous ride

or that Hercules attributed his strength to Crunchies for breakfast. He arrived with a large portfolio under his arm. “Glad you sent for me, Chief. Get a load of this—” He spread the folder open on Harriman’s desk and began displaying sketches and layouts. “Kinsky’s work—is that boy hot!” Harriman closed the portfolio. “What outfit is it for?”

“Huh? New World Homes.”

“I don’t want to see it; we’re dumping New World Homes. Wait a minute-don’t start to bawl. Have the boys go through with it; I want the price kept up while we unload. But open your ears to another matter.” He explained rapidly the new enterprise.

Presently Montgomery was nodding. “When do we start and how much do we spend?”

“Right away and spend what you need to. Don’t get chicken about expenses; this is the biggest thing we’ve ever tackled.” Strong flinched; Harriman went on, “Have insomnia over it tonight; see me tomorrow and we’ll kick it around.”

“Wait a see, Chief. How are you going to sew up all those franchises from the, uh—the Moon states, those countries the Moon passes over, while a big publicity campaign is going on about a trip to the Moon and how big a thing it is for everybody? Aren’t you about to paint yourself into a corner?”

“Do I look stupid? We’ll get the franchise before you hand out so much as a filler—you’ll get ‘em, you and Kamens. That’s your first job.” “Hmmm… .” Montgomery chewed a thumb nail. “Well, all right—I can see some angles. How soon do we have to sew it up?”                

“I give you six weeks. Otherwise just mail your resignation in, written on the skin off your back.”

“I’ll write it right now, if you’ll help me by holding a mirror.”

“Damn it, Monty, I know you can’t do it in six weeks. But make it fast; we can’t take a cent in to keep the thing going until you sew up those franchises. If you dilly-dally, we’ll all starve-and we won’t get to the Moon, either.”

Strong said, “D.D., why fiddle with those trick claims from a bunch of moth-eaten tropical countries? If you are dead set on going to the Moon, let’s call Ferguson in and get on with the matter.”

“I like your direct approach, George,” Harriman said, frowning. “Mmmm back about i 84; or ‘46 an eager-beaver American army officer captured California. You know what the State Department did?”

“They made him hand it back. Seems he hadn’t touched second base, or something. So they had to go to the trouble of capturing it all over again a few months later. Now I don’t want that to happen to us. It’s not enough just to set foot on the Moon and claim it; we’ve got to validate that claim in terrestrial courts—or we’re in for a peck of trouble. Eh, Saul?”

Kamens nodded. “Remember what happened to Columbus.”            “Exactly. We aren’t going to let ourselves be rooked the way Columbus was.”

Montgomery spat out some thumb nail. “But, Chief—you know damn well those banana-state claims won’t be worth two cents after I do tie them up. Why not get a franchise right from the

U.N. and settle the matter? I’d as lief tackle that as tackle two dozen cockeyed legislatures. In fact I’ve got an angle already—we work it through the Security Council and—”

“Keep working on that angle; we’ll use it later. You don’t appreciate the full mechanics of the scheme, Monty. Of course those claims are worth nothing—except nuisance value. But their nuisance value is all important. Listen: we get to the Moon, or appear about to. Every one of those countries puts up a squawk; we goose them into it through the dummy corporations   they have enfranchised. Where do they squawk? To the U.N., of course. Now the big countries on this globe, the rich and important ones, are all in the northern temperate zone. They see what the claims are based on and they take a frenzied look at the globe. Sure enough, the Moon does not pass over a one of them. The biggest country of all—Russia-doesn’t own a spadeful of dirt south of twenty-nine north. So they reject all the claims.

“Or do they?” Harriman went on. “The U.S. balks. The Moon passes over Florida and the southern part of Texas. Washington is in a tizzy. Should they back up the tropical countries and support the traditional theory of land title or should they throw their weight to the idea that the Moon belongs to everyone? Or should the United States try to claim the whole thing, seeing as how it was Americans who actually got there first?

“At this point we creep out from under cover. It seems that the Moon ship was owned and the expenses paid by a non-profit corporation chartered by the U.N. itself—” “Hold it,” interrupted Strong. “I didn’t know that the U.N. could create corporations?”

“You’ll find it can,” his partner answered. “How about it, Saul?” Kamens nodded. “Anyway,” Harriman continued, “I’ve already got the corporation. I had it set up several years ago. It can do most anything of an educational or scientific nature-and brother, that covers a lot of ground! Back to the point—this corporation, the creature of the U.N., asks its parent to declare the    lunar colony autonomous territory, under the protection of the U.N. We won’t ask for outright membership at first because we want to keep it simple—”

“Simple, he calls it!” said Montgomery.

“Simple. This new colony will be a de facto sovereign state, holding title to the entire Moon, and—listen closely!—capable of buying, selling, passing laws, issuing title to land, setting up monopolies, collecting tariffs, et cetera without end. And we own it.”

“The reason we get all this is because the major states in the U.N. can’t think up a claim that sounds as legal as the claim made by the tropical states, they can’t agree among themselves as to how to split up the swag if they were to attempt brute force and the other major states aren’t willing to see the United States claim the whole thing. They’ll take the easy way out of their dilemma by appearing to retain title in the U.N. itself. The real title, the title controlling all economic and legal matters, will revert to us. Now do you see my point, Monty?”

Montgomery grinned. “Damned if I know if it’s necessary, Chief, but I love it. It’s beautiful.”                                                                                                                                      “Well, I don’t think so,” Strong grumbled. “Delos, I’ve seen you rig some complicated deals—some of them so devious that they turned even my stomach—but this one is the worst yet. I

think you’ve been carried away by the pleasure you get out of cooking up involved deals in which somebody gets double-crossed.”

Harriman puffed hard on his cigar before answering, “I don’t give a damn, George. Call it chicanery, call it anything you want to. I’m going to the Moon! If I have to manipulate a million people to accomplish it, I’ll do it.”

“But it’s not necessary to do it this way.” “Well, how would you do it?”

“Me? I’d set up a straightforward corporation. I’d get a resolution in Congress making my corporation the chosen instrument of the United States—” “Bribery?”

“Not necessarily. Influence and pressure ought to be enough. Then I would set about raising the money and make the trip.” “And the United States would then own the Moon?”

“Naturally,” Strong answered a little stiffly.

Harriman got up and began pacing. “You don’t see it, George, you don’t see it. The Moon was not meant to be owned by a single country, even the United States.” “It was meant to be owned by you, I suppose.”

“Well, if I own it—for a short while—I won’t misuse it and I’ll take care that others don’t. Damnation, nationalism should stop at the stratosphere. Can you see what would happen if the United States lays claim to the Moon? The other nations won’t recognize the claim. It will become a permanent bone of contention in the Security Council—just when we were beginning   to get straightened out to the point where a man could do business planning without having his elbow jogged by a war every few years. The other nations—quite rightfully—will be scared to death of the United States. They will be able to look up in the sky any night and see the main atom-bomb rocket base of the United States staring down the backs of their necks. Are   they going to hold still for it? No, sirree—they are going to try to clip off a piece of the Moon for their own national use. The Moon is too big to hold, all at once. There will be other bases established there and presently there will be the worst war this planet has ever seen—and we’ll be to blame.

“No, it’s got to be an arrangement that everybody will hold still for—and that’s why we’ve got to plan it, think of all the angles, and be devious about it until we are in a position to make it work.

“Anyhow, George, if we claim it in the name of the United States, do you know where we will be, as business men?” “In the driver’s seat,” answered Strong.

“In a pig’s eye! We’ll be dealt right out of the game. The Department of National Defense will say, ‘Thank you, Mr. Harriman. Thank you, Mr. Strong. We are taking over in the interests of

national security; you can go home now.’ And that’s just what we would have to do—go home and wait for the next atom war.

“I’m not going to do it, George. I’m not going to let the brass hats muscle in. I’m going to set up a lunar colony and then nurse it along until it is big enough to stand on its own feet. I’m telling you—all of you!—this is the biggest thing for the human race since the discovery of fire. Handled right, it can mean a new and braver world. Handle it wrong and it’s a one-way ticket to Armageddon. It’s coming, it’s coming soon, whether we touch it or not. But I plan to be the Man in the Moon myself—and give it my personal attention to see that it’s handled right.”

He paused. Strong said, “Through with your sermon, Delos?”

“No, I’m not,” Harriman denied testily. “You don’t see this thing the right way. Do you know what we may find up there?” He swung his arm in an arc toward the ceiling. “People!” “On the Moon?” said Kamens.

“Why not on the Moon?” whispered Montgomery to Strong.

“No, not on the Moon—at least I’d be amazed if we dug down and found anybody under that airless shell. The Moon has had its day; I was speaking of the other planets—Mars and Venus and the satellites of Jupiter. Even maybe out at the stars themselves. Suppose we do find people? Think what it will mean to us. We’ve been alone, all alone, the only intelligent race in the only world we know. We haven’t even been able to talk with dogs or apes. Any answers we got we had to think up by ourselves, like deserted orphans. But suppose we find people, intelligent people, who have done some thinking in their own way. We wouldn’t be alone any more! We could look up at the stars and never be afraid again.”

He finished, seeming a little tired and even a little ashamed of his outburst, like a man surprised in a private act. He stood facing them, searching their faces. “Gee whiz, Chief,” said Montgomery, “I can use that. How about it?”

“Think you can remember it?”                

“Don’t need to—I flipped on your ‘silent steno.” “Well, damn your eyes!”

“We’ll put it on video—in a play I think.”                                                                     

Harriman smiled almost boyishly. “I’ve never acted, but if you think it’ll do any good, I’m game.”

“Oh, no, not you, Chief,” Montgomery answered in horrified tones. “You’re not the type. I’ll use Basil Wilkes-Booth, I think. With his organlike voice and that beautiful archangel face, he’ll really send ‘em.”

Harriman glanced down at his paunch and said gruffly, “O.K.—back to business. Now about money. In the first place we can go after straight donations to one of the non-profit corporations, just like endowments for colleges. Hit the upper brackets, where tax deductions really matter. How much do you think we can raise that way?”

“Very little,” Strong opined. “That cow is about milked dry.”

“It’s never milked dry, as long as there are rich men around who would rather make gifts than pay taxes. How much will a man pay to have a crater on the Moon named after him?”  “I thought they all had names?” remarked the lawyer.

“Lots of them don’t—and we have the whole back face that’s not touched yet. We won’t try to put down an estimate today; we’ll just list it. Monty, I want an angle to squeeze dimes out of the school kids, too. Forty million school kids ‘at a dime a head is $4,000,000.00—we can use that.”

“Why stop at a dime?” asked Monty. “If you get a kid really interested he’ll scrape together a dollar.”    “Yes, but what do we offer him for it? Aside from the honor of taking part in a noble venture and so forth?”

“Mmmm… .” Montgomery used up more thumb nail. “Suppose we go after both the dimes and the dollars. For a dime he gets a card saying that he’s a member of the Moonbeam club—” “No, the ‘Junior Spacemen’.”

“O.K., the Moonbeams will be girls—and don’t forget to rope the Boy Scouts and Girl Scouts into it, too. We give each kid a card; when he kicks in another dime, we punch it. When he’s punched out a dollar, we give him a certificate, suitable for framing, with his name and some process engraving, and on the back a picture of the Moon.”

“On the front,” answered Harriman. “Do it in one print job; it’s cheaper and it’ll look better. We give him something else, too, a steelclad guarantee that his name will be on the rolls of the Junior Pioneers of the Moon, which same will be placed in a monument to be erected on the Moon at the landing site of the first Moon ship—in microfilm, of course; we have to watch weight.”

“Fine!” agreed Montgomery. “Want to swap jobs, Chief? V/hen he gets up to ten dollars we give him a genuine, solid gold-plated shooting star pin ~nd he’s a senior Pioneer, with the right to vote or something or other. And his name goes outside of the monument—microengraved on a platinum strip.”

Strong looked as if he had bitten a lemon. “What happens when he reaches a hundred dollars?” he asked.

“Why, then,” Montgomery answered happily, “we give him another card and he can start over. Don’t worry about it, Mr. Strong—if any kid goes that high, he’ll have his reward. Probably we will take him on an inspection tour of the ship before it takes off and give him, absolutely free, a picture of himself standing in front of it, with the pilot’s own signature signed across the bottom by some female clerk.”

“Chiseling from kids. Bah!”

“Not at all,” answered Montgomery in hurt tones. “Intangibles are the most honest merchandise anyone can sell. They are always worth whatever you are willing to pay for them and they never wear out. You can take them to your grave untarnished.”

“Hmmmph!”

Harriman listened to this, smiling and saying nothing. Kamens cleared his throat. “If you two ghouls are through cannibalizing the youth of the land, I’ve another idea.” “Spill it.”

“George, you collect stamps, don’t you?” “Yes.”

“How much would a cover be worth which had been to the Moon and been cancelled there?” “Huh? But you couldn’t, you know.”

“I think we could get our Moon ship declared a legal post office substation without too much trouble. What would it be worth?” “Uh, that depends on how rare they are.”

“There must be some optimum number which will fetch a maximum return. Can you estimate it?”

Strong got a faraway look in his eye, then took out an old-fashioned pencil and commenced to figure. Harriman went on, “Saul, my minor success in buying a share in the Moon from Jones went to my head. How about selling building lots on the Moon?”

“Let’s keep this serious, Delos. You can’t do that until you’ve landed there.”

“I am serious. I know you are thinking of that ruling back in the ‘forties that such land would have to be staked out and accurately described. I want to sell land on the Moon. You figure out  a way to make it legal. I’ll sell the whole Moon, if I can—surface rights, mineral rights, anything.”

“Suppose they want to occupy it?”

“Fine. The more the merrier. I’d like to point out, too, that we’ll be in a position to assess taxes on what we have sold. If they don’t use it and won’t pay taxes, it reverts to us. Now you figure out how to offer it, without going to jail. You may have to advertise it abroad, then plan to peddle it personally in this country, like Irish Sweepstakes tickets.”

Kamens looked thoughtful. “We could incorporate the land company in Panama and advertise by video and radio from Mexico. Do you really think you can sell the stuff?” “You can sell snowballs in Greenland,” put in Montgomery. “It’s a matter of promotion.”

Harriman added, “Did you ever read about the Florida land boom, Saul? People bought lots they had never seen and sold them at tripled prices without ever having laid eyes on them. Sometimes a parcel would change hands a dozen times before anyone got around to finding out that the stuff was ten-foot deep in water. We can offer bargains better than that—an acre,  a guaranteed dry acre with plenty of sunshine, for maybe ten dollars—or a thousand acres at a dollar an acre. Who’s going to turn down a bargain like that? Particularly after the rumor  gets around that the Moon is believed to be loaded with uranium?”

“Is it?”

“How should I know? When the boom sags a little we will announce the selected location of Luna City—and it will just happen to work out that the land around the site is still available for sale. Don’t worry, Saul, if it’s real estate, George and I can sell it. Why, down in the Ozarks, where the land stands on edge, we used to sell both sides of the same acre.” Harriman looked thoughtful. “I think we’ll reserve mineral rights—there just might actually be uranium there!”

Kamens chuckled. “Delos, you are a kid at heart. Just a great big, overgrown, lovable—juvenile delinquent.” Strong straightened up. “I make it half a million,” he said.

“Half a million what?” asked Harriman.

“For the cancelled philatelic covers, of course. That’s what we were talking about. Five thousand is my best estimate of the number that could be placed with serious collectors and with dealers. Even then we will have to discount them to a syndicate and hold back until the ship is built and the trip looks like a probability.”

“Okay,” agreed Harriman. “You handle it. I’ll just note that we can tap you for an extra half million toward the end.” “Don’t I get a commission?” asked Kamens. “I thought of it.”

“You get a rising vote of thanks—and ten acres on the Moon. Now what other sources of revenue can we hit?” “Don’t you plan to sell stock?” asked Kamens.

“I was coming to that. Of course-but no preferred stock; we don’t want to be forced through a reorganization. Participating common, non-voting—” “Sounds like another banana-state corporation to me.”

“Naturally—but I want some of it on the New York Exchange, and you’ll have to work that out with the Securities Exchange Commission somehow. Not too much of it—that’s our show case and we’ll have to keep it active and moving up.”

“Wouldn’t you rather I swam the Hellespont?”                      

“Don’t be like that, Saul. It beats chasing ambulances, doesn’t it?” “I’m not sure.”

“Well, that’s what I want you—wups!” The screen on Harriman’s desk had come to life. Agirl said, “Mr. Harriman, Mr. Dixon is here. He has no appointment but he says that you want to see him.”

“I thought I had that thing shut off,” muttered Harriman, then pressed his key and said, “O.K., show him in.” “Very well, sir—oh, Mr. Harriman, Mr. Entenza came in just this second.”

“Look who’s talking,” said Kamens.                                                                                                                                            Dixon came in with Entenza behind him. He sat down, looked around, started to speak, then checked himself. He looked around again, especially at Entenza. “Go ahead, Dan,” Harriman encouraged him. “‘Tain’t nobody here at all but just us chickens.”

Dixon made up his mind. “I’ve decided to come in with you, D.D.,” he announced. “As an act of faith I went to the trouble of getting this.” He took a formal-looking instrument from his pocket and displayed it. It was a sale of lunar rights, from Phineas Morgan to Dixon, phrased in exactly the same fashion as that which Jones had granted to Harriman.

Entenza looked startled, then dipped into his own inner coat pocket. Out came three more sales contracts of the same sort, each from a director of the power syndicate. Harriman cocked an eyebrow at them. “Jack sees you and raises you two, Dan. You want to call?”

Dixon smiled ruefully. “I can just see him.” He added two more to the pile, grinned and offered his hand to Entenza.

“Looks like a stand off.” Harriman decided to say nothing just yet about seven telestated contracts now locked in his desk—after going to bed the night before he had been quite busy on the phone almost till midnight. “Jack, how much did you pay for those things?”

“Standish held out for a thousand; the others were cheap.”                                     

“Damn it, I warned you not to run the price up. Standish will gossip. How about you, Dan?” “I got them at satisfactory prices.”

“So you won’t talk, eh? Never mind—gentlemen, how serious are you about this? How much money did you bring with you?” Entenza looked to Dixon, who answered, “How much does it take?”

“How much can you raise?” demanded Harriman.                                       Dixon shrugged. “We’re getting no place. Let’s use figures. Ahundred thousand.”

Harriman sniffed. “I take it what you really want is to reserve a seat on the first regularly scheduled Moon ship. I’ll sell it to you at that price.” “Let’s quit sparring, Delos. How much?”

Harriman’s face remained calm but he thought furiously. He was caught short, with too little information—he had not even talked figures with his chief engineer as yet. Confound it! Why had he left that phone hooked in? “Dan, as I warned you, it will cost you at least a million just to sit down in this game.”

“So I thought. How much will it take to stay in the game?” “All you’ve got.”                                                    

“Don’t be silly, Delos. I’ve got more than you have.”

Harriman lit a cigar, his only sign of agitation. “Suppose you match us, dollar for dollar.” “For which I get two shares?”

“Okay, okay, you chuck in a buck whenever each of us does—share and share alike. But I run things.”

“You run the operations,” agreed Dixon. “Very well, I’ll put up a million now and match you as necessary. You have no objection to me having my own auditor, of course.” “When have I ever cheated you, Dan?”

“Never and there is no need to start.”                                                                          

“Have it your own way—but be damned sure you send a man who can keep his mouth shut.” “He’ll keep quiet. I keep his heart in a jar in my safe.”

Harriman was thinking about the extent of Dixon’s assets. “We just might let you buy in with a second share later, Dan. This operation will be expensive.” Dixon fitted his finger tips carefully together. “We’ll meet that question when we come to it. I don’t believe in letting an enterprise fold up for lack of capital.” “Good.” Harriman turned to Entenza. “You heard what Dan had to say, Jack. Do you like the terms?”

Entenza’s forehead was covered with sweat. “I can’t raise a million that fast.”

“That’s all right, Jack. We don’t need it this morning. Your note is good; you can take your time liquidating.”

“But you said a million is just the beginning. I can’t match you indefinitely; you’ve got to place a limit on it. I’ve got my family to consider.” “No annuities, Jack? No monies transferred in an irrevocable trust?”

“That’s not the point. You’ll be able to squeeze me-freeze me out.”

Harriman waited for Dixon to say something. Dixon finally said, “We wouldn’t squeeze you, Jack—as long as you could prove you had converted every asset you hold. We would let you stay in on a pro rata basis.”

Harriman nodded. “That’s right, Jack.” He was thinking that any shrinkage in Entenza’s share would give himself and Strong a clear voting majority.           Strong had been thinking of something of the same nature, for he spoke up suddenly, “I don’t like this. Four equal partners—we can be deadlocked too easily.” Dixon shrugged. “I refuse to worry about it. I am in this because I am betting that Delos can manage to make it profitable.”

“We’ll get to the Moon, Dan!”

“I didn’t say that. I am betting that you will show a profit whether we get to the Moon or not. Yesterday evening I spent looking over the public records of several of your companies; they were very interesting. I suggest we resolve any possible deadlock by giving the Director—that’s you, Delos— the power to settle ties. Satisfactory, Entenza?”

“Oh, sure!”

Harriman was worried but tried not to show it. He did not trust Dixon, even bearing gifts. He stood up suddenly. “I’ve got to run, gentlemen. I leave you to Mr. Strong and Mr. Kamens.  Come along, Monty.” Kamens, he was sure, would not spill anything prematurely, even to nominal full partners. As for Strong—George, he knew, had not even let his left hand know how many fingers there were on his right.

He dismissed Montgomery outside the door of the partners’ personal office and went across the hall. Andrew Ferguson, chief engineer of Harriman Enterprises, looked up as he came in. “Howdy, Boss. Say, Mr. Strong gave me an interesting idea for a light switch this morning. It did not seem practical at first but—”

“Skip it. Let one of the boys have it and forget it. You know the line we are on now.” “There have been rumors,” Ferguson answered cautiously.

“Fire the man that brought you the rumor. No-send him on a special mission to Tibet and keep him there until we are through. Well, let’s get on with it. I want you to build a Moon ship as quickly as possible.”

Ferguson threw one leg over the arm of his chair, took out a pen knife and began grooming his nails. “You say that like it was an order to build a privy.”                                          

“Why not? There have been theoretically adequate fuels since way back in ‘49. You get together the team to design it and the gang to build it; you build it—I pay the bills. What could be

simpler?”

Ferguson stared at the ceiling. “‘Adequate fuels—’” he repeated dreamily.

“So I said. The figures show that hydrogen and oxygen are enough to get a step rocket to the Moon and back—it’s just a matter of proper design.”

“‘Proper design,’ he says,” Ferguson went on ifl the same gentle voice, then suddenly swung around, jabbed the knife into the scarred desk top and bellowed, “What do you know about proper design? Where do I get the steels? What do I use for a throat liner? How in the hell do I burn enough tons of your crazy mix per second to keep from wasting all my power breaking loose? How can I get a decent mass-ratio with a step rocket? Why in the hell didn’t you let me build a proper ship when we had the fuel?”

Harriman waited for him to quiet down, then said, “What do we do about it, Andy?”

“Hmmm… . I was thinking about it as I lay abed last night—and my old lady is sore as hell at you; I had to finish the night on the couch. In the first place, Mr. Harriman, the proper way to tackle this is to get a research appropriation from the Department of National Defense. Then you—”

“Damn it, Andy, you stick to engineering and let me handle the political and financial end of it. I don’t want your advice.”

“Damn it, Delos, don’t go off half-cocked. This is engineering I’m talking about. The government owns a whole mass of former art about rocketry—all classified. Without a government contract you can’t even get a peek at it.”

“It can’t amount to very much. What can a government rocket do that a Skyways rocket can’t do? You told me yourself that Federal rocketry no longer amounted to anything.” Ferguson looked supercilious. “I am afraid I can’t explain it in lay terms. You will have to take it for granted that we need those government research reports. There’s no sense in

spending thousands of dollars in doing work that has already been done.”

“Spend the thousands.” “Maybe millions.”

“Spend the millions. Don’t be afraid to spend money. Andy, I don’t want this to be a military job.” He considered elaborating to the engineer the involved politics back of his decision, thought better of it. “How bad do you actually need that government stuff? Can’t you get the same results by hiring engineers who used to work for the government? Or even hire them away from the government right now?”

Ferguson pursed his lips. “If you insist on hampering me, how can you expect me to get results?”

“I am not hampering you. I am telling you that this is not a government project. If you won’t attempt to cope with it on those terms, let me know now, so that I can find somebody who will.” Ferguson started playing mumblety-peg on his desk top. When he got to “noses”—and missed—he said quietly, “I mind a boy who used to work for the government at White Sands. He

was a very smart lad indeed-design chief of section.”

“You mean he might head up your team?” “That was the notion.”

“What’s his name? Where is he? Who’s he working for?”

“Well, as it happened, when the government closed down White Sands, it seemed a shame to me that a good boy should be out of a job, so I placed him with Skyways. He’s maintenance chief engineer out on the Coast.”

“Maintenance? What a hell of a job for a creative man! But you mean he’s working for us now? Get him on the screen. No—call the coast and have them send him here in a special rocket; we’ll all have lunch together.”

“As it happens,” Ferguson said quietly, “I got up last night and called him—that’s what annoyed the Missus. He’s waiting outside. Coster—Bob Coster.” Aslow grin spread over Harriman’s face. “Andy! You black-hearted old scoundrel, why did you pretend to balk?”

“I wasn’t pretending. I like it here, Mr. Harriman. Just as long as you don’t interfere, I’ll do my job. Now my notion is this: we’ll make young Coster chief engineer of the project and give him his head. I won’t joggle his elbow; I’ll just read the reports. Then you leave him alone, d’you hear me? Nothing makes a good technical man angrier than to have some incompetent nitwit with a check book telling him how to do his job.”

“Suits. And I don’t want a penny-pinching old fool slowing him down, either. Mind you don’t interfere with him, either, or I’ll jerk the rug out from under you. Do we understand each other?”  “I think we do.”

“Then get him in here.”

Apparently Ferguson’s concept of a “lad” was about age thirty-five, for such Harriman judged Coster to be. He was tall, lean, and quietly eager. Harriman braced him immediately after shaking hands with, “Bob, can you build a rocket that will go to the Moon?”

Coster took it without blinking. “Do you have a source of X-fuel?” he countered, giving the rocket man’s usual shorthand for the isotope fuel formerly produced by the power satellite. Coster remained perfectly quiet for several seconds, then answered, “I can put an unmanned messenger rocket on the face of the Moon.”                                                          

“Not good enough. I want it to go there, land, and come back. Whether it lands here under power or by atmosphere braking is unimportant.”                                                            

It appeared that Coster never answered promptly; Harriman had the fancy that he could hear wheels turning over in the man’s head. “That would be a very expensive job.”           “Who asked you how much it would cost? Can you do it?”

“I could try.”

“Try, hell. Do you think you can do it? Would you bet your shirt on it? Would you be willing to risk your neck in the attempt? If you don’t believe in yourself, man, you’ll always lose.” “How much will you risk, sir? I told you this would be expensive-and I doubt if you have any idea how expensive.”                                                                                           “And I told you not to worry about money. Spend what you need; it’s my job to pay the bills. Can you do it?”

“I can do it. I’ll let you know later how much it will cost and how long it will take.”

“Good. Start getting your team together. Where are we going to do this, Andy?” he added, turning to Ferguson. “Australia?” “No.” It was Coster who answered. “It can’t be Australia; I want a mountain catapult. That will save us one step-combination.” “How big a mountain?” asked Harriman~ “Will Pikes Peak do?”

“It ought to be in the Andes,” objected Ferguson. “The mountains are taller and closer to the equator. After all, we own facilities there—or the Andes Development Company does.”

“Do as you like, Bob,” Harriman told Coster. “I would prefer Pikes Peak, but it’s up to you.” He was thinking that there were tremendous business advantages to locating Earth’s space port ~ i inside the United States—and he could visualize the advertising advantage of having Moon ships blast off from the top of Pikes Peak, in plain view of everyone for hundreds of miles to the East.

“I’ll let you know.”

“Now about salary. Forget whatever it was we were paying you; how much do you want?” Coster actually gestured, waving the subject away. “I’ll work for coffee and cakes.”   “Don’t be silly.”

“Let me finish. Coffee and cakes and one other thing: I get to make the trip.

Harriman blinked. “Well, I can understand that,” he said slowly. “In the meantime I’ll put you on a drawing account.” He added, “Better calculate for a three-man ship, unless you are a pilot.”

“I’m not.”

“Three men, then. You see, I’m going along, too.”

CHAPTER FOUR

“AGOOD THING YOU DECIDED to come in, Dan,” Harriman was saying, “or you would find yourself out of a job. I’m going to put an awful crimp in the power company before I’m through with this.”

Dixon buttered a roll. “Really? How?”

“We’ll set up high-temperature piles, like the Arizona job, just like the one that blew up, around the corner on the far face of the Moon. We’ll remote-control them; if one explodes it won’t matter. And I’ll breed more X-fuel in a week than the company turned out in three months. Nothing personal about it; it’s just that I want a source of fuel for interplanetary liners. If we can’t get good stuff here, we’ll have to make it on the Moon.”

“Interesting. But where do you propose to get the uranium for six piles? The last I heard the Atomic Energy Commission had the prospective supply earmarked twenty years ahead.” “Uranium? Don’t be silly; we’ll get it on the Moon.”

“On the Moon? Is there uranium on the Moon?”                              

“Didn’t you know? I thought that was why you decided to join up with me?” “No, I didn’t know,” Dixon said deliberately. “What proof have you?”

“Me? I’m no scientist, but it’s a well-understood fact. Spectroscopy, or something. Catch one of the professors. But don’t go showing too much interest; we aren’t ready to show our hand.” Harriman stood up. “I’ve got to run, or I’ll miss the shuttle for Rotterdam. Thanks for the lunch.” He grabbed his hat and left.

Harriman stood up. “Suit yourself, Mynheer van der Velde. I’m giving you and your colleagues a chance to hedge your bets. Your geologists all agree that diamonds result from volcanic action. What do you think we will find there?” He dropped a large photograph of the Moon on the Hollander’s desk.

The diamond merchant looked impassively at the pictured planet, pockmarked by a thousand giant craters. “If you get there, Mr. Harriman.”

Harriman swept up the picture. “We’ll get there. And we’ll find diamonds—though I would be the first to admit that it may be twenty years or even forty before there is a big enough strike to matter. I’ve come to you because I believe that the worst villain in our social body is a man who introduces a major new economic factor without planning his innovation in such a way as  to permit peaceful adjustment. I don’t like panics. But all I can do is warn you. Good day.”

“Sit down, Mr. Harriman. I’m always confused when a man explains how he is going to do me good. Suppose you tell me instead how this is going to do you good? Then we can discuss

how to protect the world market against a sudden influx of diamonds from the Moon.”

Harriman sat down.

Harriman liked the Low Countries. He was delighted to locate a dog-drawn milk cart whose young master wore real wooden shoes; he happily took pictures and tipped the child heavily, unaware that the set-up was arranged for tourists. He visited several other diamond merchants but without speaking of the Moon. Among other purchases he found a brooch for Charlotte— a peace offering.

Then he took a taxi to London, planted a story with the representatives of the diamond syndicate there, arranged with his London solicitors to be insured by Lloyd’s of London through a dummy, against a successful Moon flight, and called his home office. He listened to numerous reports, especially those concerning Montgomery, and found that Montgomery was in New Delhi. He called him there, spoke with him at length, then hurried to the port just in time to catch his ship. He was in Colorado the next morning.

At Peterson Field, east of Colorado Springs, he had trouble getting through the gate, even though it was now his domain, under lease. Of course he could have called Coster and gotten it straightened out at once, but he wanted to look around before seeing Coster. Fortunately the head guard knew him by sight; he got in and wandered around for an hour or more, a tn- colored badge pinned to his coat to give him freedom.

The machine shop was moderately busy, so was the foundry … but most of the shops were almost deserted. Harriman left the shops, went into the main engineering building. The drafting room and the loft were fairly active, as was the computation section. But there were unoccupied desks in the structures group and a churchlike quiet in the metals group and in the adjoining metallurgical laboratory. He was about to cross over into the chemicals and materials annex when Coster suddenly showed up.

“Mr. Harriman! I just heard you were here.”

“Spies everywhere,” remarked Harriman. “I didn’t want to disturb you.” “Not at all. Let’s go up to my office.”

Settled there a few moments later Harriman asked, “Well—how’s it going?” Coster frowned. “All right, I guess.”

Harriman noted that the engineer’s desk baskets were piled high with papers which spilled over onto the desk. Before Harriman could answer, Coster’s desk phone lit up and a feminine voice said sweetly, “Mr. Coster— Mr. Morgenstern is calling.”

“Tell him I’m busy.”

After a short wait the girl answered in a troubled voice, “He says he’s just got to speak to you, sir.” Coster looked annoyed. “Excuse me a moment, Mr. Harriman—O.K., put him on.”

The girl was replaced by a man who said, “Oh there you are-what was the hold up? Look, Chief, we’re in a jam about these trucks. Every one of them that we leased needs an overhaul and now it turns out that the White Fleet company won’t do anything about it—they’re sticking to the fine print in the contract. Now the way I see it, we’d do better to cancel the contract and do business with Peak City Transport. They have a scheme that looks good to me. They guarantee to—”

“Take care of it,” snapped Coster. “You made the contract and you have authority to cancel. You know that.”          

“Yes, but Chief, I figured this would be something you would want to pass on personally. It involves policy and—” “Take care of it! I don’t give a damn what you do as long as we have transportation when we need it.” He switched off. “Who is that man?” inquired Harriman.

“Who? Oh, that’s Morgenstern, Claude Morgenstem.” “Not his name—what does he do?”

“He’s one of my assistants—buildings, grounds, and transportation.” “Fire him!”

Coster looked stubborn. Before he could answer a secretary came in and stood insistently at his elbow with a sheaf of papers. He frowned, initialed them, and sent her out. “Oh, I don’t mean that as an order,” Harriman added, “but I do mean it as serious advice. I won’t give orders in your backyard,—but will you listen to a few minutes of advice?” “Naturally,” Coster agreed stiffly.

“Mmm … this your first job as top boss?” Coster hesitated, then admitted it.

“I hired you on Ferguson’s belief that you were the engineer most likely to build a successful Moon ship. I’ve had no reason to change my mind. But top administration ain’t engineering, and maybe I can show you a few tricks there, if you’ll let me.” He waited. “I’m not criticizing,” he added. “Top bossing is like sex; until you’ve had it, you don’t know about it.” Harriman had the mental reservation that if the boy would not take advice, he would suddenly be out of a job, whether Ferguson liked it or not.

Coster drummed on his desk. “I don’t know what’s wrong and that’s a fact. It seems as if I can’t turn anything over to anybody and have it done properly. I feel as if I were swimming in quicksand.”

“Done much engineering lately?”                                                                  

“I try to.” Coster waved at another desk in the corner. “I work there, late at night.”

“That’s no good. I hired you as an engineer. Bob, this setup is all wrong. The joint ought to be jumping—and it’s not. Your office ought to be quiet as a grave. Instead your office is jumping and the plant looks like a graveyard.”

Coster buried his face in his hands, then looked up. “I know it. I know what needs to be done-but every time I try to tackle a technical problem some bloody fool wants me to make a decision about trucks—or telephones—or some damn thing. I’m sorry, Mr. Harriman. I thought I could do it.” Harriman said very gently, “Don’t let it throw you, Bob. You haven’t had much sleep lately, have you? Tell you what—we’ll put over a fast one on Ferguson. I’ll take that desk you’re at for a few days and build you a set-up to protect you against such things. I want that brain of yours thinking about reaction vectors and fuel efficiencies and design stresses, not about contracts for trucks.” Harriman stepped to the door, looked around the outer office and spotted a man who might or might not be the office’s chief clerk. “Hey, you! C’mere.”

The man looked startled, got up, came to the door and said, “Yes?”

“I want that desk in the corner and all the stuff that’s on it moved to an empty office on this floor, right away.” The clerk raised his eyebrows. “And who are you, if I may ask?”

“Damn it—”

“Do as he tells you, Weber,” Coster put in.

“I want it done inside of twenty minutes,” added Harriman. “Jump!” He turned back to Coster’s other desk, punched the phone, and presently was speaking to the main offices of Skyways. “Jim, is your boy Jock Berkeley around? Put him on leave and send him to me, at Peterson Field, right away, special trip. I want the ship he comes in to raise ground ten minutes after we sign off. Send his gear after him.” Harriman listened for a moment, then answered, “No, your organization won’t fall apart if you lose Jock— or, if it does, maybe we’ve been paying the wrong man the top salary .

“Okay, okay, you’re entitled to one swift kick at my tail the next time you catch up with me but send Jock. So long.”

He supervised getting Coster and his other desk moved into another office, saw to it that the phone in the new office was disconnected, and, as an afterthought, had a couch moved in there, too. “We’ll install a projector, and a drafting machine and bookcases and other junk like that tonight,” he told Coster. “Just make a list of anything you need—to work on engineering. And call me if you want anything.” He went back to the nominal chiefengineer’s office and got happily to work trying to figure where the organization stood and what was wrong with it.

Some four hours later he took Berkeley in to meet Coster. The chief engineer was asleep at his desk, head cradled on his arms. Harriman started to back out, but Coster roused. “Oh! Sorry,” he said, blushing, “I must have dozed off.”

“That’s why I brought you the couch,” said Harriman. “It’s more restful. Bob, meet Jock Berkeley. He’s your new slave. You remain chief engineer and top, undisputed boss. Jock is Lord High Everything Else. From now on you’ve got absolutely nothing to worry about—except for the little detail of building a Moon ship.”

They shook hands. “Just one thing I ask, Mr. Coster,” Berkeley said seriously, “bypass me all you want to-you’ll have to run the technical show—but for God’s sake record it so I’ll know what’s going on. I’m going to have a switch placed on your desk that will operate a sealed recorder at my desk.”

“Fine!” Coster was looking, Harriman thought, younger already.

“And if you want something that is not technical, don’t do it yourself. Just flip a switch and whistle; it’ll get done!” Berkeley glanced at Harriman. “The Boss says he wants to talk with you about the real job. I’ll leave you and get busy.” He left.

Harriman sat down; Coster followed suit and said, “Whew!” “Feel better?”

“I like the looks of that fellow Berkeley.”

“That’s good; he’s your twin brother from now on. Stop worrying; I’ve used him before. You’ll think you’re living in a well-run hospital. By the way, where do you live?” “At a boarding house in the Springs.”

“That’s ridiculous. And you don’t even have a place here to sleep?” Harriman reached over to Coster’s desk, got through to Berkeley. “Jock—get a suite for Mr. Coster at the Broadmoor, under a phony name.”

“Right.”

“And have this stretch along here adjacent to his office fitted out as an apartment.” “Right. Tonight.”

“Now, Bob, about the Moon ship. Where do we stand?”

They spent the next two hours contentedly running over the details of the problem, as Coster had laid them out. Admittedly very little work had been done since the field was leased but Coster had accomplished considerable theoretical work and computation before he had gotten swamped in administrative details. Harriman, though no engineer and certainly not a mathematician outside the primitive arithmetic of money, had for so long devoured everything he could find about space travel that he was able to follow most of what Coster showed him.

“I don’t see anything here about your mountain catapult,” he said presently. Coster looked vexed. “Oh, that! Mr. Harriman, I spoke too quickly.”

“Huh? How come? I’ve had Montgomery’s boys drawing up beautiful pictures of what things will look like when we are running regular trips. I intend to make Colorado Springs the spaceport capital of the world. We hold the franchise of the old cog railroad now; what’s the hitch?”

“Well, it’s both time and money.” “Forget money. That’s my pidgin.”

“Time then. I still think an electric gun is the best way to get the initial acceleration for a chem-powered ship. Like this—” He began to sketch rapidly. “It enables you to omit the first step- rocket stage, which is bigger than all the others put together and is terribly inefficient, as it has such a poor mass-ratio. But what do you have to do to get it? You can’t build a tower, not a tower a couple of miles high, strong enough to take the thrusts—not this year, anyway. So you have to use a mountain. Pikes Peak is as good as any; it’s accessible, at least.

“But what do you have to do to use it? First, a tunnel in through the side, from Manitou to just under the peak, and big enough to take the loaded ship—” “Lower it down from the top,” suggested Harriman.

Coster answered, “I thought of that. Elevators two miles high for loaded space ships aren’t exactly built out of string, in fact they aren’t built out of any available materials. It’s possible to gimmick the catapult itself so that the accelerating coils can be reversed and timed differently to do the job, but believe me, Mr. Harrima; it will throw you into other engineering problems quite as great … such as a giant railroad up to the top of the ship. And it still leaves you with the shaft of the catapult itself to be dug. It can’t be as small as the ship, not like a gun barrel for a bullet. It’s got to be considerably larger; you don’t compress a column of air two miles high with impunity. Oh, a mountain catapult could be built, but it might take ten years—or longer.”

“Then forget it. We’ll build it for the future but not for this flight. No, wait—how about a surface catapult. We scoot up the side of the mountain and curve it up at the end?”                 “Quite frankly, I think something like that is what will eventually be used. But, as of today, it just creates new problems. Even if we could devise an electric gun in which you could make

that last curve—we can’t, at present— the ship would have to be designed for terrific side stresses and all the additional weight would be parasitic so far as our main purpose is

concerned, the design of a rocket ship.”

“Well, Bob, what is your solution?”                                                    Coster frowned. “Go back to what we know how to do—build a step rocket.”

CHAPTER FIVE

“MONTY—”

“Yeah, Chief?”

“Have you ever heard this song?” Harriman hummed, “The Moon belongs to everyone; the best things in life are free—,” then sang it, badly off key. “Can’t say as I ever have.” “It was before your time. I want it dug out again. I want it revivcd, plugged until Hell wouldn’t have it, and on everybody’s lips.”

 “O.K.” Montgomery took out his memorandum pad. “When do you want it to reach its top?”                                      

Harriman considered. “In, say, about three months. Then I want the first phrase picked up and used in advertising slogans.” “Acinch.”

“How are things in Florida, Monty?”

“I thought we were going to have to buy the whole damned legislature until we got the rumor spread around that Los Angeles had contracted to have a City-Limits-of-Los-Angeles sign planted on the Moon for publicity pix. Then they came around.”

“Good.” Harriman pondered. “You know, that’s not a bad idea. How much do you think the Chamber of Commerce of Los Angeles would pay for such a picture?” Montgomery made another note. “I’ll look into it.”

“I suppose you are about ready to crank up Texas, now that Florida is loaded?” “Most any time now. We’re spreading a few snide rumors first.”

Headline from Dallas-Fort Worth Banner: “THE MOON BELONGS TO TEXAS!!!”

“—and that’s all for tonight, kiddies. Don’t forget to send in those box tops, or reasonable facsimiles. Remember—first prize is a thousand-acre ranch on the Moon itself, free and clear; the second prize is a six-foot scale model of the actual Moon ship, and there are fifty, count them, fifty third prizes, each a saddle-trained Shetland pony. Your hundred word composition ‘Why I want to go to the Moon’ will be judged for sincerity and originality, not on literary merit. Send those boxtops to Uncle Taffy, Box 214, Juarez, Old Mexico.”

Harriman was shown into the office of the president of the Moka-Coka Company (“Only a Moke is truly a coke”—~ “Drink the Cola drink with the Lift”). He paused at the door, some twenty feet from the president’s desk and quickly pinned a two-inch wide button to his lapel.

Patterson Griggs looked up. “Well, this is really an honor, D.D. Do come in and—” The soft-drink executive stopped suddenly, his expression changed. “What are you doing wearing that?” he snapped. “Trying to annoy me?”

“That” was the two-inch disc; Harriman unpinned it and put it in his pocket. It was a celluloid advertising pin, in plain yellow; printed on it in black, almost covering it, was a simple 6+, the trademark of Moka-Coka’s only serious rival.

“No,” answered Harriman, “though I don’t blame you for being irritated. I see half the school kids in the country wearing these silly buttons. But I came to give you a friendly tip, not to annoy you.”

“What do you mean?”

“When I paused at your door that pin on my lapel was just the size—to you, standing at your desk—as the full Moon looks when you are standing in your garden, looking up at it. You didn’t have any trouble reading what was on the pin, did you? I know you didn’t; you yelled at me before either one of us stirred.”

“What about it?”

“How would you feel—and what would the effect be on your sales—if there was ‘six-plus’ written across the face of the Moon instead of just on a school kid’s sweater?” Griggs thought about it, then said, “D.D., don’t make poor jokes. I’ve had a bad day.”

“I’m not joking. As you have probably heard around the St~reet, I’m behind this Moon trip venture. Between ourselves, Pat, it’s quite an expensive undertaking, even for me. Afew days ago  a man came to me—you’ll pardon me if I don’t mention names? You can figure it out. Anyhow, this man represented a client who wanted to buy the advertising concession for the Moon.  He knew we weren’t sure of success; but he said his client would take the risk.

“At first I couldn’t figure out what he was talking about; he set me straight. Then I thought he was kidding. Then I was shocked. Look at this—” Harriman took out a large sheet of paper  and spread it on Griggs’ desk. “You see the equipment is set up anywhere near the center of the Moon, as we see it. Eighteen pyrotechnics rockets shoot out in eighteen directions, like the spokes of a wheel, but to carefully calculated distances. They hit and the bombs they carry go off, spreading finely divided carbon black for calculated distances. There’s no air on the Moon, you know, Pat—a fine powder will throw just as easily as a javelin. Here’s your result.” He turned the paper over; on the back there was a picture of the Moon, printed lightly. Overlaying it, in black, heavy print was:

“So it is that outfit—those poisoners!”

“No, no, I didn’t say so! But it illustrates the point; six-plus is only two symbols; it can be spread large enough to be read on the face of the Moon.” Griggs stared at the horrid advertisement. “I don’t believe it will work!”

“Areliable pyrotechnics firm has guaranteed that it will—provided I can deliver their equipment to the spot. After all, Pat, it doesn’t take much of a pyrotechnics rocket to go a long distance on the Moon. Why, you could throw a baseball a couple of miles yourself—low gravity, you know.”

“People would never stand for it. It’s sacrilege!”                                                                

Harriman looked sad. “I wish you were right. But they stand for skywriting—and video commercials.”

Griggs chewed his lip. “Well, I don’t see why you come to me with it,” he exploded. “You know damn well the name of my product won’t go on the face of the Moon. The letters would be too small to read.”

Harriman nodded. “That’s exactly why I came to you. Pat, this isn’t just a business venture to me; it’s my heart and soul. It just made me sick to think of somebody actually wanting to use the face of the Moon for advertising. As you say, it’s sacrilege. But somehow, these jackals found out I was pressed for cash. They came to me when they knew I would have to listen.

“I put them off. I promised them an answer on Thursday. Then I went home and lay awake about it. After a while I thought of you.” “Me?”

“You. You and your company. After all, you’ve got a good product and you need legitimate advertising for it. It occurred to me that there are more ways to use the Moon in advertising than   by defacing it. Now just suppose that your company bought the same concession, but with the public-spirited promise of never letting it be used. Suppose you featured that fact in your ads? Suppose you ran pictures of a boy and girl, sitting out under the Moon, sharing a bottle of Moke? Suppose Moke was the only soft drink carried on the first trip to the Moon? But I   don’t have to tell you how to do it.” He glanced at his watch finger. “I’ve got to run and I don’t want to rush you. If you want to do business just leave word at my office by noon tomorrow and I’ll have our man Montgomery get in touch with your advertising chief.”

The head of the big newspaper chain kept him waiting the minimum time reserved for tycoons and cabinet members. Again Harriman stopped at the threshold of a large office and fixed  a disc to his lapel.

“Howdy, Delos,” the publisher said, “how’s the traffic in green cheese today?” He then caught sight of the button and frowned. “If that is a joke, it is in poor taste.” Harriman pocketed the disc; it displayed not 6+, but the hammer-and-sickle.

“No,” he said, “it’s not a joke; it’s a nightmare. Colonel, you and I are among the few people in this country who realize that communism is still a menace.”

Sometime later they were talking as chummily as if the Colonel’s chain had not obstructed the Moon venture since its inception. The publisher waved a cigar at his desk. “How did you come by those plans? Steal them?”

“They were copied,” Harriman answered with narrow truth. “But they aren’t important. The important thing is to get there first; we can’t risk having an enemy rocket base on the Moon. For years I’ve had a recurrent nightmare of waking up and seeing headlines that the Russians had landed on the Moon and declared the Lunar Soviet—say thirteen men and two female scientists—and had petitioned for entrance into the U.S.S.R.—and the petition had, of course, been graciously granted by the Supreme Soviet. I used to wake up and tremble. I don’t  know that they would actually go through with painting a hammer and sickle on the face of the Moon, but it’s consistent with their psychology. Look at those enormous posters they are always hanging up.”

The publisher bit down hard on his cigar. “We’ll see what we can work out. Is there any way you can speed up your take-off?”

CHAPTER SIX

“MR. HARRIMAN?”

“Yes?”

“That Mr. LeCroix is here again.” “Tell him I can’t see him.”

“Yes, sir—uh, Mr. Harriman, he did not mention it the other day but he says he is a rocket pilot.” “Send him around to Skyways. I don’t hire pilots.”

Aman’s face crowded into the screen, displacing Harriman’s reception secretary. “Mr. Harriman—I’m Leslie LeCroix, relief pilot of the Charon.” “I don’t care if you are the Angel Gab— Did you say Charon?”

“I said Charon. And I’ve got to talk to you.” “Come in.”

Harriman greeted his visitor, offered him tobacco, then looked him over with interest. The Charon, shuttle rocket to the lost power satellite, had been the nearest thing to a space ship the world had yet seen. Its pilot, lost in the same explosion that had destroyed the satellite and the Charon had been the first, in a way, of the coming breed of spacemen.

Harriman wondered how it had escaped his attention that the Charon had alternating pilots. He had known it, of course—but somehow he had forgotten to take the fact into account. He had written off the power satellite, its shuttle rocket and everything about it, ceased to think about them. He now looked at LeCroix with curiosity.

He saw a small, neat man with a thin, intelligent face, and the big, competent hands of a jockey. LeCroix returned his inspection without embarrassment. He seemed calm and utterly sure of himself.

“Well, Captain LeCroix?”    “You are building a Moon ship.” “Who says so?”

“AMoon ship is being built. The boys all say you are behind it.” “Yes?”

“I want to pilot it.” “Why should you?”

“I’m the best man for it.”                                                                                           Harriman paused to let out a cloud of tobacco smoke. “If you can prove that, the billet is yours.” “It’s a deal.” LeCroix stood up. “I’ll leave my nameand address outside.”

“Wait a minute. I said ‘if.’ Let’s talk. I’m going along on this trip myself; I want to know more about you before I trust my neck to you.”

They discussed Moon flight, interplanetary travel, rocketry, what they might find on the Moon. Gradually Harriman warmed up, as he found another spirit so like his own, so obsessed with the Wonderful Dream. Subconsciously he had already accepted LeCroix; the conversation began to assume that it would be a joint venture.

After a long time Harriman said, “This is fun, Les, but I’ve got to do a few chores yet today, or none of us will get to the Moon. You go on out to Peterson Field and get acquainted with Bob Coster—I’ll call him. If the pair of you can manage to get along, we’ll talk contract.” He scribbled a chit and handed it to LeCroix. “Give this to Miss Perkins as you go out and she’ll put you on the payroll.”

“That can wait.” “Man’s got to eat.”

LeCroix accepted it but did not leave. “There’s one thing I don’t understand, Mr. Harriman.” “Huh?”

“Why are you planning on a chemically powered ship? Not that I object; I’ll herd her. But why do it the hard way? I know you had the City of Brisbane refitted for X-fuel—”

Harriman stared at him. “Are you off your nut, Les? You’re asking why pigs don’t have wings—there isn’t any X-fuel and there won’t be any more until we make some ourselves—on the Moon.”

“Who told you that?” “What do you mean?”

“The way I heard it, the Atomic Energy Commission allocated X-fuel, under treaty, to several other countries—and some of them weren’t prepared to make use of it. But they got it just the same. What happened to it?”

“Oh, that! Sure, Les, several of the little outfits in Central America and South America were cut in for a slice of pie for political reasons, even though they had no way to eat it. Agood thing, too—we bought it back and used it to ease the immediate power shortage.” Harriman frowned. “You’re right, though. I should have grabbed some of the stuff then.”

“Are you sure it’s all gone?”

“Why, of course, I’m— No, I’m not. I’ll look into it. G’bye, Les.”

His contacts were able to account for every pound of X-fuel in short order—save for Costa Rica’s allotment. That nation had declined to sell back its supply because its power plant, suitable for X-fuel, had been almost finished at the time of the disaster. Another inquiry disclosed that the power plant had never been finished.

Montgomery was even then in Managua; Nicaragua had had a change in administration and Montgomery was making certain that the special position of the local Moon corporation was protected. Harriman sent him a coded message to proceed to San Jose, locate X-fuel, buy it and ship it back—at any cost. He then went to see the chairman of the Atomic Energy Commission.

That official was apparently glad to see him and anxious to be affable. Harriman got around to explaining that he wanted a license to do experimental work in isotopes—X-fuel, to be precise.

“This should be brought up through the usual channels, Mr. Harriman.” “It will be. This is a preliminary inquiry. I want to know your reactions.”

“After all, I am not the only commissioner … and we almost always follow the recommendations of our technical branch.” “Don’t fence with me, Carl. You know dern well you control a working majority. Off the record, what do you say?”         “Well, D.D.—off the record—you can’t get any X-fuel, so why get a license?”

“Let me worry about that.”

“Mmmm . . we weren’t required by law to follow every millicurie of X-fuel, since it isn’t classed as potentially suitable for mass weapons. Just the same, we knew what happened to it. There’s none available.”

Harriman kept quiet.

“In the second place, you can have an X-fuel license, if you wish—for any purpose but rocket fuel.” “Why the restriction?”

“You are building a Moon ship, aren’t you?” “Me?”

“Don’t you fence with me, D.D. It’s my business to know things. You can’t use X-fuel for rockets, even if you can find it—which you can’t.” The chairman went to a vault back of his desk and returned with a quarto volume, which he laid in front of Harriman. It was titled: Theoretical Investigation into the Stability of Several Radioisotopic Fuels—With Notes on the Charon-Power- Satellite Disaster. The cover had a serial number and was stamped: SECRET.

Harriman pushed it away. “I’ve got no business looking at that—and I wouldn’t understand it if I did.”                                               

The chairman grinned. “Very well, I’ll tell you what’s in it. I’m deliberately tying your hands, D.D., by trusting you with a defense secret—” “I won’t have it, I tell you!”

“Don’t try to power a space ship with X-fuel, D.D. It’s a lovely fuel— but it may go off like a firecracker anywhere out in space. That report tells why.”

“Confound it, we ran the Charon for nearly three years!”

“You were lucky. It is the official—but utterly confidential—opinion of the government that the Charon set off the power satellite, rather than the satellite setting off the Charon. We had thought it was the other way around at first, and of course it could have been, but there was the disturbing matter of the radar records. It seemed as if the ship had gone up a split second before the satellite. So we made an intensive theoretical investigation. X-fuel is too dangerous for rockets.”

“That’s ridiculous! For every pound burned in the Charon there were at least a hundred pounds used in power plants on the surface. How come they didn’t explode?”

“It’s a matter of shielding. Arocket necessarily uses less shielding than a stationary plant, but the worst feature is that it operates out in space. The disaster is presumed to have been triggered by primary cosmic radiation. If you like, I’ll call in one of the mathematical physicists to elucidate.”

Harriman shook his head. “You know I don’t speak the language.” He considered. “I suppose that’s all there is to it?”

“I’m afraid so. I’m really sorry.” Harriman got up to leave. “Uh, one more thing, D.D.—you weren’t thinking of approaching any of my subordinate colleagues, were you?” “Of course not. Why should I?”

“I’m glad to hear it. You know, Mr. Harriman, some of our staff may not be the most brilliant scientists in the world—it’s very hard to keep a first-class scientist happy in the conditions of government service. But there is one thing I am sure of; all of them are utterly incorruptible. Knowing that, I would take it as a personal affront if anyone tried to influence one of my people

—a very personal affront.”

“So?”

“Yes. By the way, I used to box light-heavyweight in college. I’ve kept it up.”

“Hmmm … well, I never went to college. But I play a fair game of poker.” Harriman suddenly grinned. “I won’t tamper with your boys, Carl. It would be too much like offering a bribe to a starving man. Well, so long.”

When Harriman got back to his office he called in one of his confidential clerks. “Take another coded message to Mr. Montgomery. Tell him to ship the stuff to Panama City, rather than to the States.” He started to dictate another message to Coster, intending to tell him to stop work on the Pioneer, whose skeleton was already reaching skyward on the Colorado prairie,   and shift to the Santa Maria, formerly the City of Brisbane.

He thought better of it. Take-off would have to be outside the United States; with the Atomic Energy Commission acting stuffy, it would not do to try to move the Santa Maria: it would give the show away.

Nor could she be moved without refitting her for chem-powered flight. No, he would have another ship of the Brisbane class taken out of service and sent to Panama, and the power plant of the Santa Maria could be disassembled and shipped there, too. Coster could have the new ship ready in six weeks, maybe sooner … and he, Coster, and LeCroix would start for the Moon!

The devil with worries over primary cosmic rays! The Charon operated for three years, didn’t she? They would make the trip, they would prove it could be done, then, if safer fuels were needed, there would be the incentive to dig them out. The important thing was to do it, make the trip. If Columbus had waited for decent ships, we’d all still be in Europe. Aman had to take some chances or he never got anywhere.

Contentedly he started drafting the messages that would get the new scheme underway. He was intercupted by a secretary. “Mr. Harriman, Mr. Montgomery wants to speak to you.” “Eh? Has he gotten my code already?”

“I don’t know, sir.” “Well, put him on.”

Montgomery had not received the second message. But he had news for Harriman:Costa Rica had sold all its X-fuel to the English Ministry of Power, soon after the disaster. There was not an ounce of it left, neither in Costa Rica, nor in England.

Harriman sat and moped for several minutes after Montgomery had cleared the screen. Then he called Coster. “Bob? Is LeCroix there?” “Right here-we were about to go out to dinner together. Here he is, now.”

“Howdy, Les. Les, that was a good brain storm of yours, but it didn’t work. Somebody stole the baby.” “Eh? Oh, I get you. I’m sorry.”

“Don’t ever waste time being sorry. We’ll go ahead as originally planned. We’ll get there!” “Sure we will.”

CHAPTER SEVEN

FROM THE JUNE ISSUE of Popular Technics magazine: “URANIUM PROSPECTING ON THE MOON—A Fact Article about a soon-to-come Major Industry.” From HOLIDAY: “Honeymoon on the Moon—A Discussion of the Miracle Resort that your children will enjoy, as told to our travel editor.”

From the American Sunday Magazine: “DIAMONDS ON THE MOON?—AWorld Famous Scientist Shows Why Diamonds Must Be Common As Pebbles in the Lunar Craters.”

“Of course, Clem, I don’t know anything about electronics, but here is the way it was explained to me. You can hold the beam of a television broadcast down to a degree or so these days, can’t you?”

“Yes—if you use a big enough reflector.”

“You’ll have plenty of elbow room. Now Earth covers a space two degrees wide, as seen from the Moon. Sure, it’s quite a distance away, but you’d have no power losses and absolutely perfect and unchanging conditions for transmission. Once you made your set-up, it wouldn’t be any more expensive than broadcasting from the top of a mountain here, and a derned sight less expensive than keeping copters in the air from coast to coast, the way you’re having to do now.”

“It’s a fantastic scheme, Delos.”

“What’s fantastic about it? Getting to the Moon is my worry, not yours. Once we are there, there’s going to be television back to Earth, you can bet your shirt on that. It’s a natural set-up for line-of-sight transmission. If you aren’t interested, I’ll have to find someone who is.”

“I didn’t say I wasn’t interested.”

“Well, make up your mind. Here’s another thing, Clem—I don’t want to go sticking my nose into your business, but haven’t you had a certain amount of trouble since you lost the use of the power satellite as a relay station?”

“You know the answer; don’t needle me. Expenses have gone out of sight without any improvement in revenue.” “That wasn’t quite what I meant. How about censorship?”

The television executive threw up his hands. “Don’t say that word! How anybody expects a man to stay in business with every two-bit wowser in the country claiming a veto over wLhat we can say and can’t say and what we can show and what we can’t show—it’s enough to make you throw up. The whole principle is wrong; it’s like demanding that grown men live on skim milk because the baby can’t eat steak. If I were able to lay my hands on those confounded, prurient-minded, slimy—”

“Easy! Easy!” Harriman interrupted. “Did it ever occur to you that there is absolutely no way to interfere with a telecast from the Moon—and that boards of censorship on Earth won’t have

jurisdiction in any case?”

“What? Say that again.”

“LIFE goes to the Moon.’ LIFE-TIME Inc. is proud to announce that arrangements have been completed to bring LIFE’S readers a personally conducted tour of the first trip to our satellite. In place of the usual weekly feature ‘LIFE Goes to a Party’ there will commence, immediately after the return of the first successful—”

“ASSURANCE FOR THE NEW AGE”

(An excerpt from an advertisement of the North Atlantic Mutual Insurance and Liability Company)

“—the same looking-to-the-future that protected our policy-holders after the Chicago Fire, after the San Francisco Fire, after every disaster since the War of 1812, now reaches out to insure you from unexpected loss even on the Moon—”

“THE UNBOUNDED FRONTIERS OF TECHNOLOGY”

“When the Moon ship Pioneer climbs skyward on a ladder of flame, twenty-seven essential devices in her ‘innards’ will be powered by especiallyengineered DELTAbatteries—” “Mr. Harriman, could you come out to the field?”

“What’s up, Bob?”          

“Trouble,” Coster answered briefly. “What sort of trouble?”

Coster hesitated. “I’d rather not talk about it by screen. If you can’t come, maybe Les and I had better come there.” “I’ll be there this evening.”

When Harriman got there he saw that LeCroix’s impassive face concealed bitterness, Coster looked stubborn and defensive. He waited until the three were alone in Coster’s workroom before he spoke. “Let’s have it, boys.”

LeCroix looked at Coster. The engineer chewed his lip and said, “Mr. Harriman, you know the stages this design has been through.” “More or less.”

“We had to give up the catapult idea. Then we had this—” Coster rummaged on his desk, pulled out a perspective treatment of a four-step rocket, large but rather graceful.”Theoretically it was a possibility; practically it cut things too fine. By the time the stress group boys and the auxiliary group and the control group got through adding things we were forced to come to this

—” He hauled out another sketch; it was basically like the first, but squattier, almost pyramidal. “We added a fifth stage as a ring around the fourth stage. We even managed to save some weight by using most of the auxiliary and control equipment for the fourth stage to control the fifth stage. And it still had enough sectional density to punch through the atmosphere with no important drag, even if it was clumsy.”

Harriman nodded. “You know, Bob, we’re going to have to get away from the step rocket idea before we set up a schedule run to the Moon.” “I don’t see how you can avoid it with chem-powered rockets.”

“If you had a decent catapult you could put a single-stage chem-powered rocket into an orbit around the Earth, couldn’t you?” “Sure.”

“That’s what we’ll do. Then it will refuel in that orbit.”

“The old space-station set-up. I suppose that makes sense-in fact I know it does. Only the ship wouldn’t refuel and continue on to the Moon. The economical thing would be to have special ships that never landed anywhere make the jump from there to another fueling station around the Moon. Then—”

LeCroix displayed a most unusual impatience. “AJ1 that doesn’t mean anything now. Get on with the story, Bob.” “Right,” agreed Harriman.

“Well, this model should have done it. And, damn it, it still should do it.” Harriman looked puzzled. “But, Bob, that’s the approved design, isn’t it? That’s what you’ve got two-thirds built right out there on the field.”

“Yes.” Coster looked stricken. “But it won’t do it. It won’t work.” “Why not?”

“Because I’ve had to add in too much dead weight, that’s why. Mr. Harriman, you aren’t an engineer; you’ve no idea how fast the performance falls off when you have to clutter up a ship with anything but fuel and power plant. Take the landing arrangements for the fifth-stage power ring. You use that stage for a minute and a half, then you throw it away. But you don’t dare take a chance of it falling on Wichita or Kansas City. We have to include a parachute sequence. Even then we have to plan on tracking it by radar and cutting the shrouds by radio control when it’s over empty countryside and not too high. That means more weight, besides the parachute. By the time we are through, we don’t get a net addition of a mile a second out of that stage. It’s not enough.”

Harriman stirred in his chair. “Looks like we made a mistake in trying to launch it from the States. Suppose we took off from someplace unpopulated, say the Brazil coast, and let the booster stages fall in the Atlantic; how much would that save you?”

Coster looked off in the distance, then took out a slide rule. “Might work.” “How much of a chore will it be to move the ship, at this stage?”

“Well … it would have to be disassembled completely; nothing less would do. I can’t give you a cost estimate off hand, but it would be expensive.”    “How long would it take?”                                                                                                                                                                   “Hmm…shucks, Mr. Harriman, I can’t answer off hand. Two years— eighteen months, with luck. We’d have to prepare a site. We’d have to build shops.”

Harriman thought about it, although he knew the answer in his heart. His shoe string, big as it was, was stretched to the danger point. He couldn’t keep up the promotion, on talk alone, for another two years; he had to have a successful flight and soon—or the whole jerry-built financial structure would burst. “No good, Bob.”

“I was afraid of that. Well, I tried to add still a sixth stage.” He held up another sketch. “You see that monstrosity? I reached the point of diminishing returns. The final effective velocity is actually less with this abortion than with the five-step job.”

“Does that mean you are whipped, Bob? You can’t build a Moon ship?” “No, I—”

LeCroix said suddenly, “Clear out Kansas.” “Eh?” asked Harriman.

“Clear everybody out of Kansas and Eastern Colorado. Let the fifth and fourth sections fall anywhere in that area. The third section falls in the Atlantic; the second section goes into a permanent orbit—and the ship itself goes on to the Moon. You could do it if you didn’t have to waste weight on the parachuting of the fifth and fourth sections. Ask Bob.”

“So? How about it, Bob?”

“That’s what I said before. It was the parasitic penalties that whipped us. The basic design is all right.”

“Hmmm… somebody hand me an Atlas.” Harriman looked up Kansas and Colorado, did some rough figuring. He stared off into space, looking surprisingly, for the moment, as Coster did when the engineer was thinking about his own work. Finally he said, “It won’t work.”

“Why not?”

“Money. I told you not to worry about money—for the ship. But it would cost upward of six or seven million dollars to evacuate that area even for a day. We’d have to settle nuisance suits out of hand; we couldn’t wait. And there would be a few diehards who just couldn’t move anyhow.”

LeCroix said savagely, “If the crazy fools won’t move, let them take their chances.”

“I know how you feel, Les. But this project is too big to hide and too big to move. Unless we protect the bystanders we’ll be shut down by court order and force. I can’t buy all the judges in two states. Some of them wouldn’t be for sale.”

“It was a nice try, Les,” consoled Coster.                                  

“I thought it might be an answer for all of us,” the pilot answered.

Harriman said, “You were starting to mention another solution, Bob?” Coster looked embarrassed. “You know the plans for the ship itself—a three-man job, space and supplies for three.”

“Yes. What are you driving at?”

“It doesn’t have to be three men. Split the first step into two parts, cut the ship down to the bare minimum for one man and jettison the remainder. That’s the only way I see to make this basic design work.” He got out another sketch. “See? One man and supplies for less than a week. No airlock— the pilot stays in his pressure suit. No galley. No bunks. The bare minimum to keep one man alive for a maximum of two hundred hours. It will work.”

“It will work,” repeated LeCroix, looking at Coster.

Harriman looked at the sketch with an odd, sick feeling at his stomach. Yes, no doubt it would work—and for the purposes of the promotion it did not matter whether one man or three  went to the Moon and returned. Just to do it was enough; he was dead certain that one successful flight would cause money to roll in so that there would be capital to develop to the point of practical, passenger-carrying ships.

The Wright brothers had started with less.

“If that is what I have to put up with, I suppose I have to,” he said slowly. Coster looked relieved. “Fine! But there is one more hitch. You know the conditions under which I agreed to tackle this job—I was to go along. Now Les here waves a contract under my nose and says he has to be the pilot.”

“It’s not just that,” LeCroix countered. “You’re no pilot, Bob. You’ll kill yourself and ruin the whole enterprise, just through bull-headed stubbornness.”

“I’ll learn to fly it. After all, I designed it. Look here, Mr. Harriman, I hate to let you in for a suit—Les says he will sue-but my contract antedates his. I intend to enforce it.” “Don’t listen to him, Mr. Harriman. Let him do the suing. I’ll fly that ship and bring her back. He’ll wreck it.”

“Either I go or I don’t build the ship,” Coster said flatly.

Harriman motioned both of them to keep quiet. “Easy, easy, both of you. You can both sue me if it gives you any pleasure. Bob, don’t talk nonsense; at this stage I can hire other engineers to finish the job. You tell me it has to be just one man.”

“That’s right.”     “You’re looking at him.” They both stared.

“Shut your jaws,” Harriman snapped. “What’s funny about that? You both knew I meant to go. You don’t think I went to all this trouble just to give you two a ride to the Moon, do you? I intend to go. What’s wrong with me as a pilot? I’m in good health, my eyesight is all right, I’m still smart enough to learn what I have to learn. If I have to drive my own buggy, I’ll do it. I won’t step aside for anybody, not anybody, d’you hear me?”

Coster got his breath first. “Boss, you don’t know what you are saying.” Two hours later they were still wrangling. Most of the time Harriman had stubbornly sat still, refusing to answer their arguments. At last he went out of the room for a few minutes, on the usual pretext. When he came back in he said, “Bob, what do you weigh?”

“Me? Alittle over two hundred.”                             

“Close to two twenty, I’d judge. Les, what do you weigh?” “One twenty-six.”

“Bob, design the ship for a net load of one hundred and twenty-six pounds.” “Huh? Now wait a minute, Mr. Harriman—”                                         

“Shut up! If I can’t learn to be a pilot in six weeks, neither can you.”          “But I’ve got the mathematics and the basic knowledge to—”

“Shut up I said! Les has spent as long learning his profession as you have learning yours. Can he become an engineer in six weeks? Then what gave you the conceit to think that you can learn his job in that time? I’m not going to have you wrecking my ship to satisfy your swollen ego. Anyhow, you gave out the real key to it when you were discussing the design. The real limiting factor is the actual weight of the passenger or passengers, isn’t it? Everything—everything works in proportion to that one mass. Right?”

“Yes, but—” “Right or wrong?”

“Well … yes, that’s right. I just wanted—”

“The smaller man can live on less water, he breathes less air, he occunies less space. Les goes.” Harriman walked over and put a hand on Coster’s shoulder. “Don’t take it hard, son. It can’t be any worse on you than it is on me. This trip has got to succeed—and that means you and I have got to give up the honor of being the first man on the Moon. But I promise you   this: we’ll go on the second trip, we’ll go with Les as our private chauffeur. It will be the first of a lot of passenger trips. Look, Bob-you can be a big man in this game, if you’ll play along  now. How would you like to be chief engineer of the first lunar colony?”

Coster managed to grin. “It might not be so bad.”

“You’d like it. Living on the Moon will be an engineering problem; you and I have talked about it. How’d you like to put your theories to work? Build the first city? Build the big observatory we’ll found there? Look around and know that you were the man who had done it?”

Coster was definitely adjusting himself to it. “You make it sound good. Say, what will you be doing?”

“Me? Well, maybe I’ll be the first mayor of Luna City.” It was a new thought to him; he savored it. “The Honorable Delos David Harriman, Mayor of Luna City. Say, I like that! You know, I’ve never held any sort of public office; I’ve just owned things.” He looked around. “Everything settled?”

“I guess so,” Coster said slowly. Suddenly he stuck his hand out at LeCroix. “You fly her, Les; I’ll build her.”

LeCroix grabbed his hand. “It’s a deal. And you and the Boss get busy and start making plans for the next job-big enough for all of us.”

“Right!”

Harriman put his hand on top of theirs. “That’s the way I like to hear you talk. We’ll stick together and we’ll found Luna City together.” “I think we ought to call it “Harriman,” LeCroix said seriously.

“Nope, I’ve thought of it as Luna City ever since I was a kid; Luna City it’s going to be. Maybe we’ll put Harriman Square in the middle of it,” he added. “I’ll mark it that way in the plans,” agreed Coster.

Harriman left at once. Despite the solution he was terribly depressed and did not want his two colleagues to see it. It had been a Pyrrhic victory; he had saved the enterprise but he felt like an animal who has gnawed off his own leg to escape a trap.

CHAPTER EIGHT

STRONG WAS ALONE in the offices of the partnership when he got a call from Dixon. “George, I was looking for D.D. Is he there?” “No, he’s back in Washington—something about clearances. I expect him back soon.”

“Hmmm… . Entenza and I want to see him. We’re coming over.” They arrived shortly. Entenza was quite evidently very much worked up over something; Dixon looked sleekly impassive as usual. After greetings Dixon waited a moment, then said, “Jack, you had some business to transact, didn’t you?”

Entenza jumped, then snatched a draft from his pocket.

“Oh, yes! George, I’m not going to have to pro-rate after all. Here’s my payment to bring my share up to full payment to date.” Strong accepted it. “I know that Delos will be pleased.” He tucked it in a drawer.                                                          “Well,” said Dixon sharply, “aren’t you going to receipt for it?”

“If Jack wants a receipt. The cancelled draft will serve.” However, Strong wrote out a receipt without further comment; Entenza accepted it. They waited a while. Presently Dixon said, “George, you’re in this pretty deep, aren’t you?”

“Possibly.”               

“Want to hedge your bets?”

“How?”

“Well, candidly, I want to protect myself. Want to sell one half of one. percent of your share?”

Strong thought about it. In fact he was worried—worried sick. The presence of Dixon’s auditor had forced them to keep on a cash basis—and only Strong knew how close to the line that had forced the partners. “Why do you want it?”

“Oh, I wouldn’t use it to interfere with Delos’s operations. He’s our man; we’re backing him. But I would feel a lot safer if I had the right to call a halt if he tried to commit us to something we couldn’t pay for. You know Delos; he’s an incurable optimist. We ought to have some sort of a brake on him.”

Strong thought about it. The thing that hurt him was that he agreed with everything Dixon said; he had stood by and watched while Delos dissipated two fortunes, painfully built up through the years. D.D. no longer seemed to care. Why, only this morning he had refused even to look at a report on the H & S automatic household switch—after dumping it on Strong.

Dixon leaned forward. “Name a price, George. I’ll be generous.” Strong squared his stooped shoulders. “I’ll sell—”

“Good!”

“—if Delos okays it. Not otherwise.”                                                                                                                                       Dixon muttered something. Enteuza snorted. The conversation might have gone acrimoniously further, had not Harriman walked in.

No one said anything about the proposal to Strong. Strong inquired about the trip; Harriman pressed a thumb and finger together. “All in the groove! But it gets more expensive to do business in Washington every day.” He turned to the others. “How’s tricks? Any special meaning to the assemblage? Are we in executive session?”

Dixon turned to Entenza. “Tell him, Jack.”                                     

Entenza faced Harriman. “What do you mean by selling television rights?” Harriman cocked a brow. “And why not?”

“Because you promised them to me, that’s why. That’s the original agreement; I’ve got it in writing.”

“Better take another look at the agreement, Jack. And don’t go off halfcocked. You have the exploitation rights for radio, television, and other amusement and special feature ventures in connection with the first trip to the Moon. You’ve still got ‘em. Including broadcasts from the ship, provided we are able to make any.” He decided that this was not a good time to mention that weight considerations had already made the latter impossible; the Pioneer would carry no electronic equipment of any sort not needed in astrogation. “What I sold was the franchise  to erect a-television station on the Moon, later. By the way, it wasn’t even an exclusive franchise, although Clem Haggerty thinks it is. If you want to buy one yourself, we can accommodate you.”

“Buy it! Why you—”                                                                                                                                                                 “Wups! Or you can have it free, if you can get Dixon and George to agree that you are entitled to it. I won’t be a tightwad. Anything else?” Dixon cut in. “Just where do we stand now, Delos?”

“Gentlemen, you can take it for granted that the Pioneer will leave on schedule—next Wednesday. And now, if you will excuse me, I’m on my way to Peterson Field.”

After he had left his three associates sat in silence for some time, Entenza muttering to himself, Dixon apparently thinking, and Strong just waiting. Presently Dixon said, “How about that fractional share, George?”

“You didn’t see fit to mention it to Delos.”

“I see.” Dixon carefully deposited an ash. “He’s a strange man, isn’t he?” Strong shifted around. “Yes.” “How long have you known him?”

“Let me see—he came to work for me in—” “He worked for you?”

“For several months. Then we set up our first company.” Strong thought back about it. “I suppose he had a power complex, even then.” “No,” Dixon said carefully. “No, I wouldn’t call it a power complex. It’s more of a Messiah complex.”

Entenza looked up. “He’s a crooked son of a bitch, that’s what he is!”

Strong looked at him mildly. “I’d rather you wouldn’t talk about him that way. I’d really rather you wouldn’t.”

“Stow it, Jack,” ordered Dixon. “You might force George to take a poke at you. One of the odd things about him,” went on Dixon, “is that he seems to be able to inspire an almost feudal loyalty. Take yourself. I know you are cleaned out, George-yet you won’t let me rescue you. That goes beyond logic; it’s personal.”

Strong nodded. “He’s an odd man. Sometimes I think he’s the last of the Robber Barons.”

Dixon shook his head. “Not the last. The last of them opened up the American West. He’s the first of the new Robber Barons—and you and I won’t see the end of it. Do you ever read Carlyle?”

Strong nodded again. “I see what you mean, the ‘Hero’ theory, but I don’t necessarily agree with it.”

“There’s something to it, though,” Dixon answered. “Truthfully, I don’t think Delos knows what he is doing. He’s setting up a new imperialism.

There’ll be the devil to pay before it’s cleaned up.” He stood up. “Maybe we should have waited. Maybe we should have balked him—if we could have. Well, it’s done. We’re on the merry- go-round and we can’t get off. I hope we enjoy the ride.. Come on, Jack.”

CHAPTER NINE

THE COLORADO p~ArRIE was growin’~ dusky. The Sun was behind the peak and the broad white face of Luna, full and round, was rising in the east. In the middle of Peterson Field the Pioneer thrust toward the sky. Abarbedwire fence, a thousand yards from its base in all directions, held back the crowds. Just inside the barrier guards patrolled restlessly. More guards circulated through the crowd. Inside the fence, close to it, trunks and trailers for camera, sound, and television equipment were parked and, at the far ends of cables, remote-control pick- ups were located both near and far from the ship on all sides. There were other trucks near the ship and a stir of organized activity.

Harriman waited in Coster’s office; Coster himself was out on the field, and Dixon and Entenza had a room to themselves. LeCroix, still in a drugged sleep, was in the bedroom of Coster’s on-the-job living quarters.

There was a stir and a challenge outside the door. Harriman opened it a crack. “If that’s another reporter, tell him ‘no.’ Send him to Mr. Montgomery across the way. Captain LeCroix will grant no unauthorized interviews.”

“Delos! Let me in.”                                                                         

“Oh—you, George. Come in. We’ve been hounded to death.”                 

Strong came in and handed Harriman a large and heavy handbag. “Here it is.” “Here is what?”

“The cancelled covers for the philatelic syndicate. You forgot them. That’s half a million dollars, Delos,” he complained. “If I hadn’t noticed them in your coat locker we’d have been in the soup.”

Harriman composed his features. “George, you’re a brick, that’s what you are.” “Shall I put them in the ship myself?” Strong said anxiously.

“Huh? No, no. Les will handle them.” He glanced at his watch. “We’re about to waken him. I’ll take charge of the covers.” He took the bag and added, “Don’t come in now. You’ll have a chance to say goodbye on the field.”

Harriman went next door, shut the door behind him, waited for the nurse to give the sleeping pilot a counteracting stimulant by injection, then chased her out. When he turned around the pilot was sitting up, rubbing his eyes. “How do you feel, Les?”

“Fine. So this is it.”

“Yup. And we’re all rooting for you, boy. Look, you’ve got to go out and face them in a couple of minutes. Everything is ready—but I’ve got a couple of things I’ve got to say to you.” “Yes?”

“See this bag?” Harriman rapidly explained what it was and what it signified.  LeCroix looked dismayed. “But I can’t take it, Delos; It’s all figured to the last ounce.”

“Who said you were going to take it? Of course you can’t; it must weigh sixty, seventy pounds. I just plain forgot it. Now here’s what we do: for the time being I’ll just hide it in here—” Harriman stuffed the bag far back into a clothes closet. “When you land, I’ll be right on your tail. Then we pull a sleight-of-hand trick and you fetch it out of the ship.”

LeCroix shook his head ruefully. “Delos, you beat me. Well, I’m in no mood to argue.”

“I’m glad you’re not; otherwise I’d go to jail for a measly half million dollars. We’ve already spent that money. Anyhow, it doesn’t matter,” he went on. “Nobody but you and me will know it— and the stamp collectors will get their money’s worth.” He looked at the younger man as if anxious for his approval.

“Okay, okay,” LeCroix answered. “Why should I care what happens to a stamp collector—tonight? Let’s get going.”

“One more thing,” said Harriman and took out a small cloth bag. “This you take with you—and the weight has been figured in. I saw to it. Now here is what you do with it.” He gave detailed and very earnest instructions.

LeCroix was puzzled. “Do I hear you straight? I let it be found—then I tell the exact truth about what happened?” “That’s right.”

“Okay.” LeCroix zipped the little bag into a pocket of his coveralls. “Let’s get out to the field. H-hour minus twenty-one minutes already.”

Strong joined Harriman in the control blockhouse after LeCroix had gone up inside the ship. “Did they get aboard?” he demanded anxiously. “LeCroix wasn’t carrying anything.” “Oh, sure,” said Harriman. “I sent them ahead. Better take your place. The ready flare has already gone up.”

Dixon, Entenza, the Governor of Colorado, the Vice-President of the United States, and a round dozen of V.I.P.’s were already seated at periscopes, mounted in slits, on a balcony above the control level. Strong and Harriman climbed a ladder and took the two remaining chairs.

Harriman began to sweat and realized he was trembling. Through his periscope out in front he could see the ship; from below he could hear Coster’s voice, nervously checking departure station reports. Muted through a speaker by him was a running commentary of one of the newscasters reporting the show. Harriman himself was the—well, the admiral, he decided—of the operation, but there was nothing more he could do, but wait, watch, and try to pray.

Asecond flare arched up in the sky, burst into red and green. Five minutes.

The seconds oozed away. At minus two minutes Harriman realized that he could not stand to watch through a tiny slit; he had to be outside, take part in it himself—he had to. He climbed down, hurried to the exit of the blockhouse. Coster glanced around, looked startled, but did not try to stop him; Coster could not leave his post no matter what happened. Harriman elbowed the guard aside and went outdoors.

To the east the ship towered skyward, her slender pyramid sharp black against the full Moon. He waited. And waited.

What had gone wrong? There had remained less than two minutes when he had come out; he was sure of that—yet there she stood, silent, dark, unmoving. There was not a sound, save the distant ululation of sirens warning the spectators behind the distant fence. Harriman felt his own heart stop, his breath dry up in his throat. Something had failed. Failure.

Asingle flare rocket burst from the top of the blockhouse; a flame licked at the base of the ship.

It spread, there was a pad of white fire around the base. Slowly, almost lumberingly, the Pioneer lifted, seemed to hover for a moment, balanced on a pillar of fire-then reached for the sky with acceleration so great that she was above him almost at once, overhead at the zenith, a dazzling circle of flame. So quickly was she above, rather than out in front, that it seemed as if she were arching back over him and must surely fall on him. Instinctively and futilely he threw a hand in front of his face.

The sound reached him.

Not as sound—it was a white noise, a roar in all frequencies, sonic, subsonic, supersonic, so incredibly loaded with energy that it struck him in the chest. He heard it with his teeth and with his bones as well as with his ears. He crouched his knees, bracing against it.

Following the sound at the snail’s pace of a hurricane came the backwash of the splash. It ripped at his clothing, tore his breath from his lips. He stumbled blindly back, trying to reach the lee of the concrete building, was knocked down.

He picked himself up coughing and strangling and remembered to look at the sky. Straight overhead was a dwindling star. Then it was gone. He went into the blockhouse.

The room was a babble of high-tension, purposeful confusion. Harriman’s ears, still ringing, heard a speaker blare, “Spot One! Spot One to blockhouse! Step five loose on schedule— ship and step five showing separate blips—” and Coster’s voice, high and angry, cutting in with, “Get Track One! Have they picked up step five yet? Are they tracking it?”

In the background the news commentator was still blowing his top. “Agreat day, folks, a great day! The mighty Pioneer, climbing like an angel of the Lord, flaming sword at hand, is even now on her glorious way to our sister planet. Most of you have seen her departure on your screens; I wish you could have seen it as I did, arching up into the evening sky, bearing her precious load of—”

“Shut that thing off!” ordered Coster, then to the visitors on the observation platform, “And pipe down up there! Quiet!”

The Vice-President of the United States jerked his head around, closed his mouth. He remembered to smile. The other V.I.P.’s shut up, then resumed again in muted whispers. Agirl’s voice cut through the silence, “Track One to Blockhouse—step five tracking high, plus two.” There was a stir in the corner. There a large canvas hood shielded a heavy sheet of Plexiglass from direct light. The sheet was mounted vertically and was edge-lighted; it displayed a coordinate map of Colorado and Kansas in fine white lines; the cities and towns glowed red. Unevacuated farms were tiny warning dots of red light.

Aman behind the transparent map touched it with a grease pencil; the reported location of step five shone out. In front of the map screen a youngish man sat quietly in a chair, a pear- shaped switch in his hand, his thumb lightly resting on the button. He was a bombardier, borrowed from the Air Forces; when he pressed the switch, a radio-controlled circuit in step five should cause the shrouds of step five’s landing ‘chute to be cut and let it plummet to Earth. He was working from radar reports aloi~e with no fancy computing bombsight to think for him. He was working almost by instinct— or, rather, by the accumulated subconscious knowledge of his trade, integrating in his brain the meager data spread before him, deciding where the tons of step five would land if he were to press his switch at any particular instant. He seemed unworried.

“Spot One to Blockhouse!” came a man’s voice again. “Step four free on schedule,” and almost immediately following, a deeper voice echoed, “Track Two, tracking step four, instantaneous altitude nine-five-one miles, predicted vector.”

No one paid any attention to Harriman.

Under the hood the observed trajectory of step five grew in shining dots of grease, near to, but not on, the dotted line of its predicted path. Reaching out from each location dot was drawn  a line at right angles, the reported altitude for that location.

The quiet man watching the display suddenly pressed down hard on his switch. He then stood up, stretched, and said, “Anybody got a cigaret?” “Track Two!” he was answered. “Step four

—first impact prediction—forty miles west of Charleston, South Carolina.”

“Repeat!” yelled Coster.                                                                                                          

The speaker blared out again without pause, “Correction, correction— forty miles east, repeat east.”

Coster sighed. The sigh was cut short by a report. “Spot One to Blockhouse—step three free, minus five seconds,” and a talker at Coster’s control desk called out, “Mr. Coster, Mister Coster—Palomar Observatory wants to talk to you.”

“Tell ‘em to go—no, tell ‘em to wait.” Immediately another voice cut in with, “Track One, auxiliary range Fox—Step one about to strike near Dodge City, Kansas~” “How near?”

There was no answer. Presently the voice of Track One proper said, “Impact reported approximately fifteen miles southwest of Dodge City.” “Casualties?”

Spot One broke in before Track One could answer, “Step two free, step two free-the ship is now on its own.” “Mr. Coster—please, Mr. Coster—”

And a totally new voice: “Spot Two to Blockhouse-we are now tracking the ship. Stand by for reported distances and bearings. Stand by—”

“Track Two to Blockhouse-step four will definitely land in Atlantic, estimated point of impact oh-five-seven miles east of Charleston bearing ohnine-three. I will repeat—” Coster looked around irritably. “Isn’t there any drinking water anywhere in this dump?”

“Mr. Coster, please-Palomar says they’ve just got to talk to you.”                                                                   

Harriman eased over to the door and stepped out. He suddenly felt very much let down, utterly weary, and depressed.

The field looked strange without the ship. He had watched it grow; now suddenly it was gone. The Moon, still rising, seemed oblivious—and space travel was as remote a dream as it had been in his boyhood.

There were several tiny figures prowling around, the flash apron where the ship had stood—souvenir hunters, he thought contemptuously. Someone came up to him in the gloom. “Mr. Harriman?”

“Eh?”

“Hopkins—with the A.P. How about a statement?” “Uh? No, no comment. I’m bushed.”

“Oh, now, just a word. How does it feel to have backed the first successful Moon flight—if it is successful.”

“It will be successful.” He thought a moment, then squared his tired shoulders and said, “Tell them that this is the beginning of the human race’s greatest era. Tell them that every one of them will have a chance to follow in Captain LeCroix’s footsteps, seek out new planets, wrest a home for themselves in new lands. Tell them that this means new frontiers, a shot in the arm for prosperity. It means—” He ran down. “That’s all tonight. I’m whipped, son. Leave me alone, will you?”

Presently Coster came out, followed by the V.I.P.’s. Harriman went up to Coster. “Everything all right?”                                                                

“Sure. Why shouldn’t it be? Track three followed him out to the limit of range-all in the groove.” Coster added, “Step five killed a cow when it grounded.”

“Forget it—we’ll have steak for breakfast.” Harriman then had to make conversation with the Governor and the Vice-President, had to escort them out to their ship. Dixon and Entenza left together, less formally; at last Coster and Harriman were alone save for subordinates too junior to constitute a strain and for guards to protect them from the crowds. “Where you headed, Bob?”

“Up to the Broadmoor and about a week’s sleep. How about you?”

“if you don’t mind, I’ll doss down in your apartment.” “Help yourself. Sleepy pills in the bathroom.”

“I won’t need them.” They had a drink together in Coster’s quarters, talked aimlessly, then Coster ordered a copter cab and went to the hotel. Harriman went to bed, got up, read a day-old copy of the Denver Post filled with pictures of the Pioneer, finally gave up and took two of Coster’s sleeping capsules.

CHAPTER TEN

SOMEONE WAS SHAKING HIM. “Mr. Harriman! Wake up—Mr. Caster is on the screen.”

“Huh? Wazza? Oh, all right.” He got up and padded to the phone. Caster was :ooking tousie-headea and excited. “Hey, Boss—he made it!” “Huh? What do you mean?”

“Palomar just called me. They saw the mark and now they’ve spotted the ship itself. He—”              

“Wait a minute, Bob. Slow up. He can’t be there yet. He just left last night.”                                    

Coster looked disconcerted. “What’s the matter, Mr. Harriman? Don’t you feel well? He left Wednesday.”

Vaguely, Harriman began to be oriented. No, the take-off had not been the night before—fuzzily he recalled a drive up into the mountains, a day spent dozing in the sun, some sort of a party at which he had drunk too much. What day was today? He didn’t know. If LeCroix had landed on the Moon, then—never mind. “It’s all right, Bob-I was half asleep. I guess I dreamed the take-off all over again. Now tell me the news, slowly.”

Coster started over. “LeCroix has landed, just west of Archimedes crater. They can see his ship, from Palomar. Say that was a great stunt you thought up, marking the spot with carbon black. Les must have covered two acres with it. They say it shines out like a billboard, through the Big Eye.”

“Maybe we ought to run down and have a look. No—later,” he amended. “We’ll be busy.”                                                                        

 “I don’t see what more we can do, Mr. Harriman. We’ve got twelve of our best ballistic computers calculating possible routes for you now.”

Harriman started to tell the man to put on another twelve, switched off the screen instead. He was still at Peterson Field, with one of Skyways’ best stratoships waiting for him outside, waiting to take him to whatever point on the globe LeCroix might ground. LeCroix was in the upper stratosphere, had been there for more than twenty-four hours. The pilot was slowly, cautiously wearing out his terminal velocity, dissipating the incredible kinetic energy as shock wave and radiant heat.

They had tracked him by radar around the globe and around again—and again … yet there was no way of knowing just where and what sort of landing the pilot would choose to risk. Harriman listened to the running radar reports and cursed the fact that they had elected to save the weight of radio equipment.

The radar figures started coming closer together. The voice broke off and started again: “He’s in his landing glide!”

“Tell the field to get ready!” shouted Harriman. He held his breath and waited. After endless seconds another voice cut in with, “The Moon ship is now landing. It will ground somewhere west of Chihuahua in Old Mexico.”

Harriman started for the door at a run.

Coached by radio en route, Harriman’s pilot spotted the Pioneer incredibly small against the desert sand. He put his own ship quite close to it, in a beautiful landing. Harriman was fumbling at the cabin door before the ship was fairly stopped.

LeCroix was sitting on the ground, resting his back against a skid of his ship and enjoying the shade of its stubby triangular wings. Apaisano sheepherder stood facing him, open- mouthed. As Harriman trotted out and lumbered toward him LeCroix stood up, flipped a cigaret butt away and said, “Hi, Boss!”

“Les!” The older man threw his arms around the younger. “It’s good to see you, boy.”

“It’s good to see you. Pedro here doesn’t speak my language.” LeCroix glanced around; there was no one else nearby but the pilot of Harriman’s ship. “Where’s the gang? Where’s Bob?”

“I didn’t wait. They’ll surely be along in a few minutes—hey, there they come now!” It was another stratoship, plunging in to a landing. Harriman turned to his pilot. “Bill—go over and meet them.”

“Huh? They’ll come, never fear.” “Do as I say.”

“You’re the doctor.” The pilot trudged through the sand, his back expressing disapproval. LeCroix looked puzzled. “Quick, Les—help me with this.”

“This” was the five thousand cancelled envelopes which were supposed to have been to the Moon. They got them out of Harriman’s stratoship and into the Moon ship, there to be stowed in an empty food locker, while their actions were still shielded from the later arrivals by the bulk of the strataship. “Whew!” said Harriman. “That was close. Half a million dollars. We need  it, Les.”

“Sure, but look, Mr. Harriman, the di—”

“Sssh! The others are coming. How about the other business? Ready with your act?” “Yes. But I was trying to tell you—”

“Quiet!”

It was not their colleagues; it was a shipload of reporters, camera men, mike men, commentators, technicians. They swarmed over them.

Harriman waved to them jauntily. “Help yourselves, boys. Get a lot of pictures. Climb through the ship. Make yourselves at home. Look at anything you want to. But go easy on Captain LeCroix—he’s tired.”

Another ship had landed, this time with Caster, Dixon and Strong. Entenza showed up in his own chartered ship and began bossing the TV, pix, and radio men, in the course of which he almost had a fight with an unauthorized camera crew. Alarge copter transport grounded and spilled out nearly a platoon of khaki-clad Mexican troops. Fom somewhere—out of the sand apparently—several dozen native peasants showed up. Harriman broke away from reporters, held a quick and expensive discussion with the captain of the local troops and a degree of order was restored in time to save the Pioneer from being picked to pieces.

“Just let that be!” It was LeCroix’s voice, from inside the Pioneer. Harriman waited and listened. “None of your business!” the pilot’s voice went on, rising higher, “and put them back!” Harriman pushed his way to the door of the ship. “What’s the trouble, Les?”                                                                                                                                                         Inside the cramped cabin, hardly large enough for a TVbooth, three men stood, LeCroix and two reporters. All three men looked angry. “What’s the trouble, Les?” Harriman repeated. LeCroix was holding a small cloth bag which appeared to be empty. Scattered on the pilot’s acceleration rest between him and the reporters were several small, dully brilliant stones. A

reporter held one such stone up to the light.

“These guys were poking their noses into things that didn’t concern them,” LeCroix said angrily.    The reporter looked at the stone said, “You told us to look at what we liked, didn’t you, Mr. Harriman?” “Yes.”

“Your pilot here-” He jerked a thumb at LeCroix. “—apparently didn’t expect us to find these. He had them hidden in the pads of his chair.”

“What of it?”             “They’re diamonds.”    “What makes you think so?” “They’re diamonds all right.”

Harriman stopped and unwrapped a cigar. Presently he said, “Those diamonds were where you found them because I put them there.” Aflashlight went off behind Harriman; a voice said, “Hold the rock up higher, Jeff.”                                                                            

The reporter called Jeff obliged, then said, “That seems an odd thing to do, Mr. Harriman.”

“I was interested in the effect of outer space radiations on raw diamonds. On my orders Captain LeCroix placed that sack of diamonds in the ship.”                                 

Jeff whistled thoughtfully. “You know, Mr. Harriman, if you did not have that explanation, I’d think LeCroix had found the rocks on the Moon and was trying to hold out on you.” “Print that and you will be sued for libel. I have every confidence in Captain LeCroix. Now give me the diamonds.”

Jeff’s eyebrows went up. “But not confidence enough in him to let him keep them,.maybe?” “Give me the stones. Then get out.”

Harriman got LeCroix away from the reporters as quickly as possible and into Harriman’s own ship. “That’s all for now,” he told the news and pictures people. “See us at Peterson Field.” Once the ship raised ground he turned to LeCroix. “You did a beautiful job, Les.”

“That reporter named Jeff must be sort of confused.”                                                     

“Eh? Oh, that. No, I mean the flight. You did it. You’re head man on this planet.”          

LeCroix shrugged it off. “Bob built a good ship. It was a cinch. Now about those diamonds—”

“Forget the diamonds. You’ve done your part. We placed those rocks in the ship; now we tell everybody we did—truthful as can be. It’s not our fault if they don’t believe us.” “But Mr. Harriman—”

“What?”

LeCroix unzipped a pocket in his coveralls, hauled out a soiled handkerchief, knotted into a bag. He untied it—and spilled into Harriman’s hands many more diamonds than had been displayed in the ship—larger, finer diamonds.

Harriman stared at them. He began to chuckle. Presently he shoved them back at LeCroix. “Keep them.” “I figure they belong to all of us.”

“Well, keep them for us, then. And keep your mouth shut about them. No, wait.” He picked out two large stones. “I’ll have rings made from these two, one for you, one for me. But keep your mouth shut, or they won’t be worth anything, except as curiosities.”

It was quite true, he thought. Long ago the diamond syndicate had realized that diamonds in plentiful supply were worth little more than glass, except for industrial uses. Earth had more than enough for that, more than enough for jewels. If Moon diamonds were literally “common as pebbles” then they were just that—pebbles.

Not worth the expense of bringing them to earth. But now take uranium. If that were plentiful— Harriman sat back and indulged in daydreaming. Presently LeCroix said softly, “You know, Boss, it’s wonderful there.”

“Eh? Where?”

“Why, on the Moon of course. I’m going back. I’m going back just as soon as I can. We’ve got to get busy on the new ship.” “Sure, sure! And this time we’ll build one big enough for all of us. This time I go, too!”

“You bet.”

“Les—” The older man spoke almost diffidently. “What does it look like when you look back and see the Earth?”

“Huh? It looks like— It looks—” LeCroix stopped. “Hell’s bells, Boss, there isn’t any way to tell you. It’s wonderful, that’s all. The sky is black and—well, wait until you see the pictures I took. Better .yet, wait and see it yourself.”

Harriman nodded. “But it’s hard to wait.”

CHAPTER ELEVEN                       “FIELDS OF DIAMONDS ON THE MOONU!”

“BILLIONAIRE BACKER DENIES DIAMOND STORY Says Jewels Taken Into Space for Science Reasons” “MOON DIAMONDS: HOAXOR FACT?”

“—but consider this, friends of the invisible audience: why would anyone take diamonds to the moon? Every ounce of that ship and its cargo was calculated; diamonds would not be   taken along without reason. Many scientific authorities have pronounced Mr. Harriman’s professed reason an absurdity. It is easy to guess that diamonds might be taken along for the purpose of ‘salting’ the Moon, so to speak, with earthly jewels, with the intention of convincing us that diamonds exist on the Moon—but Mr. Harriman, his pilot Captain LeCroix, and everyone connected with the enterprise have sworn from the beginning that the diamonds did not come from the Moon. But it is an absolute certainty that the diamonds were in the space ship when it landed. Cut it how you will; this reporter is going to try to buy some lunar diamond mining stock—”

Strong was, as usual, already in the office when Harriman came in. Before the partners could speak, the screen called out, “Mr. Harriman, Rotterdam calling.” “Tell them to go plant a tulip.”

“Mr. van der Velde is waiting, Mr. Harriman.” “Okay.”

Harriman let the Hollander talk, then said, “Mr. van der Velde, the statements attributed to me are absolutely correct. I put those diamonds the reporters saw into the ship before it took off. They were mined right here on Earth. In fact I bought them when I came over to see you; I can prove it.”

“But Mr. Harriman—”

“Suit yourself. There may be more diamonds on the Moon than you can run and jump over. I don’t guarantee it. But I do guarantee that those diamonds the newspapers are talking about came from Earth.”

“Mr. Harriman, why would you send diamonds to the Moon? Perhaps you intended to fool us, no?”

“Have it your own way. But I’ve said all along that those diamonds came from Earth. Now see here: you took an option—an option on an option, so to speak. If you want to make the second payment on that option and keep it in force, the deadline is nine o’clock Thursday, New York time, as specified in the contract. Make up your mind.”

He switched off and found his partner looking at him sourly. “What’s eating you?”                                               

“I wondered about those diamonds, too, Delos. So I’ve been looking through the weight schedule of the Pioneer.” “Didn’t know you were interested in engineering.”

“I can read figures.”

“Well, you found it, didn’t you? Schedule F-i 7-c, two ounces, allocated to me personally.” “I found it. It sticks out like a sore thumb. But I didn’t find something else.”         

Harriman felt a ‘cold chill in his stomach. “What?”                                                         

“I didn’t find a schedule for the cancelled covers.” Strong stared at him.                        

“It must be there. Let me see that weight schedule.”

“It’s not there, Delos. You know, I thought it was funny when you insisted on going to meet Captain LeCroix by yourself. What happened, Delos? Did you sneak them aboard?” He continued to stare while Harriman fidgeted. “We’ve put over some sharp business deals—but this will be the first time that anyone can say that the firm of Harriman and Strong has cheated.”

“George—I would cheat, lie, steal, beg, bribe—do anything to accomplish what we have accomplished.”                                                           

Harriman got up and paced the room. “We had to have that money, or the ship would never have taken off. We’re cleaned out. You know that, don’t you?” Strong nodded. “But those covers should have gone to the Moon. That’s what we contracted to do.”

“I just forgot it. Then it was too late to figure the weight in. But it doesn’t matter. I figured that if the trip was a failure, if LeCroix cracked up, nobody would know or care that the covers hadn’t gone. And I knew if he made it, it wouldn’t matter; we’d have plenty of money. And we will, George, we will!”

“We’ve got to pay the money back.”

“Now? Give me time, George. Everybody concerned is ‘happy the way it is. Wait until we recover our stake; then I’ll buy every one of those covers back—out of my own pocket. That’s a promise.”

Strong continued to sit. Harriman stopped in front of him. “I ask you, George, is it worth while to wreck an enterprise of this size for a purely theoretical point?” Strong sighed and said, “When the time comes, use the firm’s money.”

“That’s the spirit! But I’ll use my own, I promise you.”           

“No, the firm’s money. If we’re in it together, we’re in it together.” “O.K., if that’s the way you want it.”

Harriman turned back to his desk. Neither of the two partners had anything to say for a long while. Presently Dixon and Entenza were announced. “Well, Jack,” said Harriman. “Feel better now?”

“No thanks to you. I had to fight for what I did put on the air—and some of it was pirated as it was. Delos, there should have been a television pick-up in the ship.”     “Don’t fret about it. As I told you, we couldn’t spare the weight this time. But there will be the next trip, and the next. Your concession is going to be worth a pile of money.” Dixon cleared his throat. “That’s what we came to see you about, Delos. What are your plans?”

“Plans? We go right ahead. Les and Coster and I make the next trip. We set up a permanent base. Maybe Coster stays behind. The third trip we send a real colony—nuclear engineers, miners, hydroponics experts, communications engineers. We’ll found Luna City, first city on another planet.”

Dixon looked thoughtful. “And when does this begin to pay off?”

“What do you mean by ‘pay off’? Do you want your capital back, or do you want to begin to see some return on your investment? I can cut it either way.” Entenza was about to say that he wanted his investment back; Dixon cut in first, “Profits, naturally. The investment is already made.”

“Fine!”

“But I don’t see how you expect profits. Certainly, LeCroix made the trip and got back safely. There is honor for all of us. But where are the royalties?”           “Give the crop time to ripen, Dan. Do I look worried? What are our assets?” Harriman ticked them off on his fingers. “Royalties on pictures, television, radio—.” “Those things go to Jack.”

“Take a look at the agreement. He has the concession, but he pays the firm—that’s all of us—for them.”          

Dixon said, “Shut up, Jack!” before Entenza could speak, then added, “What else? That won’t pull us out of the red.”

“Endorsements galore. Monty’s boys are working on that. Royalties from the greatest best seller yet—I’ve got a ghost writer and a stenographer following LeCroix around this very minute. Afranchise for the first and only space line-“

“From whom?”

“We’ll get it. Kamens and Montgomery are in Paris now, working on it. I’m joining them this afternoon. And we’ll tie down that franchise with a franchise from the other end, just as soon   as we can get a permanent colony there, no matter how small. It will be the autonomous state of Luna, under the protection of the United Nations—and no ship will land or take off in its territory without its permission. Besides that we’ll have the right to franchise a dozen other companies for various purposes—and tax them, too—just as soon as we set up the Municipal Corporation of the City of Luna under the laws of the State of Luna. We’ll sell everything but vacuum— we’ll even sell vacuum, for experimental purposes. And don’t forgct—we’ll still have  a big chunk of real estate, sovereign title in us—as a state-and not yet sold. The Moon is big.”

“Your ideas are rather big, too, Delos,” Dixon said dryly. “But what actually happens next?”

“First we get title confirmed by the U.N. The Security Council is now in secret session; the Assembly meets tonight. Things will be popping; that’s why I’ve got to be there. When the United Nations decides—as it will!— that its own non-profit corporation has the only real claim to the Moon, then I get busy. The poor little weak non-profit corporation is going to grant a number   of things to some real honest-to-god corporations with hair on their chests—in return for help in setting up a physics research lab, an astronomical observatory, a lunography institute    and some other perfectly proper nonprofit enterprises. That’s our interim pitch until we get a permanent colony with its own laws. Then we-“

Dixon gestured impatiently. “Never mind the legal shenanigans, Delos. I’ve known you long enough to know that you can figure out such angles. What do we actually have to do next?” “Huh? We’ve got to build another ship, a bigger one. Not actually bigger, but effectively bigger. Coster has started the design of a surface catapult— it will reach from Manitou Springs to

the top of Pikes Peak. With it we can put a ship in free orbit around the Earth. Then we’ll use such a ship to fuel more ships—it amounts to a space station, like the power station. It adds

up to a way to get there on chemical power without having to throw away nine-tenths of your ship to do it.”

“Sounds expensive.”

“It will be. But don’t worry; we’ve got a couple of dozen piddling little things to keep the money coming in while we get set up on a commercial basis, then we sell stock. We- sold stock before; now we’ll sell a thousand dollars’ worth where we sold ten before.”

“And you think that will carry you through until the enterprise as a whole is on a paying basis? Face it, Delos, the thing as a whole doesn’t pay off until you have ships plying between here and the Moon on a paying basis, figured in freight and passenger charges. That means customers, with cash. What is there on the Moon to ship—and who pays for it?”

“Dan, don’t you believe there will be? If not, why are you here?”

“I believe in it, Delos—or I believe in you. But what’s your time schedule? What’s your budget? What’s your prospective commodity? And please don’t mention diamonds; I think I understand that caper.”

Harriman chewed his cigar for a few moments. “There’s one valuable commodity we’ll start shipping at once.” “What?”

“Knowledge.”

Entenza snorted. Strong looked puzzled. Dixon nodded. “I’ll buy that. Knowledge is always worth something—to the man who knows how to exploit it. And I’ll agree that the Moon is a place to find new knowledge. I’ll assume that you can make the next trip pay off. What’s your budget and your time table for that?”

Harriman did not answer. Strong searched his face closely. To him Harriman’s poker face was as revealing as large print—he decided that his partner had been crowded into a corner. He waited, nervous but ready to back Harriman’s play. Dixon went on, “From the way you describe it, Delos, I judge that you don’t have money enough for your next step—and you don’t know where you will get it. I believe in you, Delos—and I told you at the start that I did not believe in letting a new business die of anemia. I’m ready to buy in with a fifth share.”

Harriman stared. “Look,” he said bluntly, “you own Jack’s share now, don’t you?” “I wouldn’t say that.”

“You vote it. It sticks out all over.”                 

Entenza said, “That’s not true. I’m independent. I—”

“Jack, you’re a damn liar,” Harriman said dispassionately. “Dan, you’ve got fifty percent now. Under the present rules I decide deadlocks, which gives me control as long as George sticks by me. If we sell you another share, you vote three-fifths—and are boss. Is that the deal you are looking for?”

“Delos, as I told you, I have confidence in you.”

“But you’d feel happier with the whip hand. Well, I won’t do it. I’ll let space travel—real space travel, with established runs—wait another twenty years before I’ll turn loose. I’ll let us all go broke and let us live on glory before I’ll turn loose. You’ll have to think up another scheme.”

Dixon said nothing. Harriman got up and began to pace. He stopped in front of Dixon. “Dan, if you really understood what this is all about, I’d let you have control. But you don’t. You see   this is just another way to money and to power. I’m perfectly willing to let you vultures get rich—but I keep control. I’m going to see this thing developed, not milked. The human race is heading out to the stars—and this adventure is going to present new problems compared with which atomic power was a kid’s toy. Unless the whole matter is handled carefully, it will be fouled up. You’ll foul it up, Dan, if I let you have the deciding vote in it—because you don’t understand it.”

He caught his breath and went on, “Take safety for instance. Do you know why I let LeCroix take that ship out instead of taking it myself? Do you think I was afraid? No! I wanted it to come back—safely. I didn’t want space travel getting another set-back. Do you know why we have to have a monopoly, for a few years at least? Because every so-and-so and his brother is   going to want to build a Moon ship, now that they know it can be done. Remember the first days of ocean flying? After Lindbergh did it, every so-called pilot who could lay hands on a crate took off for some over-water point. Some of them even took their kids along. And most of them landed in the drink. Airplanes get a reputation for being dangerous. Afew years after that   the airlines got so hungry for quick money in a highly competitive field that you couldn’t pick up a paper without seeing headlines about another airliner crash.

“That’s not going to happen to space travel! I’m not going to let it happen.

Space ships are too big and too expensive; if they get a reputation for being unsafe as well, we might as well have stayed in bed. I run things.” He stopped. Dixon waited and then said, “I said I believed in you, Delos. How much money do you need?”

“Eh? On what terms?”       

“Your note.”                         

“My note? Did you say my note?”

“I’d want security, of course.”

Harriman swore. “I knew there was a hitch in it. Dan, you know everything I’ve got is tied up in this venture.” “You have insurance. You have quite a lot of insurance, I know.”

“Yes, but that’s all made out to my wife.”

“I seem to have heard you say something about that sort of thing to Jack Entenza,” Dixon said. “Come, now—if I know your tax-happy sort, you have at least one irrevocable trust, or paid- up annuities, or something, to keep Mrs. Harriman out of the poor house.”

Harriman thought fiercely about it. “When’s the call date on this note?” “In the sweet bye and bye. I want a no-bankruptcy clause, of course.” “Why? Such a clause has no legal validity.”                                     

“It would be valid with you, wouldn’t it?”

“Mmm … yes. Yes, it would.”

“Then get out your policies and see how big a note you can write.” Harriman looked at him, turned abruptly and went to his safe. He came back with quite a stack of long, stiff folders. They added them up together; it was an amazingly large sum—for those days. Dixon then consulted a memorandum taken from his pocket and said, “One seems to be missing— a rather  large one. ANorth Atlantic Mutual policy, I think.”

Harriman glared at him. “Am I going to have to fire every confidential clerk in my force?”

“No,” Dixon said mildly, “I don’t get my information from your staff. Harriman went back to the safe, got the policy and added it to the pile. Strong spoke up, “Do you want mine, Mr. Dixon?” “No,” answered Dixon, “that won’t be necessary.” He started stuffing the policies in his pocket. “I’ll keep these, Delos, and attend to keeping up the premiums. I’ll bill you of course. You

can send the note and the changeof-beneficiary forms to my office. Here’s your draft.” He took out another slip of paper; it was the draft—already made out in the amount of the policies.

Harriman looked at it. “Sometimes,” he said slowly, “I wonder who’s kidding who?” He tossed the draft over to Strong. “O.K., George, take care of it. I’m off to Paris, boys. Wish me luck.” He strode out as jauntily as a fox terrier.

Strong looked from the closed door to Dixon, then at the note. “I ought to tear this thing up!”                       

“Don’t do it,” advised Dixon. “You see, I really do believe in him.” He added, “Ever read Carl Sandburg, George?” “I’m not much of a reader.”

“Try him some time. He tells a story about a man who started a rumor that they had struck oil in hell. Pretty soon everybody has left for hell, to get in on the boom. The man who started the rumor watches them all go, then scratches his head and says to himself that there just might be something in it, after all. So he left for hell, too.”

Strong waited, finally said, “I don’t get the point.”

“The point is that I just want to be ready to protect myself if necessary, George—and so should you. Delos might begin believing his own rumors. Diamonds! Come, Jack.”

CHAPTER TWELVE

THE ENSUING MONTHS were as busy as the period before the flight of the Pioneer (now honorably retired to the Smithsonian Institution). One engineering staff and great gangs of men were working on the catapult, two more staffs were busy with two new ships; the Mayflower, and the Colonial; a third ship was on the drafting tables. Ferguson was chief engineer for all  of this; Coster, still buffered by Jock Berkeley, was engineering consultant, working where and as he chose. Colorado Springs was a boom town; the Denver-Trinidad roadcity  settlements spread out at the Springs until they surrounded Peterson Field.

Harriman was as busy as a cat with two tails. The constantly expanding exploitation and promotion took eight full days a week of his time, but, by working Kamens and Montgomery almost to ulcers and by doing without sleep himself, he created frequent opportunities to run out to Colorado and talk things over with Caster.

Luna City, it was decided, would be founded on the very next trip. The Mayflower was planned for a pay-load not only of seven passengers, but with air, water and food to carry four of them over to the next trip; they would live in an aluminum Quonset-type hut, sealed, pressurized, and buried under the loose soil of Luna until—and assuming—they were succored.

The choice of the four extra passengers gave rise to another contest, another publicity exploitation—and more sale of stock. Harriman insisted that they be two married couples, over the united objections of scientific organizations everywhere. He gave in only to the extent of agreeing that there was no objection to all four being scientists, providing they constituted two married couples. This gave rise to several hasty marriages—and some divorces, after the choices were announced.

The Mayflower was the maximum size that calculations showed would be capable of getting into a free orbit around the Earth from the boost of the catapult, plus the blast of her own engines. Before she took off, four other ships, quite as large, would precede her. But they were not space ships; they were mere tankers—nameless. The most finicky of ballistic calculations, the most precise of launchings, would place them in the same orbit at the same spot. There the Mayflower would rendezvous and accept their remaining fuel.

This was the trickiest part of the entire project. If the four tankers could be placed close enough together, LeCroix, using a tiny maneuvering reserve, could bring his new ship to them. If not—well, it gets very lonely out in Space.

Serious thought was given to placing pilots in the tankers and accepting as a penalty the use of enough fuel from one tanker to permit a get-away boat, a life boat with wings, to decelerate, reach the atmosphere and brake to a landing. Caster found a cheaper way.

Aradar pilot, whose ancestor was the proximity fuse and whose immediate parents could be found in the homing devices of guided missiles, was given the task of bringing the tankers together. The first tanker would not be so equipped, but th~ second tanker through its robot would smell out the first and home on it with a pint-sized rocket engine, using the smallest of vectors to bring them together. The third would home on the first two and the fourth on the group.

LeCroix shouid have no trouble-if the scheme worked. CHAPTER THIRTEEN

STRONG WANTED TO SHOW HARRIMAN the sales reports on the H & S automatic household switch; Harriman brushed them aside.

Strong shoved them back under his nose. “You’d better start taking an interest in such things, Delos. Somebody around this office had better start seeing to it that some money comes in

—some money that belongs to us, personally-or you’ll be selling apples on a street corner.”

Harriman leaned back and clasped his hands back of his head. “George, how can you talk that way on a day like this? Is there no poetry in your soul? Didn’t you hear what I said when I came in? The rendezvous worked. Tankers one and two are as close together as Siamese twins. We’ll be leaving within the week.”

“That’s as may be. Business has to go on.”                                      

“You keep it going; I’ve got a date. When did Dixon say he would be over?” “He’s due now.”

“Good!” Harriman bit the end off a cigar and went on, “You know, George, I’m not sorry I didn’t get to make the first trip. Now I’ve still got it t~ do. I’m as expectant as a bridegroom—and as happy.” He started to hum.

Dixon came in without Entenza, a situation that had obtained since the day Dixon had dropped the pretence that he controlled only one share. He shook hands. “You heard the news, Dan?”

“George told me.”

“This is it-or almost. Aweek from now, more or less, I’ll be on the Moon. I can hardly believe it.”                 

Dixon sat down silently. Harriman went on, “Aren’t you even going to congratulate me? Man, this is a great dayl” Dixon said, “D.D., why are you going?”

“Huh? Don’t ask foolish questions. This is what I ~have been working toward.”

“It’s not a foolish question. I asked why you were going. The four colonists have an obvious reason, and each is a selected specialist observer as well. LeCroix is the pilot. Coster is the man who is designing the permanent colony. But why are you going? What’s your function?”

“My function? Why, I’m the guy who runs things. Shucks, I’m going to run for mayor when I get there. Have a cigar, friend—the name’s Harriman. Don’t forget to vote.” He grinned. Dixon did not smile. “I did not know you planned on staying.”

Harriman looked sheepish. “Well, that’s still up in the air. If we get the shelter built in a hurry, we may save enough in the way of supplies to let me sort of lay over until the next trip. You wouldn’t begrudge me that, would you?”

Dixon looked him in the eye. “Delos, I can’t let you go at all.”

Harriman was too startled to talk at first. At last he managed to say, “Don’t joke, Dan. I’m going. You can’t stop me. Nothing on Earth can stop me.” Dixon shook his head. “I can’t permit it, Delos. I’ve got too much sunk in this. If you go and anything happens to you, I lose it all.”

“That’s silly. You and George would just carry on, that’s all.” “Ask George.”

Strong had nothing to say. He did not seem anxious to meet Harriman’s eyes. Dixon went on, “Don’t try to kid your way out of it, Delos. This venture is you and you are this venture. If you get killed, the whole thing folds up. I don’t say space travel folds up; I think you’ve already given that a boost that will carry it along even with lesser men in your shoes. But as for this venture—our company—it will fold up. George and I will have to liquidate at about half a cent on the dollar. It would take sale of patent rights to get that much. The tangible assets aren’t worth anything.”

“Damn it, it’s the intangibles we sell. You knew that all along.”

“You are the intangible asset, Delos. You are the goose that lays the golden eggs. I want you to stick around until you’ve laid them. You must not risk your neck in space flight until you  have this thing on a profit-making basis, so that any competent manager, such as George or myself, thereafter can keep it solvent. I mean it, Delos. I’ve got too much in it to see you risk it in a joy ride.”

Harriman stood up and pressed his fingers down on the edge of his desk. He was breathing hard. “You can’t stop me!” he said slowly and forcefully. “Not all the forces of heaven or hell can stop me.”

Dixon answered quietly, “I’m sorry, Delos. But I can stop you and I will. I can tie up that ship out there.” “Try it! I own as many lawyers as you do—and better ones!”

“I think you will find that you are not as popular in American courts as you once were-not since the United States found out it didn’t own the Moon after all.” “Try it, I tell you. I’ll break you and I’ll take your shares away from you, too.”

“Easy, Delos! I’ve no doubt you have some scheme whereby you could milk the basic company right away from George and me if you decided to. But it won’t be necessary. Nor will it be necessary to tie up the ship. I want the flight to take place as much as you do. But you won’t be on it, because you will decide not to go.”

“I will, eh? Do I look crazy from where you sit?” “No, on the contrary.”

“Then why won’t I go?”                                                

“Because of your note that I hold. I want to collect it.”         

“What? There’s no due date.”                                              

“No. But I want to be sure to collect it.”                                

“Why, you dumb fool, if I get killed you collect it sooner than ever.”

“Do I? You are mistaken, Delos. If you are killed-on a flight to the Moon—I collect nothing. I know; I’ve checked with every one of the companies underwriting you. Most of them have escape clauses covering experimental vehicles that date back to early aviation. In any case all of them will cancel and fight it out in court if you set foot inside that ship.”

“You put them up to this!”

“Calm down, Delos. You’ll be bursting a blood vessel. Certainly I queried them, but I was legitimately looking after my own interests. I don’t want to collect on that note-not now, not by your death. I want you to pay it back out of your own earnings, by staj’ing here and nursing this company through till it’s stable.”

Harriman chucked his cigar, almost unsmoked and badly chewed, at a waste basket. He missed. “I don’t give a hoot if you lose on it. If you hadn’t stirred them up, they’d have paid without a quiver.”

“But it did dig up a weak point in your plans, Delos. If space travel is to be a success, insurance will have to reach out and cover the insured anywhere.” “Confound it, one of them does now—N. A. Mutual.”

“I’ve seen their ad and I’ve looked over what they claim to offer. It’s just window dressing, with the usual escape clause. No, insurance will have to be revamped, all sorts of insurance.” Harriman looked thoughtful. “I’ll look into it. George, call Kamens. Maybe we’ll have to float our own company.”

“Never mind Kamens,” objected Dixon. “The point is you can’t go on this trip. You have too many details of that sort to watch and plan for and nurse along.”                                    Harriman looked back at him. “You haven’t gotten it through your head, Dan, that I’m going! Tie up the ship if you can. If you put sheriffs around it, I’ll have goons there to toss them aside.” Dixon looked pained. “I hate to mention this point, Delos, but I am afraid you will be stopped even if I drop dead.”

“How?” “Your wife.”

“What’s she got to do with it?”

“She’s ready to sue for separate maintenance right now—she’s found out about this insurance thing. When she hears about this present plan, she’ll force you into court and force an accounting of your assets.”

“You put her up to it!”

Dixon hesitated. He knew that Entenza had spilled the beans to Mrs. Harriman—maliciously. Yet there seemed no point in adding to a personal feud. “She’s bright enough to have done some investigating on her own account. I won’t deny I’ve talked to her—but she sent for me.”

“I’ll fight both of you!” Harriman stomped to a window, stood looking out—it was a real window; he liked to look at the sky.

Dixon came over and put a hand on his shoulder, saying softly, “Don’t take it this way, Delos. Nobody’s trying to keep you from your dream. But you can’t go just yet; you can’t let us down. We’ve stuck with you this far; you owe it to us to stick with us until it’s done.”

Harriman did not answer; Dixon went on, “If you don’t feel any loyalty toward me, how about George? He’s stuck with you against me, when it hurt him, when he thought you were ruining him—and you surely were, unless you finish this job. How about George, Delos? Are you going to let him down, too?”

Harriman swung around, ignoring Dixon and facing Strong. “What about it, George? Do you think I should stay behind?”  Strong rubbed his hands and chewed his lip. Finally he looked up. “It’s all right with me, Delos. You do what you think is best.”

Harriman stood looking at him for a long moment, his face working as if he were going to cry. Then he said huskily, “Okay, you rats. Okay. I’ll stay behind.”

CHAPTER FOURTEEN

IT WAS ONE OF THOSE GLORIOUS EVENINGS so common in the Pikes Peak region, after a day in which the sky has been well scrubbed by thunderstorms. The track of the catapult crawled in a straight line up the face of the mountain, whole shoulders having been carved away to permit it. At the temporary space port, still raw from construction, Harriman, in company with visiting notables, was saying good-bye to the passengers and crew of the Mayflower.

The crowds came right up to the rail of the catapult. There was no need to keep them back from the ship; the jets would not blast until she was high over the peak. Only the ship itself was guarded, the ship and the gleaming rails.

Dixon and Strong, together for company and mutual support, hung back at the edge of the area roped off for passengers and officials. They watched Harriman jollying those about to  leave: “Good-bye, Doctor. Keep an eye on him, Janet. Don’t let him go looking for Moon Maidens.” They saw him engage Coster in private conversation, then clap the younger man on the back.

“Keeps his chin up, doesn’t he?” whispered Dixon.                                “Maybe we should have let him go,” answered Strong.                               “Eh? Nonsense! We’ve got to have him. Anyway, his place in history is secure.”

“He doesn’t care about history,” Strong answered seriously, “he just wants to go to the Moon.”                    “Well, confound it—he can go to the Moon … as soon as he gets his job done. After all, it’s his job. He made it.” “I know.”

Harriman turned around, saw them, started toward them. They shut up. “Don’t duck,” he said jovially. “It’s all right. I’ll go on the next trip. By then I plan to have it running itself. You’ll see.” He turned back toward the Mayflower. “Quite a sight, isn’t she?”

The outer door was closed; ready lights winked along the track and from the control tower. Asiren sounded. Harriman moved a step or two closer.

“There she goes!”

It was a shout from the whole crowd. The great ship started slowly, softly up the track, gathered speed, and shot toward the distant peak. She was already tiny by the time she curved up the face and burst into the sky.

She hung there a split second, then a plume of light exploded from her tail. Her jets had fired.

Then she was a shining light in the sky, a ball of flame, then—nothing. She was gone, upward and outward, to her rendezvous with her tankers.                                                     The crowd had pushed to the west end of the platform as the ship swarmed up the mountain. Harriman had stayed where he was, nor had Dixon and Strong followed the crowd. The

three were alone, Harriman most alone for he did not seem aware that the others were near him. He was watching the sky.

Strong was watching him. Presently Strong barely whispered to Dixon, “Do you read the Bible?” “Some.”

“He looks as Moses must have looked, when he gazed out over the promised land.”

Harriman dropped his eyes from the sky and saw them. “You guys still here?” he said. “Come on—there’s work to be done.”

The End

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The joys of a good shoeshine.

Have you ever woke up, grabbed a cup of coffee, checked your feed… only to have some hysterical SJW shouting you in big capital letters about some issue or the other?

Yeah.

It’s upsetting and irritating.

It’s the reason why men like to golf.

Why men like to fish, and to just stare out in space…

Have you ever just sat in your truck....

I want to take a moment to discuss the little joys in life, and in particular those little joys that we take for granted, or just ignore out of habit. I want to talk about Summer afternoons, baseball, old men in barbershops, and getting donuts and coffee. I want to talk a little about life.

This post was inspired by Rush Limbaugh when he related a story from his childhood…

RUSH: Did you hear what the CEO of Chick-fil-A said? Maybe he’s the former CEO. Dan Cathy, is that his name? He said that white people should be shining the shoes of black people to learn what — yeah, he did. In fact, I have the sound bite. Let me find where it is. It’s toward the back of the list here, I think. That’s how I learned about it. Audio sound bite number 16. Yeah. This was Sunday in Atlanta at the Passion City Church during a roundtable discussion, Chick-fil-A CEO Dan Cathy said this about how to help improve race relations in America.

CATHY: We need to just go right on over and shine their shoes. And whether they got tennis shoes on or not — maybe they got sandals on — it really doesn’t matter. But, there’s a time in which we need to have some personal action here and maybe we need to give them a hug, too. I bought about 1,500 of these [shoeshine brushes] and I gave them to all our Chick-fil-A operators and staff a number of years ago. So any expressions of a contrite heart, of a sense of humility, a sense of shame, a sense of embarrassment begat with an apologetic heart.

RUSH: So the reason this appeals to me is not what you may think. I’ve been there, done that. This is a cutting edge of societal evolution moment. My first job, the first job I ever had outside of the house, you know, chores and that kind of thing, the first paying job I had was to shine shoes in a barbershop, 13 years old. I was fascinated with making shoes shine. I wanted to be the best at it. I wanted to figure out how to do it. And I had that job for three months. I earned $50 in three months. And it was such an educational experience in all kinds of ways.

I eventually had to give the job up because there was public pressure. I didn’t need the job. I had a relatively affluent family, and the job should have gone to a more needy person. And that was a partial factor in why, but also school starting. I did it during the summer. And school starting and having some after-school activities would have limited my ability to get to the barbershop. But one of the things, when I first got the gig, the shoeshine stand was as far back in the barbershop as you could go, and I’d sit back there and I’d wait for customers to show up, and nobody would show up.

And after the first four or five days, one of the barbers — the owners — said, “What are you gonna do to change this? You think they’re just gonna come to you back there?” I said, “Well, if I wanted a shoeshine…” He said, “Exactly. They don’t want a shoeshine. You gotta understand: Everybody’s shoes you’re gonna shine in here does not want one, so what you’re gonna have to do…” He gave me an idea.

He said, “Whenever we have somebody…” We had four barber chairs. “Whenever somebody’s in the chair, just go up and start buffin’ the shoes, and they’re gonna say to you, ‘Wait, wait, wait! Wait! I don’t want you to do that. I’m not paying for this,’ and you say, ‘I’m not charging you, sir. This is a service offered by me and the barbershop at no charge.'”

The barber said to me, “You watch how many of them will then ask you to go ahead and do it for real, ask you what you charge for it,” and that’s exactly what happened. So I gave ’em a free buff, and it led to — I’d say — over half of the customers wanting a shoeshine. Then when they saw how good I was at it and how I could pop that shoeshine buff rag, I learned something else.

You go to the barber supply store, and you have access to pieces of equipment and various types of shoeshine and other things that were never sold retail. It’s the same thing in the restaurant business. Restaurant supply stores have things that you’ll never find at even the biggest grocery store or Costco or what have you. So I would always use that.

“I’ve got stuff you can’t get at home. I’ve got stuff that will make your shoes shine like you can’t make your own shoes shine.” I said, “I have studied the spit-shine technique of the U.S. military. I’ve perfected it. You want to see how it works?” “Oh, yeah!” So, 50 bucks in three months at 50 cents a pop. I loved it — absolutely loved it — and now you’ve got the CEO of Chick-fil-A saying, “Yeah, that’s what we need to do. We need to start shining the shoes of…”

(interruption) “When is this embarrassing groveling gonna stop?” I don’t know, but it will at some point, because it’s all going to consume itself somehow. It will at some point. I can’t predict why because nobody can.

So…

Oh, so many things to say about this.

But…

When was the last time that you had a good ol’d spit shine?

December 1940. Brockton, Massachusetts. "Men and a woman reading headlines posted in window of Brockton Enterprise newspaper office on Christmas Eve." 35mm Kodachrome transparency by Jack Delano.
December 1940. Brockton, Massachusetts. “Men and a woman reading headlines posted in window of Brockton Enterprise newspaper office on Christmas Eve.” 35mm Kodachrome transparency by Jack Delano.

I know most people now wear tennis shoes, short canvas uppers, maybe work boots, or sandals. But, certainly, you men out there, you have a nice set of shoes. So…

When was the last time that you went out and had a professional shoeshine for a buck or two?

Have you ever?

It’s more than just a shiny set of shoes, you know.

It’s a foot massage, it’s the joy of being pampered, and looking good. After you go ahead and get a well done shoeshine, you will walk a little straighter. You will feel a little bit better. Your head will be a little bit taller, and the day will look a little bit brighter.

Now…

If the misses is complaining, and yelling (screeching) why you’d waste money on that? And you have more “important” things to do, and all the rest of that rigmarole, you just tell her to move on. Then you, and your boys can sit down and experience one of those lost arts…

… a man getting a shoeshine.

A newspaper, cigar or pack or cigarettes are optional. I might suggest, however, you avoid turning on your smart-phone. And instead just “grok” the entire scene. Soak it up. Enjoy it.

Manly pleasures

Now, I can discuss other things that I like to lump together as “manly pleasures”. I do so because these are things that men enjoy but women tend to find it rather boring, consider unnecessary, or just don’t see the benefit of.

Yeah.

We men have a lot of “manly pleasures”.

Some of which involve the opposite sex, but many do not.

Some are surprising. Like riding a lawn mower with a colt-45 (it’s a brand of beer you all) between your legs, and a set of headphones on where you can listen to some fine, fine tunes.

Some seem boring to others. Like paddling on a quiet lake on a lake during a full moon all alone and listening to the sounds fo the forest as the water slides by on the sides of the boat.

Some are pleasures that seemingly everyone enjoys. Like dogs and cats, and (dare I say it) a weasel. Oh, how I do love to wrestle with my furry friends.

And some are often taken for granted. Like getting a trim at the local barber.

From Shorpy; "Dad ran a barbershop at our house. Two chairs and no appointment needed. I remember one customer who paid for his cuts in produce from his little farm.

Dad's partner in the shop ate dinner with us every night because he lived too far away to travel home to his wife and kids in time to eat.

And; we burned the hair that accumulated on the shop floor because back then, there was no trash service in rural communities. I can tell you the neighbors always knew when the hair was burning."
From Shorpy; “Dad ran a barbershop at our house. Two chairs and no appointment needed. I remember one customer who paid for his cuts in produce from his little farm. Dad’s partner in the shop ate dinner with us every night because he lived too far away to travel home to his wife and kids in time to eat.
And; we burned the hair that accumulated on the shop floor because back then, there was no trash service in rural communities. I can tell you the neighbors always knew when the hair was burning.”

The women argue that the wife of the house needs to go to the beauty salon to get her hair done because… well, she’s a woman and she needs to look good. But a man, a father. Nah. She can trim the hair at home. Save some money for the children, etc.

Nope.

Men need that little space in time to go down to the local barber. hang out with other men. Go through the old hunting magazines, and newspapers and talk about the latest local sports game, some politics or what’s going on at the local fair. A man needs some “guy time”.

Don’t you think?

Small Town America

You know, the longer I live away from the ‘States, the more I miss the simpler things. I know, I know, that the United States doesn’t resemble anything like I remember. Yet, still, I do hold fond memories of certain places, certain things, and a certain “feeling” that I had back then…

…at a time when I was a young boy growing up in the Summer of the 1960’s into the 1970’s.

My have times changed. Look at these prices. Also take note of the lunch menu. Many of the things on the menu are unobtainable today. Not actually unheard of, but try to a find a restaurant that will serve them today. Yikes!
My have times changed. Look at these prices. Also take note of the lunch menu. Many of the things on the menu are unobtainable today. Not actually unheard of, but try to a find a restaurant that will serve them today. Yikes!

I would like to talk a little bit about life…

… life in a small town.

I grew up in a small town in the hills of Western Pennsylvania on the banks of the Allegheny River. Most people never heard of it, until my classmate Jim Kelly became a star quarterback for the Buffalo Bills. Then it was famous for a spell. Old East Brady. Home of Jimmy Kelly.

Well…

Then…

…. it was all forgotten again.

August 1941. "The Connecticut River at Bellows Falls, Vermont, and on the far side of the river, North Walpole, New Hampshire." Car Heaven. Medium-format negative by Jack Delano for the Office of War Information.
August 1941. “The Connecticut River at Bellows Falls, Vermont, and on the far side of the river, North Walpole, New Hampshire.” Car Heaven. Medium-format negative by Jack Delano for the Office of War Information.

As a boy, we would ride our bikes along the streets and access-roads alongside the many rail spur-lines that criss-crossed the hills of Western PA. We would sing the pop songs of the day, much like they did in the movie “Stand by me” as they walked the tracks on their day hike.

  • Have You Ever Seen the Rain? – CCR
  • Draggin’ the Line – Tommy James & the Shondells
  • Family Affair – Sly & The Family Stone
  • Get it on – T Rex
  • Gypsies, Tramps & Thieves – Cher
  • Me & You & a Dog Named Boo – Lobo
  • The Night They Drove Old Dixie Down – Joan Baez
  • Don’t Pull Your Love – Hamilton, Joe Frank & Reynolds
  • Immigrant Song – Led Zeppelin
  • Baby I’m a Want You – Bread
  • Mr Bojangles – Nitty Gritty Dirt Band
  • Sweet City Woman – The Stampeders

Indeed, my boyhood was very American, and very typical.

Like yours maybe…

In the treehouse with your buddies.
In the treehouse with your buddies.

We would go through sunny fields where the wheat would blow in waves with the wind against a bright riveting blue sky occupied with glorious white puffy clouds. And then delve deep into the cool gloom of the dark forest canopy. Where the cool moisture would refresh our bones, and where we would find an old spring or two to fill our canteens with.

The refreshing darkness of a deep forest far away from the town, and the sunny fields of corn, barley and wheat.
The refreshing darkness of a deep forest far away from the town, and the sunny fields of corn, barley and wheat.

So what is that all about?

The punchline

Earlier this morning, I woke up went to the kitchen… poured myself a coffee and opened up the laptop to check the news. Drudge is all… well the same old shit. (Projectile vomit.)

So I checked my LinkedIN feed.

Usually, the responses and information on the feed is more intelligent than other social networks as most people MUST be an adult to have a CV. Don't you know. 

So LinkedIN tends to be populated with adults who are either in possession of a career, a business or are networking towards some goal.

There are exceptions however. 

There are scammers who make a very tiny profile and try to scam you. Some are women looking to seduce you to get on Tinder. Some are trolling for my long lost uncle who they have a couple of billion dollars of pure bullion just waiting for me, as long as I give them just a few hundred dollars.

And some are "journalists" or NGO folk. They have a title (usually impressive) and some kind of funding (whether George Soros if they are liberal, or the CIA / NED / NID if they are conservative) and just post in all the comments sections with their "opinions". Which pretty much mirror the narratives of their NGO organization.

And here is this shrill demanding that I respond to her insane request for… XYZ.

It immediately set my mood from “neutral… shifting into start the day” to “insulted, angry, and go into attack mode”.

Luckily I did nothing.

I guess I’m too old for this bullshit.

Men, you all don't need to take shrilling anger off a SJW stranger who is making demands of you online.
Men, you all don’t need to take shrilling anger off a SJW stranger who is making demands of you online.

What stopped me?

Yeah.

What was the mechanism that stopped me?

Why didn’t I immediately pounce, and lash back? What stopped me?

I’ll tell you what.

It was an image that just popped into my head that very moment…

I keep on remembering what the older men in the barbershop would say if this shrill was in front of us personally.

I just could picture it so vividly

Can you?

When you are with a group of other men, often much older, will not be afraid to tell you what they think of female shrills and their insulting behaviors.
When you are with a group of other men, often much older, will not be afraid to tell you what they think of female shrills and their insulting behaviors.

And maybe that’s what is so important.

It’s a deconstruction of that modern progressive narrative that has been carefully constructed over the years. A narrative that says…

  • Everyone has an equal voice on the internet.
  • You need to respect others, even if they are insulting to you.
  • You must accept what they say, and accept the fact that it can make you angry, sad, upset or disturb you.
  • You need to be accepting of others, even if they are unreasonable and don’t agree with you.

Bull Fucking Shit.

I perma-banned her from my feed. I did not respond. I just completely cut her out of my life forever.

I can rest easy that she will no longer be permitted to remotely trigger my emotions in any way. For I have defanged her. I have declawed her and neutered her ability to interfere in my life.

And people…

It was my old fashioned memories of my “tribe” and my membership in a group of others who understood these kinds of things that made it happen. It comes from a time of shoeshines, barbershops, tree houses, railroad walks through deep forests, and brotherhood.

It comes from playing baseball with other boys in the empty football field down the street. It comes from late nights leaving the local bar and throwing the empty glass bottles into the woods while we peed at the side of the road. It comes from putting in a hard days of work in the mines, where you are covered head to toe with grease and black dust and you go to your home, pull out a TV dinner and pop it in the microwave while “Three’s Company” starts to come on.

It comes from history.

It has been my experience that those that come from a hard life; you know the type “hard scrabble”, hard working labor, and a life of “being disposable”… where you are considered to be “fly-over people” and “deplorable” and unimportant…

… just don’t pick fights with other people.

They just walk away to their pickup truck. Get inside. Check the glove box to make sure the 357 is still loaded. And slowly drive away. Playing some tunes. It’s not that we are going to do anything hurtful, it’s just comforting to know that we could really fuck someone up if we wanted to.

Sometimes, it’s that thin line of self-confidence that prevents us from making some pretty disastrous mistakes.

We can thank our friends, and our experiences for that.

And those that are not like this… well, they aren’t one of us.

It’s easy to hide behind the safety of the internet video screen. But the truth be told, this crappy assed bitch wouldn’t dare say that to my face. She just wouldn’t. She’d be just another old biddy that looks away in shame when I walk down the sidewalk.

So do not forget where you came from, and who you are. Never forget who you are.

Never allow anyone to interfere in your life, no matter what their excuse.

Live a good happy life.

Excise the bad out of it.

What a fucking beautiful day.
What a fucking beautiful day.

Do you want more?

I have other posts along these lines in my Happiness Index. You can see it here…

Life & Happiness

Articles & Links

You’ll not find any big banners or popups here talking about cookies and privacy notices. There are no ads on this site (aside from the hosting ads – a necessary evil). Functionally and fundamentally, I just don’t make money off of this blog. It is NOT monetized. Finally, I don’t track you because I just don’t care to.

To go to the MAIN Index;

Master Index

.

  • You can start reading the articles by going HERE.
  • You can visit the Index Page HERE to explore by article subject.
  • You can also ask the author some questions. You can go HERE .
  • You can find out more about the author HERE.
  • If you have concerns or complaints, you can go HERE.
  • If you want to make a donation, you can go HERE.

Please kindly help me out in this effort. There is a lot of effort that goes into this disclosure. I could use all the financial support that anyone could provide. Thank you very much.

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Tryptamines I Have Known And Loved: The Chemistry Continues (full HTML) By Alexander and Ann Shulgin

A lot of people didn’t receive this book as well, they felt it was lacking in comparison to Pihkal. I would disagree. There was less overall information but were also talking about a completely different class of drugs. The stories at the beginning were awesome, as they were in Pihkal. The chemistry and bioassays in the back were also awesome. Great book, if you like the Shulgins.

Introduction

Most humans are unable to see the universe as it actually is. Our bodies have evolved to help us hunt, live and procreate. Not to probe the mysteries of the universe.

As such, our brains have evolved to take the sensory inputs from our five (6) senses and present to us a certain kind of reality.

This reality is not the true reality.

To see the true reality, you need to step out of the body and take a good hard look around.

That’s pretty difficult for most people.

There are other methods, many of which involve altering how the brain interprets the sensory stimulus to it. One of the most common methods is through the use of drugs.

Here we look at some tryptamines that can alter the way the brain functions, and thus might be able to present some kind of distortion of reality that could very well provide a glimpse into the way the universe actually works.

trypt-amine    \ 'trip-ta-,men \    n. [tryptophan fr. tryptic, fr. trypsin, fr. Gk. tryein, to wear down (from its occurence in pancreatic juice as a proteolytic enzyme) + amine fr. NL ammonia]    1: A naturally occurring compound found in both the animal and plant kingdoms. It is an endogenous component of the human brain.    2: Any of a series of compounds containing the tryptamine skeleton, and modified by chemical constituents at appropriate positions in the molecule.

Disclaimer

I do not advocate use of any kinds of drugs to explore the true reality that we inhabit. This information is provided for educational purposes only.

COPYRIGHT NOTICE

The Copyright for Part 1 of TiHKAL has been reserved in all forms and it may not be distributed.

Part 2 of TiHKAL may be distributed for non-commercial reproduction provided that the introductory material, copyright notice, cautionary notice and ordering information remain attached.

CAUTIONARY NOTE: READ BEFORE PROCEEDING

I would like to take a moment to reiterate that at the present time restrictive laws are in force in the United States and it is very difficult for researchers to abide by the regulations which govern efforts to obtain legal approval to do work with these compounds in human beings….. No one who is lacking legal authorization should attempt the synthesis of any of the compounds described in these files, with the intent to give them to man. To do so is to risk legal action which might lead to the tragic ruination of a life. It should also be noted that any person anywhere who experiments on himself, or on another human being, with any of the drugs described herein, without being familiar with that drug’s action and aware of the physical and/or mental disturbance or harm it might cause, is acting irresponsibly and immorally, whether or not he is doing so within the bounds of the law.

ABOUT THIS HTML VERSION OF TiHKAL

This HTML version of TiHKAL was created by Bo Lawler with the help of Erowid. The content was generously provided in electronic format by the Authors.

The 2D figures were created using IsisDraw and Adobe Photoshop. Additional molecule images suitable for use with the Chime browser plug-in were created by Liquis and are used with his permission. If you have any comments on this HTML version of the text, please contact Bo.

ORDERING INFORMATION

The first half of TiHKAL is an excellent commentary on the Shulgin’s personal experiences with tryptamines. It also contains a complete cross-index into the chemicals of the second half. Purchasing a copy is highly recommended. The book may be ordered through Transform Press, for $28.50 ($24.50 + $4 p&h). Box 13675, Berkeley, CA 94701. (510)934-4930 (voice), (510)934-5999 (fax). California residents please add $2.02 State sales tax.


INDEX TO THE TRYPTAMINES

#SUBSTANCECHEMICAL NAME
1AL-LAD6-Allyl-N,N-diethyl-NL
2DBTN,N-Dibutyl-T
3DETN,N-Diethyl-T
4DIPTN,N-Diisopropyl-T
5alpha,O-DMS5-Methyoxy-alpha-methyl-T
6DMTN,N-Dimethyl-T
72,alpha-DMT2,alpha-Dimethyl-T
8alpha,N-DMTalpha,N-Dimethyl-T
9DPTN,N-Dipropyl-T
10EIPTN-Ethyl-N-isopropyl-T
11alpha-ETalpha-Ethyl-T
12ETH-LAD6,N,N-Triethyl-NL
13Harmaline3,4-Dihydro-7-methoxy-1-methyl-C
14Harmine7-Methyoxy-1-methyl-C
154-HO-DBTN,N-Dibutyl-4-hydroxy-T
164-HO-DETN,N-Diethyl-4-hydroxy-T
174-HO-DIPTN,N-Diisopropyl-4-hydroxy-T
184-HO-DMTN,N-Dimethyl-4-hydroxy-T
195-HO-DMTN,N-Dimethyl-5-hydroxy-T
204-HO-DPTN,N-Dipropyl-4-hydroxy-T
214-HO-METN-Ethyl-4-hydroxy-N-methyl-T
224-HO-MIPT4-Hydroxy-N-isopropyl-N-methyl-T
234-HO-MPT4-Hydroxy-N-methyl-N-propyl-T
244-HO-pyr-T4-Hydroxy-N,N-tetramethylene-T
25IbogaineA complexly substituted-T
26LSDN,N-Diethyl-L
27MBTN-Butyl-N-methyl-T
284,5-MDO-DIPTN,N-Diisopropyl-4,5-methylenedioxy-T
295,6-MDO-DIPTN,N-Diisopropyl-5,6-methylenedioxy-T
304,5-MDO-DMTN,N-Dimethyl-4,5-methylenedioxy-T
315,6-MDO-DMTN,N-Dimethyl-5,6-methylenedioxy-T
325,6-MDO-MIPTN-Isopropyl-N-methyl-5,6-methylenedioxy-T
332-Me-DETN,N-Diethyl-2-methyl-T
342-Me-DMT2,N,N-Trimethyl-T
35MelatoninN-Acetyl-5-methoxy-T
365-MeO-DETN,N-Diethyl-5-methoxy-T
375-MeO-DIPTN,N-Diisopropyl-5-methoxy-T
385-MeO-DMT5-Methoxy-N,N-dimethyl-T
394-MeO-MIPTN-Isopropyl-4-methoxy-N-methyl-T
405-MeO-MIPTN-Isopropyl-5-methoxy-N-methyl-T
415,6-MeO-MIPT5,6-Dimethoxy-N-isopropyl-N-methyl-T
425-MeO-NMT5-Methoxy-N-methyl-T
435-MeO-pyr-T5-Methoxy-N,N-tetramethylene-T
446-MeO-THH6-Methoxy-1-methyl-1,2,3,4-tetrahydro-C
455-MeO-TMT5-Methoxy-2,N,N-trimethyl-T
465-MeS-DMTN,N-Dimethyl-5-methylthio-T
47MIPTN-Isopropyl-N-methyl-T
48alpha-MTalpha-Methyl-T
49NETN-Ethyl-T
50NMTN-Methyl-T
51PRO-LAD6-Propyl-NL
52pyr-TN,N-Tetramethylene-T
53TTryptamine
54Tetrahydroharmine7-Methoxy-1-methyl-1,2,3,4-tetrahydro-C
55alpha,N,O-TMSalpha,N-Dimethyl-5-methoxy-T
 
..Shulgin Rating Scale

OTHER PiHKAL RELATED FILES

I hope that you enjoyed this post, if you want more…

I have other posts that might interest you in my MAJestic Index here…

MAJestic

Articles & Links

You’ll not find any big banners or popups here talking about cookies and privacy notices. There are no ads on this site (aside from the hosting ads – a necessary evil). Functionally and fundamentally, I just don’t make money off of this blog. It is NOT monetized. Finally, I don’t track you because I just don’t care to.

To go to the MAIN Index;

Master Index

.

  • You can start reading the articles by going HERE.
  • You can visit the Index Page HERE to explore by article subject.
  • You can also ask the author some questions. You can go HERE .
  • You can find out more about the author HERE.
  • If you have concerns or complaints, you can go HERE.
  • If you want to make a donation, you can go HERE.

Please kindly help me out in this effort. There is a lot of effort that goes into this disclosure. I could use all the financial support that anyone could provide. Thank you very much.

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PIHKAL (full HTML) by Alexander Shulgin

PIHKAL (Phenethylamines I Have Known And Loved) is a unique book written by renowned psychopharmacologist Alexander Shulgin and his wife Ann Shulgin. This book gives details of their research and investigations into the use of psychedelic drugs for the study of the human mind, and is also a love story.

phen-ethyl-amine    \fen-'eth-al-a-,men\    n. [phenyl fr. F. phène, fr. Gk. phainein, to show (from its occurrence in illuminating gas)+ ethyl (+ yl) + amine fr. NL ammonia]    1: A naturally occurring compound found in both the animal and plant kingdoms. It is an endogenous component of the human brain.    2: Any of a series of compounds containing the phenethylamine skeleton, and modified by chemical constituents at appropriate positions in the molecule.

Introduction

Our human bodies and our human brains have evolved in such a way that we cannot see the full scope of what our universe and our reality actually looks like. Instead, we see what we need to survive on the earth and what we need to procreate. That’s it.

Unfortunately, it hampers our development. Not only scientifically, but spiritually as well.

There are techniques on how to “expand” or alter the way our mind interprets the sensory inputs to our brain. Most of which involve various kinds of drugs. These drugs come at a risk, for while they are able to alter the way that the sensory inputs are interpreted, they might give a distorted view of the universe. One that is just as distorted as we normally see in our day to day life.

Alexander Shulgin spent his life as a researcher / scientist for the CIA developing, designing and creating all sorts of drugs that alter the way that the brain interprets senses and works. These drugs were considered a dangerous asset by the United States government, and for the longest time banned the publication of the information.

Here is the free-to-distribute part of his book in conjunction with the Erowid Online Book website.

Disclaimer

I do not advocate the use of any types of drugs in any way other than for medical and therapeutic purposes. This information is provided for study purposes only.

COPYRIGHT NOTICE

The Copyright for Part 1 of PiHKAL has been reserved in all forms and it may not be distributed.

Part 2 of PiHKAL may be distributed for non-commercial reproduction provided that the introductory information, copyright notice, cautionary notice and ordering information remain attached.

CAUTIONARY NOTE: READ BEFORE PROCEEDING

At the present time, restrictive laws are in force in the United States and it is very difficult for researchers to abide by the regulations which govern efforts to obtain legal approval to do work with these compounds in human beings….

No one who is lacking legal authorization should attempt the synthesis of any of the compounds described in these files, with the intent to give them to man.

To do so is to risk legal action which might lead to the tragic ruination of a life. It should also be noted that any person anywhere who experiments on himself, or on another human being, with any of the drugs described herin, without being familiar with that drug’s action and aware of the physical and/or mental disturbance or harm it might cause, is acting irresponsibly and immorally, whether or not he is doing so within the bounds of the law. — Alexander T. Shulgin

ABOUT THIS HTML VERSION OF PiHKAL

This is the online version of the second half of the book “PiHKAL: A Chemical Love Story” by Alexander and Ann Shulgin.

It is presented with the express permission of the authors in order to spread the factual information as widely as possible and make it permanently available in the public domain.

It was originally transcribed into ASCII by Simson Garfinkle and was coverted into HTML by Lamont Granquist.

Any comments or corrections about the HTML version should be sent to Erowid. They can also forward serious and appropriate comments to the author if they are e-mailed.

Bolded entries indicate those substances that have been more popular or more available than others since 1991.

ORDERING INFORMATION

The first half of PiHKAL is an excellent commentary on the Shulgin’s personal experiences with phenethylamines. It is highly recommended and well worth purchasing the book.

Purchasing the book also gets you a far more complete cross-index into the chemicals described in the second half. If you are seriously interested in the chemistry contained in these files, you should order a copy.

The book may be ordered through Transform Press, for $22.95 ($18.95 + $4 p&h U.S., $8 p&h overseas). Box 13675, Berkeley, CA 94701. (510)934-4930 (voice), (510)934-5999 (fax). California residents please add $1.56 State sales tax.

Shulgin Rating Scale

PLUS / MINUS (+/-) The level of effectiveness of a drug that indicates a threshold action. If a higher dosage produces a greater response, then the plus/minus (+/-) was valid. If a higher dosage produces nothing, then this was a false positive.

PLUS ONE (+) The drug is quite certainly active. The chronology can be determined with some accuracy, but the nature of the drug’s effects are not yet apparent.

PLUS TWO (++) Both the chronology and the nature of the action of a drug are unmistakably apparent. But you still have some choice as to whether you will accept the adventure, or rather just continue with your ordinary day’s plans (if you are an experienced researcher, that is). The effects can be allowed a predominant role, or they may be repressed and made secondary to other chosen activities.

PLUS THREE (+++) Not only are the chronology and the nature of a drug’s action quite clear, but ignoring its action is no longer an option. The subject is totally engaged in the experience, for better or worse.

PLUS FOUR (++++) A rare and precious transcendental state, which has been called a ‘peak experience’, a ‘religious experience,’ ‘divine transformation,’ a ‘state of Samadhi’ and many other names in other cultures. It is not connected to the +1, +2, and +3 of the measuring of a drug’s intensity. It is a state of bliss, a participation mystique, a connectedness with both the interior and exterior universes, which has come about after the ingestion of a psychedelic drug, but which is not necessarily repeatable with a subsequent ingestion of that same drug. If a drug (or technique or process) were ever to be discovered which would consistently produce a plus four experience in all human beings, it is conceivable that it would signal the ultimate evolution, and perhaps the end of, the human experiment.


INDEX TO THE PHENETHYLAMINES

#SUBSTANCECHEMICAL NAME
1AEMalpha-Ethyl-3,4,5-trimethoxy-PEA
2AL4-Allyloxy-3,5-dimethoxy-PEA
3ALEPH4-Methylthio-2,5-dimethoxy-A
4ALEPH-24-Ethylthio-2,5-dimethoxy-A
5ALEPH-44-Isopropylthio-2,5-dimethoxy-A
6ALEPH-64-Phenylthio-2,5-dimethoxy-A
7ALEPH-74-Propylthio-2,5-dimethoxy-A
8ARIADNE2,5-Dimethoxy-alpha-ethyl-4-methyl-PEA
9ASB3,4-Diethoxy-5-methoxy-PEA
10B4-Butoxy-3,5-dimethoxy-PEA
11BEATRICE2,5-Dimethoxy-4,N-dimethyl-A
12BIS-TOM2,5-Bismethylthio-4-methyl-A
13BOB4-Bromo-2,5,beta-trimethoxy-PEA
14BOD2,5,beta-Trimethoxy-4-methyl-PEA
15BOHbeta-Methoxy-3,4-methylenedioxy-PEA
16BOHD2,5-Dimethoxy-beta-hydroxy-4-methyl-PEA
17BOM3,4,5,beta-Tetramethoxy-PEA
184-Br-3,5-DMA4-Bromo-3,5-dimethoxy-A
192-Br-4,5-MDA2-Bromo-4,5-methylenedioxy-A
202C-B4-Bromo-2,5-dimethoxy-PEA
213C-BZ4-Benzyloxy-3,5-dimethoxy-A
222C-C4-Chloro-2,5-dimethoxy-PEA
232C-D4-Methyl-2,5-dimethoxy-PEA
242C-E4-Ethyl-2,5-dimethoxy-PEA
253C-E4-Ethoxy-3,5-dimethoxy-A
262C-F4-Fluoro-2,5-dimethoxy-PEA
272C-G3,4-Dimethyl-2,5-dimethoxy-PEA
282C-G-33,4-Trimethylene-2,5-dimethoxy-PEA
292C-G-43,4-Tetramethylene-2,5-dimethoxy-PEA
302C-G-53,4-Norbornyl-2,5-dimethoxy-PEA
312C-G-N1,4-Dimethoxynaphthyl-2-ethylamine
322C-H2,5-Dimethoxy-PEA
332C-I4-Iodo-2,5-dimethoxy-PEA
342C-N4-Nitro-2,5-dimethoxy-PEA
352C-O-44-Isopropoxy-2,5-dimethoxy-PEA
362C-P4-Propyl-2,5-dimethoxy-PEA
37CPM4-Cyclopropylmethoxy-3,5-dimethoxy-PEA
382C-SE4-Methylseleno-2,5-dimethoxy-PEA
392C-T4-Methylthio-2,5-dimethoxy-PEA
402C-T-24-Ethylthio-2,5-dimethoxy-PEA
412C-T-44-Isopropylthio-2,5-dimethoxy-PEA
42psi-2C-T-44-Isopropylthio-2,6-dimethoxy-PEA
432C-T-74-Propylthio-2,5-dimethoxy-PEA
442C-T-84-Cyclopropylmethylthio-2,5-dimethoxy-PEA
452C-T-94-(t)-Butylthio-2,5-dimethoxy-PEA
462C-T-134-(2-Methoxyethylthio)-2,5-dimethoxy-PEA
472C-T-154-Cyclopropylthio-2,5-dimethoxy-PEA
482C-T-174-(s)-Butylthio-2,5-dimethoxy-PEA
492C-T-214-(2-Fluoroethylthio)-2,5-dimethoxy-PEA
504-D4-Trideuteromethyl-3,5-dimethoxy-PEA
51beta-Dbeta,beta-Dideutero-3,4,5-trimethoxy-PEA
52DESOXY4-Methyl-3,5-Dimethoxy-PEA
532,4-DMA2,4-Dimethoxy-A
542,5-DMA2,5-Dimethoxy-A
553,4-DMA3,4-Dimethoxy-A
56DMCPA2-(2,5-Dimethoxy-4-methylphenyl)-cyclopropylamine
57DME3,4-Dimethoxy-beta-hydroxy-PEA
58DMMDA2,5-Dimethoxy-3,4-methylenedioxy-A
59DMMDA-22,3-Dimethoxy-4,5-methylenedioxy-A
60DMPEA3,4-Dimethoxy-PEA
61DOAM4-Amyl-2,5-dimethoxy-A
62DOB4-Bromo-2,5-dimethoxy-A
63DOBU4-Butyl-2,5-dimethoxy-A
64DOC4-Chloro-2,5-dimethoxy-A
65DOEF4-(2-Fluoroethyl)-2,5-dimethoxy-A
66DOET4-Ethyl-2,5-dimethoxy-A
67DOI4-Iodo-2,5-dimethoxy-A
68DOM (STP)4-Methyl-2,5-dimethoxy-A
69psi-DOM4-Methyl-2,6-dimethoxy-A
70DON4-Nitro-2,5-dimethoxy-A
71DOPR4-Propyl-2,5-dimethoxy-A
72E4-Ethoxy-3,5-dimethoxy-PEA
73EEE2,4,5-Triethoxy-A
74EEM2,4-Diethoxy-5-methoxy-A
75EME2,5-Diethoxy-4-methoxy-A
76EMM2-Ethoxy-4,5-dimethoxy-A
77ETHYL-JN,alpha-diethyl-3,4-methylenedioxy-PEA
78ETHYL-KN-Ethyl-alpha-propyl-3,4-methylenedioxy-PEA
79F-2Benzofuran-2-methyl-5-methoxy-6-(2-aminopropane)
80F-22Benzofuran-2,2-dimethyl-5-methoxy-6-(2-aminopropane)
81FLEAN-Hydroxy-N-methyl-3,4-methylenedioxy-A
82G-33,4-Trimethylene-2,5-dimethoxy-A
83G-43,4-Tetramethylene-2,5-dimethoxy-A
84G-53,4-Norbornyl-2,5-dimethoxy-A
85GANESHA3,4-Dimethyl-2,5-dimethoxy-A
86G-N1,4-Dimethoxynaphthyl-2-isopropylamine
87HOT-22,5-Dimethoxy-N-hydroxy-4-ethylthio-PEA
88HOT-72,5-Dimethoxy-N-hydroxy-4-(n)-propylthio-PEA
89HOT-172,5-Dimethoxy-N-hydroxy-4-(s)-butylthio-PEA
90IDNNA2,5-Dimethoxy-N,N-dimethyl-4-iodo-A
91IM2,3,4-Trimethoxy-PEA
92IP3,5-Dimethoxy-4-isopropoxy-PEA
93IRIS5-Ethoxy-2-methoxy-4-methyl-A
94Jalpha-Ethyl-3,4-methylenedioxy-PEA
95LOPHOPHINE3-Methoxy-4,5-methylenedioxy-PEA
96M3,4,5-Trimethoxy-PEA
974-MA4-Methoxy-A
98MADAM-62,N-Dimethyl-4,5-methylenedioxy-A
99MAL3,5-Dimethoxy-4-methallyloxy-PEA
100MDA3,4-Methylenedioxy-A
101MDALN-Allyl-3,4-methylenedioxy-A
102MDBUN-Butyl-3,4-methylenedioxy-A
103MDBZN-Benzyl-3,4-methylenedioxy-A
104MDCPMN-Cyclopropylmethyl-3,4-methylenedioxy-A
105MDDMN,N-Dimethyl-3,4-methylenedioxy-A
106MDEN-Ethyl-3,4-methylenedioxy-A
107MDHOETN-(2-Hydroxyethyl)-3,4-methylenedioxy-A
108MDIPN-Isopropyl-3,4-methylenedioxy-A
109MDMAN-Methyl-3,4-methylenedioxy-A
110MDMCN-Methyl-3,4-ethylenedioxy-A
111MDMEON-Methoxy-3,4-methylenedioxy-A
112MDMEOETN-(2-Methoxyethyl)-3,4-methylenedioxy-A
113MDMPalpha,alpha,N-Trimethyl-3,4-methylenedioxy-PEA
114MDOHN-Hydroxy-3,4-methylenedioxy-A
115MDPEA3,4-Methylenedioxy-PEA
116MDPHalpha,alpha-Dimethyl-3,4-methylenedioxy-PEA
117MDPLN-Propargyl-3,4-methylenedioxy-A
118MDPRN-Propyl-3,4-methylenedioxy-A
119ME3,4-Dimethoxy-5-ethoxy-PEA
120MEDA3-methoxy-4,5-Ethylenedioxy-A [Erowid corrected]
121MEE2-Methoxy-4,5-diethoxy-A
122MEM2,5-Dimethoxy-4-ethoxy-A
123MEPEA3-Methoxy-4-ethoxy-PEA
124META-DOB5-Bromo-2,4-dimethoxy-A
125META-DOT5-Methylthio-2,4-dimethoxy-A
126METHYL-DMAN-Methyl-2,5-dimethoxy-A
127METHYL-DOB4-Bromo-2,5-dimethoxy-N-methyl-A
128METHYL-JN-Methyl-alpha-ethyl-3,4-methylenedioxy-PEA
129METHYL-KN-Methyl-alpha-propyl-3,4-methylenedioxy-PEA
130METHYL-MAN-Methyl-4-methoxy-A
131METHYL-MMDA-2N-Methyl-2-methoxy-4,5-methylenedioxy-A
132MMDA3-Methoxy-4,5-methylenedioxy-A
133MMDA-22-Methoxy-4,5-methylenedioxy-A
134MMDA-3a2-Methoxy-3,4-methylenedioxy-A
135MMDA-3b4-Methoxy-2,3-methylenedioxy-A
136MME2,4-Dimethoxy-5-ethoxy-A
137MP3,4-Dimethoxy-5-propoxy-PEA
138MPM2,5-Dimethoxy-4-propoxy-A
139ORTHO-DOT2-Methylthio-4,5-dimethoxy-A
140P3,5-Dimethoxy-4-propoxy-PEA
141PE3,5-Dimethoxy-4-phenethyloxy-PEA
142PEAPEA
143PROPYNYL4-Propynyloxy-3,5-dimethoxy-PEA
144SB3,5-Diethoxy-4-methoxy-PEA
145TA2,3,4,5-Tetramethoxy-A
1463-TASB4-Ethoxy-3-ethylthio-5-methoxy-PEA
1474-TASB3-Ethoxy-4-ethylthio-5-methoxy-PEA
1485-TASB3,4-Diethoxy-5-methylthio-PEA
149TB4-Thiobutoxy-3,5-dimethoxy-PEA
1503-TE4-Ethoxy-5-methoxy-3-methylthio-PEA
1514-TE3,5-Dimethoxy-4-ethylthio-PEA
1522-TIM2-Methylthio-3,4-dimethoxy-PEA
1533-TIM3-Methylthio-2,4-dimethoxy-PEA
1544-TIM4-Methylthio-2,3-dimethoxy-PEA
1553-TM3-Methylthio-4,5-dimethoxy-PEA
1564-TM4-Methylthio-3,5-dimethoxy-PEA
157TMA3,4,5-Trimethoxy-A
158TMA-22,4,5-Trimethoxy-A
159TMA-32,3,4-Trimethoxy-A
160TMA-42,3,5-Trimethoxy-A
161TMA-52,3,6-Trimethoxy-A
162TMA-62,4,6-Trimethoxy-A
1633-TME4,5-Dimethoxy-3-ethylthio-PEA
1644-TME3-Ethoxy-5-methoxy-4-methylthio-PEA
1655-TME3-Ethoxy-4-methoxy-5-methylthio-PEA
1662T-MMDA-3a2-Methylthio-3,4-methylenedioxy-A
1674T-MMDA-24,5-Thiomethyleneoxy-2-methoxy-A
168TMPEA2,4,5-Trimethoxy-PEA
1692-TOET4-Ethyl-5-methoxy-2-methylthio-A
1705-TOET4-Ethyl-2-methoxy-5-methylthio-A
1712-TOM5-Methoxy-4-methyl-2-methylthio-A
1725-TOM2-Methoxy-4-methyl-5-methylthio-A
173TOMSO2-Methoxy-4-methyl-5-methylsulfinyl-A
174TP4-Propylthio-3,5-dimethoxy-PEA
175TRIS3,4,5-Triethoxy-PEA
1763-TSB3-Ethoxy-5-ethylthio-4-methoxy-PEA
1774-TSB3,5-Diethoxy-4-methylthio-PEA
1783-T-TRIS4,5-Diethoxy-3-ethylthio-PEA
1794-T-TRIS3,5-Diethoxy-4-ethylthio-PEA
Appendix B: Glossary

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The Rolling Stones (full text) by Robert Heinlein

This solid book of space travel is a great example of why Robert Heinlein is still a major name in Science Fiction. The Rolling Stones is primarily a Space Travel Science Fiction novel, as the story is centered on the Stone family’s trip through the solar system. It is a humorous science fiction story about a family traveling through space in a second-hand spaceship.

The Rolling Stones is one of Heinlein’s most lighthearted novels. It was written primarily for young adults, but it’s a good read at any age. The book is about a middle class family, living on the moon as the story begins, in a time when middle class families can buy spaceships about as easily as you or I could buy a large recreational vehicle or a small yacht.

The Rolling Stones

1 – THE UNHEAVENLY TWINS

The two brothers stood looking the old wreck over. “Junk,” decided Castor.

“Not junk,” objected Pollux. “A jalopy – granted. A heap any way you look at it A clunker possibly. But not junk.” “You’re an optimist, Junior.” Both boys were fifteen; Castor was twenty minutes older than his brother.

“I’m a believer, Grandpa – and you had better be, too. Let me point out that we don’t have money enough for anything better. Scared to gun it?”

Castor stared up the side of the ship. “Not at all – because that thing will never again rise high enough to crash. We want a ship that will take us out to the Asteroids – right? This superannuated pogo stick wouldn’t even take us to Earth.”

“It will when I get through hopping it up – with your thumb-fingered help. Let’s look through it and see what it needs.”

Castor glanced at the sky. “It’s getting late.” He looked not at the Sun making long shadows on the lunar plain, but at Earth, reading the time from the sunset line now moving across the Pacific.

“Look, Grandpa, are we buying a ship or are we getting to supper on time?”

Castor shrugged. “As you say, Junior.” He lowered his antenna, then started swarming up the rope ladder left there for the accommodation of prospective customers. He used his hands only and despite his cumbersome vacuum suit his movements were easy and graceful. Pollux swarmed after him. Castor cheered up a bit when they reached the control room. The ship had not been stripped for salvage as completely as had many of the ships on the lot. True, the ballistic computer was missing but the rest of the astrogation instruments were in place and the controls to the power room seemed to be complete. The space-battered old hulk was not a wreck, but merely obsolete. A hasty look at the power room seemed to confirm this.

Ten minutes later Castor, still mindful of supper, herded Pollux down the ladder. When Castor reached the ground Pollux said, “Well?” “Let me do the talking.”

The sales office of the lot was a bubble dome nearly a mile away; they moved toward it with the easy, fast lope of old Moon hands. The office airlock was marked by a huge sign:

DEALER DAN

THE SPACESHIP MAN

CRAFT OF ALL TYPES *** SCRAP METAL *** SPARE PARTS FUELING & SERVICE

(AEC License No. 739024)

They cycled through the lock and unclamped each other’s helmets. The outer office was crossed by a railing; back of it sat a girl receptionist. She was watching a newscast while buffing her nails. She spoke without taking her eyes off the TV tank:

“We’re not buying anything, boys – nor hiring anybody.” Castor said, “You sell spaceships?”

She looked up. “Not often enough.” “Then tell your boss we want to see him.”

Her eyebrows went up. “Whom do you think you are kidding, sonny boy? Mr. Ekizian is a busy man.” Pollux said to Castor, “Let’s go over to the Hungarian, Cas. These people don’t mean business.” “Maybe you’re right.”

The girl looked from one to the other, shrugged, and flipped a switch. “Mr. Ekizan – there are a couple of Boy Scouts out here who say they want to buy a spaceship. Do you want to bother with them?”

A deep voice responded, “And why not? We got ships to sell.” Shortly a bald-headed, portly man, dressed in a cigar and a wrinkled moonsuit came out of the inner office and rested his hands on the rail. He looked them over shrewdly but his voice was jovial. “You wanted to see me?”

“You’re the owner?” asked Castor.

“Dealer Dan Ekizian, the man himself. What’s on your mind, boys? Time is money.” “Your secretary told you,” Castor said ungraciously. “Spaceships.”

Dealer Dan took his cigar out of his mouth and examined it. “Really? What would you boys want with a spaceship?” Pollux muttered something; Castor said, “Do you usually do business out here?” He glanced at the girl.

Ekizan followed his glance. “My mistake. Come inside.” He opened the gate for them, led them into his office, and seated them. He ceremoniously offered them cigars; the boys refused politely. “Now out with it kids. Let’s not joke.”

Castor repeated, “Spaceships.”

He pursed his lips. “A luxury liner, maybe? I haven’t got one on the field at the moment but I can always broker a deal.” Pollux stood up. “He’s making fun of us, Cas. Let’s go see the Hungarian.”

“Wait a moment Pol. Mr. Ekizian, you’ve got a heap out there on the south side of the field, a class VII, model ’93 Detroiter. What’s your scrap metal price on her and what does she mass?”

The dealer looked surprised. “That sweet little job? Why, I couldn’t afford to let that go as scrap. And anyhow, even at scrap that would come to a lot of money. If it is metal you boys want, I got it. Just tell me how much and what sort.”

“We were talking about that Detroiter.”    “I don’t believe I’ve met you boys before?”

“Sorry, sir. I’m Castor Stone. This is my brother Pollux.”

“Glad to meet you, Mr. Stone. Stone … Stone? Any relation to – The “Unheavenly Twins” – that’s it.” “Smile when you say that,” said Pollux.

“Shut up, Pol. We’re the Stone twins.”

“The frostproof rebreather valve, you invented it, didn’t you?” “That’s right.”

“Say, I got one in my own suit. A good gimmick – you boys are quite the mechanics.” He looked them over again. “Maybe you were really serious about a ship.”

“Of course we were.”

“Hmm. . . you’re not looking for scrap; you want something to get around it. I’ve got just the job for you, a General Motors Jumpbug, practically new. It’s been out on one grubstake job to a couple of thorium prospectors and I had to reclaim it. The hold ain’t even radioactive.”

“Not interested.”

“Better look at it. Automatic landing and three hops takes you right around the equator. Just the thing for a couple of lively, active boys.” “About that Detroiter – what’s your scrap price?”

Ekizian looked hurt. “That’s a deep space vessel, son – It’s no use to you, as a ship. And I can’t let it go for scrap; that’s a clean job. It was a family yacht – never been pushed over six g, never had an emergency landing. It’s got hundreds of millions of miles still in it. I couldn’t let you scrap that ship, even if you were to pay me the factory price. It would be a shame. I love ships. Now take this Jumpbug. . .”

“You can’t sell that Detroiter as anything but scrap,” Castor answered. “It’s been sitting there two years that I know of. If you had hoped to sell her as a ship you wouldn’t have salvaged the computer. She’s pitted, her tubes are no good, and an overhaul would cost more than she’s worth. Now what’s her scrap price?”

Dealer Dan rocked back and forth in his chair; he seemed to be suffering. “Scrap that ship? Just fuel her up and she’s ready to go – Venus, Mars, even the Jovian satellites.”

“What’s your cash price?” “Cash?”

“Cash.”

Ekizian hesitated, then mentioned a price. Castor stood up and said, “You were right, Pollux. Let’s go see the Hungarian.” The dealer looked pained. “If I were to write it off for my own use, I couldn’t cut that price – not in fairness to my partners.”

“Come on, Pol.”

“Look, boys, I can’t let you go over to the Hungarian’s. He’ll cheat you.” Pollux looked savage. “Maybe he’ll do it politely.”

“Shut up, Poll!” Castor went on, “Sorry, Mr. Ekizian, my brother isn’t housebroken. But we can’t do business.” He stood up.

“Wait a minute. That’s a good valve you boys thought up. I use it; I feel I owe you something.” He named another and lower sum. “Sorry. We can’t afford it.” He started to follow Pollux out.

”Wait!” Ekizian mentioned a third price. “Cash,” he added. “Of course. And you pay the sales tax?”

“Well. . . for a cash deal, yes.” “Good.”

“Sit down, gentlemen. I’ll call in my girl and we’ll state the papers.”

“No hurry,” answered Castor. “We’ve still got to see what the Hungarian has on his lot – and the government salvage lot, too.” “Huh? That price doesn’t stand unless you deal right now. Dealer Dan, they call me. I got no time to waste dickering twice.” “Nor have we. See you tomorrow. If it hasn’t sold we can take up where we left off.”

“If you expect me to hold that price, I’ll have to have a nominal option payment.”

“Oh, no, I wouldn’t expect you to pass up a sale for us. If you can sell it by tomorrow, we wouldn’t think of standing in your way. Come on, Pol.” Ekizian shrugged. “Been nice meeting you, boys.”

“Thank you, sir.”

As they closed the lock behind them and waited for it to cycle, Pollux said “You should have paid him an option.” His brother looked at him. “You’re retarded, Junior.”

On leaving Dealer Dan’s office the boys headed for the spaceport, intending to catch the passenger tube back to the city, fifty miles west of the port. They had less than thirty minutes if they were to get home for supper on time – unimportant in itself but Castor disliked starting a family debate on the defensive over a side issue. He kept hurrying Pollux along.

Their route took them through the grounds of General Synthetics Corporation, square miles of giant cracking plants, sun screens, condensers, fractionating columns, all sorts of huge machinery to take advantage of the burning heat, the bitter cold, and the endless vacuum for industrial chemical engineering purposes – a Dantesque jungle of unlikely shapes. The boys paid no attention to it; they were used to it. They hurried down the company road in the flying leaps the Moon’s low gravity permitted, making twenty miles an hour. Half way to the port they were overtaken by a company tractor; Pollux flagged it down.

As he ground to a stop, the driver spoke to them via his cab radio: “What do you want?” “Are you meeting the Terra shuttle?”

“Subject to the whims of fate – yes.”

“It’s Jefferson,” said Pollux. “Hey, Jeff – it’s Cas and Pol. Drop us at the tube station, will you?”

“Climb on the rack. Mind the volcano – come up the usual way.” As they did so he went on, “What brings you two carrot-topped accident-prones to this far reach of culture?”

Castor hesitated and glanced at Pollux. They had known Jefferson James for some time, having bowled against him in the city league. He was an old Moon hand but not a native, having come to Luna before they were born to gather color for a novel. The novel was still unfinished.

Pollux nodded. Castor said, “Jeff, can you keep a secret?”

“Certainly – but permit me to point out that these radios are not directional. See your attorney before admitting any criminal act or intention.” Castor looked around; aside from two tractor trucks in the distance no one seemed to be in line-of-sight. “We’re going into business.” “When were you out of it?”

“This is a new line – interplanetary trade. We’re going to buy our own ship and run it ourselves.”

The driver whistled. “Remind me to sell Four-Planet Export short. When does this blitz take place?”

“We’re shopping for a ship now. Know of a good buy?”

“I’ll alert my spies.” He shut up, being busy thereafter with the heavier traffic near the spaceport. Presently he said, “Here’s your stop.” As the boys climbed down from the rack of the truck he added, “If you need a crewman, keep me in mind.”

“Okay, Jeff. And thanks for the lift.”

Despite the lift they were late. A squad of marine M.P.s heading into the city on duty pre-empted the first tube car; by the time the next arrived the ship from Earth had grounded and its passengers took priority Thereafter they got tangled with the changing shift from the synthetics plant. It was well past suppertime when they arrived at their family’s apartment a half mile down inside Luna city

Mr. Stone looked up as they came in. “Well! the star boarders,” he announced. He was sitting with a small recorder in his lap, a throat mike clipped to his neck.

“Dad, it was unavoidable,” Castor began. “We -”

“It always is,” his father cut in. “Never mind the details. Your dinner is in the cozy. I wanted to send it back but your mother went soft and didn’t let me.”

Dr. Stone looked up from the far end of the living room, where she was modelling a head of their older sister, Meade. “Correction,” she said. “Your father went soft; I would have let you starve. Meade, quit turning your head.”

“Check,” announced their four-year old brother and got up from the floor where he had been playing chess with their grand mother. He ran towards them. “Hey, Cas, Pol – where you been? Did you go to the port? Why didn’t you take me? Did you bring me anything?”

Castor swung him up by his heels and held him upside down. “Yes. No. Maybe. And why should we? Here, Pol – catch.” He sailed the child through the air; his twin reached out and caught him, still by the heels.

“Check yourself,” announced Grandmother, “and mate in three moves. Shouldn’t let your social life distract you from your game, Lowell.” The youngster looked back at the board from his upside down position. “Wrong, Hazel. Now I let you take my queen, then – Blammie!

His grandmother looked again at the board. “Huh? Wait a minute – suppose I refuse your queen, then – Why, the little scamp! He’s trapped me again.”

Meade said, “Shouldn’t let him beat you so often, Hazel. It’s not good for him.” “Meade, for the ninth time, quit turning your head!”

“Sorry, Mother. Let’s take a rest.”

Grandmother snorted. “You don’t think I let him beat me on purpose, do you? You play him; I am giving up the game for good.” Meade answered just as her mother spoke; at the same time Pollux chucked the boy back at Castor. “You take him. I want to eat.” The child squealed. Mr. Stone shouted, “QUIET!”

“And stay quiet,” he went on, while unfastening the throat mike. “How is a man to make a living in all this racket? This episode has to be done over completely, sent to New York tomorrow, shot, canned, distributed, and on the channels by the end of the week. It’s not possible.”

“Then don’t do it,” Dr. Stone answered serenely. “Or work in your room – it’s soundproof.”

Mr. Stone turned to his wife. “My dear, I’ve explained a thousand times that I can’t work in there by myself. I get no stimulation. I fall asleep.” Castor said, “How’s it going, Dad? Rough?”

“Well, now that you ask me, the villains are way ahead and I don’t see a chance for our heroes.”

“I thought of a gimmick while Pol and I were out. You have this young kid you introduced into the story slide into the control room while everybody is asleep. They don’t suspect him, see? – he’s too young so they haven’t put him in irons. Once in the control room – “ Castor stopped and looked crestfallen. “No, it won’t do; he’s too young to handle the ship. He wouldn’t know how.”

“Why do you say that?” his father objected. “All I have to do is to plant that he has had a chance to. . . let me see –“ He stopped; his face went blank. “No,” he said presently.

“No good, huh?”

“Eh? What? It smells – but I think I can use it. Stevenson did something like it in Treasure Island – and I think he got it from Homer. Let’s see; if we

–“ He again went into his trance.

Pollux had opened the warming cupboard Castor dropped his baby brother on the floor and accepted a dinner pack from his twin. He opened it.

“Meat pie again,” he stated bleakly and sniffed it. “Synthetic, too.”

“Say that over again and louder,” his sister urged him. “I’ve been trying for weeks to get Mother to subscribe to another restaurant.” “Don’t talk, Meade,” Dr. Stone answered. “I’m modelling your mouth.”

Grandmother Stone snorted. “You youngsters have it too easy. When I came to the Moon there was a time when we had nothing but soya beans and coffee powder for three months.”

Meade answered, “Hazel, the last time you told us about that it was two months and it was tea instead of coffee.”

“Young lady, who’s telling this lie? You, or me?” Hazel stood up and came over to her twin grandsons. “What were you two doing on Dan Ekizian’s lot?”

Castor looked at Pollux, who looked back. Castor said cautiously, “Who told you that we were there?” “Don’t try to kid your grandmother. When you have been on -”

The entire family joined her in chorus: “- on the Moon as long as I have!” Hazel sniffed. “Sometimes I wonder why I married!”

Her son said, “Don’t try to answer that question,” then continued to his sons, “Well, what were you doing there?” Castor consulted Pollux by eye, then answered, “Well, Dad, it’s like this -”

His father nodded. “Your best flights of imagination always start that way. Attend carefully, everybody.” “Well, you know that money you are holding for us?”

“What about it?”

“Three per cent isn’t very much.”

Mr. Stone shook his head vigorously. “I will not invest your royalties in some wildcat stock. Financial genius may have skipped my generation but when I turn that money over to you, it will be intact.”

“That’s just it. It worries you. You could turn it over to us now and quit worrying about it.” “No. You are too young.”

“We weren’t too young to earn it.”

His mother snickered. “They got you, Roger. Come here and I’ll see if I can staunch the blood.”

Dr. Stone said serenely, “Don’t heckle Roger when he is coping with the twins, Mother. Meade, turn a little to the left.”

Mr. Stone answered, “You’ve got a point there, Cas. But you may still be too young to hang on to it. What is this leading up to?”

Castor signalled with his eyes; Pollux took over. “Dad, we’ve got a really swell chance to take that money and put it to work. Not a wildcat stock, not a stock at all. We’ll have every penny right where we can see it, right where we could cash in on it at any time. And in the meantime we’ll be making lots more money.”

“Hmmm…how?”

“We buy a ship and put it to work.”

His father opened his mouth; Castor cut in swiftly, “We can pick up a Detroiter VII cheap and overhaul it ourselves; we won’t be out a cent for wages.”

Pollux filled in without a break. “You’ve said yourself, Dad, that we are both born mechanics; we’ve got the hands for it.” Castor went on. “We’d treat it like a baby because it would be our own.”

Pollux: “We’ve both got both certificates, control and power. We wouldn’t need any crew.” Castor: “No overhead – that’s the beauty of it.”

Pollux: “So we carry trade goods out to the Asteroids and we bring back a load of high-grade. We can’t lose.” Castor: “Four hundred percent, maybe five hundred.”

Pollux: “More like six hundred.”

Castor: “And no worries for you.”

Pollux: “And we’d be out of your hair.” Castor: “Not late for dinner.”

Pollux had his mouth open when his father again yelled, “QUIET!” He went on, “Edith, bring the barrel. This time we use it.” Mr. Stone had a theory, often expressed, that boys should be raised in a barrel and fed through the bunghole. The barrel had no physical existence.

Dr. Stone said, “Yes, dear,” and went on modelling.

Grandmother Stone said, “Don’t waste your money on a Detroiter. They’re unstable; the gyro system is no good. Wouldn’t have one as a gift. Get a Douglas.”

Mr. Stone turned to his mother. “Hazel, if you are going to encourage the boys in this nonsense -”

“Not at all! Not at all! Merely intellectual discussion. Now with a Douglas they could make some money. A Douglas has a very favorable -” “Hazel!”

His mother broke off, then said thoughtfully, as if to herself, “I know there is free speech on the Moon: I wrote it into the charter myself.”

Roger Stone turned back to his sons. “See here, boys – when the Chamber of Commerce decided to include pilot training in their Youth-Welfare program I was all for it. I even favored it when they decided to issue junior licenses to anybody who graduated high in the course. When you two got your jets I was proud as could be. It’s a young man’s game; they license commercial pilots at eighteen and -”

“And they retire them at thirty,” added Castor. “We haven’t any time to waste. We’ll be too old for the game before you know it.”

“Pipe down. I’ll do the talking for a bit. If you think I’m going to draw that money out of the bank and let you two young yahoos go gallivanting around the system in a pile of sky junk that will probably blow the first time you go over two g’s, you had better try another think. Besides, you’re going down to Earth for school next September.”

“We’ve been to Earth,” answered Castor. “We didn’t like it,” added Pollux.

“Too dirty.”

“Likewise too noisy.”

“Groundhogs everywhere,” Castor finished.

Mr. Stone brushed it aside. “Two weeks you were there – not time enough to find out what the place is like. You’ll love it, once you get used to it. Learn to ride horseback, play baseball, see the Ocean”

“A lot of impure water,” Castor answered. “Horses are to eat.”

“Take baseball,” Castor continued. “It’s not practical. How can you figure a one-g trajectory and place your hand at the point of contact in the free- flight time between bases? We’re not miracle men.”

I played it.”

“But you grew up in a one-g field; you’ve got a distorted notion of physics. Anyhow, why would we want to learn to play baseball? When we come back, we wouldn’t be able to play it here. Why, you might crack your helmet”

Mr. Stone shook his head. “Games aren’t the point. Play base-ball or not, as suits you. But you should get an education.” “What does Luna City Technical lack that we need? And if so, why? After all, Dad, you were on the Board of Education.” “I was not; I was mayor.”

“Which made you a member ex-officio – Hazel told us.”

Mr. Stone glanced at his mother; she was looking elsewhere. He went on, “Tech is a good school, of its sort, but we don’t pretend to offer everything at Tech. After all, the Moon is still an outpost, a frontier -”

“But you said,” Pollux interrupted, “in your retiring speech as mayor, that Luna City was the Athens of the future and the hope of the new age.” “Poetic license. Tech is still not Harvard. Don’t you boys want to see the world’s great works of art? Don’t you want to study the world’s great

literature?”

“We’ve read lvanhoe,said Castor.

“And we don’t want to read The Mill on the Floss,” added Pollux. “We prefer your stuff.”

“My stuff? My stuff isn’t literature. It’s more of an animated comic strip.” “We like it,” Castor said firmly.

His father took a deep breath. “Thank you. Which reminds me that I still have a full episode to sweat out tonight, so I will cut this discussion short. In the first place you can’t touch the money without my thumbprint – from now on I am going to wear gloves. In the second place both of you are too young for an unlimited license.”

“You could get us a waiver for out-system. When we got back we’d probably be old enough for unlimited.” “You’re too young!”

Castor said, “Why, Dad, not half an hour ago you accepted a gimmick from me in which you were going to have an eleven-year-old kid driving a ship.”

“I’ll raise his age!”

“It’ll ruin your gimmick.”

“Confound it! That’s just fiction – and poor fiction at that. It’s hokum, dreamed up to sell merchandise.” He suddenly looked suspiciously at his son. “Cas, you planted that gimmick on me. Just to give yourself an argument in favor of this hair-brained scheme – didn’t you?”

Castor looked pious. “Why, Father, how could you think such a thing?” “Don’t Father me! I can tell a hawk from a Hanshaw.”

“Anybody can,” Grandmother Hazel commented. “The Hawk class is a purely commercial type while the Hanshaw runabout is a sport job. Come to think about it, boys, a Hanshaw might be better than a Douglas. I like its fractional controls and -”

“Hazel!” snapped her son. “Quit encouraging the boys. And quit showing off. You’re not the only engineer in the family.” “I’m the only good one,” she answered smugly.

“Oh, yes? Nobody ever complained about my work.” “Then why did you quit?”

“You know why. Fiddle with finicky figures for months on end – and what have you got? A repair dock. Or a stamping mill. And who cares?” “So you aren’t an engineer. You’re merely a man who knows engineering.”

“What about yourself? You didn’t stick with it.”

“No,” she admitted, “but my reasons were different. I saw three big, hairy, male men promoted over my head and not one of them could do a partial integration without a pencil. Presently I figured out that the Atomic Energy Commission had a bias on the subject of women no matter what the civil service rules said. So I took a job dealing blackjack. Luna City didn’t offer much choice in those days – and I had you to support.”

The argument seemed about to die out; Castor judged it was time to mix it up again. “Hazel, do you really think we should get a Hanshaw? I’m not sure we can afford it.”

“Well, now, you really need a third crewman for a -” “Do you want to buy in?”

“Mr. Stone interrupted. “Hazel, I will not stand by and let you encourage this. I’m putting my foot down.”

“You look silly standing there on one foot. Don’t try to bring me up, Roger. At ninety-five my habits are fairly well set.” “Ninety-five indeed! Last week you were eighty-five.”

“It’s been a hard week. Back to our muttons – why don’t you buy in with them? You could go along and keep them out of trouble.”

“What? Me?” Mr. Stone took a deep breath. “(A) a marine guard couldn’t keep these two junior-model Napoleons out of trouble. I know; I’ve tried.

(B) I do not like a Hanshaw; they are fuel hogs. (C) I have to turn out three episodes a week of The Scourge of the Spaceways – including one which must be taped tonight, if this family will ever quiet down!”

“Roger,” his mother answered. “trouble in this family is like water for fish. And nobody asked you to buy a Hanshaw, As to your third point, give me a blank spool and I’ll dictate the next three episodes tonight while I’m brushing my hair.” Hazel’s hair was still thick and quite red. So far, no one had caught her dyeing it. “It’s about time you broke that contract anyway; you’ve won your bet.”

Her son winced. Two years before be had let himself be trapped into a bet that he could write better stuff than was being channeled up from Earth

  • and had gotten himself caught in a quicksand of fat checks and options. “I can’t afford to quit,” he said feebly.

“What good is money if you don’t have time to spend it? Give me that spool and the box.” “You can’t write it.”

“Want to bet?”

Her son backed down; no one yet had won a bet with Hazel.

“That’s beside the point I’m a family man; I’ve got Edith and Buster and Meade to think about, too.”

Meade turned her head again. “If you’re thinking about me, Daddy, I’d like to go. Why, I’ve never been any place – except that one trip to Venus and twice to New York.”

“Hold still. Meade,” Dr. Stone said quietly. She went on to her husband, “You know, Roger, I was thinking just the other day how cramped this apartment is. And we haven’t been any place, as Meade says, since we got back from Venus.”

Mr. Stone stared. “You too? Edith, this apartment is bigger than any ship compartment; you know that.” “Yes, but a ship seems bigger. In free fall one gets so much more use out of the room.”

“My dear, do I understand that you are supporting this junket?”

“Oh, not at all! I was speaking in general terms. But you do sleep better aboard ship. You never snore in free fall.” “I do not snore!”

Dr. Stone did not answer. Hazel snickered. Pollux caught Castor’s eye and Castor nodded; the two slipped quietly away to their own room. It was a lot of trouble to get mother involved in a family argument, but worth the effort; nothing important was ever decided until she joined in.

Meade tapped on their door a little later; Castor let her in and looked her over; she was dressed in the height of fashion for the American Old West. “Square dancing again, huh?”

“Eliminations tonight. Look here, Cas, even if Daddy breaks loose from the money you two might be stymied by being underage for an unlimited license – right?”

“We figure on a waiver.” They had also discussed blasting off without a waiver, but it did not seem the time to mention it. “But you might not get it. Just bear in mind that I will be eighteen next week. Bye now!”

“Good night.”

When she had gone Pollux said, “That’s silly. She hasn’t even taken her limited license.” “No, but she’s had astrogation in school and we could coach her.”

“Cas, you’re crazy. We can’t drag her all around the system; girls are a nuisance.” “You’ve got that wrong, Junior. You mean “sisters” – girls are okay.”

Pollux considered this. “Yeah, I guess you’re right.” “I’m always right.”

“Oh, so? How about the time you tried to use liquid air to -” “Let’s not be petty!”

Grandmother Hazel stuck her head in next. “Just a quick battle report, boys. Your father is groggy but still fighting gamely.” “Is he going to let us use the money?”

“Doesn’t look like it, as now. Tell me, how much did Ekizian ask you for that Detroiter?”

Castor told her; she whistled. “The gonoph,” she said softly. “That unblushing groundhog – I’ll have his license lifted.” “Oh, we didn’t agree to pay it.”

“Don’t sign with him at all unless I’m at your elbow. I know where the body is buried.”

“Okay. Look, Hazel, you really think a Detroiter VII is unstable?”

She wrinkled her brow. “Its gyros are too light for the ship’s moment of inertia. I hate a ship that wobbles. If we could pick up a war-surplus triple- duo gyro system, cheap, you would have something. I’ll inquire around.”

It was much later when Mr. Stone looked in. “Still awake, boys?” “Oh, sure, come in.”

“About that matter we were discussing tonight -” Pollux said, “Do we get the money?”

Castor dug him in the ribs but it was too late. Their father said, “I told you that was out. But I wanted to ask you: did you, when you were shopping around today, happen to ask, us, about any larger ships?”

Castor looked blank. “Why, no sir. We couldn’t afford anything larger could we, Pol?” “Gee, no! Why do you ask, Dad?”

“Oh, nothing, nothing at all! Uh, good night.”

He left. The twins turned to each other and solemnly shook hands.

II      – A CASE FOR DRAMATIC LICENSE

At breakfast the next morning – ‘morning’ by Greenwich time, of course; it was still late afternoon by local sun time and would be for a couple of days – the Stone family acted out the episode Hazel had dictated the night before of Mr. Stone’s marathon adventure serial. Grandma Hazel had stuck the spool of dictation into the autotyper as soon as she had gotten up; there was a typed copy for each of them. Even Buster had a small side to read and Hazel played several parts, crouching and jumping around and shifting her voice from rusty bass to soprano.

Everybody got into the act – everybody but Mr. Stone; he listened with a dour try-to-make-me-laugh expression.

Hazel finished her grand cliff-hanging finale by knocking over her coffee She plucked the cup out of the air and had a napkin under the brown flood before it could reach the floor under the urge of the Moon’s leisurely field. “Well?” she said breathlessly to her son, while still panting from the Galactic Overlord’s frantic attempts to escape a just fate. “How about it? Isn’t that a dilly? Did we scare the dickens out of ’em or didn’t we?”

Roger Stone did not answer; he merely held his nose. Hazel looked amazed. “You didn’t like it? Why, Roger, I do believe you’re jealous. To think I would raise a son with spirit so mean that he would be envious of his own mother!”

Buster spoke up. “I liked it Let’s do that part over where I shoot the space pirate.” He pointed a finger and made a buzzing noise. “Whee! Blood all over the bulkheads!”

“There’s your answer, Roger. Your public. If Buster likes it, you’re in.”        “I thought it was exciting,” Meade put in. “What was wrong with it, Daddy?” “Yes,” agreed Hazel belligerently. “Go ahead. Tell us.”

“Very well. In the first place, spaceships do not make hundred-and eighty-degree turns.” “This one does!”

“In the second place, what in blazes is this “Galactic Overlord” nonsense? When did he creep in?” “Oh, that! Son, your show was dying on its feet, so I gave it a transfusion.”

“But “Galactic Overlords” – now, really! It’s not only preposterous: it’s been used over and over again.”

“Is that bad? Next week I’m going to equip Hamlet with atomic propulsion and stir it in with The Comedy of Errors. I suppose you think Shakespeare will sue me?”

“He will if he can stop spinning.” Roger Stone shrugged ‘I’ll send it in. There’s no time left to do another one and the contract doesn’t say it has to be good: it just says I have to deliver it. They’ll rewrite it in New York anyway.”

His mother answered, “Even money says your fan mail is up twenty-five per cent on this episode.” “No, thank you. I don’t want you wearing yourself out writing fan mail – not at your age.”

“What’s wrong with my age? I used to paddle you twice a week and I can still do it. Come on; put up your dukes!” “Too soon after breakfast.”

“Sissy! Pick your way of dying – Marquis of Queensbury, dockside, or kill-quick.”

“Send around your seconds; let’s do this properly. In the meantime –“ He turned to his sons. “Boys, have you any plans for today?” Castor glanoed at his brother, then said cautiously, “well, we were thinking of doing a little more shopping for ships.

“I’ll go with you.”

Pollux looked up sharply. “You mean we get the money?” His brother glared at him. Their father answered, “No, your money stays in the bank where it belongs.”

“Then why bother to shop?” He got an elbow in the ribs for this remark.

“I’m interested in seeing what the market has to offer,” Mr. Stone answered. “Coming, Edith?” Dr. Stone answered, “I trust your judgement, my dear.”

Hazel gulped more coffee and stood lip. “I’m coming along.” Buster bounced down out of his chair. “Me, too!”

Dr. Stone stopped him. “No, dear. Finish your oatmeal.”

“No! I’m going, too. Can’t I, Grandma Hazel?”

Hazel considered it. Riding herd on the child outside the pressurised city was a full-time chore; he was not old enough to be trusted to handle his vacuum-suit controls properly. On this occasion she wanted to be free to give her full attention to other matters. “I’m afraid not, Lowell. Tell you what, sugar, I’ll keep my phone open and we’ll play chess while I’m away.”

“It’s no fun to play chess by telephone. I can’t tell what you are thinking.”

Hazel stared at him. “So that’s it? I’ve suspected it for some time. Maybe I can win a game once. No, don’t start whimpering – or I’ll take your slide rule away from you for a week.” The child thought it over, shrugged, and his face became placid. Hazel turned to her son. “Do you suppose he really does hear thoughts?”

Her son looked at his least son. “I’m afraid to find out.” He sighed and added, “Why couldn’t I have been born into a nice, normal, stupid family? Your fault, Hazel.”

“His mother patted his arm. “Don’t fret, Roger. You pull down the average.”

“Hummph! Give me that spool. I’d better shoot it off to New York before I lose my nerve.”

Hazel fetched it; Mr. Stone took it to the apartment phone, punched in the code for RCA New York with the combination set for high speed transcription relay. As he slipped the spool into its socket he added, “I shouldn’t do this. In addition to that “Galactic Overlord” nonsense, Hazel, you messed up the continuity by killing off four of my standard characters.”

Hazel kept her eye on the spool; it had started to revolve. “Don’t worry about it. I’ve got it all worked out. You’ll see.”

“Eh? What do you mean? Are you intending to write more episodes? I’m tempted to go limp and let you struggle with it – I’m sick of it and it would serve you right. Galactic Overlords indeed!”

His mother continued to watch the spinning spool in the telephone. At high speed relay the thirty-minute spool zipped through in thirty seconds. Shortly it went spung! and popped up out of the socket; Hazel breathed relief. The episode was now either in New York, or was being held automatically in the Luna City telephone exchange, waiting for a break in the live Luna-to-Earth traffic. In either case it was out of reach, as impossible to recall as an angry word.

“Certainly I plan to do more episodes,” she told him. “Exactly seven, in fact.” “Huh! Why seven?”

“Haven’t you figured out why I am killing off characters? Seven episodes is the end of this quarter and a new option date. This time they won’t pick up your option because every last one of the characters will be dead and the story will be over. I’m taking you off the hook, son.”

What? Hazel, you can’t do that! Adventure serials never end.” “Does it say so in your contract?”

“No, but -”

“You’ve been grousing about how you wanted to get off this golden treadmill. You would never have the courage to do it yourself, so your loving mother has come to the rescue. You’re a free man again, Roger.”

“But -” His face relaxed. “I suppose you’re right Though I would prefer to commit suicide, even literary suicide, in my own way and at my own time. Mmm. .. see here, Hazel, when do you plan to kill off John Sterling?”

“Him? Why, Our Hero has to last until the final episode, naturally. He and the Galactic Overlord do each other in at the very end. Slow music.” “Yes. Yes, surely… that’s the way it would have to be. But you can’t do it”

“Why not?”

“Because I insist on writing that scene myself. I’ve hated that mealy-mouthed Galahad ever since I thought him up. I’m not going to let anyone else have the fun of killing him; he’s mine!”

His mother bowed. “Your honour, sir.”

Mr. Stone’s face brightened; he reached for his pouch and slung it over his shoulder. “And now let’s look at some space-ships!” “Geronimo!”

As the four left the apartment and stepped on the slid eway that would take them to the pressure lfft to the surface Pollux said to his grandmother, “Hazel, what does “Geronimo” mean?”

“Ancient Druid phrase meaning “Let’s get out of here even if we have to walk.” So pick up your feet.”

III      – THE SECOND-HAND MARKET

They stopped at the Locker Rooms at East Lock and suited up. As usual, Hazel unbelted her gun and strapped it to her vacuum suit. None of the others was armed; aside from civic guards and military police no one went armed in Luna City at this late date except a few of the very old-timers like Hazel herself. Castor said, “Hazel, why do you bother with that?”

“To assert my right. Besides, I might meet a rattlesnake.” “Rattlesnakes? On the Moon? Now, Hazel!”

“’Now, Hazel’” yourself. More rattlesnakes walking around on their hind legs than ever wriggled in the dust. Anyhow, do you remember the reason the White Knight gave Alice for keeping a mouse trap on his horse?”

“Uh, not exactly.”

“Look it up when we get home. You kids are ignorant Give me a hand with this helmet.”

The conversation stopped, as Buster was calling his grandmother and insisting that they start their game. Castor could read her lips through her helmet; when he had his own helmet in place and his suit radio switched on he could hear them arguing about which had the white men last game. Hazel was preoccupied thereafter as Buster, with the chess board in front of him, was intentionally hurrying the moves, whereas Hazel was kept busy visualising the board.

They had to wait at the lock for a load of tourists, just arrived in the morning shuttle from Earth, to spill out. One of two women passengers stopped and stared at them. “Thelma,” she said to her companion, “that little man – he’s wearing a gun.

The other woman urged her along. “Don’t take notice,” she said. “It’s not polite.” She went on, changing the subject ‘I wonder where we can buy souvenir turtles around here? I promised Herbert.”

Hazel turned and glared at them; Mr. Stone took her arm and urged her into the now empty lock. She continued to fume as the lock cycled. “Groundhogs! Souvenir turtles indeed!”

“Mind your blood pressure, Hazel,” her son advised.

“You mind yours.” She looked up at him and suddenly grinned. “I should ha’ drilled her, podnuh – like this.” She made a fast draw to demonstrate, then, before returning the weapon to its holster, opened the charge chamber and removed a cough drop. This she inserted through the pass valve of her helmet and caught it on her tongue. Sucking it, she continued. “Just the same, son, that did it. Your mind may not be made up; mine is. Luna is getting to be like any other ant hill. I’m going out somewhere to find elbow room, about a quarter of a billion miles of it.”

“How about your pension?”

“Pension be hanged! I got along all right before I had it, Hazel, along with the other remaining Founding Fathers – and mothers – of the lunar colony, had been awarded a lifetime pension from a grateful city. This might be for a long period, despite her age, as the normal human life span under the biologically easy conditions of the Moon’s low gravity had yet to be determined; the Luna city geriatrics clinic regularly revised the estimate upwards.

She continued, “How about you? Are you going to stay here, like a sardine in a can? Better grab your chance, son, before they run you for office again. Oueen to king’s bishop three, Lowell.”

“We’ll see. Pressure is down; let’s get moving.”

Castor and Pollux carefully stayed out of the discussion; things were shaping up.

As well as Dealer Dan’s lot, the government salvage yard and that of the Bankrupt Hungarian were, of course, close by the spaceport The Hungarian’s lot sported an ancient sun-tarnished sign – BARGAINS! BARGAINS!! BARGAINS!!! GOING OUT OF BUSINESS – but there were no bargains there, as Mr. Stone decided in ten minutes and Hazel in five. The government salvage yard held mostly robot freighters without living qnarters – one-trip ships, the interplanetary equivalent of discarded packing cases – and obsolete military craft unsuited for most private uses. They ended up at Ekizian’s lot.

Pollux headed at once for the ship he and his brother had picked out. His father immediately called him back ‘Hey,” Pol! What’s your hurry?” “Don’t you want to see our ship?”

“Your ship? Are you still laboring under the fancy that I am going to let you two refugees from a correction school buy that Deiroiter?

Huh? Then what did we come out here for?”

“I want to look at some ships. But I am not interested in a Detroiter VII.”

Pollux said, “Huh! See here, Dad, we aren’t going to settle for a jumpbug. We need a – “The rest of his protest was cut off as Castor reached over

and switched off his walkie-talkie; Castor picked it up:

“What sort of a ship, Dad? Pol and I have looked over most of these heaps, one time or another.” “Well, nothing fancy. A conservative family job. Let’s look at that Hanshaw up ahead.”

Hazel said, “I thought you said Hanshaws were fuel hogs, Roger?” “True, but they are very comfortable. You can’t have everything.” “Why not?”

Pollux had switched his radio back on immediately. He put in, “Dad, we don’t want a runabout. No cargo space.” Castor reached again for his belt switch; he shut up.

But Mr. Stone answered hirn. “Forget about cargo space. You two boys would lose your shirts if you attempted to compete with the sharp traders running around the system. I’m looking for a ship that will let the family make an occasional pleasure trip; I’m not in the market for a commercial freighter.”

Pollux shut up; they all went to the Hanshaw Mr. Stone had pointed out and swarmed up into her control room. Hazel used both hands and feet in climbing the rope ladder but was only a little behind her descendants. Once they were in the ship she went down the hatch into the power room; the others looked over the control roof and the living quarters, combined in one compartment. The upper or bow end was the control station with couches for pilot and co-pilot. The lower or after end had two more acceleration couches for passengers, all four couches were reversible, for the ship could be tumbled in flight, caused to spin end over end to give the ship artificial ‘gravity’ through centrifugal force – in which case the forward direction would be ‘down’, just the opposite of the ‘down’ of flight under power.

Pollux looked over these arrangements with distaste. The notion of cluttering up a ship with gadgetry to coddle the tender stomachs of groundhogs disgusted him. No wonder Hanshaws were fuel hogs!

But his father thought differently. He was happily stretched out in the pilot’s couch, fingering the controls. “This baby might do,” he announced, “if the price is right.”

Castor said, “I thought you wanted this for the family, “I do.”

“Be pretty cramped in here once you rigged extra couches. Edith won’t like that” “You let me worry, about your mother. Anyhow, there are enough couches now. “With only four? How do you figure?”

“Me, your mother, your grandmother, and Buster. If Meade is along we’ll rig something for the baby. By which you may conclude that I am really serious about you two juvenile delinquents finishing your schooling. Now don’t blow your safeties! – I have it in mind that you two can use this crate to run around in after you finish school. Or even during vacations, once you get your unlimited licenses. Fair enough?”

The twins gave him the worst sort of argument to answer; neither of them said anything. Their expressions said everything that was necessary. Their father went on, “See here – I’m trying to be fair and I’m trying to. be generous. But how many boys your age do you know, or have even heard of, who have their own ship? None – right? You should get it through your heads that you are not supermen.”

Castor grabbed at it. “How do you know that we are not “supermen”?”

Poliux followed through with, “Conjecture, pure conjecture.” Before Mr. Stone could think of an effective answer his mother poked her head up the power room hatch. Her expression seemed to say she had whiffed a very bad odor. Mr. Stone said, “What’s the trouble, Hazel? Power plant on the blink?”

“”On the blink”, he says! Why, I wouldn’t lift this clunker at two gravities.” “What’s the matter with it?”

“I never saw a more disgracefully abused – No, I won’t tell you. Inspect it yourself; you don’t trust my engineering ability.” “Now see here, Hazel, I’ve never told you I don’t trust your engineering.”

“No, but you don’t. Don’t try to sweet-talk me; I know. So check the power room yourself. Pretend I haven’t seen it”

Her son turned away and headed for the outer door, saying huffily, “I’ve never suggested that you did not know power plants. If you are talking about that Gantry design, that was ten years ago; by now you should have forgiven me for being right about it.”

To the surprise of the twins Hazel did not continue the argument but followed her son docilely into the air lock. Mr. Stone started down the rope ladder; Castor pulled his grandmother aside, switched off both her radio and pushed his helmet into contact with hers so that he might speak with her in private. “Hazel, what was wrong with the power plant? Pol and I went through this ship last week – I didn’t spot anything too bad.”

Hazel look at him pityingly. “You’ve been losing sleep lately? It’s obvious – only four couches.”

“Oh.” Castor switched on his radio and silently followed his brother and father to the ground.

Etched on the stern of the next ship they visited was Cherub, Roma, Terra, and she actually was of the Carlotti Motors Angel series, though she resembled very little the giant Archangels, She was short – barely a hundred fifty feet high – and slender, and she was at least twenty years old. Mr. Stone had been reluctant to inspect her. “She’s too big for us,” he protested, “and I’m not looking for a cargo ship.”

“Too big how?” Hazel asked ‘”Too big” is a financial term, not a matter of size. And with her cargo hold empty, think how lively she’ll be. I like a ship that jumps when I twist its tail – and so do you.”

“Mmmm, yes,” he admitted. “Well, I suppose it doesn’t cost anything to look her over.” “You’re talking saner every day, son.” Hazel reached for the rope ladder.

The ship was old and old-fashioned and she had plied many a lonely million miles of space, but, thanks to the preservative qualities of the Moon’s airless waste, she had not grown older since the last time her jets bad blasted. She had simply slumbered timelessly, waiting for someone to come along and appreciate her sleeping beauty. Her air had been. salvaged; there was no dust in her compartments. Many of her auxiliary fittings had been stripped and sold, but she herself was bright and clean and spaceworthy.

The light Hazel could see in her son’s eyes she judged to be love at first sight. She hung back and signalled the twins to keep quiet. The open airlock had let them into the living quarters; a galley-saloon, two little staterooms, and a bunkroom. The control room was separate, above them, and was a combined conn. & comm. Roger Stone immediately climbed into it.

Below the quarters was the cargo space and below that the power room. The little ship was a passenger-carrying freighter, conversely a passenger ship with cargo space; it was this dual nature which had landed her, an unwanted orphan, in Dealer Dan’s second-hand lot. Too slow when carrying cargo to compete with the express liners, she could carry too few passengers to make money without a load of freight, Although of sound construction she did not fit into the fiercely competitive business world.

The twins elected to go on down into the power room. Hazel poked around the living quarters, nodded approvingly at the galley, finally climbed up into the control room. There she found her son stretched out in the pilot’s couch and fingering the controls. Hazel promptly swung herself into the co- pilot’s couch, settled down in the bare rack – the pneumatic pads were missing – and turned her head toward Roger Stone. She called out ‘All stations manned and ready, Captain !”

He looked at her and grinned. “Stand by to raise ship!”

She answered, “Board green! Clear from tower! Ready for count off!”

“Minus thirty! Twenty-nine – twenty-eight –“ He broke off and added sheepishly, “It does feel good.”

“You’re dern tootin’ it does. Let’s grab ourselves a chunk of it before we’re too old. This city life is getting us covered with moss.” Roger Stone swung his long legs out of the pilot’s couch. “Um, maybe we should. Yes, we really should.”

Hazel’s booted feet hit the deck plates by his. “That’s my boy! I’ll raise you up to man size yet. Let’s go see what the twins have taken apart.”

The twins were still in the power room. Roger went down first; he said to Castor, “Well, son, how does it look? Will she raise high enough to crash?”

Castor wrinkled his forehead. “We haven’t found anything wrong, exactly, but they’ve taken her boost units out. The pile is just a shell.”

Hazel said, “What do you expect? For ’em to leave “hot” stuff sitting in a decommissioned ship? In time the whole stern would be radioactive, even if somebody didn’t steal it.

Her son answered, “Quit showing off, Hazel, Cas knows that. We’ll check the log data and get a metallurgical report later – if we ever talk business.”

Hazel answered, “King’s knight to queen bishop five. What’s the matter, Roger? Cold feet?”

“No, I like this ship. . . but I don’t know that I can pay for her. And even if she were a gift, it will cost a fortune to overhaul her and get her ready for space.”

“Pooh! I’ll run the overhaul myself, with Cas and Pol to do the dirty work. Won’t cost you anything but dockage. As for the price, we’ll burn that bridge when we come to it.”

“I’ll supervise the overhaul, myself.”

“Want to fight? Let’s go down and find out just what inflated notions Dan Ekizian has this time. And remember – let me do the talking.” “Now wait a minute – I never said I was going to buy this bucket.”

“Who said you were? But it doesn’t cost anything to dicker. I can make Dan see reason.”

Dealer Dan Ekizian was glad to see them, doubly so when he found that they were interested, not in the Detroiter VII, but in a larger, more

expensive ship. At Hazel’s insistence she and Ekizian went into his inner office alone to discuss prices. Mr. Stone let her get away with it, knowing

that his mother drove a merciless bargain. The twins and he waited outside for quite a while; presently Mr. Ekizian called his office girl in.

She came out a few minutes later, to be followed shortly by Ekizian and Hazel. “It’s all settled,” she announced, looking smug. The dealer smiled grudgingly around his cigar. “Your mother is a very smart woman, Mister Mayor.”

“Take it easy!” Roger Stone protested. “You are both mixed up in your timing. I’m no longer mayor, thank heaven – and nothing is settled yet. What are the terms?”

Ekizian glanced at Hazel, who pursed her lips. “Well, now, son,” she said slowly, “it’s like this. I’m too old a woman to fiddle around. I might die in bed, waiting for you to consider all sides of the question. So I bought it”

“You?”

For all practical purposes. It’s a syndicate. Dan puts up the ship; I wangle the cargo – and the boys and I take the stuff out to the Asteroids for a fat profit. I’ve always wanted to be a skipper.”

Castor and Pollux had been lounging in the background, listening and watching faces. At Hazel’s announcement Pollux started to speak; Castor caught his eye and shook his head. Mr. Stone said explosively, “That’s preposterous! I won’t let you do it”

“I’m of age, son.” –

“Mr. Ekizian, you must be out of your mind.”

The dealer took his cigar and stared at the end of it. “Business is business.” “Well…at least you won’t get my boys mixed up in it That’s out!”

“Mmm. . . “ said Hazel. “Maybe. Maybe not. Let’s ask them.” “They’re not of age.”

“No. . . not quite. But suppose they went into court and asked that I be appointed their guardian?”

Mr. Stone listened to this quietly, then turned to his sons.’Cas. . . Pol . . . did you frame this with your grandmother?” Pollux answered, “No, sir.”

“Would you do what she suggests?”

Castor answered, “Now, Dad, you know we wouldn’t like to do anything like that.” “But would you do it, eh?”

“I didn’t say so, sir.”

“Hmm – “ Mr. Stone turned back. “This is pure blackmail – and I won’t stand for it. Mr. Ekizian, you knew that I came in here to bid on that ship. You knew that my mother was to bargain for it as my agent. You both knew that – but you made a deal behind my back. Now either you set that so-called deal aside and we start over – or I haul both of you down to the Better Business Bureau.

Hazel was expressionless; Mr. Ekizan examined his rings.

“There’s something in what you say, Mr. Stone. Suppose we go inside and talk it over?” “I think we had better.”

Hazel followed them in and plucked at her son’s sleeve before he had a chance to start anydung. “Roger? You really want to buy this ship?” “I do.”

She pointed to papers spread on Ekizian’s desk. “Then just sign right there and stamp your thumb.”

He picked up the papers instead. They contained no suggestion of the deal Hazel had outlined; instead they conveyed to him all right, title and interest in the vessel he had just inspected, and at a price much lower than he had been prepared to pay. He did some hasty mental arithmetic and concluded that Hazel had not only gotten the ship at scrapmetal prices but also must have bulldozed Ekizian into discounting the price by what it would have cost him to cut the ship up into pieces for salvage.

  • In dead silence he reached for Mr. Ekizian’s desk stylus, signed his name, then carefully affixed his thumb print. He looked up and caught his mother’s eye. “Hazel, there is no honesty in you and you’ll come to a bad end.”

She smiled. “Roger, you do say the sweetest things.”

Mr. Ekizian sighed. “As I said, Mr. Stone, your mother is a very smart woman. I offered her a partnership.”

“Then there was a deal?”

Oh, no, no, not that deal – I offered her a partnership in the lot.” “But I didn’t take it.” Hazel added. “I want elbow room.”

Roger Stone grinned and shrugged, stood up. “Well, anyway – who’s skipper now?” “You are – Captain.”

As they came out both twins said, “Dad, did you buy it?”

Hazel answered, “Don’t call him “Dad” – he prefers to be called “Captain”.” “Oh.”

“Likewise “Oh”,” Pol repeated.

Dr. Stone’s only comment was, “Yes, dear, I gave them notice on the lease.” Meade was almost incoherent; Lowell was incoherent After dinner Hazel and the twins took Meade and the baby out to see their ship; Dr. Stone – who had shown no excitement even during the Great Meteor Shower

  • stayed home wrth her husband. He spent the time making lists of things that must be attended to, both in the city and on the ship itself, before they could leave. He finished by making a list that read as follows:

Myself – skipper

Castor – 1st officer & pilot Meade – 2nd officer & asst. cook Hazel – chief engineer

Pollux – asst. eng. & relief pilot Edith – ship’s surgeon & cook Buster – “supercargo”

He stared at it for a while, then said softly to himself, “Something tells me this isn’t going to work.”

II            – ASPECTS OF DOMESTIC ENGINEERING

Mr. Stone did not show his ship’s organisation bill to the rest of the family; he knew in his heart that the twins were coming along, but he was not ready to concede it publicly. The subject was not mentioned while they were overhauling the ship and getting it ready for space.

The twins did most of the work with Hazel supervising and their father, from time to time, arguing with her about her engineering decisions. When this happened the twins usually went ahead and did it in the way they thought it ought to be done. Neither of them had much confidence in the skill and knowledge of their elders; along with their great natural talent for mechanics and their general brilliance went a cocksure, half-baked conceit which led them to think that they knew a great deal more than they did.

This anarchistic and unstable condition came to a head over the overhaul of the intermediate injector sequence. Mr. Stone had decreed, with Hazel concurring, that all parts which could be disassembled would so be, interior surfaces inspected, tolerances checked, and gaskets replaced with new ones. The intermediate sequence in this model was at comparatively low pressure; the gasketing was of silicone-silica laminate rather than wrung metal.

Spare gaskets were not available in Luna city, but had to be ordered up from Earth; this Mr. Stone had done. But the old gaskets appeared to be in perfect condition, as Pollux pointed when they opened the sequence. “Hazel, why don’t we put these back in? They look brand new.”

His grandmother took one of the gaskets, looked it over, flexed it, and handed it back. “Lots of life left in it; that’s sure. Keep it for a spare.”

Castor said, “That wasn’t what Pol said. The new gaskets have to be flown from Rome to Pikes Peak, then jumped here. Might be three days, or it might be a week. And we can’t do another thing until we get this mess cleaned up.”

“You can work in the control room. Your father wants all new parts on everything that wears out.” “Oh, bother! Dad goes too much by the book; you’ve said so yourself.”

Hazel looked up at her grandson, bulky in his pressure suit. “Listen, runt, your father is an A-one engineer. I’m privileged to criticise him; you aren’t.”

Pollux cut in hastily, “Just a Sec, Hazel, let’s keep personalities out of this. I want your unbiased professional opinion; are those gaskets fit to put back in, or aren’t they? Cross your heart and shame the devil.”

“Well. . . I say they are fit to use. You can tell your father I said so. He ought to be here any minute now; I expect he will agree.” She straightened up. “I’ve got to go.”

Mr. Stone failed to show up when expected. The twins fiddled around, doing a little preliminarv work on the preheater. Finally Pollux said, “What time is it?”

“Past four.”

“Dad won’t show up this afternoon. Look, those gaskets are all right and, anyhow, two gets you five he’d never know the difference.” “Well – he would okay them if he saw them.”

“Hand me that wrench.”

Hazel did show up again but by then they had the sequence put back together and had opened up the preheater. She did not ask about the injector sequence but got down on her belly with a flashlight and mirror and inspected the preheater’s interior. Her frail body, although still agile as a cricket under the Moon’s weak pull, was not up to heavy work with a wrench, but her eyes were sharper – and much more experienced – than those  of the twins. Presently she wiggled out. “Looks good,” she announced. “We’ll put it back together tomorrow. Let’s go see what the cook ruined tonight.” She helped them disconnect their oxygen hoses from the ship’s tank and reconnect to their back packs, then the three went down out of the ship and back to Luna City.

Dinner was monopolised by a hot argument over the next installment of The Scourge of the Spaceways. Hazel was still writing it but the entire family, with the exception of Dr. Stone, felt free to insist on their own notions of just what forms of mayhem. and violence the characters should indulge in next. It was not until his first pipe after dinner that Mr. Stone got around to inquiring about the day’s progress.

Castor explained that they were about to close up the preheater. Mr. Stone nodded. “Moving right along – good! Wait a minute; You’ll just have to tear it down again to put in the – Or did they send those gaskets out to the ship? I didn’t think they had come in yet?”

“What gaskets?” Pollux said innocently. Hazel glanced quickly at him but said nothing. “The gaskets for the intermediate injector sequence, of course.”

“Oh, those!Pollux shrugged. “They were okay, absolutely perfect to nine decimal places – so we put ’em back in.”

“Oh, you did? That’s interesting. Tomorrow you can take them out again – and I’ll stand over you when you put the new ones in.” Castor took over. “But Dad, Hazel said they were okay!”

Roger Stone looked at his mother. “Well, Hazel?”

She hesitated. She knew that she had not been sufficiently emphatic in telling the twins that their father’s engineering instructions were to be carried out to the letter; on the other hand she had told them to check with him. Or had she? ‘The gaskets were okay, Roger. No harm done.”

He looked at her thoughtfully. “So you saw fit to change my instructions? Hazel, are you itching to be left behind?” She noted the ominously gentle tone of his voice and checked an angry reply. “No,” she said simply.

“”No” what?”

“No, Captain.”

“Not captain yet, perhaps, but that’s the general idea.” He turned to his sons. “I wonder if you two yahoos understand the nature of this situation?”

Castor bit his lip. Pollux looked at his twin, then back at his father. “Dad, youre the one who doesn’t understand the nature of the situation. You’re making a fuss over nothing. If it’ll give you any satisfaction, we’ll open it up again – but you’ll simply see that we were right. If you had seen those gaskets, you would have passed them.”

“Probably. Almost certainly. But a skipper’s orders as to how he wants his ship gotten ready for space are not subject to change by a dockyard mechanic – which is what you both rate at the moment. Understand me?”

“Okay, so we should have waited: Tomorrow we’ll open her up, you’ll see that we were right and we’ll close it up again.”

“Wrong. Tomorrow you will go out, open it up, and bring the old gaskets back to me. Then you will both stay right here at home until the new gaskets arrive. You can spend the time contemplating the notion that orders are meant to be carried out.”

Castor said, “Now just a minute, Dad! You’ll put us days behind.”

Pollux added, “Not to mention the hours of work you are making us waste already.” Castor: “You can’t expect us to get the ship ready if you insist on jiggling our elbows!” Pollux: “And don’t forget the money we’re saving you.”

Castor: “Right! It’s not costing you a square shilling!”

Pollux: “And yet you pull this “regulation skipper” act on us.” Castor: “Discouraging! That’s what it is!”

Pipe down!” Without waiting for them to comply he stood up and grasped each of them by the scruff of his jacket. Luna’s one-sixth gravity permitted him to straight-arm them both; he held them high up off the floor and wide apart. They struggled helplessly, unable to reach anything.

“Listen to me,” he ordered. “Up to now I hadn’t quite decided whether to let you two wild men go along or not. But now my mind’s made up.” There was a short silence from the two, then Pollux said mournfully, “You mean we don’t go?”

“I mean you do go. You need a taste of strict ship’s discipline a durn sight more than you need to go to school; these modern schools aren’t tough enough for the likes of you. I mean to run a taut ship – prompt, cheerful obedience, on the bounce! Or I throw the book at you. Understand me? Castor?”

“Uh, yes, sir.” “Pollux?”

“Ayeaye,sir!”

“See that you remember it. Pull a fast-talk like that on me when we’re in space and I’ll stuff you down each other’s throat.” He cracked their heads together smartly and threw them away.

The next day, on the way back from the field with the old gaskets, the twins stopped for a few minutes at the city library. They spent the four days they had to wait boning up on space law. They found it rather sobering reading, particularly the part which asserted that a commanding officer in space, acting independently, may and must maintain his authority against any who might attempt to usurp or dispute it. Some of the cited cases were quite grisly. They read of a freighter captain who, in his capacity as chief magistrate, had caused a mutineer to be shoved out an airlock, there to rupture his lungs in the vacuum of space, drown in his own blood

Pollux made a face. “Grandpa,” he inquired, “how would you like to be spaced?” “No future in it. Thin stuff, vacuum. Low vitamin content”

“Maybe we had better be careful not to irritate Dad. This “captain” pose has gone to his head.”

“It’s no pose. Once we raise ship it’s legal as church on Sunday. But Dad won’t space us, no matter what we do.”

“Don’t count on it. Dad is a very tough hombre when he forgets that he’s a loving father” “Junior, you worry too much.”

“So? When you feel the pressure drop remember what I said.”

It had been early agreed that the ship could not stay the Cherub. There had been no such agreement on what the new name should be. After several noisy arguments Dr. Stone, who herself had no special preference, suggested that they place a box on the dining table into which proposed names might be placed without debate. For one week the slips accumulated; then the box was opened.

Dr. Stone wrote them down:

Dauntless                       Icarus

Jabberwock                    Susan B. Anthony

H. M. S. Pinafore             Iron Duke

The Clunker Morning Star Star Wagon Tumbleweed

Go-Devil                        Oom Paul

Onward                         Viking

One would think,” Roger grumbled, “that with all the self-declared big brains there are around this table someone would show some originality. Almost every name on the list can be found in the Big Register – half of them for ships still in commission. I move we strike out those tired, second- hand, wed-before names and consider only fresh ones.”

Hazel looked at him suspiciously. “What ones will that leave?” “Well -”

“You’ve looked them up, haven’t you? I thought I caught you sneaking a look at the slips before breakfast.” “Mother, “your allegation is immaterial, irrelevant, and unworthy of you.”

“But true. Okay; let’s have a vote. Or does someone want to make a campaign speech?”

Dr. Stone rapped on the table with her thimble. “We’ll vote. I’ve still got a medical association meeting to get to tonight.” As chairman she ruled that any name receiving less than two votes in the first round would be eliminated. Secret ballot was used; when Meade canvassed the vote, seven names had gotten one vote each, none had received two.

Roger Stone pushed back his chair. “Agreement from this family is too much to expect . I’m going to bed. Tomorrow morning I’m going to register her as the R. S. Deadlock.

Daddy, you wouldn’t!” Meade protested.

“Just watch me. The R. S. Hair Shirt might be better. Or the R. S. Madhouse. Not bad,” agreed Hazel. “It sounds like us. Never a dull moment.”

“I, for one,” retorted her son, “could stand a little decent monotony.” “Rubbish! We thrive on trouble. Do you want to get covered with moss?” “What’s “moss”, Grandma Hazell?” Lowell demanded.

“Huh? It’s. . . well, it’s what rolling stones don’t gather.”

Roger snapped his fingers. “Hazel, you’ve just named the ship.” “Eh? Come again.”

“The Rolling Stones. No, the Rolling Stone.”

Dr. Stone glanced up. “I like that, Roger.” “Meade?”

“Sounds good, Daddy.” “Hazel?”

“This is one of your brighter days, son.”

“Stripped of the implied insult, I take it that means “yes.”“

“I don’t like it,” objected Pollux. “Castor and I plan to gather quite a bit of moss.”

“It’s four to three, even if you get Buster to go along with you and your accomplice. Overruled. The Roiling Stone it is.”

Despite their great sizes and tremendous power spaceships are surprisingly simple machines. Every technology goes through three stages: first, a crudely simple and quite unsatisfactory gadget; second, an enormously complicated group of gadgets designed to overcome the shortcomings of the original and achieving thereby somewhat satisfactory performance through extremely complex compromise; third, a final stage of smooth simplicity and efficient performance based on correct under-standing of natural laws and proper design therefrom.

In transportation, the ox cart and the rowboat represent the first stage of technology.

The second stage might well be represented by the automobiles of the middle twentieth century just before the opening of interplanetary travel. These unbelievable museum pieces were for the time fast, sleek and powerful -. but inside their skins were assembled a preposterous collection of mechanical buffoonery. The prime mover for such a juggernaut might have rested in one’s lap; the rest of the mad assembly consisted of afterthoughts intended to correct the uncorrectable, to repair the original basic mistake in design – for automobiles and even the early aeroplanes were ‘powered’ (if one may call it that) by ‘reciprocating engines.”

A reciprocating engine was a collection of miniature heat engines using (in a basically inefficient cycle) a small percentage of an exothermic chemical reaction, a reaction which was started and stopped every split second. Much of the heat was intentionally thrown away into a ‘water jacket’ or ‘cooling system,” then wasted into the atmosphere through a heat exchanger.

What little was left caused blocks of metal to thump foolishly back-and-forth (hence the name ‘reciprocating’) and thence through a linkage to cause a shaft and flywheel to spin around. The flywheel (believe it if you can) had no gyroscopic function; it was used to store kinetic energy in a futile attempt to cover up the sins of reciprocation. The shaft at long last caused wheels to turn and thereby propelled this pile of junk over the countryside.

The prime mover was used only to accelerate and to overcome ‘friction’ – a concept then in much wider engineering use. To decelerate, stop, or turn the heroic human operator used their own muscle power, multiplied precariously through a series of levers.

Despite the name ‘automobile’ these vehicles had no autocontrol circuits; control, such as it was, was exercised second by second for hours on end by a human being peering out through a small pane of dirty silica glass, and judging unassisted and often disastrously his own motion and those of other objects. In almost all cases the operator had no notion of the kinetic energy stored in his missile and could not have written the basic equation. Newton’s Laws of Motion were to him mysteries as profound as the meaning of the universe.

Nevertheless millions of these mechanical jokes swarmed over our home planet, dodging each other by inches or failing to dodge. None of them ever worked right; by their nature they could not work right; and they were constantly getting out of order. Their operators were usually mightily pleased when they worked at all. When they did not, which was every few hundred miles (hundred, not hundred thousand) they hired a member of a social class of arcane specialists to make inadequate and always expensive temporary repairs.

Despite their mad shortcomings, these ‘automobiles’ were the most characteristic form of wealth and the most cherished possessions of their time. Three whole generations were slaves to them.

The Rolling Stone was the third stage of technology. Her power plant was nearly 100% efficient, and, save for her gyro-scopes, she contained almost no moving parts – the power plant used no moving parts at all; a rocket engine is the simplest of all possible heat engines. Castor and Pollux might have found themselves baffled by the legendary Model-T Ford automobile, but the Roiling Stone was not nearly that complex, she was

merely much larger. Many of the fittings they had to handle were very massive, but the Moon’s one-sixth gravity was an enormous advantage; only occasionally did they have to resort to handling equipment.

Having to wear a vacuum suit while doing mechanic’s work was a handicap but they were not conscious of it. They had worn space suits whenever they were outside the pressurised underground city since before they could remember; they worked in them and wore them without thinking about them, as their grandfather had worn overalls. They conducted the entire overhaul without pressurising the ship because it was such a nuisance to have to be forever cycling an airlock, dressing and undressing, whenever they wanted anything outside the ship.

An IBM company representative from the city installed the new ballistic computer and ran it in, but after he had gone the boys took it apart and checked it throughout themselves, being darkly suspicious of any up-check given by a manufacturer’s employee. The ballistic computer of a space ship has to be right; without perfect performance from it a ship is a mad robot, certain to crash and kill its passengers. The new computer was of the standard ‘I-tell-you-three-times’ variety, a triple brain each third of which was capable of solving the whole problem; if one triplet failed, the other two would out-vote it and cut it off from action, permitting thereby at least one perfect landing and a chance to correct the failure.

The twins made personally sure that the multiple brain was sane in all its three lobes, then, to their disgust, their father and grandmother checked everything that they had done.

The last casting had been x-rayed, the last metallurgical report had been received from the spaceport laboratories, the last piece of tubing had been reinstalled and pressure tested; it was time to move the Rolling Stone from Dan Ekizian’s lot to the port, where a technician of the Atomic Energy Commission – a grease monkey with a Ph.D – would install and seal the radioactive bricks which fired her ‘boiler.” There, too, she would take on supplies and reactive mass, stablised mon-atomic hydrogen; in a pinch the Rolling Stone could eat anything, but she performed best on ‘single-H.”

The night before the ship was to be towed to the spaceport the twins tackled their father on a subject dear to their hearts – money. Castor made an indirect approach. “See here, Dad, we want to talk with you seriously.”

“So? Wait till I phone my lawyer.”

“Aw, Dad! Look, we just want to know whether or not you’ve made up your mind where we are going?”

“Eh? What do you care? I’ve already promised you that it will be some place new to you. We won’t go to Earth, nor to Venus, not this trip.” “Yes, but where?

I may just close my eyes, set up a prob on the computer by touch, and see what happens. If the prediction takes us close to any rock bigger than the ship, we’ll scoot off and have a look at it. That’s the way to enjoy travelling.”

Pollux said, “But, Dad, you can’t load a ship if you don’t know where it’s going.”

Castor glared at him; Roger Stone stared at him. “Oh,” he said slowly, “I begin to see. But don’t worry about it. As skipper, it is my responsibility to see that we have whatever we need aboard before we blast.”

Dr. Stone said quietly, “Don’t tease them, Roger.” “I’m not teasing.”

“You’re managing to tease me, Daddy,” Meade said suddenly. “Let’s settle it. I vote for Mars.” Hazel said, “The deuce it ain’t!”

“Pipe down, Mother. Time was, when the senior male member of a family spoke, everybody did what he -” “Roger, if you think I am going to roll over and play dead-”

“I said, “pipe down.” But everybody in this family thinks it’s funny to try to get around Pop. Meade sweet-talks me. The twins fast-talk me. Buster yells until he gets what he wants. Hazel bullies me and pulls seniority.” He looked at his wife. “You, too, Edith. You give in until you get your own way.”

“Yes, dear.”

“See what I mean? You all think papa is a schnook. But I’m not. I’ve got a soft head, a pliable nature, and probably the lowest I.Q. in the family, but this clambake is going to be run to suit me.”

“What’s a clambake?” Lowell wanted to know. “Keep your child quiet, Edith.”

“Yes, dear.”

“I’m going on a picnic, a wanderjahr. Anyone who wants to come along is invited. But I refuse to deviate by as much as a million miles from whatever trajectory suits me. I bought this ship from money earned in spite of the combined opposition of my whole family; I did not touch one thin credit of the money I hold in trust for our two young robber barons – and I don’t propose to let them run the show.”

Dr. Stone said quietly, “They merely asked where we were going. I would like to know, too.” “So they did. But why? Castor, you want to know so that you can figure a cargo, don’t you?”

“Well – yes. Anything wrong with that? Unless we know what market we’re taking it to, we won’t know what to stock.” “True enough. But I don’t recall authorising any such commercial ventures. The Rolling Stone is a family yacht.” Pollux cut in with, “For the love of Pete, Dad! With all that cargo space just going to waste, you’d think that -”

“An empty hold gives us more cruising range.” “But -”

“Take it easy. This subject is tabled for the moment. What do you two propose to do about your education?”

Castor said, “I thought that was settled. You said we could go along.”

“That part is settled. But we’ll be coming back this way in a year or two. Are you prepared to go down to Earth to school then – and stay there – until you get your degrees?”

The twins looked at each other; neither one of them said anything. Hazel butted in: “Quit being so offensively orthodox, Roger. I’ll take over their education. I’ll give them the straight data. What they taught me in school darn near ruined me, before I got wise and started teaching myself.”

Roger Stone looked bleakly at his mother. “You would teach them, all right. No, thanks, I prefer a somewhat more normal approach.” “”Normal!” Roger, that’s a word with no meaning.”

“Perhaps not, around here. But I’d like the twins to grow up as near normal as possible.”

“Roger, have you ever met any normal people? I never have. The so-called normal man is a figment of the imagination; every member of the human race, from Jojo the cave man right down to that final culmination of civilisation, namely me, has been as eccentric as a pet coon – once you caught him with his mask off.”

“I won’t dispute the part about yourself.”

“It’s true for everybody. You try to make the twins “normal” and you’ll simply stunt their growth.” Roger Stone stood up. “That’s enough. Castor, Pollux – come with me. Excuse us, everybody.” “Yes, dear.”

“Sissy,” said Hazel. “I was just warming up to my rebuttal.” He led them into his study, closed the door. “Sit down.”

The twins did so. “Now we can settle this quietly. Boys, I’m quite serious about your education. You can do what you like with your lives – turn pirate or get elected to the Grand Council. But I won’t let you grow up ignorant.”

Castor answered, “Sure, Dad, but we do study. We study all the time. You’ve said yourself that we are better engineers than half the young snots that come up from Earth.”

“Granted. But it’s not enough. Oh, you can learn most things on your own but I want you to have a formal, disciplined, really sound grounding in mathematics.”

“Huh? Why, we cut our teeth on differential equations!”

Pollux added, “We know Hudson’s Manual by heart We can do a triple integration in our heads faster than Hazel can. If there’s one thing we do

know, it’s mathematics.”

Roger Stone shook his head sadly. “You can count on your fingers but you can’t reason. You probably think that the interval from zero to one is the same as the interval from ninety-nine to one hundred.”

“Isn’t it?”

“Is it? If so, can you prove it?” Their father reached up to the spindles on the wall, took down a book spool, and inserted it in the to his study projector. He spun the selector, stopped with a page displayed on the wall screen. It was a condensed chart of fields of mathematics invented, thus far by the human mind. “Let’s see you find your way around that page.”

The twins blinked at it. In the upper left-hand corner of the chart they spotted the names of subjects they had studied; the rest of the array was unknown territory; in most cases they did not even recognise the names of the subjects. In the ordinary engineering forms of the calculus they actually were adept; they had not been boasting. They knew enough of vector analysis to find their way around unassisted in electrical engineering and electronics; they knew classical geometry and trigonometry well enough for the astrogating of a space ship, and they had had enough of non- Euclidean geometry, tensor calculus, statistical mechanics, and quantum theory to get along with an atomic power plant

But it had never occurred to them that they had not yet really penetrated the enormous and magnificent field of mathematics. “Dad,” asked Pollux in a small voice, “what’s a “hyperideal”?”

“Time you found out.”

Castor looked quickly at his father. “How many of these things have you studied, Dad?” “Not enough. Not nearly enough. But my sons should know more than I do.”

It was agreed that the twins would study mathematics intensively the entire time the family was in space, and not simply under the casual supervision of their father and grandmother but formally and systematically through I.C.S. correspondence courses ordered up from Earth. They

would take with them spools enough to keep them busy for at least a year and mail their completed lessons from any port they might touch. Mr.

Stone was satisfied, being sure in his heart that any person skilled with mathematical tools could learn anything else he needed to know, with or without a master.

“Now, boys, about this matter of cargo-”

The twins waited; he went on: “I’ll lift the stuff for you -” “Gee, Dad, that’s swell!”

“- at cost.”

“You figure it and I’ll check your figures. Don’t try to flummox me or I’ll stick on a penalty. If you’re going to be businessmen, don’t confuse the vocation with larceny.”

“Right, sir. Uh. . . we still can’t order until we know where we are going.” “True. Well, how would Mars suit you, as the first stop?”

“Mars?” Both boys got far-away looks in their eyes; their lips moved soundlessly. “Well? Quit figuring your profits; you aren’t there yet”

“Mars? Mars is fine, Dad!”

“Very well. One more thing: fail to keep up your studies and I won’t let you sell a tin whistle.”

“Oh, we’ll study!” The twins ‘got out while they were ahead. Roger Stone looked at the closed door with a fond smile on his face, an expression he rarely let them see, Good boys! Thank heaven he hadn’t been saddled with a couple of obedient, well-behaved little nincompoops!

When the twins reached their own room Castor got down the general catalog of Four Planets Export. Pollux said, “Cas?” “Don’t bother me.”

“Have you ever noticed that Dad always gets pushed around until he gets his own way?” “Sure. Hand me that slide rule.”

III   – BICYCLES AND BLAST-OFF

The Rolling Stone was moved over to the spaceport by the port’s handling & spotting crew – over the protests of the twins, who wanted to rent a tractor and dolly and do it themselves. They offered to do so at half price, said price to be applied against freightage on their trade goods to Mars.

“Insurance?” inquired their father. “Well, not exactly,” Pol answered.

“W’e’d carry our own risk,” added Castor. “After all, we’ve got assets to cover it.”

But Roger Stone was not to be talked into it; he preferred, not unreasonably, to have the ticklish job done by bonded professionals. A spaceship on the ground is about as helpless and unwieldly as a beached whale. Sitting on her tail fins with her bow pointed at the sky and with her gyros dead a ship’s precarious balance is protected by her lateral jacks, slanting down in three directions. To drag her to a new position requires those jacks to be raised clear of the ground, leaving the ship ready to topple, vulnerable to any jar. The Rolling Stone had to be moved thus through a pass in the hills to the port ten miles away. First she was jacked higher until her fins were two feet off the ground, then a broad dolly was backed under her; to this she was clamped. The bottom handler ran the tractor; the top handler took position in the control room. With his eyes on a bubble level, his helmet hooked by wire phone to his mate, he nursed a control stick which let him keep the ship upright. A hydraulic mercury capsule was under each fin of the ship; by tilting the stick the top handler could force pressure into any capsule to offset any slight irregularity in the road.

The twins followed the top handler up to his station. “Looks easy,” remarked Pol while the handler tested his gear with the jack still down.

“It is easy,” agreed the handler, “provided you can out-guess the old girl and do the opposite of what she does – only do it first. Get out now; we’re ready to start.”

“Look, Mister,” said Castor, we want to learn how. We’ll hold still and keep quiet.”

“Not even strapped down – you might twitch an eyebrow and throw me half a degree off.” “Well, for the love of Pete!” complained Pollux. “Whose ship do you think this is?”

“Mine, for the time being,” the man answered without rancor. “Now do you prefer to climb down, or simply be kicked clear of the ladder?”

The twins climbed out and clear, reluctantly but promptly. The Rolling Stone, designed for the meteoric speeds of open space, took off for the spaceport at a lively two miles an hour. It took most of a Greenwich day to get her there. There was a bad time in the pass when a slight moonquake set her to rocking, but the top handler had kept her jacks lowered as far as the terrain permitted. She bounced once on number-two jack, then he caught her and she resumed her stately progress.

Seeing this, Pollux admitted to Castor that he was glad they had not gotten the contract. He was beginning to realise that this was an estoric skill, like glassblowing or chipping flint arrowheads. He recalled stories of the Big Quake of ’31 when nine ships had toppled.

No more temblors were experienced save for the microscopic shivers Luna continually experiences under the massive tidal strains of her eighty- times-heavier cousin Terra. The Rolling Stone rested at last on a launching flat on the east side of Leyport, her jet pointed down into splash baffles. Fuel bricks, water, and food, and she was ready to go – anywhere.

The mythical average man needs three and a half pounds of food each day, four pounds of water (for drinking, not washing), and thirty-four pounds of air. By the orbit most economical of fuel, the trip to Mars from the Earth-Moon system takes thirty-seven weeks. Thus it would appear that the seven rolling Stones would require some seventy-five thousand pounds of consumable supplies for the trip, or about a ton a week.

Fortunately the truth was brighter or they would never have raised ground. Air and water in a space ship can be used over and over again with suitable refreshing, just as they can be on a planet. Uncounted trillions of animals for uncounted millions of years have breathed the air of Terra and drunk of her streams, yet air of Earth is still fresh and her rivers still run full. The Sun sucks clouds up from the ocean brine and drops it as sweet  rain; the plants swarming over the cool green hills and lovely plains of Earth take the carbon dioxide of animal exhalation from the winds and convert it into carbohydrates, replacing it with fresh oxygen.

With suitable engineering a spaceship can be made to behave in the same way.

Water is distilled; with a universe of vacuum around the ship, low-temperature, low-pressure distillation is cheap and easy. Water is no problem – or, rather, shortage of water is no problem. The trick is to get rid of excess, for the human body creates water as one of the by-prodncts of its metabolism, in ‘burning’ the hydrogen in food. Carbon dioxide can be replaced by oxygen through ‘soilless’ gardening’ – hydroponics. Short-jump ships, such as the Earth-Moon shuttles, do not have such equipment, any more than a bicycle has staterooms or a galley, but the Rolling Stone, being a deep-space vessel, was equipped to do these things.

Instead of forty-one and a half pounds of supplies per person per day the Rolling Stone could get along with two; as a margin of safety and for luxury she carried about three, or a total of about eight tons, which included personal belongings. They would grow their own vegetables en route; most foods carried along would be dehydrated. Meade wanted them to carry shell eggs, but she was overruled both by the laws of physics and her mother – dried eggs weigh so very much less.

Baggage included a tossed salad of books as well as hundreds of the more usual flim spools. The entire family, save the twins tended to be old-

fashioned about books; they liked books with covers, volumes one could hold in the lap. Film spools were not quite the same.

Roger Stone required his sons to submit lists of what they proposed to carry to Mars for trade. The first list thus submitted caused him to call them into conference. “Castor, would you mind explaining this proposed manifest to me?”

“Huh? What is there to explain? Pol wrote it up. I thought it was clear enough.” “I’m afraid it’s entirely too clear. Why all this copper tubing?”

“Well, we picked it up as scrap. Always a good market for copper on Mass.” “You mean you’ve already bought it?”

“Oh, no. We just put down a little to hold it.” “Same for the valves and fittings I suppose?” “Yes, sir.”

“That’s good. Now these other items – cane sugar, wheat, dehydrated potatoes, polished rice. How about those?” Pollux answered. “Cas thought we ought to buy hardware; I favored foodstuffs. So compromised.”

“Why did you pick the foods you did?”

“Well, they’re all things they grow in the city’s air-conditioning tanks, so they’re cheap. No Earth imports on the list, you noticed.” “I noticed.”

“But most of the stuff we raise here carries too high a percentage of water. You wouldn’t want to carry cucumbers to Mars, would you?”      “I don’t want to carry anything to Mars; I’m just going for the ride.” Mr. Stone put down the cargo list, picked up another. “Take a look at this.” Pollux accepted it gingerly. “What about it?”

“I used to be a pretty fair mechanic myself. I got to wondering just what one could build from the ‘hardware’ you two want to ship. I figure I could build a fair-sized still. With the “foodstuffs” you want to take a man would be in a position to make anything from vodka to grain alcohol. But I don’t suppose you two young innocents noticed that?”

Castor looked at the list. “Is that so?”

“Hmm – Tell me: did you plan to sell this stuff to the government import agency, or peddle it on the open market?” “Well, Dad, you know you can’t make much profit unless you deal on the open market.”

“So I thought. You didn’t expect me to notice what the stuff was good for – and you didn’t expect the customs agents on Mars to notice, either.” He looked them over. “Boys, I intend to try to keep you out of prison until you are of age. After that I’ll try to come to see you. each visiting day.” He chucked the list back at them. “Guess again. And bear in mind that we raise ship Thursday – and that I don’t care whether we carry cargo or not.”

Pollux said, “Oh, for pity’s sake, Dad! Abraham Lincoln used to sell whiskey. They taught us that in history. And Winston Churchill used to drink it.” “And George Washington kept slaves,” his father agreed. “None of which has anything to do with you two. So scram!”

They left his study and passed through the living room; Hazel was there. She cocked a brow at them. “Did you get away with it?” “No.”

She stuck out a hand, palm up. “Pay me. And next time don’t bet that you can outsmart your Pop. He’s my boy.”

Cas and Pol settled on bicycles as their primary article of export. On both Mars and Luna prospecting by bicycle was much more efficient than prospecting on foot; on the Moon the old-style rock sleuth with nothing but his skis and Shank’s ponies to enable him to scout the area where he  had landed his jumpbug had almost disappeared; all the prospectors took bicycles along as a matter of course, just as they carried climbing ropes and spare oxygen. In the Moon’s one-sixth gravity it was an easy matter to shift the bicycles to one’s back and carry it over any obstacle to further progress.

Mars’ surface gravity is more than twice that of Luna, but it is still only slightly more than one-third Earth normal, and Mars is a place of flat plains and very gentle slopes; a cyclist could maintain fifteen to twenty miles an hour. The solitary prospector, deprived of his traditional burro, found the bicycle an acceptable and reliable, if somewhat less congenial, substitute. A miner’s bike would have looked odd in the streets of Stockholm; over- sized wheels, doughnut sand tires, towing yoke and trailer, battery trickle charger, two-way radio, saddle bags, and Geiger-counter mount made it not the vehicle for a spin in the perk – but on Mars or on the Moon it fitted its purpose the way a canoe fits a Canadian stream.

Both planets imported their bicycles from Earth – until recently. Lunar Steel Products Corporation had lately begun making steel tubing, wire, and extrusions from native ore; Sears & Montgomery had subsidised an assembly plant to manufacture miner’s bikes on the Moon under the trade

name ‘Lunocycle’ and Looney bikes, using less than twenty per cent. by weight of parts raised up from Earth, undersold imported bikes by half.

Castor and Pollux decided to buy up second-hand bicycles which were consequently flooding the market and ship them to Mars. In interplanetary trade cost is always a matter of where a thing is gravity-wise – not how far away. Earth is a lovely planet but all her products lie at the bottom of a very deep ‘gravity well,” deeper than that of Venus, enormously deeper than Luna’s. Although Earth and Luna average exactly the same distance from Mars in miles, Luna is about five miles per second ‘closer’ to Mars in terms of fuel and shipping cost.

Roger Stone released just enough of their assets to cover the investment. They were still loading their collection of tired bikes late Wednesday afternoon, with Cas weighing them in, Meade recording for him, and Pol hoisting. Everything else had been loaded; trial weight with the crew aboard would be taken by the port weightmaster as soon as the bicycles were loaded Roger Stone supervised the stowing, he being personally responsible for the ship being balanced on take off.

Castor and he went down to help Pol unload the last flat. “Some of these seem hardly worth shipping,” Mr. Stone remarked. “Junk, if you ask me,” added Meade.

“Nobody asked you,” Pol told her.

“Keep a civil tongue in your head,” Meade answered sweetly, “or go find yourself another secretary.”

“Stow it, Junior,” admonished Castor. “Remember she’s working free. Dad, I admit they aren’t much to look at, but wait a bit. Pol and I will overhaul them and paint them in orbit. Plenty of time to do a good job – like new.”

“Mind you don’t try to pass them off as new. But it looks to me as if you had taken too big a bite. When we get these inside and clamped down, there won’t be room enough in the hold to swing a cat, much less do repair work. If you were thinking of monopolising the living space, consider it vetoed.”

“Why would anyone want to swing a cat?” asked Meade. “The cat wouldn’t like it. Speaking of that, why don’t we take a cat?” “No cats,” her father replied. “I travelled with a cat once and I was in executive charge of its sand box. No cats.”

“Please, Cap’n Daddy! I saw the prettiest little kitten over at the Haileys’ yesterday and -”

“No cats. And don’t call me “Captain Daddy.” One or the other, but the combination sounds silly.” “Yes, Captain Daddy.”

“We weren’t planning on using the living quarters.” Castor answered. “Once we are in orbit we’ll string ’em outside and set up shop in the hold. Plenty of room.”

A goodly portion of Luna City came out to see them off. The current mayor, the Honorable Thomas Beasley, was there to say good-by to Roger Stone; the few surviving members of the Founding Fathers turned out to honor Hazel. A delegation from the Junior League and what appeared to be approximately half of the male members of the senior class of City Tech showed up to mourn Meade’s departure. She wept and hugged them all, but kissed none of them; kissing while wearing a space suit is a futile, low-caloric business.

The twins were attended only by a dealer who wanted his payment and wanted it now and wanted it in full.

Earth hung in half phase over them and long shadows of the Obelisk Mountains stretched over most of the field. The base of the Rolling Stone was floodlighted; her slender bow thrust high above the circle of brightness. Beyond her, masking the far side of the field, the peaks of Rodger Young Range were still shining in the light of the setting Sun. Glorious Orion glittered near Earth; north and east of it, handle touching the horizon, was the homely beauty of the Big Dipper. The arching depth of sky and the mighty and timeless monuments of the Moon dwarfed the helmeted, squatty figures at the base of the spaceship.

A searchlight on the distant control tower pointed at them; blinked red three times. Hazel turned to her son. “Thirty minutes, Captain.”

“Right.” He whistled into his microphone. “Silence, everyone! Please keep operational silence until you are underground Thanks for coming, everybody. Good-by!”

“Bye, Rog!” “Good trip, folks!” “Aloha!”

“Hurry back”

Their friends started filing down a ramp mto one of the field tunnels; Mr. Stone turned to his family. “Thirty minutes. Man the ship!” “Aye aye, sir.”

Hazel started up the ladder with Pollux after her. She stopped suddenly, backed down and stepped on his fingers. “Out of my way, youngster!” She jumped down and ran toward the group disappearing down the ramp. “Hey, Tom! Beasley! Wait! Half a mo-”

The mayor paused and turned around; she thrust a package into his hand. “Mail this stuff for me?” “Certainly, Hazel.”

“That’s a good boy. ‘Bye!”

She came back to the ship; her son inquired, “What was the sudden crisis, Hazel?”

“Six episodes. I stay up all night getting them ready. . . then I didn’t even notice I still had ’em until I had trouble climbing with one hand.” “Sure your head’s on tight?”

“None of your lip, boy.” “Get in the ship.”

“Aye aye, sir.”

Once they were all inboard the port’s weightmaster made his final check, reading the scales on the launching flat under each fin, adding them together. “Two and seven-tenths pounds under, Captain. Pretty close figuring.” He fastened trim weights in that amount to the foot of the ladder. “Take it up.”

“Thank you, sir.” Roger Stone hauled up the ladder, gathered in the trim weights, and closed the door of the air lock. He let himself into the ship proper, closed and dogged the inner door behind him, then stuck his head up into the control room. Castor was already in the co-pilot’s couch. “Time?”

“Minus seventeen minutes, Captain.”

“She tracking?” He reached out and set the trim weights on a spindle at the central axis of the ship.

“Pretty as could be.” The main problem and the exact second of departure had been figured three weeks earlier; there is only one short period every twenty-six months when a ship may leave the Luna-Terra system for Mars by the most economical orbit. After trial weight had been taken the day before Captain Stone had figured his secondary problem, i.e., how much thrust for how long a period was required to put this particular ship into that orbit. It was the answer to this second problem which Castor was now tracking in the automatic pilot.

The first leg of the orbit would not be towards Mars but toward Earth, with a second critical period, as touchy as the take off, as they rounded Earth. Captain Stone frowned at the thought, then shrugged; that worry had to come later. “Keep her tracking. I’m going below.”

He went down into the power room, his eyes glancing here and there as he went. Even to a merchant skipper, to whom it is routine, the last few minutes before blast-off are worry making. Blast-off for a spaceship has a parachute-jump quality; once you jump it is usually too late to correct any oversights. Space skippers suffer nightmares about misplaced decimal points.

Hazel and Pollux occupied the couches of the chief and assistant. Stone stuck his head down without going down. “Power Room?” “She’ll be ready. I’m letting her warm slowly.”

Dr. Stone, Meade, and Buster were riding out the lift in the bunkroom, for company; he stuck his head in. “Everybody okay?”

His wife looked up from her couch. “Certainly, dear. Lowell has had his injection.” Buster was stretched out on his back, strapped down and sleeping. He alone had never experienced acceleration thrust and free falling; his mother had decided to drug him lest he be frightened.

Roger Stone looked at his least son. “I envy him.” Meade sat up. “Head pretty bad, Daddy?”

“I’ll live. But today I regard farewell parties as much overrated affairs, especially for the guest of honor.” The horn over his head said in Castor’s voice, “Want me to boost her, Dad? I feel fine.”

“Mind your own business, co-pilot. She still tracking?” “Tracking, sir. Eleven minutes.”

Hazel’s voice came out of the horn. ” ‘The wages of sin are death’.”

“Look who’s talking! No more unauthorised chatter over the intercom. That’s an order.” “Aye aye, Captain.”

He started to leave; his wife stopped him. “I want you to take this, dear.” She held out a capsule. “I don’t need it.”

“Take it.”

“Yes, Doctor darling.” He swallowed it, made a face, and went up to the control room. As he climbed into his couch he said, “Call tower for clearance.”

“Aye aye, sir. Rolling Stone, Luna City registry, to Tower – request clearance to lift according to approved plan.” “Tower to Rolling Stone – you are cleared to lift”

Rolling Stone to Tower – roger!” Castor answered. Captain Stone looked over his board. All green, except one red light from power room which would not wink green until he told his mother to unlock the safety on the cadmium damper plates. He adjusted the microvernier on his tracking indicator, satisfied himself that the auto-pilot was tracking to perfection as Castor had reported. “All stations, report in succession -power room !”

“She’s sizzling, Skipper!” came back Hazel’s reply. “Passengers!”

“We’re ready, Roger.” “Co-pilot!”

“Clear and green, sir! Check off completed. Five minutes.” “Strap down and report!”

“Power gang strapped.” – “We’re strapped, dear.” – “Strapped, sir all stations.” “Power room, unlock for lift.”

The last red light on his board winked green as Hazel reported, “Power board unlocked, Skipper. Ready to blast.” Another voice followed hers, more softly: “Now I lay me down to sleep -”

“Shut up, Meade!” Roger Stone snapped. “Co-pilot, commence the count!”

Castor started singsonging: “Minus two minutes ten. . . minus two minutes. . . minus one minute fifty. . . minus one minute forty -”

Roger Stone felt his blood begin to pound and wished heartily that he had had the sense to come home early, even if the party had been in his honor.

“Minus one minute!. . . minus fifty-five. . . minus fifty -”

He braced his right hand with his forefinger over the manual firing key, ready to blast if the auto-pilot should fail – then quickly took it away. This was no military vessel! If it failed to fire, the thing to do was to cancel – not risk his wife and kids with imperfect machinery. After all, he held only a private license – “Minus thirty-five. . . half minute!”

His head felt worse. Why leave a warm apartment to bounce around in a tin covered wagon? “Twenty-eight, twentysevn, twenty-six -”

Well, if anything went wrong, at least there wouldn’t be any little orphans left around. The whole Stone family was here, root and branch. The rolling Stones –

“Nineteen. . . eighteen. . . seventeen -,

He didn’t fancy going back and meeting all those people who had just come out to say good-by – telling them, “It’s like this: we swung and we missed -”

“Twelve! Eleven! and ten! and nine! “

He again placed his forefinger over the manual button, ready to stab. “And five!

And four!

And three! And two!

And – “ Castor’s chant was blanked out by the blazing ‘white noise’ of the jet; the Rolling Stone cast herself into the void.

  1. – BALLISIICS AND BUSTER

Blasting off from Luna is not the terrifying and oppressive experience that a lift from Earth is. The Moon’s field is so weak, her gravity well so shallow, that a boost of one-g would suffice – just enough to produce Earth-normal weight.

Captain Stone chose to use two gravities, both to save time and to save fuel by getting quickly away from Luna – “quickly’ because any reactive mass spent simply to hold a spaceship up against the pull of a planet is an ‘overhead’ cost; it does nothing toward getting one where one wants to go. Furthermore, while the Rolling Stone would operate at low thrust she could do so only by being very wasteful of reactive mass, i.e., by not letting the atomic pile heat the hydrogen hot enough to produce a really efficient jet speed.

So he caused the Stone to boost at two gravities for slightly over two minutes. Two gravities – a mere nothing! The pressure felt by a wrestler pinned to the mat by the body of his opponent – the acceleration experienced by a child in a school-yard swing – hardly more than the push resulting from standing up very suddenly.

But the Stone family had been living on Luna; all the children had been born there – two gravities was twelve times what they were used to.

Roger’s headache, which had quieted under the sedative his wife had prescribed for him, broke out again with renewed strength. His chest felt caved in; he fought for breath and he had to read and reread the accelerometer to convince himself that the ship had not run wild.

After checking over his board and assuring himself that all was going according to plan even if it did feel like a major catastrophe he turned his head heavily. “Cas? You all right?”

Castor gasped, “Sure Skipper . . . tracking to flight plan.

“Very well, sir.” He turned his face to his inter-com link. “Edith -” There was no answer. “Edith

This time a strained voice replied, “Yes, dear.”

“Are you alright?”

Yes, dear. Meade and I. . . are all right. The baby is having a bad time.”

He was about to call the power room when Castor reminded him of the passage of time. “Twenty seconds! Nineteen! Eighteen -”

He tumed his eyes to the brennschluss timer and poised his hand on the cut-off switch, ready to choke the jet if the autopilot should fail. Across from him Castor covered him should he fail; below in the power room Hazel was doing the same thing, hand trembling over the cut-off.

As the timer flashed the last half second, as Castor shouted, “Brennschluss!, three hands slammed at three switches – but the autopilot had beaten them to it. The jet gasped as its liquid food was suddenly cut off from it; damper plates quenched the seeking neutrons in the atomic pile – and the Stone was in free orbit, falling toward Earth in a sudden, aching silence broken only by the whispering of the airconditioner.

Roger Stone reswallowed his stomach, “Power room!” he rasped. “Report!”

He could hear Hazel sighing heavily. “Okay, son,” she said feebly, “but mind that top step – it’s a dilly!” “Cas, call the port. Get a doppler check.”

“Aye aye, sir.” Castor called the radar & doppler station at Leyport. The Rolling Stone had all the usual radar and piloting instruments but a spaceship cannot possibly carry equipment of the size and accuracy of those mounted as pilot aids at all ports and satellite stations. “Rolling Stone to Luna Pilot – come in, Luna Pilot.” While he called he was warming up their own radar and doppler-radar, preparing to check the performance of their own instruments against the land-based standards. He did this without being told, it being a co-pilot’s routine duty.

Luna Pilot to Rolling Stone.”

Rolling Stone to Luna Pilot – request range, bearing and separation rate, and flight plan deviations, today’s flight fourteen – plan as field; no variations.”

“We’re on you. Stand by to record.”

“Standing by,” answered Castor and flipped the switch on the recorder. They were still so close to the Moon that the speed-of-light lag in transmission was unnoticeable.

A bored voice read off the reference time to the nearest half second, gave the double co-ordinates of their bearing in terms of system standard – corrected back to where the Moon had been at their blast-off – then gave their speed and distance relative to Luna with those figures also corrected back to where the Moon had been. The corrections were comparatively small since the Moon ambles along at less than two-thirds of a mile per second, but the corrections were utterly necessary. A pilot who disregarded them would find himself fetching up thousands or even millions of miles from his destination.

The operator added, “Deviation from flight plan negligible. A very pretty departure, Rolling Stone.”

Castor thanked him and signed off. “In the groove, Dad!” “Good. Did you get our own readings?”

“Yes, sir. About seven seconds later than theirs.”

“Okay. Run ’em back on the flight line and apply the vectors. I want a check.” He looked more closely at his son; Castor’s complexion was a delicate chartreuse. “Say, didn’t you take your pills?”

“Uh, yes, sir. It always hits me this way at first. I’ll be all right.” “You look like a week-old corpse.”

“You don’t look so hot yourself, Dad.”

“I don’t feel so hot, just between us. Can you work that prob, or do you want to sack in for a while?” “Sure I can!”

“Well. . . mind your decimal places.” “Aye aye, Captain.”

“I’m going aft.” He started to unstrap, saying into the intercom as he did so, “All hands, unstrap at will. Power room, secure the pile and lock your board.”

Hazel answered, “I heard the flight report, Skipper. Power room secured.” “Don’t anticipate my orders, Hazel – unless you want to walk back.”

She answered, “I expressed myself poorly, Captain. What I mean to say is, we are now securing the power room, as per your orders, sir. There – it’s done. Power room secured!”

“Very well, Chief.” He smiled grimly, having noted by the tell tales on his own board that the first report was the correct one; she had secured as soon as she had known they were in the groove. Just as he had feared: playing skipper to a crew of rugged individualists was not going to be a picnic. He grasped the centre stanchion, twisted around so that he faced aft and floated through the hatch into the living quarters.

He wiggled into the bunkroom and checked himself by a handhold. His wife, daughter, and least child were all unstrapped. Dr. Stone was manipulating the child’s chest and stomach. He could not see just what she was doing but it was evident that Lowell had become violently nauseated – Meade, glassy-eyed herself, was steadying herself with one hand and trying to clean up the mess with the other. The boy was still unconscious.

Roger Stone felt suddenly worse himself. “Good grief!” His wife looked over her shoulder. “Get my injection kit,” she ordered. “In the locker behind you. I’ve got to give him the antidote and get him awake. He keeps trying to swallow his tongue.”

He gulped. “Yes, dear, Which antidote?” “Neocaffeine – one c.c. Move!

He found the case, loaded the injector, handed it to Dr. Stone. She pressed it against the child’s side. “What else can I do?” he asked.

“Nothing.”

“Is he in any danger?”

“Not while I have an eye on him. Now get out and ask Hazel to come here.”

“Yes, dear. Right away.” He swam on aft, found his mother sitting in midair, looking pleased with herself. Pollux was still loosely secured to his control couch. “Everything all right back here?” he asked.

“Sure. Why not? Except my assistant, maybe. I believe he wants off at the next stop.” Pollux growled. “I’m feeling okay. Quit riding me.”

Roger Stone said, “Edith could use your help, Mother. Buster has thrown up all over the bunkroom.” “Why, the little devil! He didn’t have a thing to eat today; I rode herd on him myself.”

“You must have let him out of your sight for a few minutes, from the evidence. Better go give Edith a hand.”

“To hear is to obey, Master.” She kicked one heel against the bulkhead behind her and zipped out the hatch. Roger turned to his son.

“How’s it going?”

“I’ll be all right in a couple of hours. It’s just one of those things you have to go through with, like brushing your teeth.” “Check. I’d like to rent a small planet myself. Have you written up the engineering log?”

“Not yet.”

“Do so. It will take your mind off your stomach.” Roger Stone went forward again and looked into the bunkroom. Lowell was awake and crying; Edith had him sheeted to a bunk to give him a feeling of pressure and stability.

The child wailed, “Mama! Make it hold still Shush, dear. You’re all right. Mother is here,” “I want to go home!

She did not answer but caressed his forehead. Roger Stone backed hastily out and pulled himself forward.

By supper time all hands except Lowell were over the effects of free fall – a sensation exactly like stepping off into an open elevator shaft in the dark. Nevertheless no one wanted much to eat; Dr. Stone limited the menu to a clear soup, crackers, and stewed dried apricots. Ice cream was available but there were no takers.

Except for the baby none of them had any reason to expect more than minor and temporary discomfort from the change from planet-surface weight to the endless falling of free orbit. Their stomachs and the semicircular canals of their ears had been through the ordeal before; they were inured to it, salted.

Lowell was not used to it; his physical being rebelled against it, nor was he old enough to meet it calmly and without fear. He cried and made himself worse, alternating that with gagging and choking. Hazel and Meade took turns trying to quiet him. Meade finished her skimpy dinner and relieved the watch; when Hazel came into the control room where they were eating Roger Stone said, “How is he now?”

Hazel shrugged. “I tried to get him to play chess with me. He spat in my face.” “He must be getting better.”

“Not so you could notice it.”

Castor said, “Gee whiz, Mother, can’t you dope him up till he gets his balance?”

“No,” answered Dr. Stone, “I’m giving him the highest dosage now that his body mass will tolerate.” “How long do you think it will take him to snap out of it?” asked her husband.

“I can’t make a prediction. Ordinarily children adapt more readily than adults, as you know, dear – but we know also that some people never do adapt. They simply are constitutionally unable to go out into space.”

Pollux let his jaw sag. “You mean Buster is a natural-born groundhog?He made the word sound like both a crippling disability and a disgrace. “Pipe down,” his father said sharply.

“I mean nothing of the sort,” his mother said crisply. “Lowell is having a bad time but he may adjust very soon.”

There was glum silence for some minutes. Pollux refilled his soup bag, got himself some crackers, and eased back to his perch with one leg hooked around a stanchion. He glanced at Castor; the two engaged in a conversation that consisted entirely of facial expressions and shrugs. Their father looked at them and looked away; the twins often talked to each other that way; the code – if it was a code – could not be read by anyone else. He turned to his wife. “Edith, do you honestly think there is a chance that Lowell may not adjust?”

“A chance, of course.” She did not elaborate, nor did she need to. Spacesickness like seasickness does not itself kill, but starvation and exhaustion do.

Castor whistled. “A fine time to find it out, after it’s too late. We’re akeady in orbit for Mars.” Hazel said sharply. “You know better than that, Castor.”

“Huh?”

“Of course, dopy,” his twin answered. “We’ll have to tack back.’              1

“Oh.” Castor frowned. “I forgot for the moment that this was a two-legged jump.” He sighed. “Well, that’s that. I guess we go back.” There was one point and one only at which they could decide to return to the Moon. They were falling now toward Earth in a conventional ‘S-orbit” practically a straight line. They would pass very close to Earth in an hyperboloid at better than five miles per second, Earth relative. To continue to Mars they planned to increase this speed by firing the jet at the point of closest approach, falling thereby into an ellipsoid, relative to the Sun, which would let them fall to a rendezvous with Mars. They could reverse this maneuver, check their plunging progress by firing the jet against their motion and

thereby force the Stone into an ellipsoid relative to Earth, a curve which, if correctly calculated, would take them back to Luna, back home before their baby brother could starve or wear himself out with retching. “Yep, that’s that,” agreed Pollux. He suddenly grinned. “Anybody want to buy a load of bicycles? Cheap?”

“Don’t be in too big a hurry to liquidate,” his father told him, “but we appreciate your attitude. Edith, what do you think?” “I say we mustn’t take any chances,” announced Hazel. “That baby is sick.”

Dr. Stone hesitated: “Roger, how long is it to perigee?” He glanced at his control board. “About thirty-five hours.”

“Why don’t you prepare both maneuvers? Then we will not have to decide until it’s time to turn ship.”

“That makes sense, Hazel, you and Castor work the homing problem; Pol and I will work the Mars vector. First approximations only; we’ll correct when we’re closer. Everyone work independently, then we’ll swap and check. Mind your decimals!”

You mind yours.Hazel answered.

Castor gave his father a sly grin. “You picked the easy one, eh, Dad?” His father looked at him. “Is it too hard for you? Do you want to swap?” “Oh, no, Sir! I can do it.”

“Then get on with it – and bear in mind you are a crew member in space.” “Aye aye, sir.”

He had in fact ‘picked the easy one’; the basic tack-around-Earth-for-Mars problem had been solved by the big computers of Luna Pilot Station before they blasted off. To be sure, Luna Pilot’s answer would have to be revised to fit the inevitable errors, or deviations from flight plan, that would show up when they reached perigee rounding Earth – they might be too high, too low, too fast, too slow, or headed somewhat differently from the theoretical curve which had bem computed for them. In fact they could be sure to be wrong in all three factors; the tiniest of errors at blast-off had a quarter of a million miles in which to multiply.

But nothing could be done to compute the corrections for those errors for the next fifteen or twenty hours; the deviations had to be allowed to grow before they could be measured accurately.

But the blast back to shape an ellipsoid home to Luna was a brand-new, unpremeditated problem. Captain Stone had not refused it out of laziness; he intended to do both problems but had kept his intention to himself. In the meantime he had another worry; strung out behind him were several more ships, all headed for Mars. For the next several days there would be frequent departures from the Moon, all ships taking advantage of the one favorable period in every twenty-six months when the passage to Mars was relatively ‘cheap’, i.e., when the minimum-fuel ellipse tangent to both planet’s orbits would actually make rendezvous with Mars rather than arrive foolishly at some totally untenanted part of Mars’ orbit. Except for military vessels and super expensive passenger-ships, all traffic for Mars left at this one time.

During the four-day period bracketing the ideal instant of departure ships leaving Leyport paid a fancy premium for the privilege over and above the standard service fee. Only a large ship could afford such a fee; the saving in cost of single-H reactive mass had to be greater than the fee. The Rolling Stone had departed just before the premium charge went into effect; consequently she had trailing her like beads on a string a round dozen of ships, all headed down to Earth, to tack around her toward Mars.

If the Rolling Stone vectored back and shaped course for Luna rather than Mars, there was a possibility of traffic trouble.

Collisions between spaceships are almost unheard of; space is very large and ships are very tiny. But they are possible, particularly when many ships are doing much the same thing at the same time ia the same region of space. Spacemen won’t forget the Rising Star and the patrol vessel Trygve Lie – four hundred and seven dead, no survivors.

Ships for Mars would be departing Luna for the next three days and more; the Rolling Stone, in rounding Earth and heading back to Luna (toward where Luna would be on her arrival) would cut diagonally across their paths. Besides these hazards, there were Earth’s three radio- satellites and her satellite space station; each ship’s flight plan, as approved by Luna Pilot Station, took into consideration these four orbits, but the possible emergency maneuver of the Rolling Stone had had no such safety check. Roger Stone mentally chewed his nails at the possibility that Traffic Control might refuse permission for the Rolling Stone to change its approved flight plan – which they would do if there was the slightest possibility of collision, sick child or no.

And Captain Stone would ignore their refusal, risk collision and take his child home – there to lose his pilot’s license certainly and to face a stiff sentence from the Admiralty court possibly.

Besides the space station and the radio satellites there were the robot atom-bomb peace rockets of the Patrol, circling the Earth from pole to pole, but it was most unlikely that the Rolling Stone’s path would intersect one of their orbits; they moved just outside the atmosphere, lower than a spaceship was allowed to go other than in landing, whereas in order to tack the Rolling Stone would necessarily go inside the orbits of the radio satellites and that of the space station wait a minute – Roger Stone thought over that last idea. Would it be possible to match in with the space station instead of going back to Luna?

If he could, he could get Lowell back to weight a couple of days sooner – in the spinning part of the space station!

The ballistic computer was not in use; Castor and Hazel were still in the tedious process of setting up their problems. Captain Stone moved to it and started making a rough set-up directly on the computer itself, ignoring the niceties of ballistics, simply asking the machine, “Can this, or can this not, be done?”

Half an hour later he gave up, let his shoulders sag. Oh, yes, he could match in with the space station’s orbit – but at best only at a point almost a hundred degrees away from the station. Even the most lavish expenditure of reaction mass would not permit him to reach the station itself.

He cleared the computer almost violently. Hazel glanced toward him. “What’s eating you, son?” “I thought we might make port at the station. We can’t.”

“I could have told you that”

He did not answer but went aft. Lowell, he found, was as sick as ever.

Earth was shouldering into the starboard port, great and round and lovely; they were approaching her rapidly, less than ten hours from the critical point at which they must maneuver, one way or the other. Hazel’s emergency flight plan, checked and rechecked by the Captain, had been radioed to Traffic Control. They were all resigned to a return to Luna; nevertheless Pollux was, with the help of Quito Pilot, Ecuador, checking their deviations from the original flight plan and setting up the problem of preparing a final ballistic for Mars.

Dr. Stone came into the control room, poised near the hatch, caught her husband’s eye and beckoned him to come with her. He floated after her into their stateroom. “What is it?” he asked. “Is Lowell worse?”

“No, he’s better.” “Eh?”

“Dear, I don’t think he was spacesick at all.” “What’s that?”

“Oh, a little bit, perhaps. But I think his symptoms were largely allergy; I think he is sensitive to the sedative.” “Huh? I never heard of anyone being sensitive to that stuff before.”

“Neither have I, but there can always be a first time I withdrew the drug several hours ago since it did not seem to help him. His symptoms eased off gradually and his pulse is better now.”

“Is he okay? Is it. safe to go on to Mars?”

“Too early to say. I’d like to keep him under observation another day or two.”

“But – Edith, you know that’s impossible. I’ve got to maneuver.” He was wretched from strain and lack of sleep; neither had slept since blast-off more than twenty-four hours earlier.

“Yes, I know. Give me thirty minutes warning before you must have an answer. I’ll decide then.” “Okay. I’m sorry I snapped at you.”

“Dear Roger!”

Before they were ready to ’round the corner’ on their swing past Earth the child was much better. His mother kept him under a light hypnotic for several hours; when he woke from it he demanded food. She tried letting him have a few mouthfuls of custard; he choked on the first bite but that was simply mechanical trouble with no gravity – on the second bite he learned how to swallow and kept it down.

He kept several more down and was still insisting that he was starved when she made him stop. Then he demanded to be untied from the couch. His mother gave in on this but sent for Meade to keep him under control and in the bunk-room. She pulled herself forward and found her husband. Hazel and Castor were at the computer; Castor was reading off to her a problem program while she punched the keys; Pollux was taking a doppler reading on Earth. Edith drew Roger Stone away from them and whispered, “Dear, I guess we can relax. He has eaten – and he didn’t get sick.”

“Are you sure? I wouldn’t want to take even a slight chance.”

She shrugged. “How can I be sure? I’m a doctor, not a fortune-teller.” “What’s your decision?”

She frowned, “I would say to go on to Mars.”

“It’s just as well.” He sighed. “Traffic turned down my alternate flight plan. I was just coming back to tell you.”

“Then we have no choice.”

“You know better than that. I’d rather tell it to the judge than read the burial service. But I have one more card up my sleeve.”

She looked her query; he went on. “The War God is less than ten thousand miles behind us. If necessary, by using our mass margin, in less than

a week I could match with her and you and the baby could transfer. She’s a “tumbling. pigeon” since they refitted her – anything from Luna-surface to

a full gravity.”

“I hadn’t thought of that. Well, I don’t think it will be necessary but it’s a comfort to know that there is help close by.” She frowned. “I would not like to leave you and the children to shift for yourselves – and besides, it’s risky to use your margin; you may need it badly when we approach Mars.”

“Not if we handle the ship properly. Don’t you worry; Hazel and I will get it there if we have to get out and push.”

Pollux had stopped what he was doing and had been trying to overhear his parents’ conversation. He was unsuccessful; they had had too many years’ practice in keeping the kids from hearing. But he could see their intent expressions and the occasional frowns; he signaled his twin.

Castor said, “Hold it, Hazel. Time out to scratch. What goes, Pol?” “‘Now is the time for all good men”.” He nodded toward their parents. “Right. I’ll do the talking.” They moved aft.

Roger Stone looked at them and frowned. “What is it, boys? We’re busy.” “Yes, sir. But this seems like a salubrious time to make an announcement.” “Yes?”

“Pol and I vote to go back home. “Huh?”

“We figure that there’s no percentage in taking a chance with Buster.”

Pol added, “Sure, he’s a brat, but look how much you’ve got invested in him.” “If he died on us,” Castor went on, “it would spoil all the fun.”

“And even if he didn’t, who wants to clean up after him for weeks on end?” “Right,” agreed Pol. “Nobody likes to play room steward to a sick groundhog.” “And if he did die, the rest of you would blame us for the rest of our lives.” “Longer than that,” Pol added.

“Don’t worry about that “negat” from Traffic. Hazel and I are working out a skew path that will let us miss the Queen Mary ,with minutes to spare – seconds anyhow. Course it may scare em a little.”

Quiet!said Captain Stone. “One at a time – Castor, let me get this straight: do I understand that you and your brother are sufficiently concerned about your younger brother’s welfare that you want to return to Luna in any case?”

“Yes, sir.”

“Even if your mother decides that it is safe for him to continue?”

“Yes, sir. We talked it over. Even if he’s looking pretty good now, he was one sick pup and anybody that sick might not make it to Mars. It’s a long haul. We don’t want to risk it.”

Hazel had come aft and listened; now she said, “Nobility ill-becomes you, Cas. You were more convincing with the other routine.” “You butt out of this, Mother. Pol?”

“Cas told you. Shucks, we can make other trips”

Roger Stone looked at his sons. “I must say,” he said slowly, “that it is surprising and gratifying to find so much family solidarity in this aggregation of individualists. Your mother and I will remember it with pride. But I am glad to say that it is unnecessary. We will continue for Mars.”

Hazel scowled at him. “Roger, did you bump your head on the take-off? This is no time to take a chance; we take the kid back to Luna. I’ve talked with the boys and they mean it. So do I.”

Castor said, “Dad, if you’re afraid of that skew orbit, I’ll pilot. I know-”

Silence!When he got it he went on as if to himself, “It says right here in the book to give orders, not explanations, and never to let them be

argued. So help me, I’m going to run a taut ship if I have to put my own mother in irons.” He raised his voice. “All hands! Prepare for maneuvering.

Departure for Mars, gravity-well procedure.”

Edith Stone said softly to Hazel, “The baby is all right. Mother. I’m sure.” Then she turned to her sons. “Castor, Pollux – come here, dears.” “But Dad said -”

“I know. Come here first.” She kissed each of them and said, “Now man your stations.”

Mead appeared at the hatch, towing Lowell behind her like a toy balloon. He seemed cheerful and his face was cheerfully smeared with chocolate. “What’s all the racket about?” she demanded. “You not only woke us; you must be disturbing people three ships behind.”

V               – IN THE GRAVITY WELL

A gravity-well maneuver involves what appears to be a contradiction in the law of conservation of energy. A ship leaving the Moon or a space station for some distant planet can go faster on less fuel by dropping first toward Earth, then performing her principal acceleration while as close to Earth as possible. To be sure, a ship gains kinetic energy (speed) in falling towards Earth, but one would expect that she would lose exactly the same amount of kinetic energy as she coasted away from Earth.

The trick lies in the fact that the reactive mass or ‘fuel’ is itself mass and as such has potential energy of position when the ship leaves the Moon. The reactive mass used in accelerating near Earth (that is to say, at the bottom of the gravity well) has lost its energy of position by falling down the gravity well. That energy has to go somewhere, and so it does – into the ship, as kinetic energy. The ship ends up going faster for the same force and duration of thrust than she possibly could by departing directly from the Moon or from a space station. The mathematics of this is somewhat baffling – but it works.

Captain Stone put both the boys in the power room for this maneuver and placed Hazel as second pilot. Castor’s feelings were hurt but he did not argue, as the last discussion of ship’s discipline was still echoing. The pilot has his hands full in this maneuver, leaving it up to the co-pilot to guard the auto-pilot, to be ready to fire manually if need he, and to watch for brennschluss. It is the pilot’s duty to juggle his ship on her gyros and flywheel with his eyes glued to a measuring telescope, a ‘coelostat’, to be utterly sure to the extreme limit of the accuracy of his instruments that his ship is aimed exactly right when the jet fires.

In the passage from Earth to Mars a mistake in angle of one minute of arc, one sixtieth of a degree, will amount to – at the far end – about fifteen thousand miles. Such mistakes must be paid for in reactive mass by maneuvering to correct, or, if the mistake is large enough, it will he paid for tragically and inexorably with the lives of captain and crew while the ship plunges endlessly on into the empty depths of space.

Roger Stone had a high opinion of the abilities of his twins, but on this touchy occasion, he wanted the co-pilot backing him up to have the steadiness of age and experience. With Hazel riding the other. couch he could give his whole mind to his delicate task.

To establish a frame of reference against which to aim his ship he had three stars, Spica, Deneb, and Fomalhaut, lined up in his scope, their images brought together by prisms. Mars was still out of sight beyond the bulging breast of Earth, nor would it have helped to aim for Mars; the road to Mars is a long curve, not a straight line. One of the images seemed to drift a trifle away from the others; sweating, he unclutched his gyros and nudged the ship by flywheel. The errant image crept back into position. “Doppler?” he demanded.

“In the groove.” “Time?”

“About a minute. Son, keep your mind on your duck shooting and don’t fret.”

He wiped his hands on his shirt and did not answer. For some seconds silence obtained, then Hazel said quietly, “Unidentified radar beacon blip on the screen, sir. Robot response and a string of numbers.”

“Does it concern us?”

“Closing north and starboard. Possible collision course.”

Roger Stone steeled himself not to look at his own screen; a quick glance would tell him nothing that Hazel had not reported. He kept his face glued to the eyeshade of the coelostat. “Evasive maneuver indicated?

“Son, you’re as likely to dodge into it as duck away from it. Too late to figure a ballistic.”

He forced himself to watch the star images and thought about it. Hazel was right, one did not drive a spaceship by the seat of the pants. At the high speeds and tight curves at the bottom of a gravity well, close up to a planet, an uncalculated maneuver might bring on a collision. Or it might throw them into an untenable orbit, one which would never allow them to reach Mars.

But what could it be? Not a spaceship, it was unmanned. Not a meteor, it carried a beacon. Not a bomb rocket, it was too high. He noted that the images were steady and stole a glance, first at his own screen, which told him nothing, and then through the starboard port.

Good heavens! he could see it!

A great gleaming star against the black of space… growing growmg! “Mind your scope, son,” said Hazel. “Nineteen seconds.”

He put his eye back to the scope; the images were steady. Hazel continued, “It seems to be drawing ahead slightly.”

He had to look. As he did so something flashed up and obscured the starboard port and at once was visible in the portside port – visible but shrinking rapidly. Stone had a momentary impression of a winged torpedo shape.

Whew!Hazel sighed. “They went that-a-way, podnuh!” She added briskly, “All hands, brace for acceleration – five seconds!”

He had his eye on the star images, steady and perfectly matched, as the jet slammed him into his pads. The force was four gravities, much more

than the boost from Luna, but they held it for oniy slightly more than one minute. Captain Stone kept watching the star images, ready to check her if

she started to swing, but the extreme care with which he had balanced his ship in loading was rewarded: she held her attitude.

He heard Hazel shout, “Brennschluss!just as the noise and pressure dropped off and died. He took a deep breath and said to the mike, “You all right, Edith?”

“Yes, dear,” she answered faintly. “We’re all right.” “Power room?”

“Okay!” Pollux answered.

“Secure and lock.” There was no need to have the power room stand by, any correction to course and speed on this leg would be made days or weeks later, after much calculation.

“Aye aye, sir. Say, Dad, what was the chatter about a blip?”

“Pipe down,” Hazel interrupted. “I’ve got a call coming in.” She added, “Rolling Stone, Luna, to Traffic – come in, Traffic.” There was a whir and a click and a female voice chanted:

“Traffic Control to Rolling Stone, Luna – routine traffic precautionary: your plan as filed will bring you moderately close to experimental rocket satellite of Harvard Radiation Laboratory. Hold to flight plan; you will fail contact by ample safe margin. End of message; repeat – “ The transcription ran itself through once more and shut off.

Nowthey tell us!” Hazel exploded. “Oh, those cushion warmers! Those bureaucrats! I’ll bet that message has been holding in the tank for the past hour waiting for some idiot to finish discussing his missing laundry.”

She went on fuming: “”Moderately close!” “Ample safe margin!” Why, Roger, the consarned thing singed my eye-brows!” “”A miss is as good as a mile”.”

“A mile isn’t nearly enough, as you know darn well. It took ten years off my life – and at my age I can’t afford that.”

Roger Stone shrugged. After the strain and excitement he was feeling let down and terribly weary; since blast-off he had been running on stimulants instead of sleep. “I’m going to cork off for the next twelve hours. Get a preliminary check on our, vector; if there’s nothing seriously wrong, don’t wake me. I’ll look at it when I turn out.”

“Aye aye, Captain Bligh.”

First check showed nothing wrong with their orbit: Hazel followed him to bed – “bed’ in a figurative sense, for Hazel never strapped herself to her bunk in free fall, preferring to float loosely wherever air currents wafted her. She shared a stateroom with Meade. The three boys were assigned to the bunkroom and the twins attempted to turn in – but Lowell was not sleepy. He felt fine and was investigating the wonderful possibilities of free fall. He wanted to play tag. The twins did not want to play tag; Lowell played tag anyhow,.

Pollux snagged him by an ankle. “Listen, you! Weren’t you enough trouble by being sick?” “I was not sick!”

“So? Who was it we had to clean up after? Santa Claus?”

“There ain’t any Santa Claus. I was not sick. You’re a fibber, you’re a fibber, you’re a fibber!”

“Don’t argue with him,” Castor advised. “Just choke him and stuff him out the lock. We can explain and correct the ship’s mass factor tomorrow.” “I was not sick!”

Pollux said, “Meade had quite a bit of sack time on the leg down. Maybe you can talk her into taking him off our hands?” “I’ll try’.”

Meade was awake; she considered it. “Cash?” “Sis, don’t be that way!”

“Well … three days’ dishwashing?”

“Skinflint! It’s a deal; come take charge of the body.” Meade had to use the bunkroom as a nursery; the boys went forward and slept in the control room, each strapping himself loosely to a control couch as required by ship’s regulations to avoid the chance of jostling instruments during sleep.

VI               – THE MIGHTY BOOM

Captain Stone had all hands with the exception of Dr. Stone and Lowell compute their new orbit. They all worked from the same. data, using readings supplied by Traffic Control and checked against their own instruments. Roger Stone waited until all had finished before comparing results.

“What do you get, Hazel?”

“As I figure, Captain, you won’t miss Mars by more than a million miles or so.” “I figure it right on.”

“Well, now that you mention it, so do I.” “Cas? Pol? Meade?”

The twins were right together to six decimal places and checked with their father and grandmother to five, but Meade’s answer bore no resemblance to any of the others. Her father looked it over curiously. “Baby girl, I can’t figure out how you got this out of the computer. As near as I can tell you have us headed for Proxima Centauri.”

Meade looked at it with interest. “Is that so? Tell you what let’s use mine and see what happens. It ought to be interesting.” “But not practical. You have us going faster than light.”

“I thought the figures were a bit large.”

Hazel stuck out a bony forefinger. “That ought to be a minus sign, hon.”

“That’s not all that’s wrong,” announced Pollux. “Look at this – “ He held out Meade’s programming sheet. “That will do, Pol,” his father interrupted. “You are not called on to criticise Meade’s astrogation.”

“But -”

“Stow it.”

“I don’t mind, Daddy,” Meade put in. “I knew I was wrong.” She shrugged. “It’s the first one I’ve ever worked outside of school. Somehow it makes a difference when it’s real.”

“It certainly does as every astrogator learns. Never mind, Hazel has the median figures. We’ll log hers.” Hazel shook hands with herself. “The winnah and still champeen!”

Castor said, “Dad, that’s final? No more maneuvers until you calculate your approach to Mars?” “Of course not. No changes for six months at least. Why?”

“Then Pol and I respectfully request the Captain’s permission to decompress the hold and go outside. We want to get to work on our bikes.”

“Never mind the fake military-vessel phraseology. But I have news for you.” He took a sheet of paper out of his belt pouch. “Just a moment while I make a couple of changes.” He wrote on it, then fastened it to the control room bulletin board. It read:

SHIP’S ROUTINE

0700 Reveille (optional for Edith, Hazel, & Buster) 0745 Breakfast (Meade cooks. Twins wash dishes) 0900 School C & P, math

Meade, astrogation, coached by Hazel

Lowell, reeling, writhing, and fainting in coils – or whatever his mother deems necessary

1200 End of morning session 1215 Lunch

1300 School C&P, math

Hydroponics chores, Meade 1600 End of afternoon session

1800 Dinner – All Hands initial ship’s maintenance schedule.

SATURDAY ROUTINE – turn to after breakfast and clean ship, Hazel in charge. Captain’s inspection at 1100. Personal laundry in afternoon. SUNDAY ROUTINE – meditation, study, and recreation. Make & Mend in afternoon.

Hazel looked it over. “Where are we headed, Rog? Botany Bay? You forgot to set a time to flog the peasants.” “It seems very reasonable to me.”

“Possibly. Six gets you ten it won’t last a week.” “Done. Let’s see your money.”

The twins had read it with dismay. Pollux blurted out, “But Dad! You haven’t left us any time to repair our bikes – do you want us to lose our investment?”

“I’ve assigned thirty hours of study a week. That leaves one hundred and thirty-eight other hours. How you use them is your business as long as you keep our agreement about studying.”

Castor said, “Suppose we want to start math at eight-thirty and again right after lunch? Can we get out of school that much earlier?” “I see no objection.”

“And suppose we study evenings sometimes? Can we work up some velvet?”

Their father shrugged. “Thirty hours a week – any reasonable variations in the routine will be okay, provided you enter in the log the exact times.” “Now that that’s settled,” Hazel commenced, “I regret to inforrn you, Captain, that there is one other little item on that Procrustean program that will

have to be canceled for the time being at least. Much as I would enjoy inducing our little blossom into the mysteries of astrogation I don’t have the time right now. You’ll have to teach her yourself.”

“Why?”

“‘Why” the man asks? You should know better than anyone. The Scourge of the Spaceways, that’s why. I’ve got to hole up and write like mad for the next three or four weeks; I’ve got to get several months of episodes ahead before we get out of radio range.”

Roger Stone looked at his mother sadly. “I knew it was bound to come, Hazel, but I didn’t expect it to hit you so young. The mental processes dull, the mind tends to wander, the -”

“Whose mind does what? Why you young -”

“Take it easy. If you’ll look over your left shoulder out the starboard port and squint your eyes, you might imagine that you see a glint on the War

God. It can’t be much over ten thousand miles away.”

“What’s that got to do with me?” she demanded suspiciously.

“Poor Hazel! We’ll take good care of you, Mother, we’re riding in orbit with several large commercial vessels; every one of them has burners powerful enough to punch through to Earth. We won’t ever be out of radio contact with Earth.”

Hazel stared out the port as if she could actually spot the War God. “Well, I’ll be dogged,” she breathed. “Roger, lead me to my room – that’s a good boy. It’s senile decay, all right You’d better take back your show; I doubt if I can write it.”

“Huh, uh! You let them pick up that option; you’ve got to write it. Speaking of The Scum of the Waste Spaces, I’ve been meaning to ask you a couple of questions about it and this is the first spare moment we’ve had. In the first place, why did you let them sign us up again?”

“Because they waved too much money under my nose, as you know full well. It’s an aroma we Stones have hardly ever been able to resist.” “I just wanted to make you admit it. You were going to get me off the hook – remember? So you swallowed it yourself.”

“More bait.”

“Surely. Now the other point: I don’t see how you dared to go ahead with it, no matter how much money they offered. The last episode you showed

me, while you had killed off the Galactic Overlord you had also left Our Hero in a decidedly untenable position. Sealed in a radioactive sphere, if I

remember correctly, at the bottom of an ammonia ocean on Jupiter. The ocean was swarming with methane monsters, whatever they are, each hypnotised by the Overlord’s mind ray to go after John Sterling at the first whiff – and him armed only with his Scout knife. How did you get him out of it?”

“We found a way,” put in Pol. “If you assume -”

“Quiet infants. Nothing to it, Roger. By dint of superhuman effort Our Hero extricated himself from his predicament and-” “That’s no answer.”

“You don’t understand. I open the next episode on Ganymede. John Sterling is telling Special Agent Dolores O’Shanahan about his adventure. He’s making light of it, see? He’s noble so he really wouldn’t want to boast to a girl. Just as he is jokingly disparaging his masterly escape the next action starts and it’s so fast and so violent and so bloody that our unseen audience doesn’t have time to think about it until the commercial. And by then they’ve got too much else to think about.”

Roger shook his head. “That’s literary cheating.”

“Who said this was literature? It’s a way to help corporations take tax deductions. I’ve got three new sponsors.” “Hazel,” asked Pollux, “where have you got them now? What’s the situation?”

Hazel glanced at the chronometer. “Roger, does that schedule take effect today? Or can we start fresh tomorrow?” He smiled feebly. “Tomorrow, I guess.”

“If this is going to degenerate into a story conference, I’d better get Lowell. I get my best ideas from Lowell; he’s just the mental age of my average audience.”

“If I were Buster, I would resent that.”

“Quiet!” She slithered to the hatch and called out, “Edith! May I borrow your wild animal for a while?” Meade said, “I’ll get him, Grandmother. But wait for me.”

She returned quickly with the child. Lowell said, “What do you want, Grandma Hazel? Bounce tag?” She gathered him in an arm. “No, son – blood. Blood and gore. We’re going to kill off some villains.” “Swell!

“Now as I recall it – and mind you, I was only there once – I left them lost in the Dark Nebula. Their food is gone and so is the Q-fuel. They’ve made a temporary truce with their Arcturian prisoners and set them free to help – which is safe enough because they are silicon-chemistry people and  can’t eat humans. Which is about what they are down to; the real question is – who gets barbecued for lunch? They need the help of the Arcturian prisoners because the Space Entity they captured in the last episode and imprisoned in an empty fuel tank has eaten its way through all but the last bulkhead and it doesn’t have any silly previous prejudices about body chemistry. Carbon or silicon; it’s all one to it.”

“I don’t believe that’s logical,” commented Roger stone. “If its own chemistry was based-”

“Out of order,” ruled Hazel. “Helpful suggestions only, please. Pol? You seem to have a gleam in your eye” “This, Space Entity jigger can he stand up against radar wave lengths?”

“Now we’re getting somewhere. But we’ve got to complicate it a bit Well, Meade?”

The twins started moving their bicycles outside the following day. The suits they wore were the same ones they had worn outdoors on the Moon, With the addition of magnetic boots and small rocket motors. These latter were strapped to their backs with the nozzles sticking straight out from their waists. An added pressure bottle to supply the personal rocket motor was mounted on the shoulders of each boy but, being weightless, the additional mass was little handicap.

“Now remember,” their father warned them, “those boost units are strictly for dire emergency. Lifelines at all times. And don’t depend on your boots when you shift lines, snap on the second line before you loose the first.”

“Shucks, Dad, we’ll be careful.”

“No doubt. But you can expect me to make a surprise inspection at any time. One slip on a safety precaution and it’s the rack and thumb screws, plus fifty strokes of bastinado.”

“No boiling oil?”

“Can’t afford it. See here, you think I’m joking. If one of you should happen to get loose and drift away from the ship, don’t expect me to come after you. One of you is a spare anyway.”

“Which one?” asked Pollux. “Cas, maybe?”

“Sometimes I think it’s one, sometimes the other. Strict compliance with ship’s orders will keep me from having to decide at this time.”

The cargo hatch had no airlock; the twins decompressed the entire hold, then opened the door, remembering just in time to snap on their lines as the door opened. They looked out and both hesitated. Despite their lifelong experience with vacuum suits on the face of the Moon this was the first time either one had ever been outside a ship in orbit.

The hatch framed endless cosmic night, blackness made colder and darker by the unwinking diamond stars many light-years away. They were on the night side of the Stone; there was nothing but stars and the swallowing depths. It was one thing to see it from the safety of Luna or through the strong quartz of a port; it was quite another to see it with nothing at all between one’s frail body and the giddy, cold depths of eternity.

Pollux said, “Cas, I don’t like this.” “There’s nothing to be afraid of.” “Then why are my teeth chattering?”

“Go ahead; I’ll keep a tension on your line.”

“You are too good to me, dear brother – a darn sight too good! You go and I’ll keep a tension on your line.” “Don’t be silly! Get on out there.”

“After you, Grandpa.”

“Oh, well!” Castor grasped the frame of the hatch and swung himself out. He scrambled to click his magnetic boots to the side of the ship but the position was most awkward, the suit was cumbersome, and he had no. gravity to help him. Instead, he swung around and his momentum pulled his fingers loose from the smooth frame. His floundering motions bumped the side of the ship and pushed him gently away. He floated out, still floundering, until his line checked him three or four feet from the side. “Pull me in!”

“Put your feet down, clumsy!”

“I can’t. Pull me in, you red-headed moron!”

“Don’t call me “red-headed”.” Pollux let out a couple of feet more line. “Pol, quit fooling. I don’t like this.”

“I thought you were brave. Grandpa?”

Castor’s reply was incoherent. Pollux decided that it had gone far enough; he pulled Castor in and, while holding firmly to a hatch dog himself, he grabbed one of Castor’s boots and set it firmly against the side; it clicked into place. “Snap on your other line,” he ordered.

Castor, still breathing heavily, looked for a padeye in the side of the ship. He found one nearby and walked over to it, picking up his feet as if he walked in sticky mud. He snapped his second line to the ring of the padeye and straightened up. “Catch,” Pollux called out and sent his own second line snaking out to his twin

Castor caught it and fastened it beside his own. “All set?” asked Pollux. “I’m going to unsnap us in here.” “All secure.” Castor moved closer to the hatch.

“Here I come.”

“So you do.” Castor gave Pollux’s line a tug; Pollux came sailing out of the hatch – and Castor let him keep on sailing. Castor checked the line gently through his fingers, soaking up the momentum, so that Pollux reached the end of the fifty-foot line and stayed there without bouncing back.

Pollux had been quite busy on the way out but to no effect -sawing vacuum is futile. When he felt himself snubbed to a stop he quit straggling. “Pull me back!”

“Say “uncle”.”

Pollux said several other things, some of which he had picked up dockside on Luna, plus some more colorful expressions derived from his grandmother. “You had better get off this ship,” he concluded, “because I’m coming down this line and take your helmet off.” He made a swipe for the line with one hand; Castor flipped it away.

“Say “even-Steven” then.”

Pollux had the line now, having remembered to reach for his belt where it was hooked instead of grabbing for the bight.” Suddenly he grinned. “Okay – “even-Steven”.”

“Even-Steven it is. Hold still; I’ll bring you in.” He towed him in gently, grabbing Pol’s feet and clicking them down as he approached. “You looked mighty silly out there,” he commented when Pollux was firm to the ship’s side.

His twin invoked their ritual. “Even-Steven!” “My apologies, Junior. Let’s get to work.”

Padeyes were spaced about twenty feet apart all over the skin of the ship. They had been intended for convenience in rigging during overhauls and to facilitate outside inspections while underway; the twins now used them to park bicycles. They removed the bicycles from the hold half a dozen at a time, strung on a wire loop like a catch of fish. They fastened each clutch of bikes to a padeye; the machines floated loosely out from the side like boats tied up to an ocean ship.

Stringing the clusters of bicycles shortly took them over the ‘horizon’ to the day side of the ship. Pollux was in front carrying six bicycles in his left hand. He stopped suddenly. “Hey, Grandpa! Get a load of this!”

“Don’t look at the Sun,” Castor said sharply. “Don’t be silly. But come see this.”

Earth and Moon swam in the middle distance in slender crescent phase. The Stone was slowly dropping behind Earth in her orbit, even more slowly drifting outward away from the Sun. For many weeks yet Earth would appear as a ball, a disc, before distance cut her down to a brilliant star. Now she appeared about as large as she had from Luna but she was attended by Luna herself. Her day side was green and dun and lavished with cottony clouds; her night side showed the jewels of cities.

But the boys were paying no attention to the Earth; they were looking at the Moon. Pollux sighed. “Isn’t she beautiful?” “What’s the matter, Junior? Homesick?”

“No. But she’s beautiful, just the same. Look, Cas, whatever ships we ever own, let’s always register them out of Luna City. Home base.” “Suits. Can you make out the burg?”

“I think so.”

“Probably just a spot on your helmet. I can’t. Let’s get back to work.”

They had used all the padeyes conveniently close to the hatch and were working aft when Pollux said, “Wups I Take it easy. Dad said not to go aft of frame 65.”

“Shucks, it must be “cool” back to 90, at least. We’ve used the jet less than five minutes.”

“Don’t be too sure; neutrons are slippery customers. And you know what a stickler Dad is, anyway.” “He certainly is,” said a third voice.

They did not jump out of their boots because they were zipped tight. Instead they turned around and saw their father standing, hands on hips, near the passenger airlock. Pollux gulped and said, “Howdy, Dad.”

“You sure gave us a start,” Castor added sheepishly.

“Sorry. But don’t let me disturb you; I just came out to enjoy the view.” He looked over their work. “You’ve certainly got my ship looking like a junkyard.”

“Well, we had to have room to work. Anyhow, who’s to see?”

“In this location you have the Almighty staring down the back of your neck. But I don’t suppose He’ll mind.” “Say, Dad, Pol and I sort of guessed that you wouldn’t want us to do any welding inside the hold?”

“You sort of guessed correctly – not after what happened in the Kong Christian.”

So we figured we could jury-rig a rack for welding out here. Okay?”

“Okay. But it’s too nice a day to talk business.” He raised his open hands to the stars and looked out. “Swell place. Lots of elbow room. Good scenery.”

“That’s the truth; But come around to the Sun side if you want to see something.”

“Right. Here, help me shift my lines.” They walked around the hull and into the sunlight. Captain Stone, Earth born, looked first at the mother planet. “Looks like a big storm is working up around the Philippines.”

Neither of the twins answered; weather was largely a mystery to them, nor did they approve of weather. Presently he turned to them and said softly, “I’m glad we came, boys. Are you?”

“Oh, you bet!”

“Sure!” They had forgotten how cold and unfriendly the black depths around them had seemed only a short time before. Now it was an enormous

room, furnished in splendor, though not yet fully inhabited. It was their own room, to live in, to do with as they liked.

They stood there for quite a long time, enjoying it At last Captain Stone said, “I’ve had all the sun I can stand for a while. Let’s work around back into the shade.” He shook his head to dislodge a drop of sweat from his nose.

“We ought to get back to work anyhow.” “I’ll help you; we’ll get done faster.”

The Rolling Stone swung on and outward toward Mars; her crew fell into routine habits. Dr. Stone was handy at weightless cooking, unusually skilful, in fact, from techniques she had picked up during a year’s internship in the free-fall research clinic in Earth’s station. Meade was not so skilled but very little can be done to ruin breakfast. Her father supervised her hydroponics duties, supplementing thereby the course she had had in Luna City High School. Dr. Stone split the care of her least child with his grandmother and used her leisure placidly collating some years of notes for a paper ‘On the Cumulative Effects of Marginal Hypoxia.”

The twins discovered that mathematics could be even more interesting than they had thought and much more difficult – it required even more ‘savvy’ than they thought they had (already a generous estimate) and they were forced to stretch their brains. Their father caught up on the back issues of The Reactomotive World and studied his ship’s manual but still had plenty of time to coach them and quiz them. Pollux, he discovered, was deficient in the ability to visualise a curve on glancing at ,an equation.

“I don’t understand it,” he said. “You got good marks in analytical geometry.” Pollux turned red. “What’s biting you?” his father demanded.

“Well, Dad, you see it’s this way -” “Go on.”

“Well, I didn’t exactly get good marks in analyt.”

Eh? What is this? You both got top marks; I remember clearly.”

“Well, now, you see – Well, we were awfully busy that semester and, well, it seemed logical. . . “ His voice trailed off. “Out with it! Out with it!”

“Cas took both courses in analyt.” Pollux blurted out, “and I took both courses in history. But I did read the book.”

“Oh, my!” Roger Stone sighed. “I suppose it’s covered by the statute of limitations by this time. Anyhow, you are finding out the hard way that such offences carry their own punishments. When you need it, you don’t know it worth a hoot.”

“Yessir.”

“But an extra hour a day for you, just the same – until you can visualise instantly from the equation a four-coordinate hyper-surface in a non- Euclidean continuum – standing on your head in a cold shower.”

“Yessir.”

“Cas, what course did you fudge? Did you read the book?” “Yes, sir. It was medieval European history, sir.”

“Hmm . . . You’re equally culpable, but I’m not too much concerned with any course that does not require a slide rule and tables. You coach your brother.”

“Aye aye, sir.”

“If you are pinched for time, I’ll give you a hand with those broken-down bicycles, though I shouldn’t.”

The twins pitched into it, hard. At the end of two weeks Roger Stone announced himself satisfied with Pollux’s proficiency in analytical geometry. They moved on to more rarefied heights . . . the complex logics of matrix algebra, frozen in beautiful arrays. . . the tensor calculus that unlocks the atom. . . the wild and wonderful field equations that make Man king of the universe . . . the crashing, mind-splitting intuition of Forsyte’s Solution that had opened the 21st century and sent mankind another mighty step toward the stars. By the time Mars shone larger in the sky than Earth they had gone beyond the point where their father could reach them; they ploughed on together.

They usually studied together, out of the same book, floating head to head in their bunkroom, one set of feet pointed to celestial south, the other pair to the north. The twins had early gotten into the habit of reading the same book at the same time; as a result either of them could read upside down as easily as in the conventional attitude. While so engaged Pollux said to his brother, “You know, Grandpa, some of this stuff makes me think we ought to go into research rather than business. After all, money isn’t everything.”

“No,” agreed Castor, “there are also stocks, bonds, and patent rights, not to mention real estate and chattels.”

“I’m serious.

“We’ll do both. I’ve finished this page; flip the switch when you’re ready.”

The War God, riding in a slightly different orbit, had been gradually closing on them until she could be seen as a ‘star’ by naked eye – a variable star that winked out and flared up every sixteen seconds. Through the Stones coelostat the cause could easily be seen; the War God was tumbling end over end, performing one full revolution every thirty-two seconds to provide centrifugal ‘artificial gravity’ to coddle the tender stomachs of her groundhog passengers. Each half revolution the Sun’s rays struck her polished skin at the proper angle to flash a dazzling gleam at the Stone. Through the ‘scope the reflection was bright enough to hurt the eyes.

The observation turned out to be both ways. A radio message came in; Hazel printed it and handed it with a straight face to her son: “WAR GOD TO ROLLING STONE – PVT – ROG OLD BOY, I HAVE YOU IN THE SCOPE. WHAT IN SPACE HAVE YOU GOT ON YOU? FUNGUS? OR SEA WEEDS? YOU LOOK LIKE A CHRISI’MAS TREE. P. VANDENBERGH, MASTER.”

Captain Stone glared at the message stat. “Why, that fat Dutchman’! I’ll “fungus” him. Here, Mother, send this: “Master to Master – private message: In that drunken tumbling pigeon how do you keep your eye to a scope? Do you enjoy playing nursemaid to a litter of groundhogs? No doubt the dowagers fight over a chance to eat at the captain’s table. Fun, I’ll bet. R. Stone, Master”.”

The answer came back: “ROGER DODGER YOU OLD CODGER, I’VE LIMITED MY TABLE TO FEMALE PASSENGERS CIRCA AGE TWENTY SO I CAN KEEP AN EYE ON THEM – PREFERENCE GIVEN TO BLONDES AROUND FIFTY KILOS MASS. COME OVER FOR DINNER. VAN.”

Pollux looked out the port, caught the glint on the War God. “Why don’t you take him up, Dad? I’ll bet I could make it across on my suit jet with one spare oxy bottle.”

“Don’t be silly. We haven’t that much safety line, even at closest approach. Hazel, tell him: “Thanks a million but I’ve got the prettiest little girl in the system cooking for me right now.”“

Meade said, “Me, Daddy? I thought you didn’t like my cooking?” “Don’t give yourself airs, snub nose. I mean your mother, of course.” Meade considered this. “But I look like her, don’t I?”

“Some. Send it, Hazel.”

“RIGHT YOU ARE! MY RESPECTS TO EDITH. “TRUTHFULLY, WHAT IS THAT STUFF? SHALL I SEND OVER WEEDKILLER, OR BARNACLE REMOVER? OR COULD WE BEAT IT TO DEATH WITH A STICK?”

“Why not tell him, Dad?” Castor inquired

“Very well, I will, send: “Bicycles: want to buy one?”“ To their surprise Captain Vandenbergh answered: “MAYBE. GOT A RALEIGH “SANDMAN”?”

“Tell him, “Yes!”

“Pollux put in. “A-number-one condition and brand-new tires. A bargain.”

“Slow up there,” his father interrupted. “I’ve seen your load. If you’ve got a bike in first-class condition, Raleigh or any other make, you’ve got it well hidden.”

“Aw, Dad, it will be – by the time we deliver.”

“What do you suppose he wants a bicycle for, dear?” Dr. Stone asked. “Prospecting? Surely not.”

“Probably just sightseeing. All right, Hazel, you can send it – but mind you, boys, I’ll inspect that vehicle-myself; Van trusts me.” Hazel pushed herself away from the rig. “Let the boys tell their own whoppers. I’m getting bored with this chit-chat.”

Castor took over at the key, started to dicker. The passenger skipper, it developed, really was willing to buy a bicycle. After a leisurely while they settled on a price well under Castor’s asking price, attractively under the usual prices on Mars, but profitably over what the boys had paid on Luna – this for delivery F.O.B. Phobos, circum Mars.

Roger Stone exchanged affectionate insults and gossip with his friend from time to time over the next several days. During the following week the War God came within phone range, but the conversations dropped off and stopped; they had exhausted topics of conversation. The War God had made her closest approach and was pulling away again; they did not hear from her for more than three weeks.

The call was taken by Meade. She hurried aft to the hold where her father was helping the twins spray enamel on reconditioned bicycles. “Daddy,

you’re wanted on the phone? War God, master to master – official.”

“Coming.” He hurried forward and took the call. “Rolling Stone, Captain Stone speaking.” “War God, commanding officer speaking. Captain, can you –

“Just a moment. This does not sound like Captain Vandenbergh.” “It isn’t. This is Rowley, Second Officer. I -”

“I understand that your captain wanted me, officially. Let me speak with him.”

“I’m trying to explain, Captain.” The officer sounded strained and irritable. “I am the commanding officer. Both Captain Vandenbergh and Mr. O’Flynn are on the binnacle list.”

“Eh? Sorry. Nothing serious, I hope?”

“I’m afraid it is, sir. Thirty-seven cases on the sick list this morning – and four deaths.” “Great Scott, man! What is it?”

“I don’t know, sir.”

“Well, what does your medical officer say it is?” “That’s it, sir. The Surgeon died during the midwatch.” “Oh-”

“Captain, can you possibly match with us? Do you have enough maneuvering margin?” “What? Why?”

“You have a medical officer aboard. Haven’t you?” “Huh? But she’s my wife!” –

“She’s an M.D., is she not?”

Roger Stone remained silent for a long moment. Then he said, “I’ll call you back shortly, sir.”

It was a top level conference, limited to Captain Stone, Dr. Stone, and Hazel. First, Dr. Stone insisted on calling the War God and getting a full report on symptoms and progress of the disease. When she switched off her husband said, “Well, Edith, what is it?”

“I don’t know. I’ll have to see it.”

“Now, see here, I’m not going to have you risking -” “I’m a doctor, Roger.”

“You’re not in practice, not now. And you are the mother of a family. It’s quite out of the ques -” “I am a doctor, Roger.”

He sighed heavily. “Yes, dear.”

“The only thing to be determined is whether or not you can match in with the War God. Have you two reached an answer?” “We’ll start computing.”

“I’m going aft and check over my supplies.” She frowned. “1 didn’t expect to have to cope with an epidemic.” When she was gone Roger turned his face, twisted with indecision, to Hazel. “What do you think, Mother?” “Son, you don’t stand a chance. She takes her oath seriously. You’ve known that a long time.”

I haven’t taken the Hippocratic oath! If I won’t move the ship, there’s nothing she can do about it.”

“You’re not a doctor, true. But you’re a master in space. I guess the “succour & rescue” rule might apply.” “The devil with rules! This is Edith.

Well,” Hazel said slowly, “I guess I might stack the Stone family up against the welfare of the entire human race in a pinch, myself. But I can’t decide it for you.”

“I won’t let her do it! It’s not me. There’s Buster – he’s no more than a baby still; he needs his mother.” “Yes, he does.”

“That settles it. I’m going aft and tell her.”

“Wait a minute! If that’s your decision, Captain, you won’t mind me saying that’s the wrong way to do it.” “Eh?”

“The only way you’ll get it past your wife is to get on that computer and come out with the answer you’re looking for. . . an answer that says it’s physically impossible for us to match with them and still reach Mars.”

“Oh. You’re right. Look, will you help me fake it?” “I suppose so.”

“Then let’s get busy.”

“As you say, sir. You know, Roger, if the War God comes in with an unidentified and uncontrolled disease aboard, they’ll never let her make port at Mars. They’ll swing her in a parking orbit, fuel her up again, and send her back at next optimum.”

“What of it? It’s nothing to me if fat tourists and a bunch of immigrants are disappointed.”

“Check. But I was thinking of something else. With Van and the first officer sick, maybe about to check in, if the second officer comes down with it, too, the War God might not even get as far as a parking orbit.”

Roger Stone did not have to have the thought elaborated; a ship approaching a planet, unless manoeuvred at the last by a skilled pilot, can do one of only two things – crash, or swing on past and out endlessly into empty space to take up a comet-like orbit which arrives nowhere ever.

He covered his face with his hands. “What do I do, Mother?” “You are captain, son.”

He sighed. “I suppose I knew it all along.”

“Yes, but you had to struggle with it first.” She kissed him. “Orders, son?” “Let’s get to it. It’s a good thing we didn’t waste any margin in departure.” “That it is.”

When Hazel told the others the news Castor asked, “Does Dad want us to compute a ballistic?” “No.”

“A good thing – for we’ve got to get those bikes inboard, fast! Come on, Pol. Meade, how about suiting up and giving us a hand? Unless Mother needs you?”

“She does,” answered Hazel, “to take care of Lowell and keep him out of the way. But you won’t be bringing the bikes inboard.”

“What? You can’t balance the ship for maneuvers with them where they are. Besides, the first blast would probably snap the wires and change your mass factor.”

“Cas, where are your brains? Can’t you see the situation? We jettison.” “Huh? We throw away our bikes? After dragging almost to Mars?”

“Your bikes, all our books, and everything else we can do without. The rough run-through on the computer made that clear as quartz; it’s the only way we can do this maneuver and still be sure of having a safe margin for homing in. Your father is checking over the weight schedule right now.”

“But -, Castor’s face suddenly relaxed and became impassive. “Aye aye, ma’am.”

The twins were suiting up but had not yet gone outside when Pollux was struck by a notion. “Cas? We cut the bikes loose; then what happens?” “We charge it off to experience – and try to recover from Four-Planets Transit. They won’t pay up, of course.”

“Use your skull. Where do the bikes end up?” “Huh? Why, at Mars!

Right. Or pretty near. In the orbit we’re in now, they swing in mighty close and then head down Sunside again. Suppose, on closest approach, we are standing there waiting to snag ’em?”

“Not a chance. It will take us just as long to get to Mars – and in a different orbit, same as the War God’s?

Yes, but just supposing. You know, I wish I had a spare radar beacon to hang on them. Then if we could reach them, we’d know where they were.”

“Well, we haven’t got one. Say! Where did you put that used reflecting foil?”

“Huh? Oh, I see. Grandpa, sometimes your senile decay is not quite so noticeable.” The Stone had started out, of course, covered on one side of her living quarters by mirror-bright aluminium foil. As she drifted farther and farther from the Sun, reflecting the Sun’s heat had grown less

necessary, absorbing it more desirable. To reduce the load on the ship’s heating and cooling system, square yards of it were peeled up and taken inside to store from week to week.

“Let’s ask Dad.”

Hazel stopped them at the hatch to the control room. “He’s at the computer. What’s the complaint?” “Hazel, the reflecting foil we’ve been salvaging – is it on the jettison list?”

“Certainly. We’ll pick up some more on Mars for the trip back. Why?”

“A radar corner – that’s why!” They explained the plan. She nodded. “A long chance, but it makes sense. See here, wire everything we jettison to the bikes. We might get it all back.”

“Sure thing!” The twins got busy. While Pollux gathered together the bunches of bicycles, all but a few in good repair and brave with new paint. Castor constructed a curious geometrical toy. With 8-gauge wire, aluminium foil, and sticky tape he made a giant square of foil, edged and held flat with wire. This he bisected at right angles with a second square. The two squares he again bisected at the remaining possible right angle with a third square. The result was eight shiny right-angled corners facing among them in all possible directions – a radar reflector. Each corner would bounce radar waves directly back to source, a principle easily illustrated with a rubber ball and any room or box corner. The final result was to step up the effectiveness or radar from an inverse fourth-power law to an inverse square law – in theory, at least. In practice it would be somewhat less than perfectly efficient but the radar response of the assembly would be increased enormously. A mass so tagged would stand out on a radar screen like a candle in a cave.

This flimsy giant kite Castor anchored to the ball of bicycles and other jetsam with an odd bit of string. No stronger link was necessary; out here no vagrant wind would blow it away, no one would cut it loose. “Pol,” he said, “go bang on the port and tell ’em we’re ready.”

Pollux walked forward and did so, rapping on the quartz first to attract his grandmother’s attention, then tapping code to report. While he was gone Castor attached a piece of paper reading:

NOT FOR SALVAGE

This cargo is in free transit by intention. The undersigned owner intends to recover it and warns all parties not to claim it as abandoned. U.P. Rev. Stat. # 193401

Roger Stone, Master

P.Y. Rolling Stone, Luna

When Pollux came back he said, “Hazel says go ahead but take it easy.”

“Of course.” Castor untwisted the single wire that held the ungainly mass to the ship, then stood back and watched it. It did not move. He reached out and gave it the gentlest shove with his little finger, then continued watching. Slowly, slowly it separated from the ship. He wished to disturb its orbit as little as possible, to make it easy to find. The petty vector he had placed on it – an inch a minute was his guess – would act for all the days from there to Mars; he wanted the final sum to remain small.

Pollux twisted around and picked out the winking gleam of the War God. “Will the jet be clear of it when we swing ship?” he asked anxiously. “Quit worrying. I already figured that.”

The maneuver to he performed was of the simplest – point to point in space in a region which could be treated as free of gravity strain since the two ships were practically the same distance from the Sun and Mars was too far away to matter. There were four simple steps: cancellation of the slight vector difference between the two ships (the relative speed with which the War God was puffing away), acceleration toward the War God, transit of the space between them, deceleration to match orbits and lie dead in space relative to each other on arrival.

Steps one and two would be combined by vector addition; step three was simply waiting time. The operation would be two maneuvers, two blasts on the jet.

But step three, the time it would take to reach the War God, could be enormously cut down by lavish use of reactive mass. Had time been no object they could have, as Hazel put it, closed the gap ‘by throwing rocks off the stern.” There was an infinite number of choices, each requiring

different amounts of reactive mass. One choice would have saved the bicycles and their personal possessions – but it would have stretched the

transit time out to over two weeks.

This was a doctor’s emergency call – Roger Stone elected to jettison.

But he did not tell the twins this and he did not require them to work a ballistic. He did not care to let them know of the choice between sacrificing their capital or letting strangers wait for medical attention. After all, he reflected, the twins were pretty young.

Eleven hours from blast time the Stone hung in space close by the War God. The ships were still plunging toward Mars at some sixteen miles per second; relative to each other they were stationary – except that the liner continued her stately rotation, end over end. Dr. Stone, her small figure encumbered not only with space suit, pressure bottles, radio, suit jet, and life lines, but also with a Santa Claus pack of surgical supplies, stood with her husband on the side of the Stone nearest the liner. Not knowing exactly what she might need she had taken all that she believed could be  spared from the stock of their own craft -drugs, antibiotics, instruments, supplies.

The others had been kissed good-by inside and told to stay there. Lowell had cried and tried to keep his mother from entering the lock. He had not been told what was going on, but the emotions of the others were contagious.

Roger Stone was saying anxiously, “Now see here, the minute you have this under control, back you come – you hear?” She shook her head. “I’ll see you on Mars, dearest.”

“No indeed! You -”

“No, Roger. I might act as a carrier. We can’t risk it.”

“You might act as a carrier corning back to us on Mars, too. Don’t you ever expect to come back?”

She ignored the rhetorical question. “On Mars there will be hospitals. But I can’t risk a family epidemic in space.” “Edith I’ve a good mind to refuse to-”

“They’re ready for me, dear. See?”

Over their heads, two hundred yards away, a passenger lock on the rotation axis of the mighty ship had opened; two small figures spilled silently out, flipped neatly to boot contact, stood on the ship’s side, their heads pointing ‘down’ at Mr. and Mrs Stone. Roger Stone called into his microphone, “War God!”

WarGod aye aye! Are you ready?” “Whenever you are.” “Stand by for transfer.”

Acting Captain Rowley had proposed sending a man over to conduct Dr. Stone across the gap. She had refused, not wishing to have anyone from the infected ship in contact with the Rolling Stone. Now she said, “Are my lines free for running, Roger?”

“Yes, dearest.” He had bent several lines together, one end to her waist, the other to a padeye. “Will you do my boots, dear?”

He kneeled and unzipped her magnetic boots without speaking, his voice having become uncertain. He straightened and she put her arms around him. They embraced awkwardly, hampered by the suits, hampered by the extra back pack she carried. “Adios, my darling,” she said softly. “Take care of the children.”

“Edith! Take care of yourself!” “Yes, dear. Steady me now.”

He slipped his hands to her hips; she stepped out of the boots, was now held against the ship only by his hands.

“Ready! One! Two!” They crouched down together. “Three!” She jumped straight away from the ship, her lines snaking after her. For long, long seconds she sailed straight out over his head, closing the gap between her and the liner. Presently it became evident that she had not leapt quite straight; her husband got ready to haul her back in.

But the reception committee was ready for the exigency. One of them was swinging a weighted line around his head; he let the end of it swing farther and farther out. As she started to move past the side of the War God he swung it against her safety line; the weighted end wrapped itself around her line. Back at the Rolling Stone Roger Stone snubbed her line and stopped her; the man on the liner gently pulled her in.

The second man caught her and snapped a hook to her belt, then unfastened the long line from the Stone. Before she entered the lock she waved, and the door closed.

Roger Stone looked at the closed door for a moment, then pulled in the line. He let his eyes drop to the pair of little boots left standing empty

beside him. He pulled them loose, held them to him, and plodded back to his own airlock.

II            – ASSETS RECOVERABLE

The twins kept out of their father’s way for the next several days. He was unusually tender and affectionate with all of them but he never smiled and his mood was likely to flare suddenly and unexpectedly into anger. They stayed in their bunkroom and pretended to study they actually did study some of the time. Meade and Hazel split the care of Lowell between them; the child’s feeling of security was damaged by the absence of his  mother. He expressed it by temper tantrums and demands for attention.

Hazel took over the cooking of lunch and dinner; she was no better at it than Meade. She could be heard twice a day, burning herself and swearing and complaining that she was not the domestic type and never had had any ambitions that way. Never!

Dr. Stone phoned once a day, spoke briefly with her husband, and begged off from speaking to anyone else for the reason that she was much too busy. Roger Stone’s explosions of temper were most likely to occur shortly after these daily calls.

Hazel alone had the courage to quiz him about the calls. On the sixth day at lunch she said, “Well, Roger? What was the news today? Give.” “Nothing much. Hazel, these chops are atrocious.’.

“They ought to be good; I flavored ’em with my own blood.” She held out a bandaged thumb. “Why don’t you try cooking? But back to the subject. Don’t evade me, boy.”

“She thinks she’s on the track of something. So far as she can tell from their medical records, nobody has caught it so far who is known to have had measles.”

Meade said, “Measles? People don’t die of that, do they?”

“Hardly ever,” agreed her grandmother, “though it can be fairly serious in an adult.”

“I didn’t say it was measles,” her father answered testily, “nor did your mother. She thinks it’s related to measles, a mutant strain maybe more virulent.”

“Call it “neomeasles”,” suggested Hazel. “That’s a good question-begging tag and it has an impressive scientific sound to it Any more deaths, Roger?”

“Well, yes.” “How many?”

“She wouldn’t say. Van is still alive, though, and she says that he is recovering. She told me,” he added, as if trying to convince himself, “that she thought she was learning how to treat it.”

“Measles,” Hazel said thoughtfully. “You’ve never had it, Roger.” “No.”

“Nor any of the kids.”

“Of course not,” put in Pollux. Luna City was by long odds the healthiest place in the known universe; the routine childhood diseases of Earth had never been given a chance to establish.

“How did she sound, Son?”

“Dog tired.” He frowned. “She even snapped at me.” “Not Mummy!”

“Quiet, Meade.” Hazel went on, “I’ve had measles, seventy or eighty years ago. Roger, I had better go over and help her.”  He smiled without humor. “She anticipated that. She said to tell you thanks but she had all the unskilled help she could use.”

“”Unskilled help!” I like that! Why, during the epidemic of ’93 there were times when I was the only woman in the colony able to change a bed. Hummph!”

Hazel deliberately waited around for the phone call the next day, determined to get a few words at least with her daughter-in-law. The call came in about the usual time; Roger took it. It was not his wife.

“Captain Stone? Turner, sir Charlie Turner. I’m the third engineer. Your wife asked me to phone you.” “What’s the matter? She busy?”

“Quite busy.”

“Tell her to call me as soon as she’s free. I’ll wait by the board.”

“I’m afraid that’s no good, sir. She was quite specific that she would not be calling you today. She won’t have time.” “Fiddlesticks! It will only take her thirty seconds. In a big ship like yours you can hook her in wherever she is.”

The man sounded embarrassed. “I’m sorry, sir. Dr. Stone gave strict orders not to be disturbed.” “But confound it, I -”

“I’m very sorry, sir. Good-by.” He left him sputtering into a dead circuit.

Roger Stone remained quiet for several moments, then turned a stricken face to his mother. “She’s caught it.”

Hazel answered quietly, “Don’t jump to conclusions, Son.” But in her own heart she had already reached the same conclusion. Edith Stone had contracted the disease she had gone to treat.

The same barren stall was given Roger Stone on the following day; by the third day they gave up the pretence. Dr. Stone was ill, but her husband was not to worry. She had already, before she gave into it herself, progressed far enough in standardizing a treatment that all the new cases – hers among them – were doing nicely. So they said.

No, they would not arrange a circuit to her bed. No, he could not talk to Captain Vandenbergh; the Captain was still too ill. “I’m coming over!” Roger Stone shouted.

Turner hesitated. “That’s up to you, Captain. But if you do, we’ll have to quarantine you here. Dr. Stone’s written orders.”

Roger Stone switched off. He knew that that settled it; in matters medical Edith was a Roman judge – and he could not abandon his own ship, his family, to get to Mars by themselves. One frail old woman, two cocksure half-trained student pilots – no, he had to take his ship in.

They sweated it out The cooking got worse, when anyone bothered to cook. It was seven endless, Earth-standard days later when the daily call was answered by, “Roger – hello, darling!”

“Edith! Are you all right?” “Getting that way.”

“What’s your temperature?”

“Now, darling, I won’t have you quack-doctoring me. My temperature is satisfactory, as is the rest of my physical being. I’ve lost a little weight, but I could stand to – don’t you think?”

“No, I don’t. Listen – you come home! You hear me?”

“Roger dearest! I can’t and that’s settled. This entire ship is under quarantine. But how is the rest of my family?” “Oh, shucks, fine, fine! We’re all in the pink.”

“Stay that way. I’ll call you tomorrow. Bye, dear.”

Dinner that night was a celebration. Hazel cut her thumb again, but not even she cared.

The daily calls, no longer a naging worry but a pleasure, continued. It was a week later that Dr. Stone concluded by saying ‘Hold on, dear. A friend of yours wants to speak with you.”

“Okay, darling: Love and stuff – good-by.” “Roger Dodger?” came a bass voice.

“Van! You squareheaded bay window! I knew you were too mean to die.”

“Alive and kicking, thanks to your wonderful wife. But no longer with a bay window; I haven’t had time to regrow it yet” “You will.”

“No doubt. But I was asking the good doctor about something and she couldn’t give me much data. Your department Rog, how did this speed run leave you for single-H? Could you use some g-juice?”

Captain Stone considered it. “Have you any surplus, Captain?”

“A little. Not much for this wagon, but it might be quite a lot for a kiddie cart like yours.”

“We had to jettison, did you know?”

“I know – and I’m sorry. I’ll see that a claim is pushed through promptly. I’d advance it myself, Captain, if alimony on three planets left me anything to advance.”

“Maybe it won’t be necessary.” He explained about the radar reflector. “If we could nudge back into the old groove we just might get together with our belongings.”

Vandenbergh chuckled. “I want to meet those kids of yours again; they appear to have grown up a bit in the last seven years.” “Don’t. They’ll stea! your bridgework. Now about this single-H: how much can you spare?”

“Enough, enough, I’m sure. This caper is worth trying, just for the sport. I’m sure it has never been done before. Never.”

The two ships, perfectly matched to eye and almost so by instrument, nevertheless had drifted a couple. of miles apart while the epidemic in the liner raged and died out. The undetectable gravitational attraction between them gave them mutual escape velocity much less than their tiny residual relative motion. Up to now nothing had been done about it since they were still in the easiest of phone range. But now it was necessary to pump reactive mass from one to the other.

Roger Stone threw a weight fastened to a light messenger line as straight and as far as he could heave. By the time it was slowed to a crawl by the drag of the line a crewman from the War God came out after it on his suit jet, In due course the messenger line brought over a heavier line which was fastened to the smaller ship. Hand power alone took a strain on the line. While the mass of Rolling Stone was enormous by human muscle standards, the vector involved was too small to handle by jet and friction was nil. In warping in a space ship the lack of brakes is a consideration more important than numerous dents to ships and space stations testify.

As a result of that gentle tug, two and a half days later the ships were close enough to permit a fuel hose to be connected between them. Roger and Hazel touched the hose only with wrench and space-suit gauntlet, not enough contact to affect the quarantine even by Dr. Stone’s standards. Twenty minutes later even that connection was broken and the Stone had a fresh supply of jet juice.

And not too soon. Mars was a ruddy gibbous moon, bulging ever bigger in the sky; it was time to prepare to maneuver. “There it is!” Pollux was standing watch on the radar screen; his yelp brought his grandmother floating over.

“More likely a flock of geese,” she commented, “Where?” “Right there. Can’t you see it?”

Hazel grudgingly conceded that the blip might be real. The next several hours were spent in measuring distance, bearing, and relative motion by radar and doppler and in calculating the cheapest maneuver to let them match with the errant bicycles, baggage, and books. Roger Stone took it as easily as he could, being hurried somewhat by the growing nearness of Mars. He finally settled them almost dead in space relative to the floating junk pile, with a slight drift which would bring them within three hundred yards of the mass – so he calculated – at closest approach a few hours  hence.

They spent the waiting time figuring the maneuvers to rendezvous with Mars. The Rolling Stone would not, of course, land on Mars but at the port on Phobos. First they must assume an almost circular ellipse around Mars matching with Phobos, then as a final maneuver they must settle the ship on the tiny moon – simple maneuvers made fussy by one thing only; Phobos has a period of about ten hours; the Stone would have to arrive not only at the right place with the right speed and direction, but also at the right time. After the bicycles were taken aboard the ship would have to be nursed along while still fairly far out if she were to fall to an exact rendezvous.

Everybody worked on it but Buster, Meade working under Hazel’s tutelage. Pollux continued to check by radar their approach to their cargo. Roger Stone had run through and discarded two trial solutions and was roughing out another which, at last, seemed to be making sense when Pollux announced that his latest angulation of the radar data showed that they were nearly as close as they would get.

His father unstrapped himself and floated to a port. “Where is it? Good heavens, we’re practically sitting on it. Let’s get busy, boys.” “I’m coming, too,” announced Hazel.

“Me, too!” agreed Lowell.

Meade reached out and snagged him. “That’s what you think, Buster. You and Sis are going to play a wonderful game called, “What’s for dinner?” Have fun, folks.” She headed aft, towing the infant against his opposition.

Outside the bicycles looked considerably farther away. Cas glanced at the mass and said. “Maybe I ought to go across on my suit jet, Dad? It would save time.”

“I strongly doubt it. Try the heaving line, Pol.” Pollux snapped the light messenger line to a padeye. Near the weighted end had been fastened a half a dozen large hooks fashioned of 6-gauge wire. His first heave seemed to be strong enough but it missed the cluster by a considerable margin,

“Let me have it, Pol,” Castor demanded.

“Let him be,” ordered their father. “So help me, this is the last time I’m going into space without a proper line-throwing gun. Make note of that,

Cas. Put it on the shopping list when we go inside.”

“Aye aye, sir.”

The second throw was seen to hit the mass, but when Pol heaved in the line came away, the hooks having failed to catch. He tried again. This time the floating line came taut.

“Easy, now!” his father cautioned. “We don’t want a bunch of bikes in our lap. There – “vast heaving. She’s started.” They waited.

Castor became impatient and suggested that they give the line another tug. His father shook his head. Hazel added, “I saw a green hand at the space station try to hurry a load that way. Steel plate, it was.”

“What happened?”

“He had started it with a pull; he thought he could stop it with a shove. They had to amputate both legs but they saved his life.” Castor shut up.

A few minutes later the disorderly mass touched down, bending a handlebar of one bike that got pinched but with no other damage. The twins and Hazel swarmed over the mass, working free on their safety lines and clicking on with their boots only to pass bicycles into the hold, where Roger Stone stowed them according to his careful mass distribution schedule.

Present!y Pollux came across Castor’s ‘Not for Salvage’ warning. “Hey, Cas! Here’s your notice.” “It’s no good now.” Nevertheless he accepted it and glanced at it. Then his eyes snapped wider. An endorsement had been added at the bottom:

“Sez you!

The Galactic Overlord.”

Captain Stone came out to investigate the delay, took the paper and read it. He looked at his mother. “Hazel!” “Me? Why, I’ve been right here in plain sight the whole time. How could I have done it?”

Stone crumpled the paper. “I do not believe in ghosts, inside straights, nor “Galactic Overlords.”“

If Hazel did it, no one saw her and she never admitted it. She persisted in the theory that the Galactic Overlord wasn’t really dead after all. To prove it, she revived him in her next episode.

  1. – PHOBOS PORT

Mars has two ready-made space stations, her two tiny, close-in moons – Phobos and Deimos, the dogs of the War God, Fear and Panic. Deimos is a jagged, ragged mass of rock; a skipper would he hard put to find a place to put down a ship. Phobos was almost spherical and fairly smooth as we found her; atomic power has manicured her into one big landing field all around her equator – a tidying-up that may have been over hasty; by one very plausible theory the Martian ancients used her themselves as a space station. The proof, if such there be, may lie buried under the slag of Phobos port.

The Rolling Stone slid inside the orbit of Deimos, blasted as she approached the orbit of Phobos and was matched in with Phobos, following an almost identical orbit around Mars only a scant five miles from that moon. She was falling now, falling around Mars but falling toward Phobos, for no vector had been included as yet to prevent that. The fall could not be described as a headlong plunge; at this distance, one radius of Phobos, the moon attracted the tiny mass of the spaceship with a force of less than three ten-thousandths of one Earth surface gravity. Captain Stone had

ample time in which to calculate a vector which would let him land; it would take the better part of an hour for the Stone to sink to the surface of the satellite.

However, he had chosen to do it the easy way, through outside help. The jet of the Rolling Stone, capable of blasting at six gravities, was almost too much of a tool for the thin gravity field of a ten-mile rock – like swatting a fly with a pile-driver. A few minutes after they had ceased blasting, a small scooter rocket up from Phobos matched with them and anchored to their airlock.

The spacesuited figure who swam in removed his helmet and said, “Permission to board, sir? Jason Thomas, port pilot – you asked for pilot-and- tow?”

“That’s right, Captain Thomas.”

“Just call me Jay. Got your mass schedule ready?”

Roger Stone gave it to him; he look it over while they looked him over. Meade thought privately that he looked more like a bookkeeper than a dashing spaceman – certainly nothing like the characters in Hazel’s show. Lowell stared at him gravely and said, “Are you a Martian, Mister?”

The port pilot answered him with equal gravity. “Sort of, son.” “Then where’s your other leg?”

Thomas looked startled, but recovered. “I guess I’m a cut-rate Martian.”

Lowell seemed doubtful but did not pursue the point. The port official returned the schedule and said, “Okay, Captain. Where are your outside control-circuit jacks?”

“Just forward of the lock. The inner terminals are here on the board.”

“Be a few minutes.” He went back outside, moving very rapidly. He was back inside in less than ten minutes. “That’s all the time it took you to mount auxiliary rockets?” Roger Stone asked incredulously.

“Done it a good many times. Gets to be a routine. Besides, I’ve got good boys working with me.” Quickly he plugged a small portable control board to the jacks pointed out to him earlier, and tested his controls. “All set.” He glanced at the radar screen. “Nothing to do but loaf for a bit You folks immigrating?”

“Not exactly. It’s more of a pleasure trip.”

“Now ain’t that nice! Though it beats me what pleasure you expect to find on Mars.” He glanced out the port where the reddish curve of Mars pushed up into the black.

“We’ll do some sightseeing I expect”

“More to see in the State of Vermont than on this whole planet I know.” He looked around. “This your whole family?” “All but my wife.” Roger Stone explained the situation.

“Oh, yes! Read about it in the daily War Cry. They got the name of your ship wrong, though.”

Hazel snorted in disgust ‘Newspapers!”

Yes, mum. I put the War God down just four hours ago. Berths 32 & 33. She’s in quarantine, though.” He pulled out a pipe ‘You folks got static precipitation?”

Yes,” agreed Hazel. “Go ahead and smoke, young man.”

“Thanks on both counts.” He made almost a career of getting it lighted; Pollux began to wonder when he intended to figure his ballistic.

But Jason Thomas did not bother even to glance at the radar screen; instead he started a long and meandering story about his brother-in-law

back Earthside. It seemed that this connection of his had tried to train a parrot to act as an alarm clock.

The twins knew nothing of parrots and cared less. Castor began to get worried. Was this moron going to crash the Stone? He began to doubt that Thomas was a pilot of any sort. The story ambled on and on. Thomas interrupted him-self to say, “Better hang on, everybody. And somebody ought to hold the baby.”

“I’m not a baby,” Lowell protested.

“I wish I was one, youngster.” His hand sought his control panel as Hazel gathered Lowell in. “But the joke of the whole thing was – A deafening rumble shook the ship, a sound somehow more earsplitting than their own jet. It continued for seconds only, as it died Thomas continued triumphantly:

  • the bird never did learn to tell time. Thanks, folks. The office’ll bill you.” He stood up with a catlike motion, slid across or without lifting his feet ‘Glad to have met you. G’bye!”

They were down on Phobos.

Pollux got up from where he had sprawled on the deck-plates – and bumped his head on the overhead. After that he tried to walk like Jason Thomas. He had weight, real weight, for the first time since Luna, but it amounted to only two ounces in his clothes. “I wonder how high I can jump here?” he said.

“Don’t try it,” Hazel advised. “Remember the escape velocity of this piece of real estate is only sixty-six feet a second.” “I don’t think a man could jump that fast”

“There was Ole Gunderson. He dived right around Phobos – a free circular orbit thirty-five miles long. Took him eighty-five minutes. He’d have been traveling yet. If they hadn’t grabbed as he came back around.”

“Yes, but wasn’t he an Olympic jumper or something? And didn’t he have to have a special rack or some such to take off from?”

“You wouldn’t have to jump,” Castor put in. “Sixty-six feet a second is forty-five miles an hour, so the circular speed comes out a bit more than thirty miles an hour. A man can run twenty miles an hour back home, easy. He could certainly get up to forty-five here.”

Pollux shook tiis head. “No traction.”

“Special spiked shoes and maybe a tangent launching ramp for the last hundred yards – then woosh! off the end and you’re gone for good.” “Okay, you try it, Grandpa. I’ll wave good-by to you.”

Roger Stone whistled loudly. “Quiet, please! If you armchair athletes are quite through, I have an announcement to make.” “Do we go groundside now, Dad?”

“Not if you don’t quit interrupting me. I’m going over to the War God. Anyone who wants to come along, or wishes to take a stroll outside, may do so – just as long as you settle the custody of Buster among you. Wear your boots; I understand they have steel strip walkways for the benefit of transients.”

Pollux was the first one suited up and into the lock, where he was surprised to find the rope ladder still rolled up. He wondered about Jason Thomas and decided that he must have jumped. . . a hundred-odd feet of drop wouldn’t hurt a man’s arches here. But when he opened the outer door he discovered that it was quite practical to walk straight down the side of the ship like a fly on a wall. He had heard of this but had not quite believed it, not on a planet . . . well, a moon.

The others followed him, Hazel carrying Lowell. Roger Stone stopped when they were down and looked around. “I could have sworn,” he said with a puzzled air, “that I spotted the War God not very far east of us just before we landed.”

“There is something sticking up over there,” Castor said, pointing north. The object was a rounded dome swelling up above the extremely near horizon – an horizon only two hundred yards away for Castor’s height of eye: The dome looked enormous but it grew rapidly smaller as they approached it and finally got it entirely above the horizon. The sharp curvature of the little globe played tricks on them; it was so small that it was possible to see that it was curved, but the habit of thinking of anything over the horizon as distant stayed with them.

Before they reached the dome they encountered one of the steel walking strips running across their path, and on it a man. He was spacesuited as they were and was carrying with ease a large coil of steel line, a hand-powered winch, and a ground anchor with big horns. Roger Stone stopped him. “Excuse me, friend but could you tell me the way to the R.S. War God? Berths thirty-two and -three, I believe she is.”

Off east there. Just follow this strip about five miles; you’ll raise her. Say, are you from the Rolling Stone?” Yes. I’m her master. My name’s Stone, too.”

“Glad to know you, Captain. I’m just on my way out to respot your ship. You’ll find her in berth thirteen, west of here when you come back.”

The twins looked curiously at the equipment he was carrying. “Just with that?” asked Castor, thinking of the ticklish problem it had been to move

the Stone on Luna.

“Did you leave your gyros running?” asked the port jockey. “Yes,” answered Captain Stone.

“I won’t have any trouble. See you around.” He headed out to the ship. The family party turned east along the strip; the traction afforded by their boot magnets against steel made much easier walking. Hazel put Lowell down and let him run.

They were walking toward Mars, a great arc of which filled much of the eastern horizon. The planet rose appreciably as they progressed; like Earth in the Lunar sky Mars never rose nor set for any particular point of the satellite’s surface – but they were moving over the curve of Phobos so rapidly that theff own walking made it rise. About a mile farther along Meade spotted the bow of the War God silhouetted against the orange-red face of Mars. They hurried, but it was another three miles before they had her in sight down. to her fins.

At last they reached her – to find a temporary barrier of line and posts around her and signs prominently displayed: “WARNING! – QUARANTINE – no entrance by order of Phobos Port Authority.”

I can t read,” said Hazel.

Roger Stone pondered it ‘The rest of you stay here, or go for a walk – whatever you please. I’m going in. Mind you stay off the field proper.” “Shucks,” answered Hazel, “there’s plenty of time to see a ship coming in and run for it, the way they float in here. That’s all the residents do. But

don’t you want me to come with you, boy?”

“No its my pidgin.” He left them at the barrier, went toward the liner. They waited. Hazel passed the time by taking a throat lozenge from her gun and popping it in through her mouth valve; she gave one to Lowell. Presently they saw Roger walk up the side of the ship to a view port. He stayed there quite a whlle, then walked down again.

When he got back to them his face was stormy. Hazel said ‘No go, I take it?”

“None at all. Oh, I saw Van and he rapped out some irrelevant insults. But he did let me see Edith – through the port” “How did she look?”

“Wonderful, just wonderful! A little bit thinner perhaps, but not much. She blew a kiss for all of you.” He paused and frowned. “But I can’t get in and I can’t get her out.”

“You can’t blame Van,” Hazel pointed out. “It would mean his ticket.” “I’m not blaming anybody! I’m just mad, that’s all.”

“Well, what next?”

He thought about it. “The rest of you do what you like for the next hour or so. I’m going to the administration building – it’s that dome back there. I’ll meet you all at the ship – berth thirteen.”

The twins elected to walk on east while Meade and Hazel returned at once to the ship Buster was getting restless. The boys wanted a really good look at Mars. They had watched it through the Stones ports, of course, on the approach – but this was different. . . more real, somehow – not framed like a television shot. Three more miles brought all of it in sight, or all of it that was illuminated, for the planet was in half phase to them, the Sun  being at that point almost overhead.

They studied the ruddy orange deserts, the olive green fertile stretches, the canals stretching straight as truth across her fiat landscape. The south polar cap was tipped slightly toward them; it had almost disappeared. Facing them was the great arrowhead of Syrtis Major.

They agreed that it was beautiful, almost as beautiful as Luna – more beautiful perhaps than Earth in spite of Earth’s spectacular and always changing cloud displays. But after a while they grew bored with it and headed back to the ship.

They found berth thirteen without trouble and walked up into the ship. Meade had dinner ready; Hazel was playing with Buster. Their father came in just as they were ready to eat. “You,” announced Hazel, “looked as if you had bribed a chair-warmer.”

“Not quite.” He hesitated, then said, “I’m going into quarantine with Edith. I’ll come out when she does.” “But Daddy -” protested Meade.

“I’m not through. While I’m gone Hazel takes command. She is also head of this family.” “I always have been,” Hazel said smugly.

“Please, Mother. Boys, if she finds it necessary to break your arms, please be advised that the action is authorised in advance. You understand me?”

“Yes sir. – “Aye aye, sir.”

“Good. I’m going to pack now and leave.”

“But Daddy!” Meade objected, almost in tears, “aren’t you going to wait for dinner?”

He stopped and smiled. “Yes, sugar pie. You are getting to be a good cook, did you know?”

Castor glanced at Pollux, then said, “Uh, Dad, let me get this straight We are simply to wait here in the ship – on this under-sized medicine ball until you and Mother get out of hock?”

“Why, yes – no, that isn’t really necessary. I simply hadn’t thought about it. If Hazel is willing, you can close down the ship and go down to Mars. Phone us your address and we’ll join you there. Yes, I guess that’s the best scheme.”

The twins sighed with relief.

IV     – “WELCOME TO MARS!”

Roger Stone promptly caught the epidemic disease and had to be nursed through it – and thereby extended the quarantine time It gave the twins that much more time in which to exercise their talent for trouble. The truncated family went from Phobos down to Marsport by shuttle – not the sort of shuttle operating between Pikes Peak and Earth’s station, but little glider rockets hardly more powerful than the ancient German war rockets. Mars’ circular-orbit speed is only a trifle over two miles per second.

Nevertheless the fares were high . . . and so were freight charges The twins had unloaded their cargo, moved it to the freight lots between the customs shed and the administration building and arranged for it to follow them down, all before they boarded the shuttle. They had been horrified when they were presented with the bill – payable in advance. It had come to more than the amount they had paid their father for the added ship’s costs of boosting the bicycles all the way to Mars.

Castor was still computing their costs and possible profits as the five Stones were strapping down for the trip down to Marsport. “Pol, he said fretfully, “we’d better by a darn sight get a good price for those bikes.”

“We will, Grandpa, we will. They’re good bikes.”

The thuttle swooped to a landing on the Grand Canal and was towed into a slip, rocking gently the while. The twins were glad to climb out; they  had never before been in a water-borne vehicle and it seemed to them an undependable if not outright dangerous mode of travel. The little ship was unsealed with a soft sigh and they were breathing the air of Mars. It was thin but the pressure was not noticeably lower than that they had maintained in the Rolling Stone – a generation of the atmosphere project had made skin suits and respirators unnecessary. It was not cold; the Sun was right at the zenith. Meade sniffed as she climbed to the dock. “What’s the funny smell, Hazel?”

“Fresh air. Odd stuff, isn’t it? Come on, Lowell.” They all went inside the Hall of Welcome, that being the only exit. from the dock. Hazel looked around, spotted a desk marked ‘Visas’ and headed for it. “Come on, kids Let’s stick together.”

The clerk looked over their papers as if he had never seen anything of the sort before and didn’t want to now. “You had your physical examinations at Phohos port?” he said doubtfully.

“See for yourself. They’re all endorsed.”

“Well. . . you don’t have your property declaration filled out for immigration.” “We’re not imrnjgrants; we’re visitors.”

“Why didn’t you say so? You haven’t posted a bond; all terrestrial citizens have to post bonds.”

Pollux looked at Castor and shook his head. Hazel counted up to ten and replied, “We’re not terrestrials; we’re citizens of Luna Free State – and entitled to full reciprocity under the treaty of ’07. Look it up and see.”

“Oh.’. The clerk looked baffled and endorsed and stamped their papers. He stuck them in the stat machine, then handed them back. “That’ll be five pounds.”

“Five pounds?”

Pounds Martian, of course. If you apply for citizenship it’s returnable.”

Hazel counted it out. Pollux converted the figure into System credit in his head and swore under his breath; he was beginning to think that Mars was the Land of the Fee. The clerk. recounted the money, then reached for a pile of pamphlets, handed them each one. “Welcome to Mars,” he said, smiling frigidly. “I know you’ll like it here.”

“I was beginning to wonder,” Hazel answered, accepting a pamphlet “Eh?”

“Never mind. Thank you.”

They turned away. Castor glanced at his pamphlet; it was titled:

WELCOME TO MARS! ! !

Compliments of the Marsport

Chamber of Commerce &

Booster Club

He skimmed the table of contents: What to See – Where to Eat – And Now to Sleep – “When in Rome-” – In Ancient Times – Souvenirs? of course – Business Opportunities – Facts & Figures about Marsport, Fastest Growing City in the System.

The inside, he found, contained more advertising space than copy. None of the pictures were stereo. Still, it was free; he stuck it in his pouch. They had not gotten more than ten steps away when the clerk suddenly called out, “Hey! Madam! Just a moment, please-comeback!”

Hazel turned around and advanced on him, her mouth set grimly. “What’s biting you, bub?” He pointed to her holster. “That gun. You can’t wear that – not in the city limits.”

“I can’t, eh?” She drew it, opened the charge chamber, and offered it to him with a sudden grin. “Have a cough drop?”

A very pleasant lady at the Travellers’ Aid desk, after determining that they really did not want to rent an ancient Martian tower believed to be at least a million years old but sealed and airconditioned nevertheless, made out for them a list of housekeeping apartments for rent. Hazel had vetoed going to any of the tourist hotels even for one night, after telephoning three and getting their rates. They tramped through a large part of the city, searching. There was no public transit system; many of the inhabitants used powered roller skates, most of them walked. The city was laid out in an oblong checkerboard with the main streets parallel to the canal. Except for a few remaining pressurised domes in ‘Old Town’ the buildings were all one-storey prefabricated boxlike structures without eaves or windows, all of depressing monotony.

The first apartment turned out to be two little stalls in the back of a private home – share refresher with family. The second was large enough but was in sniffing range of a large plastics plant; one of its exhalations seemed to be butyl mersaptan though Hazel insisted it put her more in mind of a dead goat The third – but none of them approached the standard of comfort they had enjoyed on the Moon, nor even that of the Rolling Stone.

Hazel came out of the last one they had jooked at, jumped back suddenly to keep from being run over by a delivery boy pulling a large hand truck, caught her breath and said, “What’ll it be, children? Pitch a tent, or go back up to the Stone?

Pollux protested, “But we can’t do that We’ve got to sell our bicycles.”

“Shut up, Junior,” his brother told him ‘Hazel, I thought there was one more? “Casa” something?”

“Casa Mañana Apartments, way out south along the canal – and likely no better than the rest Okay, troops, mush on!”

The buildings thinned out and they saw some of the heliotropic Martian vegetation, spreading greedy hands to the Sun. Lowell began to complain at the walk. “Carry me, Grandma Hazel!”

“Nothing doing, pet,” she said emphatically, “your legs are younger than mine.” Meade stopped. “My feet hurt, too.”

“Nonsense! This is just a shade over one-third gravity.”

“Maybe so, but it’s twice what it is back home and we’ve been in free fall for half a year and more. Is it much farther?” “Sissy!”

The twins’ feet hurt, too, but they would not admit it They alternated taking Buster piggy-back the rest of the way. Casa Mañana turned out to be quite new and, by their suddenly altered standards, acceptable. The walls were of compacted sand, doubled against the bitter nights; the roof was of sheet metal sandwich with glass-wool core for insulation. It was a long, low building which made Hazel think of chicken coops but she kept the thought to herself. It had no windows but there were sufficient glow tubes and passable air ducting.

The apartment which the owner and manager showed to them consisted of two tiny cubicles, a refresher, and a general room. Hazel looked them over. “Mr. d’Avril, don’t you have something a bit larger?”

“Well, yes, ma’am, I do – but I hate to rent larger ones to such a small family with the tourist season just opening up: I’ll bring in a cot for the youngster.”

She explained that two more adults would be coming. He considered this. “You dbn’t know how long the War God will be quarantined? “Not the slightest”

“Then why don’t we play that hand after it’s dealt? We’ll accomodate you somehow; that’s a promise.” Hazel decided to close the deal; her feet were killing her. “How much?”

“Four hundred and fifty a month – four and a quarter if you take a lease for the whole season.”

At first Hazel was too surprised to protest She had not inquired rents at the other places since she had not considered renting them. “Pounds or credits?” she said feebly.

“Why, pounds, of course.”

“See here, I don’t want to buy this du – this place. I just want to use it for a while.”

Mr. d’Avril looked hurt. “You needn’t do either one, ma’am. With ships arriving every day now I’ll have my pick of tenants. My prices are considered very reasonable. The Property Owner’s Association has tried to get me to up ’em – and that’s a fact”

Hazel dug into her memory to recall how to compare a hotel price with a monthly rental – add a zero to the daily rate; that was it Why, the man  must be telling the truth! – if the hotel rates she had gotten were any guide. She shook her head. “I’m just a country girl, Mr. d’Avril. How much did this place cost to build?”

Again he looked hurt ‘You’re not looking at it properly, ma’am. Every so often we have a big load of tourists dumped on us. They stay awhile, then they go away and we have no rent coming in at all. And you’d be surprised how these cold nights nibble away at a house. We can’t build the way the Martians could.”

Hazel gave up. “Is that season discount you mentioned good from now to Venus departure?”

“Sorry, ma’am. It has to be the whole season.” The next favorable time to shape an orbit for Venus was ninety-six Earth-standard days away – ninety-four Mars days – whereas the ‘whole season’ ran for the next fifteen months, more than half a Martian year before Earth and Mars would again be in a position to permit a minimum-fuel orbit.

“We’ll take it by the month. May I borrow your stylus? I don’t have that much cash on me.”

Hazel felt better after dinner. The Sun was down and the night would soon be too bitter for any human not in a heated suit, but inside Casa  Mañana it was cozy, even though cramped. Mr. d’Avril, for an extra charge only mildly extortionate, had consented to plug in television for them and Hazel was enjoying for the first time in months one of her own shows. She noted that they had rewritten it in New York, as usual, and, again as usual, she found the changes no improvement. But she could recognise some of the dialogue and most of the story line.

That Galactic Overlord – he was a baddy, he was! Maybe she should kill him off again.

They could try to find a cheaper place tomorrow. At least as long as the show kept up its audience rating the family wouldn’t starve, but she hated to think of Roger’s face when he heard what rent he was paying. Mars! All right to visit, maybe, but no place to live. She frowned.

The twins were whispering in their own cubicle about some involved financial dealing; Meade was knitting quietly and watching the screen. She caught Hazel’s expression. “What were you thinking about, Grandmother?”

I know what she’s thinking about!” announced Lowell.

“If you do, keep it to yourself. Nothing much, Meade – that pipsqueak clerk. Imagine the nerve of him, saying I couldn’t pack a gun!”

  • – FREE ENTERPRISE

The twins started out to storm the marts of trade next morning after breakfast Hazel cautioned them. “Be back in time for dinner. And try not to commit any capital crimes.”

“What are they here?”

“Um, let me see. Abandonment without shelter. . . pollution of the water supply . . . violation of treaty regulations with the natives – I think. that’s about all.”

“Murder?”

“Killing is largely a civil matter here – but they stick you for the prospective earnings of your victim for whatever his life expectancy was. Expensive. Very expensive, if the prices we’ve run into are any guide. Probably leave you indentured the rest of your life.”

“Hmm – We’ll be careful. Take note of that, Pol. Don’t kill anybody.” “You take note of it. You’re the one with the bad temper.”

“Back sharp at six, boys. Have you adjusted your watches?”

“Pol slowed his down; I’m leaving mine on Greenwich rate.” “Sensible.”

“Pol!” put in Lowell. “Cas! Take me along!” “Can’t. do it, sprout. Business.”

“Take me! I want to see a Martian. Grandma Hazel, when am I going to. see a Martian?”

She hesitated. Ever since an unfortunate but instructive incident forty years earlier a prime purpose of the planetary government had been to  keep humans as far away from the true Martians as possible – tourists most especially. Lowell had less chance of getting his wish than a European child visiting Manhattan would have of seeing an American Indian. “Well, Lowell, it’s like this -The twins left hastily, not wishing to be drawn into what was sure to be a fruitless debate.

They soon found the street catering to the needs of prospectors. They picked a medium-sized shop displaying the sign of Angelo & Sons, Ltd., General Outfitters, which promised ‘Bed-rolls, Geiger Counters, Sand Cycles, Assaying Service, Black-Light Lamps, Firearms, Hardware- Ironmongery – Ask for It; We’ve Got It or Can Get It’.

Inside they found a single shopkeeper leaning against a counter while picking his teeth and playing with something that moved on the counter top. Pollux glanced curiously at it; aside from the fact that it was covered with fur and seemed to be roughly circular, he could not make out what it was. Some sort of Martian dingus probably. He would investigate later – business first.

The shopkeeper straightened up and remarked with professional cheer, “Good morning, gentlemen. Welcome to Mars.” “How did you know?” asked Castor.

“Know what?”

“That we had just gotten here.”

“Eh? That’s hard to say. You’ve still got some free fall in your walk and – oh, I don’t know. Little things that add up automatically. You get to know.”

Pollux shot Castor a glance of warning; Castor nodded. This man’s ancestors, he realised subconsciously, had plied the Mediterranean, sizing up customers, buying cheap and selling dear. “You’re Mr. Angelo?”

“I’m Tony Angelo. Which one did you want?”

“Uh, no one in particular, Mr. Angelo. We were just looking around.” “Help yourselves. Looking for souvenirs?”

“Well, maybe.”

“How about this?” Mr. Angelo reached into a box behind him and pulled out a battered face mask. “A sandstorm mask with the lenses pitted by the sands of Mars. You can hang it up in your parlor and tell a real thiller about how it got that way and how lucky you are to be alive. It won’t add much to your baggage weight allowance and I can let you have it cheap – I’d have to replace the lenses before I could sell it to the trade.”

Pollux was beginning to prowl the stock, edging towards the bicycles; Castor decided that he should keep Mr. Angelo engaged while his brother picked up a few facts, “Well, I don’t know,” he replied. “I wouldn’t want to tell a string of lies about it”

“Not Lies, just creative storytelling. After all, it could have happened – it did happen to the chap that wore it; I know him. But never mind.” He put the mask back. “I’ve got some honest-to-goodness Martian gems, only K’Raath HimseIf knows how old – but they are very expensive. And I’ve got some others that can’t be told from the real ones except in a laboratory under polarised light; they come from New Jersey and aren’t expensive at all. What’s your pleasure?”

“Well, I don’t know,” Castor repeated, “Say Mr. Angelo, what is this? At first I thought it was a fur cap; now I see its alive” Castor pointed to the furry heap on the counter. It was slowly slithering toward the edge.

The shopkeeper reached out and headed it back to the middle. “That? That’s a “flat cat”.” “”Flat cat?”“

“It has a Latin name but I never bothered to learn it.” Angelo tickled it with a forefinger; it began to purr like a high-pitched buzzer. It had no discernible features, being merely a pie-shaped mass of sleek red fur a little darker than Castor’s own hair. “They’re affectionate little things and many of the sand rats keep them for pets – a man has to have someone to talk to when he’s out prospecting and a flat cat is better than a wife because it can’t talk back. It just purrs and snuggles up to you. Pick it up.”

Castor did so, trying not seem gingerly about it The flat cat promptly plastered itself to Castor’s shirt, fattened its shape a little to fit better the crook of the boy’s arm, and changed its purr to a low throbbing which Castor could feel vibrate in his chest. He looked down and three beady little eyes stared trust-fully back up at him, then closed and disappeared completely. A little sigh interrupted the purrs and the creature snuggled closer.

Castor chuckled ‘It is like a cat, isn’t it? “Except that it doesn’t scratch. Want to buy it?”

Castor hesitated. He found himself thinking of Lowell’s anxiety to see a ‘real Martian’. Well, this was a ‘Martian’, wasn’t it? A sort of a Martian. “I wouldn’t know how to take care of it”

“No trouble at all. In the first place they’re cleanly little heasties – no problem that way. And they’ll eat anything; they love garbage. Feed it every week or so and let it have all the water it will take every month or six weeks – it doesn’t matter really; if it isn’t fed or watered it just slows down until it is. Doesn’t hurt a bit And you don’t even have see that it keeps warm. Let me show you.” He reached out and took the flat cat back, jiggled it in his hand. It promptly curled up into a ball.

“See that? Like everything else on Mars, it can wrap itself up when the weather is bad. A real survivor type.” The shopkeeper started to mention another of its survival characteristics, then decided it had no bearing on the transaction. “How about it? I’ll make you a good price.”

Castor decided that Lowell would love it – and besides, it was a legitimate business expense, chargeable to good will. “How much?”

Angelo hesitated, trying to estimate what the traffic would bear, since a flat cat on Mars had roughly the cash value of still another kitten on a Missouri farm. Still, the boys must be rich or they wouldn’t be here – just in and with spending money burning holes in their pockets, no doubt Business had been terrible lately anyhow. “A pound and a half,” he said firmly.

Castor was surprised at how reasonable the price was. “That seems like quite a lot,” he said automatically. Angelo shrugged. “It likes you. Suppose we say a pound?”

Castor was again surprised, this time at the speed and the size of the mark-down. “I don’t know,” he murmured. “Well. . . ten per cent off for cash.”

Out of the corner of his eye Castor could see that Pollux had finished inspecting the rack of bicycles and was coming back. He decided to clear the decks and establish that good will, if possible, before Pol got down to business. “Done.” He fished out a pound note, received his change, and picked up the flat cat ‘Come to papa, Fuzzy Britches.” Fuzzy Britches came to papa, snuggled up and purred.

Pollux came back, stared at the junior Martian. “What in the world?” “Meet the newest member of the family. We just bought a flat cat”

“We?” Pollux started to protest that it was no folly of his, but caught the warning in Castor’s eye in time. “Uh, Mr. Angelo, I don’t see any prices marked?”

The shopkeeper nodded. “That’s right The sand rats like to haggle and we accommodate them. It comes to the same thing in the long run. We always settle at list: they know it and we know it, but it’s part of their social life. A prospector doesn’t get much.”

“That Raleigh Special over there – what’s the list on it?” Pollux had picked it because it looked very much like the sand-cycle their father had delivered for them to Captain Vandenbergh when he had gone into quarantine.

“You. want to buy that bike?”

Castor shook his head a sixteenth of an inch; Pollux answered, “Well, no, I was just pricing it. I couldn’t take it Sunside. you know.”

“Well, seeing that there are no regular customers around, I’ll tell you. List is three hundred and seventy-five – and a bargain!”

“Whew! That seems high.”

“A bargain. She’s a real beauty. Try any of the other dealers.”

“Mr. Angelo,” Castor said carefully, “suppose I offered to sell you one just like it, not new but reconditioned as good as new and looking new, for just half that?”

“Eh? I’d probably say you were crazy”

“I mean it I’ve got it to sell. You might as well have the benefit of the low price as one of your competitors, I’m not going to offer it retail; this is for dealers.”

“Mmm. . . you didn’t come in here to buy souvenirs, did you?” “No, sir.”

“If you had come to me with that proposition four months ago, and could have backed it up, I’d have jumped at it. Now. . . well, no.” “Why not? it’s a good bike I’m offering you. A real bargain.”

“I’m not disputing it.” He reached out and stroked the flat cat. “Shucks, it can’t hurt anything to tell you why. Come along.”

He led them into the rear, past shelves crammed with merchandise, and on out behind the store. He waved a hand at stacks of merchandise that looked all too familiar. “See that? Second-hand bikes. That shed back there is stuffed with ’em; that’s why I’ve got these stored in the open.”

Castor tried to keep surprise and dismay out of his voice. “So you’ve got secoud-hand bikes,” he said, “all beat-up and sand pitted. I’ve got second-hand bikes that look like new and will wear like new – and I can sell them cheaper than you can sell these, a lot cheaper. Don’t you want to bid on them, at least?”

Angelo shook his head. “Brother, I admit that I didn’t take you for a jobber. But I have bad news for you. You can’t sell them to me; you can’t sell them to my competitors; you can’t sell them anywhere.”

“Why not?”

“Because there aren’t any retail customers.” “Huh?”

“Haven’t you heard of the Hallelujah Node? Didn’t you notice I didn’t have any customers? Three fourths of the sand rats on Mars are swarming into town – but they’re not buying, leastwise not bicycles. They’re stocking up for the Asteroids and kicking in together to charter ships. That’s why I have used bikes; I had to take them back on chattel mortgages -and that’s why you can’t sell bikes. Sorry – I’d like to do business with you.”

The twins had heard of the Hallelujah, all right – the news bad reached them in space: a strike of both uranium and core metal out in the Asteroids. But they had given it only intellectual attention, the Asteroids no longer figuring into their plans.

“Two of my brothers have already gone,” Angelo went on, “and I might give it a whirl myself if I weren’t stuck with the store. But I’d close and reopen as strictly a tourist trap if I could unload my present stock. That’s how bad things are.”

They crept out into the street as soon as they could do so gracefully. Pollux looked at Castor. “Want to buy a bicycle, sucker?” “Thanks, I’ve got one. Want to buy a flat cat?”

“Not likely. Say, let’s go over to the receiving dock. If any tourists are coming in, we might find another sucker to unload that thing on. We might even show a small profit – on flat cats, that is.”

“No, you don’t. Fuzzy Britches is for Buster – that’s settled. But let’s go over anyway; our bikes might be down.” “Who Ceres?”

“I do. Even if we can’t sell them, we can ride a couple of them. My feet hurt.”

Their shipment was not yet down from Phobos but it was expected about an hour hence. They stopped in the Old Southern Dining Room & Soda Fountain across from the Hall of Welcome. There they nursed sodas, petted Fuzzy Britches, and considered their troubles. “I don’t mind losing the money so much –“ Castor started in.

“I do!”

“Well, so do I. But what really hurts is the way Dad will laugh when he finds out. And what he’ll say.” “Not to mention Hazel.”

“Yes, Hazel. Junior, weve just got to figure out some way of picking up some money before we have to tell them.”

“With what? Our capital is gone. And Dad wouldn’t let us touch any more of our money even if he were here – which he isn’t.” “Then it has to be a way without capital.”

“Not many. Not for real money.”

“Hazel makes plenty credits without capital.”

“You aren’t suggesting that we write a television serial?” Pollux sounded almost shocked. “Of course not. We don’t have a customer for one. But there must be a way. Start thinking.”

After a glum silence Pollux said, “Grandpa, did you notice that announcement in the Hall of Welcome of the Mars chess championship matches next month?”

“No. Why?”

“People bet on ’em here – same as race horses Earthside.” “I don’t like bets. You can lose.”

“Sometimes. But suppose we entered Buster?”

“Huh? Are you crazy? Enter him against the best players on Mars?”

“Why not? Hazel used to be Luna champion, but Buster beats her regularly.” “But you know why. He reads her mind.”

“That’s precisely what I am talking about”

Castor shook his head. “It wouldn’t be honest, Junior.” “Since when did they pass a law against telepathy?”

“Anyhow you don’t know for certain that he does read her mind. And you don’t know that he could read a stranger’s mind. And it would take plenty cash to set up a good bet – which we haven’t got. And besides, we might lose.

“Okay, okay, it was just a thought You produce one.”

Castor frowned. “I don’t have one. Let’s go back over and see if our bikes are in. If they are, let’s treat ourselves to a day off and go sightseeing. We might as well get some use out of those bikes; they cost us enough.” He stood up.

Pollux sat still and stared at his glass. Castor added, “Come on.” Pollux said, “Sit down, Grandpa. I think I’m getting an idea.” “Don’t frighten it”

“Quiet.” Presently Pollux said, “Grandpa, you and I have just arrived here. We want to go sightseeing – so we immediately think of our bikes. Why wouldn’t tourists like to do the same thing – and pay for it?”

“Huh?” Castor thought about it ‘There must be some catch in it – or somebody would have done it long before this.”

“Not necessarily. it has only been the past few years that you could get a tourist visa to Mars; you came as a colonist or you didn’t come at all. I’d guess that nobody has thought of shipping bikes to Mars for tourists. Bikes cost plenty and they have been imported just for prospectors – for work, because a sand rat could cover four or five times as much territory on a sand cycle as on foot I’ll bet nobody here has ever thought of them for pleasure.”

“What do you want us to do? Paint a sign and then stand under it, shouting, “Bicycles! Get your bicycle here! You can’t see the sights of Mars without a bicycle”.”

Pollux thought it over. “We could do worse. But we would do better to try to sell somebody else on it, somebody who has the means to get it going. Shucks, we couldn’t even rent a lot for our bike stand.”

“There’s the soft point in the whole deal. We tell somebody and what does he do? He doesn’t buy our bikes; he goes to Tony Angelo and makes a deal with him to put Angelo’s bikes to work, at a lower cost.”

“Use your head, Grandpa. Angelo and the other dealers won’t rent their new machines to tourists; they cost too much. And tourists won’t rent that junk Angelo has in his back lot, they’re in a holiday mood; they’ll go for something new and shiny and cheerful. And for rental purposes. Remember, our bikes aren’t just practically new; they are new. Anybody who rents anything knows it has been used before; he’s satisfied if it looks new.

Castor stood up again. “Okay, you’ve sold me. Now let’s see if you can sell it to somebody else. Pick a victim.”

“Sit down; what’s your hurry? Our benefactor is probably right under this roof.” “Huh?”

“What’s the first thing a tourist sees when he first comes out of the Hall of Welcome? The Old Southern Dining Room, that’s what. The bike stand ought to be right out in front of this restaurant”

“Let’s find the owner.”

Joe Pappalopoulis was in the kitchen; he came out wiping his hands on his apron. “What’s the matter, boys? You don’t like your soda? “Oh, the sodas were swell! Look, Mr. Pappalopoulis, can you spare us a few minutes?”

“Call me “Poppa”; you wear yourself out. Sure.”

“Thanks. I’m Cas Stone; this is my brother Pol. We live on Luna and we came in with a load you might be interested in.” “You got a load of imported food? I don’t use much. Just coffee and some flavors.”

“No, no, not food. How would you like to add a new line that would fit right in with your restaurant business? Twice as much volume and only one overhead.”

The owner took out a knife and began to pare his nails. “Keep talking.”

Pollux took over, explained his scheme with infectious enthusiasm. Pappalopoulis looked up from time to time, said nothing. When Pollux seemed to be slowing down Castor took over; ‘Besides renting them by the hour, day, or week, you set up sightseeing tours and charge extra for those.”

“The guides don’t cost you any salary; you make ’em pay for the concession and then allow them a percentage of the guide fee.” “They rent their own bikes from you, too.”

“No overhead; you’ve already got the best spot in town. You just arrange to be out in front every time a shuttle comes down and maybe pay one of your guides a commission on rentals he makes to watch the stand in between times.”

“But the best deal is the long-term lease. A tourist uses a bike one day; you point out to him how cheap he can get it for the full time of his stay and you get the full price of the bike back in one season. From then on you’re operating on other people’s money.

The restaurateur put his knife away and said, “Tony Angelo is a good businessman. Why don’t I buy second hand bikes from him- cheap?

Castor took the plunge. “Go look at his bikes. Just look at them, sand pits and worn-out tires and all. Then we’ll meet his price – with better bikes.” “Any price he names?”

“Any firm price, not a phony. If his price is really low, we’ll buy his bikes ourselves.” Pollux looked a warning but Castor ignored it ‘We can undersell any legitimate price he can afford to make – with better merchandise. Let’s go see his bikes.”

Pappalopoulis stood up. “I’ve seen bikes in from the desert We go see yours.”

“They may not be down yet.” But they were down. Joe Poppa looked them over without expression, but the twins were very glad of the hours they had spent making them brave with paint, gaudy with stripes, polish and new decals.

Castor picked out three he knew to be in tiptop shape and said, “How about a ride? I’d like to do some sightseeing myself – free. Pappalopoulis smiled for the first time. “Why not?”

They rode north along the canal clear to the power pile station, then back to the city, skirted it, and right down Clarke Boulevard to the Hall of Welcome and the Old Southern Dining Room. After they had dismounted and returned the vehicles to the pile. Castor signaled Pollux and waited silently.

The cafe owner said nothing for several moments. At last he said, “Nice ride, boys. Thanks.” “Don’t mention it”

He stared at the heap of bikes. “How much?”

Castor named a price. Pappalopoulis shook his head sadly, “That’s a lot of money.”

Before Pollux could name a lower price Castor said, “Make it easy on yourself. We’d rather be cut in on the gravy but we thought you might prefer to own them yourselves. So let’s make it a partnership; you run the business, we put up the bikes. Even split on the gross and you absorb the overhead. Fair enough?”

Pappalopoulis reached over and stroked the flat cat ‘Partnerships make quarrels,” he said thoughtfully.

“Have it your own way,” Castor answered. “Five per cent for cash.

Pappalopoulis pulled out a roll that would have choked a medium-large Venerian sand hog. “I buy ’em.”

The twins spent the afternoon exploring the city on foot and looking for presents for the rest of the family. When they started home their way led them back through the square between the receiving station and Poppa’s restaurant The sign now read:

THE OLD SOUTHERN DINING ROOM AND

TOURIST BUREAU

Sodas Souvenirs Candy Sightseeing Trips BICYCLES RENTED

Guide Service

See the Ancient Martian Ruins!!!

Pollux looked at it. “He’s a fast operator, all right. Maybe you should have insisted on a partnership.” “Don’t be greedy. We turned a profit, didn’t we?”

“I told you we would. Well, let’s get Fuzzy Britches home to Buster.”

VI               – CAVEAT VENDOR

Fuzzy Britches was not an immediate success with Lowell. “Where its legs?” he said darkly. “If it’s a Martian, it ought to have three legs.” “Well,” argued Castor, “some Martians don’t have legs.”

“Prove it!”

“This one doesn’t That proves it”

Meade picked Fuzzy Britches up; it immediately began to buzz – whereupon Lowell demanded to hold it Meade passed it over. “I don’t see,” she remarked, “why anything as helpless as that would have such bright colors.”

“Think again, honey lamb,” advised Hazel. “Put that thing out on the desert sand and you would lose it at ten feet, Which might be a good idea.” “No!” answered Lowell.

“”No” what, dear?”

“Don’t you lose Fuzzy Britches. He’s mine.” The child left carrying the flat cat and cooing a lullaby to it. Fuzzy Britches might lack legs but it knew how to win friends; anyone who picked it up hated to put it down. There was something intensely satisfying about petting the furry thing. Hazel tried to analyse it but could not.

No one knew when the quarantine of the War God would be lifted. Therefore Meade was much surprised one morning to return to Casa Mañana and fined her father in the general room. “Daddy!” she yelled, swarming over him. “When did you get down?.

“Just now.” “Mummy, too?”

“Yes. She’s in the ‘fresher.”

Lowell stood in the doorway, watching them impassively. Roger Stone loosed himself from his daughter and said, “Good morning, Buster.” “Good morning, Daddy. This is Fuzzy Britches. He’s a Martian. He’s also a flat cat.”

“Glad to know you, Fuzzy Britches. Did you say “flat cat”?” “Yes.”

“Very well. But it looks more like a wig.”

Dr. Stone entered, was subjected to the same treatment by Meade, then turned to Lowell. He permitted her to kiss him, then said, “Mama, this is Fuzzy Britches. Say hello to him.”

“How do you do, Fuzzy Britches? Meade, where are your brothers? And your grandmother?” Meade looked upset. “I was afraid you would get around to that. The twins are in jail again.” Roger Stone groaned. “Oh, no, not again! Edith, we should have stayed on Phobos.”

“Yes, dear.”

“Well, let’s face it What is the charge this time, Meade?” “Fraud and conspiring to evade the customs duties.”

“I feel better. The last time but one, you’ll remember, it was experimenting with atomics inside the city limits and without license. But why aren’t they out on bail? Or is there some-thing worse you haven’t told us?”

“No, it’s just that the court has tied up their bank account and Hazel wouldn’t get them bond. She said they were safer where they were.” “Good for Hazel!”

“Daddy, if we hurry we can get back downtown for the hearing. I’ll tell you and Mummy about it on the way.”

The ‘fraud’ part of it came from Mr. Pappalopoulis; the rest of it came straight from the planetary government. Mars, being in a state of expanding economy, just beginning to be self-supporting and only recently of declared sovereignty, had a strongly selective tariff. Being forced to import much and having comparatively little to export which could not be had cheaper Earthside, all her economic statutes and regulations were bent toward relieving her chronic credit gap; Articles not produced on Mars but needed for her economy came in duty free; articles of luxury or pleasure carried

very high rates; articles manufactured on Mars were completely protected by embargo against outside competition.

Bicycles were classed by the Import Commission as duty free since they were necessary to prospecting – but bicycles used for pleasure became ‘luxury items’. The customs authorities had gotten around to noticing the final disposition of the cargo of the Rolling Stone. “Of courss somebody  put them up to it,” continued Meade, “but Mr. Angelo swears he didn’t do it and I believe him. He’s nice.”

“That’s clear enough. What’s the fraud angle?”

“Oh, that!” The bicycles had at once been impounded for unpaid duty penalties and costs whereupon their new owner had sworn an information charging fraud. “He’s getting a civil suit, too, but I think Hazel has it under control. Mr. Poppa says he just wants his bicycles back; he’s losing business. He’s not mad at anybody.”

“I would be,” Roger Stone answered grimly. “I intend to skin those two boys with a dull knife. What makes Hazel think she can square Mr. Pappa- et-cetera? Just what, I’d like to know?”

“She got a temporary court order freeing the bicycles to Mr. Poppa pending the outcome of the hearing; she had to put up a delivery bond on the bicycles. So Mr. Poppa dropped the fraud matter and is waiting on the civil suit to see if he’s hurt”

“Hmm – My bank account feels a little better anyway. Well, dear, we might as well go down and get it over with. There doesn’t seem to be anything here that a long check book can’t cover.”

“Yes, dear.”

“Remind me to buy a pair of Oregon boots on the way home. Meade, how much is this tariff?” “Forty per cent.”

“Not too bad. They probably made more profit than that”

“But that’s not all, Daddy. Forty per cent, plus another forty per cent penalty – plus confiscation of the bicycles.” “Plus two weeks in pillory, I hope?”

“Don’t do anything hasty, Daddy. Hazel is arguing the case.” “Since when was she admitted to the bar?”

“I don’t know, but it seems to be all right She got that court order.”

“Dear,” said Dr. Stone, “Shouldn’t the boys have a regular lawyer? Your mother is a wonderful person, but she is sometimes just a bit impetuous.” “If you mean she’s as crazy as a skew orbit, I agree with you. But I’m betting on Hazel anyhow. We’ll let her have her turn at the board. It probably

won’t cost me much more.”

“As you say, dear.”

They slipped into the back of the courtroom, which appeaed to be a church on some other days. Hazel was up front, talking to the judge. She saw them come in but did not appear to recognise them. The twins, looking very sober, were sitting together near the bench; they recognised their parents but took their cue from their grandmother.

“May it please the court,” said Hazel, “I am a stranger here in a strange land I am not skilled in your laws nor sophisticate in your customs. If I err, I pray the court to forgive me in advance and help me back to the proper path.”

The judge leaned back and looked at her. “We were over all that earlier this morning.” “Sure, judge, but it looks good in the record.”

“Do you expect to get me reversed?”

“Oh, no! We’ll settle the whole thing right here and now, I’d guess.”

“I wouldn’t venture to guess. I told you this morning that I would advise you as to the law, if need be. As to courtroom formalities, this Is a frontier. I can remember the time when, if one of us became involved in a misadventure which caused public disapproval, the matter was settled by calling a town meeting and taking a show of hands – and I’ve no doubt that as much justice was dispensed that way as any other. Times have changed but I don’t think you will find this court much bothered by etiquette. Proceed.”

“Thanks, judge. This young fellow here – “ She hooked a thumb at the prosecutor’s table. “ – would have you believe that my boys cooked up a nefarious scheme to swindle the citizens of this nation out of their rightful and lawful taxes. I deny that. Then he asks you to believe that, having hatched this Machiavellian plot, they carried it through and got away with it, until the hand of justice, slow but sure, descended on them and grabbed them. That’s a pack of nonsense, too.”

“One moment I thought you stipulated this morning to the alleged facts?”

“I admitted that my boys didn’t pay duty on those bikes. I didn’t admit anything else. They didn’t pay duty because nobody asked them to pay.”

“I see your point You’ll have to lay a foundation for that and get it in by proper evidence later. I can see that this is going to be a little involved.”

“It needn’t be, if we’ll all tell the truth and shame the devil.” She paused and looked puzzled. “Warburton . . . Warburton . . .” she said slowly, “Your name is Warburton, Judge? Any kinfolk on Luna?”

The judge squared his shoulders. “I’m a hereditary citizen of the Free State,” he said proudly. “Oscar Warburton was my grandfather.”

“That’s it!” agreed Hazel. “It’s been bothering me all morning but the numbers didn’t click into place until I noticed your profile just now. I knew your, granddaddy well. I’m a Founding Father, too.”

“How’s that? There weren’t any Stones on the roster.” “Hazel Meade Stone.”

“You’re Hazel Meade? But you can’t be!You must be dead!” “Take another look, Judge. I’m Hazel Meade.”

“Well, by the breath of K’Raath! Excuse me, ma’am. We must get together when this is over.” He straightened up again. “In the meantime I trust you realize that this in no way affects the case before us?”

“Oh, naturally not! But I must say it makes me feel better to know who’s sitting on this case. Your granddaddy was a just man.” “Thank you. And now shall we proceed?”

The young prosecutor was on his feet. “May it please the court!” “May what. please the court?”

“We feel that this is most irregular. We feel that under the circumstances the only proper procedure is for this court to disqualify itself. We feel -”

“Cut out that “we” stuff, Herbert You’re neither an editor nor a potentate. Motion denied. You know as well as I do that Judge Bonelli is laid up sick. I don’t propose to clutter up the calendar on the spurious – theory that I can’t count fingers in front of my face.” He glanced at the clock. “In fact, unless one of you has new facts to produce – facts, not theories – I’m going to assume that you have both stipulated to the same body of facts. Objection?”

“Okay with me, Judge.”

“No objection,” the prosecutor said wearily.

“You may continue, ma’am. I think we ought to wind this up in about ten minutes, if you both will stick to the subject. Let’s have your theory.” “Yes, your honor. First, I want you to take a look at those two young and innocent lads and see for yourself that they could not be up to anything

criminal.” Castor and Pollux made a mighty effort to look the description; they were not notably successful.

Judge Warburton looked at them and scratched his chin. “That’s a conclusion, ma’am. I can’t see any wings sprouting from here.”

“Forget it, then. They’re a couple of little hellions, both of them. They’ve given me plenty of grief. But this time they didn’t do anything wrong and they deserve a vote of thanks from your chamber of commerce – and from the citizens of Mars Cornmonwealth.

“The first part sounds plausible. The latter part is outside the jurisdiction of this court”

“You’ll see. The key to this case is whether or not a bicycle is a production item, or a luxury. Right?”

“Correct And the distinction depends on the end use of the imported article. Our tariff schedule is flexible in that respect. Shall I cite the pertinent cases?”

“Oh, don’t bother!”

Her son looked her over. “Hazel, it occurs to me that the the end use of sightseeing, that the defendants knew that, that they even suggested that end use and made it part of their sales argument, and that they neglected to inform the buyer of the customs status of the articles in question. Correct?”

“Right to nine decimals, Judge.”

“I’ve not yet gotten a glimpse of your theory. Surely you are not contending that sightseeing is anything but a luxury?” “Oh, it’s a luxury all right!”

“Madam, it seems to me that you are doing your grandsons no good. If you will withdraw, I will appoint counsel.”

“Better ask them, Judge.”

“I intended to.” He looked inquiringly at the twins. “Are you satisfied with your representation?”

Castor caught Pollux’s eye, then answered promptly, “We’re as much in the dark as you are, sir – but we’ll string along with grandmother.” “I admire your courage at least Proceed, ma’am”

“We agreed that sightseeing is a luxury. But “luxury” is a relative term. Luxury for whom? Roast suckling pig is a luxury for you and me-” “It certainly is. I haven’t tasted one on this planet”

“- but it’s an early death for the pig. Will the court take judicial notice of an activity known as “Mars” Invisible Export?”“ “The tourist trade? Certainly, if it’s necessary to your theory.”

“Objection!”

“Just hang on to that objection, Herbert; she may not establish a connection. Proceed.”

“Let’s find out who eats that pig. Your tariff rules, so it has been explained, are to keep citizens of the Commonwealth from wasting valuable foreign exchange on unnecessary frills. You’ve got a credit gap -”

“Regrettably, we have. We don’t propose to increase it”

“That’s my point Who pays the bill? Do you go sightseeing? Does he?” She pointed again at the prosecutor. “Shucks, no! It’s old stuff to both of you. But 1 do – I’m a tourist I rented one of those bicycles not a week ago – and helped close your credit gap. Your honor, we contend that the renting of bicycles to tourists, albeit a luxury to the tourist, is a productive activity for export to the unmixed benefit of every citizen of the Commonwealth and that therefore those bicycles are “articles of production” within the meaning and intent of your tariff laws!”

“Finished?” She nodded. “Herbert?”

“Your honor, this is ridiculous! The prosecution has clearly established its case and the defense does not even dare to dispute it I have never heard a more outlandish mixture of special pleading and distortion of the facts. But I am sure the facts are clear to the court. The end use is sightseeing, which the defence agrees is a luxury. Now a luxury is a luxury -,

“Not to the pig, son.”

“.”The pig?” What pig? There are no pigs in this case; there isn’t a pig on Mars. If we -” “Herbert! Have you anything to add?”

“I – “ The young prosecutor slumped. “Sorry Dad, I got excited. We rest.”

The judge turned to Hazel. “He a good boy, but he’s impetuous – like yours. I’ll make a lawyer out of him yet.” He straightened up. “And the court rests – ten minutes out for a pipe. Don’t go away.” He ducked out

The twins whispered and fidgeted; Hazel caught the eyes of her son and daughter-in-law and gave them a solemn wink. Judge Warburton returned in less than ten minutes and the bailiff shouted for order. The judge stared at the prisoners. “The court rules,” he said solemnly, “that the bicycles in question are “articles of production” within the meaning of the tariff code. The prisoners are acquitted and discharged. The clerk will release the delivery bond.”

There was very scattered applause, led by Hazel. “No demonstrations!” the judge said sharply. He looked again at the twins. “You’re extremely lucky – you know that, don’t you?”

“Yessir!”

“Then get out of my sight and try to stay out of trouble.”

Dinner was a happy family reunion despite the slight cloud that still hung over the twins. It was also quite good, Dr. Stone having quietly taken  over the cooking. Captain Vandenbergh, down on the same shuttle, joined them for dinner. By disconnecting the TV receiver and placing it temporarily on Meade’s bunk and by leaving open the door to the twins’ cubicle so that Captain Vandenbergh’s chair could be backed into the door frame, it was just possible for all of them to sit down at once. Fuzzy Britches sat in Lowell’s lap; up till now the flat cat had had its own chair.

Roger Stone tried to push back his chair to make more room for his knees, found himself chock-a-block against the wall ‘Edith, we will just have to get a larger place.”

“Yes, dear. Hazel and I spoke to the landlord this afternoon.” “What did he say?”

Hazel took over. “I’m going to cut his gizaard out I reminded him that he had promised to take care of us when you two got down. He looked saintly and pointed out that he had given us two more cots. Lowell, quit feeding that mop with your own spoon!”

“Yes, Grandma Hazel. May I borrow yours?”

“No. But he did say that we could have the flat the Burkhardts are in, come Venus depasture. It has one more cubicle.”

“Better,” agreed Roger Stone, “but hardly a ballroom – and Venus departure is still three weeks away. Edith, we should have kept our nice room in the War God. How about it, Van? Want some house guests? Until you blast for Venus, that is?”

“Certainly.”

“Daddy! You wouldn’t go away again? I’m joking, snub nose.”

“I wasn’t” answered the liner’s captain. “Until Venus departure – or all the way to Venus and then back to Luna, if you choose. I got official approval of my recommendation this afternoon; you two can drag free in the War God until death or decommission do you past How about it? Come on to Venus with me?”

“We’ve been to Venus,” announced Meade. “Gloomy place.”

“Whether they take you up or not,” Hazel commented, “that’s quite a concession to get out of Four-Planets. Ordinarily that bunch of highbinders wouldn’t give away a bucketful of space.”

“They were afraid of the award an admiralty court might hand out.” Vandenbergh said drily. “Speaking of courts, I understand you put in a brilliant defence today, Hazel. Are you a lawyer, along with your other accomplishments?”

“No,” answered her son, “but she’s a fast talker.” “Who’s not a lawyer?”

“You aren’t”

“of course I am!”

“When and where? Be specific.”

“Years and years ago, back in Idaho – before you were born. I just never got around to mentioning it” Her son looked her over. “Hazel, it occurs to me that the records in Idaho are conveniently far away.” “None of your sass, boy. Anyway, the courthouse burned down.”

“I thought as much”

“In any case,” Vandenbergh put in soothingly, “Hazel got the boys off. When I heard about it, I expected that they would have to pay the duty at least You young fellows must have made quite a tidy profit”

“We did all right,” Castor admitted. “Nothing spectacular,” Pollux hedged.

“Figure it up,” Hazel said happily, “because I am going to collect a fee from you of exactly two-thirds your net profit for getting your necks out of a bight”

The twins stared at her. “Hazel, you wouldn’t?” Castor said uncertainly. “Wouldn’t I!”

“Don’t tease them, Mother,” Dr. Stone suggested.

“I’m not teasing. I want this to be a lesson to them. Boys, anybody who sits in a game without knowing the house rules is a sucker. Time you knew

it”

Vandenbergh put in smoothly, “It doesn’t matter too much these days when the government -” He stopped suddenly. “What in the world!”  “What’s the matter, Van?” demanded Roger. Vandenbergh’s face cleared and he grinned sheepishly. Nothing. Just your flat cat crawling up my

leg. For a moment I thought I had wandered into your television show.”

Roger Stone shook his head. “Not mine, Hazel’s. And it wouldn’t have been a flat cat; it would have been human gore.”

Captain Vandenbergh picked up Fuzzy Britches, stroked it, then returned it to Lowell “It’s a Martian,” announced Lowell.”

“Yes?”

Hazel caught his attention. “The situation has multifarious ramifications not immediately apparent to the unassisted optic. This immature zygote holds it as the ultimate desideratum to consort with the dominate aborigine of the trifurcate variety. Through a judicious use of benign mendacity, Exhibit “A” performs as a surrogate in spirit if not in letter. Do you dig me, boy?”

Vandenbergh blinked. “I think so. Perhaps it’s just as well. They are certainly engaging little pets – though I wouldn’t have one in any ship of mine. They -”

“She means,” Lowell explained, “that I want to see a Martian with legs. I still do. Do you know one?” Hazel said, “Coach, I tried, but they were too big for me.”

Captain Vandenbergh stared at Lowell. “He’s quite serious about it, isn’t he?” “I’m afraid he is”

He turned to Dr. Stone. “Ma’am, I’ve fair connections around here and these things can always be arranged, in spite of treaties. Of course, there would be a certain element of danger – not much in my opinion.”

Dr. Stone answered, Captain, I have never considered danger to be an evaluating factor.” “Um, no, you wouldn’t, ma’am. Shall I try it?”

“If you would be so kind.”

“It will pay interest on my debt. I’ll let you know.” He dismissed the matter and turned again to the twins. “What profit-tax classification does your enterprise come under?”

“Profit tax?”

“Haven’t you figured it yet?”

“We didn’t know there was one.”

“I can see you haven’t done much importing and exporting, not on Mars anyhow. If you are a Commonwealth citizen, it all goes into income tax, of course. But if you come from out planet, you pay a single-shot tax on each transaction. Better find yourself a tax expert; the formula is somewhat complicated”

“We won’t pay it!” said Pollux.

His father answered quietly, “Haven’t you two been in jail in enough lately?”

Pollux shut up. For the next few minutes they exchanged glances, whispers, and shrugs. Presently Castor stood up. “Dad, Mother – may we be excused?”

“Certainly. If you can manage to squeeze out.” “No dessert, boys?”

“We aren’t very hungry.”

They went into town, to return an hour later not with a tax expert but with a tax guide they had picked up at the Chamber of Commerce. The adults were still seated in the general room, chatting; the table had been folded up to the ceiling. They threaded through the passageway of knees into their cubicle; they could be heard whispering in there from time to time.

Presently they came out. “Excuse us, folks. Uh, Hazel?” “What is it, Cas?”

“You said your fee was two-thirds of our net.”

“Huh? Did your leg come away in my hand, chum? I wouldn’t -”

“Oh, no, we’d rather pay it.” He reached out, dropped half a dozen small coins in her hand ‘There it is.” She looked at it This is two-thirds of all you made on the deal?”

“Of course,” added Pollux, “it wasn’t a total loss. We had the use of the bicycles for a couple of hundred million miles.”

VII            – FLAT CATS FACTORIAL

Vandenbergh made good his offer. Lowell and he went by stratorocket to the treaty town of Richardson, were gone about three days. When Lowell came back he had seen a Martian, he had talked with one. But he had been cautioned not to talk about it and his family could get no coherent account out of him.

But the simple matter of housing was more difficult than the presumably impossible problem of meeting a Martian. Roger Stone had had no luck in finding larger and more comfortable quarters, even after he had resigned himself to fantastic rentals. The town was bursting with tourists and would be until Venus departure, at which time those taking the triangular trip would leave – a majority, in fact. In the meantime they crowded the restaurants, took pictures of everything including each other, and ran their bicycles over the toes of pedestrians. Further packing a city already supersaturated were sand rats in from the desert and trying to arrange some way, any way, to get out to the Hallelujah Node in the Asteroid Belt.

Dr. Stone said one night at dinner, “Roger, tomorrow is rent day. Shall I pay it for a full month? Mr. d’Avril says that the Burkhardts are talking about staying on.”

“Pay it for six days only,” Hazel advised. “We can do better than this after Venus departure – I hope.” Roger Stone looked up and scowled. “Look here, why pay the rent at all?”

“What are you saying, dear?”

“Edith, I’ve been chewing this over in my mind. When we first came here our plans, such as they were, called for living here through one wait.” He referred to the fifteen months elapsed time from arrival Mars to Earth departure from Mars, using the economical orbits. Then we planned to shape orbit home. Fair enough, if this overrated tourist trap had decent housing. But I haven’t been able to start writing my book. When Buster isn’t climbing into my lap, his pet is slithering down the back of my neck.”

“What do you suggest, dear?”

“Go to Phobos tomorrow, get the old Rock ready to go, and blast for Venus when the others do.” “Loud cheers!” agreed Meade. “Let’s go!”

Dr. Stone said, “Meade, I thought you didn’t like Venus?”

“I don’t. But I don’t like it here and I’m tired all the time. I’d like to get back into free fall.” “You shouldn’t be tired. Perhaps I had better check you over.”

“Oh, Mother, I’m perfectly well! I don’t want to be poked at.” Lowell grinned. “I know why she wants to go to Venus – Mr. Magill.”

“Don’t be a snoop, Snoop!” Meade went on with quiet dignity. “In case anyone is interested, I am not interested in Second Officer Magill – and I wouldn’t be going in the Caravan in any case. Besides, I found out he afready has a wife in Colorado.” Hazel said, “Well, that’s legal. He’s still eligible off Earth,”

“Perhaps it is, but I don’t like it.”

“Neither do I,” Roger Stone cut in. “Meade, you weren’t really getting interested in this wolf in sheep’s clothing, were you?” “Of course not, Daddy!” She added, “But I suppose I’ll get married one of these days.”

“That’s the trouble with girls,” Castor commented. “Give them education – boom! They get married. Wasted.”

Hazel glared at them, “Oh, so? Where would you be if I hadn’t married?”

“It didn’t happen that way,” Roger Stone cut in, “so there is no use talking about other possibilities. They probably aren’t really possibilities at all, if only we understood it”

Pollux: “Predestination.” Castor: “Very shaky theory.”

Roger grinned. “I’m not a determinist and you can’t get my goat. I believe in free will.” Pollux: “Another very shaky theory.”

“Make up your minds,” their father told them. “You can’t have it both ways.”

“Why not?” asked Hazel. “Free will is a golden thread running through the frozen matrix of fixed events.” “Not mathematical,” objected Pollux.

Castor nodded. “Just poetry.”

“And not very good poetry.”

Shut up!” ordered their father. “Boys, it’s quite evident that you have gone to considerable trouble to change the subject. Why?”  The twins swapped glances; Castor got the go-ahead. “Uh, Dad, the way we see it, this Venus proposition hasn’t been thought out” “Go on. I suppose you have an alternative suggestion?”

“Well, yes. But we didn’t mean to bring it up until after Venus departure.”

“I begin to whiff something. What you mean is that you intended to wait until the planetary aspects were wrong – too late to shape orbit for Venus.” “Well, there was no use in letting the matter get cluttered up with a side issue.”

“What matter? Speak up.”

Castor said worriedly, “Look, Dad, we aren’t unreasonable. We can compromise. How about this: you and Mother and Buster and Meade go to Venus in the War God. Captain Van would love to have you do it – you know that. And -”

“Slow up. And what would you be doing? And Hazel? Mother, are you in on this?” “Not that I know of. But I’m getting interested.”

“Castor, what’s on your mind? Speak up.”

Well, I will if you’ll just let me, sir. You and the rest of the family could have a pleasant trip back home – in a luxury liner. Hazel and Pol and I – well, I suppose you know that Mars will be in a favorable position for the Hallelujah Node in about six weeks?”

“For a cometary-type orbit, that is,” Pollux added.

“So it’s the Asteroids again,” their father said slowly. “We settled that about a year ago.” “But we’re a year older now.”

“More experienced.”

“You’re still not old enough for unlimited licenses. I suppose that is why you included your grandmother.” “Oh,no! Hazel is an asset.”

“Thank you, boys.”

“Hazel, you had no inkling of this latest wild scheme?”

“No. But I don’t think it’s so wild. I’m caught up and then some on my episodes – and I’m tired of this place. I’ve seen the Martian ruins; they’re in a poor state of repair. I’ve seen a canal; it has water in it. I understand that the rest of the planet is much the same, right through to chapter eighty- eight. And I’ve seen Venus. I’ve never seen the Asteroids.”

“Right!” agreed Castor. “We don’t like Mars. The place is one big clip joint” “Sharp operators,” added Pollux.

“Sharper than you are, you mean,” said Hazel.

“Never mind, Mother. Boys, it is out of the question. I brought my ship out from Luna; I intend to take her back.” He stood up. “You can give Mr. d’Avril notice, dear.”

“Dad!”

“Yes, Castor?”

“That was just a compromise offer. What we really hoped you would do – what we wanted you to do – was for all of us to go out to the Hallelujah.” “Eh? Why, that’s silly! I’m no meteor miner.”

“You could learn to be. Or you could just go for the ride. And make a profit on it, too.” “Yes? How?”

Castor wet his lips. “The sand rats are offering fabulous prices just for cold-sleep space. We could carry about twenty of them at least And we could put them down on Ceres on the way, let them outfit there’.

“Cas! I suppose you are aware that only seven out of ten cold-sleep passengers arrive alive in a long orbit?”

“Well. . . they know that That’s the risk they are taking.” Roger Stone shook his head. “We aren’t going, so I won’t have to find out if you are as cold-blooded as you sound. Have you ever seen a burial in space?”

“No, sir’.”

“I have. Let’s hear no more about cold-sleep freight.”

Castor passed it to Pollux, who took over: “Dad, if you won’t listen to us all going, do you have any objections to Cas and me going?” “Eh? How ‘do you mean?”

“As Asteroid miners, of course. We’re not afraid of cold-sleep. If we haven’t got a ship, that’s how we would have to go.” “Bravo!” said Hazel. “I’m going with you, boys,”

“Please, Mother!” He turned to his wife. “Edith, I sometimes wonder if we brought the right twins back from the hospital.”

“They may not be yours,” said Hazel, “but they are my grandsons, I’m sure of that. Hallelujah, here I come! Anybody coming with me?” Dr. Stone said quietly, “You know, dear, I don’t much care for Venus, either. And it would give you leisure for your book”

The Rolling Stone shaped orbit from Phobos outward bound for the Asteroids six weeks later. This was no easy lift like the one from Luna to Mars; in choosing to take a ‘cometary’ or fast orbit to the Hallelujah the Stones had perforce to accept an expensive change-of-motion of twelve and a half miles per second for the departure maneuver. A fast orbit differs from a maximum-economy orbit in that it cuts the orbit being abandoned at an angle instead of being smoothly tangent to it. . . much more expensive in reaction mass. The far end of the cometary orbit would be tangent to  the orbit of the Hallelujah; matching at that point would be about the same for either orbit; it was the departure from Phobos-circum-Mars that would be rugged.

The choice of a cometary orbit was not a frivolous one. In the first place, it would have been necessary to wait more than one Earth year for Mars to be in the proper relation, orbit-wise, with the Hallelujah Node for the economical orbit; secondly, the travel time itself would be more than doubled

  • five hundred and eighty days for the economical orbit versus two hundred and sixty-nine days for the cometary orbit (a mere three days longer than the Luna-Mars trip).

Auxiliary tanks for single-H were fitted around the Stones middle, giving her a fat and sloppy appearance, but greatly improving her mass-ratio for the ordeal. Port Pilot Jason Thomas supervised the refitting; the twins helped. Castor got up his nerve to ask Thomas how he had managed to conn the Stone in to a landing on their arrival. “Did you figure a ballistic before you came aboard, sir?”

Thomas put down his welding torch. “A ballistic? Shucks, no, son, I’ve been doing it so long that I know every little bit of space hereabouts by its freckles.”

Which was all the satisfaction Cas could get out of him The twins talked it over and concluded that piloting must be something more than a mathematical science.

In addition to more space for single-H certain modifications were made inside the ship. The weather outside the orbit of Mars is a steady ‘clear but cold’; no longer would they need reflecting foil against the Sun’s rays. Instead one side of the ship was painted with carbon black and the capacity of the air-heating system was increased by two coils. In the control room a time-delay variable-baseline stereoscopic radar was installed by means of which they would be able to see the actual shape of the Hallelujah when they reached it.

All of which was extremely expensive and the Galactic Overlord had to work overtime to pay for it Hazel did not help with the refitting. She stayed in her room and ground out, with Lowell’s critical help, more episodes in the gory but virtuous career of Captain John Sterling – alternating this activity with sending insulting messages and threats of blackmail and/or sit-down strike to her producers back in New York; she wanted an unreasonably large advance and she wanted it right now. She got it, by sending on episodes equal to the advance. She had to write the episodes in advance anyhow; this time the Rolling Stone would be alone, no liners comfortably near by. Once out of radio range of Mars, they would not be

able to contact Earth again until Ceres was in range of the Stones modest equipment. They were not going to Ceres but would be not far away; the Hallelujah was riding almost the same orbit somewhat ahead of that tiny planet.

The boost to a cometary orbit left little margin for cargo but what there was the twins wanted to use, undeterred by their father’s blunt disapproval of the passengers-in-cold-sleep idea. Their next notion was to carry full outfits for themselves for meteor mining – rocket scooter, special suits, emergency shelter, keyed radioactive claiming stakes, centrifuge speegee tester, black lights, Geiger counters, prospecting radar, portable spark spectroscope, and everything else needed to go quietly rock-happy.

Their father said simply, “Your money?” “Of course. And we pay for the boost.”

“Go ahead. Go right ahead. Don’t let me discourage you. Any objections from me would simply confirm your preconceptions.” Castor was baffled by the lack of opposition. “What’s the matter with it, Dad? You worried about the danger involved?”

“Danger? Heavens, no! It’s your privilege to get yourselves killed in your own way. Anyhow, I don’t think you will. You’re young and you’re both

smart, even if you don’t show it sometimes, and you’re both in tiptop physical condition, and I’m sure you’ll know your equipment.”

“Then what is it?”

“Nothing. For myself, I long since came to the firm conclusion that a man can do more productive work, and make more money if this is his object, by sitting down with his hands in his pockets than by any form of physical activity. Do you happen to know the average yearly income of a meteor miner?”

“Well, no, but -”

“Less than six hundred a year.” “But some of them get rich!”

“Sure they do. And some make much less than six hundred a year; that’s an average, including the rich strikes. Just as a matter of curiosity, bearing in mind that most of those miners are experienced and able, what is it that you two expect to bring to this trade that will enable you to raise the yearly average? Speak up; don’t be shy.”

“Doggone it, Dad, what would you ship?”

“Me? Nothing. I have no talent for trade. I’m going out for the ride – and to take a look at the bones of Lucifer. I’m beginning to get interested in planetology. I may do a book about it-”

“What happened to your other book?”

“I hope that isn’t sarcasm, Cas. I expect to have it finished before we get there.” He adjourned the discussion by leaving. The twins turned to leave, found Hazel griamng at them. Castor scowled at her. “What are you smirking at, Hazel?”

“You two.”

“Well. . . why shouldn’t we have a whirl at meteor mining?”

“No reason. Go ahead; you can afford the luxury. But see here, boys, do you really want to know what to ship to make some money?” “Sure!”

“What’s your offer?”

“Percentage cut? Or flat fee? But we don’t pay if we don’t take your advice.”

“Oh, rats! I’ll give it to you free. If you get advice free, you won’t take it and I’ll be able to say, “I told you so!”“ “You would, too.”

“Of course I would. There’s no warmer pleasure than being able to tell a smart aleck, “I told you so, but you wouldn’t listen.” Okay, here it is, in the form of a question, just like an oracle: Who made money in all the other big mining rushes of history?”

“Why, the chaps who struck it rich, I suppose.”

“That’s a laugh. There are so few cases of prospectors who actually hung on to what they had found and died rich that they stand out like supernovae. Let’s take a famous rush, the California Gold Rush back in 1861- no, 1861 was something else; I forget. 1849, that was it – the ‘Forty- niners. Read about ’em in history?”

“Some.”

“There was a citizen named Sutter; they found gold on his place. Did it make him rich? It ruined him. But who did get rich?” “Tell us, Hazel. Don’t bother to dramatise it”

“Why not? I may put it in the show – serial numbers rubbed off, of course. I’ll tell you: everybody who had something the miners had to buy. Grocers, mostly. Boy, did they get rich! Hardware dealers. Men with stamping mills, Everybody but the poor miner. Even laundries in Honolulu.”

“Honolulu? But that’s way out in the Pacific, off China somewhere.”

“It was in Hawaii the last time I looked. But they used to ship dirty laundry from California clear to Honolulu to have it washed – both Ways by sailing ship. That’s about like having your dirty shirts shipped from Marsport to Luna. Boys, if you want to make money, set up a laundry in the Hallelujah. But it doesn’t have to be a laundry – just anything, so long as the miners want it and you’ve got it If your father wasn’t a Puritan at heart, I’d set up a well-run perfectly honest gambling hall! That’s like having a rich uncle.”

The twins considered their grandmother’s advice and went into the grocery business, with a few general store sidelines. They decided to stock only luxury foods, things that the miners would not be likely to have and which would bring highest prices per pound. They stocked antibiotics and

surgical drugs and vitamins as well, and some lightweight song-and-story projectors and a considerable quantity of spools to go with them. Pollux

found a supply of pretty-girl pictures, printed on thin stock in Japan and intended for calendars on Mars, and decided to take a flyer on them, since they didn’t weigh much. He pointed out to Castor that they could not lose entirely, since they could look at them themselves.

Dr. Stone found them, ran through them, and required him to send some of them back. The rest passed her censorship; they took them along. The last episode was speeding toward Earth; the last weld had been approved; the last pound of food and supplies was at last aboard. The

Stone lifted gently from Phobos and dropped toward Mars. A short gravity-well maneuver around Mars at the Stones best throat temperature –

which produced a spine-grinding five gravities – and she was headed out and fast to the lonely reaches of space inhabited only by the wreckage of

the Ruined Planet.

“They fell easily and happily back into free fall routine. More advanced mathematical texts had been obtained for the boys on Mars; they did not have to be urged to study, having grown really interested – and this time they had no bicycles to divert their minds. Fuzzy Britches took to free fall if the creature had been born in space; if it was not being held and stroked by someone (which it usually was) it slithered over wall and bulkhead, or floated gently around the compartments, undulating happily.

Castor maintained that it could swim through the air; Pollux insisted that it could not and that its maneuvers arose entirely from the air currents of the ventilation system, They wasted considerable time, thought, and energy in trying to devise scientific tests to prove the matter, one way or the other. They were unsuccessful.

The flat cat did not care; it was warm, it was well fed, it was happy. It had numerous friends all willing to take time off to reward its tremendous and undiscriminating capacity for affection. Only one incident marred its voyage.

Roger Stone was strapped to his pilot’s chair, blocking out – so he said – a chapter in his book. If so, the snores may have helped. Fuzzy Britches was cruising along about its lawful occasions, all three eyes open and merry. It saw one of its friends; good maneuvering or a random air current enabled it to make a perfect landing – on Captain Stone’s face.

Roger came out of the chair with a yell, clutching at his face. He bounced against the safety belt, recovered, and pitched the flat cat away from him. Fuzzy Britches, offended but not hurt, flipped itself flat to its progress, air-checked and made another landing on the far wall.

Roger Stone used several other words, then shouted, “Who put that animated toupee on my face?” But the room was otherwise empty. Dr. Stone appeared at the hatch and said, “What is it, dear?”

“Oh, nothing – nothing important. Look, dear, would you return this tailend offspring of a dying planet to Buster? I’m trying to think.”

“Of course, dear.” She took it aft and gave it to Lowell, who promptly forgot it, being busy working out a complicated gambit against Hazel. The flat cat was not one to hold a grudge; there was not a mean bone in its body, had it had bones, which it did not The only emotion it could feel wholeheartedly was love. It got back to Roger just as he had. again fallen asleep.

It again settled on his face, purring happily.

Captain Stone proved himself a mature man. Knowing this time what it was,.he detached it gently and himself returned it to Lowell. “Keep it,” he said. “Don’t let go of it.” He was careful to close the door behind him.

He was equally careful that night to close the door of the stateroom he shared with his wife. The Rolling Stone, being a small private ship, did not have screens guarding her ventilation ducts; they of course had to be left open at all times. The flat cat found them a broad highway. Roger Stone had a nightmare in which he was suffocating, before his wife woke him and removed Fuzzy Britches from his face. He used some more words.

“It’s all right, dear,” she answered soothingly. “Go back to sleep.” She cuddled it in her arms and Fuzzy Britches settled for that.

The ship’s normal routine was disturbed the next day while everyone who could handle a wrench or a spot welder installed screens in the ducts.

Thirty-seven days out Fuzzy Britches had eight golden little kittens, exactly like their parent but only a couple of inches across when flat, marble- sized when contracted. Everyone, including Captain Stone thought they were cute; everyone enjoying petting them, stroking them with a gentle forefinger and listening carefully for the tiny purr, so high as to be almost beyond human ear range. Everyone enjoyed feeding them and they seemed to be hungry all the time.

Sixty-four days later the kittens had kittens, eight each. Sixty-four days after that, the one hundred and forty-sixth day after Phobos departure, the kittens’ kittens had kittens; that made five hundred and thirteen.

“This,” said Captain Stone, “has got to stop!” “Yes, dear.”

“I mean it At this rate we’ll run out of food before we get there, including the stuff the twins hope to sell. Besides that we’ll be suffocated under a mass of buzzing fur mats. What’s eight times five hundred and twelve? Then what’s eight times that?

Too many, I’m sure.”

“My dear, that’s the most masterly understatement since the death of Mercutio. And I don’t think I’ve figured it properly anyway; its an exponential

expansion, not a geometric – provided we don’t all starve first”

“Roger.”

“I think we should-Eh? What?”

“I believe there is a simple solution. These are Martian creatures; they hibernate in cold weather.” “Yes?”

“We’ll put them in the hold – fortunately there is room.” “I agree with all but the “fortunately.”“

“And we’ll keep it cold.”

“I wouldn’t want to kill the little things. I can’t manage to hate them. Drat it, they’re too cute.”

“We’ll hold it about a hundred below, about like a normal Martian winter night. Or perhaps warmer will do.” “We certainly will. Get a shovel. Get a net Get a barrel.” He began snagging flat cats out of the air.

“You aren’t going to freeze Fuzzy Britches!” Lowell was floating in the stateroom door behind them, clutching an adult flat cat to his small chest. It may or may not have been Fuzzy Britches; none of the others could tell the adults apart and naming had been dropped after the first litter. But Lowell was quite sure and it did not seem to matter whether or not he was right The twins had discussed slipping in a ringer on him while he was asleep, but they had been overheard and the project forbidden. Lowell was content and his mother did not wish him disturbed in his belief.

“Dear, we aren’t going to hurt your pet”

“You better not! You do and I’ll – I’ll space you!”

“Oh, dear, he’s been helping Hazel with her serial!” Dr. Stone got face to face with her son. “Lowell, Mother has never lied to you, has she?” “Uh, I guess not”

“We aren’t going to hurt Fuzzy Britches. We aren’t going to hurt any of the flat kitties. But we haven’t got room for all of them. You can keep Fuzzy Britches, but the other kittens, are going for a long nap. They’ll be perfectly safe; I promise.

“By the code of the Galaxy?” “By the code of the Galaxy.”

Lowell left, still guarding his pet. Roger said, “Edith, we’ve got to put a stop to that collaboration.”

“Don’t worry dear; it won’t harm him.” She frowned. “But I’m afraid I will have to disappoint him on another score.” “Such as?”

“Roger, I didn’t have much time to study the fauna of Mars – and I certainly didn’t study flat cats, beyond making sure that they were harmless.” “Harmless!” He batted a couple of them out of the way. “Woman, I’m drowning.”

“But Martian fauna have certain definite patterns, survival adaptations. Except for the water-seekers, which probably aren’t Martian in origin anyhow, their methods are both passive and persistent. Take the flat cat-”

“You take it!” He removed one gently from his chest.

“It is defenseless. It can’t even seek its own food very well. I understand that in its native state it is a benign parasite attaching itself to some more mobile animal-”

If only they would quit attaching to me! And you look as if you were wearing a fur coat Let’s put ’em in freeze!

“Patience, dear. Probably it has somewhat the same pleasing effect on the host that it has on us; consequently the host tolerates it and lets it pick up the crumbs. But its other characteristic it shares with almost anything Martian. It can last long periods in hibernation, or if that isn’t necessary, in a state of lowered vitality and activity – say when there is no food available. But with any increase in the food supply, then at once – almost like

throwing a switch – it expands, multiplies to the full extent of the food ‘supply.”

“I’ll say it does!”

“Cut off the food supply and it simply waits for more good times. Pure theory, of course, since I am reasoning by analogy from other Martian life forms – but that’s why I’m going to have to disappoint Lowell – Fuzzy Britches will have to go on very short rations.”

Her husband frowned. “That won’t be easy; he feeds it all the time. We’ll just have to watch him – or there will be more little visitors from heaven.

Honey, let’s get busy. Right now.”

“Yes, dear. I just had to get my thoughts straight”

Roger called them all to general quarters; Operation Round-up began. They shooed them aft and into the hold; they slithered back, purring and seeking companionship. Pollux got into the hold and tried to keep them herded together while the others scavenged through the ship. His father stuck his head in; tried to make out his son in a cloud of flat cats; ‘How many have you got so far?”

“I can’t count them – they keep moving around. Close the door!” “How can I keep the door closed and still send them in to you?”

“How can I keep them in here if you keep opening the door?” Finally they all got into space suits – Lowell insisted on taking Fuzzy Britches inside with him, apparently not trusting even ‘the code of the Galaxy’ too far. Captain Stone reduced the temperature of the entire ship down to a chilly twenty below; the flat cats, frustrated by the space suits and left on their own resources, gave up and began forming themselves into balls, like fur- covered grape fruit. They were then easy to gather in, easy to count, easy to store in the hold.

Nevertheless the Stones kept finding and incarcerating fugitives for the next several days.

VIII   – “INTER JOVEM ET MARTEM PLANETAM INTERPOSUI”

The great astronomer Kepler wrote: “Between Mars and Jupiter I put a planet.” His successors devised a rule for planetary distances, called ‘Bode’s Law’, which seemed to require a planet at precisely two and eight/tenths the distance from Sun to Earth, 2.8 astro units.

On the first night of the new nineteenth century the Monk Giuseppe Piazzi discovered a new heavenly body. It was the Asteroid Ceres – just where a planet should have been. It was large for an Asteroid, the largest in fact – diameter 485 miles. In the ensuing two centuries hundreds and  thousands more were discovered, down to size of rocks. “The Asteroids’ proved a poor name; they were not little stars, nor were they precisely planetoids. It was early suggested that they were the remains of a once sizable planet and by the middle of the twentieth century mathematical investigation of their orbits seemed to prove it.

But it was not until the first men in the early days of the exploration of space actually went out to the lonely reaches between the orbits of Mars and Jupiter and looked that we learned for certain that the Asteroids were indeed fragments of a greater planet – destroyed Lucifer, long dead brother

of Earth.

As the Rolling Stone rose higher and ever higher above the Sun, she slowed, curved her path in, and approached the point where she would  start to fall back toward the Sun. She was then at the orbit of Ceres and not far in front of that lady. The Stone had been in the region of the  Asteroids for the past fifty million miles. The ruins of Lucifer are scattered over a wide belt of space; the Hallelujah Node was near the middle of that belt.

The loose group of rocks, sand, random molecules, and microplanetoids known as the Hallelujah Node was travelling in company around the Sun at a speed of eleven miles per second. The Stones vector was eight miles per, second and in the same direction. Captain Stone speeded up his ship to match in by a series of blasts during the last two days, coming by a radar beacon deep in the swarm and thereby sneaking up on the collection of floating masses at a low relative speed.

The final blast that positioned them dead with the swarm was a mere love tap; the Stone did clear her throat – and she was one with the other rolling space stones of space.

Captain Stone took a last look into the double eyepiece of the stereo radar, swung the sweep control fore and aft and all around; the masses of the Hallelujah, indistinguishable from the background of stars by naked eye, hung in greatly exaggerated perspective in the false ‘space’ of the stereo tank while the true stars showed not at all. None of them displayed the crawling trail of relative motion.

A point brighter than the rest glowed in a fluctuating pattern fairly close by and a few degrees out-orbit; it was the radar beacon on which he had homed. It too, seemed steady by stereo; he turned to Castor and said, “Take a doppler on City Hall.”

“Just getting it, Captain.” In a moment he added, “Uh, relative about ten miles an hour – nine point seven and a whisper. And just under seven hundred miles away.”

“Vector?”

“Closing almost for it We ought to slide past maybe ten, fifteen miles south and in-orbit”

Roger Stone relaxed and grinned. “How’s that for shooting? Your old man can still figure them, eh?” “Pretty good, Dad – considering.”

“Considering what?”

“Considering you used Pol’s figures.”

“When I figure out which one of us you are insulting, I’ll answer that.” He spoke to the mike: “All hands, secure from maneuvers. Power room, report when secure. Edith, how soon can we have dinner?”

“It’s wrapped up, son,” Hazel reported.

“About thirty minutes, dear,” his wife answered.

“A fine thing! A man slaves over a hot control board and then has to wait thirty minutes for his dinner. What kind of a hotel is this?” “Yes, dear. By the way, I’m cutting your calorie ration again.”

“Mutiny! What would John Sterling do?”

“Daddy’s getting fat! Daddy’s getting fat!” Lowell chanted. “And strangle your child. Anybody want to come out with me while I set units?” “I will, Daddy!”

“Meade, you’re just trying to get out of helping with dinner.”

“I can spare her, dear.”

“Spare the child and spoil the fodder. Come with your fodder, baby.” “Not very funny, Daddy.”

“And I’m not getting paid for it, either.” Captain Stone went aft, whistling. The twins as well as Meade went out with him; they made quick work of setting jato units, the young people locking them in place and the Captain seeing to the wiring personally. They set a belt of them around the waist of the ship and matched pairs on the bow and quarter. Wired for triggering to the piloting radar, set at minimum range, they would give the ship a sharp nudge in the unlikely event that any object came toward them on a collision course at a relative speed high enough to be dangerous.

Coming through the Asteroid Belt to their present location deep in it, they had simply taken their chances. Although one is inclined to think of the Belt as thick with sky junk, the statistical truth is that there is so enormously more space than rock that the chance of being hit is negligible. Inside a node the situation was somewhat different, the concentration of mass being several hundred times as great as in the ordinary reaches of the Belt. But most of the miners took no precautions even there, preferring to bet that this unending game of Russian roulette would always work out in their favor rather than go to the expense and trouble of setting up a meteor guard. This used up a few miners, but not often; the accident rate in Hallelujah node was about the same as that of Mexico City.

They went inside and found dinner ready. “Call for you, Captain.” announced Hazel. “Already?”

“City Hall. Told ’em you were out but would call back. Nine point six centimeters.” “Come eat your dinner, dear, while it’s hot”

“You all go ahead. I won’t be long.”

Nor was he. Dr. Stone looked inquiringly at him as he joined them. “The Mayor,” he told her and the others. “Welcome to Rock City and all that sort of thing. Advised me that the Citizen’s Committee has set a speed limit of a hundred miles an hour for ships, five hundred miles an hour for scooters, anywhere within a thousand miles of City Hall.”

Hazel bristled. “I suppose you told him what they could do with their speed limits?”

“I did not I apologized sweetly for having unwittingly offended on my approach and said that I would be over to pay my respects tomorrow or the next day.”

“I thought Mars would have some elbow room,” Hazel grumbled. “It turned out to be nothing but scissorbills and pantywaists and tax collectors. So we come on out to the wide open spaces and what do we find? Traffic cops! And my only son without the spunk to talk back to them. I think I’ll go to Saturn.”

I hear that Titan Base is awfully chilly,” her son answered without rancor. “Why not Jupiter? Pol, flip the salt over this way, please.” “Jupiter? The position isn’t favorable. Besides I hear that, Ganymede has more regulations than a girls’ school.”

“Mother, you are the only juvenile delinquent old enough for a geriatrics clinic whom I have ever known. You know perfectly well that an artificial colony has to have regulations.”

“An excuse for miniature Napoleons! This whole system has taken to wearing corsets.” “What’s a corset?” inquired Lowell.

“Uh . . . a predecessor to the spacesuit, sort of.”

Lowell still looked puzzled; his mother said, “Never mind, dear. When we get back, Mother will show you one, in the museum.”

Captain Stone proposed that they all turn in right after supper; they had all run short on sleep during the maneuvering approach. “I keep seeing spots before my eyes,” he said, rubbing them, “from staring into the tank. I think I’ll sleep the clock around.”

Hazel started to answer when an alarm shrilled; he passed instantly from sleepy to alert. “Object on collision course! Grab something, everybody.” He clutched at a stanchion with one hand, gathered in Lowell with the other.

But no shove from a firing jato followed. “Green,” Hazel announced quietly. “Whatever it is, it isn’t moving fast enough to hurt us. Chances favor a near miss, anyway.”

Captain Stone took a deep breath, “I hope you’re right, but I’ve been on the short end of too many long shots to place much faith in statistics. I’ve been jumpy ever since we entered the Belt”

Meade went aft with dirty dishes. She returned in a hurry, round eyed. “Daddy – somebody’s at the door. What? Meade, you’re imagining things.”

“No, I’m not I heard him. Listen.”

“Quiet, everyone.” In the silence they could hear the steady hiss of an air injector; the lock was cycling. Roger Stone lunged toward the airlock; he

was stopped by a sharp warning from his mother. “Son! Hold it a second”

“What?”

“Keep back from that door.” She had her gun out and at the ready. “Huh? Don’t be silly. And put that thing away; it isn’t charged anyhow.” “He won’t know that. Whoever is coming in that lock.”

Dr. Stone said quietly, “Mother Hazel, what are you nervous about?”

“Can’t you see? We’ve got a ship here with food in it. And oxy. And a certain amount of single-H. This isn’t Luna City; there are men out here who would be tempted.”

Dr. Stone did not answer but turned to her husband. He hesitated only momentarily, then snapped, “Go forward, dear. Take Lowell. Meade, you go along and lock the access hatch. Leave the ship’s phones open. If you hear anything wrong, radio City Hall and tell them we are being hijacked. Move!” He was already ducking into his stateroom, came out with his own gun.

By the time the hatch to the control room had clanged shut the airlock finished cycling. The four remaining waited, surrounding the airlock inner door. “Shall we jump him, Dad?” Castor whispered.

“No just stay out of my line of ifre.”

Slowly the door swung open. A spacesuited figure crouched in the frame, its features indistinct in its helmet. It looked around, saw the guns trained on it, and spread both its hands open in front of it. “What’s the matter?” a muffled voice said plaintively. “I haven’t done anything.”

Captain Stone could see that the man, besides being empty-handed, carried no gun at his belt. He put his own away. “Sorry. Let me give you a hand with that helmet”

The helmet revealed a middle-aged, sandy-haired man with mild eyes. “What was the matter?” he repeated.

“Nothing. Nothing at all. We didn’t know who was boarding us and we were a bit nervous. My name’s Stone, by the way. I’m master.” “Glad to know you, Captain Stone. I’m Shorty Devine.”

“I’m glad to know you, Mr. Devine. Welcome aboard.”

“Just Shorty.” He looked around. “Uh, excuse me for bursting in on you and scaring you but I heard you had a doctor aboard. A real doctor, I mean

  • not one of those science johnnies.”

“We have.”

“Gee, that’s wonderful! The town hasn’t had a real doctor since old Doc Schultz died. And I need one, bad.” “Sorry! Pol, get your mother.”

“I heard, dear,” the speaker horn answered. “Coming.” The hatch opened and Dr. Stone came in. “I’m the doctor, Mr. Devine. Dear, I’ll use this room, I think. If you will all go somewhere else, please?”

The visitor said hastily, “Oh, they needn’t”

“I prefer to make examinations without an audience,” she said firmly. “But I didn’t explain, ma’am – Doctor. It isn’t me; it’s my partner.” “Oh?”

“He broke his leg. Got careless with two big pieces of core material and got his leg nipped between ’em. Broke it. I guess I didn’t do too well by him for he’s a powerfully sick man. Could you come over right away, Doctor?”

“Certainly.” “Now, Edith!”

“Castor, get my surgical kit – the black one. Will you help me suit up, dear?” “But Edith, you -”

“It’s all right, Captain; I’ve got my scooter right outside. We’re only eight-five, ninety miles away; we won’t be gone long.” Captain Stone sighed. “I’m going with you. Will your scooter take three?”

“Sure, sure! It’s got Reynolds saddles; set any balance you need.”

“Take command, Hazel” “Aye aye, sir!”

They were gone all night, ship’s time, rather than a short while. Hazel sat at the control board, tracking them all the way out – then watched and waited until she spotted them leaving, and tracked them back. Devine, profuse with thanks, had breakfast with them. Just before he left Lowell came into the saloon carrying Fuzzy Britches. Devine stopped with a bite on the way to his mouth and stared. “A flat cat! Or am I seeing things?”

“Of course it is. Its name is Fuzzy Britches. It’s a Martian.” “You bet it is! Say, do you mind if I pet her for a moment?”

Lowell looked him over suspiciously, granted the boon. The prospector held it like one who knows flat cats, cooed to it, and stroked it. “Now ain’t that nice! Almost makes me wish I had never left Mars – not but what its better here.” He handed it back reluctantly, thanked them all around again, and left

Dr. Stone flexed her fingers. “That’s the first time I’ve done surgery in free fall since the old clinic days. I must review my techniques.” “My dear, you were magnificent. And Jock Donaher is mighty lucky that you were near by.”

“Was he pretty bad, Mummy?” asked Meade.

“Quite,” answered her father. “You wouldn’t enjoy the details. But your Mother knew what to do and did it And I was a pretty fair scrub nurse myself, if I do say so as shouldn’t.”

“You do say so and shouldn’t,” agreed Hazel.

“Roger,” asked Dr. Stone, “that thing they were living in could it be operated as a ship?” “I doubt it, not the way they’ve got it rigged now. I wouldn’t call it a ship; I’d call it a raft” “What do they do when they want to leave?”

“They probably don’t want to leave. They’ll probably die within hailing distance of Rock City – as Jock nearly did. I suppose they sell their high grade at Ceres, by scooter – circum Ceres, that is. Or maybe the sell it here.”

“But the whole town is migratory. They have to move some-time.”

“Oh, I imagine you could move that hulk with a few jato units, if you were gentle about it and weren’t in any hurry. I think I’d decompress it before I tried it, though.”

IX                 – ROCK CITY

The Asteroid Belt is a flattened torus ring or doughnut in space encompassing thirteen thousand five hundred thousand million trillion cubic miles. This very conservative figure is arrived at by casting out of the family the vagrant black sheep who wander in down to Mars and farther – even down close, to Sun itself – and by ignoring those which strayed too far out and became slaves to mighty Jove, such as the Trojan Asteroids which make him a guard of honor sixty degrees ahead and behind him, in orbit. Even those that swing too far north or south are excluded; an arbitrary limit of six degrees deviation from ecliptic has been assumed.

13,500,000,000,000,000,000,000,000 cubic miles of space.

Yet the entire human race could be tucked into one corner of a single cubic mile; the average human body is about two cubic feet in bulk. Even Hazel’s dauntless hero ‘Captain John Sterling’ would he hard put to police such a beat. He would need to be twins, at least.

Write the figure as 1.35 x 1025th  cubic miles; that makes it easier to see if no easier to grasp. At the time the Rolling Stone arrived among the rolling stones of Rock City the Belt had a population density of one human soul for every two billion trillion cubic miles – read 2 x 1021. About half of these six thousand-odd lived on the larger planetoids. Ceres, Pallas, Vesta, Juno; one of the few pleasant surprises in the exploration of our system was the discovery that the largest Asteroids were unbelievably dense and thus had respectable surface gravitations. Ceres, with a diameter of only 485 miles, has an average density five times that of Earth and a surface gravity about the same as Mars. These large planetoids are believed to be mainly core material of lost Lucifer, covered with a few miles of lighter debris.

The other three thousand inhabitants constitute the Belt’s floating population in a most literal sense; they live and work in free fall. Almost all of them are gathered into half a dozen loose communities working the nodes or clusters of the Belt. The nodes are several hundred times as dense as the main body of the Belt – if ‘dense’ is the proper word; a transport for Ganymede could have ploughed through the Hallelujah node and Rock City and never noticed it except by radar. The chance that such a liner would hit anything is extremely small.

The miners worked the nodes for uranium, transuranics, and core material, selling their high grade at the most conveniently positioned large Asteroid and occasionally moving on to some other node. Before the strike in the Hallelujah the group calling themselves Rock City had been working Kaiser Wilhelm node behind Ceres in orbit; at the good news they moved, speeding up a trifle and passing in-orbit of Ceres, a ragtag caravan nudged through the sky by scooters, chemical rocket engines, jato units, and faith. Theirs was the only community well placed to migrate. Grogan’s Boys were in the same orbit but in Heartbreak node beyond the Sun, half a billion miles away. New Joburg was not far away but was working the node known as Reynolds Number Two, which rode the Themis orbital pattern, inconveniently far out.

None of these cities in the sky was truly self-supporting, nor perhaps ever would be; but the ravenous appetite of Earth’s industries for power metal and for the even more valuable planetary-core materials for such uses as jet throats and radiation shields – this insatiable demand for what the Asteroids could yield – made certain that the miners could swap what they had for what they needed Yet in many ways they were almost self- supporting; uranium refined no further away than Ceres gave them heat and light and power; all of their vegetables and much of their protein came from their own hydroponic tanks and yeast vats, Single-H and oxygen came from Ceres or Pallas.

Wherever there is power and mass to manipulate, Man can live.

For almost three days, the Rolling Stone coasted slowly through Rock City. To the naked eye looking out a port or even to a person standing outside on the hull Rock City looked like any other stretch of space – empty, with a backdrop of stars. A sharp-eyed person who knew the constellations well would have noticed far too many planets distorting the classic configurations, planets which did not limit their wanderings to the Zodiac. Still sharper attention would have spotted motion on the part of these ‘planets’, causing them to open out and draw aft from the direction the Stone was heading.

Just before lunch on the third day Captain Stone slowed his ship still more and corrected her vector by firing a jato unit; City Hall and several other shapes could be seen ahead. Later in the afternoon he fired one more jato unit, leaving the Stone dead in space relative to City Hall and less than an eighth of a mile from it He turned to the phone and called the Mayor.

Rolling Stone, Luna, Captain Stone speaking.”

“We’ve been watching you come in, Captain,” came the voice of the Mayor.

“Good. Mr. Fries, I’m going to try to get a line over to you. With luck. I’ll be over to see you in a half-hour or so.” “Using a line-throwing gun? I’ll send someone out to pick it up.”

“No gun, worse luck. With the best of intentions I forgot to stock one.”

Fries hesitated. “Uh, Captain, pardon me, but are you in good practice for free-fall suit work?” “Truthfully, no.”

“Then let me send a boy across to put a line on you. No, no! I insist”

Hazel, the Captain, and the twins suited up, went outside, and waited. They could make out a small figure on the ship across from them; the ship

itself looked larger now, larger than the Stone. City Hall was an obsolete space-to-space vessel, globular, and perhaps thirty years old. Roger Stone surmised correctly that she had made a one-way freighter trip after she was retired from a regular run.

In close company with City Hall was a stubby cylinder; it was either smaller than the spherical ship or farther away. Near it was an irregular mass impossible to make out; the sunlight on it was bright enough but the unfilled black shadows gave no clear clues. All around them were other ships or shapes close enough to be distinguished from the stars; Pollux estimated that there must be two dozen within as many miles. While he watched a scooter left a ship a mile or more away and headed toward City Hall.

The figure they had seen launched himself across the gap. He seemed to swell; in half a minute he was close by, checking himself by the line he carried. He dropped to an easy landing near the bow of the Stone; they went to meet him.

“Howdy, Captain. I’m Don Whitsitt, Mr. Fries’ bookkeeper.”

“Howdy, Don.” He introduced the others; the twins helped haul in the light messenger line and coil it; it was followed by a steel line which Don Whitsitt shackled to the ship.

“See you at the store,” he said. “So long.” He launched himself back the way he came, carrying the coiled messenger line and not bothering with the line he had rigged.

Pollux watched him draw away. “I think I could do that”

“Just keep on thinking it,” his father said, “and loop yourself to that guide line.”

One leap took them easily across the abyss, provided one did not let one’s loop twist around the guide line. Castor’s loop did so; it braked him to a stop. He had to unsnarl it, then gain momentum again by swarming along the line hand over hand

Whitsitt had gone inside but he had recycled the lock and left it open for them. They went on in, to be met there by the Honorable Jonathan Fries, Mayor of Rock City. He was a small, bald, pot-bellied man with a sharp, merry look in his eye and a stylus tucked back of his ear. He shook hands with Roger Stone enthusiastically. “Welcome, welcome! We’re honored to have you with us, Mister Mayor. I ought to have a key to the city, or some such, for you. Dancing girls and brass bands.”

Roger shook his head. “I’m an ex-mayor and a private traveller. Never mind the brass bands.” “But you’ll take the dancing girls?”

“I’m a married man. Thanks anyhow.”

“If we had any dancing girls I’d keep ’em for myself. And I’m a married man, too.” “You certainly are!” A plump, plain but very jolly woman had floated up behind them.

Yes, Martha.” They completed the rest of the introductions; Mrs Fries took Hazel in tow; the twins trailed along with the two men, into the forward half of the globe. It was a storeroom and a shop; racks had been fitted to the struts and thrust members; goods and provisions of every sort were lashed or netted to them. Don Whitsitt clung with his knees to a saddle in the middle of the room with a desk folded into his lap. In his reach were ledgers on lazy tongs and a rack of clips holding several hundred small account books. A miner floated in front of him. Several more were burrowing through the racks of merchandise.

Seeing the display of everything a meteor miner could conceivably need, Pollux was glad that they had concentrated on luxury goods then remembered with regret that they had precious little left to sell; the flat cats, before they were placed in freeze, had eaten so much that the family  had been delving into their trade goods, from caviar to Chicago sausage. He whispered to Castor, “I had no idea the competition would be so stiff.”

“Neither did I.”

A miner slithered up to Mr. Fries. “One-Price, about that centrifuge -” “Later, Sandy. I’m busy.”

Captain Stone protested, “Don’t let me keep you from your customers.”

“Oh, Sandy hasn’t got anything to do but wait. Right, Sandy? Shake hands with Captain Stone – it was his wife who fixed up old Jocko.”

“It was? Say, I’m mighty proud to know you, Captain! You’re the best news we’ve had in quite a while.” Sandy turned to Fries. “You better put him right on the Committee.”

“I shall. I’m going to call a phone meeting this evening.”

“Just a moment!” objected Roger Stone. “I’m just a visitor. I don’t belong on your Citizens’ Committee.”

Fries shook his head. “You don’t know what it means to our people to have a medical doctor with us again. The Committee ain’t any work, really. It’s just to let you know we’re glad you’ve joined us. And we’ll make Mrs Stone – I mean Doctor Stone – a member if she wants it. She won’t have time for it, though.”

Captain Stone was beginning to feel hemmed in. “Slow down! We expect to be leaving here come next Earth departure – and my wife is not now

engaged in regular practice, anyhow. We’re on a pleasure trip.”

Fries looked worried. “You mean she won’t attend the sick? But she operated on Jock Donaher.”

Stone was about to say that she positively would not under any circumstances take over a regular practice when he realized that he had very little voice in the matter. “She’ll attend the sick. She’s a doctor.”

“Good!”

“But, confound it, man! We didn’t come here for that She’s on a vacation.”

Fries nodded. “We’ll see what we can work out to make it easy on her. We won’t expect the lady to go hopping rocks the way Doc Schultz did. Get that, Sandy? We can’t have every rock-happy rat in the swarm hollering for the doctor every time he gets a sore finger. We want to get the word around that if a man gets sick or gets hurt it’s up to him and his neighbours to drag him in to City Hall if he can possibly wear a suit. Tell Don to draft me a proclamation.”

The miner nodded solemnly. “That’s right, One-Price.”

Sandy moved away; Fries went on, “Let’s go back into the restaurant and see if Martha has some fresh coffee. I’d like to get your opinion on several civic matters”

“Frankly, I couldn’t possibly have opinions on your public affairs here. Things are so different”

“Oh, why don’t I be truthful and admit I want to gossip about politics with another pro. I don’t meet one every day. First, though, did you have any shopping in mind today? Anything you need? Tools? Oxy? Catalysts? Planning on doing any prospecting and if so, do you have your gear?”

“Nothing especial today – except one thing: we need to buy, or by preference rent, a scooter. We’d like to explore a bit”

Fries shook his head. “Friend, I wish you hadn’t asked me that. That’s one thing I haven’t got All these sand rats booming in here from Mars, and even from Luna, half of ’em with no equipment They lease a scooter and a patent igloo and away they go, red hot to make their fortunes. Tell you what I can do, though – I’ve got more rocket motors and tanks coming in from Ceres two months from now. Don and I can weld you up one and have it ready to slap the motor in when the Firefly gets here.”

Roger Stone frowned, “With Earth departure only five months away that’s a long time to wait”

“Well, we’ll just have to see what we can scare up. Certainly the new doctor is entitled to the best – and the doctor’s family. Say -”. A miner tapped him on the shoulder. “Say, storekeeper, I -”

Fries’ face darkened. “You can address me as “Mr. Mayor!”‘ “Huh?”

“And beat it! Can’t you see I’m busy?” The man backed away; Fries fumed, “”One Price” I’m known as, to my friends and to my enemies, from here to the Trojans. If he doesn’t know that, he can call me by my title – or take his trade else-where. Where was I? Oh, yes! You might try old Charlie.”

“Eh?”

“Did you notice that big tank moored to City Hall? That’s Charlie’s hole. He’s a crazy old coot, rock-happy as they come, and he’s a hermit by intention. Used to hang around the edge of the community, never mixing – but with this boom and ten strangers swarming in for every familiar face Charlie got timid and asked could he please tie in at civic center? I guess he was afraid that somebody would slit his throat and steal his hoorah’s nest Some of the boomers are a rough lot at that”

“He sounds like some of the old-timers on Luna. What about him?”

“Oh! Too much on my mind these days; it wanders. Charlie runs a sort of a fourth-hand shop, and I say that advisedly. He has stuff I won’t handle. Every time a rock jumper dies, or goes Sunside, his useless plunder winds up in Charlie’s hole. Now I don’t say he’s got a scooter – though you just might lease his own now that he’s moored in-city. But he might have parts that could be jury-rigged. Are you handy with tools?”

“Moderately. But I’ve got just the team for such a job.” He looked around for the twins, finally spotted them pawing through merchandise. “Cas! Pol! Come here.”

The storekeeper explained what he had in mind. Castor nodded. “If it worked once, we’ll fix it” “That’s the spirit Now let’s go test that coffee.”

Castor hung back ‘Dad? Why don’t Pol and I go over there and see what he’s got? It’ll save you time.” “Well-”

“It’s just a short jump,” said Fries.

“Okay, but don’t jump. Use your lines and follow the mooring line over.”

The twins left Once in the airlock Pollux started fuming. “Stow it,” said Cas. “Dad just wants us to be careful.” “Yes, but why does he have to say it where everybody can hear?”

Charlie’s hole, they decided, had once been a tow tank to deliver oxygen to a colony. They let themselves into the lock, started it cycling. When pressure was up, they tried the inner door; it wouldn’t budge. Pollux started pounding on it with his belt wrench while Castor searched for a switch or other signal. The lock was miserably lighted by a scant three inches of glow tube.

“Cut the racket,” Castor told Pollux. “If he’s alive, he’s heard you by now.” Pollux complied and tried the door again – still locked. They heard a muffled voice: “Who’s there?”

Castor looked around for the source of the voice, could not spot it. “Castor and Pollux Stone,” he answered, “from the Rolling Stone, out of Luna”

Somebody chuckled. “You don’t fool me. And you cant arrest me without a warrant Anyhow I won’t let you in.” Castor started to explode,” Pollux patted his arm. “We aren’t cops. Shucks, we aren’t old enough to be cops.” “Take your. helmets off.”

“Don’t do it,” Castor cautioned. “He could recycle while we’re unsealed.”

Pollux went ahead and took his off; Castor hesitated, then followed. “Let us in,” Pollux said mildly. “Why should I?”

“We’re customers. We want to buy things.” “What you got to trade?”

“We’ll pay cash”

“Cash!” said the voice. “Banks! Governments! What you got to trade? Any chocolate?” “Cas,” Pollux whispered, “have we got any chocolate left?”

“Maybe six or seven pounds. Not more.” “Sure we got chocolate.”

“Let me see it.”

Castor interrupted. “What sort of nonsense is this? Pol, let’s go back and see Mr. Fries again. He’s a businessman.” The voice moaned, “Oh, don’t do that! He’ll cheat you.”

“Then open up!”

After a few seconds of silence the voice said wheedlingly,. “You look like nice boys. You wouldn’t hurt Charlie? Not old Charlie?” “Of course not We want to trade with you.”

The door opened at last In the gloom a face, etched by age and darkened by raw sunlight, peered out at them ‘Come in easy. Don’t try any tricks – I know you.”

Wondering if it were the sensible thing to do the boys pulled themselves in. When their eyes adjusted to the feeble circle of glow tube in the middle of the space they looked around while their host looked at them. The tank, large outside, seemed smaller by the way it was stuffed. As in Fries’ shop, every inch, every strut, every nook was crammed, but where the City Hall was neat, this was rank disorder, where Fries’ ‘shop was rational, this was nightmare confusion. The air was rich enough but ripe with ancient and nameless odors.

Their host was a skinny monkey of a man, covered with a single dark garment, save for head, hands, and bare feet. It had once been, Pollux decided, heated underwear for space-suit use far out starside, or in caves.

Old Charlie stared at them, then grinned, reached up and scratched his neck with his big toe. “Nice boys,” he said. “I knew you wouldn’t hurt Charlie. I was just foolin’.”

“We wouldn’t hurt anybody. We just wanted to get acquainted, and do a little business.”

“We want a – “ Pollux started; Castor’s elbow cut off the rest; Castor ‘went on,’Nice place you’ve got here.”

“Comfortable. Practical. Just right for a man with no nonsense about him. Good place for a man who likes to be quiet and think. Good place to

read a book You boys like to read?”

“Sure. Love to.”

“You want to see my books?” Without waiting for an answer he dared like a bat into the gloom, came back in a few moments with books in both hands and a half dozen held by his feet. He bumped to a stop with his elbows and offered them

There were old-style bound books, most of them, the twins saw, ships’ manuals of ships long dead. Castor’s eyes widened when he saw the dates on some of them, and wondered what the Astrogation Institute would pay for them. Among them was a dog-eared copy of Mark Twain’s Life on the Mississippi.

Look ’em over, boys. Make yourselves comfortable. Bet you didn’t expect to find a literary man out here among these yokels. You boys can read, can’t you?”

“Sure we can.”

“Didn’t know. They teach such funny things nowadays. Quote a bit of latin to ’em and they look like you’re crazy in the head. You boys hungry? You want something to eat?” He looked anxious.

They both assured him that they had fed well and recently; he looked relieved. “Old Charlie ain’t one to let a man go hungry, even if he hasn’t got enough for himself.” Castor had noted a net of sealed rations; there must have been a thousand of them by conservative estimate. But the old man continued, “Seen the time, right herein this node – no, it was the Emmy Lou – when a man didn’t dare make breakfast without he barred his lock first and turned off his beacon. It was about that time that Lafe Dumont ate High-Grade Henderson. He was dead first, naturally – but it brought on a  crisis in our community affairs. They formed up the vigilantes, what they call the Committee nowadays.”

“Why did he eat him?”

“Why, he was dead. I told you that. Just the same, I don’t think a man ought to eat his own partner, do you?” The boys agreed that it was a breech of etiquette.

“I think he ought to limit it to members of his own family, unless the two of them have got a signed and sealed contract. See any ghosts yet?” The acceleration was so sharp that it left both the twins a bit confused. “Ghosts?”

“You will. Many’s the time I’ve talked to High-Grade Henderson. Said he didn’t blame Lafe a bit, would ‘a’ done the same thing in his place.  Ghosts all around here. All the rockmen that have died out here, they can’t get back to Earth. They’re in a permanent orbit – see? And it stands to reason that you can’t accelerate anything that doesn’t have mass.” He leaned toward them confidentially. “Sometimes you see ’em, but mostly they whisper in your earphones. And when they do, listen – because that’s the only way you’ll ever find any of the big strikes that got found and then got lost again. I’m telling you this because I like you, see? So listen. If it’s too faint, just close your chin valve and hold your breath; then it comes clearer.”

They agreed and thanked him. “Now tell me about your-selves, boys.” To their surprise he appeared to mean it; when they slowed down he taxed them for details, filling in only occasionally with his own disjointed anecdotes. At last Castor described the fiasco of the flat cats. “So that’s why we don’t have much food to trade with. But we do have some chocolate left and lots of other things.”

Charlie rocked back and forth from his perch in the air. “Flat cats, eh? I ain’t had my hands on a flat cat in a power of years. Nice to hold, they are. Nice to have around. Philosophical, if we just understand ’em.” He suddenly fixed Castor with his eye. “What you planning to do with all those flat cats?”

“Why, nothing, I guess.”

“That’s just what I thought You wouldn’t mind giving a poor old man who hasn’t kith nor kin nor wife nor chick one of those harmless flat cats? An old man who would always give you a bite to eat and a charge for your suit bottle?”

Castor glanced at Pollux and agreed cautiously that any dicker they reached would certainly include a flat cat as a mark of faith in dealing. “Then what do you want? You talked about scooters. You know old Charlie hasn’t got a scooter – except the one I have to have myself to stay alive.”

Castor broached the notion about repairing old parts, fitting together a scooter. Charlie scratched an inch-long stubble. “Seems. to me I did have a rocket motor – you wouldn’t mind if it lacked a valve or two? Or did I trade that to Swede Gonzalez? No, that was another one. I think – just a  second while I take a look.” He was gone more nearly 600 seconds, buried in the mass; he came out dragging a piece of junk behind. “There you are! Practically new. Nothing a couple of bright boys couldn’t fix.”

Pollux looked at Castor. “What do you think it’s worth?”

Castor’s lips moved silently: “He ought to pay us to take it away.” It took them another twenty minutes but they got it for three pounds of chocolate and one flat cat.

X                          – FLAT CATS FINANCIAL

It took the better part of two weeks to make the ancient oxyalcohol engine work; another week to build a scooter rack to receive it, using tubing from Fries’ second-hand supply. It was not a pretty thing, but, with the Stones stereo gear mounted on it, it was an efficient way to get around the node. Captain Stone shook his head over it and subjected it to endless tests before he conceded that it was safe even though ugly.

In the meantime the Committee had decreed a taxi service for the doctor lady; every miner working within fifty miles of City Hall was required to take his turn at standby watch with his scooter, with a fixed payment in high grade for any run he might have to make. The Stones saw very little of Edith Stone during this time: it seemed as if every citizen of Rock City had been saving up ailments.

But they were not forced to fall back on Hazel’s uninspired cooking. Fries had the Stone warped into contact with City Hall and a passenger tube sealed from the Stones lock to an unused hatch of the bigger ship; when Dr. Stone was away they ate in his restaurant Mrs Fries was an excellent cook and she raised a great variety in her hydroponics garden.

While they were rigging the scooter the twins had time to mull over the matter of the flat cats. It had dawned on them that here in Rock City was a potential, unexploited market for flat cats. The question was: how best to milk it for all the traffic would bear?

Pol suggested that they peddle them in the scooter; he pointed out that a man’s sales resistance was lowest, practically zero, when he actually had a flat cat in his hands. His brother shook his head. “No good,” Junior.”

“Why not?”

“One, the Captain won’t let us monopolize the scooter; you know he regards it as ship’s equipment, built by the crew, namely us. Two, we would burn up our profits in scooter fuel. Three, it’s too slow; before we could move a third of them, some idiot would have fed our first sale too much, it has kittens – and there you are, with the market flooded with flat cats. The idea is to sell them as nearly as possible all at one time.”

“We could stick up a sign in the store – One-Price would let us – and sell them right out of the Stone.

Better but not good enough. Most of these rats shop only every three or four months. No, sir, we’ve got to build that better mouse trap and make the world beat a path to our door.”

“I’ve never been able to figure out why anybody would want to trap a mouse. Decompress a compartment and you kill all of them, every time.” “Just a figure of speech, no doubt Junior, what can we do to make Rock City flat-cat conscious?”

They found a way. The Belt, for all its lonely reaches – or because of them – was as neighbourly as a village. They gossiped among themselves,  by suit radio. Out in the shining blackness it was good to know that, if something went wrong, there was a man listening not five hundred miles away who would come and investigate if you broke off and did not answer.

They gossiped from node to node by their more powerful ship’s radios. A rumor of death, of a big strike, or of accident, would bounce around the entire belt, relayed from rockman to rockman, at just short of the speed of light. Heartbreak node was sixty-six light minutes away, following orbit;  big news often reached it in less than two hours, including numerous manual relays.

Rock City even had its own broadcast. Twice a day One-Price picked up the news from Earthside, then re-broadcast it with his own salty comments. The twins decided to follow it with one of their own, on the same wave length – a music & chatter show, with commercials. Oh, decidedly with commercials. They had hundreds of spools in stock which they could use, then sell, along with the portable projectors they had bought on Mars.

They started in; the show never was very good, but, on the other hand, it had no competition and it was free. Immediately following Fries’ sign-off Castor would say, “Don’t go away, neighbours! Here we are again with two hours of fun and music – and a few tips on bargains. But first, our theme

  • the warm and friendly purr of a Martian flat cat.” Pollux would hold Fuzzy Britches up to the microphone and stroke it; the good-natured little creature would always respond with a loud buzz. “Wouldn’t that be nice to come home to? And now for some music: Harry Weinstein’s Sunbeam Six in “High Gravity”. Let me remind you that this tape, like all other music on this program, may be purchased at an amazing saving in Flat Cat Alley, right off the City Hall – as well as Ajax three-way projectors in the Giant, Jr. model, for sound, sight, and stereo. The Sunbeam Six – hit it, Harry!”

Sometimes they would do interviews:

Castor: “A few words with one of our leading citizens, Rocks-in-his-Head Rudolf. Mr. Rudolf, all Rock City is waiting to hear from you. Tell me, do you like it out here?”

Pollux: “Naw!”

Castor: “But you’re making lots of money, Mr. Rudolf?” Pollux: “Naw!”

Castor: “At least you bring in enough high grade to eat well.” “Naw!”

“No? Tell me, why did you come out here in the first place?”

Pollux, “Bub, was you ever married?”

Sound effect of blow with blunt instrument, groan, and the unmistakable cycling of an air lock – Castor: “Sorry, folks. My assistant has just spaced Mr. Rudolf. To the purchaser of the flat cat we had been saving for Mr. Rudolf we will give away – absolutely free! – a beautiful pin-up picture printed in gorgeous living colors on fireproof paper. I hate to tell you what these pictures ordinarily sell for on Ceres; it hurts me to say how little we are  letting them go for now, until our limited stock is exhausted. To the very first customer who comes in that door wanting to purchase a flat cat we will – Lock that door! Lock that door! All right, all right – all three of you will receive pin-up pictures; we don’t want anyone fighting here. But you’ll have to wait until we finish this broadcast Sorry, neighbours – a slight interruption but we settled it without bloodshed. But I find myself in a dilemma. I made you a promise and I did not know what would happen, but the truth is, too many customers were already here, pounding on the door of Flat Cat  Alley. But to make good our promise I am enlarging it: not to the first customer, not to the second, nor to the third – but to the next twenty persons

purchasing flat cats will go, absolutely free, one of these gorgeous pictures. Bring no money – we accept high grade or core material at the standard

rates.”

Sometimes they varied it by having Meade sing. She was not of concert standards, but she had a warm, intimate contralto. After hearing her, a man possessing not even a flat cat felt lonely indeed. She pulled even better than the slick professional recordings; the twins found it necessary to cut her in for a percentage.

But in the main they depended on the flat cats themselves. The boomers from Mars, almost to a man, bought flat cats as soon as they heard that they were available, and each became an unpaid travelling salesman for the enterprise. Hardrock men from Luna, or directly from Earth, who had never seen a flat cat, now had opportunities to see them, pet them, listen to their hypnotic purr – and were lost. The little things not only stirred to aching suppressed loneliness, but, having stimulated it, gave it an outlet.

Castor would hold Fuzzy Britches to the mike and coo, “Here is a little darling – Molly Malone. Sing for the boys, honey pet.” While he stroked Fuzzy Britches Pollux would step up the power. “No, we can’t let Molly go – she’s a member of the family. But here is Bright Eyes. We’d like to keep Bright Eyes, too, but we mustn’t be selfish. Say hello to the folks, Bright Eyes.” Again he would stroke Fuzzy Britches. “Mr. P., now hand me Velvet.”

The stock of flat cats in deep freeze steadily melted. Their stock of high grade grew.

Roger Stone received their suggestion that they save out a few for breeding stock with one of his more emphatic refusals; once, he declaimed, was enough to be swamped in flat cats. Fuzzy Britches could stay, safely on short rations – but one was enough.

They had reached the last few at the back of the hold and were thinking about going out of business when a tired-looking, grey-haired man showed up after their broadcast. There were several other customers; he hung back and let the twins sell flat cats to the others. He had with him a girl child, little older than Lowell. Castor had not seen him before but he guessed that he might be Mr. Erska; bachelors far out-numbered families in the node and families with children were very rare. The Erskas picked up a precarious living down orbit and north; they were seldom seen at City Hall. Mr. Erska spoke Basic with some difficulty; Mrs Erska spoke it not at all. The family used some one of the little lingos – Icelandic, it might have been.

When the other customers had left the Stone Castor put on his professional grin and introduced himself. Yes, it was Mr. Erska. “And what can I do for you today, sir? A flat cat?”

“I’m afraid not”

“How about a projector? With a dozen tapes thrown in? Just the thing for a family evening.”

Mr. Erska seemed nervous. “Uh, very nice, I’m sure. No.” He tugged at the little girl’s hand. “We better go now, babykin.”

“Don’t rush off. My baby brother is around somewhere – or was. He’d like to meet your kid. Maybe he’s wandered over into the store. I’ll look for him”

“We better go.”

“What’s the rush? He can’t be far.”

Mr. Erska swallowed in embarrassment ‘My little girl. She heard your program and she wanted to see a flat cat. Now she’s seen one, so we go.” “Oh-” Castor brought himself face to face with the child. “Would you like to hold one, honey?” She did not answer, but nodded solemnly. “Mr. P.,.

bring up the Duchess.”

“Right, Mr. C.” Pollux went aft and fetched the Duchess – the first flat cat that came to hand, of course. He came back, warming it against his belly to revive it quickly.

Castor took it and massaged it until it flattened out and opened its eyes. “Here, honeybunch. Don’t be afraid”

Still silent, the child took it, cuddled it The small furry bundle sighed and began to purr. Castor turned to her father. “Don’t you want to get it for her?”

The man turned red. “No, no!”

“Why not? They’re no trouble. She’ll love it. So will you.”

“No!” He reached out and tried to take the flat cat from his daughter, speaking to her in another language.

She clung to it, replying in what was clearly the negative. Castor looked at them thoughtfully. “You would like to buy it for her, wouldn’t you?” The man looked away. “I can’t buy it.”

“But you want to.” Castor glanced at Pollux. “Do you know what you are, Mr. Erska. You are the five hundredth customer of Flat Cat Alley.”

“Uh?”

“Didn’t you hear our grand offer? You must have missed one of our programs. The five hundredth flat cat is absolutely free.”

The little girl looked puzzled but clung to the flat cat Her father looked doubtful. “You’re fooling?” Castor laughed. “Ask Mr. P.”

Pollux nodded solemnly. “The bare truth, Mr. Erska. It’s a celebration of a successful season. One flat cat, absolutely free with the compliments of the management And with it goes either one pin-up, or two candy bars – your choice.”

Mr. Erska seemed only half convinced, but they left with the child clinging to ‘Duchess’ and the candy bars. When the door was closed behind them Castor said fretfully, “You didn’t need to chuck in the candy bars They were the last; I didn’t mean us to sell them”

“Well, we didn’t sell them; we gave ’em away.”

Castor grinned and shrugged. “Okay, I hope they don’t make her sick. What was her name?” “I didn’t get it.”

“No matter. Our Mrs Fries will know.” He turned around, saw Hazel behind them in the hatch. “What are you grinning about?”

“Nothing, nothing. I just enjoy seeing a couple of cold-cash businessmen at work.” “Money isn’t everything!”

“Besides,” added Pollux, “it’s good advertising.”

“Advertising? With your stock practically gone?” She snickered. “There wasn’t any “grand offer” – and I’ll give you six to one it wasn’t your five hundredth sale.”

Castor looked embarrassed. “Aw, she wanted it! What would you have done?”

Hazel moved up to them, put an arm around the neck of each. “My boys! I’m beginning to think you may grow up yet. In thirty, forty, fifty more years you may be ready to join the human race.”

“Aw, lay off it!”

XI                          – THE WORM IN THE MUD

Cost-accounting on the flat-cat deal turned out to be complicated. The creatures were all descendants of Fuzzy Britches, chattel of Lowell. But the increase was directly attributable to food fed to them by everyone – which in turn had forced them to eat most of the luxury foods stocked by the

twins for trade. But it had been the twins’ imaginative initiative which had turned a liability into an asset. On the other hand they had used freely the capital goods (ship and electronic equipment) belonging to the entire family. But how to figure the probable worth of the consumed luxury foods? Whatever the figure was, it was not just original cost plus lift fuel.

Roger Stone handed down a Solomon’s decision. From the gross proceeds would be subtracted Meade’s percentage for singing; the twins would be reimbursed for the trade goods that had been commandeered; the balance would be split three ways among the twins and Lowell – all to be settled after they had traded high grade for refined metal at Ceres, then sold their load at Luna.

In the meantime he agreed to advance the twins’ money to operate further. Fries having promised to honor his sight draft on Luna City National.

But for once the twins found no immediate way to invest money. They toyed with the idea of using their time to prospect on their own, but a few trips out in the scooter convinced them that it was a game for experts and one in which even the experts usually made only a bare living. It was the fixed illusion that the next mass would be ‘the glory rock’ – the one that would pay for years of toil – that kept the old rockmen going. The twins knew too much about statistics now, and they believed in their ability rather than their luck. Finding a glory rock was sheer gamble.

“They made one fairly long trip into the thickest part of the node, fifteen hundred miles out and back taking all one day and the following night to  do it. They got the scooter up to a dawdling hundred and fifty miles per hour and let it coast, planning to stop and investigate if they found promising masses having borrowed a stake-out beacon from Fries with the promise that they would pay for it they kept it

They did not need it. Time after time they would spot a major blip in the stereo radar, only to have someone else’s beacon wink on when they got within thirty miles of the mass. At the far end they did find a considerable collection of rock travelling loosely in company; they matched, shackled on their longest lines (their father had emphatically forbidden free jumping) and investigated. Having neither experience nor a centrifuge, their only way of checking on specific gravity was by grasping a mass and clutching it to them vigorously, then getting a rough notion of its inertia by its resistance to being shoved around. A Geiger counter (borrowed) had shown no radioactivity; they were searching for the more valuable core material.

Two hours of this exercise left them tired but no richer. “Grandpa,” announced Pollux, “this is a lot of left-over country rock.” “Not even that. Most of it’s pumice, I’d say.”

“Get for home?” “Check.”

They turned the scooter around by flywheel and homed on the City Hall beacon, boosting it up to four hundred miles per hour before. letting it coast, that being the top maneuver they could figure on for the juice they had left in their tanks. They would have preferred to break the speed limit, being uneasily aware that they were late – and being anxious to get home; the best designed suit is not comfortable for too long periods. They knew that their parents would not be especially worried; while they were out of range for their suit radios, they had reported in by the gossip grapevine earlier.

Their father was not worried. But the twins spent the next week under hatches, confined to the ship for failing to get back on time.

For a longer period nothing more notable took place than the incident in which Roger Stone lost his breathing mask while taking a shower and almost drowned (so he claimed) before he could find the water cut-off valve. There are very few tasks easier to do in a gravity field than in free fall, but bathing is one of them.

Dr. Stone continued her practice, now somewhat reduced. Sometimes she was chauffeured by the miner assigned to that duty; sometimes the twins took her around. One morning following her office hours in City Hall she came back into the Stone looking for the twins. “Where are the boys?”

“Haven’t seen them since breakfast,” answered Hazel. “Why?”

Dr. Stone frowned slightly. “Nothing, really. I’ll ask Mr. Fries to call a scooter for me.” “Got to make a call? I’ll take you unless those lunks have taken our scooter.”

“You needn’t, Mother Hazel.”

“I’d enjoy it. I’ve been promising Lowell a ride for weeks. Or will it take too long?”

“Shouldn’t. It’s only eight hundred miles or so out.” The doctor was not held down to the local speed limit in her errand of mercy.

“Do it in two hours, with juice to spare.” Off they went, with Buster much excited. Hazel allotted one-fourth her fuel as safety margin, allotted the working balance for maximum accelerations, figuring the projected mass-ratios in her head. Quite aside from the doctor’s privilege to disregard the law, high speed was not dangerous in the sector they would be in, it being a ‘thin’ volume of the node.

Their destination was an antiquated winged rocket, the wings of which had been torched off and welded into a tent-shaped annex to give more living room. Hazel thought that it had a shanty-town air -but so did many of the ships in Rock City. She was pleased enough to go inside and have a

sack of tea and let Lowell out of his spacesuit for a time. The patient, Mr. Bakers, was in a traction splint; his wife could not pilot their scooter, which was why Dr. Stone granted the house call. Dr. Stone received a call by radio while they were there; she came back into the general room looking troubled. “’S matter?” inquired Hazel.

“Mrs Silva. I’m not really surprised; it’s her first child.”

“Did you get the co-ordinates and beacon pattern? I’ll run you right-” “Lowell?”

“Oh. Oh, yes,” It would be a long time in a suit for a youngster. Mrs Eakers suggested that they leave the child with her.

Before Lowell could cloud up at the suggestion Dr. Stone said, “Thanks, but it isn’t necessary. Mr. Silva is on his way here. What I was trying to say, Mother Hazel, is that I probably had better go with him and let you and Lowell go back alone. Do you mind?”

“Of course not. Pipe down, Lowell! I’ll have us home in three-quarters of an hour and Lowell can have his nap or his spanking on time, as the case may be.”

She gave Dr. Stone one of two spare oxygen bottles before she left; Dr. Stone refused to take both of them. Hazel worked the new mass figures over; with Edith, her suit, and the spare bottle subtracted she had spare fuel. Better hit it up pretty fast and get home before the brat got cranky –

She lined up on City Hall by flywheel and stereo, spun on that axis to get the sun out of her eyes, clutched her gyros, and gave it the gun.

The next thing she knew she was tumbling like a liner in free fall. She remembered from long habit to cut the throttle but only after a period of aimless acceleration, for she had been chucked around in her saddle, thrown against her belts, and could not at first find the throttle.

When they were in free fall again she remembered to laugh. “Some ride, eh, Lowell?” “Do it again, Grandma!”

“I hope not.” Quickly she checked things over. There was not much that could go wrong with the little craft, it being only a rocket motor, an open rack with saddles and safety harness, and a minimum of instruments and controls. It was the gyros, of course; the motor had been sweet and hot. They were hunting the least bit, she found, that being the only evidence that they had just tumbled violently. Delicately she adjusted them by hand, putting her helmet against the case so that she could hear what she was doing.

Only then did she try to find where they were and where they were going. Let’s see – the Sun is over there and that’s Betelgeuse over yonder – so City Hall must be out that way. She ducked her helmet into the hemispherical ‘eye shade’ of the stereo. Yup! there she be!

The Eakers place was the obvious close-by point on which to measure her vector. She looked around for it, was startled to discover how far  away it was. They must have coasted quite a distance while she was fiddling with the gyros. She measured the vector in amount and direction, then whistled. There were, she thought, few grocery shops out that way – darn few neighbours of any sort. She decided that it might be smart to call Mrs Eakers and tell her what had happened and ask her to call City Hall – just in case.

She could not raise Mrs Eakers. The sloven, she thought bitterly, has probably switched off her alarm so she could sleep. Lazy baggage! Her house looked it – and smelled it, too.

But she kept trying to call Mrs Eakers, or anyone else in range of her suit radio while she again lined up the ship for City, with offset to compensate for the now vector. She was cautious and most alert this time – in consequence she wasted only a few seconds of fuel when the gyros again tumbled.

She unclutched the gyros and put them out of her mind, then took careful measure of the situation. The Eakers dump was now a planetary light in the sky, shrinking almost noticeably, but it was still the proper local reference point. She did not like the vector she got. As always, they seemed to be standing still in the exact center of a starry globe – but her instruments showed them speeding for empty space, headed clear outside the node.

“What’s the matter, Grandma Hazel?”

“Nothing, son, nothing. Grandma has to stop and look at some road signs, that’s all.” She was thinking that she would gladly swap her chance of eternal bliss for an automatic distress signal and a beacon. She reached over, switched off the child’s receiver, then repeatedly called for help.

No answer. She switched Lowell’s receiver back on. “Why. did you do that, Grandma Hazel?” “Nothing. Just checking it”

“You can’t fool me! You’re scared! Why?”

“Not scared, pet Worried a little, maybe. Now shut up; Grandma’s got work to do.”

Carefully she lined up the craft by flywheel; carefully she checked it when it tried to swing past She aimed both to offset the new and disastrous vector and to create a vector for City Hall. She intentionally left the gyros unclutched. Then she restrapped Lowell in his saddle, checked its position. “Hold still,” she warned. “Move your little finger and Grandma will scalp you”

Just as carefully she positioned herself, considering lever arms, masses, and angular moments in her head Without gyros the craft must be

balanced just so. “Now,” she said to herself, “Hazel, we find out whether you are a pilot – or just a Sunday pilot.” She ducked her helmet into the eyeshade, picked a distant blip on which to center her crosshairs, and gunned the craft

The blip wavered; she tried to rebalance by shifting her body. When the blip suddenly slipped off to one side she cut the throttle quickly. Again she checked her vector. Their situation was somewhat improved. Again she called for help, not stopping to cut the child out of hearing. He said nothing and looked grave.

She went through the same routine, cutting power again when the craft ‘fell off its tail.” She measured the vector, called for help – and did it all again. A dozen times she tried it. On the last try the thrust stopped with the throttle still wide open. With all fuel gone there was no need to be in a hurry. She measured her vector most carefully on the Eakers’ ship, now far away, then checked the results against the City Hall blip, all the while calling for help. She ran through the figures again; in a fashion she had been successful. They were now unquestionably headed for City Hall, could not miss it by more than a few miles at most – almost jumping distance. But, while the vector was correct in direction, it was annoyingly small in quantity – six hundred and fifty miles at about forty miles an hour; they would be closest in about sixteen hours.

She wondered whether Edith really had needed that other spare oxygen bottle. Her own gauge showed about half full. She called for help again, then decided to go through the problem once more; maybe she had dropped a decimal in her head. While she was lining up on City Hall, the tiny light in the stereo tank faded and died. Her language caused Lowell to inquire, “What’s the matter now, Grandma?”

“Nothing more than I should have expected, I guess. Some days, hon, it just isn’t worth while to wake up in the morning.” The trouble, she soon found, was so simple as to be beyond repair. The stereo radar would no longer work because all three cartridges in the power pack were dead. She was forced to admit that she had been using it rather continuously – and it took a lot of power.

“Grandma Hazel! I want to go home!” She pulled out of her troubled thoughts to answer the child. “We’re going home, dear. But it’s going to take quite a while.”

“I want to go home right now?” I’m sorry but you can’t”

“But -”

“Shut it up – or when I get you out of that sack, I’ll give you something to yelp for. I mean it” She again called for help. Lowell made one of his lightning changes to serenity. “That’s better,” approved Hazel. “Want to play a game of chess?” “No.”

“Sissy. You’re afraid I’ll beat you. I’ll bet you three spanks and a knuckle rub.” Lowell considered this. “I get the white men?”

“Take ’em. I’ll beat you anyhow.”

To her own surprise she did. It was a long drawn-out game; Lowell was not as practised as she was in visualising a board and they had had to recount the moves on several occasions before he would concede the arrangement of men . . . and between each pair of moves she had again called for help. About the middle of the game she had found it necessary to remove her oxygen bottle and replace it with the one spare. She and the child had started out even but Lowell’s small mass demanded much less oxygen.

“How about another one? Want to get your revenge?” “No! I want to go home.

We’re going home, dear.”

“How soon?”

“Well… it’ll be a while yet I’ll tell you a story.” “What story?”

“Well, how about the one about the worm that crawled up out of the mud?” “Oh, I know that one! I’m tired of it”

“There are parts I’ve never told you, And you can’t get tired of it, not really, because there is never any end to it. Always something new.” So she told him again about the worm that crawled up out of the slime, not because it didn’t have enough to eat, not because it wasn’t nice and warm and comfortable down there under the water – but because the worm was restless. How it crawled up on dry land and grew legs. How part of it got to be the Elephant’s Child and part of it got to be a monkey, grew hands, and fiddled with things. How, still insatiably restless, it grew wings and reached up for the stars. She spun it out a long, long time, pausing occasionally to call for aid.

Thechild was either bored and ignored her, or liked it and kept quiet on that account. But when she stopped he said, “Tell me another one”

“Not just now, dear.” His oxygen gauge showed empty. “Go on! Tell me a new one – a better one.”

“Not now, dear. That’s the best story Hazel knows. The very best. I told it to you again because I want you to remember it.” She watched his

anoxia warning signal turn red, then quietly disconnected the partly filled bottle on her own suit, closing the now useless suit valves, and replaced his empty bottle with hers. For a moment she considered cross-connecting the bottle to both suits, then shrugged and let it stand. “Lowell -”

“What, Grandma?”

“Listen to me, dear. You’ve heard me calling for help. You’ve got to do it now. Every few minutes, all the time.” “Why?”

“Because Hazel is tired, dear. Hazel has to sleep. Promise me you’ll do it” “Well… all right”

She tried to hold perfectly still, to breathe as little of the air left in her suit as possible. It wasn’t so bad, she thought She had wanted to see the Rings – but there wasn’t much else she had missed. She supposed everyone had his Carcassonne; she had no regrets.

“Grandma! Grandma Hazel!” She did not answer. He waited, then began to cry, endlessly and without hope.

Dr. Stone arrived back at the Rolling Stone to find only her husband there. She greeted him and added, “Where’s Hazel, dear? and Lowell?” “Eh? Didn’t they come back with you? I supposed they had stopped in the store.”

“No, of course not” “Why “of course not”?”

She explained the arrangement; he looked at her in stunned astonishment ‘They left the same time you did?” “They intended to. Hazel said she would be home in forty-five minutes.”

“There’s a bare possibility that they are still with the Eakers. We’ll find out.” He lunged toward the door.

The twins returned to find their home and City Hall as well in turmoil. They had been spending an interesting and instructive several hours with old Charlie.

Their father turned away from the Stones radio and demanded, “Where have you two been?” “Just over in Charlie’s hole. What’s the trouble?”

Roger Stone explained. The twins looked at each other. “Dad,” Castor said painfully, “you mean Hazel took Mother out in our scooter?” “Certainly.” The twins questioned each other wordlessly again.

‘Why shouldn’t she? Speak up.” “Well, you . . . well, it was like this -” “Speak up!”

There was a bearing wobble, or something, in one of the gyros,” Pollux admitted miserably. We were working on it”

“You were? In Charlie’s place!”

“Well, we went over there to see what he had in the way of spare parts and, well, we got detained, sort of.”

Their father looked at them for several seconds with no expression of any sort. He then said in a flat voice, “You left a piece of ship’s equipment out of commission. You failed to log it. You failed to report it to the Captain. He paused. “Go to your room.”

“But Dad! We want to help!”

“Stay in your room; you are under arrest”

The twins did as they were ordered. While they waited, the whole of Rock City was alerted. The word went out: the doctor’s little boy is missing; the boy’s grandmother is missing. Fuel up your scooters; stand by to help. Stay on this wave length.

“Pol, quit muttering!”

Pollux turned to his brother. “How can I help it?”

“They can’t be lost, not really lost Why, the stereo itself would stand out on a screen like a searchlight”

Pollux thought about it ‘I don’t know. You remember I said I thought we might have a high-potential puncture in the power pack?” “I thought you fixed that?”

“I planned to, just as soon as we got the bugs smoothed out in the gyros.”

Castor thought about it ‘That’s bad. That could be really bad.” He added suddenly, “But quit muttering, just the same. Start thinking instead. What happened? We’ve got to reconstruct it”

“”What happened?” Are you kidding? Look, the pesky thing tumbles, then anything can happen. No control.” “Use your head, I said. What would Hazel do in this situation?”

They both kept quiet for some moments, then Pollux said, “Cas, that derned thing always tumbled to the left, didn’t it? Always.”

“What good does that do us? Left can be any direction.”

“No! You asked what Hazel would do. She’d be along her homing line, of course – and Hazel always oriented around her drive line so as to get the Sun on the back of her neck, if possible. Her eyes aren’t too good.”

Castor screwed up his face, trying to visualise it. “Say Eakers’ is off that way and City Hall over here; if the Sun is over on this side, then, when it tumbles, she’d vector off that way.” He acted it with his hands.

“Sure, sure! When you put in the right coordinates, that is. But what else would she do? What would you do? You’d vector back I mean vector home.”

“Huh? How could she? With no gyros?”

“Think about it Would you quit? Hazel is a pilot. She’d ride that thing like a broomstick.” He shaped the air with his hands. “So she’d be coming back, or trying to, along here – and everybody will be looking for her way over here.”

Castor scowled. “Could be.”

“It had better be. They’ll be looking for her in a cone with its vertex at Eakers’ – and they ought to be looking in a cone with its vertex right here, and along one side of it at that”

Castor said, “Come along!” “Dad said we were under arrest” “Come along!”

City Hall was empty, save for Mrs Fries who was standing watch, red-eyed and tense, at the radio. She shook her head. “Nothing yet.”

“Where can we find a scooter?”

“You can’t Everybody is out searching.”

Castor tugged at Pollux’s sleeve. “Old Charlie.” “Huh?” Say, Mrs Fries, is old Charlie out searching?” “I doubt if he knows about it.”

They rushed into their suits, cycled by spilling and wasting air, did not bother with safety lines. Old Charlie let them in. “What’s all the fuss about, boys?”

Castor explained Charlie shook his head. “That’s too bad, that really is. I’m right sorry.” “Charlie, we’ve got to have your scooter.”

“Right now!” added Pollux.

Charlie looked astorsished. “Are you fooling? I’m the only one can gun that rig.” “Charlie, this serious! We’ve got to have it”

“You couldn’t gun it”

“We’re both pilots.”

Charlie scratched meditatively while Castor considered slugging him for his keys – but his keys probably weren’t on him – and how would one find

anything in that trash pile? Charlie finally said, “If you’ve just got to, I suppose I better gun it for you.”

“Okay, okay! Hurry up! Get your suit on!”

“Don’t be in such a rush. It just slows you down.”

Charlie disappeared into the underbush, came out fairly promptly with a suit that seemed to consist mostly of vulcanized patches. “Dog take it,” he complained as he began to struggle with it, “if your mother would stay home and mind her own business, these things wouldn’t happen.”

“Shut up and hurry!”

“I am hurrying. She made me take a bath. I don’t need no doctors. All the bugs that ever bit me, died.”

When Charlie had dug his scooter out of the floating junk-yard moored to his home they soon saw why he had refused to lend it. It seemed probable that no one else could possibly pilot it Not only was it of vintage type, repaired with parts from many other sorts, but also the controls were arranged for a man with four hands. Charlie had been in free fall so long that he used his feet almost as readily for grasping and handling as does an ape; his space suit had had the feet thereof modified so that he could grasp things between the big toe and the second, as with Japanese stockings.

“Hang on. Where we going?”

“Do you know where the Eakers live?”

“Sure. Used to live out past that way myself. Lonely stretch.” He pointed. “Right out there, “bout half a degree right of that leetle second-magnitude star – say eight hundred, eight hundred ten miles.”

“Cas, maybe we’d better check the drift reports in the store?”

Charlie seemed annoyed. “I know Rock City. I keep up with the drifts. I have to.” “Then let’s go.”

“To Eakers’?”

“No, no – uh, just about. . .” He strained his neck, figured the position of the Sun, tried to imagine himself in Hazel’s suit, heading back. “About there – would you say, Pol?”

“As near as we can guess it.”

The crate was old but Charlie had exceptionally large tanks on it; it could maintain a thrust for plenty of change-of-motion. Its jet felt as sweet as any. But it had no radar of any sort. “Charlie, how do you tell where you are in this thing?”

“That”

“’That’ proved to be an antiquated radio compass loop. The twins had never seen one, knew how it worked only by theory. They were radar pilots, not used to conning by the seats of their suits. Seeing their faces Charlie added, “Shucks, if you’ve got any eye for angle, you don’t need fancy gear. Anywhere within twenty miles of the City Hall, I don’t even turn on my suit jet – I just jump.”

They cruised out the line that the twins had picked. Once in free fall Charlie taught them how to handle the compass loop. “Just plug it into your suit in place of your regular receiver. If you pick up a signal, swing the loop until it’s least loud.

“That’s the direction of the signal – an arrow right through the middle of the loop.” “But which way? The loop faces both ways.”

“You have to know that. Or guess wrong and go back and try again.”

Castor took the first watch. He got plenty of signals; the node was buzzing with talk – all bad news. He found, too, that the loop, while not as directional as a ‘salad bowl’ antenna, usually did not pick up but one signal at a time. As they scooted along, endlessly he swung the loop, staying with each signal just long enough to be sure that the sound could not be Hazel.

Pollux tapped his arm and put his helmet in contact with Castor’s. “Anything?” “Just chatter.”

“Keep trying. We’ll stay out until we find them. Want me to spell you?” “No. If we don’t find them. I’m not going back.”

“Quit being a cheap hero and listen. Or give me that loop.”

City Hall dropped astern until it was no longer a shape – Castor at last reluctantly gave over the watch to Pollux. His twin had been at it for

perhaps ten minutes when he suddenly made motions waving them to silence even though he could not have heard them in any case. Castor spoke

to him helmet to helmet. “What is it?”

“Sounded like a kid crying. Might have been Buster.” “Where?”

“I’ve lost it I tried to get a minimum. Now I can’t raise it”

Charlie, anticipating what would be needed, had swung ship as soon as he had quit accelerating. Now he blasted back as much as he had accelerated, bringing them dead in space relative to City Hall and the node. He gave it a gentle extra bump to send them cruising slowly back the way they had come. Pollux listened, slowly swinging his loop. Castor strained his eyes, trying to see something, anything, other than the cold stars.

“Got it again!” Pollux pounded his brother.

Old Charlie killed their relative motion; waited. Pollux cautiously tried for a minimum, then swung the loop, and tried again. He pointed, indicating that it had to be one of two directions, a hundred and eighty degrees apart

“Which way?” Castor asked Charlie. “Over that way.”

“I can’t see anything.”

“Me neither. I got a hunch.”

Castor did not argue. Either direction was equally likely.

Charlie gunned it hard in the direction he had picked, roughly toward Vega. He had hardly cut the gun and let it coast in free fall when Pollux was nodding vigorously. They coasted for some minutes, with Pollux reporting the signal stronger and the minimum sharper . . . but still nothing in sight Castor longed for radar. By now he could hear crying in his own phones. It could he Buster – it must be Buster.

“There she is!”

It was Charlie’s shout. Castor could not see anything, even though old Charlie pointed it out to him. At last he got it – a point of light, buried in stars. Pollux unplugged from the compass when it was clear that what they saw was a mass, not a star, and in the proper direction. Old Charlie handled his craft as casually as a bicycle, bringing them up to it fast and killing his headway so that they were dead with it. He insisted on making the jump himself. Lowell was too hysterical to be coherent. Seeing that he was alive and not hurt, they turned at once to Hazel. She was still strapped in her seat, eyes open, a characteristic half-smile on her face. But she neither greeted them nor answered.

Charlie looked at her and shook his head. “Not a chance, boys. She ain’t even wearing an oxy bottle.”

Nevertheless they hooked a bottle to her suit – Castor’s bottle; no one had thought to bring a spare. The twins went back cross-connected on what was left in Pollux’s bottle, temporarily Siamese twins. The family scooter they left in orbit, to he picked up and towed in by someone else. Charlie used almost all his fuel on the way back, gunning as high a speed as he dared while still saving boost to brake them at City Hall.

They shouted the news all the way back. Somewhere along the line someone picked up their signal; passed it along.

They took her into Fries’ store, there being more room there. Mrs Fries pushed the twins aside and applied artificial respiration herself, to be displaced ten minutes later by Dr. Stone. She used the free-fall method without strapping down, placing herself behind Hazel and rhythmically squeezing her ribs with both arms.

It seemed that all of Rock City wanted to come inside. Fries chased them out, and, for the first time in history, barred the door to his store. After a while Dr. Stone swapped off with her husband, then took back the task after only a few minutes’ rest

Meade was weeping silently; old Charlie was wringing his hands and looking out of place and unhappy. Dr. Stone worked with set face, her features hardened to masculine, professional lines. Lowell, his hand in Meade’s was dry-eyed but distressed, not understanding, not yet knowing death. Castor’s mouth was twisted, crying heavily as a man cries, the sobs wrung from him; Pollux, emotion already exhausted, was silent.

When Edith Stone relieved him, Roger Stone backed away, turned toward the others. His face was without anger but without hope. Pollux whispered, “Dad? Is she?”

Roger Stone then noticed them, came over and put an arm around Castor’s heaving shoulders. “You must remember, boy, that she is very old. They don’t have much comeback at her age.”

Hazel’s eyes opened. “Who doesn’t boy?”

XII            – THE ENDLESS TRAIL

Hazel had used the ancient fakir’s trick, brought to the west, so it is said, by an entertainer called Houdini, of breathing as shallowly as possible and going as quickly as may be into a coma. To hear her tell it, there never had been any real danger. Die? Shucks, you couldn’t suffocate in a coffin in that length of time. Sure, she had had to depend on Lowell to keep up the cry for help; he used less oxygen. But deliberate suicide to save the boy? Ridiculous! There hadn’t been any need to.

It was not until the next day that Roger Store called the boys in. He told them, “You did a good job on the rescue. We’ll forget the technical breach of confinement to the ship.”

Castor answered, “It wasn’t anything. Hazel did it, really. I mean, it was an idea that we got out of her serial, the skew orbit episode.” “I must not have read that one.”

“Well, it was a business about how to sort out one piece of space from another when you don’t have too much data to go on. You see, Captain Sterling had to -”

“Never mind. That’s not what I wanted to talk with you about, you did a good job, granted, no matter what suggested it to you. If only conventional search methods had been used, your grandmother would unquestionably now be dead. You are two very intelligent men – when you take the trouble. But you didn’t take the trouble soon enough. Not about the gyros.”

“But Dad, we never dreamed -”

“Enough.” He reached for his waist; the twins noticed that he was wearing an old-fashioned piece of apparel – a leather belt. He took it off. “This belonged to your great grandfather. He left it to your grandfather – who in turn left it to me. I don’t know how far back it goes – but you might say that the Stone family was founded on it.” He doubled it and tried it on the palm of his hand. “All of us, all the way back, have very tender memories of it. Very tender. Except you two.” He again whacked his palm with it.

Castor said, “You mean you’re going to beat us with that?” “Have you any reason to offer why I shouldn’t?”

Castor looked at Pollux, sighed and moved forward, I’ll go first, I’m the older.”

Roger moved to a drawer, put the belt inside. “I should have used it ten years ago.” He closed the drawer. “It’s too late, now.” “Aren’t you going to do it?”

“I never said I was going to. No.”

The twins swapped glances. Castor went on. “Dad – Captain. We’d rather you did.” Pollux added quickly, “Much rather.”

“I know you would. That way you’d be through with it. But instead you’re going to have to live with it. That’s the way adults have to do it.” “But Dad -”

“Go to your quarters, sir.”

When it was time for the Rolling Stone to leave for Ceres a good proportion of the community crowded into City Hall to bid the doctor and her family good-by; all the rest were hooked in by radio, a full town meeting. Mayor Fries made a speech and presented them with a scroll which made them all honorary citizens of Rock City, now and forever; Roger Stone tried to answer and choked up. Old Charlie, freshly bathed, cried openly. Meade sang one more time into the microphone, her soft contralto unmixed this time with commercialism. Ten minutes later the Stone drifted out- orbit and back.

As at Mars, Roger Stone left her circum Ceres, not at a station or satellite – there was none – but in orbit. Hazel, the Captain, and Meade went down by shuttle to Ceres City, Meade to see the sights. Roger to arrange the disposal of their high grade and core material and for a cargo of refined metal to take back to Luna, Hazel to take care of business or pleasure of her own. Doctor Stone chose not to go – on Lowell’s account; the shuttle was no more than an over-sized scooter with bumper landing gear.

The twins were still under hatches, not allowed to go.

Meade assured them, on return, that they had not missed anything. “It’s just like Luna City, only little and crowded and no fun.” Their father added, “She’s telling the truth, boys, so don’t take it too hard. You’ll be seeing Luna itself next stop anyway.

“Oh, we weren’t kicking!” Castor said stiffly.

“Not a bit,” insisted Pollux. “We’re willing to wait for Luna.”

Roger Stone grinned, “You’re not fooling anyone. But we will be shaping orbit home in a couple of weeks. In a way I’m sorry. All in all, it’s been two good years.”

Meade said suddenly, “Did you say “home” Daddy? It seems to me we are home. We’re going back to Luna, but we’re taking home with us.” “Eh? Yes, I suppose you’re right; the good old Rolling Stone is home, looked at that way. She’s taken us through a lot.” He patted a bulkhead

affectionately. “Right, Mother?”

Hazel had been unusually silent. Now she looked at her son and said, “Oh, sure, sure. Of course.” Dr. Stone said, “What did you do downside, Mother Hazel?”

“Me? Oh, not much. Swapped lies with a couple of old-timers. And sent off that slough episodes. By the way, Roger, better start thinking about story lines.”

“Eh? What was that, Mother?”

“That’s my last. I’m giving the show back to you.” “Well, all right – but why?”

“Uh, I’m not going to find it so convenient now.” She seemed embarrassed. “You see – well, would any of you mind very much if I checked out now?”

“What do you mean?”

“The Helen of Troy is shaping for the Trojans and the Wellington is matching there for single-H and a passenger. Me. I’m going on out to Titan.”

Before they could object she went on, “Now don’t look at me that way. I’ve always wanted to see the Rings, close up – close enough to file my nails on ’em. They must be the gaudiest sight in the System. I got to thinking right seriously about it when the air was getting a little stuffy back – well, back you-know-when. I said to myself; Hazel, you aren’t getting any younger; you catch the next chance that comes your way. I missed one once, Roger, when you were three. A good chance, but they wouldn’t take a child and well, never mind. So now I’m going.”

She paused, then snapped, “Don’t look so much like a funeral! You don’t need me now. What I mean is, Lowell is bigger now and not such a problem”

“I’ll always need you, Mother Hazel,” her daughter-in-law said quietly.

“Thanks. But not true. I’ve taught Meade all the astrogation I know, She could get a job with Four-Planets tomorrow if they weren’t so stuffy about hiring female pilots. The twins -well, they’ve soaked up all the meanness I can pass on to them; they’ll put up a good fight, whatever comes up. And you, Son, I finished with you when you were in short pants. You’ve been bringing me up ever since.”

“Mother!”

“Yes, Son?”

“What’s your real reason? Why do you want to go?”

“Why? Why does anybody want to go anywhere? Why did the bear go round the mountain? To see what he could see! I’ve never seen the Rings. That’s reason enough to go anywhere. The race has been doing it for all time. The dull ones stay home – and the bright ones stir around and try to see what trouble they can dig up. It’s the human pattern. It doesn’t need a reason, any more than a flat cat needs a reason to buzz. Why anything?”

“When are you coming back?”

“I may never come back. I like free fall. Doesn’t take any muscle. Take a look at old Charlie. You know how old he is? I did some checking. He’s at least a hundred and sixty. That’s encouraging at my age – makes me feel like a young girl. I may see quite a few things yet,”

Dr. Stone said, “Of course you will, Mother Hazel.” Roger Stone turned to his wife. “Edith?”

“Yes, dear?”

“What’s your opinion?”

“Well . . . there’s actually no reason why we should go back to Luna, not just now.” “So I was thinking. But what about Meade?”

“Me?” said Meade.

Hazel put in dryly, “They’re thinking you are about husband-high, hon.”

Dr. Stone looked at her daughter and nodded slightly. Meade looked surprised, then said, “Pooh! I’m in no hurry. Besides – there’s a Patrol base on Titan. There ought to be lots of young officers.”

Hazel answered, “It’s a Patrol research base, hon – probably nothing but dedicated scientists.” “Well, perhaps when I get through with them they won’t be quite so dedicated!”

Roger Stone turned to the twins. “Boys?”

Castor answerd for the team. “Do we get a vote? Sure!”

Roger Stone grasped a stanchion, pulled himself forward. “Then it’s settled. All of you – Hazel, boys, Meade – set up trial orbits. I’ll start the mass computations”

“Easy, son – count me out on that,” “Eh?”

“Son, did you check the price they’re getting for single-H here? If we are going to do a cometary for Saturn instead of a tangential for Earth, it’s back to the salt mines for me. I’ll radio New York for an advance, then I’ll go wake Lowell and we’ll start shoveling gore.”

“Well… okay. The rest of you-mind your decimals!”

All stations were manned and ready; from an instruction couch rigged back of the pilot and co-pilot Meade was already running down the count- off. Roger Stone glanced across at his mother and whispered, “What are you smiling about?”

“And five! And four!chanted Meade.

“Nothing much. After we get to Titan we might-”

The blast cut off her words; the Stone trembled and threw herself outward bound, toward Saturn. In her train followed hundreds and thousands  and hundreds of thousands of thousands of restless rolling Stones. . . to Saturn. . . to Uranus, to Pluto. . . rolling on out to the stars. . . outward bound to the ends of the Universe.

The End

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Farmer in the Sky (full text) by Robert Heinlein

“Farmer in the Sky” is another one of Heinlein’s excellent novels. It is set in the “Heinlein solar system” which means Venus and Mars have life. It is about a family trying to be homesteaders on Ganymede as it orbits Jupiter. The descriptions of the sky from the surface of Ganymede are some of the best parts of this well written and engaging story.

Farmer in the sky

1.   Earth

Our troop had been up in the High Sierras that day and we were late getting back. We had taken off from the camp field on time but Traffic Control swung us ‘way east to avoid some weather. I didn’t like it; Dad usually won’t eat if I’m not home.

Besides that, I had had a new boy shoved off on me as co-pilot; my usual co-pilot and assistant patrol leader was sick, so our Scoutmaster, Mr. Kinski, gave me this twerp. Mr. Kinski rode in the other copter with the Cougar Patrol.

“Why don’t you put on some speed?” the twerp wanted to know.

“Ever hear of traffic regulations?” I asked him.

The copter was on slave-automatic, controlled from the ground, and was cruising slowly, down a freight lane they had stuck us in.

The twerp laughed. “You can always have an emergency. Here–I’ll show you.” He switched on the mike. “Dog Fox Eight Three, calling traffic–“

I switched it off, then switched on again when Traffic answered and told them that we had called by mistake. The twerp looked disgusted. “Mother’s good little boy!” he said in sticky sweet tones.

That was just the wrong thing to say to me. “Go aft,” I told him, “and tell Slats Keifer to come up here.” “Why? He’s not a pilot.”

“Neither are you, for my money. But he weighs what you do and I want to keep the crate trimmed.” He settled back in his seat. “Old Man Kinski assigned me as co-pilot; here I stay.”

I counted to ten and let it ride. The pilot compartment of a ship in the air is no place for a fight. We had nothing more to say to each other until I put her down on North Diego Platform and cut the tip jets.

I was last one out, of course. Mr, Kinski was waiting there for us but I didn’t see him; all I saw was the twerp. I grabbed him by the shoulder. “Want to repeat that crack now?” I asked him.

Mr. Kinski popped up out of nowhere, stepped between us and said, “Bill! Bill! What’s the meaning of this?” “I–” I started to say that I was going to slap the twerp loose from his teeth, but I thought better of it

Mr. Kinski turned to the twerp. “What happened, Jones?” “I didn’t do anything! Ask anybody.”

I was about to say that he could tell that to the Pilots’ Board. Insubordination in the air is a serious matter. But that “Ask anybody” stopped me. Nobody else had seen or heard anything.

Mr. Kinski looked at each of us, then said, “Muster your patrol and dismiss them, Bill.” So I did and went on home.

All in all, I was tired and jumpy by the time I got home. I had listened to the news on the way home; it wasn’t good. The ration had been cut another ten calories–which made me still hungrier and reminded me that I hadn’t been home to get Dad’s supper. The newscaster went on to say that the Spaceship Mayflower had finally been commissioned and that the rolls were now opened for emigrants. Pretty lucky for them, I thought. No short rations. No twerps like Jones.

And a brand new planet.

George–my father, that is–was sitting in the apartment, looking over some papers. “Howdy, George,” I said to him, “eaten yet?” “Hello, Bill. No.”

“I’ll have supper ready right away.” I went into the pantry and could see that he hadn’t eaten lunch, either. I decided to fix him a plus meal.

I grabbed two Syntho-Steaks out of the freezer and slapped them in quickthaw, added a big Idaho baked potato for Dad and a smaller one for me, then dug out a package of salad and let it warm naturally.

By the time I had poured boiling water over two soup cubes and over coffee powder the steaks were ready for the broiler. I transferred them, letting it cycle at medium rare, and stepped up the gain on the quickthaw so that the spuds would be ready when the steaks were–then back to the freezer for a couple of icekreem cake slices for dessert.

The spuds were ready. I took a quick look at my ration accounts, decided we could afford it, and set out a couple of pats of butterine for them. The

broiler was ringing; I removed the steaks, set everything out, and switched on the candles, just as Anne would have done.

“Come and get it!” I yelled and turned back to enter the calorie and point score on each item from the wrappers, then shoved the wrappers in the incinerator. That way you never get your accounts fouled up.

Dad sat down as I finished. Elapsed time from scratch, two minutes and twenty seconds–there’s nothing hard about cooking; I don’t see why women make such a fuss about it. No system, probably.

Dad sniffed the steaks and grinned. “Oh boy! Bill, you’ll bankrupt us.”

“You let me worry,” I said. I’m still plus for this quarter.” Then I frowned. “But I won’t be, next quarter, unless they quit cutting the ration.” Dad stopped with a piece of steak on its way to his mouth. “Again?”

“Again. Look, George, I don’t get it. This was a good crop year and they started operating the Montana yeast plant besides.” “You follow all the commissary news, don’t you, Bill?”

“Naturally.”

“Did you notice the results of the Chinese census as well? Try it on your slide rule.”

I knew what he meant–and the steak suddenly tasted like old rubber. What’s the use in being careful if somebody on the other side of the globe is going to spoil your try? “Those darned Chinese ought to quit raising babies and start raising food!”

“Share and share alike, Bill.”

“But–” I shut up. George was right, he usually is, but somehow it didn’t seem fair. “Did you hear about the Mayflower?” I asked to change the subject.

“What about the Mayflower?Dad’s voice was suddenly cautious, which surprised me. Since Anne died –Anne was my mother–George and I have been about as close as two people can be.

“Why, she was commissioned, that’s all. They’ve started picking emigrants.” “So?” There was that cautious tone again. “What did you do today?”

“Nothing much. We hiked about five miles north of camp and Mr. Kinski put some of the kids through tests. I saw a mountain lion.” “Really? I thought they were all gone.”

“Well, I thought I saw one.”

“Then you probably did. What else?”

I hesitated, then told him about this twerp Jones. “He’s not even a member of our troop. How does he get that way, interfering with my piloting?” “You did right, Bill. Sounds as if this twerp Jones, as you call him, was too young to be trusted with a pilot’s license.”

“Matter of fact, he’s a year older than I am.”

“In my day you had to be sixteen before you could even go up for your license.” “Times change, George.”

“So they do. So they do.”

Dad suddenly looked sad and I knew he was thinking about Anne. I hastily said, “Old enough or not, how does an insect like Jones get by the temperament-stability test?”

“Psycho tests aren’t perfect, Bill. Neither are people.” Dad sat back and lit his pipe. “Want me to clean up tonight?”

“No, thanks.” He always asked; I always turned him down. Dad is absent-minded; he lets ration points get into the incinerator. When I salvage, I really salvage. “Feel like a game of cribbage?”

“I’ll beat the pants off you.”

“You and who else?” I salvaged the garbage, burned the dishes, followed him into the living room. He was getting out the board and cards.

His mind wasn’t really on the game. I was around the corner and ready to peg out before he was really under way. Finally he put down his cards and looked square at me. “Son–“

“Huh? I mean, ‘Yes, George?'”

“I’ve decided to emigrate in the Mayflower.

I knocked over the cribbage board. I picked it up, eased my throttle, and tried to fly right. “That’s swell! When do we leave?” Dad puffed furiously on his pipe. “That’s the point, Bill. You’re not going.”

I couldn’t say anything. Dad had never done anything like this to me before. I sat there, working my mouth like a fish. Finally I managed, “Dad, you’re joking.”

“No, I’m not, Son.”

“But why? Answer me that one question: why?” “Now see here, Son–“

“Call me ‘Bill’.”

“Okay, Bill. It’s one thing for me to decide to take my chances with colonial life but I’ve got no right to get you off to a bad start. You’ve got to finish your education. There are no decent schools on Ganymede. You get your education, then when you’re grown, if you want to emigrate, that’s your business.”

“That’s the reason? That’s the only reason? To go to school?

“Yes. You stay here and take your degree. I’d like to see you take your doctor’s degree as well. Then, if you want to, you can join me. You won’t have missed your chance; applicants with close relatives there have priority.”

“No!”

Dad looked stubborn.

So did I, I guess. “George, I’m telling you, if you leave me behind, it won’t do any good. I won’t go to school. I can pass the exams for third class citizenship right now. Then I can get a work permit and–“

He cut me short. “You won’t need a work permit. I’m leaving you well provided for, Bill. You’ll–“

  • ‘Well provided for’! Do you think I’d touch a credit of yours if you go away and leave me? I’ll live on my student’s allowance until I pass the exams and get my work card.”

“Bring your voice down, Sonl” He went on, “You’re proud of being a Scout, aren’t you?”

“Well–yes.”

“I seem to remember that Scouts are supposed to be obedient. And courteous, too.” That one was pretty hot over the plate. I had to think about it. “George–“

“Yes, Bill?”

“If I was rude, I’m sorry. But the Scout Law wasn’t thought up to make it easy to push a Scout around. As long as I’m living in your home I’ll do what you say. But if you walk out on me, you don’t have any more claim on me. Isn’t that fair?”

“Be reasonable, Son. I’m doing it for your own good.”

“Don’t change the subject, George. Is that fair or isn’t it? If you go hundreds of millions of miles away, how can you expect to run my life after you’re gone? I’ll be on my own.”

“I’ll still be your father.”

“Fathers and sons should stick together. As I recall, the fathers that came over in the original Mayflower brought their kids with them.” “This is different.”

“How?”

“It’s further, incredibly further–and dangerous.”

“So was that move dangerous–half the Plymouth Rock colony died the first winter; everybody knows that. And distance doesn’t mean anything; what matters is how long it takes. If I had had to walk back this afternoon, I’d still be hiking next month. It took the Pilgrims sixty-three days to cross the Atlantic or so they taught me in school–but this afternoon the caster said that the Mayflower–will reach Ganymede in sixty days. That makes Ganymede closer than London was to Plymouth Rock.”

Dad stood up and knocked out his pipe. “I’m not going to argue, Son.”

“And I’m not, either.” I took a deep breath. I shouldn’t have said the next thing I did say, but I was mad. I’d never been treated this way before and I guess I wanted to hurt back. “But I can tell you this: you’re not the only one who is sick of short rations. If you think I’m going to stay here while you’re eating high on the hog out in the colonies, then you had better think about it again. I thought we were partners.”

That last was the meanest part of it and I should have been ashamed. That was what he had said to me the day after Anne died, and that was the way it had always been.

The minute I said it I knew why George had to emigrate and I knew it didn’t have anything to do with ration points. But I didn’t know how to unsay it. Dad stared. Then he said slowly, “You think that’s how it is? That I want to go away so I can quit skipping lunch to save ration points?”

“What else?” I answered. I was stuck in a groove; I didn’t know what to say. “Hmm … well, if you believe that, Bill, there is nothing I can say. I think I’ll turn in.”

I went to my room, feeling all mixed up inside. I wanted Mother around so bad I could taste it and I knew that George felt the same way. She would never have let us reach the point where we were actually shouting at each other–at least I had shouted. Besides that, the partnership was busted up, it would never be the same.

I felt better after a shower and a long massage. I knew that the partnership couldn’t really be busted up. In the long run, when George saw that I had to go, he wouldn’t let college stand in the way. I was sure of that–well, pretty sure at least.

I began to think about Ganymede.

Ganymede!

Why, I had never even been out to the Moon!

There was a boy in my class who had been born on the Moon. His parents were still there; he had been sent home for schooling. He gave himself airs as a deep-space man. But Luna was less than a quarter of a million miles away; you could practically throw rocks at it. It wasn’t self-supporting; Moon Colony had the same rations as Earth. It was really part of Earth. But Ganymede!

Let’s see–Jupiter was half a billion miles away, more or less, depending on the time of year. What was the tiny distance to the Moon compared with a jump like that?

Suddenly I couldn’t remember whether Ganymede was Jupiter’s third moon or fourth. And I just had to know. There was a book out in the living room that would tell and more besides–Ellsworth Smith’s A Tour of Earth’s Colonies. I went out to get it.

Dad hadn’t gone to bed. He was sitting up, reading. I said, “Oh–hello,” and went to look for the book. He nodded and went on reading. The book wasn’t where it should have been. I looked around and Dad said, “What are you looking for, Bill?”

Then I saw that he was reading it. I said, “Oh, nothing. I didn’t know you were using it.” “This?” He held it up.

“It doesn’t matter. I’ll find something else.” “Take it. I’m through with it.”

“Well … All right-thanks.” I took it and turned away. “Just a minute, Bill.”

I waited. “I’ve come to a decision, Bill. I’m not going.”

“Huh?”

“You were right about us being partners. My place is here.”

“Yes, but– Look, George, I’m sorry I said what I did about rations. I know that’s not the reason. The reason is–well, you’ve got to go.” I wanted to tell him I knew the reason was Anne, but if I said Anne’s name out loud I was afraid I’d bawl.

“You mean that you are willing to stay behind–and go to school?”

“Uh–” I wasn’t quite ready to say that; I was dead set on going myself. “I didn’t quite mean that. I meant that I know why you want to go, why you’ve

got to go.”

“Hmm …” He lit his pipe, making a long business of it. “I see. Or maybe I don’t” Then he added, “Let’s put it this way, Bill. The partnership stands. Either we both go, or we both stay–unless you decide of your own volition that you will stay to get your degree and join me out there later. Is that fair?”

“Huh? Oh, yes!”

“So let’s talk about it later.”

I said goodnight and ducked into my room quick. William, my boy, I told myself, it’s practically in the bag–if you can just keep from getting soft- hearted and agreeing to a split up. I crawled into bed and opened the book.

Ganymede was Jupiter-III; I should have remembered that. It was bigger than Mercury, much bigger than the Moon, a respectable planet, even if it was a moon. The surface gravity was one third of Earth-normal; I would weigh about forty-five pounds there. First contacted in 1985–which I knew– and its atmosphere project started in 1998 and had been running ever since.

There was a stereo in the book of Jupiter as seen from Ganymede–round as an apple, ruddy orange, and squashed on both poles. And big as all outdoors. Beautiful. I fell asleep staring at it.

Dad and I didn’t get a chance to talk for the next three days as my geography class spent that time in Antarctica. I came back with a frostbitten nose and some swell pix of penguins–and some revised ideas. I had had time to think.

Dad had fouled up the account book as usual but he had remembered to save the wrappers and it didn’t take me long to straighten things out. After dinner I let him beat me two games, then said, “Look, George–“

“Yes?”

“You know what we were talking about?” “Well, yes.”

“It’s this way. I’m under age; I can’t go if you won’t let me. Seems to me you ought to, but if you don’t, I won’t quit school. In any case, you ought to go– you need to go–you know why. I’m asking you to think it over and take me along, but I’m not going to be a baby about it.”

Dad almost looked embarrassed. “That’s quite a speech, Son. You mean you’re willing to let me go, you stay here and go to school, and not make a fuss about it?”

“Well, not ‘willing’-but I’d put up with it.”

“Thanks.” Dad fumbled in his pouch and pulled out a flat photo. “Take a look at this.” “What is it?”

“Your file copy of your application for emigration. I submitted it two days ago.”

2.   The Green-Eyed Monster

I wasn’t much good in school for the next few days. Dad cautioned me not to get worked up over it; they hadn’t approved our applications as yet. “You know, Bill, ten times as many people apply as can possibly go.”

“But most of them want to go to Venus or Mars. Ganymede is too far away; that scares the sissies out.”

“I wasn’t talking about applications for all the colonies; I meant applications for Ganymede, specifically for this first trip of the Mayflower

“Even so, you can’t scare me. Only about one in ten can qualify. That’s the way it’s always been.”

Dad agreed. He said that this was the first time in history that some effort was being made to select the best stock for colonization instead of using colonies as dumping grounds for misfits and criminals and failures. Then he added, “But look, Bill, what gives you the notion that you and I can necessarily qualify? Neither one of us is a superman,”

That rocked me back on my heels. The idea that we might not be good enough hadn’t occurred to me. “George, they couldn’t turn us down!

“They could and they might.”

“But how? They need engineers out there and you’re tops. Me–I’m not a genius but I do all right in school. We’re both healthy and we don’t have any

bad mutations; we aren’t color blind or bleeders or anything like that.”

“No bad mutations that we know of,” Dad answered. “However, I agree that we seem to have done a fair job in picking our grandparents. I wasn’t thinking of anything as obvious as that.”

“Well, what, then? What could they possibly get us on?”

He fiddled with his pipe the way he always does when he doesn’t want to answer right away. “Bill, when I pick a steel alloy for a job, it’s not enough to say, ‘Well, it’s a nice shiny piece of metal; let’s use it.’ No, I take into account a list of tests as long as your arm that tells me all about that alloy, what it’s good for and just what I can expect it to do in the particular circumstances I intend to use it. Now if you had to pick people for a tough job of colonizing, what would you look for?”

“Uh … I don’t know.”

“Neither do I. I’m not a social psychometrician. But to say that they want healthy people with fair educations is like saying that I want steel rather than wood for a job. It doesn’t tell what sort of steel. Or it might not be steel that was needed; it might be titanium alloy. So don’t get your hopes too high.”

“But–well, look, what can we do about it?”

“Nothing. If we don’t get picked, then tell yourself that you are a darn good grade of steel and that it’s no fault of yours that they wanted magnesium.”  It was all very well to look at it that way, but it worried me. I didn’t let it show at school, though. I had already let everybody know that we had put in for

Ganymede; if we missed–well, it would be sort of embarrassing.

My best friend, Duck Miller, was all excited about it and was determined to go, too. “But how can you?” I asked. “Do your folks want to go?”

“I already looked into that,” Duck answered. “All I have to have is a grown person as a sponsor, a guardian. Now if you can tease your old man into signing for me, it’s in the bag.”

“But what will your father say?”

“He won’t care. He’s always telling me that when he was my age he was earning his own living. He says a boy should be self reliant. Now how about it? Will you speak to your old man about it–tonight?”

I said I would and I did. Dad didn’t say anything for a moment, then he asked: “You really want Duck with you?” “Sure I do. He’s my best friend.”

“What does his father say?”

“He hasn’t asked him yet,” and then I explained how Mr. Miller felt about it “So?” said Dad. “Then let’s wait and see what Mr. Miller says.”

“Well–look, George, does that mean that you’ll sign for Duck if his father says it’s okay?” “I meant what I said, Bill. Let’s wait. The problem may solve itself.”

I said, “Oh well, maybe Mr. and Mrs. Miller will decide to put in for it, too, after Duck gets them stirred up.”

Dad just cocked an eyebrow at me. “Mr. Miller has, shall we say, numerous business interests here. I think it would be easier to jack up one corner of Boulder Dam than to get him to give them up.”

“You’re giving up your business.”

“Not my business, my professional practice. But I’m not giving up my profession; I’m taking it with me.” I saw Duck at school the next day and asked him what his father had said.

“Forget it,” he told me. “The deal is off.” “Huh?”

“My old man says that nobody but an utter idiot would even think of going out to Ganymede. He says that Earth is the only planet in the system fit to live on and that if the government wasn’t loaded up with a bunch of starry-eyed dreamers we would quit pouring money down a rat hole trying to turn a bunch of bare rocks in the sky into green pastures. He says the whole enterprise is doomed.”

“You didn’t think so yesterday.”

“That was before I got the straight dope. You know what? My old man is going to take me into partnership. Just as soon as I’m through college he’s going to start breaking me into the management end. He says he didn’t tell me before because he wanted me to learn self reliance and initiative, but he thought it was time I knew about it. What do you think of that?”

“Why, that’s pretty nice, I suppose. But what’s this about the ‘enterprise being doomed’?”

  • ‘Nice’, he calls it! Well, my old man says that it is an absolute impossibility to keep a permanent colony on Ganymede. It’s a perilous toehold, artificially maintained–those were his exact words–and someday the gadgets will bust and the whole colony will be wiped out, every man jack, and then we will quit trying to go against nature.”

We didn’t talk any more then as we had to go to class. I told Dad about it that night. “What do you think, George?” “Well, there is something in what he says–“

“Huh?”

“Don’t jump the gun. If everything went sour on Ganymede at once and we didn’t have the means to fix it, it would revert to the state we found it in. But that’s not the whole answer. People have a funny habit of taking as ‘natural’ whatever they are used to–but there hasn’t been any ‘natural’ environment, the way they mean it, since men climbed down out of trees. Bill, how many people are there in California?”

“Fifty-five, sixty million.”

“Did you know that the first four colonies here starved to death? ‘S truthl How is it that fifty-odd million can live here and not starve? Barring short rations, of course.”

He answered it himself. “We’ve got four atomic power plants along the coast just to turn sea water into fresh water. We use every drop of the Colorado River and every foot of snow that falls on the Sierras. And we use a million other gadgets.

If those gadgets went bad–say a really big earthquake knocked out all four atomic plants–the country would go back to desert. I doubt if we could evacuate that many people before most of them died from thirst. Yet I don’t think Mr. Miller is lying awake nights worrying about it. He regards Southern California as a good ‘natural’ environment.

“Depend on it, Bill. Wherever Man has mass and energy to work with and enough savvy to know how to manipulate them, he can create any environment he needs.”

I didn’t see much of Duck after that. About then we got our preliminary notices to take tests for eligibility for the Ganymede colony and that had us pretty busy. Besides, Duck seemed different–or maybe it was me. I had the trip on my mind and he didn’t want to talk about it. Or if he did, he’d make some crack that rubbed me the wrong way.

Dad wouldn’t let me quit school while it was still uncertain as to whether or not we would qualify, but I was out a lot, taking tests. There was the usual physical examination, of course, with some added wrinkles. A g test, for example–I could take up to eight gravities before I blacked out, the test showed. And a test for low-pressure tolerance and hemorrhaging–they didn’t want people who ran to red noses and varicose veins. There were lots more.

But we passed them. Then came the psycho tests which were a lot worse because you never knew what was expected of you and half the time you

didn’t even know you were being tested. It started off with hypno-analysis, which really puts a fellow at a disadvantage. How do you know what you’ve blabbed while they’ve got you asleep?

Once I sat around endlessly waiting for a psychiatrist to get around to seeing me. There were a couple of clerks there; when I came in one of them dug my medical and psycho record out of file and laid it on a desk. Then the other one, a red-headed guy with a permanent sneer, said, “Okay, Shorty, sit down on that bench and wait.”

After quite a while the redhead picked up my folder and started to read it. Presently he snickered and turned to the other clerk and said, “Hey, Ned– get a load of this!”

The other one read what he was pointing to and seemed to think it was funny, too. I could see they were watching me and I pretended not to pay any attention.

The second clerk went back to his desk, but presently the redhead went over to him, carrying my folder, and read aloud to him, but in such a low voice that I couldn’t catch many of the words. What I did catch made me squirm.

When he had finished the redhead looked right at me and laughed. I stood up and said, “What’s so funny?” He said, “None of your business, Shorty. Sit down.”

I walked over and said, “Let me see that.”

The second clerk stuffed it into a drawer of his desk. The redhead said, “Mamma’s boy wants to see it, Ned. Why don’t you give it to him?” “He doesn’t really want to see it,” the other one said.

“No, I guess not.” The redhead laughed again and added, “And to think he wants to be a big bold colonist.”

The other one looked at me while chewing a thumbnail and said, “I don’t think that’s so funny. They could take him along to cook.” This seemed to convulse the redhead. “I’ll bet he looks cute in an apron.”

A year earlier I would have poked him, even though he outweighed me and outreached me. That “Mamma’s boy” remark made me forget all about wanting to go to Ganymede; I just wanted to wipe the silly smirk off his face.

But I didn’t do anything. I don’t know why; maybe it was from riding herd on that wild bunch of galoots, the Yucca Patrol–Mr. Kinski says that anybody who can’t keep order without using his fists can’t be a patrol leader under him.

Anyhow I just walked around the end of the desk and tried to open the drawer. It was locked. I looked at them; they were both grinning, but I wasn’t. “I had an appointment for thirteen o’clock,” I said. “Since the doctor isn’t here, you can tell him I’ll phone for another appointment.” And I turned on my heel and left.

I went home and told George about it. He just said he hoped I hadn’t hurt my chances.

I never did get another appointment. You know what? They weren’t clerks at all; they were psycho-metricians and there was a camera and a mike on me the whole time.

Finally George and I got notices saying that we were qualified and had been posted for the Mayflower, “subject to compliance with all requirements.”

That night I didn’t worry about ration points; I really set us out a feast.

There was a booklet of the requirements mentioned. “Satisfy all debts”–that didn’t worry me; aside from a half credit I owed Slats Keifer I didn’t have any. “Post an appearance bond”–George would take care of that “Conclude any action before any court of superior jurisdiction”–I had never been in court except the Court of Honor. There were a flock of other things, but George would handle them.

I found some fine print that worried me. “George,” I said, “It says here that emigration is limited to families with children.”

He looked up. “Well, aren’t we such a family? If you don’t mind being classified as a child.” “Oh. I suppose so. I thought it meant a married couple and kids.”

“Don’t give it a thought.”

Privately I wondered if Dad knew what he was talking about.

We were busy with innoculations and blood typing and immunizations and I hardly got to school at all. When I wasn’t being stuck or being bled, I was sick with the last thing they had done to me. Finally we had to have our whole medical history tattooed on us–identity number, Rh factor, blood type, coag time, diseases you had had, natural immunities and inoculations. The girls and the women usually had it done in invisible ink that showed up only under infra-red light, or else they put it on the soles of their feet.

They asked me where I wanted it, the soles of my feet? I said no, I don’t want to be crippled up; I had too much to do. We compromised on putting it where I sit down and then I ate standing up for a couple of days. It seemed a good place, private anyhow. But I had to use a mirror to see it.

Time was getting short; we were supposed to be at Mojave Space Port on 26 June, just two weeks away. It was high time I was picking out what to take. The allowance was fifty-seven and six-tenths pounds per person and had not been announced until all our body weights had been taken.

The booklet had said, “Close your terrestrial affairs as if you were dying.” That’s easy to say. But when you die, you can’t take it with you, while here we could– fifty-seven-odd pounds of it.

The question was: what fifty-seven pounds?

My silkworms I turned over to the school biology lab and the same for the snakes. Duck wanted my aquarium but I wouldn’t let him; twice he’s had fish and twice he’s let them die. I split them between two fellows in the troop who already had fish. The birds I gave to Mrs. Fishbein on our deck. I didn’t have a cat or a dog; George says ninety floors up is no place to keep junior citizens–that’s what he calls them.

I was cleaning up the mess when George came in. “Well,” he says, “first time I’ve been able to come into your room without a gas mask.” I skipped it; George talks like that. “I still don’t know what to do,” I said, pointing at the heap on my bed.

“Microfilmed everything you can?”

“Yes, everything but this picture.” It was a cabinet stereo of Anne, weighing about a pound and nine ounces. “Keep that, of course. Face it, Bill, you’ve got to travel light. We’re pioneers.”

“I don’t know what to throw out.”

I guess I looked glum for he said, “Quit feeling sorry for yourself. Me, I’ve got to give up thisand that’s tough, believe me.” He held out his pipe. “Why?” I asked. “A pipe doesn’t weigh much.”

“Because they aren’t raising tobacco on Ganymede and they aren’t importing any.”

“Oh. Look, George, I could just about make it if it weren’t for my accordion. But it licks me.” “Hmm … Have you considered listing it as a cultural item?”

“Huh?”

“Read the fine print. Approved cultural items are not covered by the personal weight schedule. They are charged to the colony.” It had never occurred to me that I might have anything that would qualify. “They wouldn’t let me get away with it, George!”

“Can’t rule you out for trying. Don’t be a defeatist.”

So two days later I was up before the cultural and scientific board, trying to prove that I was an asset. I knocked out Turkey in the Straw, Nehru’s Opus 81, and the introduction to Morgenstern’s Dawn of the 22nd Century, as arranged for squeeze boxes. I gave them The Green Hills of Earth for an encore.

They asked me if I liked to play for other people and told me politely that I would be informed as to the decision of the board … and about a week later I got a letter directing me to turn my accordion over to the Supply Office, Hayward Field. I was in, I was a “cultural asset”!

Four days before blast-off Dad came home early – he had been closing his office–and asked me if we could have something special for dinner; we were having guests. I said I supposed so; my accounts showed that we would have rations to turn back.

He seemed embarrassed. “Son–” “Huh? Yes, George?”

“You know that item in the rules about families?” “Uh, yes.”

“Well, you were right about it, but I was holding out on you and now I’ve got to confess. I’m getting married tomorrow.” There was a sort of roaring in my ears. Dad couldn’t have surprised me more if he had slapped me.

I couldn’t say anything. I just stood there, looking at him. Finally I managed to get out, “But, George, you can’t do that!” “Why not, Son?”

“How about Anne?” “Anne is dead.”

“But– But–” I couldn’t say anything more; I ducked into my room and locked myself in. I lay on the bed, trying to think. Presently I heard Dad trying the latch. Then he tapped on the door and said, “Bill?”

I didn’t answer. After a while he went away. I lay there a while longer. I guess I bawled, but I wasn’t bawling over the trouble with Dad. It seemed the way it did the day Anne died, when I couldn’t get it through my head that I wouldn’t ever see her again. Wouldn’t ever see her smile at me again and hear her say, “Stand tall, Billy.”

And I would stand tall and she would look proud and pat my arm.

How could George do it? How could he bring some other woman into Anne’s home?

I got up and had a look at myself in the mirror and then went in and set my ‘fresher for a needle shower and a hard massage. I felt better afterwards, except that I still had a sick feeling in my stomach. The ‘fresher blew me off and dusted me and sighed to a stop. Through the sound it seemed to me I could hear Anne speaking to me, but that must have been in my head.

She was saying, “Stand tall, Son.” I got dressed again and went out.

Dad was messing around with dinner and I do mean messing. He had burned his thumb on the shortwave, don’t ask me how. I had to throw out what he had been fiddling with, all except the salad. I picked out more stuff and started them cycling. Neither of us said anything.

I set the table for three and Dad finally spoke. “Better set it for four, Bill. Molly has a daughter, you know.”

I dropped a fork. “Molly? You mean Mrs. Kenyon?”

“Yes. Didn’t I tell you? No, you didn’t give me a chance to.”

I knew her all right. She was Dad’s draftsman. I knew her daughter, too–a twelve-year-old brat. Somehow, it being Mrs. Kenyon made it worse, indecent. Why, she had even come to Anne’s Farewell and had had the nerve to cry.

I knew now why she had always been so chummy with me whenever I was down at Dad’s office. She had had her eye on George. I didn’t say anything. What was there to say?

I said “How do you do?” politely when they came in, then went out and pretended to fiddle with dinner. Dinner was sort of odd. Dad and Mrs. Kenyon talked and I answered when spoken to. I didn’t listen. I was still trying to figure out how he could do it. The brat spoke to me a couple of times but I soon put her in her place.

After dinner Dad said how about all of us going to a show? I begged off, saying that I still had sorting to do. They went. I thought and thought about it. Any way I looked at it, it seemed like a bad deal.

At first I decided that I wouldn’t go to Ganymede after all, not if they were going. Dad would forfeit my bond, but I would work hard and pay it back–I wasn’t going to owe them anything!

Then I finally figured out why Dad was doing it and I felt some better, but not much. It was too high a price.

Dad got home late, by himself, and tapped on my door. It wasn’t locked and he came in. “Well, Son?” he said. “‘Well’ what?”

“Bill, I know that this business comes as a surprise to you, but you’ll get over it.”

I laughed, though I didn’t feel funny. Get over it! Maybe he could forget Anne, but I never would.

“In the meantime,” he went on, “I want you to behave yourself. I suppose you know you were as rude as you could be without actually spitting in their faces?”

“Me rude?”I objected. “Didn’t I fix dinner for them? Wasn’t I polite?”

“You were as polite as a judge passing sentence. And as friendly. You needed a swift kick to make you remember your manners.”

I guess I looked stubborn. George went on, “That’s done; let’s forget it. See here, Bill–in time you are going to see that this was a good idea. All I ask you to do is to behave yourself in the meantime. I don’t ask you to fall on their necks; I do insist that you be your own normal, reasonably polite and friendly self. Will you try?”

“Uh, I suppose so.” Then I went on with, “See here, Dad, why did you have to spring it on me as a surprise?”

He looked embarrassed. “That was a mistake. I suppose I did it because I knew you would raise Cain about it and I wanted to put it off.” “But I would have understood if you had only told me. I know why you want to marry her–“

“Eh?”

“I should have known when you mentioned that business about rules. You have to get married so that we can go to Ganymede–“

“What?”

I was startled. I said, “Huh? That’s right, isn’t it? You told me so yourself. You said–“

“I said nothing of the sort!” Dad stopped, took a deep breath, then went on slowly, “Bill, I suppose you possibly could have gathered that impression–though I am not flattered that you could have entertained it. Now I’ll spell out the true situation: Molly and I are not getting married in order to emigrate. We are emigrating because we are getting married. You may be too young to understand it, but I love Molly and Molly loves me. If I wanted to stay here, she’d stay. Since I want to go, she wants to go. She’s wise enough to understand that I need to make a complete break with my old background. Do you follow me?”

I said I guessed so.

“I’ll say goodnight, then.”

I answered, “Goodnight.” He turned away, but I added, “George–” He stopped. I blurted out. “You don’t love Anne any more, do you?”

Dad turned white. He started back in and then stopped. “Bill,” he said slowly, “it has been some years since I’ve laid a hand on you–but this is the first time I ever wanted to give you a thrashing.”

I thought he was going to do it. I waited and I had made up my mind that if he touched me he was going to get die surprise of his life. But he didn’t come any nearer; he just closed the door between us.

After a while I took another shower that I didn’t need and went to bed. I must have lain there an hour or more, thinking that Dad had wanted to hit me and wishing that Anne were around to tell me what to do. Finally I switched on the dancing lights and stared at them until they knocked me out.

Neither one of us said anything until breakfast was over and neither of us ate much, either. Finally Dad said, “Bill, I want to beg your pardon for what I said last night. You hadn’t done or said anything to justify raising a hand to you and I had no business thinking it or saying it.”

I said, “Oh, that’s all right.” I thought about it and added, “I guess I shouldn’t have said what I did.”

“It was all right to say it What makes me sad is that you could have thought it. Bill, I’ve never stopped loving Anne and I’ll never love her any less.” “But you said–” I stopped and finished, “I just don’t get it.”

“I guess there is no reason to expect you to.” George stood up. “Bill, the ceremony is at fifteen o’clock. Will you be dressed and ready about an hour before that time?”

I hesitated and said, “I won’t be able to, George. I’ve got a pretty full day.”

His face didn’t have any expression at all and neither did his voice. He said, “I see,” and left the room. A bit later he left the apartment. A while later

I. tried to call him at his office, but the autosecretary ground out the old stall about “Would you like to record a message?” I didn’t. I figured that George would be home some time before fifteen hundred and I got dressed in my best. I even used some of Dad’s beard cream.

He didn’t show up. I tried the office again, and again, got the “Would-you-like-to-record-a-message?” routine. Then I braced myself and looked up the code on Mrs. Kenyon.

He wasn’t there. Nobody was there.

The time crawled past and there was nothing I could do about it. After a while it was fifteen o’clock and I knew that my father was off somewhere getting married but I didn’t know where. About fifteen-thirty I went out and went to a show.

When I got back the red light was shining on the phone. I dialed playback and it was Dad: “Bill I tried to reach you but you weren’t in and I can’t wait. Molly and I are leaving on a short trip. If you need to reach me, call Follow Up Service, Limited, in Chicago–we’ll be somewhere in Canada. We’ll be back Thursday night. Goodbye.” That was the end of the recording.

Thursday night–blast-off was Friday morning.

3.   Space Ship Bifrost

Dad called me from Mrs. Kenyon’s–I mean from Molly’s–apartment Thursday night. We were both polite but uneasy. I said yes, I was all ready and I hoped they had had a nice time. He said they had and would I come over and we would all leave from there in the morning.

I said I hadn’t known what his plans were, so I had bought a ticket to Mojave port and had reserved a room at Hotel Lancaster. What did he want me to do?

He thought about it and said, “It looks like you can take care of yourself, Bill.” “Of course I can.”

“All right. We’ll see you at the port. Want to speak to Molly?” “Uh, no, just tell her hello for me.”

“Thanks, I will.” He switched off.

I went to my room and got my kit–fifty-seven and fifty-nine hundredths pounds; I couldn’t have added a clipped frog’s hair. My room was bare, except for my Scout uniform. I couldn’t afford to take it, but I hadn’t thrown it away yet.

I picked it up, intending to take it to the incinerator, then stopped. At the physical exam I had been listed at one hundred thirty-one and two tenths pounds mass in the clothes I would wear for blast off.

But I hadn’t eaten much the last few days.

I stepped into the ‘fresher and onto the scales–one hundred twenty-nine and eight tenths. I picked up the uniform and stepped back on the scales– one hundred thirty-two and five tenths.

William, I said, you get no dinner, you get no breakfast, and you drink no water tomorrow morning. I bundled up my uniform and took it along.

The apartment was stripped. As a surprise for the next tenant I left in the freezer the stuff I had meant to eat for supper, then switched all the gadgets to zero except the freezer, and locked the door behind me. It felt funny; Anne and George and I had lived there as far back as I could remember.

I went down to subsurface, across town, and caught the In-Coast tube for Mojave. Twenty minutes later I was at Hotel Lancaster in the Mojave Desert.

I soon found out that the “room” I had reserved was a cot in the billiard room. I trotted down to find out what had happened.

I showed the room clerk the ‘stat that said I had a room coming to me. He looked at it and said, “Young man, have you ever tried to bed down six thousand people at once?”

I said no, I hadn’t.

“Then be glad you’ve got a cot. The room you reserved is occupied by a family with nine children.” I went.

The hotel was a madhouse. I couldn’t have gotten anything to eat even if I hadn’t promised myself not to eat; you couldn’t get within twenty yards of the dining room. There were children underfoot everywhere and squalling brats galore. There were emigrant families squatting in the ball room. I looked them over and wondered how they had picked them; out of a grab bag?

Finally I went to bed. I was hungry and got hungrier. I began to wonder why I was going to all this trouble to hang on to a Scout uniform I obviously wasn’t going to use.

If I had had my ration book I would have gotten up and stood in line at the dining room–but Dad and I had turned ours in. I still had some money and

thought about trying to find a free-dealers; they say you can find them around a hotel. But Dad says that “free-dealer” is a fake word; they are black

marketeers and no gentleman will buy from them.

Besides that I didn’t have the slightest idea of how to go about finding one.

I got up and got a drink and went back to bed and went through the relaxing routine. Finally I got to sleep and dreamed about strawberry shortcake with real cream, the kind that comes from cows.

I woke up hungry but I suddenly remembered that this was it!–my last day on Earth. Then I was too excited to be hungry. I got up, put on my Scout uniform and my ship suit over it.

I thought we would go right on board. I was wrong.

First we had to assemble under awnings spread out in front of the hotel near the embarking tubes. It wasn’t air conditioned outside, of course, but it was early and the desert wasn’t really hot yet. I found the letter “L” and sat down under it, sitting on my baggage. Dad and his new family weren’t around yet; I began to wonder if I was going to Ganymede by myself. I didn’t much care.

Out past the gates about five miles away, you could see the ships standing on the field, the Daedalus and the Icarus, pulled off the Earth-Moon run for this one trip, and the old Bifrost that had been the shuttle rocket to Supra-New-York space station as far back as I could remember.

The Daedalus and the Icarus were bigger but I hoped I would get the Bifrost; she was the first ship I ever saw blast off.

A family put their baggage down by mine. The mother looked out across the field and said, “Joseph, which one is the Mayflower?

Her husband tried to explain to her, but she still was puzzled. I nearly burst, trying to keep from laughing. Here she was, all set to go to Ganymede and yet she was so dumb she didn’t even know that the ship she was going in had been built out in space and couldn’t land anywhere.

The place was getting crowded with emigrants and relatives coming to see them off, but I still didn’t see anything of Dad. I heard my name called and turned around and there was Duck Miller. “Gee, Bill,” he said, “I thought I’d missed you.”

“Hi, Duck. No, I’m still here.”

“I tried to call you last night but your phone answered ‘service discontinued,’ so I hooked school and came up.” “Aw, you shouldn’t have done that.”

“But I wanted to bring you this.” He handed me a package, a whole pound of chocolates. I didn’t know what to say. I thanked him and then said, “Duck, I appreciate it, I really do. But I’ll have to give them back to you.”

“Huh? Why?”

“Weight Mass, I mean. I can’t get by with another ounce.” “You can carry it.”

“That won’t help. It counts just the same.”

He thought about it and said, “Then let’s open it.”

I said, “Fine,” and did so and offered him a piece. I looked at them myself and my stomach was practically sitting up and begging. I don’t know when I’ve been so hungry.

I gave in and ate one. I figured I would sweat it off anyhow; it was getting hot and I had my Scout uniform on under my ship suit–and that’s no way to dress for the Mojave Desert in June! Then I was thirstier than ever, of course; one thing leads to another.

I went over to a drinking fountain and took a very small drink. When I came back I closed the candy box and handed it back to Duck and told him to

pass it around at next Scout meeting and tell the fellows I wished they were going along. He said he would and added, “You know, Bill, I wish I was

going. I really do.”

I said I wished he was, too, but when did he change his mind? He looked embarrassed but about then Mr. Kinski showed up and then Dad showed up, with Molly and the brat–Peggy–and Molly’s sister, Mrs. van Metre. Everybody shook hands all around and Mrs. van Metre started to cry and the brat wanted to know what made my clothes so bunchy and what was I sweating about?

George was eyeing me, but about then our names were called and we started moving through the gate.

George and Molly and Peggy were weighed through and then it was my turn. My baggage was right on the nose, of course, and then I stepped on the scales. They read one hundred and thirty-one and one tenth pounds–I could have eaten another chocolate.

“Check!” said the weightmaster, then he looked up and said, “What in the world have you got on, son?”

The left sleeve of my uniform had started to unroll and was sticking out below the half sleeve of my ship suit. The merit badges were shining out like signal lights.

I didn’t say anything. He started feeling the lumps the uniform sleeves made. “Boy,” he said, “you’re dressed like an arctic explorer; no wonder you’re sweating. Didn’t you know you weren’t supposed to wear anything but the gear you were listed in?”

Dad came back and asked what the trouble was? I just stood there with my ears burning. The assistant weightmaster got into the huddle and they argued what should be done. The weightmaster phoned somebody and finally he said, “He’s inside his weight limit; if he wants to call that monkey suit part of his skin, we’ll allow it. Next customer, please!”

I trailed along, feeling foolish. We went down inside and climbed on the slide strip, it was cool down there, thank goodness. A few minutes later we got off at the loading room down under the rocket ship. Sure enough, it was the Bifrost, as I found out when the loading elevator poked above ground and stopped at the passenger port. We filed in.

They had it all organized. Our baggage had been taken from us in the loading room; each passenger had a place assigned by his weight. That split us up again; I was on the deck immediately under the control room. I found my place, couch 14-D, then went to a view port where I could see the Daedalus and the Icarus.

A brisk little stewardess, about knee high to a grasshopper, checked my name off a list and offered me an injection against dropsickness. I said no, thanks.

She said, “You’ve been out before?”

I admitted I hadn’t; she said, “Better take it.”

I said I was a licensed air pilot; I wouldn’t get sick I didn’t tell her that my license was just for copters. She shrugged and turned away. A loudspeaker said, “The Daedalus is cleared for blasting.” I moved up to get a good view.

The Daedalus was about a quarter of a mile away and stood up higher than we did. She had fine lines and was a mighty pretty sight, gleaming in the morning sunshine. Beyond her and to the right, clear out at the edge of the field, a light shone green at the traffic control blockhouse.

She canted slowly over to the south, just a few degrees.

Fire burst out of her base, orange, and then blinding white. It splashed down into the ground baffles and curled back up through the ground vents. She lifted.

She hung there for a breath and you could see the hills shimmer through her jet. And she was gone.

Just like that–she was gone. She went up out of there like a scared bird, just a pencil of white fire in the sky, and was gone while we could still hear and feel the thunder of her jets inside the compartment.

My ears were ringing. I heard someone behind me say, “But I haven’t had breakfast. The Captain will just have to wait. Tell him, Joseph.”

It was the woman who hadn’t known that the Mayflower was a space-to-space ship. Her husband tried to hush her up, but he didn’t have any luck.

She called over the stewardess. I heard her answer, “But, madam, you can’t speak to the Captain now. He’s preparing for blast-off.”

Apparently that didn’t make any difference. The stewardess finally got her quiet by solemnly promising that she could have breakfast after blast-off. I bent my ears at that and I decided to put in a bid for breakfast, too.

The Icarus took off twenty minutes later and then the speaker said, “All hands! Acceleration stations-prepare to blast off.” I went back to my couch and the stewardess made sure that we were all strapped down. She cautioned us not to unstrap until she said we could. She went down to the deck below.

I felt my ears pop and there was a soft sighing in the ship. I swallowed and kept swallowing. I knew what they were doing: blowing the natural air out and replacing it with the standard helium-oxygen mix at half sea-level pressure. But the woman–the same one–didn’t like it. She said, “Joseph, my head aches. Joseph, I can’t breathe. Do something!”

Then she clawed at her straps and sat up. Her husband sat up, too, and forced her back down. The Bifrost tilted over a little and the speaker said, “Minus three minutes!”

After a long time it said, “Minus two minutes!”

And then “Minus one minutel” and another voice took up the count: “Fifty-nine! Fifty-eight! Fifty-seven!”

My heart started to pound so hard I could hardly hear it. But it went on: “-thirty-five! Thirty-four! Thirty-three! Thirty-two! Thirty-one! Half! Twenty-nine! Twenty-eight!”

And it got to be: “Ten!”

And “Nine!” “Eight! “Seven! “And six! “And five! “And four! “And three! “And two–“

I never did hear them say “one” or “fire” or whatever they said. About then something fell on me and I thought I was licked. Once, exploring a cave with the fellows, a bank collapsed on me and I had to be dug out. It was like that–but nobody dug me out.

My chest hurt. My ribs seemed about to break. I couldn’t lift a finger. I gulped and couldn’t get my breath.

I wasn’t scared, not really, because I knew we would take off with a high g, but I was awfully uncomfortable. I managed to turn my head a little and saw that the sky was already purple. While I watched, it turned black and the stars came out, millions of stars. And yet the Sun was still streaming in through the port

The roar of the jets was unbelievable but the noise started to die out almost at once and soon you couldn’t hear it at all. They say the old ships used to be noisy even after you passed the speed of sound; the Bifrost was not. It got as quiet as the inside of a bag of feathers.

There was nothing to do but lie there, stare out at that black sky, try to breathe, and try not to think about the weight sitting on you.

And then, so suddenly that it made your stomach turn flip-flops, you didn’t weigh anything at all.

4.   Captain DeLongPre

Let me tell you that the first time you fall is no fun. Sure, you get over it. If you didn’t you would starve. Old space hands even get so they like it– weightlessness, I mean. They say that two hours of weightless sleep is equal to a full night on Earth. I got used to it, but I never got to like it.

The Bifrost had blasted for a little more than three minutes. It seemed lots longer because of the high acceleration; we had blasted at nearly six g. Then she was in free orbit for better than three hours and we fell the whole time, until the Captain started to maneuver to match orbits with the Mayflower.

In other words we fell straight up for more than twenty thousand miles.

Put that way, it sounds silly. Everybody knows that things don’t fall up; they fall down.

Everybody knew the world was flat, too. We fell up.

Like everybody, I had had the elements of space ballistics in grammar school physics, and goodness knows there have been enough stories about how you float around in a spaceship when it’s in a free orbit. But, take it from me, you don’t really believe it until you’ve tried it.

Take Mrs. Tarbutton–the woman who wanted breakfast. I suppose she went to school like everybody else. But she kept insisting that the Captain had to do something about it. What he could do I don’t know; find her a small asteroid, maybe.

Not that I didn’t sympathize with her–or with myself, I guess. Ever been in an earthquake? You know how everything you ever depended on suddenly goes back on you and terra firma isn’t firma any longer? It’s like that, only much worse. This is no place to review grammar school physics but when a spaceship is in a free trajectory, straight up or any direction, the ship and everything in it moves along together and you fall, endlessly–and your stomach darn near falls out of you.

That was the first thing I noticed. I was strapped down so that I didn’t float away, but I felt weak and shaky and dizzy and as if I had been kicked in the stomach. Then my mouth filled with saliva and I gulped and I was awfully sorry I had eaten that chocolate.

But it didn’t come up, not quite.

The only thing that saved me was no breakfast. Some of the others were not so lucky. I tried not to look at them. I had intended to unstrap as soon as we went free and go to a port so I could look at Earth, but I lost interest in that project entirely. I stayed strapped down, and concentrated on being miserable.

The stewardess came floating out the hatch from the next deck, shoved herself along with a toe, checked herself with a hand at the center stanchion, and hovered in the air in a swan dive, looking us over. It was very pretty to watch if I’d been in shape to appreciate it.

“Is everybody comfy?” she said cheerfully.

It was a silly remark but I suppose nurses get that way. Somebody groaned and a baby on the other side of the compartment started to cry. The stewardess moved over to Mrs. Tarbutton and said, “You may have breakfast now. What would you like? Scrambled eggs?”

I clamped my jaw and turned my head away, wishing she would shut up. Then I looked back. She had paid for that silly remark–and she had to clean it up.

When she was through with Mrs. Tarbutton I said, “Uh-oh, Miss–” “Andrews.”

“Miss Andrews, could I change my mind about that drop-sick injection?”

“Righto, chum,” she agreed, smiling, and whipped out an injector from a little kit she had at her belt. She gave me the shot. It burned and for a moment I thought I was going to lose the chocolate after all. But then things quieted down and I was almost happy in a miserable sort of way.

She left me and gave shots to some others who had kidded themselves the same way I had. Mrs. Tarbutton she gave another sort of shot to knock her out entirely. One or two of the hardier souls unstrapped themselves and went to the ports; I decided I was well enough to try it.

It’s not as easy as it looks, this swimming around in free fall. I undid the safety belts and sat up; that’s all I meant to do. Then I was scrambling in the air, out of control, trying frantically to grasp at anything.

I turned over in the air and cracked the back of my head against the underside of the control room deck and saw stars, not the ones out the ports– some of my own. Then the deck with the couches on it was approaching me slowly.

I managed to grab a safety belt and came to anchor. The couch it belonged to was occupied by a little plump man. I said, “Excuse me.”

He said, “Don’t mention it,” and turned his face away, looking as if he hated me. I couldn’t stay there and I couldn’t even get back to my own couch without grabbing handholds on other couches that were occupied, too, so I pushed off again, very gently this time, and managed to grab hold when I bumped against the other deck.

It had handholds and grab lines all over it. I didn’t let go again, but pulled myself along, monkey fashion, to one of the ports. And there I got my first view of Earth from space.

I don’t know what I expected, but it wasn’t what I expected. There it was, looking just like it does in the geography books, or maybe more the way it does in the station announcements of Super-New-York TV station. And yet it was different. I guess I would say it was like the difference between being told about a good hard kick in the rear and actually being kicked.

Not a transcription. Alive.

For one thing it wasn’t prettily centered in a television screen; it was shouldering into one side of the frame of the port, and the aft end of the ship cut a big chunk out of the Pacific Ocean. And it was moving, shrinking. While I hung there it shrunk to about half the size it was when I first got there and got rounder and rounder. Columbus was right.

From where I was it was turned sideways; the end of Siberia, then North America, and finally the north half of South America ran across from left to right. There were clouds over Canada and the eastern part of the rest of North America; they were the whitest white I ever saw–whiter than the north pole cap. Right opposite us was the reflection of the Sun on the ocean; it hurt my eyes. The rest of the ocean was almost purple where there weren’t clouds.

It was so beautiful my throat ached and I wanted to reach out and touch it.

And back of it were stars, even brighter and bigger and more of them than the way they look from Little America.

Pretty soon there were more people crowding around, trying to see, and kids shoving and their mothers saying, “Now, now, darling!” and making silly remarks themselves. I gave up. I pulled myself back to my couch and put one belt around me so I wouldn’t float away and thought about it.

It makes you proud to know that you come from a big, fancy planet like that. I got to thinking that I hadn’t seen all of it, not by a long sight, in spite of all the geography trips I had made and going to one Scout round-up in Switzerland and the time George and Anne and I went to Siam.

And now I wasn’t going to see any more of it. It made me feel pretty solemn.

I looked up; there was a boy standing in front of me. He said, “What’s the trouble, William, my boy? Dropsick?”

It was that twerp Jones. You could have knocked me out with a feather. If I had known he was going to emigrate, I would have thought twice about it. I asked him where in the world he had come from.

“The same place you did, naturally. I asked you a question.”

I informed him that I was not dropsick and asked him whatever gave him that silly notion. He reached out and grabbed my arm and turned it so that the red spot the injection had made showed. He laughed and I jerked my arm away.

He laughed again and showed me his arm; it had a red spot on it, too. “Happens to the best of us,” he said. “Don’t be shy about it.” Then he said, “Come on. Let’s look around the joint before they make us strap down again.”

I went along. He wasn’t what I would pick for a buddy but he was a familiar face. We worked our way over to the hatch to the next deck. I started to go through but Jones stopped me. “Let’s go into the control room,” he suggested.

“Huh? Oh, they wouldn’t let us!”

“Is it a crime to try? Come on.” We went back the other way and through a short passage. It ended in a door that was marked: CONTROL ROOM- STAY OUT! Somebody had written under it: This means you!!! and somebody else had added: Who? Me?

Jones tried it; it was locked. There was a button beside it; he pushed it.

It opened and we found ourselves staring into the face of a man with two stripes on his collar. Behind him was an older man with four stripes on his; he called out, “Who is it, Sam? Tell ’em we’re not in the market.”

The first man said, “What do you kids want?”

Jones said, “Please, sir, we’re interested in astrogation. Could we have permission to visit the control room?”

I could see he was going to chuck us out and I had started to turn away when the older man called out, “Oh, shucks, Sam, bring ’em in!” The younger fellow shrugged and said, “As you say, Skipper.”

We went in and the Captain said, “Grab on to something; don’t float around. And don’t touch anything, or I’ll cut your ears off. Now who are you?”

We told him; he said, “Glad to know you, Hank-same to you, Bill. Welcome aboard.” Then he reached out and touched the sleeve of my uniform–it had come loose again. “Son, your underwear is showing.”

I blushed and told him how I happened to be wearing it. He laughed and said, “So you swindled us into lifting it anyway. That’s rich–eh, Sam? Have a cup of coffee.”

They were eating sandwiches and drinking coffee– not from cups, of course, but from little plastic bags like they use for babies. The bags even had nipples on them. I said no, thanks. While the shot Miss Andrews gave me had made me feel better, it hadn’t made me feel that much better. Hank Jones turned it down, too.

The control room didn’t have a port in it of any sort. There was a big television screen forward on the bulkhead leading to the nose, but it wasn’t turned on. I wondered what Mrs. Tarbutton would think if she knew that the Captain couldn’t see where we were going and didn’t seem to care.

I asked him about the ports. He said ports were strictly for tourists. “What would you do with a port if you had one?” he asked. “Stick your head out the window and look for road signs? We can see anything we need to see. Sam, heat up the video and show the kids.”

“Aye aye, Skipper.” The other chap swam over to his couch and started turning switches. He left his sandwich hanging in the air while he did so.

I looked around. The control room was circular and the end we came in was bigger than the other end; it was practically up in the nose of the ship and the sides sloped in. There were two couches, one for the pilot and one for the co-pilot, flat against the wall that separated the control room from the passenger compartments. Most of the space between the couches was taken up by the computer.

The couches were fancier than the ones the passengers had; they were shaped to the body and they lifted the knees and the head and back, like a hospital bed, and there were arm rests to support their hands over the ship’s controls. An instrument board arched over each couch at the middle, where the man in the couch could see the dials and stuff even when his head was pushed back into the cushions by high g.

The TV screen lighted up and we could see Earth; it filled most of the screen. “That’s ‘View Aft’,” the copilot said, “from a TV camera in the tail.

We’ve got ’em pointing in all directions. Now we’ll try ‘View Forward’.” He did, but it didn’t amount to anything, just a few tiny little dots that might have been stars. Hank said you could see more stars out a port.

“You don’t use it to look at stars,” he answered. “When you need to take a star sight, you use the coelostats. Like this.” He lay back on the couch and reached behind his head, pulling an eye piece arrangement over his face until the rubber guard fitted over one eye without lifting his head off the couch.

“Coelostat” is just a trick name for a telescope with a periscope built into it. He didn’t offer to let us look through it, so I looked back at the instrument board. It had a couple of radar presentations, much like you’ll find in any atmosphere ship, even in a copter, and a lot of other instruments, most of which I didn’t understand, though some of them were pretty obvious, like approach rate and throat temperature and mass ratio and ejection speed and such.

“Watch this,” said the co-pilot. He did something at his controls; one of the tiny blips on the TV screen lit up very brightly, blinked a few times, then died away. “That was Supra-New-York; I triggered her radar beacon. You are not seeing it by television; it’s radar brought on to the same screen.” He fiddled with the controls again and another light blinked, two longs and a short. “That’s where they’re building the Star Rover.”

“Where’s the Mayflower?Hank asked.

“Want to see where you’re going, eh?” He touched his controls again; another light came on, way off to one side, flashing in groups of three.

I said it didn’t look much like we were going there. The Captain spoke up. “We’re taking the long way round, past the fair grounds. That’s enough, Sam. Lock your board.”

We all went back where the Captain was still eating. “You an Eagle Scout?” he asked me. I said yes and Hank said he was too.

“How old were you when you made it?” he wanted to know. I said I had been thirteen, so Hank said twelve, whereupon the Captain claimed he had made it at eleven. Personally I didn’t believe either one of them.

The Captain said so now we were going out to Ganymede; he envied both of us. The co-pilot said what was there to envy about that? The Captain said, “Sam, you’ve got no romance in your soul. You’ll live and die running a ferry boat.”

“Maybe so,” the co-pilot answered, “but I sleep home a lot of nights.”

The Captain said pilots should not marry. “Take me,” he said, “I always wanted to be a deep-space man. I was all set for it, too, when I was captured by pirates and missed my chance. By the time I had the chance again, I was married.”

“You and your pirates,” said the co-pilot.

I kept my face straight. Adults always think anybody younger will swallow anything; I try not to disillusion them.

“Well, all that’s as may be,” said the Captain. “You two young gentlemen run along now. Mr. Mayes and I have got to fake up a few figures, or we’ll be landing this bucket in South Brooklyn.”

So we thanked him and left.

I found Dad and Molly and the Brat in the deck aft of my own. Dad said, “Where have you been, Bill? I’ve been looking all over the ship for you.” I told them, “Up in the control room with the Captain.”

Dad looked surprised and the Brat made a face at me and said, “Smarty, you have not. Nobody can go up there.”

I think girls should be raised in the bottom of a deep, dark sack until they are old enough to know better. Then when it came time, you could either let them out or close the sack and throw them away, whichever was the best idea.

Molly said, “Hush, Peggy.”

I said, “You can just ask Hank. He was with me. We–” I looked around but Hank was gone. So I told them what had happened, all but the part about pirates.

When I finished the Brat said, “I want to go into the control room, too.”

Dad said he didn’t think it could be arranged. The Brat said, “Why not? Bill went.”

Molly said hush again. “Bill is a boy and older than you are.” The Brat said it wasn’t fair.

I guess she had something there–but things hardly ever are. Dad went on, “You should feel flattered, Bill, being entertained by the famous Captain DeLongPre.”

“Huh?”

“Maybe you are too young to remember it. He let himself be sealed into one of the robot freighters used to jump thorium ore from the lunar mines– and busted up a ring of hijackers, a gang the newscasters called the ‘Ore Pirates.'”

I didn’t say anything.

I wanted to see the Mayflower from space, but they made us strap down before I could locate it. I got a pretty good view of Supra-New-York though; the Mayflower was in the 24-hour orbit the space station rides in and we were closing almost directly on it when the word came to strap down.

Captain DeLongPre was quite some pilot. He didn’t fiddle around with jockeying his ship into the new groove; he gave one long blast on the jet, the right time, the right amount, and the right direction. As it says in the physics book, “every one-plane correction-of-orbit problem which can be solved at all, can be solved with a single application of acceleration”–provided the pilot is good enough.

He was good enough. When we went weightless again, I looked over my shoulder out a port and there was the Mayflower, with the Sun gleaming on her, large as life and not very far away. There was the softest sort of a correction bump and the loudspeaker sang out, “Contact completed. You may unstrap.”

I did and went to the port from which we could see the Mayflower. It was easy to see why she could never land; she had no airfoils of any sort, not even fins, and she was the wrong shape–almost spherical except that one side came out to a conical point.

She looked much too small–then I realized that a little bulge that was sticking out past her edge at one point was actually the bow of the Icarus,

unloading on the far side. Then suddenly she was enormous and the little flies on her were men in space suits.

One of them shot something at us and a line came snaking across. Before the knob on the end of it quite reached us there was a bright purple brush discharge from the end of it and every hair on my head stood straight up and my skin prickled.

A couple of the women in the compartment squealed and I heard Miss Andrews soothing them down and telling them that it was just the electrical potential adjusting between the two ships. If she had told them it was a bolt of lightning she would have been just as correct, but I don’t suppose that would have soothed them.

I wasn’t scared; any kid who had fooled around with radio or any sort of electronics would have expected it.

The knob on the line clunked against the side of the ship and after a bit the little line was followed by a heavier line and then they warped us together, slowly. The Mayflower came up until she filled the port.

After a bit my ears popped and the loudspeaker said, “All hands–prepare to disembark.”

Miss Andrews made us wait quite a while, then it was our deck’s turn and we pulled ourselves along to the deck we had come in by. Mrs. Tarbutton didn’t come along; she and her husband were having some sort of a discussion with Miss Andrews.

We went right straight out of our ship, through a jointed steel drum about ten feet long, and into the Mayflower.

5.   Captain Harkness

Do you know the worst thing about spaceships? They smell bad.

Even the Mayflower smelled bad and she was brand new. She smelled of oil and welding and solvents and dirty, sweaty smells of all the workmen who had lived in her so long. Then we came, three shiploads of us, most of us pretty whiff with that bad odor people get when they’re scared or very nervous. My stomach still wasn’t happy and it almost got me.

The worst of it is that there can’t be very good ‘freshers in a ship; a bath is a luxury. After the ship got organized we were issued tickets for two baths a week, but how far does that go, especially when a bath means two gallons of water to sponge yourself off with?

If you felt you just had to have a bath, you could ask around and maybe buy a ticket from somebody who was willing to skip one. There was one boy in my bunk room who sold his tickets for four weeks running until we all got sick of it and gave him an unscheduled bath with a very stiff brush. But I’m getting ahead of myself.

And you couldn’t burn your clothes either; you had to wash them.

When we first got into the Mayflower it took them maybe half an hour to get us all sorted out and into our acceleration couches. The people from the Daedalus and the Icarus were supposed to be stowed away by the time we got there, but they weren’t and the passageways were traffic jams. A traffic jam when everybody is floating, and you don’t know which end is up, is about eight times as confusing as an ordinary one.

There weren’t any stewardesses to get us straight, either; there were emigrants instead, with signs on their chests reading SHIP’S AIDE-but a lot of them needed aid themselves; they were just as lost as anybody else. It was like amateur theatricals where the ushers don’t know how to find the reserved seats.

By the time I was in the bunk room I was assigned to and strapped down there were bells ringing all over the place and loudspeakers shouting: “Prepare for acceleration! Ten minutes!”

Then we waited.

It seemed more like half an hour. Presently the count-off started. I said to myself, William, if the blast-off from Earth was rugged, this is going to knock the teeth right out of your head. I knew what we were going to build up to–better than ninety-three miles per second. That’s a third of a million miles an hour! Frankly I was scared.

The seconds ticked away; there was a soft push that forced me down against the cushions–and that was all. I just lay there; the ceiling was the ceiling again and the floor was under me, but I didn’t feel extra heavy, I felt fine.

I decided that was just the first step; the next one would be a dilly.

Up overhead in the bunk room was a display screen; it lighted up and I was looking into the face of a man with four collar stripes; he was younger than Captain DeLongPre. He smiled and said, “This is your Captain speaking, friends–Captain Harkness. The ship will remain at one gravity for a little more than four hours. I think it is time to serve lunch, don’t you?”

He grinned again and I realized that my stomach wasn’t bothering me at all–except that I was terribly hungry. I guess he knew that all of us ground hogs would be starving to death as soon as we were back to normal weight. He went on:

“We’ll try to serve you just as quickly as possible. It is all right for you to unstrap now, sit up, and relax, but I must ask you to be very careful about one thing:

“This ship is precisely balanced so that the thrust of our drive passes exactly through our center of gravity. If that were not so, we would tend to spin instead of moving in a straight line–and we might fetch up in the heart of the Sun instead of at Ganymede.

“None of us wants to become an impromptu barbecue, so I will ask each of you not to move unnecessarily from the neighborhood of your couch. The ship has an automatic compensator for a limited amount of movement, but we must not overload it–so get permission from your ship’s aide before moving as much as six inches from your present positions.”

He grinned again and it was suddenly a most unpleasant grin. “Any one violating this rule will be strapped down by force–and the Captain will assign punishment to fit the crime after we are no longer under drive.”

There wasn’t any ship’s aide in our compartment; all we could do was wait. I got acquainted with the boys in the bunkroom, some older, some

younger. There was a big, sandy-haired boy about seventeen, by the name of Edwards–“Noisy” Edwards. He got tired of waiting.

I didn’t blame him; it seemed like hours went past and still nothing to eat. I thought we had been forgotten.

Edwards had been hanging around the door, peering out. Finally he said, “This is ridiculous! We can’t sit here all day. I’m for finding out what’s the hold up. Who’s with me?”

One of the fellows objected, “The Captain said to sit tight.”

“What if he did? And what can he do if we don’t? We aren’t part of the crew.”

I pointed out that the Captain had authority over the whole ship, but he brushed me off. “Tommyrot! We got a right to know what’s going on–and a right to be fed. Who’s coming along?”

Another boy said, “You’re looking for trouble, Noisy.”

Edwards stopped; I think he was worried by the remark but he couldn’t back down. Finally he said, “Look, we’re supposed to have a ship’s aide and we haven’t got one. You guys elect me ship’s aide and I’ll go bring back chow. How’s that?”

Nobody objected out loud. Noisy said, “Okay, here I go.”

He couldn’t have been gone more than a few seconds when a ship’s aide showed up carrying a big box of packaged rations. He dealt them out and had one left over. Then he counted the bunks. “Weren’t there twenty boys in here?” he asked.

We looked at each other but nobody said anything. He pulled out a list and called our names. Edwards didn’t answer, of course, and he left, taking Noisy’s ration with him.

Then Noisy showed up and saw us eating and wanted to know where his lunch was. We told him; he said, “For the love of Mike! Why didn’t you guys save it for me? A fine bunch you turned out to be.” And he left again.

He came back shortly, looking mad. A ship’s aide followed him and strapped him down.

We had about reached the teeth-picking stage when the screen on the ceiling lit up again and there was the Moon. It looked as if we were headed right toward it and coming up fast. I began to wonder if Captain Harkness had dropped a decimal point.

I lay back on my couch and watched it grow. After a while it looked worse. When it had grown until it filled the screen and more and it seemed as if we couldn’t possibly miss, I saw that the mountains were moving past on the screen from right to left. I breathed a sigh of relief; maybe the Old Man knew what he was doing after all.

A voice came over the speaker: “We are now passing the Moon and tacking slightly in so doing. Our relative speed at point of closest approach is more than fifty miles per second, producing a somewhat spectacular effect.”

I’ll say it was spectacular! We zipped across the face of the Moon in about half a minute, then it faded behind us. I suppose they simply kept a TV camera trained on it, but it looked as if we had dived in, turned sharply, and raced out again. Only you don’t make sharp turns at that speed.

About two hours later they stopped gunning her. I had fallen asleep and I dreamed I was making a parachute jump and the chute failed to open. I woke up with a yell, weightless, with my stomach dropping out of me again. It took me a moment to figure out where I was.

The loudspeaker said: “End of acceleration. Spin will be placed on the ship at once.”

But it did not happen all at once; it happened very slowly. We drifted toward one wall and slid down it toward the outer wall of the ship. That made what had been the outer wall the floor; we stood on it– and the side with the bunks on it was now a wall and the side with the TV screen on it, which had been the ceiling, was now the opposite wall. Gradually we got heavier.

Noisy was still strapped to his couch; the ship’s aide had moved the buckles so that he could not reach them himself. Now he was up against the wall, hanging on the straps like a papoose. He began to yell for us to help him down.

He was not in any danger and he could not have been too uncomfortable, for we weren’t up to a full gravity, not by a whole lot. It turned out later that

the Captain had brought the spin up to one-third g and held it there, because Ganymede has one-third g. So there wasn’t any urgent need to turn Noisy loose.

Nor was there any rush to do so. We were still discussing it and some of the fellows were making comical remarks which Noisy did not appreciate when the same ship’s aide came in, unstrapped Noisy, and told all of us to follow him.

That’s how I happened to attend Captain’s mast.

“Captain’s mast” is a sort of court, like when in ancient times the lord of the countryside would sit and dispense the high and middle justice. We followed the aide, whose name was Dr. Archibald, to Captain Harkness’s cabin. There were a lot of other people waiting there in the passage outside the cabin. Presently Captain Harkness came out and Noisy was the first case.

We were all witnesses but the Captain didn’t question but a few of us; I wasn’t questioned. Dr. Archibald told about finding Noisy wandering around the ship while we were under acceleration and the Captain asked Noisy if he had heard the order to stay at his bunk?

Noisy beat around the bush a good deal and tried to spread the blame on all of us, but when the Captain pinned him down he had to admit that he had heard the order.

Captain Harkness said, “Son, you are an undisciplined lunk. I don’t know what sort of trouble you’ll run into as a colonist, but so far as my ship is concerned, you’ve had it.”

He mused for a moment, than added, “You say you did this because you were hungry?” Noisy said yes, he hadn’t had anything since breakfast and he still hadn’t had his lunch. “Ten days bread and water,” said the Captain. “Next case.”

Noisy looked as if he couldn’t believe his ears.

The next case was the same thing, but a woman-one of those large, impressive ones who run things. She had had a row with her ship’s aide and had stomped off to tell the Captain about it personally– while we were under acceleration.

Captain Harkness soon cut through the fog. “Madam,” he said, with icy dignity, “by your bull-headed stupidity you have endangered the lives of all of us. Do you have anything to say for yourself?”

She started a tirade about how “rude” the aide had been to her and how she never heard of anything so preposterous in her life as this kangaroo court, and so forth, and so forth. The Captain cut her short.

“Have you ever washed dishes?” he asked. “Why, no!”

“Well, you are going to wash dishes–for the next four hundred million miles.”

6.   E = MC 2

I looked up dad after they let us go. It was like finding a needle in a haystack but I kept asking and presently I found him. Molly and he had a room to themselves. Peggy was there and I thought she was rooming with them, which annoyed me some, until I saw that there were only two couches and realized that Peggy must be in a dormitory. It turned out that all the kids over eight were in dormitories.

Dad was busy unclamping their couches and moving them to what was the floor, now that the ship was spinning. He stopped when I came in and we sat around and talked. I told him about Captain’s mast. He nodded. “We saw it in the screen. I didn’t notice your shining face, however.”

I said I hadn’t been called on.

“Why not?” Peggy wanted to know.

“How should I know?” I thought about mast for a bit and said, “Say, George, the skipper of a ship in space is just about the last of the absolute monarchs, isn’t he?”

Dad considered it and said, “Mmm … no, he’s a constitutional monarch. But he’s a monarch all right.” “You mean we have to bow down to him and say ‘Your Majesty?” Peggy wanted to know.

Molly said, “I don’t think that would be advisable, Peg.” “Why not? I think it would be fun.”

Molly smiled. “Well, let me know how you make out. I suspect that he will just turn you over his knee and paddle you.” “Oh, he wouldn’t dare! I’d scream.”

I wasn’t so sure. I remembered those four hundred million miles of dirty dishes. I decided that, if the Captain said “Frog,” I’d hop.

If Captain Harkness was a monarch, he didn’t seem anxious to rule; the first thing he had us do was to hold an election and set up a ship’s council. After that we hardly laid eyes on him.

Everybody over eighteen could vote. The rest of us got to vote, too; we were told to set up a junior council–not that it was ever good for anything.

But the senior council, the real council, ran the ship from then on. It even acted as a court and the Captain never handed out punishments again. Dad told me that the Captain reviewed everything that the council did, that he had to, to make it legal–but I never heard of him over-ruling their decisions.

And you know what the first thing was that that council did–after setting up meal hours and simple things like that? They decided we had to go to school!

The junior council promptly held a meeting and passed a resolution against it, but it didn’t mean anything. We had school, just the same.

Peggy was on the junior council. I asked her why she didn’t resign if she wasn’t going to do anything. I was just teasing–as a matter of fact she put up quite a battle for us.

School wasn’t so bad, though. There is very little to do in space and when you’ve seen one star you’ve seen ’em all. And the first thing we had in school was a tour of the ship, which was all right.

We went in groups of twenty and it took all day – “day” by ship’s time, I mean. The Mayflower was shaped like a ball with a cone on one side–top shaped. The point of the cone was her jet–although Chief Engineer Ortega, who showed us around, called it her “torch.”

If you count the torch end as her stern, then the round end, her bow, was where the control room was located; around it were the Captain’s cabin and the staterooms of the officers. The torch and the whole power plant space were cut off from the rest of the ship by a radiation shield that ran right through the ship. From the shield forward to the control room was a big cargo space.

It was a cylinder more than a hundred feet in diameter and was split up into holds. We were carrying all sorts of things out to the colony –earth moving machinery, concentrated soil cultures, instruments, I don’t know what all.

Wrapped around this central cylinder were the decks for living, “A” deck just inside the skin of the ship, “B” deck under it, and “C” deck just inside that, with “D” deck’s ceiling being the outer wall of the cargo space. “D” deck was the mess rooms and galley and recreation rooms and sick bay and such; the three outer decks were bunk rooms and staterooms. “A” deck had steps in it every ten or fifteen feet because it was fitted into the outer curve of the ship; this made the ceilings in it of various heights.

The furthest forward and furthest aft on “A” deck were only about six feet between floor and ceiling and some of the smaller kids lived in them, while at the greatest width of the ship the ceilings in “A” deck must have been twelve or thirteen feet high.

From inside the ship it was hard to see how it all fitted together. Not only was it all chopped up, but the artificial gravity we had from spinning the ship made directions confusing–anywhere you stood on a deck it seemed level, but it curved sharply up behind you and in front of you. But you never came to the curved part; if you walked forward it was still level. If you walked far enough you looped the loop and came back to where you started, having walked clear around the ship.

I never would have figured it out if Mr. Ortega hadn’t drawn a sketch for us.

Mr. Ortega told us that the ship was spinning three and six-tenths revolutions per minute or two hundred and sixteen complete turns an hour, which was enough to give “B” deck a centrifugal force of one-third g. “B” deck was seventy-five feet out from the axis of the Mayflower; “A” deck where I lived was further out and you weighed maybe a tenth more there, while “C” deck caught about a tenth less. “D” deck was quite a lot less and you could make yourself dizzy if you stood up suddenly in the mess room.

The control room was right on the axis; you could float in it even when the ship was spinning–or so they told me; I never was allowed inside.  Spinning the ship had another odd effect: all around us was “down.” I mean to say that the only place you could put a view port was in the floor

plates of “A” deck and that’s where they were, four of them–big ones, each in its own compartment.

Mr. Ortega took us into one of these view galleries. The view port was a big round quartz plate in the floor, with a guard rail around it.

The first ones into the room went up to the guard rail and then backed away from it quick and two of the girls squealed. I pushed forward and got to the rail and looked down . . and I was staring straight into the very bottom of the universe, a million trillion miles away and all of it down.

I didn’t shy away–George says I’m more acrobat than acrophobe–but I did sort of grip the railing. Nobody wants to fall that far.

The quartz was surface-treated so that it didn’t give off reflections and it looked as if there were nothing at all between you and Kingdom Come.

The stars were reeling across the hole from the ship spinning, which made it worse. The Big Dipper came swinging in from the left, passed almost under me, and slid away to the right–and a few seconds later it was back again. I said, “This is where I came in,” and gave up my place so that someone else could have a look, but nobody seemed anxious to.

Then we went through the hydroponics plant, but there wasn’t anything fancy about that–just enough plants growing to replace the oxygen we used up breathing. Eel grass, it was mostly, but there was a vegetable garden as well. I wondered how they had gotten it going before they had the passengers aboard? Mr. Ortega pointed to a CO2 fitting in the wall. “We had to subsidize them, of course.”

I guess I should have known it; it was simple arithmetic.

The Chief led us back into one of the mess rooms, we sat down, and he told us about the power plant.

He said that there had been three stages in the development of space ships: first was the chemical fuel rocket ship that wasn’t very different from the big German war rockets used in the Second World War, except that they were step rockets. “You kids are too young to have seen such rockets,” he said, “but they were the biggest space ships ever built. They had to be big because they were terribly inefficient. As you all know, the first rocket to reach the Moon was a four-stage rocket. Its final stage was almost as long as the Mayflower–yet its pay load was less than a ton.

“It is characteristic of space ship development that the ships have gotten smaller instead of bigger. The next development was the atom-powered rocket. It was a great improvement; steps were no longer necessary. That meant that a ship like the Daedalus could take off from Earth without even a catapult, much less step rockets, and cruise to the Moon or even to Mars.

But such ships still had the shortcomings of rockets; they depended on an atomic power plant to heat up reaction mass and push it out a jet, just as their predecessors depended on chemical fuel for the same purpose.

“The latest development is the mass-conversion ship, such as the Mayflower, and it may be the final development–a mass-conversion ship is theoretically capable of approaching the speed of light. Take this trip: we accelerated at one gravity for about four hours and twenty minutes which brought us up to more than ninety miles a second. If we had held that drive for a trifle less than a year, we would approach the speed of light.

“A mass-conversion ship has plenty of power to do just that. At one hundred per cent efficiency, it would use up about one per cent of her mass as energy and another one per cent as reaction mass. That’s what the Star Rover is going to do when it is finished.”

One of the younger kids was waving his hand. “Mister Chief Engineer?”

“Yes, son?”

“Suppose it goes on a few weeks longer and passes the speed of light?” Mr. Ortega shook his head. “It can’t.”

“Why not, sir?”

“Eh, how far have you gone in mathematics, sonny?”

“Just through grammer school calculus,” the kid answered.

‘Tm afraid there is no use in trying to explain it, then. Just take it from me that the big brains are sure it can’t be done.”

I had worried about that very point more than once. Why can’t you go faster than light? I know all that old double-talk about how the Einstein equations show that a speed faster than light is a meaningless quantity, like the weight of a song or the color of a sound, because it involves the square root of minus one–but all of that is just theory and if the course we had in history of science means anything at all, it means that scientists change their theories about as often as a snake changes his skin. I stuck up my hand.

“Okay,” he says. “You with the cowlick. Speak up.”

“Mr. Ortega, admitting that you can’t pass the speed of light, what would happen if the Star Rover got up close to the speed of light–and then the Captain suddenly stepped the drive up to about six g and held it there?”

“Why, it would– No, let’s put it this way–” He broke off and grinned; it made him look real young. “See here, kid, don’t ask me questions like that. I’m an engineer with hairy ears, not a mathematical physicist.” He looked thoughtful and added, “Truthfully, I don’t know what would happen, but I would sure give a pretty to find out. Maybe we would find out what the square root of minus one looks like– from the inside.”

He went on briskly, “Let’s go on about the Mayflower. You probably know that when the original Star Rover failed to come back, the Mayflower was designed to be the Star Rover II, but the design was obsolete before they ever started putting her together.

So they shifted the name over to the new intersteller ship, the Star Rover III, renamed this one the Mayflower and grabbed her for the colonial service.

“You kids should consider how lucky you are. Up to now, emigrants to Ganymede have had to spend two years and nine months in space, just to get there. You’re making it in two months.”

“Couldn’t we go faster?” somebody wanted to know.

“We could,” he told us. “But we don’t need to and it runs up the astrogation and control difficulties. In these new ships the power plant has gotten way ahead of the instrumentation. Be patient; your grandchildren will make the trip in a week, blasting at one g all the way. There’ll be so many ships they’ll have to have traffic cops and maybe we can come close to shipping out as many people as there are extras born each year.

“Enough about that,” he went on. “Who here can tell me what ‘E equals M C squared’ means?”

I could have answered but I had already spoken up once and it doesn’t do to get a reputation for apple polishing. Finally one of the older kids said, “It means that mass can be converted into energy.”

“Right!” Mr. Ortega agreed. “The first real demonstration of that was the atom bomb they set off ‘way back in 1945 at Alamogordo, New Mexico. That was a special case; they still didn’t know how to control it; all they could do was to make one whale of a big bang.

Then came the uranium power plants, but that still didn’t amount to much because it was a very special case and only a microscopic percentage of the mass was converted into energy. It wasn’t until Kilgore’s energy transformation equations–don’t worry about them; you’ll study them when you are older if you are interested–it wasn’t until Kilgore showed how it could be done that we had any idea of howto do what Dr. Einstein’s energy- mass equation said, clear back in 1905.

“And we still didn’t know how to control it. If we were going to turn mass into energy, we needed more mass with which to surround the reaction, a very special sort of mass that would not turn into energy when we didn’t want it to and would hold the reaction where we wanted it. Ordinary metal

wouldn’t do; one might as well use soft butter.

“But the Kilgore equations showed how to do that, too, when they were read correctly. Now has anyone here any notion of how much energy you get when you convert a chunk of mass into raw energy?”

Nobody knew. “It’s all in that one equation,” he said, “good old Doc Einstein’s ‘E equals M C squared.’ It comes out that one gram of mass gives nine times ten to the twentieth power ergs.” He wrote it down for us: 1 gm. = 9 x l020 ergs.

“Doesn’t look like much, does it?” he said. “Now try it this way:” He wrote down 900,000,000,000,000,000,000 ergs.

“Read it off. Nine hundred thousand million billion ergs. It still doesn’t mean much, does it? Figures like that are impossible to comprehend. The nuclear physicists keep a barrel of zeroes around handy the way a carpenter does a keg of nails.

“I’ll try once more,” he went on. “A pound of mass, any old mass, say a pound of feathers, when converted into energy equals fifteen billion

horsepower-hours. Does that give anyone a notion of why the Mayflower was assembled out in an orbit and will never ever land anywhere?”

“Too hot,” somebody said.

“‘Too hot’ is an understatement. If the Mayftower had blasted off from Mojave space port the whole Los Angeles Borough of the City of Southern California would have been reduced to a puddle of lava and people would have been killed by radiation and heat from Bay City to Baja California. And that will give you an idea of why the shielding runs right through the ship between here and the power plant, with no way at all to get at the torch.”

We had the misfortune to have Noisy Edwards along, simply because he was from the same bunk room. Now he spoke up and said, “Suppose you have to make a repair?”

“There is nothing to go wrong,” explained Mr. Ortega. “The power plant has no moving parts of any sort” Noisy wasn’t satisfied. “But suppose something did go wrong, how would you fix it if you can’t get at it?”

Noisy has an irritating manner at best; Mr. Ortega sounded a little impatient when he answered. “Believe me, son, even if you could get at it, you wouldn’t want to. No indeed!”

“Humph!” said Noisy. “All I’ve got to say is, if there isn’t any way to make a repair when a repair is needed, what’s the use in sending engineer officers along?”

You could have heard a pin drop. Mr. Ortega turned red, but all he said was, “Why, to answer foolish questions from youngsters like yourself, I suppose.” He turned to the rest of us. “Any more questions?”

Naturally nobody wanted to ask any then. He added, “I think that’s enough for one session. School’s out.”

I told Dad about it later. He looked grim and said, “I’m afraid Chief Engineer Ortega didn’t tell you the whole truth.” “Huh?”

“In the first place there is plenty for him to do in taking care of the auxiliary machinery on this side of the shield. But it is possible to get at the torch, if necessary.”

“Huh? How?”

“There are certain adjustments which could conceivably have to be made in extreme emergency. In which case it would be Mr. Ortega’s proud privilege to climb into a space suit, go outside and back aft, and make them.”

“You mean–“

“I mean that the assistant chief engineer would succeed to the position of chief a few minutes later. Chief engineers are very carefully chosen, Bill, and not just for their technical knowledge.”

It made me feel chilly inside; I didn’t like to think about it.

1.   Scouting in Space

Making a trip in a space ship is about the dullest way to spend time in the world, once the excitement wears off. There’s no scenery, nothing to do, and no room to do it in. There were nearly six thousand of us crowded into the Mayflower and that doesn’t leave room to swing a cat.

Take “B” deck–there were two thousand passengers sleeping in it. It was 150 feet across–fore and aft, that is–and not quite 500 feet around, cylinder fashion. That gives about forty square feet per passenger, on the average, but a lot was soaked up in stairs, passageways, walls, and such. It worked out that each one had about room enough for his bunk and about that much left over to stand on when he wasn’t sleeping.

You can’t give a rodeo in that kind of space; you can’t even get up a game of ring-around-the-rosy.

“A” deck was larger and “C” deck was smaller, being nearer the axis, but they averaged out the same. The council set up a staggered system to get the best use out of the galley and the mess rooms and to keep us from falling over each other in the ‘freshers. “A” deck was on Greenwich time; “B” deck was left on zone plus-eight time, or Pacific West Coast time; and “C” deck drew zone minus-eight time, Philippine time.

That would have put us on different days, of course, but the day was always figured officially on Greenwich time; the dodge was just to ease the pressure on eating facilities.

That was really all we had to worry about. You would wake up early, not tired but bored, and wait for breakfast Once breakfast was over, the idea was to kill time until lunch. All afternoon you could look forward to the terrific excitement of having dinner.

I have to admit that making us go to school was a good plan; it meant that two and a half hours every morning and every afternoon was taken care of. Some of the grown ups complained that the mess rooms and all the spare space was always crowded with classes, but what did they expect us to do? Go hang on sky hooks? We used up less space in class than if we had been under foot.

Still, it was a mighty odd sort of school. There were some study machines in the cargo but we couldn’t get at them and there wouldn’t have been enough to go around. Each class consisted of about two dozen kids and some adult who knew something about something. (You’d be surprised how many adults don’t know anything about anything!) The grown up would talk about what he knew best and the kids would listen, then we would ask questions and he would ask questions. No real examinations, no experiments, no demonstrations, no stereos.

Dad says this is the best kind of a school, that a university consists of a log with a teacher on one end and a pupil on the other. But Dad is a sort of romantic.

Things got so dull that it was hardly worth while to keep up my diary, even if I had been able to get microfilm, which I wasn’t.

Dad and I played an occasional game of cribbage in the evening–somehow Dad had managed to squeeze the board and a pack of cards into his weight allowance. Then he got too busy with technical planning he was doing for the council and didn’t have time. Molly suggested that I teach her to play, so I did.

After that I taught Peggy to play and she pegged a pretty sharp game, for a girl. It worried me a little that I wasn’t being loyal to Anne in getting chummy with Peg and her mother, but I decided that Anne would want me to do just what I did. Anne was always friendly with everybody.

It still left me with time on my hands. What with only one-third gravity and no exercise I couldn’t sleep more than six hours a night. The lights were out eight hours but they didn’t make us go to bed, not after the trouble they had with it the first week. I used to fool around the corridors after lights out, usually with Hank Jones, until we both would get sleepy. We talked a lot. Hank turned out not to be such a bad guy as long as you kept him trimmed down to size.

I still had my Scout suit with me and kept it folded up in my bunk. Hank came in one morning while I was making up my bunk and noticed it. “See here, William,” he said, “why do you hang on to that? Let the dead past bury its dead.”

“I don’t know,” I admitted. “Maybe there will be Scouting on Ganymede.”

“Not that I ever heard of.”

“Why not? There is Scouting on the Moon.” “Proves nothing,” he answered.

But it got us to talking about it and Hank got a brilliant idea. Why not start up Scouting right now, in the Mayflower?

We called a meeting. Peggy spread the word around for us, through the junior council, and we set it for fifteen-thirty that same afternoon, right after school. Fifteen-thirty Greenwich, or “A” deck time, that is. That made it seven-thirty in the morning for the “B” deck boys and a half hour before midnight for the fellows on “C” deck. It was the best we could do. “B” deck could hurry through breakfast and get to the meeting if they wanted to and we figured that those who were really interested from “C” would stay up for the meeting.

I played my accordion while they were drifting in because Hank’s father said that you needed music to warm up a meeting before it got down to work. The call had read “all Scouts and former Scouts;” by fifteen-forty we had them packed in and spilling into the corridors, even though we had the use of the biggest mess room. Hank called them to order and I put away my accordion and acted as Scribe pro tem, having borrowed a wire recorder from the Communications Officer for the purpose.

Hank made a little speech. I figure him for politics when he grows up. He said that all of us had enjoyed the benefits, the comradeship, and the honorable traditions of Scouting on Earth and it seemed a shame to lose them. He said that the Scouting tradition was the tradition of the explorer and pioneer and there could be no more fitting place and time for it than in the settlement of a new planet. In fact the spirit of Daniel Boone demanded that we continue as Scouts.

I didn’t know he had it in him. It sounded good.

He stopped and slipped me the wink. I got up and said that I wanted to propose a resolution. Then I read it–it had been a lot longer but we cut it down. It read: “Be it resolved–we the undersigned, Scouts and former Scouts of many jurisdictions and now passengers in the good ship Mayflower, having as our purpose to continue the Scouting tradition and to extend the Scouting trail out to the stars, do organize ourselves as the Boy Scouts of Ganymede in accordance with the principles and purpose of Scouting and in so doing do reaffirm the Scout Law.”

Maybe it was flowery but it sounded impressive; nobody laughed. Hank said, “You have heard the resolution; what is your pleasure? Do I hear a second?”

He surely did; there were seconds all over the place. Then he asked for debate.

Somebody objected that we couldn’t call ourselves the Boy Scouts of Ganymede because we weren’t on Ganymede yet. He got a chilly reception and shut up. Then somebody else pointed out that Ganymede wasn’t a star, which made that part about “Carrying the Scouting trail out to the stars” nonsense.

Hank told him that was poetic license and anyhow going out to Ganymede was a step in the right direction and that there would be more steps; what about the Star Rover III? That shut him up.

The worst objection was from “Millimetre” Muntz, a weary little squirt too big for his britches. He said, “Mr. Chairman, this is an outlaw meeting. You haven’t any authority to set up a new Scouting jurisdiction. As a member in good standing of Troop -Ninety-Six, New Jersey, I object to the whole proceeding.”

Hank asked him just what authority he thought Troop Ninety-Six, New Jersey, had out around the orbit of Mars? Somebody yelled, “Throw him out!” Hank banged on the mess table. “It isn’t necessary to throw him out–but, since Brother Millimetre thinks this is not a proper meeting, then it isn’t

proper for him to take part in it. He is excused and the chair will recognize him no further. Are you ready to vote?”

It was passed unanimously and then Hank was elected organizational chairman. He appointed a flock of committees, for organization and for plans and programs and for credentials and tests and for liaison, and such. That last was to dig out the men in the ship who had been troop masters and commissioners and things and get a Court of Honor set up. There were maybe a dozen of the men passengers at the meeting, listening. One of them, a Dr. Archibald who was an aide on “A” deck, spoke up.

“Mr. Chairman, I was a Scoutmaster in Nebraska. I’d like to volunteer my services to this new organization.” Hank looked him straight in the eye. “Thank you, sir. Your application will be considered.”

Dr. Archibald looked startled, but Hank went smoothly on, “We want and need and will appreciate the help of all you older Scouts. The liaison committee is instructed to get the names of any who are willing to serve.”

It was decided that we would have to have three troops, one for each deck, since it wasn’t convenient to try to meet all at the same time. Hank asked all the Explorer Scouts to stand up. There were too many of them, so he asked those who were Eagles to remain standing. There were about a dozen of us.

Hank separated us Eagles by decks and told us to get busy and organize our troops and to start by picking an acting senior patrol leader. “A” deck had only three Eagles, me, Hank, and a kid from another bunk room whom I hadn’t met before, Douglas MacArthur Okajima. Doug and Hank combined on me and I found myself tagged with the job.

Hank and I had planned to finish the meeting with setting up exercises, but there just wasn’t room, so I got out my accordion again and we sang The Scouting Trail and followed it with The Green Hills of Earth. Then we took the oath together again:

“Upon my honor I will do my best to do my duty to God and my planet, and to keep myself physically fit, mentally alert, and morally straight.” After that the meeting busted up.

For a while we held meetings every day. Between troop meetings and committee meetings and Explorer meetings and patrol leader meetings we didn’t have time to get bored. At first the troops were just “A” troop, “B” troop, and “C” troop, after the decks, but we wanted names to give them some personality. Anyhow I wanted a name for my troop; we were about to start a membership drive and I wanted something with more oomph to it than “‘A'” deck troop.”

Somebody suggested “The Space Rats” but that was voted down, and somebody else suggested “The Mayflowers”; they didn’t bother to vote on that; they simply sat on him.

After that we turned down “The Pilgrims,” “Deep Space Troop,” “Star Rovers,” and “Sky High.” A kid named John Edward Forbes-Smith got up. “Look,” he said, “we’re divided into three troops on the basis of the time zones we use, aren’t we? “B” deck has California time; Cdeck has Philippine time; and we have Greenwich or English time. Why don’t we pick names that will show that fact? We could call ourselves the Saint George Troop.”

Bud Kelly said it was a good idea as far as it went but make it Saint Patrick instead of Saint George; after all, Dublin was on Greenwich time, too, and Saint Patrick was a more important saint.

Forbes-Smith said, “Since when?”

Bud said, “Since always, you limey–” So we sat on both of them, too, and it was decided not to use saints. But Johnny Edwards had a good idea, just the same; we settled on the Baden-Powell Troop, Boy Scouts of Ganymede, which tied in with the English time zone and didn’t offend anybody.

The idea took hold; “C” deck picked Aguinaldo as a name and “B” deck called themselves the Junipero Serra Troop. When I heard that last I was kind of sorry our deck didn’t have California time so that we could have used it. But I got over it; after all “Baden-Powell” is a mighty proud name, too.

For that matter they were all good names–scouts and explorers and brave men, all three of them. Two of them never had a chance to be Scouts in the narrow, organized meaning, but they were all Scouts in the wider sense–like Daniel Boone.

Dad says there is a lot in a name.

As soon as they heard about what we were doing the girls set up Girl Scouting, too, and Peggy was a member of the Florence Nightingale Troop. I suppose there was no harm in it, but why do girls copy what the boys do? We were too busy to worry about them, though; we had to revamp Scouting activities to fit new conditions.

We decided to confirm whatever ranks and badges a boy had held in his former organization–permanent rankings, I mean, not offices. Having been a patrol leader or a scribe didn’t mean anything, but if you were an Eagle on Earth, you stayed one in the B.S.G.; if you were a Cub, then you were still a Cub. If a boy didn’t have records–and about half of them didn’t– we took his Scout oath statement as official.

That was simple; working over the tests and the badges was complicated. After all you can’t expect a boy to pass beekeeping when you haven’t any bees.

(It turned out that there were several swarms of bees sleep-frozen in the cargo, but we didn’t have the use of them.)

But we could set up a merit badge in hydroponics and give tests right there in the ship. And Mr. Ortega set up a test for us in spaceship engineering and Captain Harkness did the same for ballistics and astrogation. By the end of the trip we had enough new tests to let a boy go up for Eagle Scout, once we had a Court of Honor.

That came last. For some reason I couldn’t figure Hank had kept putting off the final report of the liaison committee, the committee which had as its job getting Scout Masters and Commissioners and such. I asked him about it, but he just looked mysterious and said that I would see.

I did see, eventually. At last we had a joint meeting of all three troops to install Scout Masters and dedicate the Court of Honor and such. And from then on the adults ran things and we went back to being patrol leaders at the most. Oh well–it was fun while it lasted.

2.   Trouble

When we were fifty-three days out and about a week to go to reach Ganymede, Captain Harkness used the flywheel to precess the ship so that we could see where we were going–so that the passengers could see, that is; it didn’t make any difference to his astrogation.

You see, the axis of the Mayflower had been pointed pretty much toward Jupiter and the torch had been pointed back at the Sun. Since the view ports were spaced every ninety degrees around the sides, while we had been able to see most of the sky, we hadn’t been able to see ahead to Jupiter nor behind to the Sun. Now he tilted the ship over ninety degrees and we were rolling, so to speak, along our line of flight. That way, you could see Jupiter and the Sun both, from any view port, though not both at the same time.

Jupiter was already a tiny, ruddy-orange disc. Some of the boys claimed they could make out the moons. Frankly, I couldn’t, not for the first three days after the Captain precessed the ship. But it was mighty fine to be able to see Jupiter.

We hadn’t seen Mars on the way out, because Mars happened to be on the far side of the Sun, three hundred million miles away. We hadn’t seen anything but the same old stars you can see from Earth. We didn’t even see any asteroids.

There was a reason for that. When we took off from the orbit of Supra-New-York, Captain Harkness had not aimed the Mayflower straight for where Jupiter was going to be when we got there; instead he had lifted her north of the ecliptic high enough to give the asteroid belt a wide berth. Now anybody knows that meteors are no real hazard in space.

Unless a pilot does deliberately foolish things like driving his ship through the head of a comet it is almost impossible to get yourself hit by a meteor. They are too far between.

On the other hand the asteroid belt has more than its fair share of sky junk. The older power-pile ships used to drive straight through the belt, taking their chances, and none of them was ever hit to amount to anything. But Captain Harkness, having literally all the power in the world, preferred to go around and play it safe. By avoiding the belt there wasn’t a chance in a blue moon that the Mayflower would be hit.

Well, it must have been a blue moon. We were hit.

It was just after reveille, “A” deck time, and I was standing by my bunk, making it up. I had my Scout uniform in my hands and was about to fold it up and put it under my pillow. I still didn’t wear it. None of the others had uniforms to wear to Scout meetings so I didn’t wear mine. But I still kept it tucked away in my bunk.

Suddenly I heard the goldarnest noise I ever heard in my life. It sounded like a rifle going off right by my ear, it sounded like a steel door being slammed, and it sounded like a giant tearing yards and yards of cloth, all at once.

Then I couldn’t hear anything but a ringing in my ears and I was dazed. I shook my head and looked down and I was staring at a raw hole in the ship, almost between my feet and nearly as big as my fist.

There was scorched insulation around it and in the middle of the hole I could see blackness–then a star whipped past and I realized that I was staring right out into space.

There was a hissing noise.

I don’t remember thinking at all. I just wadded up my uniform, squatted down, and stuffed it in the hole. For a moment it seemed as if the suction would pull it on through the hole, then it jammed and stuck and didn’t go any further. But we were still losing air. I think that was the point at which I first realized that we were losing air and that we might be suffocated in vacuum.

There was somebody yelling and screaming behind me that he was killed and alarm bells were going off all over the place. You couldn’t hear yourself think. The air-tight door to our bunk room slid across automatically and settled into its gaskets and we were locked in.

That scared me to death.

I know it has to be done. I know that it is better to seal off one compartment and kill the people who are in it than to let a whole ship die–but, you see, I was in that compartment, personally. I guess I’m just not the hero type.

I could feel the pressure sucking away at the plug my uniform made. With one part of my mind I was recalling that it had been advertised as “tropical weave, self ventilating” and wishing that it had been a solid plastic rain coat instead. I was afraid to stuff it in any harder, for fear it would go all the way through and leave us sitting there, chewing vacuum. I would have passed up desserts for the next ten years for just one rubber patch, the size of my hand.

The screaming had stopped; now it started up again. It was Noisy Edwards, beating on the air-tight door and yelling, “Let me out of here! Get me out of here!”

On top of that I could hear Captain Harkness’s voice coming through the bull horn. He was saying, “H-twelve! Report! H-twelve! Can you hear me?”

On top of that everybody was talking at once.

I yelled: “Quiet!” at the top of my voice–and for a second or so there was quiet.

Peewee Brunn, one of my Cubs, was standing in front of me, looking big-eyed. “What happened, Billy?” he said. I said, “Grab me a pillow off one of the bunks. Jump!”

He gulped and did it. I said, “Peel off the cover, quick!”

He did, making quite a mess of it, and handed it to me–but I didn’t have a hand free. I said, “Put it down on top of my hands.”

It was the ordinary sort of pillow, soft foam rubber. I snatched one hand out and then the other, and then I was kneeling on it and pressing down with the heels of my hands. It dimpled a little in the middle and I was scared we were going to have a blowout right through the pillow.

But it held. Noisy was screaming again and Captain Harkness was still asking for somebody, anybody, in compartment H-12 to tell him what was going on. I yelled “Quiet!” again, and added, “Somebody slug Noisy and shut him up.”

That was a popular idea. About three of them jumped to it. Noisy got clipped in the side of the neck, then somebody poked him in the pit of his stomach and they swarmed over him. “Now everybody keep quiet,” I said, “and keep on keeping quiet. If Noisy lets out a peep, slug him again,” I gasped and tried to take a deep breath and said, “H-twelve, reporting!”

The Captain’s voice answered, “What is the situation there?” “There is a hole in the ship, Captain, but we got it corked up.” “How? And how big a hole?”

I told him and that is about all there was to it. They took a while to get to us because–I found this out afterward–they isolated that stretch of corridor first, with the air-tight doors, and that meant they had to get everybody out of the rooms on each side of us and across the passageway. But presently two men in space suits opened the door and chased all the kids out, all but me. Then they came back. One of them was Mr. Ortega.

“You can get up now, kid,” he said, his voice sounding strange and far away through his helmet. The other man squatted down and took over holding the pillow in place.

Mr. Ortega had a big metal patch under one arm. It had sticky padding on one side. I wanted to stay and watch him put it on but he chased me out and closed the door. The corridor outside was empty but I banged on the air-tight door and they let me through to where the rest were waiting. They wanted to know what was happening but I didn’t have any news for them because I had been chased out.

After a while we started feeling light and Captain Harkness announced that spin would be off the ship for a short time. Mr. Ortega and the other man came back and went on up to the control room. Spin was off entirely soon after that and I got very sick.

Captain Harkness kept the ship’s speaker circuits cut in on his conversations with the men who had gone outside to repair the hole, but I didn’t listen. I defy anybody to be interested in anything when he is drop sick

Then spin came back on and everything was all right and we were allowed to go back into our bunk-room. It looked just the same except that there was a plate welded over the place where the meteorite had come in.

Breakfast was two hours late and we didn’t have school that morning.

That was how I happened to go up to Captain’s mast for the second time. George was there and Molly and Peggy and Dr. Archibald, the Scoutmaster of our deck, and all the fellows from my bunk room and all the ship’s officers. The rest of the ship was cut in by visiplate. I wanted to wear my uniform but it was a mess–torn and covered with sticky stuff. I finally cut off the merit badges and put it in the ship’s incinerator.

The First Officer shouted, “Captain’s Mast for punishments and rewards!” Everybody sort of straightened up and Captain Harkness walked out and faced us. Dad shoved me forward.

The Captain looked at me. “William Lermer?” he said. I said, “Yessir.”

He said, “I will read from yesterday’s log: ‘On twenty-one August at oh-seven-oh-four system standard, while cruising in free fall according to plan, the ship was broached by a small meteorite. Safety interlocks worked satisfactorily and the punctured volume, compartment H-twelve, was isolated with no serious drop in pressure elsewhere in the ship.

  • ‘Compartment H-twelve is a bunk room and was occupied at the time of the emergency by twenty passengers. One of the passengers, William J. Lermer, contrived a makeshift patch with materials at hand and succeeded in holding sufficient pressure for breathing until a repair party could take over.
  • ‘His quick thinking and immediate action unquestionably saved the lives of all persons in compartment H-twelve.’ “

The Captain looked up from the log and went on, “A certified copy of this entry, along with depositions of witnesses, will be sent to Interplanetary Red Cross with recommendation for appropriate action. Another copy will be furnished you. I have no way to reward you except to say that you have my heart-felt gratitude. I know that I speak not only for the officers but for all the passengers and most especially for the parents of your bunk mates.”

He paused and waggled a finger for me to come closer. He went on in a low voice, to me alone, “That really was a slick piece of work. You were on your toes. You have a right to feel proud.”

I said I guessed I had been lucky.

He said, “Maybe. But that sort of luck comes to the man who is prepared for it.”

He waited a moment, then said, “Lermer, have you ever thought of putting in for space training?”

I said I suppose I had but I hadn’t thought about it very seriously. He said, “Well, Lermer, if you ever do decide to, let me know. You can reach me care of the Pilots’ Association, Luna City.”

With that, mast was over and we went away, George and I together and Molly and Peggy following along. I heard Peggy saying, “That’s my brother.” Molly said, “Hush, Peggy. And don’t point.”

Peggy said, “Why not? He is my brother–well, isn’t he?”

Molly said, “Yes, but there’s no need to embarrass him.” But I wasn’t embarrassed.

Mr. Ortega looked me up later and handed me a little, black, twisted piece of metal, about as big as a button. “That’s all there was left of it,” he said, “but I thought you would like to have it–pay you for messing up your Scout suit, so to speak.”

I thanked him and said I didn’t mind losing the uniform; after all, it had saved my neck, too. I looked at the meteorite. “Mr. Ortega, is there any way to tell where this came from?”

“Not really,” he told me, “though you can get the scientific johnnies to cut it up and then express an opinion–if you don’t mind them destroying it.”

I said no, I’d rather .keep it–and I have; I’ve still got it as a pocket piece. He went on, “It’s either a bit of a comet or a piece of the Ruined Planet. We can’t tell which because where we were, there shouldn’t have been either one.”

“Only there was,” I said. “As you say, there was.”

“Uh, Mr. Ortega, why don’t they put enough armor on a ship to stop a little bitty thing like this?” I remembered what the skin of the ship looked like where it had been busted; it seemed awful thin.

“Well, now, in the first place, this meteor is a real giant, as meteors go. In the second place–do you know anything about cosmic rays, Bill?” “Uh, not much, I guess.”

“You undoubtedly know that the human body is transparent to primary cosmic radiation and isn’t harmed by it. That is what we encounter out here in space. But metal is not completely transparent to it and when it passes through metal it kicks up all sorts of fuss–secondary and tertiary and quaternary cosmic radiation.

The stuff cascades and it is not harmless, not by a darn sight. It can cause mutations and do you and your descendants a lot of harm. It adds up to this: a man is safest in space when he has just enough ship around him to keep the air in and ultraviolet out.”

Noisy didn’t have much to say around the compartment for the next couple of days and I thought maybe he had learned his lesson. I was wrong. I ran into him in one of the lower passageways when there was nobody else around. I started to go around him but he stepped in my way. “I want to talk to you,” he said.

“Okay,” I answered. “What’s on your mind?” “You think you’re pretty smart, don’t you?”

I didn’t like the way he said it, nor what he said. I said, “I don’t think I’m smart; I am smart.” He made me tired.

“Pretty cocky, aren’t you? You think I ought to be kissing your hand and telling you how grateful I am for saving my life, don’t you?” I said, “Oh, yeah? If that’s what is worrying you, you can just skip it; I didn’t do it for you.

“I know that,” he answered,” and I’m not grateful, see?”

“That’s fine with me,” I told him. “I wouldn’t want a guy like you being grateful to me.”

He was breathing hard. “I’ve had just about enough of you,” he said slowly. And the next thing I knew I had a mouthful of knuckles and I was down.

I got up cautiously, trying to surprise him. But it was no good; he knocked me down again. I tried to kick him while I was down, but he danced out of my way.

The third time he hit me I stayed down. When I quit seeing stars he was gone–and I hadn’t managed to lay a finger on him. I never was any good in a fight; I’m still talking when I ought to be slugging.

I went to a scuttlebutt and bathed my face. Hank ran across me there and asked me what in the world I had been doing. I told him I had run into a door. I told Dad the same thing.

Noisy didn’t bother me any more and we never had anything to say to each other again. I lay awake a long time that night, trying to figure it out. I didn’t get it. The chap who thought up that malarkey about “my strength is as the strength of ten because my heart is pure” certainly had never met Noisy Edwards.

For my taste Noisy was a no good so-and-so and I wished I had been able to use his face to stuff the hole the meteor made. I thought about a number of ways to fix him, but none of them was any good. As Dad says, sometimes there just isn’t any cure for a situation.

3.   The Moons of Jupiter

Nothing much happened until it was time to make our approach to Jupiter, except that a four-year-old kid turned up missing. The kid’s parents searched all around and they passed the word from the control room for everybody to keep an eye open but they still couldn’t find him.

So we had a chance to try out the Scouts’ emergency organization. The ship’s officers couldn’t search the ship, since there was just the Captain and two watch officers and Mr. Ortega and his assistant chief. Captain Harkness supplied plans to each of the Scoutmasters and we went through that ship like a kid searching his clothes for a half credit. We turned the kid up, all right, in about twenty minutes. Seems the little devil had snuck into the hydroponics room while it was being serviced and had got himself locked in.

While he was in there he had got thirsty and had tried to drink the solutions they raise the plants in – had drunk some, in fact. The result was just about what you would expect. It didn’t do him any real harm but, boy, was that place a mess!

I was talking to Dad about it that night over a game. Peggy had a Girl Scout meeting and Molly was off somewhere; we were alone for once. The baby’s mother had raised particular Ned, just as if there had really been something wrong–I mean, what can happen in a space ship? The kid couldn’t fall overboard.

Dad said her reaction was perfectly natural.

I said, “See, here, George, does it seem to you that some of the emigrants don’t have what it takes to be colonists?” “Mmmm… possibly.”

I was thinking of Noisy but the ones I mentioned were Mrs. Tarbutton, who gave up and didn’t even come along, and that female–Mrs. Grigsby–who got in trouble and had to wash dishes. And another fellow named Saunders who was continually in trouble with the council for trying to live his own life, wild and free, no matter what it did to the rest of us. “George, how did those characters get past the psycho tests?”

George stopped to peg fifteen-four, then said, “Bill, haven’t you ever heard of political influence?” All I said was, “Huh?”

“It’s a shocking thought I know, but you are old enough to get used to the world as it is, instead of the way it ought to be. Take a hypothetical case: I don’t suppose that a niece of a state councilor would be very likely to fail the psycho tests. Oh, she might fail the first tests, but a review board might find differently – if the councilor really wanted her to pass.”

I chewed this over a while. It did not sound like George; he isn’t the cynical type. Me, I’m cynical, but George is usually naive. “In that case, George, there is no use in having psycho tests at all, not if people like that can sneak past.”

“Contrariwise. The tests are usually honest. As for those who sneak past, it doesn’t matter. Old Mother Nature will take care of them in the long run. Survivors survive.” He finished dealing and said, “Wait till you see what I’m going to do to you this hand. You haven’t a chance.”

He always says that. I said, “Anybody who would use public office like that ought to be impeached!”

George said mildly, “Yep. But don’t bum out your jets, son; we’ve got human beings, not angels, to work with.”

On the twenty-fourth of August Captain Harkness took spin off and started bringing us in. We decelerated for better than four hours and then went into free fall about six hundred thousand miles out from Jupiter and on the opposite side from where Ganymede was then. Weightlessness still wasn’t any fun but this time we were ready and everyone got shots for it who wanted them. I took mine and no nonsense.

Theoretically the Mayflower could have made it in one compound maneuver, ending up at the end of deceleration in a tight circular orbit around Ganymede. Practically it was much better to sneak in easy and avoid any more trouble with meteorites–with the “false rings,” that is.

Of course Jupiter doesn’t have rings like Saturn, but it does have quite a lot of sky junk traveling around in the same plane as its moons. If there were enough of it, it would show up like Saturn’s rings. There isn’t that much, but there is enough to make a pilot walk on eggs coming in. This slow approach gave us a fine front seat for a tour of Jupiter and its satellites.

Most of this stuff we were trying to avoid is in the same plane as Jupiter’s equator, just the way Saturn’s rings are–so Captain Harkness brought us in over the top of Jupiter, right across Jupiter’s north pole. That way, we never did get in the danger zone until we had curved down on the other side to reach Ganymede–and by then we were going fairly slow.

But we weren’t going slow when we passed over Jupiter’s north pole, no indeedy! We were making better than thirty miles a second and we were close in, about thirty thousand miles. It was quite a sight.

Jupiter is ninety thousand miles thick; thirty thousand miles is close–too close for comfort.

I got one good look at it for about two minutes from one of the view ports, then had to give up my place to somebody who hadn’t had a turn yet and go back to the bunk room and watch through the vision screen. It was an odd sight; you always think of Jupiter with equatorial bands running parallel across it. But now we were looking at it end on and the bands were circles. It looked like a giant archery target, painted in orange and brick red and brown– except that half of it was chewed away. We saw it in half moon, of course.

There was a dark spot right at the pole. They said that was a zone of permanent clear weather and calm and that you could see clear down to the surface there. I looked but I couldn’t see anything; it just looked dark.

As we came over the top, Io–that’s satellite number one–suddenly came out of eclipse. Io is about as big as the Moon and was about as far away from us at the time as the Moon is from the Earth, so it looked about Moon size. There was just black sky and then there was a dark, blood red disc and in less than five minutes it was brilliant orange, about the color of Jupiter itself. It simply popped up, like magic.

I looked for Barnard’s satellite while we were close in, but missed it. It’s the little one that is less than one diameter from the surface of Jupiter–so close that it whirls around Jupiter in twelve hours. I was interested in it because I knew that the Jovian observatory was on it and also the base for Project Jove.

I probably didn’t miss anything; Barnard’s satellite is only about a hundred and fifty miles in diameter. They say a man can come pretty close to jumping right off it. I asked George about it and he said, no, the escape speed was about five hundred feet per second and who had been filling me up with nonsense?

I looked it up later; he was right. Dad is an absolute mine of useless information. He says a fact should be loved for itself alone.

Callisto was behind us; we had passed her on the way in, but not very close. Europa was off to the right of our course nearly ninety degrees; we saw her in half moon. She was more than four hundred thousand miles away and was not as pretty a sight as the Moon is from Earth.

Ganymede was straight ahead, almost, and growing all the time–and here was a funny thing; Callisto was silvery, like the Moon, but not as bright; Io and Europa were bright orange, as bright as Jupiter itself. Ganymede was downright dull!

I asked George about it; he came through, as usual “Ganymede used to be about as bright as Io and Europa,” he told me. “It’s the greenhouse effect–the heat trap. Otherwise we wouldn’t be able to live on it.”

I knew about that, of course; the greenhouse effect is the most important part of the atmosphere project When the 1985 expedition landed Ganymede had a surface temperature a couple of hundred degrees below zero–that’s cold enough to freeze the milk of human kindness! “But look, George,” I objected, “sure, I know about the heat trap, but why is it so dark? It looks like the inside of a sack.”

“Light is heat; heat is light,” he answered. “What’s the difference? It’s not dark on the ground; it goes in and doesn’t come out–and a good thing, too.”

I shut up. It was something new to me and I didn’t understand it, so I decided to wait and not pound my teeth about it.

Captain Harkness slowed her down again as we came up to Ganymede and we got in one good meal while she was under drive. I never did get so I could eat at free fall, even with injections. He leveled her off in a tight circular orbit about a thousand miles up from Ganymede. We had arrived–just as soon as we could get somebody to come and get us.

It was on the trip down to Ganymede’s surface that I began to suspect that being a colonist wasn’t as glamorous and romantic as it had seemed back on Earth. Instead of three ships to carry us all at once, there was just one ship, the Jitterbug, and she would have fitted into one of the Bifrosts compartments. She could carry only ninety of us at a time and that meant a lot of trips.

I was lucky; I had to wait only three days in free fall. But I lost ten pounds.

While I waited, I worked, helping to stow the freight that the Jitterbug brought up each trip. At last it came our turn and we piled into the Jitterbug. She was terrible; she had shelves rather than decks–they weren’t four feet apart. The air was stale and she hadn’t been half way cleaned up since the last trip. There weren’t individual acceleration couches; there were just pads covering the deck space and we covered the pads, shoulder to shoulder–and foot in your eye, for that matter.

The skipper was a loud-mouthed old female they called “Captain Hattie” and she kept bawling us out and telling us to hurry. She didn’t even wait to make sure that we were all strapped down.

Fortunately it didn’t take very long. She drove away so hard that for the first time except in tests I blacked out, then we dropped for about twenty minutes; she gunned her again, and we landed with a terrible bump. And Captain Hattie was shouting, “Out you come, you ground hogsl This is it.”

The Jitterbug carried oxygen, rather than the helium-oxygen mix of the Mayflower. We had come down at ten pounds pressure; now Captain Hattie spilled the pressure and let it adjust to Ganymede normal, three pounds. Sure, three pounds of oxygen is enough to live on; that’s all Earth has–the other twelve pounds are nitrogen. But a sudden drop in pressure like that is enough to make you gasp anyhow. You aren’t suffocating but you feel as if you were.

We were miserable by the time we got out and Peggy had a nose bleed. There weren’t any elevators; we had to climb down a rope ladder. And it was cold!

It was snowing; the wind was howling around us and shaking the ladder–the smallest kids they had to lower with a line. There was about eight inches of snow on the ground except where the splash of the Jitterbugs jet had melted it. I could hardly see, the wind was whipping the snow into my face so, but a man grabbed me by the shoulder, swung me around, and shouted, “Keep moving! Keep moving! Over that way.”

I headed the way he pointed. There was another man at the edge of the blast clearing, singing the same song, and there was a path through the snow, trampled to slush. I could see some other people disappearing in the snow ahead and I took out after them, dogtrotting to keep warm.

It must have been half a mile to the shelter and cold all the way. We weren’t dressed for it. I was chilled through and my feet were soaking wet by the time we got inside.

The shelter was a big hangarlike building and it was not much warmer, the door was open so much, but it was out of the weather and it felt good to be inside. It was jammed with people, some of them in ship suits and some of them Ganymedeans–you couldn’t miss the colonial men; they were bearded and some of them wore their hair long as well. I decided that was one style I was not going to copy; I’d be smooth shaven, like George.

I went scouting around, trying to find George & Co. I finally did. He had found a bale of something for Molly to sit on and she was holding Peggy on her lap. Peg’s nose had stopped bleeding. I was glad to see, but there were dried tears and blood and dirt on her face. She was a sight.

George was looking gloomy, the way he did the first few days without his pipe. I came up and said, “Hi, folks!” George looked around and smiled and said, “Well, Bill, fancy meeting you here! How is it going?”

“Now that you ask me,” I answered, “it looks like a shambles.”

He looked gloomy again and said, “Oh, I suppose they will get things straightened out presently.”

We didn’t get a chance to discuss it. A colonist with snow on his boots and hair on his face stopped near us, put his little fingers to his lips, and whistled. “Pipe down!” he shouted. “I want twelve able-bodied men and boys for the baggage party.” He looked around and started pointing. “You– and you–and you–“

George was the ninth “You”; I was the tenth.

Molly started to protest. I think George might have balked if she had not. Instead he said, “No, Molly, I guess it has to be done. Come on, Bill.” So we went back out into the cold.

There was a tractor truck outside and we were loaded in it standing up, then we lumbered back to the rocket site. Dad saw to it that I was sent up into the Jitterbug to get me out of the weather and I was treated to another dose of Captain Hattie’s tongue; we couldn’t work fast enough to suit her. But we got our baggage lowered finally; it was in the truck by the time I was down out of the ship. The trip back was cold, too.

Molly and Peggy were not where we had left them. The big room was almost empty and we were told to go on into another building through a connecting door. George was upset, I could see, from finding Molly gone.

In the next building there were big signs with arrows: MEN & BOYS-TO THE RIGHT and WOMEN & GIRLS-TO THE LEFT. George promptly turned to the left. He got about ten yards and was stopped by a stem-faced woman dressed like a colonial, in a coverall. “Back the other way,” she said firmly. “This is the way to the ladies’ dormitory.”

“Yes, I know,” agreed Dad, “but I want to find my wife.” “You can look for her at supper.”

“I want to see her now.

“I haven’t any facilities for seeking out any one person at this time. You’ll have to wait.”

“But–” There were several women crowding past us and going on inside. Dad spotted one from our deck in the Mayflower. “Mrs. Archibald!” She turned around. “Oh–Mr. Lermer. How do you do?”

“Mrs. Archibald,” Dad said intently, “could you find Molly and let her know that I’m waiting here?” “Why, I’d be glad to try, Mr. Lermer.”

“Thanks, Mrs. Archibald, a thousand thanks!”

“Not at all.” She went away and we waited, ignoring the stern-faced guard. Presently Molly showed up without Peggy. You would have thought Dad hadn’t seen her for a month.

“I didn’t know what to do, dear,” she said. “They said we had to come and it seemed better to get Peggy settled down. I knew you would find us.” “Where is Peggy now?”

“I put her to bed.”

We went back to the main hall. There was a desk there with a man behind it; over his head was a sign: IMMIGRATION SERVICE-INFORMATION. There was quite a line up at it; we took our place in the queue.

“How is Peggy?” Dad asked.

“I’m afraid she is catching a cold.”

“I hope-” Dad said. “Ah, I HOPEAtchoo! “And so are you,” Molly said accusingly.

“I don’t catch cold,” Dad said, wiping his eyes. “That was just a reflex.”

“Hmm–” said Molly.

The line up took us past a low balcony. Two boys, my age or older, were leaning on the rail and looking us over. They were colonials and one was trying to grow a beard, but it was pretty crummy.

One turned to the other and said, “Rafe, will you look at what they are sending us these days?” The other said, “It’s sad.”

The first one pointed a thumb at me and went on, “Take that one, now–the artistic type, no doubt.” The second one stared at me thoughtfully. “Is it alive?” he asked.

“Does it matter?” the first one answered.

I turned my back on them, whereupon they both laughed. I hate self-panickers.

4.        The Promised Land

Mr. Saunders was ahead of us in line. He was crabbing about the weather. He said it was an outrage to expose people the way we had been. He had been with us on the working party, but he had not worked much.

The man at the desk shrugged. “The Colonial Commission set your arrival date; we had nothing to say about it. You can’t expect us to postpone winter to suit your convenience.”

“Somebody’s going to hear about this!”

“By all means.” The man at the desk handed him a form, “Next, please!” He looked at Dad and said, “What may I do for you, citizen?” Dad explained quietly that he wanted to have his family with him. The man shook his head. “Sorry. Next case, please.”

Dad didn’t give up his place. “You can’t separate a man and wife. We aren’t slaves, nor criminals, nor animals. The Immigration Service surely has some responsibilities toward us.”

The man looked bored. “This is the largest shipload we’ve ever had to handle. We’ve made the best arrangements we could. This is a frontier town, not the Astor.”

“All I’m asking for is a minimum family space, as described in the Commission’s literature about Ganymede.” “Citizen, those descriptions are written back on Earth. Be patient and you will be taken care of.”

“Tomorrow?”

“No, not tomorrow. A few days–or a few weeks.”

Dad exploded. “Weeks, indeed! Confound it, I’ll build an igloo out on the field before I’ll put up with this.”

“That’s your privilege.” The man handed Dad a sheet of paper. “If you wish to lodge a complaint, write it out on this.”

Dad took it and I glanced at it. It was a printed form–and it was addressed to the Colonial Commission back on Earth! The man went on, “Turn it in to me any time this phase and it will be ultramicro-filmed in time to go back with the mail in the Mayflower.

Dad looked at it, snorted, crumpled it up, and stomped away. Molly followed him and said, “George! Georgel Don’t be upset. We’ll live through it.”

Dad grinned sheepishly. “Sure we will, honey. It’s the beauty of the system that gets me. Refer all complaints to the head office–half a billion miles away!”

The next day George’s reflexes were making his nose run. Peggy was worse and Molly was worried about her and Dad was desperate. He went off somewhere to raise a stink about the way things were being handled.

Frankly, I didn’t have it too bad. Sleeping in a dormitory is no hardship to me; I could sleep through the crack of doom. And the food was everything they had promised.

Listen to this: For breakfast we had corn cakes with syrup and real butter, little sausages, real ham, strawberries with cream so thick I didn’t know what it was, tea, all the milk you could drink, tomato juice, honey-dew melon, eggs–as many eggs as you wanted.

There was an open sugar bowl, too, but the salt shaker had a little sign on it; DON’T WASTE THE SALT.

There wasn’t any coffee, which I wouldn’t have noticed if George had not asked for it. There were other things missing, too, although I certainly didn’t notice it at the time. No tree fruits, for example–no apples, no pears, no oranges. But who cares when you can get strawberries and watermelon and pineapples and such? There were no tree nuts, too, but there were peanuts to burn.

Anything made out of wheat flour was a luxury, but you don’t miss it at first.

Lunch was choice of corn chowder or jellied consomme, cheese souffle, fried chicken, corned beef and cabbage, hominy grits with syrup, egg plant au gratin, little pearl onions scalloped with cucumbers, baked stuffed tomatoes, sweet potato surprise, German-fried Irish potatoes, tossed endive, coleslaw with sour cream, pineapple and cottage cheese with lettuce.

Then there was peppermint ice cream, angel berry pie, frozen egg nog, raspberry ice, and three kinds of pudding–but I didn’t do too well on the desserts. I had tried to try everything, taking a little of this and a dab of that, and by the time desserts came along I was short on space. I guess I ate too much.

The cooking wasn’t fancy, about like Scout camp, but the food was so good you couldn’t ruin it. The service reminded me of camp, too–queueing up for servings, no table cloths, no napkins. And the dishes had to be washed; you couldn’t throw them away or burn them–they were imported from Earth and worth their weight in uranium.

The first day they took the first fifty kids in the chow line and the last fifty lads to leave the mess hall and made them wash dishes. The next day they changed pace on us and took the middle group. I got stuck both times.

The first supper was mushroom soup, baked ham, roast turkey, hot corn bread with butter, jellied cold meats, creamed asparagus, mashed potatoes and giblet gravy, spinach with hard boiled egg and grated cheese, corn pudding, creamed peas and carrots, smothered lettuce and three kinds of salad. Then there was frozen custard and raisin pudding with hard sauce and Malaga and Thompson grapes and more strawberries with powdered sugar.

Besides that you could drop around to the kitchen and get a snack any time you felt like it.

I didn’t go outside much the first three days. It snowed and although we were in Sun phase when we got there it was so murky that you couldn’t see the Sun, much less Jupiter. Besides, we were in eclipse part of the time. It was as cold as Billy-be-switched and we still didn’t have any cold weather clothes.

I was sent along with the commissary tractor once to get supplies over in town. Not that I saw much of the town–and not that Leda is much of a town, anyhow, to a person who has lived in Diego Borough–but I did see the hydroponics farms.

There were three of them, big multiple sheds, named for what they grew in them, “Oahu,” “Imperial Valley,” and “Iowa.” Nothing special about them, just the usual sort of soiless gardening. I didn’t hang around because the flicker lighting they use to force the plants makes my eyes burn.

But I was interested in the tropical plants they grew in “Oahu”–I had never seen a lot of them before. I noticed that most of the plants were marked “M-G” while a few were tagged “N. T.” I asked one of the gardeners; he said that “M-G” meant “mutation-Ganymede” and the other meant “normal terrestrial.”

I found out later that almost everything grown on Ganymede was a special mutation adapted to Ganymede conditions.

Beyond there was another of the big multiple sheds named “Texas”; it had real cows in it and was very interesting. Did you know a cow moves its lower jaw from side to side? And no matter what you’ve heard, there is not one teat that is especially for cream.

I hated to leave, but “Texas” shed smelled too much like a space ship. It was only a short dash through the snow to the Exchange where all of Leda’s retail buying and selling takes place–big and little shops all under one roof.

I looked around, thinking I might take a present back to Peggy, seeing that she was sick. I got the shock of my life. The prices!

If I had had to buy in the Exchange the measly fifty-eight pounds of stuff they had let me bring with me, it would have cost–I’m telling the truth!– several thousand credits. Everything that was imported from Earth cost that kind of money. A tube of beard cream was two hundred and eighty credits.

There were items for sale made on Ganymede, hand work mostly, and they were expensive, too, though not nearly as expensive as the stuff brought up from Earth.

I crept out of that place in a hurry. As nearly as I could figure the only thing cheap on Ganymede was food.

The driver of the commissary tractor wanted to know where I had been when there was loading to do? “I should have left you behind to walk back,” he groused. I didn’t have a good answer so I didn’t say anything.

They shut off winter soon after that. The heat trap was turned on full force, the skies cleared and it was lovely. The first view I got of the Ganymede sky was a little after dawn next Sun phase. The heat trap made the sky a pale green but Jupiter shone right through it, ruddy orange, and big. Big and beautiful–I’ve never gotten tired of looking at Jupiter!

A harvest moon looks big, doesn’t it? Well, Jupiter from Ganymede is sixteen or seventeen times as wide as the Moon looks and it covers better than two hundred and fifty times as much sky. It hangs there in the sky, never rising, never setting, and you wonder what holds it up.

I saw it first in half-moon phase and I didn’t see how it could be any more beautiful than it was. But the Sun crept across the sky and a day later Jupiter was a crescent and better than ever. At the middle of Sun phase we went into eclipse, of course, and Jupiter was a great red, glowing ring in the sky, brightest where the Sun had just passed behind it.

But the best of all is during dark phase.

Maybe I ought to explain how the phases work; I know I didn’t understand it until I came to Ganymede. Ganymede is such a small planet and so close to its primary that it is tide-locked, just the way the Moon is; it keeps one face always toward Jupiter and therefore Jupiter does not move in the sky. The sun moves, the other Jovian moons move, the stars move–but not good old Jove; it just hangs there.

Ganymede takes just over an Earth week to revolve around Jupiter, so we have three and a half days of sunlight and then three and a half days of darkness. By Ganymede time the period of rotation is exactly one week; twenty-four Ganymede hours is one seventh of the period. This arrangement makes a Ganymede minute about a standard second longer than an Earth minute, but who cares? Except scientists, of course, and they have clocks that keep both sorts of time.

So here is the way a week goes on Ganymede: the Sun rises at Sunday midnight every week; when you get up Monday morning it’s a little above the eastern horizon and Jupiter is in half-moon phase.

The Sun keeps climbing higher and about suppertime on Tuesday it slides behind Jupiter and Ganymede is in eclipse; eclipse can last an hour or so up to a maximum of about three hours and a half. The stars come out and Jupiter shows that beautiful red ring effect because of its thick atmosphere. Then it’s light again by bedtime Tuesday.

At noon on Thursday the Sun goes down and we start the dark phase; that’s best of all. Jupiter’s colors really show and the other moons are easier to see. They can be almost anywhere and in almost any combination.

Jupiter and its satellites is sort of a miniature solar system; from Ganymede you have a front seat for the show. There is always something new in the sky. Besides the eleven “historical” satellites ranging in size from Ganymede down to Jay-ten or Nicholson-Alpha, which is a ball of rock and ice only fifteen miles thick, there are maybe a dozen more a few miles or less in diameter but big enough to be called moons and heaven knows how many smaller than that.

Sometimes these little ones come close enough to Ganymede to show discs; they mostly have very eccentric orbits. Any time there will be several

that are conspicuous lights in the sky, like the planets are from Earth.

Io, and Europa, and Callisto are always discs. When Europa passes between Jupiter and Ganymede it is as big in the sky as the Moon is from Earth. It actually is as big as the Moon and at that time it is only about a quarter of a million miles away.

Then it swings around to the far side and is very much smaller–more than a million miles away and less than a quarter as wide. Io goes through the same sorts of changes, but it never gets as big.

When Io and Europa pass between Ganymede and Jupiter you can see them move with your naked eye, chasing their shadows or running ahead of them, depending on the phase. Io and Europa, being inside Ganymede’s orbit, never get very far away from Jupiter, Io sticks within a couple of diameters of the big boy; Europa can get about sixty degrees away from it. Callisto is further out than Ganymede and goes all around the sky.

It’s a show you never get tired of. Earth’s sky is dull.

By six o’clock Saturday morning Jupiter would be in full phase and it was worthwhile to get up to see it. Not only was it the most gorgeous thing I had ever seen, but there was always the reverse eclipse, too, and you could see Ganymede’s shadow, a little round black dot, crawling across old Jupiter’s face. It gave you an idea of just how colossally big Jupiter was– there was the shadow of your whole planet on it and it wasn’t anything more than a big freckle.

Jupiter is ninety thousand miles across the equator, eighty-four thousand from pole to pole. Ganymede is only a little better than three thousand.

For the next couple of days after full phase Jupiter would wane and at Sunday midnight it would be in half phase again, the Sun would rise and a new light phase would start. One thing I expected but didn’t find was dim sunlight. Jupiter is a long way out; it gets only one twenty-seventh the sunlight that Earth does. I expected that we would always be in a sort of twilight.

It didn’t work out that way. It seemed to me that the sunlight was just as bright as on Earth.

George says that this is an optical illusion and that it has to do with the way the human eye works, because the iris of the eye simply shuts out light it doesn’t need. Bright desert sunlight back on Earth is maybe ten thousand foot-candles; the same thing on Ganymede is only four hundred foot- candles. But really good bright artificial light is only twentyfive foot candles and a “well-lighted” room is seldom that bright.

If you’ve got only a two-gallon bucket does it make any difference whether you fill it from the ocean or from a small pond? Sunlight on Ganymede was still more than the eye could accept, so it looked just as bright as sunlight on Earth.

I did notice, however, that it was almost impossible to get a sunburn.

5.        “Share Croppers”

George got us a place to live when we had been there about a week, which was a lot better than most of the other immigrants did, but it didn’t suit him and it didn’t suit Molly and it didn’t really suit me.

The trouble was he had to take a job as a staff engineer with the colonial government to get quarters for us–and that meant he would be too tied down to prove a piece of land for homestead. But it did carry private family quarters with it, if you could call two rooms twelve feet square a home.

It was like this: the colony was made up of homesteaders and townies. The townies worked for the government and lived in government-owned buildings –except for a very few who were in private trade.

The townies included the Colonial Commission representative, Captain Hattie the pilot, the hydroponics engineers, the hospital staff, the engineers who ran the power plant and the heat trap, the staff of the local office of Project Jove, and everybody else who worked at anything but land farming.

But most of the colonials were homesteaders and that’s what George had meant us to be. Like most everybody, we had come out there on the promise of free land and a chance to raise our own food.

There was free land, all right, a whole planet of it. Putting up a house and proving a farm was another matter.

Here is the way it was supposed to work: A colonist comes out from Earth with his family and lands at Leda. The Colonial Commission gives him an apartment in town on arrival, helps him pick out a piece of land to improve and helps him get a house up on it. The Commission will feed him and his family for one Earth year–that is, two Ganymede years–while he gets a couple of acres under cultivation.

Then he has ten G-years in which to pay back the Commission by processing at least twenty acres for the Commission– and he is allowed to process as much land for himself as for the Commission during the time he is paying what he owes. At the end of five Earth years he owns a tidy little farm, free and clear. After that, he can spread out and acquire more land, get into trade, anything he likes. He has his toehold and has paid off his debt.

The Colonial Commission had a big expensive investment in having started the atmosphere project and made the planet fit to live on in the first place. The land processed by the colonists was its return on the investment; the day would come when the Colonial Commission would own thousands of acres of prime farmland on Ganymede which it could then sell Earthside to later settlers … if you wanted to emigrate from Earth you would have to pay for the privilege and pay high. People like us would not be able to afford it.

By that time, although Ganymede would be closed to free immigration, Callisto would have an atmosphere and pioneers could move in there and do it all over again. It was what the bankers call “Self-liquidating,” with the original investment coming from Earth.

But here is the way it actually did work out: when we landed there were only about thirty thousand people on Ganymede and they were geared to accept about five hundred immigrants an Earth year, which was about all the old-type ships could bring out. Remember, those power-pile ships took over five years for the round trip; it took a fleet of them to bring in that many a year.

Then the Star Rover II was renamed the Mayflower and turned over to the Colonial Commission, whereupon six thousand people were dumped on them all at once. We were about as welcome as unexpected overnight guests when there is sickness in the family.

The colonists had known, for a full Earth year, that we were coming, but they had not been able to protest. While Earth Sender can punch a message through to Ganymede anytime except when the Sun is smack in the way, at that time the best radio the colony could boast had to relay via Mars to reach Earth–and then only when Mars was at its closest approach to Jupiter– which it wasn’t.

I’ve got to admit that they did what they could for us. There was plenty to eat and they had managed to fix up places for us to sleep. The Immigrants’ Receiving Station had formerly been split up into family apartments; they had torn out the partitions and used the partitions to build bunks for the big dormitories we were stacked in. They had moved their town hall and made it over into a mess hall and kitchen for us. We were in out of the weather and well fed, even if we were about as crowded as we had been in the Mayflower.

You may ask why, with a year to get ready, they had not built new buildings for us? Well, we asked the same thing, only we weren’t asking, we were demanding, and we were sore about it!

They hadn’t built new buildings because they could not. Before the Earthmen moved in, Ganymede was bare rock and ice. Sure, everybody knows that–but does everybody know what that means? I’m sure I didn’t.

No lumber. No sheet metal. No insulation. No wires, No glass. No pipe. The settlers in North America built log cabins–no logs.

The big hydroponics sheds, the Receiving Station and a few other public buildings had been built with materials lifted a half a billion miles from Earth. The rest of Leda and every homesteader’s farm house had been built the hard way, from country rock. They had done their best for us, with what they had.

Only we didn’t appreciate it.

Of course we should not have complained. After all, as George pointed out, the first California settlers starved, nobody knows what happened to the Roanoke Colony, and the first two expeditions to Venus died to the last man. We were safe.

Anyhow, even if we had to put up with barracks for a while, there was all that free land, waiting for us.

On close inspection, it looked as if it would have to wait quite a while. That was why George had given in and taken a staff engineering job. The closest land to town open to homesteading was nine miles away. To find enough land for six thousand people meant that most of them would have to go about eighteen to twenty miles away.

“What’s twenty miles? A few minutes by tube, an up-and-down hop for a copter–brother, have you ever walked twenty miles? And then walked back again?

It wasn’t impossible to settle six thousand people that far from town; it was just difficult–and slow. The pioneer explorer used to set out with his gun

and an axe; the settler followed by hitching his oxen to a wagonload of furniture and farm tools. Twenty miles meant nothing to them.

They weren’t on Ganymede.

The colony had two tractor trucks; another had come in the Mayflower. That’s all the transportation there was on the whole planet–not just to settle six thousand people but for the daily needs of thirty thousand people who were there ahead of us.

They explained it all to us at a big meeting of heads of families. I wasn’t supposed to be there but it was held outdoors and there was nothing to stop me. The chief ecologist and the chief engineer of the planet were there and the chairman of the colony council presided. Here was the proposition:

What Ganymede really needed was not more farmers, but manufacturing. They needed prospectors and mines and mills and machine shops. They needed all the things you can make out of metal and which they simply could not afford to import from Earth. That’s what they wanted us to work on and they would feed any of us who accepted, not just for a year, but indefinitely.

As for any who insisted on homesteading–well, the land was there; help ourselves. There wasn’t enough processing machinery to go around, so it might be two or three years before any particular immigrant got a chance to process his first acre of ground.

Somebody stood up near the front of the crowd and yelled, “We’ve been swindled!”

It took Mr. Tolley, the chairman, quite a while to calm them down. When they let him talk again, he said, “Maybe you have been swindled, maybe you haven’t. That’s a matter of opinion. I’m quite willing to concede that conditions here are not the way they were represented to you when you left Earth. In fact–“

Somebody yelled. “That’s mighty nice of you!” only the tone was sarcastic.

Mr. Tolley looked vexed. “You folks can either keep order, or I’ll adjourn this meeting.”

They shut up again and he went on. Most of the present homesteaders had processed more land than they could cultivate. They could use hired hands to raise more crops. There was a job waiting for every man, a job that would keep him busy and teach him Ganymede farming–and feed his wife and family-while he was waiting his turn to homestead.

You could feel a chill rolling over the crowd when the meaning of Mr. Tolley’s words sunk in. They felt the way Jacob did when he had labored seven years and then was told he would have to labor another seven years to get the girl he really wanted. I felt it myself, even though George had already decided on the staff job.

A man spoke up. “Mr. Chairman!” “Yes? Your name, please.”

“Name of Saunders. I don’t know how the rest of them feel, but I’m a farmer. Always have been. But I said ‘farmer,’ not sharecropper. I didn’t come here to hire out to no boss. You can take your job and do what you see fit with it. I stand on my rights!”

There was scattered applause and the crowd began to perk up. Mr. Tolley looked at him and said, “That’s your privilege, Mr. Saunders.”

“Huh? Well, I’m glad you feel that way, Mr. Chairman. Now let’s cut out the nonsense. I want to know two things: what piece of land am I going to get and when do I lay hands on some machinery to start putting it into condition?”

Mr. Tolley said, “You can consult the land office about your first question. As to the second, you heard the chief engineer say that he estimates the average wait for processing machinery will be around twenty-one months.”

“That’s too long.”

“So it is, Mr. Saunders.”

“Well, what do you propose to do about it?” Mr. Tolley shrugged and spread his hands. “I’m not a magician. We’ve asked the Colonial Commission by urgent message going back on the Mayflower not to send us any more colonists on the next trip, but to send us machinery. If they agree, there may be some relief from the situation by next winter. But you have seen–all of you have already seen–that the Colonial Commission makes

decisions without consulting us. The first trip of the Mayflower should have been all cargo; you folks should have waited.”

Saunders thought about it. “Next winter, eh? That’s five months away. I guess I can wait–I’m a reasonable man. But no sharecropping; that’s outl” “I didn’t say you could start homesteading in five months, Mr. Saunders. It may be twenty-one months or longer.”

“No, indeedy!”

“Suit yourself. But you are confronted with a fact, not a theory. If you do have to wait and you won’t work for another farmer, how do you propose to feed yourself and your family in the mean time?”

Mr. Saunders looked around and grinned, “Why, in that case, Mr. Chairman, I guess the government will just have to feed us until the government can come through on its end of the deal. I know my rights.”

Mr. Tolley looked at him as if he had just bitten into an apple and found Saunders inside. “We won’t let your children starve,” he said slowly, “but as for you, you can go chew rocks. If you won’t work, you won’t eat.”

Saunders tried to bluster. “You can’t get away with it! I’ll sue the government and I’ll sue you as the responsible government official You can’t–“

“Shut up!” Mr. Tolley went on more quietly, speaking to all of us. “We might as well get this point straight. You people have been enticed into coming out here by rosy promises and you are understandably disappointed. But your contract is with the Colonial Commission back on Earth.

But you have no contract with the common council of Ganymede, of which I am chairman, and the citizens of Ganymede owe you nothing. We are trying to take care of you out of common decency.

“If you don’t like what we offer you, don’t start throwing your weight around with me; I won’t stand for it. Take it up with the representative of the Immigration Service. That’s what he is here for. Meeting’s adjourned!”

But the immigration representative wasn’t there; he had stayed away from the meeting.

6.        Bees and Zeroes

We had been swindled all right. It was equally clear that there was no help for it. Some of the immigrants did see the Colonial Commission representative, but they got no comfort out of him. He had resigned, he said, fed up with trying to carry out impossible instructions five hundred million miles from the home office. He was going home as soon as his relief arrived.

That set them off again; if he could go home so could they. The Mayflower was still in orbit over us, taking on cargo. A lot of people demanded to go back in her.

Captain Harkness said no, he had no authority to let them deadhead half way across the system. So they landed back on the Commission representative, squawking louder than ever.

Mr. Tolley and the council finally settled it. Ganymede wanted no soreheads, no weak sisters. If the Commission refused to ship back those who claimed they were gypped and didn’t want to stay, then the next shipload wouldn’t even be allowed to land. The representative gave in and wrote Captain Harkness out a warrant for their passage.

We held a family pow-wow over the matter, in Peggy’s room in the hospital–it had to be there because the doctors were keeping her in a room pressurized to Earth normal

Did we stay, or did we go back? Dad was stuck in a rut. Back Earthside he at least had been working for himself; here he was just an employee. If he quit his job and elected to homestead, it meant working two or three G-years as a field hand before we could expect to start homesteading.

But the real rub was Peggy. In spite of having passed her physical examination Earthside she hadn’t adjusted to Ganymede’s low pressure. “We might as well face it,” George said to Molly. “We’ve got to get Peg back to the conditions she’s used to.”

Molly looked at him; his face was as long as my arm. “George, you don’t want to go back, do you?”

“That’s not the point, Molly. The welfare of the kids comes first.” He turned to me and added, “You’re not bound by this, Bill. You are big enough to make up your own mind. If you want to stay, I am sure it can be arranged.”

I didn’t answer right away. I had come into the family get-together pretty disgusted myself, not only because of the run-around we had gotten, but also because of a run-in I had had with a couple of the Colonial kids. But you know what it was that swung me around? That pressurized room. I had gotten used to low pressure and I liked it. Peggy’s room, pressurized to Earth normal, felt like swimming in warm soup. I could hardly breath. “I don’t think I want to go back,” I said.

Peggy had been sitting up in bed, following the talk with big eyes, like a little lemur. Now she said, “I don’t want to go back, eitherl”

Molly patted her hand and did not answer her, “George,” she said, “I’ve given this a lot of thought You don’t want to go back, I know. Neither does Bill But we don’t all have to go back. We can–“

“That’s out, Molly,” Dad answered firmly. “I didn’t marry you to split up. If you have to go back, I go back.”

“I didn’t mean that. Peggy can go back with the O’Farrells and my sister will meet her and take care of her at the other end. She wanted me to leave Peggy with her when she found I was determined to go. It will work out all right.” She didn’t look at Peggy as she said it.

“But, Molly!” Dad said.

“No George,” she answered, “I’ve thought this all out. My first duty is to you. It’s not as if Peggy wouldn’t be well taken care of; Phoebe will be a mother to her and–“

By now Peggy had caught her breath. “I don’t want to go live with Aunt Phoebe!” she yelled and started to bawl. George said, “It won’t work, Molly.”

Molly said, “George, not five minutes ago you were talking about leaving Bill behind, on his own.” “But Bill is practically a man!”

“He’s not too old to be lonesome. And I’m not talking about leaving Peggy alone; Phoebe will give her loving care. No, George, if the womenfolk ran home at the first sign of trouble there never would be any pioneers. Peggy has to go back, but I stay.”

Peggy stopped her blubbering long enough to say, “I wont go back! I’m a pioneer, too–ain’t I, Bill?” I said, “Sure kid, sure!” and went over and patted her hand. She grabbed onto mine.

I don’t know what made me say what I did then. Goodness knows the brat had never been anything but a headache, with her endless questions and her insistence that she be allowed to do anything I did. But I heard myself saying, “Don’t worry, Peggy. If you go. back, I’ll go with you.”

Dad looked at me sharply, then turned to Peggy. “Bill spoke hastily, Baby. You mustn’t hold him to that.” Peggy said, “You did so mean it, didn’t you, Bill?”

I was regretting it already. But I said, “Sure, Peggy.”

Peggy turned back to Dad. “See? But it doesn’t matter; we’re not going back, not any of us. Please Daddy –I’ll get well, I promise you I will. I’m getting better every day.”

Sure, she was–in a pressurized room. I sat there, sweating, and wishing I had kept my big mouth shut. Molly said, “It defeats me, George. What do you think?”

“Mmmm–“

“Well?”

“Uh, I was thinking we could pressurize one room in our quarters. I could rig some sort of an impeller in the machine shop.” Peggy was suddenly all over her tears. “You mean I can get out of the hospital?”

“That’s the idea, Sugar, if Daddy can work it.”

Molly looked dubious. “That’s no answer to our problems, George.”

“Maybe not.” Dad stood up and squared his shoulders. “But I have decided one thing; we all go, or we’ll all stay. The Lermers stand together. That’s settled.”

Homesteading wasn’t the only thing we had been mistaken about. There was Scouting on Ganymede even if the news hadn’t gotten back to Earth. There hadn’t been any meetings of the Mayflower troops after we landed; everybody had been just too busy to think about it. Organized Scouting is fun, but sometimes there just isn’t time for it.

There hadn’t been any meetings of the Leda Troop, either. They used to meet in their town hall; now we had their town hall as a mess hall, leaving them out in the cold. I guess that didn’t tend to make them fee! chummy towards us.

I ran into this boy over in the Exchange. Just as he was passing me I noticed a little embroidered patch on his chest. It was a homemade job and not very good, but I spotted it. “Hey!” I said.

He stopped. ” ‘Hey’ yourself! Were you yelling at me?” “Uh, yes. You’re a Scout, aren’t you?”

“Certainly.”

“So am I. My name’s Bill Lermer. Shake.” I slipped him the Scout grip.

He returned it. “Mine’s Sergei Roskov.” He looked me over. “You’re one of the Johnny-Come-Latelies, aren’t you?” “I came over in the MayflowerI admitted.

“That’s what I meant. No offense– I was born Earth-side, myself. So you used to be a Scout, back home. That’s good. Come around to meeting and

we’ll sign you up again.”

“I’m still a Scout,” I objected.

“Huh? Oh, I get you–‘Once a Scout, always a Scout.’ Well, come around and we’ll make it official.”

That was a very good time for me to keep my lip zipped. But not me–oh, no! When comes the Tromp of Doom, I’ll still be talking instead of listening. I said, “It’s as official as it can be. I’m senior patrol leader, Baden-Powell Troop.”

“Huh? You’re kind of far away from your troop, aren’t you?”

So I told him all about it. He listened until I was through, then said quietly, “And you laddie bucks had the nerve to call yourselves the ‘Boy Scouts of Ganymede.’ Anything else you would like to grab? You already have our meeting hall; maybe you’d like to sleep in our beds?”

“What do you mean?”

“Nothing.” He seemed to be thinking it over. “Just a friendly warning, Bill–” “Huh?”

“There is only one senior patrol leader around here-and you’re looking right at him. Don’t make any mistake about it. But come on around to

meeting anyhow,” he added. “You’ll be welcome. We’re always glad to sign up a new tenderfoot.”

I went back to the Receiving Station and looked up Hank Jones and told him all about it. He looked at me admiringly. “William, old son,” he said, “I’ve got to hand it to you. It takes real talent to louse things up that thoroughly. It’s not easy.”

“You think I’ve messed things up?”

“I hope not. Well, let’s look up Doc Archibald and see what can be done.”

Our troop master was holding clinic; we waited until the patients were out of the way, then went in. He said, “Are you two sick, or just looking for a ticket to gold brick?”

“Doc,” I said, “we were wrong. There are so Scouts on Ganymede.” “So I know,” he answered.

I said, “Huh?”

“Mr. Ginsberg and Mr. Bruhn and I have been negotiating with the senior Scout officials here to determine just how our troops will be taken into the parent organization. It’s a bit complicated as there are actually more Mayflower Scouts than there are in the local troop. But they have jurisdiction, of course.”

I said, “Oh.”

“Well have a joint meeting in a few days, after we get the rules ironed out.”

I thought it over and decided I had better tell him what had happened, so I did.

He listened, not saying anything. Finally I said, “Hank seems to think I’ve messed things up. What do you think, Doc?” “Mmmm–” he said. “Well, I hope he’s wrong. But I think I may say you haven’t helped the situation any.”

I didn’t know what to say. “Don’t look so tragic about it,” he urged. “You’ll get well. Now run along and forget it. It may not make any difference.”

But it did make a difference. Doc and the others had been pitching for our troops to be recognized as properly constituted troops, with all ratings acknowledged. But after Sergei spread the word around, the regular Ganymede Scouts all squawked that we were nothing but a bunch of tenderfeet, no matter what we had been back on Earth. The place for us to start was the bottom; if we were any good, we could prove it– by tests.

It was compromised; George says things like that are always compromised. Ratings were confirmed on probation, with one G-year to make up any tests that were different. Our troops were kept intact But there was one major change:

All patrol leaders had to be from the original Ganymede Scouts; they were transferred from the Leda troop. I had to admit the justice of it. How could I be a patrol leader on Ganymede when I was still so green that I didn’t know northwest from next week? But it didn’t set well with the other fellows who had been patrol leaders when the word got around that I was responsible for the flies in the soup.

Hank talked it over with me. “Billy my boy,” he told me, “I suppose you realize that you are about as popular as ants at a picnic?” “Who cares?” I objected.

“You care. Now is the time for all good men to perform an auto da fe”

“What in great blazing moons is an auto da fe?”

“In this case it means for you to transfer to the Leda Troop.”

“Have you gone crazy? You know what those guys think of us, especially me. I’d be lucky to get away with my life.”

“Which just goes to show how little you know about human nature. Sure, it would be a little rough for a while, but it’s the quickest way to gain back some respect.”

“Hank, you really are nuts. In that troop I really would be a tenderfoot–and how!”

“That’s just the point,” Hank went on quietly, “We’re all tenderfeet–only here in our own troop it doesn’t show. If we stay here, we’ll keep on being tenderfeet for a long time. But if we transfer, we’ll be with a bunch who really know their way around–and some of it will rub off on us.”

“Did you say ‘we’?”

“I said ‘we’.”

“I catch on. You want to transfer, so you worked tip this gag about how I ought to do so, so you would have company. A fine chum you are!”

He just grinned, completely unembarrassed. “Good old Bill! Hit him in the head eight or nine times and he can latch on to any idea. It won’t be so bad, Bill. In precisely four months and nine days we won’t be tenderfeet; we’ll be old timers.”

“Why the exact date?”

“Because that is the due date of the Mayflower on her next trip–as soon as they arrive theyll be the Johnny-Come-Latelies.” “Oh!”

Anyhow, we did it–and it was rough at first, especially on me … like the night they insisted that I tell them how to be a hero. Some twerp had gotten hold of the meteorite story. But the hazing wasn’t too bad and Sergei put a stop to it whenever he caught them at it. After a while they got tired of it.

Sergei was so confounded noble about the whole thing that I wanted to kick him.

The only two merit badges to amount to anything that stood in the way of my getting off probation and back up to my old rating of Eagle Scout were agronomy and planetary ecology, Ganymede style. They were both tough subjects but well worth studying. On Ganymede you had to know them to stay alive, so I dug in.

Ecology is the most involved subject I ever tackled. I told George so and he said possibly politics was worse–and on second thought maybe politics was just one aspect of ecology. The dictionary says ecology is “the science of the interrelations of living organisms and their environment.” That doesn’t get you much, does it? It’s like defining a hurricane as a movement of air.

The trouble with ecology is that you never know where to start because everything affects everything else. An unseasonal freeze in Texas can affect the price of breakfast in Alaska and that can affect the salmon catch and that can affect something else.

Or take the old history book case: the English colonies took England’s young bachelors and that meant old maids at home and old maids keep cats and the cats catch field mice and the field mice destroy the bumble bee nests and bumble bees are necessary to clover and cattle eat clover and cattle furnish the roast beef of old England to feed the soldiers to protect the colonies that the bachelors emigrated to, which caused the old maids.

Not very scientific, is it? I mean you have too many variables and you can’t put figures to them. George says that if you can’t take a measurement and write it down in figures you don’t know enough about a thing to call what you are doing with it “science” and, as for him, hell stick to straight engineering, thank you.

But there were some clear cut things about applied ecology on Ganymede which you could get your teeth into. Insects, for instance–on Ganymede, under no circumstances do you step on an insect. There were no insects on Ganymede when men first landed there. Any insects there now are there because the bionomics board planned it that way and the chief ecologist okayed the invasion. He wants that insect to stay right where it is, doing whatever it is that insects do; he wants it to wax and grow fat and raise lots of little insects.

Of course a Scout doesn’t go out of his way to step on anything but black widow spiders and the like, anyhow–but it really brings it up to the top of your mind to know that stepping on an insect carries with it a stiff fine if you are caught, as well as a very pointed lecture telling you that the colony can get along very nicely without you but the insects are necessary.

Or take earthworms. I knowthey are worth their weight in uranium because I was buying them before I was through. A farmer can’t get along without

earthworms.

Introducing insects to a planet isn’t as easy as it sounds. Noah had less trouble with his animals, two by two, because when the waters went away he still had a planet that was suited to his load. Ganymede isn’t Earth.

Take bees–we brought bees in the Mayflower but we didn’t turn them loose; they were all in the shed called “Oahu” and likely to stay there for a smart spell. Bees need clover, or a reasonable facsimile. Clover would grow on Ganymede but our real use for clover was to fix nitrogen in the soil and thereby refresh a worn out field. We weren’t planting clover yet because there wasn’t any nitrogen in the air to fix–or not much.

But I am ahead of my story. This takes us into the engineering side of ecology. Ganymede was bare rock and ice before we came along, cold as could be, and no atmosphere to speak of–just traces of ammonia and methane. So the first thing to do was to give it an atmosphere men could breathe.

The material was there–ice. Apply enough power, bust up the water molecule into hydrogen and oxygen. The hydrogen goes up–naturally–and the oxygen sits on the surface where you can breathe it. That went on for more than fifty years.

Any idea how much power it takes to give a planet the size of Ganymede three pressure-pounds of oxygen all over its surface?

Three pressure-pounds per square inch means nine mass pounds, because Ganymede has only one third the surface gravitation of Earth. That means you have to start with nine pounds of ice for every square inch of Ganymede–and that ice is cold to start with, better than two hundred degrees below zero Fahrenheit.

First you warm it to the freezing point, then you melt it, then you dissociate the water molecule into oxygen and hydrogen–not in the ordinary laboratory way by electrolysis, but by extreme heat in a mass converter. The result is three pressure pounds of oxygen and hydrogen mix for that square inch. It’s not an explosive mixture, because the hydrogen, being light, sits on top and the boundary layer is too near to being a vacuum to maintain burning.

But to carry out this breakdown takes power and plenty of it–65,000 BTUs for each square inch of surface, or for each nine pounds of ice, whichever way you like it. That adds up; Ganymede may be a small planet but it has 135,000,000,000,000,000 square inches of surface. Multiply that by 65,000 BTUs for each square inch, then convert British Thermal Units to ergs and you get:

92,500,000,000,000,000,000,000,000,000,000 ergs.

Ninety-two-and-a-half million billon quadrillion ergs! That figure is such a beauty that I wrote it down in my diary and showed it to George.

He wasn’t impressed. George said that all figures were the same size and nobody but a dimwit is impressed by strings of zeroes. He made me work out what the figure meant in terms of mass-energy, by the good old E = MC2 formula, since mass-energy converters were used to give Ganymede its atmosphere.

By Einstein’s law, one gram mass equals 9×1020 ergs, so that fancy long figure works out to be 1.03×1011 grams of energy, or 113,200 tons. It was ice, mostly, that they converted into energy, some of the same ice that was being turned into atmosphere–though probably some country rock crept in along with the ice. A mass converter will eat anything.

Let’s say it was all ice; that amounts to a cube of ice a hundred and sixty feet on an edge. That was a number I felt I could understand.

I showed my answer to George and he still was not impressed. He said I ought to be able to understand one figure just as easily as the other, that both meant the same thing, and both figures were the same size.

Don’t get the idea that Ganymede’s atmosphere was made from a cube of ice 160 feet on a side; that was just the mass which had to be converted to energy to turn the trick. The mass of ice which was changed to oxygen and hydrogen would, if converted back into ice, cover the entire planet more than twenty feet deep —like the ice cap that used to cover Greenland.

George says all that proves is that there was a lot of ice on Ganymede to start with and that if we hadn’t had mass converters we could never have colonized it. Sometimes I think engineers get so matter of fact that they miss a lot of the juice in life.

With three pressure-pounds of oxygen on Ganymede and the heat trap in place and the place warmed up so that blood wouldn’t freeze in your veins, colonists could move in and move around without wearing space suits and without living in pressure chambers.

The atmosphere project didn’t stop, however. In the first place, since Ganymede has a low escape speed, only 1.8 miles per second compared with

Earth’s 7 m/s, the new atmosphere would gradually bleed off to outer space, especially the hydrogen, and would be lost– in a million years or so. In

the second place, nitrogen was needed.

We don’t need nitrogen to breathe and ordinarily we don’t think much about it. But it takes nitrogen to make protein–muscle. Most plants take it out of the ground; some plants, like clover and alfalfa and beans, take it out of the air as well and put it back into the ground. Ganymede’s soil was rich in nitrogen; the original scanty atmosphere was partly ammonia–but the day would come when we would have to put the nitrogen back in that we were taking out. So the atmosphere project was now turned to making nitrogen.

This wasn’t as simple as breaking up water; it called for converting stable isotope oxygen-16 into stable isotope nitrogen-14, an energy consuming reaction probably impossible in nature–or so the book said–and long considered theoretically impossible.

I hadn’t had any nucleonics beyond high school physics, so I skipped the equations. The real point was, it could be done, in the proper sort of a mass-energy converter, and Ganymede would have nitrogen in her atmosphere by the time her fields were exhausted and had to be replenished.

Carbon dioxide was no problem; there was dry ice as well as water ice on Ganymede and it had evaporated into the atmosphere long before the first homesteader staked out a claim.

Not that you can start farming with oxygen, carbon dioxide, and a stretch of land. That land was dead. Dead as Christopher Columbus. Bare rock, sterile, no life of any sort–and there never had been any life in it. It’s a far piece from dead rock to rich, warm, black soil crawling with bacteria and earthworms, the sort of soil you have to have to make a crop.

It was the job of the homesteaders to make the soil.

See how involved it gets? Clover, bees, nitrogen, escape speed, power, plant-animal balance, gas laws, compound interest laws, meteorology–a mathematical ecologist has to think of everything and think of it ahead of time. Ecology is explosive; what seems like a minor and harmless invasion can change the whole balance. Everybody has heard of the English sparrow.

There was the Australian jack rabbit, too, that darn near ate a continent out of house and home. And the Caribbean mongoose that killed the chickens it was supposed to protect. And the African snail that almost ruined the Pacific west coast before they found a parasite to kill it.

You take a harmless, useful insect, plant, or animal to Ganymede and neglect to bring along its natural enemies and after a couple of seasons you’ll wish you had imported bubonic plague instead.

But that was the chief ecologist’s worry; a farmer’s job was engineering agronomy–making the soil and then growing things in it.

That meant taking whatever you came to–granite boulders melted out of the ice, frozen lava flows, pumice, sand, ancient hardrock–and busting it up into little pieces, grinding the top layers to sand, pulverizing the top few inches to flour, and finally infecting the topmost part with a bit of Mother Earth herself-then nursing what you had to keep it alive and make it spread. It wasn’t easy.

But it was interesting. I forgot all about my original notion of boning up on the subject just to pass a merit badge test. I asked around and found out where I could see the various stages going on and went out and had a look for myself. I spent most of one light phase just looking.

When I got back to town I found that George had been looking for me. “Where in blazes have you been?” he wanted to know. “Oh, just out and around,” I told him, “seeing how the ‘steaders do things.”

He wanted to know where I had slept and how I had managed to eat? “Bill, it’s all very well to study for your merit badges but that’s no reason to turn into a tramp,” he objected. “I guess I have neglected you lately–I’m sorry.” He stopped and thought for a moment, then went on, “I think you had better enter school here. It’s true they haven’t much for you, but it would be better than running around at loose ends.”

“George?”

“Yes, that’s probably the best-huh?”

“Have you completely given up the idea of home-steading?”

Dad looked worried. “That’s a hard question, Bill. I still want us to, but with Peggy sick–it’s difficult to say. But our name is still in the hat. I’ll have to make up my mind before the drawing.”

“Dad, I’ll prove it.” “Eh?”

“You keep your job and take care of Peggy and Molly. I’ll make us a farm.”

7.        Johnny Appleseed

The drawing of our division took place three weeks later; the next day George and I walked out to see what we had gotten. It was west of town out through Kneiper’s Ridge, new country to me; I had done my exploring east of town, over toward the power plant, where most of the proved land was located.

We passed a number of farms and some of them looked good, several acres in cultivation, green and lush, and many more acres already chewed level. It put me in mind of Illinois, but there was something missing. I finally figured out what it was–no trees.

Even without trees it was beautiful country. On the right, north of us, were the foothills of the Big Rock Candy Mountains. Snow-covered peaks thrust up beyond them, twenty or thirty miles away. On the left, curving in from the south and closer than it came to Leda, was Laguna Serenidad. We were a couple of hundred feet higher than the lake. It was a clear day and I tried to see the far shore, but I couldn’t be sure.

It was a mighty cheerful scene. Dad felt it, too. He strode along, whistling “Beulah Land” off key. I get my musical talent from Anne. He broke off and said, “Bill, I envy you.”

I said, “We’ll all be together yet, George. I’m the advance guard.” I thought a bit and said, “George, do you know what the first thing I raise is going to be-after I get some food crops in?”

“What?”

“I’m going to import some seed and raise you some tobacco.” “Oh, no, Son!”

“Why not?” I knew he was touched by it, because he called me ‘Son’. “I could do it, as well as not.”

“It’s a kind thought, but we’ll have to stick to the main chance. By the time we can afford that, I will have forgotten how to light a pipe. Honest, I don’t miss it.”

We slogged along a bit further, not saying anything but feeling close together and good. Presently the road played out. Dad stopped and took his sketch map out of his pouch. “This must be about it.”

The sketch showed where the road stopped, with just a dotted line to show where it would be, some day. Our farm was outlined on it, with the nearest comer about half a mile further along where the road ought to be and wasn’t. By the map, the edge of our property–or what would be ours if we proved it–ran along the north side of the road about a quarter of a mile and from there back toward the foothills. It was marked “Plot 117-H-2” and had the chief engineer’s stamp on it.

Dad was staring at where the road ended. There was a lava flow right across it, high as my head and rough as a hard winter in Maine. “Bill,” he said, “How good an Indian are you?”

“Fair, I guess.”

“We’ll have to try to pace it off and hold a straight line due west.”

But it was almost impossible to do it. We struggled and slipped on the lava and made detours. Lava looks soft and it isn’t. Dad slipped and skinned his shin and I discovered that I had lost track of how many paces we had come. But presently we were across the flow and in a boulder field. It was loose rubble, from pieces the size of a house down to stuff no bigger than your fist–stuff dropped by the ice when it melted and formed Laguna

Serenidad.

George says that Ganymede must have had a boisterous youth, covered with steam and volcanoes.

The boulder field was somewhat easier going but it was even harder to hold a straight line. After a bit Dad stopped. “Bill,” he said, “do you know where we are?”

“No,” I admitted, “but we aren’t really lost. If we head back east we are bound to come to proved ground.” “Perhaps we had better.”

“Wait a minute.” There was a particularly big boulder ahead of us. I picked a way and managed to scramble to the top with nothing worse than a cut on my hand. I stood up. “I can see the road,” I told Dad. “We’re north of where we ought to be. And I think maybe we’ve come too far.” I marked a spot with my eye and came down.

We worked south the amount I thought was right and then headed east again. After a bit I said, “I guess we missed it, George. I’m not much of an In- He said, “So? What’s this?” He was a little ahead of me and had stopped.

It was a cairn with a flat rock on top. Painted on it was: “117-H-2, SE corner.”

We had been on our farm for the past half hour; the big boulder I had climbed up on was on it.

We sat down on a fairly flat rock and looked around. Neither of us said anything for a while; we were both thinking the same thing: if this was a farm, I was my own great uncle.

After a bit Dad muttered something. I said, “What did you say?”

“Golgotha,” he said out loud. “Golgotha, the place of skulls.” He was staring straight ahead.

I looked where he was looking; there was a boulder sitting on top of another and the way the sun caught it, it did look like a skull. It leered at us.

It was so darn quiet you could hear your hair grow. The place was depressing me. I would have given anything to hear something or see something move. Anything–just a lizard darting out from behind a rock, and I could have kissed it.

But there were no lizards here and never had been.

Presently Dad said, “Bill, are you sure you want to tackle this?” “Sure I’m sure.”

“You don’t have to, you know. If you want to go back to Earth and go to M.I.T., I could arrange it for the next trip.”

Maybe he was thinking that if I went back, I could take Peggy with, me and she would be willing to go. Maybe I should have said something about it. But didn’t; I said, “Are you going back?”

“No.”

“Neither am I.” At the moment is was mostly stubbornness. I had to admit that our “farm” wasn’t flowing with milk and honey; in fact it looked grim. Nobody but a crazy hermit would want to settle down in such a spot.

“Think it over, Bill.” “I’ve thought it over.”

We sat there a while longer, not saying anything, just thinking long thoughts. Suddenly we were almost startled out of our boots by somebody

yodelling at us. A moment before I had been wishing to hear just anything, but when it came it was like unexpectedly encountering a clammy hand in

the dark.

We both jumped and Dad said, “What in the–?” I looked around. There was a large man coming toward us. In spite of his size he skipped through the rocks like a mountain goat, almost floating in the low gravity. As he got closer I knew I had seen him before; he was on the Court of Honor, a Mr. Schultz.

Dad waved to him and pretty soon he reached us. He stood half a head taller than Dad and would have made the pair of us, he was so big. His chest was as thick as my shoulders were broad and his belly was thicker than that. He had bushy, curly red hair and his beard spread out over his chest like a tangle of copper springs. “Greetings, citizens,” he boomed at us, “my name is Johann Schultz.”

Dad introduced us and he shook hands and I almost lost mine in his. He fixed his eyes on me and said, “I’ve seen you before, Bill.” I said I guessed he had, at Scout meetings. He nodded and added, “A patrol leader, no?”

I admitted that I used to be. He said, “And soon again,” as if the matter were all settled. He turned to Dad. “One of the kinder saw you going past on the road, so Mama sent me to find you and bring you back to the house for tea and some of her good coffee cake.”

Dad said that was very kind but that we didn’t want to impose. Mr. Schultz didn’t seem to hear him. Dad explained what we were there for and showed him the map and pointed out the cairn. Mr. Schultz nodded four or five times and said, “So we are to be neighbors. Good, good!” He added to Dad “My neighbors call me John, or sometimes ‘Johnny’.” Dad said his name was George and from then on they were old friends.

Mr. Schultz stood by the cairn and sighted off to the west and then north to the mountains. Then he scrambled up on a big boulder where he could see better and looked again. We went up after him.

He pointed to a rise west of us. “You put your house so, not too far from the road, but not on it. And first you work this piece in here and next season you work back further toward the hills.” He looked at me and added. “No?”

I said I guessed so. He said, “It is good land, Bill. You will make a fine farm.” He reached down and picked up a piece of rock and rubbed it between his fingers. “Good land,” he repeated.

He laid it down carefully, straightened up, and said, “Mama will be waiting for us.”

Mama was waiting for us, all right, and her idea of a piece of coffee cake was roughly what they used to welcome back the Prodigal Son. But before we got into the house we had to stop and admire the Tree.

It was a real tree, an apple tree, growing in a fine bluegrass lawn out in front of his house. Furthermore it was bearing fruit on two of its limbs. I stopped and stared at it.

“A beauty, eh, Bill?” Mr. Schultz said, and I agreed. “Yes,” he went on, “it’s the most beautiful tree on Ganymede–you know why? Because it’s the

only tree on Ganymede.” He laughed uproariously and dug me in the ribs as if he had said something funny. My ribs were sore for a week.

He explained to Dad all the things he had had to do to persuade it to grow and how deep down he had had to go to prepare for it and how he had had to channel out to drain it. Dad asked why it was bearing only on one side. “Next year we pollenate the other side,” he answered, “and then we have Stark’s Delicious. And Rome Beauties. This year, Rhode Island Greenings and Winesaps.” He reached up and picked one. “A Winesap for you, Bill.”

I said thanks and bit into it. I don’t know when I’ve tasted anything so good.

We went inside and met Mama Schultz and four or five other Schultzes of assorted sizes, from a baby crawling around in the sand on the floor up to a girl as old as I was and nearly as big. Her name was Gretchen and her hair was red like her father’s, only it was straight and she wore it in long braids. The boys were mostly blond, including the ones I met later.

The house was mainly a big living room, with a big table down the middle of it. It was a solid slab of rock, maybe four feet wide and twelve or thirteen feet long, supported by three rock pillars. A good thing it was rock, the way Mama Schultz loaded it down.

There were rock slab benches down the long sides and two real chairs, one at each end, made out of oil drums and padded with stuffed leather cushions.

Mama Schultz wiped her face and hands on her apron and shook hands and insisted that Dad sit down in her chair; she wouldn’t be sitting down

much, she explained. Then she turned back to her cooking while Gretchen poured tea for us.

The end of the room was the kitchen and was centered around a big stone fireplace. It had all the earmarks of being a practical fireplace–and it was, as I found out later, though of course nothing had ever been burned in it. It was really just a ventilation hole. But Papa Schultz had wanted a fireplace so he had a fireplace. Mama Schultz’s oven was set in the side of it.

It was faced with what appeared to be Dutch tile, though I couldn’t believe it. I mean, who is going to import anything as useless as Ornamental tile all the way from Earth? Papa Schultz saw me looking at them and said, “My little girl Kathy paints good, huh?” One of the medium-sized girls blushed and giggled and left the room.

I had the apple down to a very skinny core and was wondering what to do with it in that spotless room when Papa Schultz stuck out his hand. “Give it to me, Bill.”

I did. He took out his knife and very gently separated out the seeds. One of the kids left the room and fetched him a tiny paper envelope in which he placed the seeds and then sealed it. He handed it to me. “There, Bill,” he said. “I have only one apple tree, but you have eight!”

I was sort of surprised, but I thanked him. He went on, “That place just this side of where you will build your house–if you will fill that gully from the bottom, layer by layer, building your soil as you go, with only a very little ‘pay dirt’ you will have a place that will support a whole row of trees. When your seedlings are big, we’ll bud from my tree.”

I put them very carefully in my pouch.

Some of the boys drifted in and washed up and soon we were all sitting around the table and digging into fried chicken and mashed potatoes and tomato preserves and things. Mama Schultz sat beside me and kept pressing food on me and insisting that I wasn’t eating enough to keep body and soul together which wasn’t true.

Afterwards I got acquainted with the kids while George and Papa Schultz talked. Four of the boys I knew; they were Scouts. The fifth boy, Johann Junior –they called him “Yo”–was older than I, almost twenty, and worked in town for the chief engineer. The others were Hugo and Peter, both Cubs, then Sam, and then Vic, who was an Explorer Scout, same as I was. The girls were the baby, Kathy and Anna, who seemed to be twins but weren’t, and Gretchen. They all talked at once.

Presently Dad called me over. “Bill, you know we don’t rate a chance at a rock crusher for several months.” “Yes,” I said, somewhat mystified.

“What are your plans in the meantime?”

“Uh, well, I don’t know exactly. Study up on what I’ll have to do.”

“Mmrn … Mr. Schultz has very kindly offered to take you on as a farm hand in the meantime. What do you think of the idea?”

8.        Land of My Own

Papa Schultz needed a field hand about as much as I need four ears, but that didn’t keep me from moving in. In that family everybody worked but the baby and you could count on it that she would be washing dishes as soon as she was up off the floor. Everybody worked all the time and seemed to enjoy it. When the kids weren’t working they were doing lessons and the boys were punished when they weren’t up on their lessons by being required to stay in from the fields.

Mama would listen to them recite while she cooked. Sometimes she listened to lessons in things I’m pretty sure she never had studied herself, but Papa Schultz checked up on them, too, so it didn’t matter.

Me, I learned about pigs. And cows. And chickens. And how you breed pay dirt to make more pay dirt. “Pay dirt” is the stuff that is actually imported from Earth, concentrated soil cultures with the bacteria and so forth in it you have to have to get a field alive.

There was an awful lot to learn. Take cows, now-half the people you meet can’t tell their left hands from their right so who would think that a cow

would care about such things? But they do, as I found out when I tried to milk one from the left.

Everything was stoop labor around the place, as primitive as a Chinese farm. The standard means of transportation was a wheelbarrow. I learned not to sneer at a wheelbarrow after I priced one at the Exchange.

The total lack of power machinery wasn’t through lack of power; the antenna on the farm house roof could pick up as much power as necessary–but there wasn’t any machinery. The only power machinery in the colony belonged to the whole colony and was the sort of thing the colony absolutely couldn’t get along without, like rock chewers and the equipment for the heat trap and the power plant itself.

George explained it this way: every load that was sent up from Earth was a compromise between people and cargo. The colonists were always yapping for more machinery and fewer immigrants; the Colonial Commission always insisted on sending as many people as possible and holding the imports down to a minimum.

“The Commission is right, of course,” he went on. “If we have people, we’ll get machinery–we’ll make it ourselves. By the time you have a family of your own, Bill, immigrants will arrive here bare-handed, no cargo at all, and we’ll be able to outfit a man with everything from plastic dishes for his cupboard to power cultivators for his fields.”

I said, “If they wait until I have a family, they’ll have a long wait. I figure a bachelor travels faster and further.”

Dad just grinned, as if he knew something I didn’t know and wouldn’t tell. I had walked into town to have dinner with him and Molly and the kid. I hadn’t seen much of them since I went to work for Papa Schultz. Molly was teaching school, Peggy couldn’t come out to the farm, of course, and Dad was very busy and very excited over a strike of aluminum oxides twenty miles east of town. He was in the project up to his ears and talking about having sheet aluminum on sale in another G-year.

As a matter or fact, cultivating a farm by stoop labor wasn’t too bad, not on Ganymede. Low gravity was a big help; you didn’t wear yourself out just dragging your own carcass around. I grossed a hundred and forty-two mass pounds, what with the way Mama Schultz stuffed me; that meant I weighed less than fifty pounds, field boots and all. A wheelbarrow was similarly light when loaded.

But the real advantage that made the work easy was something you might not guess. No weeds.

No weeds at all; we had very carefully not imported any. Once the land was built, making a crop was darn near a case of poking a seed into the ground and then stepping back quick before the stalk shot up and hit you in the eye.

Not that we didn’t work. There is plenty of work around a farm even with no weeds to worry about. And a light wheelbarrow load simply meant that we piled three times as much on. But we had fun, too; I never met a family that laughed so much.

I brought my squeeze box out from town and used to play it after supper. We would all sing, with Papa Schultz booming away on his own and leaving it up to the rest of us to find the key he was singing in. We had fun.

It turned out that Gretchen was an awful tease when she got over being shy. But I could always get her goat by pretending that her head was on fire and either warming my hands over her hair or threatening to pour water on her before she burned the place down.

The day finally came when it was my turn to have the colony’s crushers work on my land and I was almost sorry to see it arrive; I had had such a nice time at the Schultz’s. But by then I could caponize a rooster or plant a row of corn; I still had a lot to learn, but there wasn’t any good reason why I shouldn’t start making my own farm.

Dad and I had had to prepare our farm for the crusher by dynamiting the biggest boulders. A crusher will choke on anything much bigger than a barrel but it will handle up to that size very nicely. Dynamite is cheap, thank goodness, and we used plenty of it. The raw material is nitroglycerine which we didn’t have to import from Earth, the glycerine being refined from animal fats and the nitric acid being a synthetic byproduct of the atmosphere project.

Dad spent two weekends with me, making medium-sized ones out of big ones, then decided it was safe to trust me to set powder by myself and I finished the job. There was a little stream of melted snow water coming down from the hills at the far side of our property; we blew out a new bed for it to lead it close to the place where the house would go.

We left it dry for the time being, with a natural rock dam to blow up later. One fair-sized hill we moved entirely and blew it into a gully on the lake side of the land. Big charges that took and I almost got fitted for a halo through underestimating how far some of the stuff would throw.

It was easy work and lots of fun. I had a vibro-drill, borrowed from the engineer’s office; you could sink a charge hole with it twenty feet into rock as easily as you could sink a hot knife into butter. Then drop in the powder, fill the rest of the hole with rock dust, light the fuse, and run like the dickens!

But the most fun was blowing up that rock that looked like a grinning skull. I fixed it properly, it and its leer!

We had a visitor while we were dynamiting the land. Dad and I had just knocked off for lunch one day when Saunders, “The One-Man Lobby”–that’s George’s name for him–showed up. We invited him to share what we had; he had brought nothing but his appetite.

He complained about this and that. Dad tried to change the subject by asking him how he was getting along with his blasting. Saunders said it was slow work. Dad said, “You have the crusher the day after us, don’t you?”

Saunders admitted it and said he wanted to borrow some powder; he was running short of time. Dad let him have it, though it meant another trip out from town, after work, for him the next day. Saunders went on, “I’ve been looking this situation over, Mr. Lermer. We’re tackling it all wrong.”

George said, “So?”

Saunders said, “Yes, indeedy! Now in the first place this blasting ought not to be done by the homesteader; it should be done by trained crews, sent out by the government. It’s really part of the contract anyway; we’re supposed to receive processed land.”

Dad said mildly that, while that might be a nice idea, he didn’t know where they would find enough trained crews to do the work for fifteen hundred new farms.

“Let the government hire them!” Mr. Saunders answered. “Bring them in from Earth for that purpose. Now, see here, Mr. Lermer, you are in the chief engineer’s office. You ought to put in a word for the rest of us.”

George picked up the vibro and got ready to set a charge. Presently he answered, “I’m afraid you’ve come to the wrong party. I’m in an entirely different department.”

I guess Mr. Saunders saw he was off on the wrong tack for he went on, “In the second place, I have been looking into the matter of the soil, or what they call ‘soil’–again they are off on the wrong foot.” He kicked a rock. “This stuff isn’t good for anything. You can’t grow anything in stuff like that.”

“Naturally not,” agreed Dad. “You have to make soil first.”

“That’s just what I’m getting at,” Saunders went on. “You have to have soil–good, black, rich soil. So they tell us to breed it, a square foot at a time. Plough garbage into it, raise earthworms–I don’t know how many tomfool stunts.”

“Do you know of a better way?”

“You bet you I do! That’s just what I’m getting at. Here we are, piddling along, doing things the way a bunch of bureaucrats who never made a crop tell us to, all for a few inches of second-rate soil–when there are millions of cubic feet of the richest sort of black soil going begging.”

Dad looked up sharply. “Where?”

“In the Mississippi Delta, that’s where! Black soil goes down there for hundreds of feet.”

We both looked at him, but he was quite serious about it. “Now here’s what you’ve got to have–Level the ground off, yes. But after that spread real Earth soil over the rock to a depth of at least two feet; then it will be worth while to farm. As it is, we are just wasting our time.”

Dad waited a bit before answering, “Have you figured out what this would cost?”

Mr. Saunders brushed that aside. “That’s not the point; the point is, that’s what we’ve got to have. The government wants us to settle here, doesn’t it? Well, then, if we all stick together and insist on it, we’ll get it.” He jerked his chin triumphantly.

George started to say something, then stopped. He patted rock dust in on top of his charge, then straightened up and wiped the sweat off his beard. “Listen, citizen,” he said, “can’t you see that we are busy? I’m about to light this fuse; I suggest that you back away out of danger.”

“Huh?” said Saunders. “How big a charge is it? How far?”

If he had kept his eyes open, he would have seen how big a charge it was and known how far to give back. Dad said, “Oh, say a mile and a half–or even two miles. And keep backing.”

Saunders looked at him, snorted disgustedly, and stalked away. We backed out of range and let her blow.

While we were setting the next charge I could see George’s lips moving. After a while he said, “Figuring gumbo mud conservatively at a hundred pounds per cubic foot it would take one full load of the Mayflower to give Mr. Saunders alone the kind of a farm he would like to have handed to him. At that rate it would take just an even thousand G-years–five hundred Earth years–for the Mayflower to truck in top-soil for farms for our entire party.”

“You forgot the Covered Wagon,” I said brightly.

George grinned. “Oh, yes! When the Covered Wagon is commissioned and in service we could cut it down to two hundred and fifty years–provided no new immigrants came in and there was a ban on having babies!” He frowned and added, “Bill, why is it that some apparently-grown men never learn to do simple arithmetic?” I didn’t know the answer, so he said, “Come on, Bill, let’s get on with our blasting. I’m afraid we’ll just have to piddle along in our inefficient way, even if it doesn’t suit our friend Saunders.”

The morning the crusher was scheduled to show up I was waiting for it at the end of the road. It came breezing down the road at twenty miles an hour, filling it from side to side. When it came to the wall of lava, it stopped. I waved to the operator; he waved back, then the machine grunted a couple of times, inched forward, and took a bite out of the lava.

Lava didn’t bother it; it treated it like peanut brittle. A vibro-cutter built into its under carriage would slice under the flow like a housewife separating biscuit from a pan, the big steel spade on the front of the thing would pry under and crack the bite off, and the conveyor would carry the chunk up into the jaws.

The driver had a choice of dropping the chewed up material under the rear rollers or throwing it off to the side. Just now he was throwing it away, leaving the clean slice made by the vibro-cutter as a road bed –a good road, a little dusty but a few rains would fix that.

It was terrifically noisy but the driver didn’t seem to mind. He seemed to enjoy it; there was a good breeze taking the dust away from him and he had his anti-silicosis mask pushed up on his forehead, showing the grin on his face.

By noon he was down to our place and had turned in. We had a bite to eat together, then he started in levelling a farm for me–five acres, the rest would have to wait. At that I was lucky for I was to get land to work months ahead of the original schedule.

The second trip of the Mayflower had brought in three more crushers and very few immigrants, just enough to replace those who had given up and gone back out of our party, that being the compromise the town council had worked out with the Colonial Commission.

The racket was still worse when the crusher bit into hard rock, instead of lava, but it was music to me and I didn’t get tired of watching. Every bite was a piece of land to me. At suppertime the second-shift driver showed up with Dad. We watched together for a while, then Dad went back to town. I stayed. About midnight I went over into a stretch that was not to be processed now, found a big rock to keep the Sun out of my eyes and lay down for a quick nap.

Then the relief driver was shaking me and saying, “Wake up, kid–you got a farm.”

I stood up and rubbed my eyes and looked around. Five acres, with just enough contour for drainage and a low hummock in the middle where the house would sit. I had a farm.

The next logical thing to do would have been to get the house up, but, under the schedule, I rated the use of a cud-chewer for the following week. A cud-chewer is a baby rock crusher. It uses a power pack instead of an antenna, it is almost fool proof and anybody can run one, and it finishes up what the crusher starts. It is small and low-powered compared with a crusher. The colony had about forty of them.

The crusher left loose rubble several feet deep in pieces as big as my fist. The cud-chewer had a fork spade on the front of it, several sizes of spade forks, in fact. The coarse fork went down into the loose rocks about eighteen inches and picked up the big ones. These drifted back into the hopper as the machine moved forward and were busted into stuff about the size of walnuts.

When you had been over the ground once with the coarse fork, you unshipped it and put on the medium fork and reset the chewing rollers. This time you went down only ten inches and the result was gravel. Then you did it again for medium-fine and then fine and when you were done the upper six inches or so was rock flour, fine as the best loam–still dead, but ready to be bred into life.

Round and round and round, moving forward an inch at a time. To get real use out of your time allotment the cud-chewer had to be moving twenty- four hours a day until they took it away from you. I stayed at it all through the first day, eating my lunch in the saddle. Dad spelled me after supper and Hank came out from town and we alternated through the night-light phase it was, actually, it being Monday night.

Papa Schultz found me asleep with my head on the controls late next afternoon and sent me back to his house to get some real sleep. Thereafter one of the Schultzes always showed up when I had been at it alone for four or five hours. Without the Schultzes I don’t know how Dad and I would have gotten through the dark phase of that week.

But they did help and by the time I had to pass the cud-chewer along I had nearly three and a half acres ready to be seeded with pay dirt.

Winter was coming on and I had my heart set on getting my house up and living in it during the winter month, but to do so I really had to hump. I had to get some sort of a holding crop in or the spring thaw would wash my top soil away. The short Ganymede year is a good idea and I’m glad they run it that way; Earth’s winters are longer than necessary. But it keeps you on the jump.

Papa Schultz advised grass; the mutated grass would grow in sterile soil much like growing things in hydroponic solutions. The mat of rootlets would hold my soil even if the winter killed it and the roots would furnish something through which the infection could spread from the “pay dirt.”

Pay dirt is fundamentally just good black soil from Earth, crawling with bacteria and fungi and microscopic worms–everything you need but the big fishing worms; you have to add those. However, it wouldn’t do simply to ship Earth dirt to Ganymede by the car load. In any shovelful of loam there are hundreds of things, plant and animal, you need for growing soil–but there are hundreds of other things you don’t want. Tetanus germs. Plant disease viruses. Cut worms. Spores. Weed seeds. Most of them are too small to be seen with the naked eye and some of them can’t even be filtered out

So to make pay dirt the laboratory people back on Earth would make pure cultures of everything they wanted to keep in the way of bacteria, raise the little worms under laboratory conditions, do the same for fungi and everything else they wanted to save–and take the soil itself and kill it deader than Luna, irradiate it, bake it, test it for utter sterility.

Then they would take what they had saved in the way of life forms and put it back into the dead soil That was “pay dirt,” the original pay dirt. Once on Ganymede the original stuff would be cut six ways, encouraged to grow, then cut again. A hundred weight of pay dirt supplied to a ‘steader might contain a pound of Terra’s own soil.

Every possible effort was made to “limit the invasion,” as the ecologists say, to what was wanted. One thing that I may not have mentioned about the trip out was the fact that our clothes and our baggage were sterilized during the trip and that we ourselves were required to take a special scrub before we put our clothes back on. It was the only good bath I got the whole two months, but it left me smelling like a hospital.

The colony’s tractor trucks delivered the pay dirt I was entitled to in order to seed my farm; I left the Schultz place early that morning to meet them. There is difference of opinion as to the best way to plant pay dirt; some ‘steaders spread it all over and take a chance on it dying; some build up little pockets six or eight feet apart, checker board style … safe but slow. I was studying the matter, my mind not made up, when I saw something moving down the road.

It was a line of men, pushing wheelbarrows, six of them. They got closer and I could see that it was all the male Schultzes. I went out to meet them. Every one of those wheelbarrows was loaded with garbage and all for me!

Papa Schultz had been saving it as a surprise for me. I didn’t know what to say. Finally I blurted out, “Gee, Papa Schultz, I don’t know when I’ll be able to pay you back!”

He looked fierce and said, “Who is speaking of paying back when we have compost running out of our ears yet?” Then he had the boys dump their loads down on top of my pay dirt, took a fork and began mixing it as gently as Mama Schultz folding in beaten egg white.

He took charge and I didn’t have to worry about the best way to use it. In his opinion–and you can’t bet that I didn’t buck itl–what we had was good for about an acre and his method was to spread it through the soil. But he did not select one compact acre; he laid out strips, seven of them, a couple of hundred yards long each and stretching across my chewed soil thirty-five or forty feet apart. Each of us took a wheelbarrow–their six and my one–and distributed the mix along each line.

When that was done and cairns had been set to show where the strips ran, we raked the stuff into the rock dust five or six feet on each side of each line. Around noon Mama and Gretchen showed up, loaded down, and we stopped and had a picnic.

After lunch Yo had to go back to town but he had almost finished his strip. Papa had finished his and proceeded to help Hugo and Peter who were

too small to swing a good rake. I dug in and finished mine soon enough to be able to finish what Yo had left.

Dad showed up at the end of the day, expecting to help me all evening–it was light phase and you could work as late as you could stand up under it-

– but there was nothing left to do. And he didn’t know how to thank them either.

I like to think that we would have gotten the farm made anyhow, without the Schultzes, and maybe we would have–but I’m sure not sure. Pioneers need good neighbors.

The following week I spent working artificial nitrates from the colony’s power pile into the spaces between the strips–not as good as pay dirt from Earth, but not as expensive, either.

Then I tackled sowing the grass, by hand, just like in the Bible, and then raking it gently in. That old pest Saunders showed up. He still did so every now and then, but never when Dad was around. I guess he was lonely. His family was still in town and he was camping out in a ten-foot rock shed he had built. He wasn’t really making a farm, not properly; I couldn’t figure out what he was up to. It didn’t make sense.

I said, “Howdy,” and went on with my work.

He watched me, looking sour, and finally said, “You still bent on breaking your heart on this stuff, aren’t you, youngster?” I told him I hadn’t noticed any wear and tear on my pump, and anyhow, wasn’t he making a farm, too?

He snorted. “Not likely!” “Then what are you doing?”

“Buying my ticket, that’s what.”

“Huh?”

“The only thing you can sell around this place is improved land. I’m beating them at their own game, that’s what. I’ll get that land in shape to unload it on some other sucker and then me and mine are heading straight back for that ever-lovin’ Earth. And that’s just what you’ll be doing if you aren’t an utter fool. You’ll never make a farm here. It can’t be done.”

I was getting very tired of him but I’m short on the sort of point-blank guts it takes to be flatly rude. “Oh, I don’t know,” I said. “Look at Mr. Schultz– he’s got a good farm.”

Saunders snorted again. “You mean ‘Johnny Apple-seed?” “I mean Mr. Johann Schultz.”

“Sure, sure–Johnny Appleseed. That’s what everybody calls him in town. He’s nuts. You know what he did? He gave me a handful of apple seeds and acted like he had handed me the riches of Solomon.”

I stopped raking. “Well, hadn’t he?”

Saunders spat on the ground between us. “He’s a clown.”

I lifted up the head of the rake. I said, “Mr. Saunders, you are standing on my land, my property. I’ll give you just two shakes to get off it and never set foot on it again!”

He backed away and said, “Hey! You stop that! Watch what you are doing with that rake!” I said, “Git!”

He got.

The house was a problem. Ganymede has little quakes all the time. It has to do with “isostasy” which doesn’t mean a thing but “equal-pressure”

when you get right down to it, but it’s the science of how the mountains balance the seas and the gravitation of a planet all comes out even.

It has to do with tidal strains, too, which is odd, since Ganymede doesn’t have any tides; the Sun is too far away to matter and Ganymede always keeps the same face toward Jupiter. Oh, you can detect a little tide on Laguna Serenidad when Europa is closest to Ganymede and even a trifle from Callisto and lo, but what I mean is it doesn’t have tidesnot like the Pacific Ocean.

What it does have is a frozen tidal strain. The way Mr. Hooker, the chief meteorologist, explains it is that Ganymede was closer to Jupiter when it cooled off and lost its rotation, so that there is a tidal bulge in the planet itself–sort of a fossil tidal bulge. The Moon has one, you know.

Then we came along and melted off the ice cap and gave Ganymede an atmosphere. That rearranged the pressures everywhere and the isostatic balance is readjusting. Result: little quakes all the time.

I’m a California boy; I wanted a quakeproof house. Schultzes had a quakeproof house and it seemed like a good idea, even though there had never been a quake heavy enough to knock a man down, much less knock a house down. On the other hand most of the colonists didn’t bother; it is hard to make a rock house really quakeproof.

Worse than that, it’s expensive. The basic list of equipment that a ‘steader is promised in his emigration contract reads all right, a hoe, a spade, a shovel, a wheelbarrow, a hand cultivator, a bucket, and so forth down the list–but when you start to farming you find that is only the beginning and you’ve got to go to the Exchange and buy a lot of other stuff. I was already in debt a proved acre and a half, nearly, before the house ever went up.

As usual we compromised. One room had to be quake proof because it had to be air tight–Peggy’s room. She was getting better all the time, but she still couldn’t take low pressure for any length of time. If the family was going to move out to the farm, her bedroom had to be sealed, it had to have an air lock on it, and we had to have an impeller. All that runs into money.

Before I was through I had to pledge two more acres. Dad tried to sign for it but they told him bluntly that while a ‘steader’s credit was good, his wasn’t. That settled the matter. We planned on one reinforced room and hoped to build on to it later. In the mean time the house would be a living room, ten by twelve, where I would sleep, a separate bedroom too small to swing a cat for George and Molly, and Peggy’s room. All but Peggy’s room would be dry wall rock with a patent roof.

Pretty small, eh? Well, what’s wrong with that? Abe Lincoln started with less.

I started in cutting the stone as soon as the seed was in. A vibro-saw is like a vibro-drill, except that it cuts a hair line instead of drilling a hole. When the power is on you have to be durned careful not to get your fingers or anything into the field, but it makes easy work of stone cutting. By the contract you got the use of one for forty-eight hours free and another forty-eight hours, if you wanted it, at a reduced rate.

I got my work lined up and managed to squeeze it into the two free days. I didn’t want to run up any more debt, because there was another thing I was hankering for, come not later than the second spring away–flicker flood lights. Papa Schultz had them for his fields and they just about doubled his crops. Earth plants aren’t used to three and half days of darkness, but, if you can tickle them during the dark phase with flicker lights, the old photosynthesis really gets in and humps itself.

But that would have to wait.

The patrol got the house up–the patrol I was in, I mean, the Auslanders. It was a surprise to me and yet it wasn’t, because everybody has a house raising; you can’t do it alone. I had already taken part in six myself–not just big-heartedness, don’t get me wrong. I had to learn how it was done.

But the patrol showed up before I had even passed the word around that I was ready to hold a house raising. They came swinging down our road; Sergei marched them up to where the house was to be, halted them, and said to me, “Bill, are your Scout dues paid up?” He sounded fierce. I said, “You know they are.”

“Then you can help. But don’t get in our way.” Suddenly he grinned and I knew I had been framed. He turned to the patrol and shouted, “House raising drill! Fall out and fall to.”

Suddenly it looked like one of those TV comedies where everything has been speeded up. I never saw anybody work the way they did. Let me tell you it doesn’t take Scout uniforms to make Scouts. None of us ever had uniforms; we couldn’t afford special clothes just for Scouting.

Besides the Auslanders there was Vic Schultz and Hank Jones, both from the Hard Rock patrol and Doug Okajima, who wasn’t even of our troop but still with the Baden-Powell. It did my heart good. I hadn’t seen much of the fellows lately; during light phase I always worked too late to get in to meetings; during dark phase a cold nine miles into town after supper is something to think twice about.

I felt sheepish to realize that while I might have forgotten them, they hadn’t forgotten me, and I resolved to get to meetings, no matter how tired I was.

And take the tests for those two merit badges, too–the very first chance I got.

That reminded me of another item of unfinished business, too–Noisy Edwards. But you can’t take a day off just to hunt somebody up and poke him in the snoot, not when you are making a farm. Besides it wouldn’t hurt anything for me to put on another ten pounds; I didn’t want it to be a repetition of the last time.

Dad showed up almost immediately with two men from his office and he took charge of bracing and sealing Peggy’s room. The fact that he showed up at all let me know that he was in on it–which he admitted. It had been Sergei’s idea and that was why Dad had put me off when I said it was about time to invite the neighbors in.

I got Dad aside. “Look, George,” I said, “how in tarnation are we going to feed ’em?” “Don’t worry about it,” he said.

“But I do worry about it!” Everybody knows it’s the obligation of the ‘steader whose house is being raised to provide the victuals and I had been taken by surprise.

“I said not to,” he repeated. And presently I knew why; Molly showed up with Mama Schultz, Gretchen, Sergei’s sister Marushka, and two girls who were friends of Peggy–and what they were carrying they couldn’t have carried on Earth. It was a number one picnic and Sergei had trouble getting them back to work after lunch.

Theoretically, Molly had done the cooking over at the Schultz’s but I know Mama Schultz–anyhow, let’s face it, Molly wasn’t much of a cook.

Molly had a note for me from Peggy. It read: “Dearest Billy, Please come into town tonight and tell me all about it. Pretty please!” I told Molly I would. By eighteen o’clock that afternoon the roof was on and we had a house. The door wasn’t hung; it was still down at the ‘Change. And the power unit

wasn’t in and might not be for a week. But we had a house that would keep off the rain, and a pint-sized cow barn as well, even if I didn’t own a cow.

9.        Why Did We Come?

According to my diary we moved into the house on the first day of spring.

Gretchen came over and helped me get ready for them. I suggested that we ask Marushka as well, since there would be lots of work to do. Gretchen said, “Suit yourself!” and seemed annoyed, so I didn’t. Women are funny. Anyhow Gretchen is a right good worker.

I had been sleeping in the house ever since the raising and even before the technicians from the engineer’s office had come and installed the antenna on the roof and rigged the lights and heat–but that was done before winter was started and I passed a comfortable month, fixing up the inside of the place and getting in a crop of ice for the summer. I stored the ice, several tons of it, in the gully at the side of the house, where I meant to plant apple trees just as soon as I could get fixed for it. The ice would keep there until I could build a proper cold cellar.

The first few months after the folks moved out are the happiest I can remember. We were together again and it was good. Dad still spent most of each dark phase in town, working on a part time basis, but that was quite as much because he was interested in the manufacturing project as it was to help pay off our debts. During light phase we worked almost around the clock, side by side or at least within earshot.

Molly seemed to like being a housewife. I taught her how to cook and she caught on real fast. Ganymede cooking is an art. Most things have to be cooked under pressure, even baked things, for water boils at just a little over a hundred and forty degrees. You can stir boiling water with your finger if you don’t leave it in too long. Then Molly started learning from Mama Schultz but I didn’t mind that; Mama Schultz was an artist. Molly got to be a really good cook.

Peg had to live in her room, of course, but we had hopes that she would be out soon. We had the pressure down to eight pounds, half oxygen and half nitrogen, and we usually all ate in her room. I still hated the thick stuff but it was worth while putting up with it so that the family could eat together. After a while I got so that I could change pressure without even an earache.

Peggy could come outside, too. We had brought her from town in a bubble stretcher–another thing bought on credit!–and Dad had fitted it with the gas apparatus from an old space suit he had salvaged from the Project Jove people. Peggy could get into the stretcher and shut herself in and we could bleed off the pressure in her room and take her outside where she could get some sunshine and look at the mountains and the lake and watch Dad and me work in the fields. The clear plastic of the bubble did not stop ultraviolet and it was good for her.

She was a skinny little runt and it was no trouble to move her around, even in the stretcher. Light phase, she spent a lot of time outdoors.

We had started with a broody hen and fifteen fertile eggs, and a pair of rabbits. Pretty soon we had meat of our own. We always let Peggy think that the fryers we ate came from the Schultzes and I don’t think she ever caught on. At first I used to go to the Schultz farm every day for fresh milk for Peggy, but I got a chance, midsummer, to get a fresh two-year-old cow on tick at a reasonable price. Peggy named her Mabel and was much irked that she couldn’t get at her to pet her.

We were on the move all the time. I still hadn’t managed to take my merit badge tests and I hadn’t done much better about getting in to Scout meetings. There was just too much to do. Building a pond, for example–Laguna Serenidad was being infected with plankton and algae but there weren’t fish in it yet and it would be a long time, even after the fish were stocked, before fishing would be allowed. So we did fish-pond gardening, Chinese style, after I got the pond built.

And there were always crops to work on. My cover grass had taken hold all right and shortly after we moved in the soil seemed ready to take angle worms. Dad was about to send a sample into town for analysis when Papa Schultz stopped by. Hearing what we were about he took up a handful of the worked soil, crumbled it, smelled it, tasted it, and told me to go ahead and plant my worms. I did and they did all right; we encountered them from time to time in working the fields thereafter.

You could see the stripes on the fields which had been planted with pay dirt by the way the grass came up. You could see that the infection was spreading, too, but not much. I had a lot of hard work ahead before the stripes would meet and blend together and then we could think about renting a cud-chewer and finishing off the other acre and a half, using our own field loam and our own compost heap to infect the new soil. After that we could see about crushing some more acres, but that was a long way away.

We put in carrots and lettuce and beets and cabbage and brussels sprouts and potatoes and broccoli. We planted corn between the rows. I would like to have put in an acre of wheat but it didn’t make sense when we had so little land. There was one special little patch close to the house where we put in tomatoes and Hubbard squash and some peas and beans.

Those were “bee” plants and Molly would come out and pollenate them by hand, a very tedious business. We hoped to have a hive of bees some day and the entomologists on the bionomics staff were practically busting their hearts trying to breed a strain of bees which would prosper out doors. You see, among other things, while our gravity was only a third Earth-normal, our air pressure was only a little better than a fifth Earth-normal and the bees resented it; it made flying hard work for them. Or maybe bees are just naturally conservative.

I guess I was happy, or too tired and too busy to be unhappy, right up to the following winter.

At first winter seemed like a good rest. Aside from getting the ice crop in and taking care of the cow and the rabbits and the chickens there wasn’t too much to do. I was tired out and cranky and didn’t know it; Molly, I think, was just quietly, patiently exhausted. She wasn’t used to farm life and she wasn’t handy at it, the way Mama Schultz was.

Besides that, she wanted inside plumbing and it just wasn’t in the cards for her to have it any time soon. I carried water for her, of course, usually having to crack ice in the stream to get it, but that didn’t cover everything, not with snow on the ground. Not that she complained.

Dad didn’t complain, either, but there were deep lines forming from his nose down to his mouth which his beard didn’t cover entirely. But it was mostly Peggy.

When we first moved her out to the farm she perked up a lot. We gradually reduced the pressure in her room and she kept insisting that she was fine and teasing for a chance to go out without the bubble stretcher. We even tried it once, on Dr. Archibald’s advice, and she didn’t have a nose bleed but she was willing to get back in after about ten minutes.

The fact was she wasn’t adjusting. It wasn’t just the pressure; something else was wrong. She didn’t belong here and she wouldn’t growhere. Have you ever had a plant that refused to be happy where you planted it? It was like that.

She belonged back on Earth.

I suppose we weren’t bad off, but there is a whale of a difference between being a rich farmer, like Papa Schultz, with heaps of cow manure in your barn yard and hams hanging in your cold cellar and every modern convenience you could want, even running water in your house, and being poor farmers, like us, scratching for a toe hold in new soil and in debt to the Commission. It told on us and that winter we had time to brood about it.

We were all gathered in Peggy’s room after lunch one Thursday. Dark phase had just started and Dad was due to go back into town; we always gave him a send off. Molly was darning and Peg and George were playing cribbage. I got out my squeeze box and started knocking out some tunes. I guess we all felt cheerful enough for a while. I don’t know how I happened to drift into it, but after a bit I found I was playing The Green Hills of Earth. I hadn’t played it in a long time.

I brayed through that fortissimo part about “Out ride the sons of Terra; Far drives the thundering jet–” and was thinking to myself that jets didn’t thunder any more. I was still thinking about it when I went on into the last chorus, the one you play very softly: “We pray for one last landing on the globe that gave us birth–“

I looked up and there were tears running down Molly’s cheeks.

I could have kicked myself. I put my accordion down with a squawk, not even finishing, and got up. Dad said, “What’s the matter, Bill?”, I muttered something about having to go take a look at Mabel.

I went out into the living room and put on my heavy clothes and actually did go outside, though I didn’t go near the barn. It had been snowing and it was already almost pitch dark, though the Sun hadn’t been down more than a couple of hours. The snow had stopped but there were clouds overhead and you couldn’t see Jupiter.

The clouds had broken due west and let the sunset glow come through a bit. After my eyes adjusted, by that tiny amount of light I could see around me–the mountains, snow to their bases, disappearing in the clouds, the lake, just a sheet of snow-covered ice, and the boulders beyond our fields, making weird shapes in the snow. It was a scene to match the way I felt; it looked like the place where you might be sent for having lived a long and sinful life.

I tried to figure out what I was doing in such a place.

The clouds in the west shifted a little and I saw a single bright green star, low down toward the horizon, just above where the Sun had set. It was Earth.

I don’t know how long I stood there. Presently somebody put a hand on my shoulder and I jumped. It was Dad, all bundled up for a nine-mile tramp through the dark and the snow.

“What’s the matter, Son?” he said.

I started to speak, but I was all choked up and couldn’t. Finally I managed to say, “Dad, why did we come here?” “Mmmm … you wanted to come. Remember?”

“I know,” I admitted.

“Still, the real reason, the basic reason, for coming here was to keep your grandchildren from starving. Earth is overcrowded, Bill.”

I looked back at Earth again. Finally I said, “Dad, I’ve made a discovery. There’s more to life than three square meals a day. Sure, we can make crops here– this land would grow hair on a billiard ball. But I don’t think you had better plan on any grandchildren here; it would be no favor to them. I know when I’ve made a mistake.”

“You’re wrong, Bill, Your kids will like this place, just the way Eskimos like where they live.” “I doubt it like the mischief.”

“Remember, the ancestors of Eskimos weren’t Eskimos; they were immigrants, too. If you send your kids back to Earth, for school, say, they’ll be homesick for Ganymede. They’ll hate Earth. They’ll weigh too much, they won’t like the air, they won’t like the climate, they won’t like the people.”

“Hmm–look, George, do you like it here? Are you glad we came?”

Dad was silent for a long time. At last he said, “I’m worried about Peggy, Bill.” “Yeah, I know. But how about yourself–and Molly?”

“I’m not worried about Molly. Women have their ups and downs. You’ll learn to expect that.” He shook himself and said, “I’m late. You go on inside

and have Molly fix you a cup of tea. Then take a look at the rabbits. I think the doe is about to drop again; we don’t want to lose the young ‘uns.” He

hunched his shoulders and set off down toward the road. I watched him out of sight and then went back inside.

1.        Line Up

Then suddenly it was spring and everything was all right.

Even winter seemed like a good idea when it was gone. We had to have winter; the freezing and thawing was necessary to develop the ground, not to mention the fact that many crops won’t come to fruit without cold weather. Anyway, anybody can live through four weeks of bad weather.

Dad laid off his job when spring came and we pitched in together and got our fields planted. I rented a power barrow and worked across my strips to spread the living soil. Then there was the back-breaking job of preparing the gully for the apple trees. I had started the seeds soon after Papa Schultz had given them to me, forcing them indoors, first at the Schultz’s, then at our place. Six of them had germinated and now they were nearly two feet tall.

I wanted to try them outdoors. Maybe I would have to take them in again next winter, but it was worth a try.

Dad was interested in the venture, too, not just for fruit trees, but for lumber. Wood seems like an obsolete material, but try getting along without it. I think George had visions of the Big Rock Candy Mountains covered with tall straight pines … someday, someday.

So we went deep and built it to drain and built it wide and used a lot of our winter compost and some of our precious topsoil. There was room enough for twenty trees when we got through, where we planted our six little babies. Papa Schultz came over and pronounced a benediction over them.

Then he went inside to say hello to Peggy, almost filling her little room. George used to say that when Papa inhaled the pressure in the room dropped.

A bit later Papa and Dad were talking in the living room; Dad stopped me as I was passing through. “Bill,” he asked, “how would you like to have a window about here?” He indicated a blank wall.

I stared. “Huh? How would we keep the place warm?” “I mean a real window, with glass.”

“Oh.” I thought about it. I had never lived in a place with windows in my life; we had always been apartment dwellers. I had seen windows, of course, in country houses back Earthside, but there wasn’t a window on Ganymede and it hadn’t occurred to me that there ever would be.

“Papa Schultz plans to put one in his house. I thought it might be nice to sit inside and look out over the lake, light phase evenings,” Dad went on. “To make a home you need windows and fireplaces,” Papa said placidly. “Now that we glass make, I mean to have a view.”

Dad nodded. “For three hundred years the race had glazed windows. Then they shut themselves up in little air-conditioned boxes and stared at silly television pictures instead. One might as well be on Luna.”

It was a startling idea, but it seemed like a good one. I knew they were making glass in town. George says that glassmaking is one of the oldest manufacturing arts, if not the oldest, and certainly one of the simplest. But I had thought about it for bottles and dishes, not for window glass. They already had glass buckets on sale at the ‘Change, for about a tenth the cost of the imported article.

A view window–it was a nice idea. We could put one on the south and see the lake and another on the north and see the mountains. Why, I could even put in a skylight and lie on my bunk and see old Jupiter.

Stow it, William, I said to myself; you’ll be building a whole house out of glass next. After Papa Schultz left I spoke to George about it. “Look,” I said, “about this view window idea. It’s a good notion, especially for Peggy’s room, but the question is: can we afford it?”

“I think we can,” he answered.

“I mean can we afford it without your going back to work in town? You’ve been working yourself to death –and there’s no need to. The farm can support us now.”

He nodded. “I had been meaning to speak about that. I’ve about decided to give up the town work, Bill–except for a class I’ll teach on Saturdays.” “Do you have to do that?”

“Happens that I like to teach engineering, Bill And don’t worry about the price of the glass; well get it free–a spot of cumshaw coining to your old man for designing the glass works. “The kine who tread the grain,'” he quoted. “Now you and I had better get busy; there is a rain scheduled for fifteen o’clock.’

It was maybe three weeks later that the moons lined up. This is an event that almost never happens, Ganymede, Callisto, Io, and Europa, all perfectly lined up and all on the same side of Jupiter. They come close to lining up every seven hundred and two days, but they don’t quite make it ordinarily. You see, their periods are all different, from less than two days for Io to more than two weeks for Callisto and the fractions don’t work out evenly. Besides that they have different eccentricities to their orbits and their orbits aren’t exactly in the same plane.

As you can see, a real line up hardly ever happens.

Besides that, this line up was a line up with the Sun, too; it would occur at Jupiter full phase. Mr. Hooker, the chief meteorologist, announced that it had been calculated that such a perfect line up would not occur again for more than two hundred thousand years. You can bet we were all waiting to see it. The Project Jove scientists were excited about it, too, and special arrangements had been made to observe it.

Having it occur at Jupiter full phase meant not only that a sixth heavenly body–the Sun–would be in the line up, but that we would be able to see it. The shadows of Ganymede and Callisto would be centered on Jupiter just as Io and Europa reached mid transit.

Full phase is at six o’clock Saturday morning; we all got up about four-thirty and were outside by five. George and I carried Peggy out in her bubble stretcher. We were just in time.

It was a fine, clear summer night, light as could be, with old Jupiter blazing overhead like a balloon on fire. Io had just barely kissed the eastern edge of Jupiter–“first contact” they call it. Europa was already a bit inside the eastern edge and I had to look sharp to see it.

When a moon is not in full phase it is no trouble to pick it out while it’s making its transit, but at full phase it tends to blend into the background. However, both Ioand Europa are just a hair brighter than Jupiter. Besides that, they break up the pattern of Jupiter’s bands and that lets you see them, too.

Well inside, but still in the eastern half–say about half way to Jupiter’s center point–were the shadows of Ganymede and Callisto. I could not have told them apart, if I hadn’t known that the one further east had to be Ganymede’s. They were just little round black dots; three thousand miles or so isn’t anything when it’s plastered against Jupiter’s eighty-nine thousand mile width.

Io looked a bit bigger than the shadows; Europa looked more than half again as big, about the way the Moon looks from Earth.

We felt a slight quake but it wasn’t even enough to make us nervous; we were used to quakes. Besides that, about then Io”kissed” Europa. From then on, throughout the rest of the show, Io gradually slid underneath, or behind, Europa.

They crawled across the face of Jupiter; the moons fairly fast, the shadows in a slow creep. When we had been outside a little less than half an hour the two shadows kissed and started to merge. Io had slid halfway under Europa and looked like a big tumor on its side. They were almost halfway to center and the shadows were even closer.

Just before six o’clock Europa–you could no longer see Io; Europa covered it–as I was saying, Europa kissed the shadow, which by now was round, just one shadow.

Four or five minutes later the shadow had crawled up on top of Europa; they were all lined up–and I knew I was seeing the most extraordinary sight I would ever see in my life, Sun, Jupiter, and the four biggest moons all perfectly lined up.

I let out a deep breath: I don’t know how long I had been holding it. “Gee whiz!” was all I could think of to say.

“I agree in general with your sentiments, Bill,” Dad answered. “Molly, hadn’t we better get Peggy inside? I’m afraid she is getting cold.”

“Yes,” agreed Molly. “I know I am, for one.”

“I’m going down to the lake now,” I said. The biggest tide of record was expected, of course. While the lake was too small to show much tide, I had made a mark the day before and I hoped to be able to measure it.

“Don’t get lost in the dark,” Dad called out. I didn’t answer him. A silly remark doesn’t require an answer. I had gotten past the road and maybe a quarter of a mile beyond when it hit.

It knocked me flat on my face, the heaviest shake I had ever felt in my life. I’ve felt heavy quakes in California; they weren’t a patch on this one. I lay face down for a long moment, digging into the rock with my finger nails and trying to get it to hold still.

The seasick roll kept up and kept up and kept up, and with it the noise–a deep bass rumble, deeper than thunder and more terrifying.

A rock rolled up against me and nipped my side. I got to my feet and managed to stay there. The ground was still swaying and the rumble kept on. I headed for the house, running–like dancing over shifting ice. I fell down twice and got up again.

The front end of the house was all caved in. The roof slanted down at a crazy angle. “George!” I yelled. “Molly! Where are you?”

George heard me and straightened up. He was on the other side of the house and now I saw him over the collapsed roof. He didn’t say anything. I rushed around to where he stood. “Are you all right?” I demanded.

“Help me get Molly out–” he gasped.

I found out later that George had gone inside with Molly and Peggy, had helped get Peg out of the stretcher and back into her room, and then had gone outside, leaving Molly to get breakfast. The quake had hit while he was returning from the barn. But we didn’t have time then to talk it over; we dug–moving slabs with our bare hands that had taken four Scouts, working together, to lay. George kept crying, “Molly! Molly! Where are you?”

She was lying on the floor beside the stone work bench that was penned in by the roof. We heaved it off her; George scrambled over the rubble and reached her. “Molly! Molly darling!”

She opened her eyes. “George!” “Are you all right?”

“What happened?”

“Quake. Are you all right? Are you hurt?”

She sat up, made a face as if something hurt her, and said, “I think I– George! Where’s Peggy? Get Peggy!”

Peggy’s room was still upright; the reinforcements had held while the rest of the house had gone down around it. George insisted on moving Molly out into the open first, then we tackled the slabs that kept us from getting at the air lock to Peggy’s room.

The outer door of the air lock was burst out of its gaskets and stood open, the wrong way. It was black inside the lock; Jupiter light didn’t reach inside. I couldn’t see what I was doing but when I pushed on the inner door it wouldn’t give. “Can’t budge it,” I told Dad. “Get a light.”

“Probably still held by air pressure. Call out to Peggy to get in the stretcher and we’ll bleed it.” “I need a light,” I repeated.

“I haven’t got a light.”

“Didn’t you have one with you?” I had had one; we always carried torches, outdoors in dark phase, but I had dropped mine when the quake hit. I didn’t know where it was.

Dad thought about it, then climbed over the slabs. He was back in a moment. “I found it between here and the barn. I must have dropped it.” He shined it on the inner door and we looked over the situation.

“It looks bad,” Dad said softly. “Explosive decompression.” There was a gap you could poke your fingers through between the top of the door and the frame; the door wasn’t pressure held, it was jammed.

Dad called out, “Peggy! Oh, Peggy, darling–can you hear me?”

No answer. “Take the light, Bill–and stand aside.” He reared back and then hit the door hard with his shoulder. It gave a bit but didn’t open. He hit it again and it flew open, spilling him on his hands and knees. He scrambled up as I shined the light in past him.

Peggy lay half in and half out of bed, as if she had been trying to get up when she passed out. Her head hung down and a trickle of blood was dripping from her mouth on to the floor.

Molly had come in right behind us; she and Dad got Peggy into the stretcher and Dad brought the pressure up. She was alive; she gasped and choked and sprayed blood over us while we were trying to help her. Then she cried. She seemed to quiet down and go to sleep –or maybe fainted again–after we got her into the bubble.

Molly was crying but not making any fuss about it. Dad straightened up, wiped his face and said, “Grab on, Bill. We’ve got to get her into town.”

I said, “Yes,” and picked up one end. With Molly holding the light and us carrying, we picked our way over the heap of rock that used to be our house and got out into the open. We put the stretcher down for a moment and I looked around.

I glanced up at Jupiter; the shadows were still on his face and Io and Europa had not yet reached the western edge. The whole thing had taken less than an hour. But that wasn’t what held my attention; the sky looked funny.

The stars were too bright and there were too many of them. “George,” I said, “what’s happened to the sky?” “No time now–” he started to say. Then he stopped and said very slowly, “Great Scott!”

“What?” asked Molly. “What’s the matter?”

“Back to the house, all of you! We’ve got to dig out all the clothes we can get at. And blanketsl” “What? Why?”

“The heat trap! The heat trap is gone–the quake must have gotten the power house.”

So we dug again, until we found what we had to have. It didn’t take long; we knew where things had to be. It was just a case of getting the rocks off. The blankets were for the stretcher; Dad wrapped them around like a cocoon and tied them in place. “Okay, Bill,” he said. “Quick march, nowl”

It was then that I heard Mabel bawl. I stopped and looked at Dad. He stopped too, with an agony of indecision on his face. “Oh, damn!” he said, the first time I had ever heard him really swear. “We can’t just leave her to freeze; she’s a member of the family. Come, Bill.”

We put the stretcher down again and ran to the bam. It was a junk heap but we could tell by Mabel’s complaints where she was. We dragged the roof off her and she got to her feet. She didn’t seem to be hurt but I guess she had been knocked silly. She looked at us indignantly.

We had a time of it getting her over the slabs, with Dad pulling and me pushing. Dad handed the halter to Molly. “How about the chickens?” I asked, “And the rabbits?” Some of them had been crushed; the rest were loose around the place. I felt one–a rabbit –scurry between my feet

“No time!” snapped Dad. “We can’t take them; all we could do for them would be to cut their throats. Come!” We headed for the road.

Molly led the way, leading and dragging Mabel and carrying the light. We needed the light. The night, too bright and too clear a few minutes before, was now suddenly overcast. Shortly we couldn’t see Jupiter at all, and then you couldn’t count your fingers in front of your face.

The road was wet underfoot, not rain, but sudden dew; it was getting steadily colder.

Then it did rain, steadily and coldly. Presently it changed to wet snow. Molly dropped back. “George,” she wanted to know, “have we come as far as the turn off to the Schultz’s?”

“That’s no good,” he answered. “We’ve got to get the baby into the hospital.” That isn’t what I meant. Oughtn’t I to warn them?”

They’ll be all right. Their house is sound.”

“But the cold?”

“Oh.” He saw what she meant and so did I, when I thought about it. With the heat trap gone and the power house gone, every house in the colony was going to be like an ice box. What good is a power receiver on your roof with no power to receive? It was going to get colder and colder and colder ….

And then it would get colder again. And colder….

“Keep moving,” Dad said suddenly. “We’ll figure it out when we get there.”

But we didn’t figure it out, because we never found the turn off. The snow was driving into our faces by then and we must have walked on past it. It was a dry snow now, little sharp needles that burned when they hit.

Without saying anything about it, I had started counting paces when we left the walls of lava that marked the place where the new road led to our place and out to the new farms beyond. As near as I could make it we had come about five miles when Molly stopped. “What’s the matter?” yelled Dad.

“Dear,” she said, “I can’t find the road. I think I’ve lost it.”

I kicked the snow away underfoot. It was made ground, all right–soft. Dad took the torch and looked at his watch. “We must have come about six miles,” he announced.

“Five,” I corrected him. “Or five and a half at the outside,” I told him I had been counting.

He considered it. “We’ve come just about to that stretch where the road is flush with the field,” he said. “It can’t be more than a half mile or a mile to the cut through Kneiper’s Ridge. After that we can’t lose it. Bill, take the light and cast off to the right for a hundred paces, then back to the left. If that doesn’t do it, well go further. And for heaven’s sakes retrace your steps–it’s the only way you’ll find us in this storm.”

I took the light and set out. To the right was no good, though I went a hundred and fifty paces instead of a hundred, I got back to them, and reported, and started out again. Dad just grunted; he was busy with something about the stretcher.

On the twenty-third step to the left I found the road –by stepping down about a foot, falling flat on my face, and nearly losing the light. I picked myself up and went back.

“Good!” said Dad. “Slip your neck through this.”

“This” was a sort of yoke he had devised by retying the blankets around the stretcher so as to get some free line. With my neck through it I could carry the weight on my shoulders and just steady my end with my hands. Not that it was heavy, but our hands were getting stiff with cold. “Good enough!” I said, “But, look, George–let Molly take your end.”

“Nonsense!”

“It isn’t nonsense. Molly can do it–can’t you, Molly? And you know this road better than we do; you’ve tramped it enough times in the dark.” “Bill is right, dear,” Molly said at once. “Here–take Mabel.”

Dad gave in, took the light and the halter. Mabel didn’t want to go any further; she wanted to sit down, I guess. Dad kicked her in the rear and jerked

on her neck. Her feelings were hurt; she wasn’t used to that sort of treatment–particularly not from Dad. But there was no time to humor her; it was getting colder.

We went on. I don’t know how Dad kept to the road but he did. We had been at it another hour, I suppose, and had left Kneiper’s slot well behind, when Molly stumbled, then her knees just seemed to cave in and she knelt down in the snow.

I stopped and sat down, too; I needed the rest. I just wanted to stay there and let it snow.

Dad came back and put his arms around her and comforted her and told her to lead Mabel now; she couldn’t get lost on this stretch. She insisted that she could still carry. Dad ignored her, just lifted the yoke business off her shoulders. Then he came back and peeled a bit of blanket off the bubble and shined the torch inside. He put it back into place. Molly said, “How is she?’

Dad said, “She’s still breathing. She opened her eyes when the light hit them. Let’s go.” He got the yoke on and Molly took the light and the halter. Molly couldn’t have seen what I saw; the plastic of the bubble was frosted over on the inside. Dad hadn’t seen Peggy breathe; he hadn’t seen

anything.

I thought about it for a long while and wondered how you would classify that sort of a lie. Dad wasn’t a liar, that was certain–and yet it seemed to me that such a lie, right then, was better than the truth. It was complicated.

Pretty soon I forgot it; I was too busy putting one foot in front of the other and counting the steps. I couldn’t feel my feet any longer. Dad stopped and I bumped into the end of the stretcher. “Listen!” he said.

I listened and heard a dull rumble. “Quake?”

“No. Keep quiet.” Then he added, “It’s down the road. Off the road, everybody! Off to the right.”

The rumble got louder and presently I made out a light through the snow, back the way we had come. Dad saw it, too, and stepped out on the road and started waving our torch.

The rumble stopped almost on top of him; it was a rock crusher and it was loaded down with people, people clinging to it all over and even riding the spade. The driver yelled, “Climb on! And hurry!”

Then he saw the cow and added, “No live stock.”

“We’ve got a stretcher with my little girl in it,” Dad shouted back to him. “We need help.”

There was a short commotion, while the driver ordered a couple of men down to help us. In the mix up Dad disappeared. One moment Molly was holding Mabel’s halter, then Dad was gone and so was the cow.

We got the stretcher up onto the spade and some of the men braced it with their backs. I was wondering what to do about Dad and thinking maybe I ought to jump off and look for him, when he appeared out of the darkness and scrambled up beside me. “Where’s Molly?” he asked.

“Up on top. But where is Mabel? What did you do with her?”

“Mabel is all right.” He folded his knife and put it in his pocket. I didn’t ask any more questions.

2.        Disaster

We passed several more people after that, but the driver wouldn’t stop. We were fairly close into town and he insisted that they could make it on their own. His emergency power pack was running low, he said; he had come all the way from the bend in the lake, ten miles beyond our place.

Besides, I don’t know where he would have put them. We were about three deep and Dad had to keep warning people not to lean on the bubble of

the stretcher.

Then the power pack did quit and the driver shouted, “Everybody off! Get on in on your own.” But by now we were actually in town, the outskirts, and it would have been no trouble if it hadn’t been blowing a blizzard. The driver insisted on helping Dad with the stretcher. He was a good Joe and turned out to be–when I saw him in the light–the same man who had crushed our acreage.

At long, long last we were inside the hospital and Peggy was turned over to the hospital people and put in a pressurized room. More than that, she was alive. In bad shape, but alive.

Molly stayed with her. I would like to have stayed, too–it was fairly warm in the hospital; it had its own emergency power pack. But they wouldn’t let me.

Dad told Molly that he was reporting to the chief engineer for duty. I was told to go to the Immigration Receiving Station. I did so and it was just like the day we landed, only worse–and colder. I found myself right back in the very room which was the first I had ever been in on Ganymede.

The place was packed and getting more packed every minute as more refugees kept pouring in from the surrounding country. It was cold, though not so bitterly cold as outside. The lights were off, of course; light and heat all came from the power plant for everything.

Hand lights had been set up here and there and you could sort of grope your way around. There were the usual complaints, too, though maybe not as bad as you hear from immigrants. I paid no attention to any of them; I was happy in a dead beat sort of way just to be inside and fairly warm and feel the blood start to go back into my feet.

We stayed there for thirty-seven hours. It was twenty-four hours before we got anything to eat.

Here was the way it went: the metal buildings, such as the Receiving Station, stood up. Very few of the stone buildings had, which we knew by then from the reports of all of us. The Power Station was out, and with it, the heat trap. They wouldn’t tell us anything about it except to say that it was being fixed.

In the mean time we were packed in tight as they could put us, keeping the place warm mainly by the heat from our bodies, sheep style. There were, they say, several power packs being used to heat the place, too, one being turned on every time the temperature in the room dropped below freezing. If so, I never got close to one and I don’t think it ever did get up to freezing where I was.

I would sit down and grab my knees and fall into a dopey sleep. Then a nightmare would wake me up and I’d get up and pound myself and walk around. After a while I’d sit down on the floor and freeze my fanny again.

I seem to remember encountering Noisy Edwards in the crowd and waving my finger under his nose and telling him I had an appointment to knock his block off. I seem to remember him staring back at me as if he couldn’t place me. But I don’t know; I may have dreamed it. I thought I ran across Hank, too, and had a long talk with him, but Hank told me afterwards that he never laid eyes on me the whole time.

After a long time–it seemed a week but the records show it was eight o’clock Sunday morning–they passed us out some lukewarm soup. It was wonderful. After that I wanted to leave the building to go to the hospital. I wanted to find Molly and see how Peggy was doing.

They wouldn’t let me. It was seventy below outside and still dropping. About twenty-two o’clock the lights came on and the worst was over.

We had a decent meal soon after that, sandwiches and soup, and when the Sun came up at midnight they announced that anybody could go outside who cared to risk it. I waited until noon Monday. By then it was up to twenty below and I made a dash for it to the hospital.

Peggy was doing as well as could be expected. Molly had stayed with her and had spent the time in bed with her, huddling up to her to keep her warm. While the hospital had emergency heat, it didn’t have the capacity to cope with any such disaster as had struck us; it was darn near as cold as the Receiving Station. But Peggy had come through it, sleeping most of the time. She even perked up enough to smile and say hello.

Molly’s left arm was in a sling and splinted. I asked how that happened–and then I felt foolish. It had happened in the quake itself but I hadn’t known it and George still didn t know about it; none of the engineers were back.

It didn’t seem possible that she could have done what she did, until I recalled that she carried the stretcher only after Dad had rigged the rope yokes. Molly is all right.

They chased me out and I high-tailed it back to the Receiving Station and ran into Sergei almost at once. He hailed me and I went over to him. He

had a pencil and a list and a number of the older fellows were gathered around him. “What’s up?” I said.

“Just the guy I’m looking for,” he said. “I had you down for dead. Disaster party–are you in?”

I was in, all right. The parties were made up of older Scouts, sixteen and up, and the younger men, We were sent out on the town’s tractors, one to each road, and we worked in teams of two. I spotted Hank Jones as we were loading and they let us make up a team.

It was grim work. For equipment we had shovels and lists–lists of who lived on which farm. Sometimes a name would have a notation “known to be alive,” but more often not. A team would be dropped off with the lists for three or four farms and the tractor would go on, to pick them up on the return trip.

Our job was to settle the doubt about those other names and–theoretically–to rescue anyone still alive. We didn’t find anyone alive.

The lucky ones had been killed in the quake; the unlucky ones had waited too long and didn’t make it into town. Some we found on the road; they had tried to make it but had started too late. The worst of all were those whose houses hadn’t fallen and had tried to stick it out. Hank and I found one couple just sitting, arms around each other. They were hard as rock.

When we found one, we would try to identify it on the list, then cover it up with snow, several feet deep, so it would keep for a while after it started to thaw.

When we settled with the people at a farm, we rummaged around and found all the livestock we could and carried or dragged their carcasses down to the road, to be toted into town on the tractor and slapped into deep freeze. It seemed a dirty job to do, robbing the dead, but, as Hank pointed out, we would all be getting a little hungry by and by.

Hank bothered me a little; he was merry about the whole thing. I guess it was better to laugh about it, in the long run, and after a while he had me doing it. It was just too big to soak up all at once and you didn’t dare let it get you.

But I should have caught on when we came to his own place. “We can skip it,” he said, and checked off the list. “Hadn’t we better check for livestock?” I said.

“Nope. We’re running short of time. Let’s move on to the Millers’ place.” “Did they get out?”

“I don’t know. I didn’t see any of them in town.”

The Millers hadn’t gotten out; we barely had time to take care of them before the tractor picked us up. It was a week later that I found out that both of Hank’s parents had been killed in the quake. He had taken time to drag them out and put them into their ice cellar before he had headed for town.

Like myself, Hank had been outside when it hit, still looking at the line up. The fact that the big shock had occurred right after the line up had kept a lot of people from being killed in their beds–but they say that the line up caused the quake, triggered it, that is, with tidal strains, so I guess it sort of evens up. Of course, the line up didn’t actually make the quake; it had been building up to it ever since the beginning of the atmosphere project. Gravity’s books have got to balance.

The colony had had thirty-seven thousand people when the quake hit. The census when we finished it showed less than thirteen thousand. Besides that we had lost every crop, all or almost all the livestock. As Hank said, we’d all be a little hungry by and by.

They dumped us back at the Receiving Station and a second group of parties got ready to leave. I looked for a quiet spot to try to get some sleep. I was just dozing off, it seemed to me, when somebody shook me. It was Dad. “Are you all right, Bill?”

I rubbed my eyes. “I’m okay. Have you seen Molly and Peggy?”

“Just left them. I’m off duty for a few hours. Bill, have you seen anything of the Schultzes?”

I sat up, wide awake. “No. Have you?” “No.”

I told him what I had been doing and he nodded. “Go back to sleep, Bill. I’ll see if there has been a report on them.”

I didn’t go to sleep. He was back after a bit to say that he hadn’t been able to find out anything one way or another. “I’m worried, Bill.” “So am I.”

“I’m going out and check up.” “Let’s go.”

Dad shook his head. “No need for us both. You get some sleep.” I went along, just the same.

We were lucky. A disaster party was just heading down our road and we hitched a ride. Our own farm and the Schultz’s place were among those to be covered on this trip; Dad told the driver that we would check both places and report when we got back to town. That was all right with him.

They dropped us at the turn off and we trudged up toward the Schultz’s house. I began to get the horrors as we went. It’s one thing to pile snow over comparative strangers; it’s another thing entirely to expect to find Mama Schultz or Gretchen with their faces blue and stiff.

I didn’t visualize Papa as dead; people like Papa Schultz don’t die-they just go on forever. Or it feels like that. But I still wasn’t prepared for what we did find.

We had just come around a little hummock that conceals their house from the road. George stopped and said, “Well, the house is still standing. His quake-proofing held.”

I looked at it, then I stared–and then I yelled. “Hey, George! The Tree is gone!”

The house was there, but the apple tree–“the most beautiful tree on Ganymede”–was missing. Just gone. I began to run. We were almost to the house when the door opened. There stood Papa Schultz.

They were all safe, every one of them. What remained of the tree was ashes in the fireplace. Papa had cut it down as soon as the power went off and the temperature started to drop–and then had fed it, little by little, into the flames.

Papa, telling us about it, gestured at the blackened firebox. “Johann’s folly, they called it. I guess they will not think old Appleseed Johnny quite so foolish now, eh?” He roared and slapped Dad on the shoulders.

“But your tree,” I said stupidly.

“I will plant another, many others.” He stopped and was suddenly serious. “But your trees, William, your brave little baby trees–they are dead, not?” I said I hadn’t seen them yet. He nodded solemnly. “They are dead of the cold. Hugo!”

“Yes, Papa.”

“Fetch me an apple.” Hugo did so and Papa presented it to me. “You will plant again.” I nodded and stuck it in my pocket.

They were glad to hear that we were all right, though Mama clucked over Molly’s broken arm. Yo had fought his way over to our place during the first part of the storm, found that we were gone and returned, two frost bitten ears for his efforts. He was in town now to look for us.

But they were all right, every one of them. Even their livestock they had saved–cows, pigs, chickens, people, all huddled together throughout the

cold and kept from freezing by the fire from their tree.

The animals were back in the barn, now that power was on again, but the place still showed that they had been there–and smelled of it, too. I think Mama was more upset by the shambles of her immaculate living room than she was by the magnitude of the disaster. I don’t think she realized that most of her neighbors were dead. It hadn’t hit her yet.

Dad turned down Papa Schultz’s offer to come with us to look over our farm. Then Papa said he would see us on the tractor truck, as he intended to go into town and find out what he could do. We had mugs of Mama’s strong tea and some corn bread and left.

I was thinking about the Schultzes and how good it was to find them alive, as we trudged over to our place. I told Dad that it was a miracle. He shook his head. “Not a miracle. They are survivor types.”

“What type is a survivor type?” I asked.

He took a long time to answer that one. Finally he said, “Survivors survive. I guess that is the only way to tell the survivor type for certain.” I said. “We’re survivor types, too, in that case.”

“Could be,” he admitted. “At least we’ve come through this one.”

When I had left, the house was down. In the mean time I had seen dozens of houses down, yet it was a shock to me when we topped the rise and I saw that it really was down. I suppose I expected that after a while I would wake up safe and warm in bed and everything would be all right.

The fields were there, that was all that you could say for it. I scraped the snow off a stretch I knew was beginning to crop. The plants were dead of course and the ground was hard. I was fairly sure that even the earth worms were dead; they had had nothing to warn them to burrow below the frost line.

My little saplings were dead, of course.

We found two of the rabbits, huddled together and stiff, under a drift against what was left of the barn. We didn’t find any of the chickens except one, the first old hen we ever had. She had been setting and her nest wasn’t crushed and had been covered by a piece of the fallen roof of the barn. She was still on it, hadn’t moved and the eggs under her were frozen. I think that was what got me.

I was just a chap who used to have a farm.

Dad had been poking around the house. He came back to the barn and spoke to me. “Well, Bill?” I stood up. “George, I’ve had it.”

“Then let’s go back to town. The truck will be along shortly.” “I mean I’ve really had it!”

“Yes, I know.”

I took a look in Peggy’s room first, but Dad’s salvage had been thorough. My accordion was in there, however, with snow from the broken door drifted over the case. I brushed it off and picked it up. “Leave it,” Dad said. “It’s safe here and you’ve no place to put it.”

“I don’t expect to be back,” I said. “Very well.”

We made a bundle of what Dad had gotten together, added the accordion, the two rabbits and the hen, and carried it all down to the road. The tractor showed up presently, we got aboard and Dad chucked the rabbits and chicken on the pile of such that they had salvaged. Papa Schultz was waiting at his turnoff.

Dad and I tried to spot Mabel by the road on the trip back, but we didn’t find her. Probably she had been picked up by an earlier trip, seeing that she

was close to town. I was just as well pleased. All right, she had to be salvaged–but I didn’t want the job. I’m not a cannibal.

I managed to get some sleep and a bite to eat and was sent out on another disaster party. The colony began to settle down into some sort of routine. Those whose houses had stood up moved back into them and the rest of us were taken care of in the Receiving Station, much as we had been when our party landed. Food was short, of course, and Ganymede had rationing for the first time since the first colonials really got started.

Not that we were going to starve. In the first place there weren’t too many of us to feed and there had been quite a lot of food on hand. The real pinch would come later. It was decided to set winter back by three months, that is, start all over again with spring–which messed up the calendar from then on. But it would give us a new crop as quickly as possible to make up for the one that we had lost.

Dad stayed on duty with the engineer’s office. Plans called for setting up two more power plants, spaced around the equator, and each of them capable of holding the heat trap alone. The disaster wasn’t going to be allowed to happen again. Of course the installations would have to come from Earth, but we had been lucky on one score; Mars was in a position to relay for us. The report had gone into Earth at once and, instead of another load of immigrants, we were to get what we needed on the next trip.

Not that I cared. I had stayed in town, too, although the Schultzes had invited me to stay with them. I was earning my keep helping to rebuild and quakeproof the houses of the survivors. It had been agreed that we would all go back, George, Molly, Peggy, and me, on the first trip, if we could get space. It had been unanimous except that Peggy hadn’t been consulted; it just had to be.

We weren’t the only ones who were going back. The Colonial Commission had put up a squawk of course, but under the circumstances they had to give in. After it had been made official and the lists were opened Dad and I went over to the Commission agent’s office to put in our applications. We were about the last to apply; Dad had been out of town on duty and I had waited until he got back.

The office was closed with a “Back in a half hour” sign stuck on the door. We waited. There were bulletin boards outside the office; on them were posted the names of those who had applied for repatriation. I started reading them to kill time and so did Dad.

I found Saunders’ name there and pointed it out to George. He grunted and said, “No loss.” Noisy Edwards’ name was there, too; maybe I had seen him in the Receiving Station, although I hadn’t seen him since. It occurred to me that I could probably corner him in the ship and pay him back his lumps, but I wasn’t really interested in the project. I read on down.

I expected to find Hank Jones’ name there, but I couldn’t find it. I started reading the list carefully, paying attention to every name I recognized. I began to see a pattern.

Presently the agent got back and opened the door. Dad touched my arm. “Come on, Bill.” I said, “Wait a minute, George. You read all the names?”

“Yes, I did.”

“I’ve been thinking. You know, George, I don’t like being classed with these lugs.” He chewed his lip. “I know exactly what you mean.”

I took the plunge. “You can do as you like, George, but I’m not going home, if I ever do, until I’ve licked this joint.”

Dad looked as unhappy as he could look. He was silent for a long time, then he said, “I’ve got to take Peggy back, Bill. She won’t go unless Molly and I go along. And she’s got to go.”

“Yes, I know.”

“You understand how it is, Bill?”

“Yes, Dad, I understand.” He went on in to make out his application, whistling a little tune he used to whistle just after Anne died. I don’t think he knew he was whistling it.

I waited for him and after a bit we went away together.

I moved back out to the farm the next day. Not to the Schultzes–to the farm. I slept in Peggy’s room and got busy fixing the place up and getting

ready to plant my emergency allowance of seed.

Then, about two weeks before they were to leave in the Covered Wagon, Peggy died, and there wasn’t any reason for any of us to go back to Earth.

Yo Schultz had been in town and Dad sent word back by him. Yo came over and woke me up and told me about it. I thanked him.

He wanted to know if I wanted to come back to the house with him. I said, no, thanks, that I would rather be alone. He made me promise to come over the next day and went away.

I lay back down on Peggy’s bed.

She was dead and there was nothing more I could do about it She was dead and it was all my fault … if I hadn’t encouraged her, they would have been able to get her to go back before it was too late. She would be back Earthside, going to school and growing up healthy and happy–right back in California, not here in this damned place where she couldn’t live, where human beings were never meant to live.

I bit the pillow and blubbered. I said, “Oh, Anne, Anne! Take care of her, Anne–She’s so little; she won’t know what to do.” And then I stopped bawling and listened, half way expecting Anne to answer me and tell me she would,

But I couldn’t hear anything, not at first … and what I did hear was only, “Stand tall, Billy,” . .. very faint and far away, “Stand tall, son.” After a while I got up and washed my face and started hoofing it back into town.

3.        Pioneer Party

We all lived in Peggy’s room until Dad and I had the seeds in, then we built on to it, quake proof this time and with a big view window facing the lake and another facing the mountains. We knocked a window in Peggy’s room, too; it made it seem like a different place.

We built on still another room presently, as it seemed as if we might be needing it. All the rooms had windows and the living room had a fireplace. Dad and I were terribly busy the second season after the quake. Enough seed could be had by then and we farmed the empty farm across the road

from us. Then some newcomers, the Ellises, moved in and paid us for the crop. It was just what they call a “book transaction,” but it reduced our

debt with the Commission.

Two G-years after the line up you would never have known that anything had happened. There wasn’t a wrecked building in the community, there were better than forty-five thousand people, and the town was booming. New people were coming in so fast that you could even sell some produce to the Commission in lieu of land.

We weren’t doing so badly, ourselves. We had a hive of bees. We had Mabel II, and Margie and Mamie, and I was sending the spare milk into town by the city transport truck that passed down our road once a day. I had broken Marge and Mamie to the yoke and used them for ploughing as well– we had crushed five more acres–and we were even talking about getting a horse.

Some people had horses already, the Schultzes for instance. The council had wrangled about it before okaying the “invasion,” with conservatives holding out for tractors. But we weren’t equipped to manufacture tractors yet and the policy was to make the planet self-sufficient–the hay burners won out. Horses can manufacture more horses and that is one trick that tractors have never learned.

Furthermore, though I would have turned my nose up at the idea when I was a ground hog back in Diego Borough, horse steak is very tasty.

It turned out we did need the extra room. Twins– both boys. New babies don’t look as if they were worth keeping, but they get over it–slowly. I bought a crib as a present for them, made right here on Ganymede, out of glass fabric stuck together with synthetic resin. It was getting possible to buy quite a number of home products.

I told Molly I would initiate the brats into the Cubs when they were old enough. I was getting in to meetings oftener now, for I had a patrol again–the Daniel Boone patrol, mostly new kids. I still hadn’t taken my own tests but you can’t do everything at once. Once I was scheduled to take them and a

litter of pigs picked that day to arrive. But I planned to take them; I wanted to be an Eagle Scout again, even if I was getting a little old to worry about badges in themselves.

It may sound as if the survivors didn’t give a hoot about those who had died in the disaster. But that isn’t the truth. It was just that you work from day to day and that keeps your mind busy. In any case, we weren’t the first colony to be two-thirds wiped out– and we wouldn’t be the last. You can grieve only so much; after that it’s self pity. So George says.

George still wanted me to go back to Earth to finish my education and I had been toying with the idea myself. I was beginning to realize that there were a few things I hadn’t learned. The idea was attractive; it would not be like going back right after the quake, tail between my legs. I’d be a property owner, paying my own way. The fare was considerable–five acres–and would about clean me out, my half, and put a load on George and Molly. But they were both for it.

Besides, Dad owned blocked assets back Earthside which would pay my way through school. They were no use to him otherwise; the only thing the Commission will accept as pay for imports is proved land. There was even a possibility, if the council won a suit pending back Earthside, that his blocked assets could be used for my fare as well and not cost us a square foot of improved soil. All in all, it was nothing to turn down idly.

We were talking about me leaving on the NewArk when another matter came up–the planetary survey.

Ganymede had to have settlements other than Leda; that was evident even when we landed. The Commission planned to set up two more ports-of- entry near the two new power stations and let the place grow from three centers. The present colonists were to build the new towns–receiving stations, hydroponics sheds, infirmaries, and so forth–and be paid for it in imports. Immigration would be stepped up accordingly, something that the Commission was very anxious to do, now that they had the ships to dump them in on us in quantity.

The old Jitterbug was about to take pioneer parties out to select sites and make plans–and both Hank and Sergei were going.

I wanted to go so bad I could taste it In the whole time I had been here I had never gotten fifty miles from Leda. Suppose somebody asked me what it was like on Ganymede when I got back on Earth? Truthfully, I wouldn’t be able to tell them; I hadn’t been any place.

I had had a chance, once, to make a trip to Barnard’s Moon, as a temporary employee of Project Jove–and that hadn’t worked out either. The twins. I stayed back and took care of the farm.

I talked it over with Dad.

“I hate to see you delay it any longer,” he said seriously. I pointed out that it would be only two months. “Hmmm–” he said. “Have you taken your merit badge tests yet?”

He knew I hadn’t; I changed the subject by pointing out that Sergei and Hank were going. “But they are both older than you are,” he answered.

“Not by very much!”

“But I think they are each over the age limit they were looking for–and you are just under.”

“Look, George,” I protested, “rules were made to be broken. I’ve heard you say that There must be some spot I can fill–cook, maybe.” And that’s just the job I got–cook.

I always have been a pretty fair cook–not in Mama Schultz’s class, but good. The party had nothing to complain about on that score.

Captain Hattie put us down at a selected spot nine degrees north of the equator and longitude 113 west–that is to say, just out of sight of Jupiter on the far side and about thirty-one hundred miles from Leda.

Mr. Hooker says that the average temperature of Ganymede will rise about nine degrees over the next century as more and more of the ancient ice melts–at which time Leda will be semi-tropical and the planet will be habitable half way to the poles. In the meantime colonies would be planted only at or near the equator.

I was sorry we had Captain Hattie as pilot; she is such an insufferable old scold. She thinks rocket pilots are a special race apart–supermen. At

least she acts like it.

Recently the Commission had forced her to take a relief pilot; there was just too much for one pilot to do. They had tried to force a check pilot on her, too–an indirect way to lead up to retiring her, but she was too tough for them. She threatened to take the Jitterbug up and crash it … and they didn’t dare call her bluff. At that time they were absolutely dependent on the Jitterbug.

Originally the Jitterbugs only purpose was for supply and passengers between Leda and the Project Jove station on Barnard’s Moon–but that was back in the days when ships from Earth actually landed at Leda. Then the Mayflower came along and the Jitterbug was pressed into service as a shuttle.

There was talk of another shuttle rocket but we didn’t have it yet, which is why Captain Hattie had them where it hurt. The Commission had visions of a loaded ship circling Ganymede, just going round and round and round again, with no way to get down, like a kitten stuck up in a tree.

I’ll say this for Hattie; she could handle her ship. I think she had nerve ends out in the skin of it. In clear weather she could even make a glide landing, in spite of our thin air. But I think she preferred to shake up her passengers with a jet landing.

She put us down, the Jitterbug took on more water mass, and away it bounced. She had three more parties to land. All in all the Jitterbug was servicing eight other pioneer parties. It would be back to pick us up in about three weeks.

The leader of our party was Paul du Maurier, who was the new assistant Scoutmaster of the Auslander troop and the chap who had gotten me taken on as cookie. He was younger than some of those working for him; furthermore, he shaved, which made him stand out like a white leghorn in a hog pen and made him look even younger. That is, he did shave, but he started letting his beard grow on this trip. “Better trim that grass,” I advised him.

He said, “Don’t you like my beard, Doctor Slop?” –that was a nickname he had awarded me for “Omnibus stew,” my own invention. He didn’t mean any harm by it.

I said, “Well, it covers your face, which is some help–but you might be mistaken for one of us colonial roughnecks. That wouldn’t do for one of you high-toned Commission boys.”

He smiled mysteriously and said, “Maybe that’s what I want.”

I said, “Maybe. But they’ll lock you up in a zoo if you wear it back to Earth.” He was due to go back for Earthside duty by the same trip I expected to make, via the Covered Wagon, two weeks after the end of the survey.

He smiled again and said, “Ah, yes, so they would,” and changed the subject. Paul was one of the most thoroughly good guys I have ever met and smart as a whip as well. He was a graduate of South Africa University with Post Grad on top of that at the System Institute on Venus–an ecologist, specializing in planetary engineering.

He handled that gang of rugged individualists without raising his voice. There is something about a real leader that makes it unnecessary for him to get tough.

But back to the survey–I didn’t see much of it as I was up to my elbows in pots and pans, but I knew what was going on. The valley we were in had been picked from photographs taken from the Jitterbug; it was now up to Paul to decide whether or not it was ideally suited to easy colonization.

It had the advantage of being in direct line-of-sight with power station number two, but that was not essential. Line-of-sight power relays could be placed anywhere on the mountains (no name, as yet) just south of us.

Most of the new villages would have to have power relayed anyhow. Aside from a safety factor for the heat trap there was no point in setting up extra power stations when the whole planet couldn’t use the potential of one mass-conversion plant.

So they got busy–an engineering team working on drainage and probable annual water resources, topographers getting a contour, a chemistry- agronomy team checking on what the various rock formations would make as soil, and a community architect laying out a town and farm and rocket port plot. There were several other specialists, too, like the mineralogist, Mr. Villa, who was doodlebugging the place for ores.

Paul was the “general specialist” who balanced all the data in his mind, fiddled with his slip stick, stared off into the sky, and came up with the over all answer. The over all answer for that valley was “nix”–and we moved on to the next one on the list, packing the stuff on our backs.

That was one of the few chances I got to look around. You see, we had landed at sunrise–about five o’clock Wednesday morning sunrise was, in

that longitude–and the object was to get as much done as possible during each light phase.

Jupiter light is all right for working in your own fields, but no good for surveying strange territory–and here we didn’t even have Jupiter light–just Callisto, every other dark phase, every twelve-and-half days, to be exact. Consequently we worked straight through light phase, on pep pills.

Now a man who is on the pills will eat more than twice as much as a man who is sleeping regularly. You know, the Eskimos have a saying, “Food is sleep.” I had to produce hot meals every four hours, around the clock. I had no time for sightseeing.

We got to camp number two, pitched our tents, I served a scratch meal, and Paul passed out sleeping pills. By then the Sun was down and we really died for about twenty hours. We were comfortable enough –spun glass pads under us and resin sealed glass canvas over us.

I fed them again, Paul passed out more sleepy pills, and back we went to sleep. Paul woke me Monday afternoon. This time I fixed them a light breakfast, then really spread myself to turn them out a feast. Everybody was well rested by now, and not disposed to want to go right back to bed. So I stuffed them.

After that we sat around for a few hours and talked. I got out my squeeze box–brought along by popular demand, that is to say, Paul suggested it– and gave ’em a few tunes. Then we talked some more.

They got to arguing about where life started and somebody brought up the old theory that the Sun had once been much brighter–Jock Montague, it was, the chemist. “Mark my words,” he said, “When we get around to exploring Pluto, you’ll find that life was there before us. Life is persistent, like mass-energy.”

“Nuts,” answered Mr. Villa, very politely. “Pluto isn’t even a proper planet; it used to be a satellite of Neptune.”

“Well, Neptune, then,” Jock persisted. “Life is all through the universe. Mark my words–when the Jove Project straightens out the bugs and gets going, they’ll even find life on the surface of Jupiter.”

“On Jupiter?” Mr. Villa exploded. “Please, Jock! Methane and ammonia and cold as a mother-in-law’s kiss. Don’t joke with us. Why, there’s not even light down under on the surface of Jupiter; it’s pitch dark.”

I said it and I’ll say it again,” Montague answered. “Life is persistent. Wherever there is mass and energy with conditions that permit the formation of large and stable molecules, there you will find life. Look at Mars. Look at Venus. Look at Earth–the most dangerous planet of the lot. Look at the Ruined Planet.”

I said, “What do you think about it, Paul?”

The boss smiled gently. “I don’t. I haven’t enough data.”

“There!” said Mr. Villa. “There speaks a wise man. Tell me, Jock, how did you get to be an authority on this subject?”

“I have the advantage,” Jock answered grandly, “of not knowing too much about the subject. Facts are always a handicap in philosophical debate.” That ended that phase of it, for Mr. Seymour, the boss agronomist, said, “I’m not so much worried about where life came from as where it is going–

here.”

“How?” I wanted to know. “In what way?”

“What are we going to make of this planet? We can make it anything we want. Mars and Venus–they had native cultures. We dare not change them much and we’ll never populate them very heavily. These Jovian moons are another matter; it’s up to us. They say man is endlessly adaptable. I say on the contrary that man doesn’t adapt himself as much as he adapts his environment. Certainly we are doing so here. But how?”

“I thought that was pretty well worked out,” I said. “We set up these new centers, more people come in and we spread out, same as at Leda.”

“Ah, but where does it stop? We have three ships making regular trips now. Shortly there will be a ship in every three weeks, then it will be every week, then every day. Unless we are almighty careful there will be food rationing here, same as on Earth. Bill, do you know how fast the population is increasing, back Earthside?”

I admitted that I didn’t

“More than one hundred thousand more persons each day than there were the day before. Figure that up.”

I did. “That would be, uh, maybe fifteen, twenty shiploads a day. Still, I imagine they could build ships to carry them.”

“Yes, but where would we put them? Each day, more than twice as many people landing as there are now on this whole globe. And not just on Monday, but on Tuesday, and Wednesday, and Thursday–and the week and the month and the year after that, just to keep Earth’s population stable. I tell you, it won’t work. The day will come when we will have to stop immigration entirely.” He looked around aggressively, like a man who expects to be contradicted.

He wasn’t disappointed. Somebody said, “Oh, Seymour, come off it! Do you think you own this place just because you got here first? You snuck in while the rules were lax.”

“You can’t argue with mathematics,” Seymour insisted. “Ganymede has got to be made self-sufficient as soon as possible–and then we’ve got to slam the door!”

Paul was shaking his head. “It won’t be necessary.”

“Huh?” said Seymour. “Why not? Answer me that. You represent the Commission: what fancy answer has the Commission got?”

“None,” Paul told him. “And your figures are right but your conclusions are wrong. Oh, Ganymede has to be made self-sufficient, true enough, but your bogeyman about a dozen or more shiploads of immigrants a day you can forget.”

“Why, if I may be so bold?”

Paul looked around the tent and grinned apologetically. “Can you stand a short dissertation on population dynamics? I’m afraid I don’t have Jock’s advantage; this is a subject I am supposed to know something about.”

Somebody said, “Stand back. Give him air.”

“Okay,” Paul went on, “you brought it on yourselves. A lot of people have had the idea that colonization is carried on with the end purpose of relieving the pressure of people and hunger back on Earth. Nothing could be further from the truth.”

I said. “Huh?”

“Bear with me. Not only is it physically impossible for a little planet to absorb the increase of a big planet, as Seymour pointed out, but there is another reason why well never get any such flood of people as a hundred thousand people a day–a psychological reason. There are never as many people willing to emigrate (even if you didn’t pick them over) as there are new people born. Most people simply will not leave home. Most of them won’t even leave their native villages, much less go to a far planet.”

Mr. Villa nodded. “I go along with you on that The willing emigrant is an odd breed of cat. He’s scarce.”

“Right,” Paul agreed. “But let’s suppose for a moment that a hundred thousand people were willing to emigrate every day and Ganymede and the other colonies could take them. Would that relieve the situation back home–I mean “back Earthside’? The answer is, ‘No, it wouldn’t’.”

He appeared to have finished. I finally said, “Excuse my blank look, Paul, but why wouldn’t it?” “Studied any bionomics, Bill?”

“Some.”

“Mathematical population bionomics?” “Well-no.”

“But you do know that in the greatest wars the Earth ever had there were always more people after the war than before, no matter how many were killed. Life is not merely persistent, as Jock puts it; life is explosive.

The basic theorem of population mathematics to which there has never been found an exception is that population increases always, not merely up to extent of the food supply, but beyond it, to the minimum diet that will sustain life–the ragged edge of starvation.

In other words, if we bled off a hundred thousand people a day, the Earth’s population would then grow until the increase was around two hundred thousand a day, or the bionomical maximum for Earth’s new ecological dynamic.”

Nobody said anything for a moment; there wasn’t anything to say. Presently Sergei spoke up with, “You paint a grim picture, boss. What’s the answer?”

Paul said, “There isn’t any!”

Sergei said, “I didn’t mean it that way. I mean, what is the outcome?”

When Paul did answer it was just one word, one monosyllable, spoken so softly that it would not have been heard if there had not been dead silence. What he said was:

“War.”

There was a shuffle and a stir; it was an unthinkable idea. Seymour said, “Come now, Mr. du Maurier–I may be a pessimist, but I’m not that much of one. Wars are no longer possible.”

Paul said, “So?”

Seymour answered almost belligerently, “Are you trying to suggest that the Space Patrol would let us down? Because that is the only way a war could happen.”

Paul shook his head. “The Patrol won’t let us down. But they won’t be able to stop it. A police force is all right for stopping individual disturbances; it’s fine for nipping things in the bud. But when the disturbances are planet wide, no police force is big enough, or strong enough, or wise enough. They’ll try–they’ll try bravely. They won’t succeed.”

“You really believe that?”

“It’s my considered opinion. And not only my opinion, but the opinion of the Commission. Oh, I don’t mean the political board; I mean the career scientists.”

“Then what in tarnation is the Commission up to?”

“Building colonies. We think that is worthwhile in itself. The colonies need not be affected by the War. In fact, I don’t think they will be, not much. It will be like America was up to the end of the nineteenth century; European troubles passed her by.

I rather expect that the War, when it comes, will be of such size and duration that interplanetary travel will cease to be for a considerable period. That is why I said this planet has got to be self-sufficient. It takes a high technical culture to maintain interplanetary travel and Earth may not have it– after a bit.”

I think Paul’s ideas were a surprise to everyone present; I know they were to me. Seymour jabbed a finger at him, “If you believe this, then why are you going back to Earth? Tell me that.”

Again Paul spoke softly. “I’m not. I’m going to stay here and become a ‘steader.” Suddenly I knew why he was letting his beard grow.

Seymour answered, “Then you expect it soon.” It was not a question; it was a statement.

“Having gone this far,” Paul said hesitantly, “I’ll give you a direct answer. War is not less than forty Earth years away, not more than seventy.”

You could feel a sigh of relief all around the place. Seymour continued to speak for us, “Forty to seventy, you say. But that’s no reason to

homestead; you probably wouldn’t live to see it. Not but what you’d make a good neighbor.”

“I see this War,” Paul insisted. “I know it’s coming. Should I leave it up to my hypothetical children and grandchildren to outguess it? No. Here I rest. If I marry, I’ll marry here. I’m not raising any kids to be radioactive dust.”

It must have been about here that Hank stuck his head in the tent, for I don’t remember anyone answering Paul. Hank had been outside on business of his own; now he opened the flap and called out, “Hey gents! Europa is up!”

We all trooped out to see. We went partly through embarrassment, I think; Paul had been too nakedly honest. But we probably would have gone anyhow. Sure, we saw Europa every day of our lives at home, but not the way we were seeing it now.

Since Europa goes around Jupiter inside Ganymede’s orbit, it never gets very far away from Jupiter, if you call 39 degrees “not very far.” Since we were 113 west longitude, Jupiter was 23 degrees below our eastern horizon–which meant that Europa, when it was furthest west of Jupiter, would be a maximum of 16 degrees above the true horizon.

Excuse the arithmetic. Since we had a row of high hills practically sitting on us to the east, what all this means is that, once a week, Europa would rise above the hills, just peeking over, hang there for about a day–then turn around and set in the east, right where it had risen. Up and down like an elevator.

If you’ve never been off Earth, don’t tell me it’s impossible. That’s how it is–Jupiter and its moons do some funny things.

It was the first time it had happened this trip, so we watched it–a little silver boat, riding the hills like waves, with its horns turned up. There was argument about whether or not it was still rising, or starting to set again, and much comparing of watches. Some claimed to be able to detect motion but they weren’t agreed on which way. After a while I got cold and went back in.

But I was glad of the interruption. I had a feeling that Paul had said considerably more than he had intended to and more than he would be happy to recall, come light phase. I blamed it on the sleeping pills. Sleeping pills are all right when necessary, but they tend to make you babble and tell your right name-treacherous things.

4.        The Other People

By the end of the second light phase it was clear-to Paul, anyhow–that this second valley would do. It wasn’t the perfect valley and maybe there was a better one just over the ridge–but life is too short. Paul assigned it a score of 92% by some complicated system thought up by the Commission, which was seven points higher than passing. The perfect valley could wait for the colonials to find it … which they would, some day.

We named the valley Happy Valley, Just for luck, and named the mountains south of it the Pauline Peaks, over Paul’s protests. He said it wasn’t official anyway; we said we would see to it that it was made so–and the boss topographer, Abie Finkelstein, marked it so on the map and we all intialed it

We spent the third light phase rounding up the details. We could have gone back then, if there had been any way to get back. There wasn’t, so we had to dope through another dark phase.

Some of them preferred to go back on a more normal schedule instead; there was a round-the-clock poker game, which I stayed out of, having nothing I could afford to lose and no talent for filling straights. There were more dark phase bull sessions but they never got as grave as the first one and nobody ever again asked Paul what he thought about the future prospects of things.

By the end of the third dark phase I was getting more than a little tired of seeing nothing but the inside of our portable range. I asked Paul for some time off.

Hank had been helping me since the start of the third dark phase. He had been working as a topographical assistant; flash contour pictures were on the program at the start of that dark phase. He was supposed to get an open-lens shot across the valley from an elevation on the south just as a sunburst flash was let off from an elevation to the west.

Hank had a camera of his own, just acquired, and he was shutter happy, always pointing it at things. This time he had tried to get a picture of his own as well as the official picture. He had goofed off, missed the official picture entirely, and to top it off had failed to protect his eyes when the sunburst went off. Which put him on the sick list and I got him as kitchen police.

He was all right shortly, but Finkelstein didn’t want him back. So I asked for relief for both of us, so we could take a hike together and do a little

exploring. Paul let us go.

There had been high excitement at the end of the second light phase when lichen had been discovered near the west end of the valley. For a while it looked as if native life had been found on Ganymede. It was a false alarm–careful examination showed that it was not only an Earth type, but a type authorized by the bionomics board.

But it did show one thing–life was spreading, taking hold, at a point thirty-one hundred miles from the original invasion. There was much argument as to whether the spores had been air borne, or had been brought in on the clothing of the crew who had set up the power plant. It didn’t matter, really.

But Hank and I decided to explore off that way and see if we could find more of it. Besides it was away from the way we had come from camp number one. We didn’t tell Paul we were going after lichen because we were afraid he would veto it; the stuff had been found quite some distance from camp. He had warned us not to go too far and to be back by six o’clock Thursday morning, in time to break camp and head back to our landing point, where the Jitterbug was to meet us.

I agreed as I didn’t mean to go far in any case. I didn’t much care whether we found lichen or not; I wasn’t feeling well. But I kept that fact to myself; I wasn’t going to be done out of my one and only chance to see some of the country.

We didn’t find any more lichen. We did find the crystals.

We were trudging along, me as happy as a kid let out of school despite an ache in my side and Hank taking useless photographs of odd rocks and lava flows. Hank had been saying that he thought he would sell out his place and homestead here in Happy Valley. He said, “You know, Bill, they are going to need a few real Ganymede farmers here to give the greenhorns the straight dope. And who knows more about Ganymede-style farming than I do?”

“Almost everybody,” I assured him.

He ignored it. “This place has really got it,” he went on, gazing around at a stretch of country that looked like Armageddon after a hard battle. “Much better than around Leda.”

I admitted that it had possibilities. “But I don’t think it’s for me,” I went on. “I don’t think I’d care to settle anywhere where you can’t see Jupiter.” “Nonsense!” he answered. “Did you come here to stare at the sights or to make a farm?”

“That’s a moot point,” I admitted. “Sometimes I think one thing, sometimes the other. Sometimes I don’t have the foggiest idea.” He wasn’t listening. “See that slot up there?”

“Sure. What about it?”

“If we crossed that little glacier, we could get up to it.” “Why?”

“I think it leads into another valley–which might be even better. Nobody has been up there. I know–I was in the topo gang.”

“I’ve been trying to help you forget that,” I told him. “But why look at all? There must be a hundred thousand valleys on Ganymede that nobody has looked at. Are you in the real estate business?” It didn’t appeal to me. There is something that gets you about virgin soil on Ganymede; I wanted to stay in sight of camp. It was quiet as a library–quieter. On Earth there is always some sound, even in the desert. After a while the stillness and the bare rocks and the ice and the craters get on my nerves.

“Come on! Don’t be a sissyl” he answered, and started climbing.

The slot did not lead to another valley; it led into a sort of corridor in the hills. One wall was curiously flat, as if it had been built that way on purpose. We went along it a way, and I was ready to turn back and had stopped to call to Hank, who had climbed the loose rock on the other side to get a picture. As I turned, my eye caught some color and I moved up to see what it was. It was the crystals.

I stared at them and they seemed to stare back. I called, “Hey! Hank! Come here on the bounce!”

“What’s up?”

“Come here! Here’s something worth taking a picture of.”

He scrambled down and joined me. After a bit he let out his breath and whispered, “Well, I’ll be fried on Friday!”

Hank got busy with his camera. I never saw such crystals, not even stalactites in caves. They were six-sided, except a few that were three-sided and some that were twelve-sided. They came anywhere from little squatty fellows no bigger than a button mushroom up to tall, slender stalks, knee high. Later on and further up we found some chest high.

They were not simple prisms; they branched and budded. But the thing that got you was the colors.

They were all colors and they changed color as you looked at them. We finally decided that they didn’t have any color at all; it was just refraction of light. At least Hank thought so.

He shot a full cartridge of pictures then said, “Come on. Let’s see where they come from.”

I didn’t want to. I was shaky from the climb and my right side was giving me fits every step I took. I guess I was dizzy, too; when I looked at the crystals they seemed to writhe around and I would have to blink my eyes to steady them.

But Hank had already started so I followed. The crystals seemed to keep to what would have been the water bed of the canyon, had it been spring. They seemed to need water. We came to a place where there was a drift of ice across the floor of the corridor –ancient ice, with a thin layer of last winter’s snow on top of it. The crystals had carved a passage right through it, a natural bridge of ice, and had cleared a space of several feet on each side of where they were growing, as well.

Hank lost his footing as we scrambled through and snatched at one of the crystals. It broke off with a sharp, clear note, like a silver bell. Hank straightened up and stood looking at his hand. There were parallel cuts across his palm and fingers. He stared at them stupidly. “That’ll teach you,” I said, and then got out a first-lid kit and bandaged it for him. When I had finished I said, “Now let’s go back.” “Shucks,” he said. “What’s a few little cuts? Come

I said, “Look, Hank, I want to go back. I don’t feel good.” “What’s the matter?”

“Stomach ache.”

“You eat too much; that’s your trouble. The exercise will do you good.” “No, Hank. I’ve got to go back.”

He stared up the ravine and looked fretful. Finally he said, “Bill, I think I see where the crystals come from, not very far up. You wait here and let me take a look. Then I’ll come back and well head for camp. I won’t be gone long; honest I won’t.”

“Okay,” I agreed. He started up; shortly I followed him. I had had it pounded into my head as a Cub not to get separated in a strange country. After a bit I heard him shout. I looked up and saw him standing, facing a great dark hole in the cliff. I called out, “What’s the matter?”

He answered:

“GREAT JUMPING HOLY SMOKE!!!”-like that.

“What’s the matter?” I repeated irritably and hurried along until I was standing beside him.

The crystals continued up the place where we were. They came right to the cave mouth, but did not go in; they formed a solid dense thicket across the threshold. Lying across the floor of the ravine, as if it had been tumbled there by an upheaval like the big quake, was a flat rock, a monolith, Stonehenge size. You could see where it had broken off the cliff, uncovering the hole. The plane of cleavage was as sharp and smooth as anything done by the ancient Egyptians.

But that wasn’t what we were looking at; we were looking into the hole.

It was dark inside, but diffused light, reflected off the canyon floor and the far wall, filtered inside. My eyes began to adjust and I could see what Hank was staring at, what he had exploded about.

There were things in there and they weren’t natural

I couldn’t have told you what sort of things because they were like nothing I had ever seen before in my life, or seen pictures of–or heard of. How can you describe what you’ve never seen before and have no words for? Shucks, you can’t even see a thing properly the first time you see it; your eye doesn’t take in the pattern.

But I could see this: they weren’t rocks, they weren’t plants, they weren’t animals. They were made things, man made–well, maybe not “man” made, but not things that just happen, either.

I wanted very badly to get up close to them and see what they were. For the moment, I forgot I was sick. So did Hank. As usual he said, “Come onl Let’s go!”

But I said, “How?”

“Why, we just–” He stopped and took another look. “Well, let’s see, we go around– No. Hmm … Bill, we will have to bust up some of those crystals and go right through the middle. There’s no other way to get in.”

I said, “Isn’t one chopped up hand enough for you?”

“I’ll bust ’em with a rock. It seems a shame; they are so pretty, but that’s what I’ll have to do.”

“I don’t think you can bust those big ones. Besides that, I’ll give you two to one that they are sharp enough to cut through your boots.”

“I’ll chance it.” He found a chunk of rock and made an experiment; I was right on both counts. Hank stopped and looked the situation over, whistling softly. “Bill–“

“Yeah?”

“See that little ledge over the opening?” “What about it?”

“It comes out to the left further than the crystals do. I’m going to pile rock up high enough for us to reach it, then we can go along it and drop down right in front of the cave mouth. The crystals don’t come that close.”

I looked it over and decided it would work. “But how do we get back?”

“We can pile up some of that stuff we can see inside and shinny up again. At the very worst I can boost you up on my shoulders and then you can reach down your belt to me, or something.”

If I had my wits about me, maybe I would have protested. But we tried it and it worked–worked right up to the point where I was hanging by my fingers from the ledge over the cave mouth.

I felt a stabbing pain in my side and let go.

I came to with Hank shaking me. “Let me alone!” I growled.

“You knocked yourself out,” he said. “I didn’t know you were so clumsy.” I didn’t answer. I just gathered my knees up to my stomach and closed my eyes.

Hank shook me again. “Don’t you want to see what’s in here?”

I kicked at him. “I don’t want to see the Queen of Sheba! Can’t you see I’m sick?” I closed my eyes again.

I must have passed out. When I woke up, Hank was sitting Turk fashion in front of me, with my torch in his hand. “You’ve been asleep a long time, fellow,” he said gently. “Feel any better?”

“Not much.”

‘Try to pull yourself together and come along with me. You’ve got to see this, Bill. You won’t believe it. This is the greatest discovery since–well, since– Never mind; Columbus was a piker. We’re famous, Bill.”

“You may be famous,” I said. “I’m sick.” “Where does it hurt?”

“All over. My stomach is hard as a rock–a rock with a toothache.” “Bill,” he said seriously, “have you ever had your appendix out?” “No.”

“Hmmm … maybe you should have had it out.” “Well, this is a fine time to tell me!”

“Take it easy.”

“Take it easy, my foot!” I got up on one elbow, my head swimming. “Hank, listen to me. You’ve got to get back to camp and tell them. Have them send a tractor for me.”

“Look, Bill,” he said gently, “you know there isn’t anything like a tractor at camp.”

I tried to struggle with the problem but it was too much for me. My brain was fuzzy. “Well, have them bring a stretcher, at least,” I said peevishly and lay down again.

Some time later I felt him fumbling around with my clothes. I tried to push him away, then I felt something very cold on me. I took a wild swing at him; it didn’t connect.

“Steady,” he said. “I have found some ice. Don’t squirm around or you’ll knock off the pack.” “I don’t want it.”

“You’ve got to have it. You keep that ice pack in place until we get out of here and you may live to be hanged, yet.”

I was too feeble to resist. I lay back down and closed my eyes again. When I opened my eyes again, I was amazed to feel better. Instead of feeling ready to die, I merely felt awful. Hank wasn’t around; I called to him. When he didn’t answer at once I felt panicky.

Then he came trotting up, waving the torch. “I thought you had gone,” I said.

“No. To tell the truth, I can’t get out of here. I can’t get back up to the ledge and I can’t get over the crystals. I tried it.” He held up one boot; it was in

shreds and there was blood on it.

“Hurt yourself?” “I’ll live.”

“I wonder,” I answered. “Nobody knows we are here–and you say we can’t get out. Looks like we starve. Not that I give a hoot.” ‘Speaking of that,” he said. “I saved you some of our lunch. I’m afraid I didn’t leave much; you were asleep a long, long time.” “Don’t mention food!” I retched and grabbed at my side.

“Sorry. But look–I didn’t say we couldn’t get out” “But you did.”

“No, I said I couldn’t get out.” “What’s the difference?”

“Uh, never mind. But I think we’ll get out. It was what you said about getting a tractor–” “Tractor? Are you out of your head?”

“Skip it,” Bill answered. “There is a sort of tractor thing back there–or more like a scaffolding, maybe.” “Make up your mind.”

“Call it a wagon. I think I can get it out, at least across the crystals. We could use it as a bridge.” “Well, roll it out.”

“It doesn’t roll. It, uh-well, it walks.”

I tried to get up. “This I got to see.”

“Just move over out of the way of the door.”

I managed to get to my feet, with Hank helping me. “I’m coming along.” “Want the ice pack changed?”

“Later, maybe.” Hank took me back and showed me. I don’t know how to describe the walker wagon-maybe you’ve seen pictures since. If a centipede were a dinosaur and made of metal to boot, it would be a walker wagon. The body of it was a sort of trough and it was supported by thirty-eight legs, nineteen on a side.

“That,” I said, “is the craziest contraption I ever laid eyes on. You’ll never shove it out the door.”

“Wait until you see,” he advised. “And if you think this is crazy, you should see the other things in here.” “Such as?”

“Bill, you know what I think this place is? I think it’s a hangar for a space ship.”

“Huh? Don’t be silly; space ships don’t have hangars.”

“This one has.”

“You mean you sawa space ship in here?”

“Well, I don’t know. It’s not like any I ever saw before, but if it’s not a space ship, I don’t know what it is good for.” I wanted to go see, but Hank objected. “Another time, Bill; we’ve got to get back to camp. We’re late as it is.”

I didn’t put up any fight. My side was paining me again, from the walk. “Okay, what happens next?”

“Like this.” He led me around to the end of the contraption; the trough came nearly down to the floor in back. Hank helped me get inside, told me to lie down, and went up to the other end. ‘The guy that built this,” he said, “must have been a hump-backed midget with four arms. Hang on.”

“Do you know what you’re doing?” I asked.

“I moved it about six feet before; then I lost my nerve. Abracadabra! Hold onto your hat!” He poked a finger deep into a hole.

The thing began to move, silently, gently, without any fuss. When we came out into the sunshine, Hank pulled his finger out of the hole. I sat up. The thing was two thirds out of the cave and the front end was beyond the crystals.

I sighed. “You made it, Hank, Let’s get going. If I had some more ice on my side I think I could walk.” “Wait a second,” he said. “I want to try something. There are holes here I haven’t stuck a finger in yet.” “Leave well enough alone.”

Instead of answering he tried another hole. The machine backed up suddenly. “Woopsl” he said, jerked his finger out, and jabbed it back where it had been before. He left it there until he regained what we had lost.

He tried other holes more cautiously. At last he found one which caused the machine to rear up its front end slightly and swing it to the left, like a caterpillar. “Now we are in business,” he said happily. “I can steer it.” We started down the canyon.

Hank was not entirely correct in thinking he could guide it. It was more like guiding a horse than a machine–or perhaps more like guiding one of those new groundmobiles with the semi-automatic steering.

The walker wagon came to the little natural bridge of ice through which the crystals passed and stopped of itself. Hank tried to get it to go through the opening, which was large enough; it would have none of it. The front end cast around like a dog sniffing, then eased gradually up hill and around the ice.

It stayed level; apparently it could adjust its legs, like the fabulous hillside snee.

When Hank came to the ice flow we had crossed on the way up to the notch, he stopped it and gave me a fresh ice pack. Apparently it did not object to ice in itself, but simply refused to go through holes, for when we started up again, it crossed the little glacier, slowly and cautiously, but steadily.

We headed on toward camp. “This,” Hank announced happily, “is the greatest cross-country, rough-terrain vehicle ever built. I wish I knew what makes it go. If I had the patent on this thing, I’d be rich.”

“It’s yours; you found it.”

“It doesn’t really belong to me.”

“Hank,” I answered, “you don’t really think the owner is going to come back looking for it, do you?”

He got a very odd look. “No, I don’t, Bill. Say, Bill, uh, how long ago do you think this thing was put in there?”

“I wouldn’t even want to guess.”

There was only one tent at the camp site. As we came up to it, somebody came out and waited for us. It was Sergei. “Where have you guys been?” he asked. “And where in Kingdom Come did you steal that?

“And what is it?” he added.

We did our best to bring him up to date, and presently he did the same for us. They had searched for us as long as they could, then Paul had been forced to move back to camp number one to keep the date with the Jitterbug. He had left Sergei behind to fetch us when we showed up. “He left a note for you,” Sergei added, digging it out

It read:

“Dear Pen Pals,

I am sorry to go off and leave you crazy galoots but you know the schedule as well as I do. I would stay behind myself to herd you home, but your pal Sergei insists that it is his privilege. Every time I try to reason with him he crawls further back into his hole, bares his teeth, and growls.

As soon as you get this, get your chubby little legs to moving in the direction of camp number one. Run, do not walk. We’ll hold the Jitterbug, but you knowhowdear old Aunt Hattie feels about keeping her schedule. She isn’t going to like it if you are late.

When I see you, I intend to beat your ears down around your shoulders. Good luck,

P. du M.

P. S. to Doctor Slop: I took care of your accordion.”

When we had finished reading it Sergei said, “I want to hear more about what you found–about eight times more. But not now; we’ve got to tear over to camp number one. Hank, you think Bill can’t walk it?”

I answered for myself, an emphatic “no.” The excitement was wearing off and I was feeling worse again. “Hmm–Hank, do you think that mobile junk yard will carry us over there?”

“I think it will carry us any place.” Hank patted it. “How fast? The Jitterbug has already grounded.” “Are you sure?” asked Hank.

“I saw its trail in the sky at least three hours ago.” “Let’s get going!”

I don’t remember much about the trip. They stopped once in the pass, and packed me with ice again. The next thing I knew I was awakened by hearing Sergei shout, “There’s the Jitterbug! I can see it.”

“Jitterbug, here we come,” answered Hank. I sat up and looked, too.

We were coming down the slope, not five miles from it, when flame burst from its tail and it climbed for the sky. Hank groaned. I lay back down and closed my eyes.

I woke up again when the contraption stopped. Paul was there, hands on his hips, staring at us. “About time you birds got home,” he announced. “But where did you find that?

“Paul,” Hank said urgently, “Bill is very sick.”

“Oh, oh!” Paul swung up and into the walker and made no more questions then. A moment later he had my belly bared and was shoving a thumb into that spot between the belly button and the hip bone. “Does that hurt?” he asked.

I was too weak to slug him. He gave me a pill.

I took no further part in events for a while, but what had happened was this: Captain Hattie had waited, at Paul’s urgent insistence, for a couple of hours, and then had announced that she had to blast. She had a schedule to keep with the Covered Wagon and she had no intention, she said, of keeping eight thousand people waiting for the benefit of two. Hank and I could play Indian if we liked; we couldn’t play hob with her schedule.

There was nothing Paul could do, so he sent the rest back and waited for us.

But I didn’t hear this at the time. I was vaguely aware that we were in the walker wagon, travelling, and I woke up twice when I was repacked with ice, but the whole episode is foggy. They travelled east, with Hank driving and Paul navigating–by the seat of his pants. Some long dreamy time later they reached a pioneer camp surveying a site over a hundred miles away–and from there Paul radioed for help.

Whereupon the Jitterbug came and got us. I remember the landing back at Leda–that is, I remember somebody saying, “Hurry, there! We’ve got a boy with a burst appendix.”

5.        Home

There was considerable excitement over what we had found–and there still is–but I didn’t see any of it. I was busy playing games with the Pearly Gates. I guess I have Dr. Archibald to thank for still being here. And Hank. And Sergei. And Paul. And Captain Hattie. And some nameless party, who lived somewhere, a long time ago, whose shape and race I still don’t know, but who designed the perfect machine for traveling overland through rough country.

I thanked everybody but him. They all came to see me in the hospital, even Captain Hattie, who growled at me, then leaned over and kissed me on the cheek as she left. I was so surprised I almost bit her.

The Schultzes came, of course, and Mama cried over me and Papa gave me an apple and Gretchen could hardly talk, which isn’t like her. And Molly brought the twins down to see me and vice versa.

The Leda daily Planet interviewed me. They wanted to know whether or not we thought the things we found were made by men? Now that is a hard question to answer and smarter people than myself have worked on it since.

What is a man?

The things Hank and I–and the Project Jove scientists who went later–found in that cave couldn’t have been made by men–not men like us. The walker wagon was the simplest thing they found. Most of the things they still haven’t found out the use for. Nor have they figured out what the creatures looked like–no pictures.

That seems surprising, but the scientists concluded they didn’t have eyes–not eyes like ours, anyhow. So they didn’t use pictures.

The very notion of a “picture” seems pretty esoteric when you think it over. The Venetians don’t use pictures, nor the Martians. Maybe we are the only race in the universe that thought up that way of recording things.

So they weren’t “men”–not like us.

But they were men in the real sense of the word, even though I don’t doubt that I would run screaming away if I met one in a dark alley. The important thing, as Mr. Seymour would say, they had–they controlled their environment. They weren’t animals, pushed around and forced to accept what

nature handed them; they took nature and bent it to their will.

I guess they were men.

The crystals were one of the oddest things about it and I didn’t have any opinions on that. Somehow, those crystals were connected with that cave– or space ship hangar, or whatever it was. Yet they couldn’t or wouldn’t go inside the cave.

Here was another point that the follow-up party from Project Jove recorded: that big unwieldly walker wagon came all the way down that narrow canyon-yet it did not step on a single crystal. Hank must be a pretty good driver. He says he’s not that good.

Don’t ask me. I don’t understand everything that goes on in the universe. It’s a big place.

I had lots of time to think before they let me out of the hospital–and lots to think about. I thought about my coming trip to Earth, to go back to school I had missed the Covered Wagon, of course, but that didn’t mean anything; I could take the Mayflower three weeks later. But did I want to go? It was a close thing to decide.

One thing I was sure of: I was going to take those merit badge tests as soon as I was out of bed. I had put it off too long. A close brush with the hereafter reminds you that you don’t have forever to get things done.

But going back to school? That was another matter. For one thing, as Dad told me, the council had lost its suit with the Commission; Dad couldn’t use his Earthside assets.

And there was the matter that Paul had talked about the night he had to let his hair down–the coming war.

Did Paul know what he was talking about? If so, was I letting it scare me out? I honestly didn’t think so; Paul had said that it was not less than forty years away. I wouldn’t be Earthside more than four or five years–and, besides, how could you get scared of anything that far in the future?

I had been through the Quake and the reconstruction; I didn’t really think I’d ever be scared of anything again.

I had a private suspicion that, supposing there was a war, I’d go join up; I wouldn’t be running away from it. Silly, maybe.

No, I wasn’t afraid of the War, but it was on my mind. Why? I finally doped it out. When Paul called I asked him about it. “See here, Paul–this war you were talking about: when Ganymede reaches the state that Earth has gotten into, does that mean war here, too? Not now–a few centuries from now.”

He smiled rather sadly. “By then we may know enough to keep from getting into that shape. At least we can hope.” He got a far-away look and added, “A new colony is always a new hope.”

I liked that way of putting it. “A new hope–” Once I heard somebody call a new baby that.

I still didn’t have the answer about going back when Dad called on me one Sunday night. I put it up to him about the cost of the fare. “I know the land is technically mine, George–but it’s too much of a drain on you two.”

“Contrariwise,” said George, “well get by and that’s what savings are for. Molly is for it. We will be sending the twins back for school, you know.” “Even so, I don’t feel right about it. And what real use is there in it, George? I don’t need a fancy education. I’ve been thinking about Callisto: there’s

a brand new planet not touched yet with great opportunities for a man in on the ground floor. I could get a job with the atmosphere expedition–Paul

would put in a word for me–and grow up with the project. I might be chief engineer of the whole planet some day.”

“Not unless you learn more about thermodynamics than you do now, you won’t be!” “Huh?”

“Engineers don’t just ‘grow up’; they study. They go to school.”

“Don’t I study? Ain’t I attending two of your classes right now? I can get to be an engineer here; I don’t have to drag back half a billion miles for it.”

“Fiddlesticks! It takes discipline to study. You haven’t even taken your merit badge tests. You’ve let your Eagle Scoutship lapse.”

I wanted to explain that taking tests and studying for tests were two different things–that I had studied. But I couldn’t seem to phrase it right.

George stood up. “See here, Son, I’m going to put it to you straight. Never mind about being chief engineer of a planet; these days even a farmer needs the best education he can get. Without it he’s just a country bumpkin, a stumbling peasant, poking seeds into the ground and hoping a miracle will make them grow.

I want you to go back to Earth and get the best that Earth has to offer. I want you to have a degree with prestige behind it–M.I.T., Harvard, the Sorbonne. Some place noted for scholarship. Take the time to do that and then do anything you want to do. Believe me, it will pay.”

I thought about it and answered, “I guess you are right, George.”

Dad stood up. “Well, make up your mind. I’ll have to hurry now for the bus, or I’ll be hoofing it back to the farm. See you tomorrow.” “Good night, George.”

I lay awake and thought about it. After a while, Mrs. Dinsmore, the wing nurse, came in, turned out my light, and said goodnight. But I didn’t go to sleep.

Dad was right, I knew. I didn’t want to be an ignoramus. Furthermore, I had seen the advantage held by men with fancy degrees–first crack at the jobs, fast promotion. Okay, I’d get me one of those sheepskins, then come back and–well, go to Callisto, maybe, or perhaps prove a new parcel of land. I’d go and I’d come back.

Nevertheless I couldn’t get to sleep. After a while I glanced at my new watch and saw that it was nearly midnight–dawn in a few minutes. I decided that I wanted to see it It might be the last time I’d be up and around at midnight Sunday for a long, long time.

I scouted the corridor; Old Lady Dinsmore wasn’t in sight. I ducked outside.

The Sun was just barely below the horizon; north of me I could see its first rays touching the topmost antenna of the power station, miles away on Pride Peak. It was very still and very beautiful. Overhead old Jupiter was in half phase, bulging and orange and grand. To the west of it Io was just coming out of shadow; it passed from black to cherry red to orange as I watched.

I wondered how I would feel to be back on Earth? How would it feel to weigh three times as much as I did now? I didn’t feel heavy; I felt just right. How would it feel to swim in that thick dirty soup they use for air?

How would it feel to have nobody but ground hogs to talk to? How could I talk to a girl who wasn’t a colonial, who had never been off Earth higher than a copter hop? Sissies. Take Gretchen, now–there was a girl who could kill a chicken and have it in the pot while an Earthside girl would still be squealing.

The top of the Sun broke above the horizon and caught the snow on the peaks of the Big Rock Candy Mountains, tinting it rosy against a pale green sky. I began to be able to see the country around me. It was a new, hard, clean place–not like California with its fifty, sixty million people falling over each other. It was my kind’ of a place–it was my place.

The deuce with Caltech and Cambridge and those fancy schools! I’d show Dad it didn’t take ivied halls to get an education. Yes, and I’d pass those tests and be an Eagle again, first thing.

Hadn’t Andrew Johnson, that American President, learned to read while he was working? Even after he was married? Give us time; we’d have as good scientists and scholars here as anywhere.

The long slow dawn went on and the light caught Kneiper’s cut west of me, outlining it. I was reminded of the night we had struggled through it in the storm. As Hank put it, there was one good thing about colonial life–it sorted out the men from the boys.

“I have lived and worked with men.” The phrase rang through my head. Rhysling? Kipling, maybe. I had lived and worked with men!

The Sun was beginning to reach the roof tops. It spread across Laguna Serenidad, turning it from black to purple to blue. This was my planet, this

was my home and I knew that I would never leave it

Mrs. Dinsmore came bustling out to the door and spotted me. “Why, the very idea!” she scolded. “You get back where you belong!” I smiled at her. “I am where I belong. And I’m going to stay!”

The End

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Have spacesuit – will travel (full text) by Robert Heinlein

“Have Spacesuit – Will Travel” is a great story that is in the same class as “Farmer in the Sky”. Which are both fictional stories that are perhaps some of his best. All have a great sense of awe and adventure and excitement about space and exploration that existed back in the 1950’s and 1960’s.

Have Spacesuit – Will Travel

Chapter 1

You see, I had this space suit. How it happened was this way:

“Dad,” I said, “I want to go to the Moon.”

“Certainly,” he answered and looked back at his book. It was Jerome K. Jerome’s Three Men in a Boat, which he must know by heart.  I said, “Dad, please! I’m serious.”

This time he closed the book on a finger and said gently, “I said it was all right. Go ahead.” “Yes … but how?”

“Eh?” He looked mildly surprised. “Why, that’s your problem, Clifford.”

Dad was like that. The time I told him I wanted to buy a bicycle he said, “Go right ahead,” without even glancing up-so I had gone to the money basket in the dining room, intending to take enough for a bicycle. But there had been only eleven dollars and forty-three cents in it, so about a thousand miles of mowed lawns later I bought a bicycle. I hadn’t said anymore to Dad because if money wasn’t in the basket, it wasn’t anywhere; Dad didn’t bother with banks-just the money basket and one next to it marked “UNCLE SAM,” the contents of which he bundled up and mailed to the government once a year. This caused the Internal Revenue Service considerable headache and once they sent a man to remonstrate with him.

First the man demanded, then he pleaded. “But, Dr. Russell, we know your background. You’ve no excuse for not keeping proper records.” “But I do,” Dad told him. “Up here.” He tapped his forehead.

“The law requires written records.”

“Look again,” Dad advised him. “The law can’t even require a man to read and write. More coffee?”

The man tried to get Dad to pay by check or money order. Dad read him the fine print on a dollar bill, the part about “legal tender for all debts, public and private.” In a despairing effort to get something out of the trip he asked Dad please not to fill in the space marked “occupation” with “Spy.”

“Why not?”

“What? Why, because you aren’t-and it upsets people.” “Have you checked with the F.B.I.?”

“Eh? No.”

“They probably wouldn’t answer. But you’ve been very polite. I’ll mark it ‘Unemployed Spy.’ Okay?”

The tax man almost forgot his brief case. Nothing fazed Dad, he meant what he said, he wouldn’t argue and he never gave in. So when he told me I could go to the Moon but the means were up to me, he meant just that. I could go tomorrow-provided I could wangle a billet in a space ship.

But he added meditatively, “There must be a number of ways to get to the Moon, son. Better check ‘em all. Reminds me of this passage I’m reading. They’re trying to open a tin of pineapple and Harris has left the can opener back in London. They try several ways.” He started to read aloud and I sneaked out-I had heard that passage five hundred times. Well, three hundred.

I went to my workshop in the barn and thought about ways. One way was to go to the Air Academy at Colorado Springs-if I got an appointment, if I graduated, if I managed to get picked for the Federation Space Corps, there was a chance that someday I would be ordered to Lunar Base, or at least one of the satellite stations.

Another way was to study engineering, get a job in jet propulsion, and buck for a spot that would get me sent to the Moon. Dozens, maybe hundreds, of engineers had been to the Moon, or were still there-for all sorts of work: electronics, cryogenics, metallurgy, ceramics, air conditioning, as well as rocket engineering.

Oh, yes! Out of a million engineers a handful got picked for the Moon. Shucks, I rarely got picked even playing post office.

Or a man could be an M.D., or a lawyer, or geologist, or toolmaker, and wind up on the Moon at a fat salary-provided they wanted him and nobody else. I didn’t care about salary-but how do you arrange to be number one in your specialty?

And there was the straightforward way: trundle in a wheelbarrow of money and buy a ticket.

This I would never manage-I had eighty-seven cents at that moment -but it had caused me to think about it steadily. Of the boys in our school half admitted that they wanted to space, half pretended not to care, knowing how feeble the chances were-plus a handful of creeps who wouldn’t leave Earth for any reason. But we talked about it and some of us were determined to go. I didn’t break into a rash until American Express and Thos. Cook & Son announced tourist excursions.

I saw their ads in National Geographic while waiting to have my teeth cleaned. After that I never was the same.

The idea that any rich man could simply lay cash on the line and go was more than I could stand. I just had to go. I would never be able to pay for it-or, at least, that was so far in the future there was no use thinking about it. So what could I do to be sent?

You see stories about boys, poor-but-honest, who go to the top because they’re smarter than anyone in the county, maybe the state. But they’re not talking about me. I was in the top quarter of my graduating class but they do not give scholarships to M.I.T. for that-not from Centerville High. I am stating a fact; our high school isn’t very good. It’s great to go to-we’re league champions in basketball and our square-dance team is state runner-up and we have a swell sock hop every Wednesday. Lots of school spirit.

But not much studying.

The emphasis is on what our principal, Mr. Hanley, calls “preparation for life” rather than on trigonometry. Maybe it does prepare you for life; it certainly doesn’t prepare you for CalTech.   I didn’t find this out myself. Sophomore year I brought home a questionnaire cooked up by our group project in “Family Living” in social studies. One question read: “How is your family

council organized?”

At dinner I said, “Dad, how is our family council organized?” Mother said, “Don’t disturb your father, dear.”

Dad said, “Eh? Let me see that.”

He read it, then told me to fetch my textbooks. I had not brought them home, so he sent me to school to get them. Fortunately the building was open-rehearsals for the Fall Blow-Out. Dad rarely gave orders but when he did he expected results.

I had a swell course that semester-social study, commercial arithmetic, applied English (the class had picked “slogan writing” which was fun), handicrafts (we were building sets for the Blow-Out), and gym-which was basketball practice for me; I wasn’t tall enough for first team but a reliable substitute gets his varsity letter his senior year. All in all, I was doing well in school and knew it.

Dad read all my textbooks that night; he is a fast reader. In social study I reported that our family was an informal democracy; it got by-the class was arguing whether the chairmanship of  a council should rotate or be elective, and whether a grandparent living in the home was eligible. We decided that a grandparent was a member but should not be chairman, then we formed committees to draw up a constitution for an ideal family organization, which we would present to our families as the project’s findings.

Dad was around school a good bit the next few days, which worried me -when parents get overactive they are always up to something.

The following Saturday evening Dad called me into his study. He had a stack of textbooks on his desk and a chart of Centerville High School’s curriculum, from American Folk Dancing to Life Sciences. Marked on it was my course, not only for that semester but for junior and senior years the way my faculty advisor and I had planned it.

Dad stared at me like a gentle grasshopper and said mildly, “Kip, do you intend to go to college?” “Huh? Why, certainly, Dad!”

“With what?”

I hesitated. I knew it cost money. While there had been times when dollar bills spilled out of the basket onto the floor, usually it wouldn’t take long to count what was in it. “Uh, maybe I’ll get a scholarship. Or I could work my way.”

He nodded. “No doubt … if you want to. Money problems can always be solved by a man not frightened by them. But when I said, ‘With what?’ I was talking about up here.” He tapped his skull.

I simply stared. “Why, I’ll graduate from high school, Dad. That’ll get me into college.”

“So it will. Into our State University, or the State Aggie, or State Normal. But, Kip, do you know that they are flunking out 40 per cent of each freshman class?” “I wouldn’t flunk!”

“Perhaps not. But you will if you tackle any serious subject-engineering, or science, or pre-med. You would, that is to say, if your preparation were based on this.” He waved a hand at the curriculum.

I felt shocked. “Why, Dad, Center is a swell school.” I remembered things they had told us in P.T.A. Auxiliary. “It’s run along the latest, most scientific lines, approved by psychologists, and-“

“-and paying excellent salaries,” he interrupted, “for a staff highly trained in modern pedagogy. Study projects emphasize practical human problems to orient the child in democratic social living, to fit him for the vital, meaningful tests of adult life in our complex modern culture. Excuse me, son; I’ve talked with Mr. Hanley. Mr. Hanley is sincere-and to achieve these noble purposes we are spending more per student than is any other state save California and New York.”

“Well … what’s wrong with that?” “What’s a dangling participle?”

I didn’t answer. He went on, “Why did Van Buren fail of re-election? How do you extract the cube root of eighty-seven?”

Van Buren had been a president; that was all I remembered. But I could answer the other one. “If you want a cube root, you look in a table in the back of the book.”

Dad sighed. “Kip, do you think that table was brought down from on high by an archangel?” He shook his head sadly. “It’s my fault, not yours. I should have looked into this years ago-but I had assumed, simply because you liked to read and were quick at figures and clever with your hands, that you were getting an education.”

“You think I’m not?”

“I know you are not. Son, Centerville High is a delightful place, well equipped, smoothly administered, beautifully kept. Not a ‘blackboard jungle,’ oh, no!-I think you kids love the place. You should. But this-” Dad slapped the curriculum chart angrily. “Twaddle! Beetle tracking! Occupational therapy for morons!”

I didn’t know what to say. Dad sat and brooded. At last he said, “The law declares that you must attend school until you are eighteen or have graduated from high school.” “Yes, sir.”

“The school you are in is a waste of time. The toughest course we can pick won’t stretch your mind. But it’s either this school, or send you away.”  I said, “Doesn’t that cost a lot of money?”

He ignored my question. “I don’t favor boarding schools, a teen-ager belongs with his family. Oh, a tough prep school back east can drill you so that you can enter Stanford, or Yale, or any of the best-but you can pick up false standards, too-nutty ideas about money and social position and the right tailor. It took me years to get rid of ones I acquired that way. Your mother

and I did not pick a small town for your boyhood unpurposefully. So you’ll stay in Centerville High.”

I looked relieved.

“Nevertheless you intend to go to college. Do you intend to become a professional man? Or will you look for snap courses in more elaborate ways to make bayberry candles? Son, your life is yours, to do with as you wish. But if you have any thought of going to a good university and studying anything of importance, then we must consider how to make best use of your next three years.”

“Why, gosh, Dad, of course I want to go to a good-“ “See me when you’ve thought it over. Good night.”

I did for a week. And, you know, I began to see that Dad was right. Our project in “Family Living” was twaddle. What did those kids know about running a family? Or Miss Finchley?- unmarried and no kids. The class decided unanimously that every child should have a room of his own, and be given an allowance “to teach him to handle money.” Great stuff … but how about the Quinlan family, nine kids in a five-room house? Let’s not be foolish.

Commercial arithmetic wasn’t silly but it was a waste of time. I read the book through the first week; after that I was bored.

Dad switched me to algebra, Spanish, general science, English grammar and composition; the only thing unchanged was gym. I didn’t have it too tough catching up; even those courses were watered down. Nevertheless, I started to learn, for Dad threw a lot of books at me and said, “Clifford, you would be studying these if you were not in overgrown kindergarten. If you soak up what is in them, you should be able to pass College Entrance Board Examinations. Possibly.”

After that he left me alone; he meant it when he said that it was my choice. I almost bogged down-those books were hard, not the predigested pap I got in school. Anybody who thinks that studying Latin by himself is a snap should try it.

I got discouraged and nearly quit-then I got mad and leaned into it. After a while I found that Latin was making Spanish easier and vice versa. When Miss Hernandez, my Spanish teacher, found out I was studying Latin, she began tutoring me. I not only worked my way through Virgil, I learned to speak Spanish like a Mexicano.

Algebra and plane geometry were all the math our school offered; I went ahead on my own with advanced algebra and solid geometry and trigonometry and might have stopped so far as College Boards were concerned-but math is worse than peanuts. Analytical geometry seems pure Greek until you see what they’re driving at-then, if you know algebra, it bursts on you  and you race through the rest of the book. Glorious!

I had to sample calculus and when I got interested in electronics I needed vector analysis. General science was the only science course the school had and pretty general it was, too- about Sunday supplement level. But when you read about chemistry and physics you want to do it, too. The barn was mine and I had a chem lab and a darkroom and an electronics bench and, for a while, a ham station. Mother was perturbed when I blew out the windows and set fire to the barn-just a small fire-but Dad was not. He simply suggested that I not manufacture explosives in a frame building.

When I took the College Boards my senior year I passed them.

It was early March my senior year that I told Dad I wanted to go to the Moon. The idea had been made acute by the announcement of commercial flights but I had been “space happy” ever since the day they announced that the Federation Space Corps had established a lunar base. Or earlier. I told Dad about my decision because I felt that he would know the answer. You see. Dad always found ways to do anything he decided to do.

When I was little we lived lots of places-Washington, New York/Los Angeles, I don’t know where-usually in hotel apartments. Dad was always flying somewhere and when he was home

there were visitors; I never saw him much. Then we moved to Centerville and he was always home, his nose in a book or working at his desk. When people wanted to see him they had  to come to him. I remember once, when the money basket was empty, Dad told Mother that “a royalty was due.” I hung around that day because I had never seen a king (I was eight) and when a visitor showed up I was disappointed because he didn’t wear a crown. There was money in the basket the next day so I decided that he had been incognito (I was reading The Little Lame Prince) and had tossed Dad a purse of gold-it was at least a year before I found out that a “royalty” could be money from a patent or a book or business stock, and some of  the glamour went out of life. But this visitor, though not king, thought he could make Dad do what he wanted rather than what Dad wanted:

“Dr. Russell, I concede that Washington has an atrocious climate. But you will have air-conditioned offices.” “With clocks, no doubt. And secretaries. And soundproofing.”

“Anything you want. Doctor.”

“The point is, Mr. Secretary, I don’t want them. This household has no clocks. Nor calendars. Once I had a large income and a larger ulcer; I now have a small income and no ulcer. I stay here.”

“But the job needs you.”

“The need is not mutual. Do have some more meat loaf.”

Since Dad did not want to go to the Moon, the problem was mine. I got down college catalogs I had collected and started listing engineering schools. I had no idea how I could pay tuition or even eat-but the first thing was to get myself accepted by a tough school with a reputation.

If not, I could enlist in the Air Force and try for an appointment. If I missed, I could become an enlisted specialist in electronics; Lunar Base used radar and astrar techs. One way or another, I was going.

Next morning at breakfast Dad was hidden behind the New York Times while Mother read the Herald-Trib. I had the Centerville Clarion but it’s fit only for wrapping salami. Dad looked over his paper at me. “Clifford, here’s something in your line.”

“Huh?”

“Don’t grunt; that is an uncouth privilege of seniors. This.” He handed it to me. It was a soap ad.

It announced that tired old gimmick, a gigantic super-colossal prize contest. This one promised a thousand prizes down to a last hundred, each of which was a year’s supply of Skyway Soap.

Then I spilled cornflakes in my lap. The first prize was- “-AN ALL-EXPENSE TRIP TO THE MOON!!!”

That’s the way it read, with three exclamation points-only to me there were a dozen, with bursting bombs and a heavenly choir.

Just complete this sentence in twenty-five words or less: “I use Skyway Soap because …” (And send in the usual soap wrapper or reasonable facsimile.)

There was more about”-joint management of American Express and Thos. Cook-” and “-with the cooperation of the United States Air Force-” and a list of lesser prizes. But all I saw, while milk and soggy cereal soaked my pants, was: “-TRIP TO THE MOON!!!”

First I went sky-high with excitement … then as far down with depression. I didn’t win contests-why, if I bought a box of Cracker Jack, I’d get one they forgot to put a prize in. I had been cured of matching pennies. If I ever-

“Stop it,” said Dad. I shut up.

“There is no such thing as luck; there is only adequate or inadequate preparation to cope with a statistical universe. Do you intend to enter this?” “Do I!”

“I assume that to be affirmative. Very well, make a systematic effort.”

I did and Dad was helpful-he didn’t just offer me more meat loaf. But he saw to it I didn’t go to pieces; I finished school and sent off applications for college and kept my job-I was working after school that semester at Charton’s Pharmacy-soda jerk, but also learning about pharmacy. Mr. Charton was too conscientious to let me touch anything but packaged items, but I learned-materia medica and nomenclature and what various antibiotics were for and why you had to be careful. That led into organic chemistry and biochemistry and he lent me Walker, Boyd and Asimov- biochemistry makes atomic physics look simple, but presently it begins to make sense.

Mr. Charton was an old widower and pharmacology was his life. He hinted that someone would have to carry on the pharmacy someday- some young fellow with a degree in pharmacy and devotion to the profession. He said that he might be able to help such a person get through school. If he had suggested that I could someday run the dispensary at Lunar Base, I might have taken the bait. I explained that I was dead set on spacing, and engineering looked like my one chance.

He didn’t laugh. He said I was probably right-but that I shouldn’t forget that wherever Man went, to the Moon, on Mars, or the farthest stars, pharmacists and dispensaries would go along. Then he dug out books for me on space medicine-Strughold and Haber and Stapp and others. “I once had ideas along that line. Kip,” he said quietly, “but now it’s too late.”

Even though Mr. Charton was not really interested in anything but drugs, we sold everything that drugstores sell, from bicycle tires to home permanent kits. Including soap, of course.

We were selling darned little Skyway Soap; Centerville is conservative about new brands-I’ll bet some of them made their own soap. But when I showed up for work that day I had to tell Mr. Charton about it. He dug out two dust-covered boxes and put them on the counter. Then he phoned his jobber in Springfield.

He really did right by me. He marked Skyway Soap down almost to cost and pushed it-and he almost always got the wrappers before he let the customer go. Me, I stacked a pyramid of Skyway Soap on each end of the fountain and every coke was accompanied by a spiel for good old Skyway, the soap that washes cleaner, is packed with vitamins, and improves your chances of Heaven, not to mention its rich creamy lather, finer ingredients, and refusal to take the Fifth Amendment. Oh, I was shameless! Anybody who got away without buying was deaf or fast on his feet.

If he bought soap without leaving the wrappers with me he was a magician. Adults I talked out of it; kids, if I had to, I paid a penny for each wrapper. If they brought in wrappers from around town, I paid a dime a dozen and threw in a cone. The rules permitted a contestant to submit any number of entries as long as each was written on a Skyway Soap wrapper or reasonable facsimile.

I considered photographing one and turning out facsimiles by the gross, but Dad advised me not to. “It is within the rules, Kip, but I’ve never yet known a skunk to be welcome at a picnic.” So I used soap. And I sent in wrappers with slogans:

“I use Skyway Soap because- it makes me feel so clean.”

highway or byway, there’s no soap like Skyway!” its quality is sky-high.”

it is pure as the Milky Way.”

it is pure as Interstellar Space.”

it leaves me fresh as a rain-swept sky.”

And so on endlessly, until I tasted soap in my dreams. Not just my own slogans either; Dad thought them up, and so did Mother and Mr. Charton. I kept a notebook and wrote them down in school or at work or in the middle of the night. I came home one evening and found that Dad had set up a card file for me and after that I kept them alphabetically to avoid repeating. A good thing, too, for toward the last I sent in as many as a hundred a day. Postage mounted, not to mention having to buy some wrappers.

Other kids in town were in the contest and probably some adults, but they didn’t have the production line I had. I’d leave work at ten o’clock, hurry home with the day’s slogans and wrappers, pick up more slogans from Dad and Mother, then use a rubber stamp on the inside of each wrapper: “I use Skyway Soap because-” with my name and address. As I typed, Dad filled out file cards. Each morning I mailed the bunch on my way to school.

I got laughed at but the adults most inclined to kid me were quickest to let me have their wrappers.

All but one, an oaf called “Ace” Quiggle. I shouldn’t class Ace as an adult; he was an over-age juvenile delinquent. I guess every town has at least one Ace. He hadn’t finished Centerville High, a distinction since Mr. Hanley believed in promoting everybody “to keep age groups together.” As far back as I remember Ace hung around Main Street, sometimes working, mostly not.

He specialized in “wit.” He was at our fountain one day, using up two dollars’ worth of space and time for one thirty-five-cent malt. I had just persuaded old Mrs. Jenkins to buy a dozen cakes and had relieved her of the wrappers. As she left, Ace picked one off my counter display and said, “You’re selling these. Space Cadet?”

“That’s right, Ace. You’ll never find such a bargain again.”

“You expect to go to the Moon, just selling soap, Captain? Or should I say ‘Commodore’? Yuk yuk yukkity yuk!” That’s how Ace laughed, like a comic strip. “I’m trying,” I said politely. “How about some?”

“You’re sure it’s good soap?” “Positive.”

“Well, I’ll tell you. Just to help you out-I’ll buy one bar.”

Aplunger. But this might be the winning wrapper. “Sure thing, Ace. Thanks a lot.” I took his money, he slipped the cake into his pocket and started to leave. “Just a second, Ace. The wrapper. Please?”

He stopped. “Oh, yes.” He took out the bar, peeled it, held up the wrapper. “You want this?” “Yes, Ace. Thanks.”

“Well, I’ll show you how to get the best use of it.” He reached across to the cigar lighter on the tobacco counter and set fire to it, lit a cigarette with it, let the wrapper bum almost to his fingers, dropped it and stepped on it.

Mr. Charton watched from the window of the dispensary.

Ace grinned. “Okay, Space Cadet?”

I was gripping the ice-cream scoop. But I answered, “Perfectly okay, Ace. It’s your soap.” Mr. Charton came out and said, “I’ll take the fountain, Kip. There’s a package to deliver.”

That was almost the only wrapper I missed. The contest ended May 1 and both Dad and Mr. Charton decided to stock up and cleaned out the last case in the store. It was almost eleven before I had them written up, then Mr. Charton drove me to Springfield to get them postmarked before midnight.

I had sent in five thousand seven hundred and eighty-two slogans. I doubt if Centerville was ever so scrubbed.

The results were announced on the Fourth of July. I chewed my nails to the elbows in those nine weeks. Oh, other things happened. I graduated and Dad and Mother gave me a watch and we paraded past Mr. Hanley and got our diplomas. It felt good, even though what Dad had persuaded me to learn beat what I learned at dear old Center six ways from zero. Before  that was Sneak Day and Class Honeymoon and Senior Prom and the Class Play and the Junior-Senior Picnic and all the things they do to keep the animals quiet. Mr. Charton let me off early if I asked, but I didn’t ask often as my mind wasn’t on it and I wasn’t going steady anyhow. I had been earlier in the year, but she-Elaine McMurty-wanted to talk boys and clothes and   I wanted to talk space and engineering so she put me back into circulation.

After graduation I worked for Mr. Charton full time. I still didn’t know how I was going to college. I didn’t think about it; I just dished sundaes and held my breath until the Fourth of July.

It was to be on television at 8 P.M. We had a TV-a black and white flatimage job-but it hadn’t been turned on in months; after I built it I lost interest. I dug it out, set it up in the living room and tested the picture. I killed a couple of hours adjusting it, then spent the rest of the day chewing nails. I couldn’t eat dinner. By seven-thirty I was in front of the set, not-watching a comedy team and fiddling with my file cards. Dad came in, looked sharply at me, and said, “Take a grip on yourself, Kip. Let me remind you again that the chances are against you.”

I gulped. “I know, Dad.”

“Furthermore, in the long run it won’t matter. Aman almost always gets what he wants badly enough. I am sure you will get to the Moon someday, one way or another.” “Yes, sir. I just wish they would get it over with.”

“They will. Coming, Emma?”

“Right away, dearest,” Mother called back. She came in, patted my hand and sat down. Dad settled back. “Reminds me of election nights.”

Mother said, “I’m glad you’re no longer up to your ears in that.” “Oh, come now, sweetheart, you enjoyed every campaign.” Mother sniffed.

The comics went back where comics go, cigarettes did a cancan, then dived into their packs while a soothing voice assured us that carcinogenous factors were unknown in Coronets, the safe, Safe, SAFE smoke with the true tobacco flavor. The program cut to the local station; we were treated to a thrilling view of Center Lumber & Hardware and I started pulling hairs out of the back of my hand.

The screen filled with soap bubbles; a quartet sang that this was the Skyway Hour, as if we didn’t know. Then the screen went blank and sound cut off and I swallowed my stomach. The screen lighted up with: “Network Difficulty-Do Not Adjust Your Sets.”

I yelped, “Oh, they can’t do that! They can’t!” Dad said, “Stop it, Clifford.”

I shut up. Mother said, “Now, dearest, he’s just a boy.”

Dad said, “He is not a boy; he is a man. Kip, how do you expect to face a firing squad calmly if this upsets you?” I mumbled; he said, “Speak up.” I said I hadn’t really planned on facing one.

“You may need to, someday. This is good practice. Try the Springfield channel; you may get a skip image.” I tried, but all I got was snow and the sound was like two cats in a sack. I jumped back to our local station.

“-jor General Bryce Gilmore, United States Air Force, our guest tonight, who will explain to us, later in this program, some hitherto unreleased pictures of Federation Lunar Base and the infant Luna City, the fastest growing little city on the Moon. Immediately after announcing the winners we will attempt a television linkage with Lunar Base, through the cooperation of the Space Corps of the-“

I took a deep breath and tried to slow my heartbeat, the way you steady down for a free-throw in a tie game. The gabble dragged on while celebrities were introduced, the contest rules were explained, an improbably sweet young couple explained to each other why they always used Skyway Soap. My own sales talks were better.

At last they got to it. Eight girls paraded out; each held a big card over her head. The M.C. said in an awestruck voice: “And now … and now -the winning Skyway slogan for the … FREE TRIP TO THE MOON!”

I couldn’t breathe.

The girls sang, “I like Skyway Soap because-” and went on, each turning her card as a word reached her: “-it … is … as … pure … as … the … sky … itself!”

I was fumbling cards. I thought I recognized it but couldn’t be sure- not after more than five thousand slogans. Then I found it-and checked the cards the girls were holding. “Dad! Mother! I’ve won, I’ve won!”

“Hold it, Kip!” Dad snapped. “Stop it.” Mother said, “Oh, dear!”

I heard the M.C. saying, “-present the lucky winner, Mrs. Xenia Donahue, of Great Falls, Montana… . Mrs. Donahue!”

To a fanfare a little dumpy woman teetered out. I read the cards again. They still matched the one in my hand. I said, “Dad, what happened? That’s my slogan.” “You didn’t listen.”

“They’ve cheated me!” “Be quiet and listen,”

“-as we explained earlier, in the event of duplicate entries, priority goes to the one postmarked first. Any remaining tie is settled by time of arrival at the contest office. Our winning slogan was submitted by eleven contestants. To them go the first eleven prizes. Tonight we have with us the six top winners-for the trip to the Moon, the weekend in a satellite space station, the jet flight around the world, the flight to Antarctica, the-“

“Beaten by a postmark. Apostmark!”

“-sorry we can’t have every one of the winners with us tonight. To the rest this comes as a surprise.” The M.C. looked at his watch. “Right this minute, in a thousand homes across the land … right this second- there is a lucky knock on a lucky door of some loyal friend of Skyway-“

There was a knock on our door.

I fell over my feet. Dad answered. There were three men, an enormous crate, and a Western Union messenger singing about Skyway Soap. Somebody said, “Is this where Clifford Russell lives?”

Dad said, “Yes.”

“Will you sign for this?” “What is it?”

“It just says ‘This Side Up.’ Where do you want it?”

Dad passed the receipt to me and I signed, somehow. Dad said, “Will you put it in the living room, please?” They did and left and I got a hammer and sidecutters. It looked like a coffin and I could have used one.

I got the top off. Alot of packing got all over Mother’s rugs. At last we were down to it. It was a space suit.

Not much, as space suits go these days. It was an obsolete model that Skyway Soap had bought as surplus material-the tenth-to-hundredth prizes were all space suits. But it was a real one, made by Goodyear, with air conditioning by York and auxiliary equipment by General Electric. Its instruction manual and maintenance-and-service log were with it and it had racked  up more than eight hundred hours in rigging the second satellite station.

I felt better. This was no phony, this was no toy. It had been out in space, even if I had not. But would!-someday. I’d learn to use it and someday I’d wear it on the naked face of the Moon. Dad said, “Maybe we’d better carry this to your workshop. Eh, Kip?”

Mother said, “There’s no rush, dearest. Don’t you want to try it on, Clifford?”

I certainly did. Dad and I compromised by toting the crate and packing out to the barn. When we came back, a reporter from the Clarion was there with a photographer-the paper had known I was a winner before I did, which didn’t seem right.

They wanted pictures and I didn’t mind.

I had an awful time getting into it-dressing in an upper berth is a cinch by comparison. The photographer said, “Just a minute, kid. I’ve seen ‘em do it at Wright Field. Mind some advice?” “Uh? No. I mean, yes, tell me.”

“You slide in like an Eskimo climbing into a kayak. Then wiggle your right arm in-“

It was fairly easy that way, opening front gaskets wide and sitting down in it, though I almost dislocated a shoulder. There were straps to adjust for size but we didn’t bother; he stuffed me into it, zippered the gaskets, helped me to my feet and shut the helmet.

It didn’t have air bottles and I had to live on the air inside while he got three shots. By then I knew that the suit had seen service; it smelled like dirty socks. I was glad to get the helmet off. Just the same, it made me feel good to wear it. Like a spacer.

They left and presently we went to bed, leaving the suit in the living room. About midnight I cat-footed down and tried it on again.

The next morning I moved it out to my shop before I went to work. Mr. Charton was diplomatic; he just said he’d like to see my space suit when I had time. Everybody knew about it-my picture was on the front page of the Clarion along with the Pikes Peak Hill Climb and the holiday fatalities. The story had been played for laughs, but I didn’t mind. I had never really believed I would win-and I had an honest-to-goodness space suit, which was more than my classmates had.

That afternoon Dad brought me a special delivery letter from Skyway Soap. It enclosed a property title to one suit, pressure, serial number so-and-so, ex-US-AF. The letter started with congratulations and thanks but the last paragraphs meant something:

Skyway Soap realizes that your prize may not be of immediate use to you. Therefore, as mentioned in paragraph 4 (a) of the rules. Skyway offers to redeem it for a cash premium of five hundred dollars ($500.00). To avail yourself of this privilege you should return the pressure suit via express collect to Goodyear Corporation (Special Appliances Division, attn: Salvage), Akron, Ohio, on or before the 15th of September.

Skyway Soap hopes that you have enjoyed our Grand Contest as much as we have enjoyed having you and hopes that you will retain your prize long enough to appear with it on your local television station in a special Skyway Jubilee program. Afee of fifty dollars ($50.00) will be paid for this appearance. Your station manager will be in touch with you. We hope that you will  be our guest.

All good wishes from Skyway, the Soap as Pure as the Sky Itself. I handed it to Dad. He read it and handed it back.

I said, “I suppose I should.”

He said, “I see no harm. Television leaves no external scars.”

“Oh, that. Sure, it’s easy money. But I meant I really ought to sell the suit back to them.” I should have felt happy since I needed money, while I needed a space suit the way a pig needs a

pipe organ. But I didn’t, even though I had never had five hundred dollars in my life.

“Son, any statement that starts ‘I really ought to-‘ is suspect. It means you haven’t analyzed your motives.” “But five hundred dollars is tuition for a semester, almost.”

“Which has nothing to do with the case. Find out what you want to do, then do it. Never talk yourself into doing something you don’t want. Think it over.” He said good-bye and left.

I decided it was foolish to burn my bridges before I crossed them. The space suit was mine until the middle of September even if I did the sensible thing-by then I might be tired of it.

But I didn’t get tired of it; a space suit is a marvelous piece of machinery-a little space station with everything miniaturized. Mine was a chrome-plated helmet and shoulder yoke which merged into a body of silicone, asbestos, and glass-fiber cloth. This hide was stiff except at the joints. They were the same rugged material but were “constant volume” -when you bent a knee a bellows arrangement increased the volume over the knee cap as much as the space back of the knee was squeezed. Without this a man wouldn’t be able to move; the pressure inside, which can add up to several tons, would hold him rigid as a statue. These volume compensators were covered with dural armor; even the finger joints had little dural plates over the knuckles.

It had a heavy glass-fiber belt with clips for tools, and there were the straps to adjust for height and weight. There was a back pack, now empty, for air bottles, and zippered pockets inside and out, for batteries and such.

The helmet swung back, taking a bib out of the yoke with it, and the front opened with two gasketed zippers; this left a door you could wiggle into. With helmet clamped and zippers closed  it was impossible to open the suit with pressure inside.

Switches were mounted on the shoulder yoke and on the helmet; the helmet was monstrous. It contained a drinking tank, pill dispensers six on each side, a chin plate on the right to switch radio from “receive” to “send,” another on the left to increase or decrease flow of air, an automatic polarizer for the face lens, microphone and earphones, space for radio circuits in  a bulge back of the head, and an instrument board arched over the head. The instrument dials read backwards because they were reflected in an inside mirror in front of the wearer’s forehead at an effective fourteen inches from the eyes.

Above the lens or window there were twin headlights. On top were two antennas, a spike for broadcast and a horn that squirted microwaves like a gun-you aimed it by facing the receiving station. The horn antenna was armored except for its open end.

This sounds as crowded as a lady’s purse but everything was beautifully compact; your head didn’t touch anything when you looked out the lens. But you could tip your head back and  see reflected instruments, or tilt it down and turn it to work chin controls, or simply turn your neck for water nipple or pills. In all remaining space sponge-rubber padding kept you from banging your head no matter what. My suit was like a fine car, its helmet like a Swiss watch. But its air bottles were missing; so was radio gear except for built-in antennas; radar beacon and emergency radar target were gone, pockets inside and out were empty, and there were no tools on the belt. The manual told what it ought to have-it was like a stripped car.

I decided I just had to make it work right.

First I swabbed it out with Clorox to kill the locker-room odor. Then I got to work on the air system.

It’s a good thing they included that manual; most of what I thought I knew about space suits was wrong.

Aman uses around three pounds of oxygen a day-pounds mass, not pounds per square inch. You’d think a man could carry oxygen for a month, especially out in space where mass has no weight, or on the Moon where three pounds weigh only half a pound. Well, that’s okay for space stations or ships or frogmen; they run air through soda lime to take out carbon dioxide, and breathe it again. But not space suits.

Even today people talk about “the bitter cold of outer space”-but space is vacuum and if vacuum were cold, how could a Thermos jug keep hot coffee hot? Vacuum is nothing-it has no temperature, it just insulates.

Three-fourths of your food turns into heat-a lot of heat, enough each day to melt fifty pounds of ice and more. Sounds preposterous, doesn’t it? But when you have a roaring fire in the furnace, you are cooling your body; even in the winter you keep a room about thirty degrees cooler than your body. When you turn up a furnace’s thermostat, you are picking a more comfortable rate for cooling. Your body makes so much heat you have to get rid of it, exactly as you have to cool a car’s engine.

Of course, if you do it too fast, say in a sub-zero wind, you can freeze- but the usual problem in a space suit is to keep from being boiled like a lobster. You’ve got vacuum all around you and it’s hard to get rid of heat.

Some radiates away but not enough, and if you are in sunlight, you pick up still more-this is why space ships are polished like mirrors. So what can you do?

Well, you can’t carry fifty-pound blocks of ice. You get rid of heat the way you do on Earth, by convection and evaporation-you keep air moving over you to evaporate sweat and cool you off. Oh, they’ll learn to build space suits that recycle like a space ship but today the practical way is to let used air escape from the suit, flushing away sweat and carbon dioxide and excess heat-while wasting most of the oxygen.

There are other problems. The fifteen pounds per square inch around you includes three pounds of oxygen pressure. Your lungs can get along on less than half that, but only an Indian from the high Andes is likely to he comfortable on less than two pounds oxygen pressure. Nine-tenths of a pound is the limit. Any less than nine-tenths of a pound won’t force oxygen into blood-this is about the pressure at the top of Mount Everest.

Most people suffer from hypoxia (oxygen shortage) long before this, so better use two p.s.i. of oxygen. Mix an inert gas with it, because pure oxygen can cause a sore throat or make you drunk or even cause terrible cramps. Don’t use nitrogen (which you’ve breathed all your life) because it will bubble in your blood if pressure drops and cripple you with “bends.” Use helium which doesn’t. It gives you a squeaky voice, but who cares?

You can die from oxygen shortage, be poisoned by too much oxygen, be crippled by nitrogen, drown in or be acid-poisoned by carbon dioxide, or dehydrate and run a killing fever. When I finished reading that manual I didn’t see how anybody could stay alive anywhere, much less in a space suit.

But a space suit was in front of me that had protected a man for hundreds of hours in empty space.

Here is how you beat those dangers. Carry steel bottles on your back; they hold “air” (oxygen and helium) at a hundred and fifty atmospheres, over 2000 pounds per square inch; you   draw from them through a reduction valve down to 150 p.s.i. and through still another reduction valve, a “demand” type which keeps pressure in your helmet at three to five pounds per square inch-two pounds of it oxygen. Put a silicone-rubber collar around your neck and put tiny holes in it, so that the pressure in the body of your suit is less, the air movement still faster; then evaporation and cooling will be increased while the effort of bending is decreased. Add exhaust valves, one at each wrist and ankle-these have to pass water as well as gas   because you may be ankle deep in sweat.

The bottles are big and clumsy, weighing around sixty pounds apiece, and each holds only about five mass pounds of air even at that enormous pressure; instead of a month’s supply you will have only a few hours-my suit was rated at eight hours for the bottles it used to have. But you will be okay for those hours-if everything works right. You can stretch time, for you don’t die from overheating very fast and can stand too much carbon dioxide even longer-but let your oxygen run out and you die in about seven minutes. Which gets us back where we started-it takes oxygen to stay alive.

To make darn sure that you’re getting enough (your nose can’t tell) you clip a little photoelectric cell to your ear and let it see the color of your blood; the redness of the blood measures the oxygen it carries. Hook this to a galvanometer. If its needle gets into the danger zone, start saying your prayers.

I went to Springfield on my day off, taking the suit’s hose fittings, and shopped. I picked up, second hand, two thirty-inch steel bottles from a welding shop-and got myself disliked by insisting on a pressure test. I took them home on the bus, stopped at Pring’s Garage and arranged to buy air at fifty atmospheres. Higher pressures, or oxygen or helium, I could get from the Springfield airport, but I didn’t need them yet.

When I got home I closed the suit, empty, and pumped it with a bicycle pump to two atmospheres absolute, or one relative, which gave me a test load of almost four to one compared with space conditions. Then I tackled the bottles. They needed to be mirror bright, since you can’t afford to let them pick up heat from the Sun. I stripped and scraped and wire-brushed, and buffed and polished, preparatory to nickel-plating.

Next morning, Oscar the Mechanical Man was limp as a pair of long johns.

Getting that old suit not just airtight but helium-tight was the worst headache. Air isn’t bad but the helium molecule is so small and agile that it migrates right through ordinary rubber-and   I wanted this job to be right, not just good enough to perform at home but okay for space. The gaskets were shot and there were slow leaks almost impossible to find.

I had to get new silicone-rubber gaskets and patching compound and tissue from Goodyear; small-town hardware stores don’t handle such things. I wrote a letter explaining what I wanted and why-and they didn’t even charge me. They sent me some mimeographed sheets elaborating on the manual.

It still wasn’t easy. But there came a day when I pumped Oscar full of pure helium at two atmospheres absolute. Aweek later he was still tight as a six-ply tire.

That day I wore Oscar as a self-contained environment. I had already worn him many hours without the helmet, working around the shop, handling tools while hampered by his gauntlets, getting height and size adjustments right. It was like breaking in new ice skates and after a while I was hardly aware I had it on-once I came to supper in it. Dad said nothing and Mother has the social restraint of an ambassador; I discovered my mistake when I picked up my napkin.

Now I wasted helium to the air, mounted bottles charged with air, and suited them. Then I clamped the helmet and dogged the safety catches.

Air sighed softly into the helmet, its flow through the demand valve regulated by the rise and fall of my chest-I could reset it to speed up or slow down by the chin control. I did so, watching the gauge in the mirror and letting it mount until I had twenty pounds absolute inside. That gave me five pounds more than the pressure around me, which was as near as I could come   to space conditions without being in space.

I could feel the suit swell and the joints no longer felt loose and easy. I balanced the cycle at five pounds differential and tried to move- And almost fell over. I had to grab the workbench. Suited up, with bottles on my back, I weighed more than twice what I do stripped. Besides that, although the joints were constant-volume, the suit didn’t work as freely under pressure.

Dress yourself in heavy fishing waders, put on an overcoat and boxing gloves and a bucket over your head, then have somebody strap two sacks of cement across your shoulders and

you will know what a space suit feels like under one gravity.

But ten minutes later I was handling myself fairly well and in half an hour I felt as if I had worn one all my life. The distributed weight wasn’t too great (and I knew it wouldn’t amount to much on the Moon). The joints were just a case of getting used to more effort. I had had more trouble learning to swim.

It was a blistering day: I went outside and looked at the Sun. The polarizer cut the glare and I was able to look at it. I looked away; polarizing eased off and I could see around me.

I stayed cool. The air, cooled by semi-adiabatic expansion (it said in the manual), cooled my head and flowed on through the suit, washing away body heat and used air through the exhaust valves. The manual said that heating elements rarely cut in, since the usual problem was to get rid of heat; I decided to get dry ice and force a test of thermostat and heater.

I tried everything I could think of. Acreek runs back of our place and beyond is a pasture. I sloshed through the stream, lost my footing and fell -the worst trouble was that I could never see where I was putting my feet. Once I was down I lay there a while, half floating but mostly covered. I didn’t get wet, I didn’t get hot, I didn’t get cold, and my breathing was as easy as ever even though water shimmered over my helmet.

I scrambled heavily up the bank and fell again, striking my helmet against a rock. No damage, Oscar was built to take it. I pulled my knees under me, got up, and crossed the pasture, stumbling on rough ground but not falling. There was a haystack there and I dug into it until I was buried.

Cool fresh air … no trouble, no sweat.

After three hours I took it off. The suit had relief arrangements like any pilot’s outfit but I hadn’t rigged it yet, so I had come out before my air was gone. When I hung it in the rack I had built,   I patted the shoulder yoke. “Oscar, you’re all right,” I told it. “You and I are partners. We’re going places.” I would have sneered at five thousand dollars for Oscar.

While Oscar was taking his pressure tests I worked on his electrical and electronic gear. I didn’t bother with a radar target or beacon; the first is childishly simple, the second is fiendishly expensive. But I did want radio for the space-operations band of the spectrum-the antennas suited only those wavelengths. I could have built an ordinary walkie-talkie and hung it

outside-but I would have been kidding myself with a wrong frequency and gear that might not stand vacuum. Changes in pressure and temperature and humidity do funny things to electronic circuits; that is why the radio was housed inside the helmet.

The manual gave circuit diagrams, so I got busy. The audio and modulating circuits were no problem, just battery-operated transistor circuitry which I could make plenty small enough.   But the microwave part- It was a two-headed calf, each with transmitter and receiver-one centimeter wavelength for the horn and three octaves lower at eight centimeters for the spike in a harmonic relationship, one crystal controlling both. This gave more signal on broadcast and better aiming when squirting out the horn and also meant that only part of the rig had to be switched in changing antennas. The output of a variable-frequency oscillator was added to the crystal frequency in tuning the receiver. The circuitry was simple-on paper.

But microwave circuitry is never easy; it takes precision machining and a slip of a tool can foul up the impedance and ruin a mathematically calculated resonance.

Well, I tried. Synthetic precision crystals are cheap from surplus houses and some transistors and other components I could vandalize from my own gear. And I made it work, after the fussiest pray-and-try-again I have ever done. But the consarned thing simply would not fit into the helmet.

Call it a moral victory-I’ve never done better work.

I finally bought one, precision made and embedded in plastic, from the same firm that sold me the crystal. Like the suit it was made for, it was obsolete and I paid a price so low that I merely screamed. By then I would have mortgaged my soul-I wanted that suit to work.

The only thing that complicated the rest of the electrical gear was that everything had to be either “fail-safe” or “no-fail”; a man in a space suit can’t pull into the next garage if something goes wrong-the stuff has to keep on working or he becomes a vital statistic. That was why the helmet had twin headlights; the second cut in if the first failed-even the peanut lights for the dials over my head were twins. I didn’t take short cuts; every duplicate circuit I kept duplicate and tested to make sure that automatic changeover always worked.

Mr. Charton insisted on filling the manual’s list on those items a drugstore stocks-maltose and dextrose and amino tablets, vitamins, dexedrine, dramamine, aspirin, antibiotics, antihistamines, codeine, almost any pill a man can take to help him past a hump that might kill him. He got Doc Kennedy to write prescriptions so that I could stock Oscar without breaking laws.

When I got through Oscar was in as good shape as he had ever been in Satellite Two. It had been more fun than the time I helped Jake Bixby turn his heap into a hotrod.

But summer was ending and it was time I pulled out of my daydream. I still did not know where I was going to school, or how-or if. I had saved money but it wasn’t nearly enough. I had spent a little on postage and soap wrappers but I got that back and more by one fifteen-minute appearance on television and I hadn’t spent a dime on girls since March- too busy. Oscar cost surprisingly little; repairing Oscar had been mostly sweat and screwdriver. Seven dollars out of every ten I had earned was sitting in the money basket.

But it wasn’t enough.

I realized glumly that I was going to have to sell Oscar to get through the first semester. But how would I get through the rest of the year? Joe Valiant the all-American boy always shows up on the campus with fifty cents and a heart of gold, then in the last Chapter is tapped for Skull-and-Bones and has money in the bank. But I wasn’t Joe Valiant, not by eight decimal places. Did it make sense to start if I was going to have to drop out about Christmas? Wouldn’t it be smarter to stay out a year and get acquainted with a pick and shovel?

Did I have a choice? The only school I was sure of was State U. -and there was a row about professors being fired and talk that State U. might lose its accredited standing. Wouldn’t it be comical to spend years slaving for a degree and then have it be worthless because your school wasn’t recognized?

State U. wasn’t better than a “B” school in engineering even before this fracas.

Rensselaer and CalTech turned me down the same day-one with a printed form, the other with a polite letter saying it was impossible to accept all qualified applicants.

Little things were getting my goat, too. The only virtue of that television show was the fifty bucks. Aperson looks foolish wearing a space suit in a television studio and our announcer milked it for laughs, rapping the helmet and asking me if I was still in there. Very funny. He asked me what I wanted with a space suit and when I tried to answer he switched off the mike in my suit and patched in a tape with nonsense about space pirates and flying saucers. Half the people in town thought it was my voice.

It wouldn’t have been hard to live down if Ace Quiggle hadn’t turned up. He had been missing all summer, in jail maybe, but the day after the show he took a seat at the fountain, stared at me and said in a loud whisper, “Say, ain’t you the famous space pirate and television star?”

I said, “What’ll you have, Ace?”

“Gosh! Could I have your autograph? I ain’t never seen a real live space pirate before!” “Give me your order, Ace. Or let someone else use that stool.”

“Achoc malt. Commodore-and leave out the soap.”

Ace’s “wit” went on every time he showed up. It was a dreadfully hot summer and easy to get tempery. The Friday before Labor Day weekend the store’s cooling system went sour, we couldn’t get a repairman and I spent three bad hours fixing it, ruining my second-best pants and getting myself reeking. I was back at the fountain and wishing I could go home for a bath when Ace swaggered in, greeting me loudly with “Why, if it isn’t Commander Comet, the Scourge of the Spaceways! Where’s your blaster gun, Commander? Ain’t you afraid the Galactic Emperor will make you stay in after school for running around bare-nekkid? Yuk yuk yukkity yuk!”

Acouple of girls at the fountain giggled. “Lay off, Ace,” I said wearily. “It’s a hot day.”

“That’s why you’re not wearing your rubber underwear?” The girls giggled again.

Ace smirked. He went on: “Junior, seein’ you got that clown suit, why don’t you put it to work? Run an ad in the Clarion: ‘Have Space Suit-Will Travel.’ Yukkity yuk! Or you could hire out as a scarecrow.”

The girls snickered. I counted ten, then again in Spanish, and in Latin, and said tensely, “Ace, just tell me what you’ll have.” “My usual. And snap it up-I’ve got a date on Mars.”

Mr. Charton came out from behind his counter, sat down and asked me to mix him a lime cooler, so I served him first. It stopped the flow of wit and probably saved Ace’s life. The boss and I were alone shortly after. He said quietly, “Kip, a reverence for life does not require a man to respect Nature’s obvious mistakes.”

“Sir?”

“You need not serve Quiggle again. I don’t want his trade.” “Oh, I don’t mind. He’s harmless.”

“I wonder how harmless such people are? To what extent civilization is retarded by the laughing jackasses, the empty-minded belittlers? Go home; you’ll want to make an early start tomorrow.”

I had been invited to the Lake of the Forest for the long Labor Day weekend by Jake Bixby’s parents. I wanted to go, not only to get away from the heat but also to chew things over with Jake. But I answered, “Shucks, Mr. Charton, I ought not to leave you stuck.”

“The town will be deserted over the holiday; I may not open the fountain. Enjoy yourself. This summer has worn you a bit fine. Kip.”  I let myself be persuaded but I stayed until closing and swept up. Then I walked home, doing some hard thinking.

The party was over and it was time to put away my toys. Even the village half-wit knew that I had no sensible excuse to have a space suit. Not that I cared what Ace thought … but I did   have no use for it-and I needed money. Even if Stanford and M.I.T. and Carnegie and the rest turned me down, I was going to start this semester. State U. wasn’t the best-but neither was   I and I had learned that more depended on the student than on the school.

Mother had gone to bed and Dad was reading. I said hello and went to the barn, intending to strip my gear off Oscar, pack him into his case, address it, and in the morning phone the express office to pick it up. He’d be gone before I was back from the Lake of the Forest. Quick and clean.

He was hanging on his rack and it seemed to me that he grinned hello. Nonsense, of course. I went over and patted his shoulder. “Well, old fellow, you’ve been a real chum and it’s been nice knowing you. See you on the Moon-I hope.”

But Oscar wasn’t going to the Moon. Oscar was going to Akron, Ohio, to “Salvage.” They were going to unscrew parts they could use and throw the rest of him on the junk pile. My mouth felt dry.

(“It’s okay, pal,” Oscar answered.)

See that? Out of my silly head! Oscar didn’t really speak; I had let my imagination run wild too long. So I quit patting him, hauled the crate out and took a wrench from his belt to remove the gas bottles.

I stopped.

Both bottles were charged, one with oxygen, one with oxy-helium. I had wasted money to do so because I wanted, just once, to try a spaceman’s mix. The batteries were fresh and power packs were charged.

“Oscar,” I said softly, “we’re going to take a last walk together. Okay?” (“Swell!”)

I made it a dress rehearsal-water in the drinking tank, pill dispensers loaded, first-aid kit inside, vacuum-proof duplicate (I hoped it was vacuum-proof) in an outside pocket. All tools on belt, all lanyards tied so that tools wouldn’t float away in free fall. Everything.

Then I heated up a circuit that the F.C.C. would have squelched had they noticed, a radio link I had salvaged out of my effort to build a radio for Oscar, and had modified as a test rig for Oscar’s ears and to let me check the aiming of the directional antenna. It was hooked in with an echo circuit that would answer back if I called it-a thing I had bread hoarded out of an old Webcor wire recorder, vintage 1950.

Then I climbed into Oscar and buttoned up. “Tight?” (“Tight!”)

I glanced at the reflected dials, noticed the blood-color reading, reduced pressure until Oscar almost collapsed. At nearly sea-level pressure I was in no danger from hypoxia; the trick was to avoid too much oxygen.

We started to leave when I remembered something. “Just a second, Oscar.” I wrote a note to my folks, telling them that I was going to get up early and catch the first bus to the lake. I could write while suited up now, I could even thread a needle. I stuck the note under the kitchen door.

Then we crossed the creek into the pasture. I didn’t stumble in wading; I was used to Oscar now, sure-footed as a goat.

Out in the field I keyed my talkie and said, “Junebug, calling Peewee. Come in, Peewee.” Seconds later my recorded voice came back: ” ‘Junebug, calling Peewee. Come in, Peewee.’”

I shifted to the horn antenna and tried again. It wasn’t easy to aim in the dark but it was okay. Then I shifted back to spike antenna and went on calling Peewee while moving across the pasture and pretending that I was on Venus and had to stay in touch with base because it was unknown terrain and unbreathable atmosphere. Everything worked perfectly and if it had been Venus, I would have been all right.

Two lights moved across the southern sky, planes I thought, or maybe helis. Just the sort of thing yokels like to report as “flying saucers.” I watched them, then moved behind a little rise that would tend to spoil reception and called Peewee. Peewee answered and I shut up; it gets dull talking to an idiot circuit which can only echo what you say to it.

Then I heard: “Peewee to Junebug! Answer!”

I thought I had been monitored and was in trouble-then decided that some ham had picked me up. “Junebug here. I read you. Who are you?” The test rig echoed my words.

Then the new voice shrilled, “Peewee here! Home me in!”

This was silly. But I found myself saying, “Junebug to Peewee, shift to directional frequency at one centimeter—and keep talking, keep talking!” I shifted to the horn antenna. “Junebug, I read you. Fix me. One, two, three, four, five, six, seven—”

“You’re due south of me, about forty degrees. Who are you?” It must be one of those lights. It had to be.

But I didn’t have time to figure it out. Aspace ship almost landed on me.

Chapter 4

I said “space ship,” not “rocket ship.” It made no noise but a whoosh and there weren’t any flaming jets-it seemed to move by clean living and righteous thoughts.

I was too busy keeping from being squashed to worry about details. Aspace suit in one gravity is no track suit; it’s a good thing I had practiced. The ship sat down where I had just been, occupying more than its share of pasture, a big black shape.

The other one whooshed down, too, just as a door opened in the first. Light poured through the door; two figures spilled out and started to run. One moved like a cat; the other moved clumsily and slowly-handicapped by a space suit. S’help me, a person in a space suit does look silly. This one was less than five feet tall and looked like the Gingerbread Man.

Abig trouble with a suit is your limited angle of vision. I was trying to watch both of them and did not see the second ship open. The first figure stopped, waiting for the one in the space suit to catch up, then suddenly collapsed-just a gasping sound, “Eeeah!”-and clunk.

You can tell the sound of pain. I ran to the spot at a lumbering dogtrot, leaned over and tried to see what was wrong, tilting my helmet to bring the beam of my headlight onto the ground. Abug-eyed monster-

That’s not fair but it was my first thought. I couldn’t believe it and would have pinched myself except that it isn’t practical when suited up.

An unprejudiced mind (which mine wasn’t) would have said that this monster was rather pretty. It was small, not more than half my size, and its curves were graceful, not as a girl is but more like a leopard, although it wasn’t shaped like either one. I couldn’t grasp its shape-I didn’t have any pattern to fit it to; it wouldn’t add up.

But I could see that it was hurt. Its body was quivering like a frightened rabbit. It had enormous eyes, open but milky and featureless, as if nictitating membranes were across them. What appeared to be its mouth-

That’s as far as I got. Something hit me in the spine, right between the gas bottles.

I woke up on a bare floor, staring at a ceiling. It took several moments to recall what had happened and then I shied away because it was so darn silly. I had been out for a walk in Oscar

… and then a space ship had landed … and a bug-eyed-

I sat up suddenly as I realized that Oscar was gone. Alight cheerful voice said, “Hi, there!”

I snapped my head around. Akid about ten years old was seated on the floor, leaning against a wall. He-I corrected myself. Boys don’t usually clutch rag dolls. This kid was the age when the difference doesn’t show much and was dressed in shirt, shorts and dirty tennis shoes, and had short hair, so I didn’t have much to go on but the rag dolly.

“Hi, yourself,” I answered. “What are we doing here?” “I’m surviving. I don’t know about you.”

“Huh?”

“Surviving. Pushing my breath in and out. Conserving my strength. There’s nothing else to do at the moment; they’ve got us locked in.”

I looked around. The room was about ten feet across, four-sided but wedge-shaped, and nothing in it but us. I couldn’t see a door; if we weren’t locked, we might as well be. “Who locked us in?”

“Them. Space pirates. And him.” “Space pirates? Don’t be silly!”

The kid shrugged. “Just my name for them. But better not think they’re silly if you want to keep on surviving. Are you ‘Junebug’?”

“Huh? You sound like a junebug yourself. Space pirates, my aunt!” I was worried and very confused and this nonsense didn’t help. Where was Oscar? And where was I? “No, no, not a junebug but ‘Junebug’-a radio call. You see, I’m Peewee.”

I said to myself, Kip old pal, walk slowly to the nearest hospital and give yourself up. When a radio rig you wired yourself starts looking like a skinny little girl with a rag doll, you’ve flipped. It’s going to be wet packs and tranquilizers and no excitement for you-you’ve blown every fuse.

“You’re ‘Peewee’?”

“That’s what I’m called-I’m relaxed about it. You see, I heard, ‘Junebug, calling Peewee,’ and decided that Daddy had found out about the spot I was in and had alerted people to help me land. But if you aren’t ‘Junebug,’ you wouldn’t know about that. Who are you?”

“Wait a minute, I am ‘Junebug.’ I mean I was using that call. But I’m Clifford Russell-‘Kip’ they call me.” “How do you do. Kip?” she said politely.

“And howdy to you, Peewee. Uh, are you a boy or a girl?”

Peewee looked disgusted. “I’ll make you regret that remark. I realize I am undersized for my age but I’m actually eleven, going on twelve. There’s no need to be rude. In another five years   I expect to be quite a dish-you’ll probably beg me for every dance.”

At the moment I would as soon have danced with a kitchen stool, but I had things on my mind and didn’t want a useless argument. “Sorry, Peewee. I’m still groggy. You mean you were in that first ship?”

Again she looked miffed. “I was piloting it.”

Sedation every night and a long course of psychoanalysis. At my age. “You were-piloting?”

“You surely don’t think the Mother Thing could? She wouldn’t fit their controls. She curled up beside me and coached. But if you think it’s easy, when you’ve never piloted anything but a Cessna with your Daddy at your elbow and never made any kind of landing, then think again. I did very well!-and your landing instructions weren’t too specific. What have they done with the Mother Thing?”

“The what?”

“You don’t know? Oh, dear!”

“Wait a minute, Peewee. Let’s get on the same frequency. I’m ‘Junebug’ all right and I homed you in-and if you think that’s easy, to have a voice out of nowhere demand emergency landing instructions, you better think again, too. Anyhow, a ship landed and another ship landed right after it and a door opened in the first ship and a guy in a space suit jumped out-“

“That was I.”

“-and something else jumped out-“ “The Mother Thing.”

“Only she didn’t get far. She gave a screech and flopped. I went to see what the trouble was and something hit me. The next thing I know you’re saying, ‘Hi, there.’ ” I wondered if I ought to tell her that the rest, including her, was likely a morphine dream because I was probably lying in a hospital with my spine in a cast.

Peewee nodded thoughtfully. “They must have blasted you at low power, or you wouldn’t be here. Well, they caught you and they caught me, so they almost certainly caught her. Oh, dear!   I do hope they didn’t hurt her.”

“She looked like she was dying.”

“As if she were dying,” Peewee corrected me. “Subjunctive. I rather doubt it; she’s awfully hard to kill-and they wouldn’t kill her except to keep her from escaping; they need her alive.” “Why? And why do you call her ‘the Mother Thing’?”

“One at a time, Kip. She’s the Mother Thing because … well, because she is, that’s all. You’ll know, when you meet her. As to why they wouldn’t kill her, it’s because she’s worth more as  a hostage than as a corpse-the same reason the kept me alive. Although she’s worth incredibly more than I am-they’d write me off without a blink if I became inconvenient. Or you. But since she was alive when you saw her, then it’s logical that she’s a prisoner again. Maybe right next door. That makes me feel much better.”

It didn’t make me feel better. “Yes, but where’s here?”

Peewee glanced at a Mickey Mouse watch, frowned and said, “Almost halfway to the Moon, I’d say.” “What?!”

“Of course I don’t know. But it makes sense that they would go back to their nearest base; that’s where the Mother Thing and I scrammed from.” “You’re telling me we’re in that ship?”

“Either the one I swiped or the other one. Where did you think you were, Kip? Where else could you be?” “Amental hospital.”

She looked big-eyed and then grinned. “Why, Kip, surely your grip on reality is not that weak?” “I’m not sure about anything. Space pirates-Mother Things.”

She frowned and bit her thumb. “I suppose it must be confusing. But trust your ears and eyes. My grip on reality is quite strong, I assure you- you see, I’m a genius.” She made it a statement, not a boast, and somehow I was not inclined to doubt the claim, even though it came from a skinny-shanked kid with a rag doll in her arms.

But I didn’t see how it was going to help.

Peewee went on: ” ‘Space pirates’ … mmm. Call them what you wish. Their actions are piratical and they operate in space-you name them. As for the Mother Thing … wait until you meet her.”

“What’s she doing in this hullabaloo?”

“Well, it’s complicated. She had better explain it. She’s a cop and she was after them-“ “Acop?”

“I’m afraid that is another semantic inadequacy. The Mother Thing knows what we mean by cop and I think she finds the idea bewildering if not impossible. But what would you call a person who hunts down miscreants? Acop, no?”

“Acop, yes, I guess.”

“So would I.” She looked again at her watch. “But right now I think we had better hang on. We ought to be at halfway point in a few minutes- and a skew-flip is disconcerting even if you are strapped down.”

I had read about skew-flip turn-overs, but only as a theoretical maneuver; I had never heard of a ship that could do one. If this was a ship. The floor felt as solid as concrete and as motionless. “I don’t see anything to hang on to.”

“Not much, I’m afraid. But if we sit down in the narrowest part and push against each other, I think we can brace enough not to slide around. But let’s hurry; my watch might be slow.” We sat on the floor in the narrow part where the angled walls were about five feet apart. We faced each other and pushed our shoes against each other, each of us bracing like an

Alpinist inching his way up a rock chimney-my socks against her tennis shoes, rather, for my shoes were still on my workbench, so far as I knew. I wondered if they had simply dumped

Oscar in the pasture and if Dad would find him.

“Push hard, Kip, and brace your hands against the deck.”

I did so. “How do you know when they’ll turn over, Peewee?”

“I haven’t been unconscious-they just tripped me and carried me inside-so I know when we took off. If we assume that the Moon is their destination, as it probably is, and if we assume one gravity the whole jump -which can’t be far off; my weight feels normal. Doesn’t yours?”

I considered it. “I think so.”

“Then it probably is, even though my own sense of weight may be distorted from being on the Moon. If those assumptions are correct, then it is almost exactly a three-and-a-half-hour trip and-” Peewee looked at her watch. “-E.T.A. should be nine-thirty in the morning and turn-over at seven-forty-five. Any moment now.”

“Is it that late?” I looked at my watch. “Why, I’ve got a quarter of two.”

“You’re on your zone time. I’m on Moon time-Greenwich time, that is. Oh, oh! Here we go!”

The floor tilted, swerved, and swooped like a roller coaster, and my semicircular canals did a samba. Things steadied down as I pulled out of acute dizziness. “You all right?” asked Peewee.

I managed to focus my eyes. “Uh, I think so. It felt like a one-and-a-half gainer into a dry pool.”

“This pilot does it faster than I dared to. It doesn’t really hurt, after your eyes uncross. But that settles it. We’re headed for the Moon. We’ll be there in an hour and three quarters.”

I still couldn’t believe it. “Peewee? What kind of a ship can gun at one gee all the way to the Moon? They been keeping it secret? And what were you doing on the Moon anyhow? And why were you stealing a ship?”

She sighed and spoke to her doll. “He’s a quiz kid, Madame Pompadour. Kip, how can I answer three questions at once? This is a flying saucer, and-“ “Flying saucer! Now I’ve heard everything.”

“It’s rude to interrupt. Call it anything you like; there’s nothing official about the term. Actually it’s shaped more like a loaf of pumpernickel, an oblate spheroid. That’s a shape defined-“

“I know what an oblate spheroid is,” I snapped. I was tired and upset from too many things, from a cranky air conditioner that had ruined a good pair of pants to being knocked out while on an errand of mercy. Not to mention Ace Quiggle. I was beginning to think that little girls who were geniuses ought to have the grace not to show it.

“No need to be brisk,” she said reprovingly. “I am aware that people have called everything from weather balloons to street lights ‘flying saucers.’ But it is my considered opinion-by Occam’s Razor-that-“

“Whose razor?”

“Occam’s. Least hypothesis. Don’t you know anything about logic?” “Not much.”

“Well … I suspected that about every five-hundredth ‘saucer sighting’ was a ship like this. It adds up. As for what I was doing on the Moon-” She stopped and grinned. “I’m a pest.”

I didn’t argue it.

“Along time ago when my Daddy was a boy, the Hayden Planetarium took reservations for trips to the Moon. It was just a publicity gag, like that silly soap contest recently, but Daddy got his name on the list. Now, years and years later, they are letting people go to the Moon-and sure enough, the Hayden people turned the list over to American Express- and American Express notified the applicants they could locate that they would be given preference.”

“So your father took you to the Moon?”

“Oh, heavens, no! Daddy filled out that form when he was only a boy. Now he is just about the biggest man at the Institute for Advanced Study and hasn’t time for such pleasures. And Mama wouldn’t go if you paid her. So I said I would. Daddy said ‘No!’ and Mama said Good gracious, no!’ … and so I went. I can be an awful nuisance when I put my mind on it,” she said proudly. “I have talent for it. Daddy says I’m an amoral little wretch.”

“Uh, do you suppose he might be right?”

“Oh, I’m sure he is. He understands me, whereas Mama throws up her hands and says she can’t cope. I was perfectly beastly and unbearable for two whole weeks and at last Daddy said ‘For Blank’s sake let her go! -maybe we’ll collect her insurance!’ So I did.”

“Mmmmm … that still doesn’t explain why you are here.”

“Oh, that. I was poking around where I shouldn’t, doing things they told us not to. I always get around; it’s very educational. So they grabbed me. They would rather have Daddy but they hope to swap me for him. I couldn’t let that happen, so I had to escape.”

I muttered, ” The butler did it.’ “ “What?”

“Your story has as many holes as the last Chapter of most whodunits.” “Oh. But I assure you it is the simple-oh, oh! here we go again!”

All that happened was that the lighting changed from white to blue. There weren’t any light fixtures; the whole ceiling glowed. We were still sprawled on the floor. I started to get up-and found I couldn’t.

I felt as if I had just finished a cross-country race, too weak to do anything but breathe. Blue light can’t do that; it’s merely wavelengths 4300 to 5100 angstroms and sunlight is loaded with it. But whatever they used with the blue light made us as limp as wet string.

Peewee was struggling to tell me something. “If … they’re coming for us … don’t resist … and … above all-“ The blue light changed to white. The narrow wall started to slide aside.

Peewee looked scared and made a great effort. “-above all … don’t antagonize … him.”

Two men came in, shoved Peewee aside, strapped my wrists and ankles and ran another strap around my middle, binding my arms. I started to come out of it-not like flipping a switch, as I still didn’t have energy enough to lick a stamp. I wanted to bash their heads but I stood as much chance as a butterfly has of hefting a bar bell.

They carried me out. I started to protest. “Say, where are you guys taking me? What do you think you’re doing? I’ll have you arrested. I’ll—”

“Shaddap,” said one. He was a skinny runt, fifty or older, and looked as if he never smiled. The other was fat and younger, with a petulant babyish mouth and a dimple in his chin; he looked as if he could laugh if he weren’t worried. He was worrying now.

“Tim, this can get us in trouble. We ought to space him-we ought to space both of ‘em-and tell him it was an accident. We can say they got out and tried to escape through the lock. He won’t know the dif-“

“Shaddap,” answered Tim with no inflection. He added, “You want trouble with him? You want to chew space?” “But-“

“Shaddap.”

They carried me around a curved corridor, into an inner room and dumped me on the floor.

I was face up but it took time to realize this must be the control room. It didn’t look like anything any human would design as a control room, which wasn’t surprising as no human had. Then I saw him.

Peewee needn’t have warned me; I didn’t want to antagonize him.

The little guy was tough and dangerous, the fat guy was mean and murderous; they were cherubs compared with him. If I had had my strength I would have fought those two any way they liked; I don’t think I’m too afraid of any human as long as the odds aren’t impossible.

But not him.

He wasn’t human but that wasn’t what hurt. Elephants aren’t human but they are very nice people. He was built more like a human than an elephant is but that was no help-I mean he stood erect and had feet at one end and a head at the other. He was no more than five feet tall but that didn’t help either; he dominated us the way a man dominates a horse. The torso part was as long as mine; his shortness came from very squat legs, with feet (I guess you would call them feet) which bulged out, almost disc-like. They made squashy, sucking sounds when he moved. When he stood still a tail, or third leg, extruded and turned him into a tripod-he didn’t need to sit down and I doubt if he could.

Short legs did not make him slow. His movements were blurringly fast, like a striking snake. Does this mean a better nervous system and more efficient muscles? Or a native planet with higher gravity?

His arms looked like snakes-they had more joints than ours. He had two sets, one pair where his waist should have been and another set under his head. No shoulders. I couldn’t count his fingers, or digit tendrils; they never held still. He wasn’t dressed except for a belt below and above the middle arms which carried whatever such a thing carries in place of money and keys. His skin was purplish brown and looked oily.

Whatever he was, he was not the same race as the Mother Thing.

He had a faint sweetish musky odor. Any crowded room smells worse on a hot day, but if I ever whiff that odor again, my skin will crawl and I’ll be tongue-tied with fright.

I didn’t take in these details instantly; at first all I could see was his face. A“face” is all I can call it. I haven’t described it yet because I’m afraid I’ll get the shakes. But I will, so that if you ever see one, you’ll shoot first, before your bones turn to jelly.

No nose. He was an oxygen breather but where the air went in and out I couldn’t say-some of it through the mouth, for he could talk. The mouth was the second worst part of him; in place of jawbone and chin he had mandibles that opened sideways as well as down, gaping in three irregular sides. There were rows of tiny teeth but no tongue that I could see; instead the mouth was rimmed with cilia as long as angleworms. They never stopped squirming.

I said the mouth was “second worst”; he had eyes. They were big and bulging and protected by horny ridges, two on the front of his head, set wide apart. They scanned. They scanned like radar, swinging up and down and back and forth. He never looked at you and yet was always looking at you.

When he turned around, I saw a third eye in back. I think he scanned his whole surroundings at all times, like a radar warning system.

What kind of brain can put together everything in all directions at once? I doubt if a human brain could, even if there were any way to feed in the data. He didn’t seem to have room in his head to stack much of a brain, but maybe he didn’t keep it there. Come to think of it, humans wear their brains in an exposed position; there may be better ways.

But he certainly had a brain. He pinned me down like a beetle and squeezed out what he wanted. He didn’t have to stop to brainwash me; he questioned and I gave, for an endless time-  it seemed more like days than hours. He spoke English badly but understandably. His labials were all alike-“buy” and “pie” and “vie” sounded the same. His gutturals were harsh and   his dentals had a clucking quality. But I could usually understand and when I didn’t, he didn’t threaten or punish; he just tried again. He had no expression in his speech.

He kept at it until he had found out who I was and what I did and as much of what I knew as interested him. He asked questions about how I happened to be where I was and dressed the way I was when I was picked up. I couldn’t tell whether he liked the answers or not.

He had trouble understanding what a “soda jerk” was and, while he learned about the Skyway Soap contest, he never seemed to understand why it took place. But I found that there were  a lot of things I didn’t know either-such as how many people there are on Earth and how many tons of protein we produce each year.

After endless time he had all he wanted and said, “Take it out.” The stooges had been waiting. The fat boy gulped and said, “Space him?”

He acted as if killing me or not were like saving a piece of string. “No. It is ignorant and untrained, but I may have use for it later. Put it back in the pen.” “Yes, boss.”

They dragged me out. In the corridor Fatty said, “Let’s untie his feet and make him walk.” Skinny said, “Shaddap.”

Peewee was just inside the entrance panel but didn’t move, so I guess she had had another dose of that blue-light effect. They stepped over her and dumped me. Skinny chopped me on the side of the neck to stun me. When I came to, they were gone, I was unstrapped, and Peewee was sitting by me. She said anxiously, “Pretty bad?”

“Uh, yeah,” I agreed, and shivered. “I feel ninety years old.”

“It helps if you don’t look at him-especially his eyes. Rest a while and you’ll feel better.” She glanced at her watch. “It’s only forty-five minutes till we land. You probably won’t be disturbed before then.”

“Huh?” I sat up. “I was in there only an hour?” “Alittle less. But it seems forever. I know.”

“I feel like a squeezed orange.” I frowned, remembering something. “Peewee, I wasn’t too scared when they came for me. I was going to demand to be turned loose and insist on explanations. But I never asked him a question, not one.”

“You never will. I tried. But your will just drains out. Like a rabbit in front of a snake.” “Yes.”

“Kip, do you see why I had to take just any chance to get away? You didn’t seem to believe my story-do you believe it now?” “Uh, yes. I believe it.”

“Thanks. I always say I’m too proud to care what people think, but I’m not, really. I had to get back to Daddy and tell him … because he’s the only one in the entire world who would simply believe me, no matter how crazy it sounded.”

“I see. I guess I see. But how did you happen to wind up in Centerville?” “Centerville?”

“Where I live. Where ‘Junebug’ called ‘Peewee.’ “

“Oh. I never meant to go there. I meant to land in New Jersey, in Princeton if possible, because I had to find Daddy.” “Well, you sure missed your aim.”

“Can you do better? I would have done all right but I had my elbow joggled. Those things aren’t hard to fly; you just aim and push for where you want to go, not like the complicated things they do about rocket ships. And I had the Mother Thing to coach me. But I had to slow down going into the atmosphere and compensate for Earth’s spin and I didn’t know quite how. I found myself too far west and they were chasing me and I didn’t know what to do … and then I heard you on the space-operations band and thought everything was all right-and there I was.” She spread her hands. “I’m sorry, Kip.”

“Well, you landed it. They say any landing you walk away from is a good one.” “But I’m sorry I got you mixed up in it.”

“Uh … don’t worry about that. It looks like somebody has to get mixed up in it. Peewee … what’s he up to?” “They, you mean.”

“Huh? I don’t think the other two amount to anything. He is the one.”

“I didn’t mean Tim and Jock-they’re just people gone bad. I meant them-him and others like him.”

I wasn’t at my sharpest-I had been knocked out three times and was shy a night’s sleep and more confusing things had happened than in all my life. but until Peewee pointed it out I hadn’t considered that there could be more than one like him-one seemed more than enough.

But if there was one, then there were thousands-maybe millions or billions. I felt my stomach twist and wanted to hide. “You’ve seen others?” “No. Just him. But the Mother Thing told me.”

“Ugh! Peewee … what are they up to?”

“Haven’t you guessed? They’re moving in on us.” My collar felt tight, even though it was open. “How?” “I don’t know.”

“You mean they’re going to kill us off and take over Earth?” She hesitated. “It might not be anything that nice.”

“Uh … make slaves of us?”

“You’re getting warmer. Kip-I think they eat meat.”

I swallowed. “You have the jolliest ideas, for a little girl.” “You think I like it? That’s why I had to tell Daddy.”

There didn’t seem to be anything to say. It was an old, old fear for human beings. Dad had told me about an invasion-from-Mars radio broadcast when he was a kid-pure fiction but it had scared people silly. But people didn’t believe in it now; ever since we got to the Moon and circled Mars and Venus everybody seemed to agree that we weren’t going to find life anywhere.

Now here it was, in our laps. “Peewee? Are these things Martians? Or from Venus?”

She shook her head. “They’re not from anywhere close. The Mother Thing tried to tell me, but we ran into a difficulty of understanding.”

“Inside the Solar System?”

“That was part of the difficulty. Both yes and no.” “It can’t be both.”

“You ask her.”

“I’d like to.” I hesitated, then blurted, “I don’t care where they’re from -we can shoot them down … if we don’t have to look at them!” “Oh, I hope so!”

“It figures. You say these are flying saucers … real saucer sightings, I mean; not weather balloons. If so, they have been scouting us for years. Therefore they aren’t sure of themselves, even if they do look horrible enough to curdle milk. Otherwise they would have moved in at once the way we would on a bunch of animals. But they haven’t. That means we can kill them-if we go about it right.”

She nodded eagerly. “I hope so. I hoped Daddy would see a way. But-” She frowned. “-we don’t know much about them … and Daddy always warned me not to be cocksure when data was incomplete. ‘Don’t make so much stew from one oyster, Peewee,’ he always says.”

“But I’ll bet we’re right. Say, who is your Daddy? And what’s your full name?”

“Why, Daddy is Professor Reisfeld. And my name is Patricia Wynant Reisfeld. Isn’t that awful? Better call me Peewee.” “Professor Reisfeld- What does he teach?”

“Huh? You don’t know? You don’t know about Daddy’s Nobel Prize? Or anything?” “I’m just a country boy, Peewee. Sorry.”

“You must be. Daddy doesn’t teach anything. He thinks. He thinks better than anybody … except me, possibly. He’s the synthesist. Everybody else specializes. Daddy knows everything and puts the pieces together.”

Maybe so, but I hadn’t heard of him. It sounded like a good idea … but it would take an awfully smart man-if I had found out anything, it was that they could print it faster than I could study it. Professor Reisfeld must have three heads. Five.

“Wait till you meet him,” she added, glancing at her watch. “Kip, I think we had better get braced. We’ll be landing in a few minutes … and he won’t care how he shakes up passengers.” So we crowded into the narrow end and braced each other. We waited. After a bit the ship shook itself and the floor tilted. There was a slight bump and things got steady and suddenly I

felt very light. Peewee pulled her feet under her and stood up. “Well, we’re on the Moon.”

Chapter 5

When I was a kid, we used to pretend we were making the first landing on the Moon. Then I gave up romantic notions and realized that I would have to go about it another way. But I never thought I would get there penned up, unable to see out, like a mouse in a shoe box.

The only thing that proved I was on the Moon was my weight. High gravity can be managed anywhere, with centrifuges. Low gravity is another matter; on Earth the most you can squeeze out is a few seconds going off a high board, or by parachute delay, or stunts in a plane.

If low gravity goes on and on, then wherever you are, you are not on Earth. Well, I wasn’t on Mars; it had to be the Moon.

On the Moon I should weigh a little over twenty-five pounds. It felt about so-I felt light enough to walk on a lawn and not bend the grass.

For a few minutes I simply exulted in it, forgetting him and the trouble we were in, just heel-and-toe around the room, getting the wonderful feel of it, bouncing a little and bumping my head against the ceiling and feeling how slowly, slowly, slowly I settled back to the floor. Peewee sat down, shrugged her shoulders and gave a little smile, an annoyingly patronizing one. The “Old Moon-Hand”-all of two weeks more of it than I had had.

Low gravity has its disconcerting tricks. Your feet have hardly any traction and they fly out from under you. I had to learn with muscles and reflexes what I had known only intellectually: that when weight goes down, mass and inertia do not. To change direction, even in walking, you have to lean the way you would to round a turn on a board track- and even then if you don’t have traction (which I didn’t in socks on a smooth floor) your feet go out from under you.

Afall doesn’t hurt much in one-sixth gravity but Peewee giggled. I sat up and said, “Go and laugh, smartie. You can afford to-you’ve got tennis shoes.” “I’m sorry. But you looked silly, hanging there like a slow-motion picture and grabbing air.”

“No doubt. Very funny.”

“I said I was sorry. Look, you can borrow my shoes.”

I looked at her feet, then at mine, and snorted. “Gee, thanks!”

“Well … you could cut the heels out, or something. It wouldn’t bother me. Nothing ever does. Where are your shoes. Kip?” “Uh, about a quarter-million miles away-unless we got off at the wrong stop.”

“Oh. Well, you won’t need them much, here.”

“Yeah.” I chewed my lip, thinking about “here” and no longer interested in games with gravity. “Peewee? What do we do now?” “About what?”

“About him.”

“Nothing. What can we do?” “Then what do we do?” “Sleep.”

“Huh?”

“Sleep. ‘Sleep, that knits up the ravell’d sleave of care.’ ‘Tired Nature’s sweet restorer, balmy sleep.’ ‘Blessings on him who invented sleep, the mantle that covers all human thoughts.’ “ “Quit showing off and talk sense!”

“I am talking sense. At the moment we’re as helpless as goldfish. We’re simply trying to survive-and the first principle of survival is not to worry about the impossible and concentrate on what’s possible. I’m hungry and thirsty and uncomfortable and very, very tired … and all I can do about it is sleep. So if you will kindly keep quiet, that’s what I’ll do.”

“I can take a hint. No need to snap at me.”

“I’m sorry. But I get cross as two sticks when I’m tired and Daddy says I’m simply frightful before breakfast.” She curled up in a little ball and tucked that filthy rag doll under her chin. “G’night, Kip.”

“Good night, Peewee.”

I thought of something and started to speak … and saw that she was asleep. She was breathing softly and her face had smoothed out and no longer looked alert and smart-alecky. Her upper lip pooched out in a baby pout and she looked like a dirty-faced cherub. There were streaks where she had apparently cried and not wiped it away. But she had never let me see her crying.

Kip, I said to myself, you get yourself into the darndest things; this is much worse than bringing home a stray pup or a kitten. But I had to take care of her … or die trying.

Well, maybe I would. Die trying, I mean. It didn’t look as if I were any great shakes even taking care of myself.

I yawned, then yawned again. Maybe the shrimp had more sense than I had, at that. I was more tired than I had ever been, and hungry and thirsty and not comfortable other ways. I thought about banging on the door panel and trying to attract the fat one or his skinny partner. But that would wake Peewee-and it might antagonize him.

So I sprawled on my back the way I nap on the living-room rug at home. I found that a hard floor does not require any one sleeping position on the Moon; one-sixth gravity is a better mattress than all the foam rubber ever made-that fussy princess in Hans Christian Andersen’s story would have had no complaints.

I want to sleep at once.

It was the wildest space opera I had ever seen, loaded with dragons and Arcturian maidens and knights in shining space armor and shuttling between King Arthur’s Court and the Dead Sea Bottoms of Barsoom. I didn’t mind that but I did mind the announcer. He had the voice of Ace Quiggle and the face of him. He leaned out of the screen and leered, those wormy cilia writhing. “Will Beowulf conquer the Dragon? Will Tristan return to Iseult? Will Peewee find her dolly? Tune in this channel tomorrow night and in the meantime, wake up and hurry to your neighborhood druggist for a cake of Skyway’s Kwikbrite Armor Polish, the better polish used by the better knights sans peur et sans reproche. Wake up!” He shoved a snaky arm out of  the screen and grabbed my shoulder.

I woke up.

“Wake up,” Peewee was saying, shaking my shoulder. “Please wake up, Kip.” “Lea’ me alone!”

“You were having a nightmare.”

The Arcturian princess had been in a bad spot. “Now I’ll never know how it came out. Wha’ did y’ want to wake me for? I thought the idea was to sleep?” “You’ve slept for hours-and now perhaps there is something we can do.”

“Breakfast, maybe?”

She ignored that. “I think we should try to escape.”

I sat up suddenly, bounced off the floor, settled back. “Wups! How?”

“I don’t know exactly. But I think they have gone away and left us. If so, we’ll never have a better chance.” “They have? What makes you think so?”

“Listen. Listen hard.”

I listened. I could hear my heart beat, I could hear Peewee breathing, and presently I could hear her heart beating. I’ve never heard deeper silence in a cave.

I took my knife, held it in my teeth for bone conduction and pushed it against a wall. Nothing. I tried the floor and the other walls. Still nothing. The ship ached with silence-no throb, no thump, not even those vibrations you can sense but not hear. “You’re right, Peewee.”

“I noticed it when the air circulation stopped.” I sniffed. “Are we running out of air?”

“Not right away. But the air stopped-it comes out of those tiny holes up there. You don’t notice it but I missed something when it stopped.”  I thought hard. “I don’t see where this gets us. We’re still locked up.”

“I’m not sure.”

I tried the blade of my knife on a wall. It wasn’t metal or anything I knew as plastic, but it didn’t mind a knife. Maybe the Comte de Monte Cristo could have dug a hole in it-but he had more time. “How do you figure?”

“Every time they’ve opened or closed that door panel, I’ve heard a click. So after they took you out I stuck a wad of bubble gum where the panel meets the wall, high up where they might not notice.”

“You’ve got some gum?”

“Yes. It helps, when you can’t get a drink of water. I-“

“Got any more?” I asked eagerly. I wasn’t fresh in any way but thirst was the worst-I’d never been so thirsty.

Peewee looked upset. “Oh, poor Kip! I haven’t any more … just an old wad I kept parked on my belt buckle and chewed when I felt driest.” She frowned. “But you can have it. You’re welcome.”

“Uh, thanks, Peewee. Thanks a lot. But I guess not.”

She looked insulted. “I assure you, Mr. Russell, that I do not have anything contagious. I was merely trying to-“ “Yes, yes,” I said hastily. “I’m sure you were. But-“

“I assumed that these were emergency conditions. It is surely no more unsanitary than kissing a girl-but then I don’t suppose you’ve ever kissed a girl!”

“Not lately,” I evaded. “But what I want is a drink of clear cold water- or murky warm water. Besides, you used up your gum on the door panel. What did you expect to accomplish?” “Oh. I told you about that click. Daddy says that, in a dilemma, it is helpful to change any variable, then reexamine the problem. I tried to introduce a change with my bubble gum.” “Well?”

“When they brought you back, then closed the door, I didn’t hear a click.”

“What? Then you thought you had bamboozled their lock hours and hour ago-and you didn’t tell me?” “That is correct.”

“Why, I ought to spank you!”

“I don’t advise it,” she said frostily. “I bite.”

I believed her. And scratch. And other things. None of them pleasant. I changed the subject. “Why didn’t you tell me, Peewee?” “I was afraid you might try to get out.”

“Huh? I certainly would have!”

“Precisely. But I wanted that panel closed … as long as he was out there.”

Maybe she was a genius. Compared with me. “I see your point. All right, let’s see if we can get it open.” I examined the panel. The wad of gum was there, up high as she could reach, and from the way it was mashed it did seem possible that it had fouled the groove the panel slid into, but I couldn’t see any crack down the edge.

I tried the point of my big blade on it. The panel seemed to creep to the right an eighth of an inch-then the blade broke.  I closed the stub and put the knife away. “Any ideas?”

“Maybe if we put our hands flat against it and tried to drag it?”

“Okay.” I wiped sweat from my hands on my shirt. “Now … easy does it. Just enough pressure for friction.” The panel slid to the right almost an inch-and stopped firmly.

But there was a hairline crack from floor to ceiling.

I broke off the stub of the big blade this time. The crack was no wider. Peewee said, “Oh, dear!” “We aren’t licked.” I backed off and ran toward the door.

“Toward,” not “to”-my feet skidded, I leveled off and did a leisurely bellywhopper. Peewee didn’t laugh.

I picked myself up, got against the far wall, braced one foot against it and tried a swimming racing start.

I got as far as the door panel before losing my footing. I didn’t hit it very hard, but I felt it spring. It bulged a little, then sprang back. “Wait a sec, Kip,” said Peewee. “Take your socks off. I’ll get behind you and push-my tennis shoes don’t slip.”

She was right. On the Moon, if you can’t get rubber-soled shoes, you’re better off barefooted. We backed against the far wall, Peewee behind me with her hands on my hips. “One … two

… three … Go!” We advanced with the grace of a hippopotamus.

I hurt my shoulder. But the panel sprung out of its track, leaving a space four inches wide at the bottom and tapering to the top.

I left skin on the door frame and tore my shirt and was hampered in language by the presence of a girl. But the opening widened. When it was wide enough for my head, I got down flat and peered out. There was nobody in sight-a foregone conclusion, with the noise I had made, unless they were playing cat-and-mouse. Which I wouldn’t put past them. Especially him.

Peewee started to wiggle through; I dragged her back. “Naughty, naughty! I go first.” Two more heaves and it was wide enough for me. I opened the small blade of my knife and handed it

to Peewee. “With your shield or on it, soldier.”

“You take it.”

“I won’t need it. ‘Two-Fisted Death,’ they call me around dark alleys.” This was propaganda, but why worry her? Sans pew et sans reproche- maiden-rescuing done cheaply, special rates for parties.

I eased out on elbows and knees, stood up and looked around. “Come on out,” I said quietly.

She started to, then backed up suddenly. She reappeared clutching that bedraggled dolly. “I almost forgot Madame Pompadour,” she said breathlessly.  I didn’t even smile.

“Well,” she said defensively, “I have to have her to get to sleep at night. It’s my one neurotic quirk-but Daddy says I’ll outgrow it.” “Sure, sure.”

“Well, don’t look so smug! It’s not fetishism, not even primitive animism; it’s merely a conditioned reflex. I’m aware that it’s just a doll-I’ve understood the pathetic fallacy for … oh, years and years!”

“Look, Peewee,” I said earnestly, “I don’t care how you get to sleep. Personally I hit myself over the head with a hammer. But quit yakking. Do you know the layout of these ships?” She looked around. “I think this is the ship that chased me. But it looks the same as the one I piloted.”

“All right. Should we head for the control room?” “Huh?”

“You flew the other heap. Can you fly this one?” “Unh … I guess so. Yes, I can.”

“Then let’s go.” I started in the direction they had lugged me.

“But the other time I had the Mother Thing to tell me what to do! Let’s find her.” I stopped. “Can you get it off the ground?”

“Well … yes.”

“We’ll look for her after we’re in the air-‘in space,’ I mean. If she’s aboard we’ll find her. If she’s not, there’s not a thing we can do.” “Well … all right. I see your logic; I don’t have to like it.” She tagged along. “Kip? How many gravities can you stand?”

“Huh? I haven’t the slightest idea. Why?”

“Because these things can go lots faster than I dared try when I escaped before. That was my mistake.” “Your mistake was in heading for New Jersey.”

“But I had to find Daddy!”

“Sure, sure, eventually. But you should have ducked over to Lunar Base and yelled for the Federation Space Corps. This is no job for a popgun; we need help. Any idea where we are?” “Mmm … I think so. If he took us back to their base. I’ll know when I look at the sky.”

“All right. If you can figure out where Lunar Base is from here, that’s where we’ll go. If not- Well, we’ll head for New Jersey at all the push it has.”

The control-room door latched and I could not figure out how to open it. Peewee did what she said should work-which was to tuck her little finger into a hole mine would not enter-and told me it must be locked. So I looked around.

I found a metal bar racked in the corridor, a thing about five feet long, pointed on one end and with four handles like brass knucks on the other. I didn’t know what it was-the hobgoblin equivalent of a fire ax, possibly -but it was a fine wrecking bar.

I made a shambles of that door in three minutes. We went in.

My first feeling was gooseflesh because here was where I had been grilled by him. I tried not to show it. If he turned up, I was going to let him have his wrecking bar right between his  grisly eyes. I looked around, really seeing the place for the first time. There was sort of a nest in the middle surrounded by what could have been a very fancy coffee maker or a velocipede for an octopus; I was glad Peewee knew which button to push. “How do you see out?”

“Like this.” Peewee squeezed past and put a finger into a hole I hadn’t noticed.

The ceiling was hemispherical like a planetarium. Which was what it was, for it lighted up. I gasped.

It was suddenly not a floor we were on, but a platform, apparently out in the open and maybe thirty feet in the air. Over me were star images, thousands of them, in a black “sky”-and facing toward me, big as a dozen full moons and green and lovely and beautiful, was Earth!

Peewee touched my elbow. “Snap out of it, Kip.”

I said in a choked voice, “Peewee, don’t you have any poetry in your soul?”

“Surely I have. Oodles. But we haven’t time. I know where we are, Kip -back where I started from. Their base. See those rocks with long jagged shadows? Some of them are ships, camouflaged. And over to the left- that high peak, with the saddle?-a little farther left, almost due west, is Tombaugh Station, forty miles away. About two hundred miles farther is Lunar Base and beyond is Luna City.”

“How long will it take?”

“Two hundred, nearly two hundred and fifty miles? Uh, I’ve never tried a point-to-point on the Moon-but it shouldn’t take more than a few minutes.” “Let’s go! They might come back any minute.”

“Yes, Kip.” She crawled into that jackdaw’s nest and bent over a sector.

Presently she looked up. Her face was white and thin and very little-girlish. “Kip … we aren’t going anywhere. I’m sorry.”  I let out a yelp. “What! What’s the matter? Have you forgotten how to run it?”

“No. The ‘brain’ is gone.” “The which?”

“The ‘brain.’ Little black dingus about the size of a walnut that fits in this cavity.” She showed me. “We got away before because the Mother Thing managed to steal one. We were locked  in an empty ship, just as you and I are now. But she had one and we got away.” Peewee looked bleak and very lost. “I should have known that he wouldn’t leave one in the control room-I guess I did and didn’t want to admit it. I’m sorry.”

“Uh … look, Peewee, we won’t give up that easily. Maybe I can make something to fit that socket.”

“Like jumping wires in a car?” She shook her head. “It’s not that simple. Kip. If you put a wooden model in place of the generator in a car, would it run? I don’t know quite what it does, but   I called it the ‘brain’ because it’s very complex.”

“But-” I shut up. If a Borneo savage had a brand-new car, complete except for spark plugs, would he get it running? Echo answers mournfully. “Peewee, what’s the next best thing? Any ideas? Because if you haven’t, I want you to show me the air lock. I’ll take this-” I shook my wrecking bar “-and bash anything that comes through.”

“I’m stumped,” she admitted. “I want to look for the Mother Thing. If she’s shut up in this ship, she may know what to do.”

“All right. But first show me the air lock. You can look for her while I stand guard.” I felt the reckless anger of desperation. I didn’t see how we were ever going to get out and I was   beginning to believe that we weren’t -but there was still a reckoning due. He was going to learn that it wasn’t safe to push people around. I was sure-I was fairly sure-that I could sock him before my spine turned to jelly. Splash that repulsive head.

If I didn’t look at his eyes.

Peewee said slowly, “There’s one other thing-“ “What?”

“I hate to suggest it. You might think I was running out on you.” “Don’t be silly. If you’ve got an idea, spill it.”

“Well … there’s Tombaugh Station, over that way about forty miles. If my space suit is in the ship-“

I suddenly quit feeling like Bowie at the Alamo. Maybe the game would go an extra period- “We can walk it!”

She shook her head. “No, Kip. That’s why I hesitated to mention it. I can walk it … if we find my suit. But you couldn’t wear my suit even if you squatted.” “I don’t need your suit,” I said impatiently.

“Kip, Kip! This is the Moon, remember? No air.”

“Yes, yes, sure! Think I’m an idiot? But if they locked up your suit, they probably put mine right beside it and-“ “You’ve got a space suit?” she said incredulously.

Our next remarks were too confused to repeat but finally Peewee was convinced that I really did own a space suit, that in fact the only reason I was sending on the space-operations band twelve hours and a quarter of a million miles back was that I was wearing it when they grabbed me.

“Let’s tear the joint apart!” I said. “No-show me that air lock, then you take it apart.” “All right.”

She showed me the lock, a room much like the one we had been cooped in, but smaller and with an inner door built to take a pressure load. It was not locked. We opened it cautiously. It was empty, and its outer door was closed or we would never been able to open the inner. I said, “If Wormface had been a suspenders-and-belt man, he would have left the outer door open, even though he had us locked up. Then- Wait a second! Is there a way to latch the inner door open?”

“I don’t know.”

“We’ll see.” There was, a simple hook. But to make sure that it couldn’t be unlatched by button-pushing from outside I wedged it with my knife. “You’re sure this is the only air lock?” “The other ship had only one and I’m pretty certain they are alike.”

“We’ll keep our eyes open. Nobody can get at us through this one. Even old Wormface has to use an air lock.” “But suppose he opens the outer door anyhow?” Peewee said nervously. “We’d pop like balloons.”

I looked at her and grinned. “Who is a genius? Sure we would … if he did. But he won’t. Not with twenty, twenty-five tons of pressure holding it closed. As you reminded me, this is the Moon. No air outside, remember?”

“Oh.” Peewee looked sheepish.

So we searched. I enjoyed wrecking doors; Wormface wasn’t going to like me. One of the first things we found was a smelly little hole that Fatty and Skinny lived in. The door was not locked, which was a shame. That room told me a lot about that pair. It showed that they were pigs, with habits as unattractive as their morals. The room also told me that they were not casual prisoners; it had been refitted for humans. Their relationship with Wormface, whatever it was, had gone on for some time and was continuing. There were two empty racks for space suits, several dozen canned rations of the sort sold in military-surplus stores, and best of all, there was drinking water and a washroom of sorts-and something more precious than fine gold or frankincense if we found our suits: two charged bottles of oxy-helium.

I took a drink, opened a can of food for Peewee-it opened with a key; we weren’t in the predicament of the Three Men in a Boat with their tin of pineapple-told her to grab a bite, then search that room. I went on with my giant toad sticker; those charged air bottles had given me an unbearable itch to find our suits-and get out!-before Wormface returned.

I smashed a dozen doors as fast as the Walrus and the Carpenter opened oysters and found all sorts of things, including what must have been living quarters for wormfaces. But I didn’t stop to look-the Space Corps could do that, if and when-I simply made sure that there was not a space suit in any of them.

And found them!-in a compartment next to the one we had been prisoners in.

I was so glad to see Oscar that I could have kissed him. I shouted, “Hi, Pal! Mirabile visu!” and ran to get Peewee. My feet went out from under me again but I didn’t care. Peewee looked up as I rushed in. “I was just going to look for you.”

“Got it! Got it!”

“You found the Mother Thing?” she said eagerly.

“Huh? No, no! The space suits-yours and mine! Let’s go!”

“Oh.” She looked disappointed and I felt hurt. “That’s good … but we have to find the Mother Thing first.”

I felt tried beyond endurance. Here we had a chance, slim but real, to escape a fate-worse-than-death (I’m not using a figure of speech) and she wanted to hang around to search for a bug-eyed monster. For any human being, even a stranger with halitosis, I would have done it. For a dog or cat I would, although reluctantly.

But what was a bug-eyed monster to me? All this one had done was to get me into the worst jam I had ever been in.  I considered socking Peewee and stuffing her into her suit. But I said, “Are you crazy? We’re leaving-right now!”

“We can’t go till we find her.”

“Now I know you’re crazy. We don’t even know she’s here … and if we do find her, we can’t take her with us.” “Oh, but we will!”

“How? This is the Moon, remember? No air. Got a space suit for her?”

“But-” That stonkered her. But not for long. She had been sitting on the floor, holding the ration can between her knees. She stood up suddenly, bouncing a little, and said, “Do as you like; I’m going to find her. Here.” She shoved the can at me.

I should have used force. But I am handicapped by training from early childhood never to strike a female, no matter how richly she deserves it. So the opportunity and Peewee both slid past while I was torn between common sense and upbringing. I simply groaned helplessly.

Then I became aware of an unbearably attractive odor. I was holding that can. It contained boiled shoe leather and gray gravy and smelled ambrosial.

Peewee had eaten half; I ate the rest while looking at what she had found. There was a coil of nylon rope which I happily put with the air bottles; Oscar had fifty feet of clothesline clipped to his belt but that had been a penny-saving expedient. There was a prospector’s hammer which I salvaged, and two batteries which would do for headlamps and things.

The only other items of interest were a Government Printing Office publication titled Preliminary Report on Selenology, a pamphlet on uranium prospecting, and an expired Utah driver’s license for “Timothy Johnson”-I recognized the older man’s mean face. The pamphlets interested me but this was no time for excess baggage.

The main furniture was two beds, curved like contour chairs and deeply padded; they told me that Skinny and Fatty had ridden this ship at high acceleration.

When I had mopped the last of the gravy with a finger, I took a big drink, washed my hands-using water lavishly because I didn’t care if that pair died of thirst-grabbed my plunder and headed for the room where the space suits were.

As I got there I ran into Peewee. She was carrying the crowbar and looking overjoyed. “I found her!” “Where?”

“Come on! I can’t get it open, I’m not strong enough.”

I put the stuff with our suits and followed her. She stopped at a door panel farther along the corridor than my vandalism had taken me. “In there!”  I looked and I listened. “What makes you think so?”

“I know! Open it!”

I shrugged and got to work with the nutpick. The panel went sprung! and that was that. Curled up in the middle of the floor was a creature.

So far as I could tell, it might or might not have been the one I had seen in the pasture the night before. The light had been poor, the conditions very different, and my examination had ended abruptly. But Peewee was in no doubt. She launched herself through the air with a squeal of joy and the two rolled over and over like kittens play-fighting.

Peewee was making sounds of joy, more or less in English. So was the Mother Thing, but not in English. I would not have been surprised if she had spoken English, since Wormface did and since Peewee had mentioned things the Mother Thing had told her. But she didn’t.

Did you ever listen to a mockingbird? Sometimes singing melodies, sometimes just sending up a joyous noise unto the Lord? The endlessly varied songs of a mockingbird are nearest to the speech of the Mother Thing.

At last they held still, more or less, and Peewee said, “Oh, Mother Thing, I’m so happy!”

The creature sang to her. Peewee answered, “Oh. I’m forgetting my manners. Mother Thing, this is my dear friend Kip.” The Mother Thing sang to me-and I understood.

What she said was: “I am very happy to know you, Kip.” It didn’t come out in words. But it might as well have been English. Nor was this half-kidding self-deception, such as my conversations with Oscar or Peewee’s with Madame Pompadour-when I talk with Oscar I am both sides of the conversation; it’s just my conscious talking to my subconscious, or some such. This was not that.

The Mother Thing sang to me and I understood.

I was startled but not unbelieving. When you see a rainbow you don’t stop to argue the laws of optics. There it is, in the sky.

I would have been an idiot not to know that the Mother Thing was speaking to me because I did understand and understood her every time. If she directed a remark at Peewee alone, it was usually just birdsongs to me-but if it was meant for me, I got it.

Call it telepathy if you like, although it doesn’t seem to be what they do at Duke University. I never read her mind and I don’t think she read mine. We just talked.

But while I was startled, I minded my manners. I felt the way I do when Mother introduces me to one of her older grande-dame friends. So I bowed and said, “We’re very happy that we’ve found you, Mother Thing.”

It was simple, humble truth. I knew, without explanation, what it was that had made Peewee stubbornly determined to risk recapture rather than give up looking for her-the quality that made her “the Mother Thing.”

Peewee has this habit of slapping names on things and her choices aren’t always apt, for my taste. But I’ll never question this one. The Mother Thing was the Mother Thing because she was. Around her you felt happy and safe and warm. You knew that if you skinned your knee and came bawling into the house, she would kiss it well and paint it with merthiolate and everything would be all right. Some nurses have it and some teachers … and, sadly, some mothers don’t.

But the Mother Thing had it so strongly that I wasn’t even worried by Wormface. We had her with us so everything was going to be all right. I logically I knew that she was as vulnerable as we were-I had seen them strike her down. She didn’t have my size and strength, she couldn’t pilot the ship as Peewee had been able to. It didn’t matter.

I wanted to crawl into her lap. Since she was too small and didn’t have a lap, I would gratefully hold her in mine, anytime.

I have talked more about my father but that doesn’t mean that Mother is less important-just different. Dad is active, Mother is passive; Dad talks, Mother doesn’t. But if she died, Dad would wither like an uprooted tree. She makes our world.

The Mother Thing had the effect on me that Mother has, only I’m used to it from Mother. Now I was getting it unexpectedly, far from home, when I needed it. Peewee said excitedly, “Now we can go. Kip. Let’s hurry!”

The Mother Thing sang (“Where are we going, children?”) “To Tombaugh Station, Mother Thing. They’ll help us.”

The Mother Thing blinked her eyes and looked serenely sad. She had great, soft, compassionate eyes-she looked more like a lemur than anything else but she was not a primate-she wasn’t even in our sequence, unearthly. But she had these wonderful eyes and a soft, defenseless mouth out of which music poured. She wasn’t as big as Peewee and her hands were tinier still-six fingers, any one of which could oppose the others the way our thumbs can. Her body-well, it never stayed the same shape so it’s hard to describe, but it was right for her.

She didn’t wear clothes but she wasn’t naked; she had soft, creamy fur, sleek and fine as chinchilla. I thought at first she didn’t wear anything, but presently I noticed a piece of jewelry, a shiny triangle with a double spiral in each corner. I don’t know what made it stick on.

I didn’t take all this in at once. At that instant the expression in the Mother Thing’s eyes brought a crash of sorrow into the happiness I had been feeling. Her answer made me realize that she didn’t have a miracle ready (“How are we to fly the ship? They have guarded me most carefully this time.”)

Peewee explained eagerly about the space suits and I stood there like a fool, with a lump of ice in my stomach. What had been just a question of using my greater strength to force Peewee to behave was now an unsolvable dilemma. I could no more abandon the Mother Thing than I could have abandoned Peewee … and there were only two space suits.

Even if she could wear our sort, which looked as practical as roller skates on a snake.

The Mother Thing gently pointed out that her own vacuum gear had been destroyed. (I’m going to quit writing down all her songs; I don’t remember them exactly anyhow.)

And so the fight began. It was an odd fight, with the Mother Thing gentle and loving and sensible and utterly firm, and Peewee throwing a tearful, bad-little-girl tantrum-and me standing miserably by, not even refereeing.

When the Mother Thing understood the situation, she analyzed it at once to the inevitable answer. Since she had no way to go (and probably couldn’t have walked that far anyhow, even if she had had her sort of space suit) the only answer was for us two to leave at once. If we reached safety, then we would, if possible, convince our people of the danger from Wormface & Co.-in which case she might be saved as well … which would be nice but was not indispensable.

Peewee utterly, flatly, and absolutely refused to listen to any plan which called for leaving the Mother Thing behind. If the Mother Thing couldn’t go, she wouldn’t budge. “Kip! You go get help! Hurry! I’ll stay here.”

I stared at her. “Peewee, you know I can’t do that.”

“You must. You will so! You’ve got to. If you don’t, I’ll … I’ll never speak to you again!”

“If I did, I’d never speak to myself again. Look, Peewee, it won’t wash. You’ll have to go-“ “No!”

“Oh, shut up for a change. You go and I stay and guard the door with the shillelagh. I’ll hold ‘em off while you round up the troops. But tell them to hurry!” “I-” She stopped and looked very sober and utterly baffled. Then she threw herself on the Mother Thing, sobbing: “Oh, you don’t love me any more!”

Which shows how far her logic had gone to pot. The Mother Thing sang softly to her while I worried the thought that our last chance was t trickling away while we argued. Wormface might come back any second- and while I hoped to slug him a final one if he got in, more likely he had resources to outmaneuver me. Either way, we would not escape.

At last I said, “Look we’ll all go.”

Peewee stopped sobbing and looked startled. “You know we can’t.” The Mother Thing sang (“How, Kip?”)

“Uh, I’ll have to show you. Up on your feet, Peewee.” We went where the suits were, while Peewee carried Madame Pompadour and half carried the Mother Thing. Lars Eklund, the rigger who had first worn Oscar according to his log, must have weighed about two hundred pounds; in order to wear Oscar I had to strap him tight to keep from bulging. I hadn’t considered retailoring him to my size as I was afraid I would never get him gas-tight again. Arm and leg lengths were okay; it was girth that was too big.

There was room inside for both the Mother Thing and me.

I explained, while Peewee looked big-eyed and the Mother Thing sang queries and approvals. Yes, she could hang on piggy-back-and she couldn’t fall off, once we were sealed up and the straps cinched.

“All right. Peewee, get into your suit.” I went to get my socks while she started to suit up. When I came back I checked her helmet gauges, reading them backwards through her lens. “We had better give you some air. You’re only about half full.”

I ran into a snag. The spare bottles I had filched from those ghouls had screw-thread fittings like mine-but Peewee’s bottles had bayonet-and-snap joints. Okay, I guess, for tourists, chaperoned and nursed and who might get panicky while bottles were changed unless it was done fast-but not so good for serious work. In my workshop I would have rigged an adapter in twenty minutes. Here, with no real tools-well, that spare air might as well be on Earth for all the good it did Peewee.

For the first time, I thought seriously of leaving them behind while I made a fast forced march for help. But I didn’t mention it. I thought that Peewee would rather die on the way than fall back into his hands-and I was inclined to agree.

“Kid,” I said slowly, “that isn’t much air. Not for forty miles.” Her gauge was scaled in time as well as pressure; it read just under five hours. Could Peewee move as fast as a trotting horse? Even at lunar gravity? Not likely.

She looked at me soberly. “That’s calibrated for full-size people. I’m little-I don’t use much air.” “Uh … don’t use it faster than you have to.”

“I won’t. Let’s go.”

I started to close her gaskets. “Hey!” she objected. “What’s the matter?”

“Madame Pompadour! Hand her to me-please. On the floor by my feet.”

I picked up that ridiculous dolly and gave it to her. “How much air does she take?”

Peewee suddenly dimpled. “I’ll caution her not to inhale.” She stuffed it inside her shirt, I sealed her up. I sat down in my open suit, the Mother Thing crept up my back, singing reassuringly, and cuddled close. She felt good and I felt that I could hike a hundred miles, to get them both safe.

Getting me sealed in was cumbersome, as the straps had to be let out and then tightened to allow for the Mother Thing, and neither Peewee nor I had bare hands. We managed.

I made a sling from my clothesline for the spare bottles. With them around my neck, with Oscar’s weight and the Mother Thing as well, I scaled perhaps fifty pounds at the Moon’s one- sixth gee. It just made me fairly sure-footed for the first time.

I retrieved my knife from the air-lock latch and snapped it to Oscar’s belt beside the nylon rope and the prospector’s hammer. Then we went inside the air lock and closed its inner door. I didn’t know how to waste its air to the outside but Peewee did. It started to hiss out.

“You all right, Mother Thing?”

(“Yes, Kip.”) She hugged me reassuringly.

“Peewee to Junebug,” I heard in my phones: “radio check. Alfa, Bravo, Coca, Delta, Echo, Foxtrot-“ “Junebug to Peewee: I read you. Golf, Hotel, India, Juliette, Kilo-“

“I read you, Kip.” “Roger.”

“Mind your pressure. Kip. You’re swelling up too fast.” I kicked the chin valve while watching the gauge-and kicking myself for letting a little girl catch me in a greenhorn trick. But she had used a space suit before, while I had merely pretended to.

I decided this was no time to be proud. “Peewee? Give me all the tips you can. I’m new to his.” “I will, Kip.”

The outer door popped silently and swung inward-and I looked out over the bleak bright surface of a lunar plain. For a homesick moment I remembered the trip-to-the-Moon games I had played as a kid and wished I were back in Centerville. Then Peewee touched her helmet to mine. “See anyone?”

“No.”

“We’re lucky, the door faces away from the other ships. Listen carefully. We won’t use radio until we are over the horizon-unless it’s a desperate emergency. They listen on our frequencies. I know that for sure. Now see that mountain with the saddle in it? Kip, pay attention!”

“Yes.” I had been staring at Earth. She was beautiful even in that shadow show in the control room-but I just hadn’t realized. There she was, so close I could almost touch her … and so far away that we might never get home. You can’t believe what a lovely planet we have, until you see her from outside … with clouds girdling her waist and polar cap set jauntily, like a spring hat. “Yes. I see the saddle.”

“We head left of there, where you see a pass. Tim and Jock brought me through it in a crawler. Once we pick up its tracks it will be easy. But first we head for those near hills just left of that-that ought to keep this ship between us and the other ships while we get out of sight. I hope.”

It was twelve feet or so to the ground and I was prepared to jump, since it would be nothing much in that gravity. Peewee insisted on lowering me by rope. “You’ll fall over your feet. Look, Kip, listen to old Aunt Peewee. You don’t have Moon legs yet. It’s going to be like your first time on a bicycle.”

So I let her lower me and the Mother Thing while she snubbed the nylon rope around the side of the lock. Then she jumped with no trouble. I started to loop up the line but she stopped me and snapped the other end to her belt, then touched helmets. “I’ll lead. If I go too fast or you need me, tug on the rope. I won’t be able to see you.”

“Aye aye, Cap’n!”

“Don’t make fun of me, Kip. This is serious.” “I wasn’t making fun, Peewee. You’re boss.”

“Let’s go. Don’t look back, it won’t do any good and you might fall. I’m heading for those hills.”

Chapter 6

I should have relished the weird, romantic experience, but I was as busy as Eliza crossing the ice and the things snapping at my heels were worse than bloodhounds. I wanted to look back but I was too busy trying to stay on my feet. I couldn’t see my feet; I had to watch ahead and try to pick my footing-it kept me as busy as a lumberjack in a logrolling contest. I didn’t skid as the ground was rough-dust or fine sand over raw rock- and fifty pounds weight was enough for footing. But I had three hundred pounds mass not a whit reduced by lowered weight; this does things to lifelong reflex habits. I had to lean heavily for the slightest turn, lean back and dig in to slow down, lean far forward to speed up.

I could have drawn a force diagram, but doing it is another matter. How long does it take a baby to learn to walk? This newborn Moon-baby was having to learn while making a forced march, half blind, at the greatest speed he could manage.

So I didn’t have time to dwell on the wonder of it all.

Peewee moved into a brisk pace and kept stepping it up. Every little while my leash tightened and I tried still harder to speed up and not fall down. The Mother Thing warbled at my spine: (“Are you all right. Kip? You seem worried.”)

“I’m … all right! How … about … you?”

(“I’m very comfortable. Don’t wear yourself out, dear.”) “Okay!”

Oscar was doing his job. I began to sweat from exertion and naked Sun, but I didn’t kick the chin valve until I saw from my blood-color gauge that I was short on air. The system worked perfectly and the joints, under a four-pound pressure, gave no trouble; hours of practice in the pasture was paying off. Presently my one worry was to keep a sharp eye for rocks and ruts. We were into those low hills maybe twenty minutes after H-hour. Peewee’s first swerve as we reached rougher ground took me by surprise; I almost fell.

She slowed down and crept forward into a gulch. Afew moments later she stopped; I joined her and she touched helmets with me. “How are you doing?” “Okay.”

“Mother Thing, can you hear me?” (“Yes, dear.”)

“Are you comfortable? Can you breathe all right?” (“Yes, indeed. Our Kip is taking good care of me.”) “Good. You behave yourself, Mother Thing. Hear me?”

(“I will, dear.”) Somehow she put an indulgent chuckle into a birdsong.

“Speaking of breathing,” I said to Peewee, “let’s check your air.” I tried to look into her helmet. She pulled away, then touched again. “I’m all right!”

“So you say.” I held her helmet with both hands, found I couldn’t see the dials-with sunlight around us, trying to see in was like peering into a well. “What does it read-and don’t fib.” “Don’t be nosy!”

I turned her around and read her bottle gauges. One read zero; the other was almost full. I touched helmets. “Peewee,” I said slowly, “how many miles have we come?”

“About three, I think. Why?”

“Then we’ve got more than thirty to go?”

“At least thirty-five. Kip, quit fretting. I know I’ve got one empty bottle; I shifted to the full one before we stopped.” “One bottle won’t take you thirty-five miles.”

“Yes, it will … because it’s got to.”

“Look, we’ve got plenty of air. I’ll figure a way to get it to you.” My mind was trotting in circles, thinking what tools were on my belt, what else I had. “Kip, you know you can’t hook those spare bottles to my suit-so shut up!”

(“What’s the trouble, darlings? Why are you quarreling?”) “We aren’t fighting, Mother Thing. Kip is a worry wart.” (“Now, children-“)

I said, “Peewee, I admit I can’t hook the spares into your suit … but I’ll jigger a way to recharge your bottle.” “But How, Kip?”

“Leave it to me. I’ll touch only the empty; if it doesn’t work, we’re no worse off. If it does, we’ve got it made.” “How long will it take?”

“Ten minutes with luck. Thirty without.” “No,” she decided.

“Now, Peewee, don’t be sil-“

“I’m not being silly! We aren’t safe until we get into the mountains. I can get that far. Then, when we no longer show up like a bug on a plate, we can rest and recharge my empty bottle.”  It made sense. “All right.”

“Can you go faster? If we reach the mountains before they miss us, I don’t think they’ll ever find us. If we don’t-“ “I can go faster. Except for these pesky bottles.”

“Oh.” She hesitated. “Do you want to throw one away?”

“Huh? Oh, no, no! But they throw me off balance. I’ve just missed a tumble a dozen times. Peewee, can you retie them so they don’t swing?” “Oh. Sure.”

I had them hung around my neck and down my front-not smart but I had been hurried. Now Peewee lashed them firmly, still in front as my own bottles and the Mother Thing were on my back-no doubt she was finding it as crowded as Dollar Day. Peewee passed clothesline under my belt and around the yoke. She touched helmets. “I hope that’s okay.”

“Did you tie a square knot?”

She pulled her helmet away. Aminute later she touched helmets again. “It was a granny,” she admitted in a small voice, “but it’s a square knot now.” “Good. Tuck the ends in my belt so that I can’t trip, then we’ll mush. Are you all right?”

“Yes,” she said slowly. “I just wish I had salvaged my gum, old and tired as it was. My throat’s awful dry.” “Drink some water. Not too much.”

“Kip! It’s not a nice joke.”

I stared. “Peewee-your suit hasn’t any water?” “What? Don’t be silly.”

My jaw dropped. “But, baby,” I said helplessly, “why didn’t you fill your tank before we left?” “What are you talking about? Does your suit have a water tank?”

I couldn’t answer. Peewee’s suit was for tourists-for those “scenic walks amidst incomparable grandeur on the ancient face of the Moon” that the ads promised. Guided walks, of course, not over a half-hour at a time-they wouldn’t put in a water tank; some tourist might choke, or bite the nipple off and half drown in his helmet, or some silly thing. Besides, it was cheaper.

I began to worry about other shortcomings that cheap-jack equipment might have-with Peewee’s life depending on it. “I’m sorry,” I said humbly. “Look, I’ll try to figure out some way to get water to you.”

“I doubt if you can. I can’t die of thirst in the time it’ll take us to get there, so quit worrying. I’m all right. I just wish I had my bubble gum. Ready?” “Uh … ready.”

The hills were hardly more than giant folds in lava; we were soon through them, even though we had to take it cautiously over the very rough ground. Beyond them the ground looked natter than western Kansas, stretching out to a close horizon, with mountains sticking up beyond, glaring in the Sun and silhouetted against a black sky like cardboard cutouts. I tried to figure how far the horizon was, on a thousand-mile radius and a height of eye of six feet-and couldn’t do it in my head and wished for my slipstick. But it was awfully close, less than a mile.

Peewee let me overtake her, touched helmets. “Okay, Kip? All right, Mother Thing?” “Sure.”

(“All right, dear.”)

“Kip, the course from the pass when they fetched me here was east eight degrees north. I heard them arguing and sneaked a peek at their map. So we go back west eight degrees south-that doesn’t count the jog to these hills but it’s close enough to find the pass. Okay?”

“Sounds swell.” I was impressed. “Peewee, were you an Indian scout once? Or Davy Crockett?”

“Pooh! Anybody can read a map”-she sounded pleased. “I want to check compasses. What bearing do you have on Earth?”  I said silently: Oscar, you’ve let me down. I’ve been cussing her suit for not having water-and you don’t have a compass.

(Oscar protested: “Hey, pal, that’s unfair! Why would I need a compass at Space Station Two? Nobody told me I was going to the Moon.”) I said, “Peewee, this suit is for space station work. What use is a compass in space? Nobody told me I was going to the Moon.”

“But- Well, don’t stop to cry about it. You can get your directions by Earth.” “Why can’t I use your compass?”

“Don’t be silly; it’s built into my helmet. Now just a moment-” She faced Earth, moved her helmet back and forth. Then she touched helmets again. “Earth is smacko on northwest … that makes the course fifty three degrees left of there. Try to pick it out. Earth is two degrees wide, you know.”

“I knew that before you were born.”

“No doubt. Some people require a head start.” “Smart aleck!”

“You were rude first!”

“But- Sorry, Peewee. Let’s save the fights for later. I’ll spot you the first two bites.” “I won’t need them! You don’t know how nasty I can-“

“I have some idea.” (“Children! Children!”) “I’m sorry, Peewee.”

“So am I. I’m edgy. I wish we were there.”

“So do I. Let me figure the course.” I counted degrees using Earth as a yardstick. I marked a place by eye, then tried again judging fifty-three degrees as a proportion of ninety. The results didn’t agree, so I tried to spot some stars to help me. They say you can see stars from the Moon even when the Sun is in the sky. Well, you can-but not easily. I had the Sun over my shoulder but was facing Earth, almost three-quarters full, and had the dazzling ground glare as well. The polarizer cut down the glare-and cut out the stars, too.

So I split my guesses and marked the spot. “Peewee? See that sharp peak with sort of a chin on its left profile? That ought to be the course, pretty near.” “Let me check.” She tried it by compass, then touched helmets. “Nice going, Kip. Three degrees to the right and you’ve got it.”

I felt smug. “Shall we get moving?”

“Right. We go through the pass, then Tombaugh Station is due west.”

It was about ten miles to the mountains; we made short work of it. You can make time on the Moon-if it is flat and if you can keep your balance. Peewee kept stepping it up until we were almost flying, long low strides that covered ground like an ostrich-and, do you know, it’s easier fast than slow. The only hazard, after I got the hang of it, was landing on a rock or hole or something and tripping. But that was hazard enough because I couldn’t pick my footing at that speed. I wasn’t afraid of falling; I felt certain that Oscar could take the punishment. But suppose I landed on my back? Probably smash the Mother Thing to jelly.

I was worried about Peewee, too. That cut-rate tourist suit wasn’t as rugged as Oscar. I’ve read about explosive decompression-I never want to see it. Especially not a little girl. But I didn’t dare use radio to warn her even though we were probably shielded from Wormface-and if I tugged on my leash I might make her fall.

The plain started to rise and Peewee let it slow us down. Presently we were walking, then we were climbing a scree slope. I stumbled but landed on my hands and got up-one-sixth gravity has advantages as well as hazards. We reached the top and Peewee led us into a pocket in the rocks. She stopped and touched helmets. “Anybody home? You two all right?”

(“All right, dear.”)

“Sure,” I agreed. “Alittle winded, maybe.” That was an understatement but if Peewee could take it, I could.

“We can rest,” she answered, “and take it easy from here on. I wanted to get us out of the open as fast as possible. They’ll never find us here.”

I thought she was right. Awormface ship flying over might spot us, if they could see down as well as up-probably just a matter of touching a control. But our chances were better now. “This is the time to recharge your empty bottle.”

“Okay.”

None too soon-the bottle which had been almost full had dropped by a third, more like half. She couldn’t make it to Tombaugh Station on that -simple arithmetic. So I crossed my fingers and got to work. “Partner, will you untie this cat’s cradle?”

While Peewee fumbled at knots, I started to take a drink-then stopped, ashamed of myself. Peewee must be chewing her tongue to work up saliva by now-and I hadn’t been able to think of any way to get water to her. The tank was inside my helmet and there was no way to reach it without making me-and Mother Thing-dead in the process.

If I ever lived to be an engineer I’d correct that!

I decided that it was idiotic not to drink because she couldn’t; the lives of all of us might depend on my staying in the best condition I could manage. So I drank and ate three malted milk tablets and a salt tablet, then had another drink. It helped a lot but I hoped Peewee hadn’t noticed. She was busy unwinding clothesline-anyhow it was hard to see into a helmet.

I took Peewee’s empty bottle off her back, making darn sure to close her outside stop valve first-there’s supposed to be a one-way valve where an air hose enters a helmet but I no longer trusted her suit; it might have more cost-saving shortcomings. I laid the empty on the ground by a full one, looked at it, straightened up and touched helmets. “Peewee, disconnect the  bottle on the left side of my back.”

“Why, Kip?”

“Who’s doing this job?” I had a reason but was afraid she might argue. My lefthand bottle held pure oxygen; the others were oxy-helium. It was full, except for a few minutes of fiddling last night in Centerville. Since I couldn’t possibly give her bottle a full charge, the next best thing was to give her a half-charge of straight oxygen.

She shut up and removed it.

I set about trying to transfer pressure between bottles whose connections didn’t match. There was no way to do it properly, short of tools a quarter of a million miles away-or over in Tombaugh Station which was just as bad. But I did have adhesive tape.

Oscar’s manual called for two first-aid kits. I didn’t know what was supposed to be in them; the manual had simply given USAF stock numbers. I hadn’t been able to guess what would  be useful in an outside kit-a hypodermic needle, maybe, sharp enough to stab through and give a man morphine when he needed it terribly. But since I didn’t know, I had stocked inside and outside with bandage, dressings, and a spool of surgical tape.

I was betting on the tape.

I butted the mismatched hose connections together, tore off a scrap of bandage and wrapped it around the junction-I didn’t want sticky stuff on the joint; it could foul the operation on a suit. Then I taped the junction, wrapping tightly, working very painstakingly and taping three inches on each side as well as around the joint-if tape could restrain that pressure a few moments, there would still be one deuce of a force trying to drag that joint apart. I didn’t want it to pull apart at the first jolt. I used the entire roll.

I motioned Peewee to touch helmets. “I’m about to open the full bottle. The valve on the empty is already open. When you see me start to close the valve on the full one, you close the other one-fast! Got it?”

“Close the valve when you do, quickly. Roger.”

“Stand by. Get your hand on the valve.” I grabbed that lump of bandaged joint in one fist, squeezed as hard as I could, and put my other hand on the valve. If that joint let go, maybe my hand would go with it- but if the stunt failed, little Peewee didn’t have long to live. So I really gripped.

Watching both gauges, I barely cracked the valve. The hose quivered; the needle gauge that read “empty” twitched. I opened the valve wide. One needle swung left, the other right. Quickly they approached half-charge. “Now!” I yelled uselessly and started closing the valve.

And felt that patchwork joint start to give.

The hoses squeezed out of my fist but we lost only a fraction of gas. I found that I was trying to close a valve that was closed tight. Peewee had hers closed. The gauges each showed just short of half full-there was air for Peewee.

I sighed and found I had been holding my breath.

Peewee put her helmet against mine and said very soberly, “Thanks, Kip.”

“Charton Drugs service, ma’am-no tip necessary. Let me tidy this mess, you can tie me and we’ll go.” “You won’t have to carry but one extra bottle now.”

“Wrong, Peewee. We may do this stunt five or six times until there’s only a whisper left”-or until the tape wears out, I added to myself. The first thing I did was to rewrap the tape on its spool-and if you think that is easy, wearing gloves and with the adhesive drying out as fast as you wind it, try it.

In spite of the bandage, sticky stuff had smeared the connections when the hoses parted. But it dried so hard that it chipped off the bayonet-and-snap joint easily. I didn’t worry about the screw-thread joint; I didn’t expect to use it on a suit. We mounted Peewee’s recharged bottle and I warned her that it was straight oxygen. “Cut your pressure and feed from both bottles. What’s your blood color reading?”

“I’ve been carrying it low on purpose.”

“Idiot! You want to keel over? Kick your chin valve! Get into normal range!”

We mounted one bottle I had swiped on my back, tied the other and the oxy bottle on my front, and were on our way.

Earth mountains are predictable; lunar mountains aren’t, they’ve never been shaped by water. We came to a hole too steep to go down other than by rope and a wall beyond I wasn’t sure we could climb. With pitons and snap rings and no space suits it wouldn’t have been hard in the Rockies- but not the way we were. Peewee reluctantly led us back. The scree slope was worse going down-I backed down on hands and knees, with Peewee belaying the line above me. I wanted to be a hero and belay for her-we had a brisk argument. “Oh, quit being big

and male and gallantly stupid, Kip! You’ve got four big bottles and the Mother Thing and you’re top heavy and I climb like a goat.”

I shut up.

At the bottom she touched helmets. “Kip,” she said worriedly, “I don’t know what to do.” “What’s the trouble?”

“I kept a little south of where the crawler came through. I wanted to avoid crossing right where the crawler crossed. But I’m beginning to think there isn’t any other way.”  “I wish you had told me before.”

“But I didn’t want them to find us! The way the crawler came is the first place they’ll look.”

“Mmm … yes.” I looked up at the range that blocked us. In pictures, the mountains of the Moon look high and sharp and rugged; framed by the lens of a space suit they look simply impossible.

I touched helmets again. “We might find another way-if we had time and air and the resources of a major expedition. We’ve got to take the route the crawler did. Which way?”

“Alittle way north … I think.”

We tried to work north along the foothills but it was slow and difficult. Finally we backed off to the edge of the plain. It made us jumpy but it was a chance we had to take. We walked, briskly but not running, for we didn’t dare miss the crawler’s tracks. I counted paces and when I reached a thousand I tugged the line; Peewee stopped and we touched helmets. “We’ve come half a mile. How much farther do you think it is? Or could it possibly be behind us?”

Peewee looked up at the mountains. “I don’t know,” she admitted. “Everything looks different.” “We’re lost?”

“Uh … it ought to be ahead somewhere. But we’ve come pretty far. Do you want to turn around?” “Peewee, I don’t even know the way to the post office.”

“But what should we do?”

“I think we ought to keep going until you are absolutely certain the pass can’t be any farther. You watch for the pass and I’ll watch for crawler tracks. Then, when you’re certain that we’ve come too far, we’ll turn back. We can’t afford to make short casts like a dog trying to pick up a rabbit’s scent.”

“All right.”

I had counted two thousand more paces, another mile, when Peewee stopped. “Kip? It can’t be ahead of us. The mountains are higher and solider than ever.” “You’re sure? Think hard. Better to go another five miles than to stop too short.”

She hesitated. She had her face pushed up close to her lens while we touched helmets and I could see her frown. Finally she said, “It’s not up ahead. Kip.” “That settles it. To the rear, march! ‘Lay on, Macduff, and curs’d be him who first cries, “Hold, enough!” ‘ “

“King Lear.”

“Macbeth. Want to bet?”

Those tracks were only half a mile behind us-I had missed them. They were on bare rock with only the lightest covering of dust; the Sun had been over my shoulder when we first crossed them, and the caterpillar tread marks hardly showed-I almost missed them going back. They led off the plain and straight up into the mountains.

We couldn’t possibly have crossed those mountains without following the crawler’s trail; Peewee had had the optimism of a child. It wasn’t a road; it was just something a crawler on caterpillar treads could travel. We saw places that even a crawler hadn’t been able to go until whoever pioneered it set a whopping big blast, backed off and waited for a chunk of mountain to get out of the way. I doubt if Skinny and Fatty carved that goat’s path; they didn’t look fond of hard work. Probably one of the exploration parties. If Peewee and I had attempted to break a new trail, we’d be there yet, relics for tourists of future generations.

But where a tread vehicle can go, a man can climb. It was no picnic; it was trudge, trudge, trudge, up and up and up-watch for loose rock and mind where you put your feet. Sometimes we belayed with the line. Nevertheless it was mostly just tedious.

When Peewee had used that half-charge of oxygen, we stopped and I equalized pressure again, this time being able to give her only a quarter charge-like Achilles and the tortoise. I   could go on indefinitely giving her half of what was left-if the tape held out. It was in bad shape but the pressure was only half as great and I managed to keep the hoses together until we closed valves.

I should say that I had it fairly easy. I had water, food, pills, dexedrine. The last was enormous help; any time I felt fagged I borrowed energy with a pep-pill. Poor Peewee had nothing but air and courage.

She didn’t even have the cooling I had. Since she was on a richer mix, one bottle being pure oxygen, it did not take as much flow to keep up her blood-color index-and I warned her not to use a bit more than necessary; she could not afford air for cooling, she had to save it to breathe.

“I know, Kip,” she answered pettishly. “I’ve got the needle jiggling the red light right now. Think I’m a fool?” “I just want to keep you alive.”

“All right, but quit treating me as a child. You put one foot in front of the other. I’ll make it.” “Sure you will!”

As for the Mother Thing she always said she was all right and she was breathing the air I had (a trifle used), but I didn’t know what was hard-ship to her. Hanging by his heels all day would kill a man; to a bat it is a nice rest-yet bats are our cousins.

I talked with her as we climbed. It didn’t matter what; her songs had the effect on me that it has to have your own gang cheering. Poor Peewee didn’t even have that comfort, except when we stopped and touched helmets-we still weren’t using radio; even in the mountains we were fearful of attracting attention.

We stopped again and I gave Peewee one-eighth of a charge. The tape was in very poor shape afterwards; I doubted if it would serve again. I said, “Peewee, why don’t you run your oxy- helium bottle dry while I carry this one? It’ll save your strength.”

“I’m all right.”

“Well, you won’t use air so fast with a lighter load.” “You have to have your arms free. Suppose you slip?”

“Peewee, I won’t carry it in my arms, My righthand backpack bottle is empty; I’ll chuck it. Help me make the change and I’ll still be carrying only four-just balanced evenly.”    “Sure, I’ll help. But I’ll carry two bottles. Honest, Kip, the weight isn’t anything. But if I run the oxy-helium bottle dry, what would I breathe while you’re giving me my next charge?”   I didn’t want to tell her that I had doubts about another charge, even in those ever smaller amounts. “Okay, Peewee.”

She changed bottles for me; we threw the dead one down a black hole and went on. I don’t know how far we climbed nor how long; I know that it seemed like days-though it couldn’t have been, not on that much air. During mile after mile of trail we climbed at least eight thousand feet. Heights are hard to guess-but I’ve seen mountains I knew the heights of. Look it up yourself-the first range east of Tombaugh Station.

There’s a lot of climbing, even at one-sixth gee.

It seemed endless because I didn’t know how far it was nor how long it had been. We both had watches-under our suits. Ahelmet ought to have a built-in watch. I should have read Greenwich time from the face of Earth. But I had no experience and most of the time I couldn’t see Earth because we were deep in mountains-anyhow I didn’t know what time it had been when we left the ship.

Another thing space suits should have is rear-view mirrors. While you are at it, add a window at the chin so that you can see where you step. But of the two, I would take a rear-view mirror. You can’t glance behind you; you have to turn your entire body. Every few seconds I wanted to see if they were following us-and I couldn’t spare the effort. All that nightmare trek I kept imagining them on my heels, expecting a wormy hand on my shoulder. I listened for footsteps which couldn’t be heard in vacuum anyhow.

When you buy a space suit, make them equip it with a rear-view mirror. You won’t have Wormface on your trail but it’s upsetting to have even your best friend sneak up behind you. Yes,  and if you are coming to the Moon, bring a sunshade. Oscar was doing his best and York had done an honest job on the air conditioning-but the untempered Sun is hotter than you would believe and I didn’t dare use air just for cooling, any more than Peewee could.

It got hot and stayed hot and sweat ran down and I itched all over and couldn’t scratch and sweat got into my eyes and burned. Peewee must have been parboiled. Even when the trail wound through deep gorges lighted only by reflection off the far wall, so dark that we turned on headlamps, I still was hot-and when we curved back into naked sunshine, it was almost

unbearable. The temptation to kick the chin valve, let air pour in and cool me, was almost too much. The desire to be cool seemed more important than the need to breathe an hour hence.

If I had been alone, I might have done it and died. But Peewee was worse off than I was. If she could stand it, I had to.

I had wondered how we could be so lost so close to human habitation -and how crawly monsters could hide a base only forty miles from Tombaugh Station. Well, I had time to think and could figure it out because I could see the Moon around me.

Compared with the Moon the Arctic is swarming with people. The Moon’s area is about equal to Asia-with fewer people than Centerville. It might be a century before anyone explored that plain where Wormface was based. Arocket ship passing over wouldn’t notice anything even if camouflage hadn’t been used; a man in a space suit would never go there; a man in a crawler would find their base only by accident even if he took the pass we were in and ranged around that plain. The lunar mapping satellite could photograph it and rephotograph, then a technician in London might note a tiny difference on two films. Maybe. Years later somebody might check up-if there wasn’t something more urgent to do in a pioneer outpost where everything is new and urgent.

As for radar sightings-there were unexplained radar sightings before I was born.

Wormface could sit there, as close to Tombaugh Station as Dallas is to Fort Worth, and not fret, snug as a snake under house. Too many square miles, not enough people. Too incredibly many square miles… . Our whole world was harsh bright cliffs and dark shadows and black sky, and endless putting one foot in front of the other.

But eventually we were going downhill oftener than up and at weary last we came to a turn where we could see out over a hot bright plain.

I There were mountains awfully far away; even from our height, up a thousand feet or so, they were beyond the horizon. I looked out over that plain, too dead beat to feel triumphant, then glanced at Earth and tried to estimate due west.

Peewee touched her helmet to mine. “There it is, Kip.” “Where?” She pointed and I caught a glint on a silvery dome. The Mother Thing trilled at my spine (“What is it, children?”) “Tombaugh Station, Mother Thing.”

Her answer was wordless assurance that we were good children and that she had known that we could do it.

The station may have been ten miles away. Distances were hard to judge, what with that funny horizon and never anything for comparison- I didn’t even know how big the dome was. “Peewee, do we dare use radio?”

She turned and looked back. I did also; we were about as alone as could be. “Let’s risk it.” “What frequency?”

“Same as before. Space operations. I think.”

So I tried. “Tombaugh Station. Come in, Tombaugh Station. Do you read me?” Then Peewee tried. I listened up and down the band I was equipped for. No luck.  I shifted to horn antenna, aiming at the glint of light. No answer.

“We’re wasting time, Peewee. Let’s start slogging.”

She turned slowly away. I could feel her disappointment-I had trembled with eagerness myself. I caught up with her and touched helmets. Don’t let it throw you, Peewee. They can’t listen all day for us to call. We see it, now we’ll walk it.”

“I know,” she said dully.

As we started down we lost sight of Tombaugh Station, not only from twists and turns but because we dropped it below the horizon. I kept calling as long as there seemed any hope, then shut it off to save breath and battery.

We were about halfway down the outer slope when Peewee slowed and stopped-sank to the ground and sat still. I hurried to her. “Peewee!”

“Kip,” she said faintly, “could you go get somebody? Please? You know the way now. I’ll wait here. Please, Kip?” “Peewee!” I said sharply. “Get up! You’ve got to keep moving.”

“I c- c- can’t!” She began to cry. “I’m so thirsty … and my legs-” She passed out. “Peewee!” I shook her shoulder. “You can’t quit now! Mother Thing! -you tell her!”

Her eyelids fluttered. “Keep telling her, Mother Thing!” I flopped Peewee over and got to work. Hypoxia hits as fast as a jab on the button. I didn’t need to see her blood-color index to know  it read DANGER; the gauges on her bottles told me. The oxygen bottles showed empty, the oxy-helium tank was practically so. I closed her exhaust valves, overrode her chin valve with    the outside valve and let what was left in the oxy-helium bottle flow into her suit. When it started to swell I cut back the flow and barely cracked one exhaust valve. Not until then did I close stop valves and remove the empty bottle.

I found myself balked by a ridiculous thing.

Peewee had tied me too well; I couldn’t reach the knot! I could feel it with my left hand but couldn’t get my right hand around; the bottle on my front was in the way-and I couldn’t work the knot loose with one hand.

I made myself stop panicking. My knife-of course, my knife! It was an old scout knife with a loop to hang it from a belt, which was where it was. But the map hooks on Oscar’s belt were large for it and I had had to force it on. I twisted it until the loop broke.

Then I couldn’t get the little blade open. Space-suit gauntlets don’t have thumb nails.

I said to myself: Kip, quit running in circles. This is easy. All you have to do is open a knife-and you’ve got to … because Peewee is suffocating. I looked around for a sliver of rock, anything that could pinch-hit for a thumb nail. Then I checked my belt.

The prospector’s hammer did it, the chisel end of the head was sharp enough to open the blade. I cut the clothesline away.

I was still blocked. I wanted very badly to get at a bottle on my back. When I had thrown away that empty and put the last fresh one on my back, I had started feeding from it and saved the almost-half-charge in the other one. I meant to save it for a rainy day and split it with Peewee. Now was the time-she was out of air, I was practically so in one bottle but still had that half- charge in the other-plus an eighth of a charge or less in the bottle that contained straight oxygen (the best I could hope for in equalizing pressures), I had planned to surprise her with a one-quarter charge of oxy-helium, which would last longer and give more cooling. Areal knight-errant plan, I thought. I didn’t waste two seconds discarding it.

I couldn’t get that bottle off my back!

Maybe if I hadn’t modified the backpack for nonregulation bottles I could have done it. The manual says: “Reach over your shoulder with the opposite arm, close stop valves at bottle and helmet, disconnect the shackle-” My pack didn’t have shackles; I had substituted straps. But I still don’t think you can reach over your shoulder in a pressurized suit and do anything effective. I think that was written by a man at a desk. Maybe he had seen it done under favorable conditions. Maybe he had done it, but was one of those freaks who can dislocate both shoulders. But I’ll bet a full charge of oxygen that the riggers around Space Station Two did it for each other as Peewee and I had, or went inside and deflated.

If I ever get a chance, I’ll change that. Everything you have to do in a space suit should be arranged to do in front-valves, shackles, everything, even if it is to affect something in back. We aren’t like Wormface, with eyes all around and arms that bend in a dozen places; we’re built to work in front of us-that goes triple in a space suit.

You need a chin window to let you see what you’re doing, too! Athing can look fine on paper and be utterly crumby in the field. But I didn’t waste time moaning; I had a one-eighth charge of oxygen I could reach. I grabbed it.

That poor, overworked adhesive tape was a sorry mess. I didn’t bother with bandage; if I could get the tape to stick at all I’d be happy. I handled it as carefully as gold leaf, trying to get it tight, and stopped in the middle to close Peewee’s exhaust entirely when it looked as if her suit was collapsing. I finished with trembling fingers.

I didn’t have Peewee to close a valve. I simply gripped that haywired joint in one hand, opened Peewee’s empty bottle with the other, swung over fast and opened the oxygen bottle wide- jerked my hand across and grabbed the valve of Peewee’s bottle and watched those gauges.

The two needles moved toward each other. When they slowed down I started closing her bottle-and the taped joint blew out.

I got that valve closed in a hurry; I didn’t lose much gas from Peewee’s bottle. But what was left on the supply side leaked away. I didn’t stop to worry; I peeled away a scrap of adhesive, made sure the bayonet-and-snap joint was clean, got that slightly recharged bottle back on Peewee’s suit, opened stop valves.

Her suit started to distend. I opened one exhaust valve a crack and touched helmets. “Peewee! Peewee! Can you hear me? Wake up, baby! Mother Thing!-make her wake up!” “Peewee!”

“Yes, Kip?”

“Wake up! On your feet, Champ! Get up! Honey, please get up.” “Huh? Help me get my helmet off … I can’t breathe.”

“Yes, you can. Kick your chin valve-feel it, taste it. Fresh air!”

She tried, feebly; I gave her a quick strong shot, overriding her chin valve from outside. “Oh!” “See? You’ve got air. You’ve got lots of air. Now get up.”

“Oh, please, just let me lie here.”

“No, you don’t! You’re a nasty, mean, spoiled little brat-and if you don’t get up, nobody will love you. The Mother Thing won’t love you. Mother Thing!-tell her!” (“Stand up, daughter!”)

Peewee tried. I helped her, once she was trying. She trembled and clung to me and I kept her from falling. “Mother Thing?” she said faintly. “I did it. You … still love me?” (“Yes, darling!”)

“I’m dizzy … and I don’t think I … can walk.”

“You don’t have to, honey,” I said gently and picked her up in my arms. “You don’t have to walk any farther.” She didn’t weigh anything.

The trail disappeared when we were down out of the foothills but the crawler’s tracks were sharp in the dust and led due west. I had my air trimmed down until the needle of the blood- color indicator hung at the edge of the danger sector. I held it there, kicking my chin valve only when it swung past into DANGER. I figured that the designer must have left some leeway,   the way they do with gasoline gauges. I had long since warned Peewee never to take her eyes off her own indicator and hold it at the danger limit. She promised and I kept reminding her.   I pressed her helmet against the yoke of mine, so that we could talk.

I counted paces and every half-mile I told Peewee to call Tombaugh Station. It was over the horizon but they might have a high mast that could “see” a long way. The Mother Thing talked to her, too-anything to keep her from slipping away again. It saved my strength to have the Mother Thing talk and was good for all of us.

After a while I noticed that my needle had drifted into the red again. I kicked the valve and waited. Nothing happened. I kicked it again and the needle drifted slowly toward the white. “How you fixed for air, Peewee?”

“Just fine. Kip, just fine.”

Oscar was yelling at me. I blinked and noticed that my shadow had disappeared. It had been stretched out ahead at an angle to the tracks, the tracks were there but my shadow was not. That made me sore, so I turned around and looked for it. It was behind me.

The darn thing had been hiding. Games! (“That better!” said Oscar.)

“It’s hot in here, Oscar.”

(“You think it’s cool out here? Keep your eye on that shadow, bud-and on those tracks.”)

“All right, all right! Quit pestering me.” I made up my mind that I wouldn’t let that shadow get away again. Games it wanted to play, huh? “There’s darn little air in here, Oscar.”

(“Breathe shallow, chum. We can make it.”) “I’m breathing my socks, now.”

(“So breathe your shirt.”)

“Did I see a ship pass over?”

(“How should I know? You’re the one with the blinkers.”) “Don’t get smart. I’m in no mood to joke.”

I was sitting on the ground with Peewee across my knees and Oscar was really shouting-and so was the Mother Thing. (“Get up, you big ape! Get up and try.”) (“Get up, Kip dear! Only a little way now.”)

“I just want to get my wind.”

(“All right, you’ve got it. Call Tombaugh Station.”) I said, “Peewee, call Tombaugh Station.”

She didn’t answer. That scared me and I snapped out of it. “Tombaugh Station,, come in! Come in!” I got to my knees and then to my feet. Tombaugh Station, do you read me? Help! Help!”

Avoice answered, “I read you.”

“Help! M’aidez! I’ve got a little girl dying! Help!”

Suddenly it sprang up in front of my eyes-great shiny domes, tall towers, radio telescopes, a giant Schmidt camera. I staggered toward it. “May Day!”

An enormous lock opened and a crawler came toward me. Avoice in my phones said, “We’re coming. Stay where you are. Over and out.”

Acrawler stopped near me. Aman got out, came over and touched helmets. I gasped: “Help me get her inside.”

I got back: “You’ve given me trouble, bub. I don’t like people who give me trouble.” Abigger, fatter man got out behind him. The smaller man raised a thing like a camera and aimed it at me. That was the last I knew.

Chapter 7

I don’t know if they took us all that weary way back in the crawler, or if Wormface sent a ship. I woke up being slapped and was inside, lying down. The skinny one was slapping me-the man the fat one called “Tim.” I tried to fight back and found that I couldn’t. I was in a straitjacket thing that held me as snugly as a wrapped mummy. I let out a yelp.

Skinny grabbed my hair, jerked my head up, tried to put a big capsule into my mouth. I tried to bite him.

He slapped me harder and offered me the capsule again. His expression didn’t change-it stayed mean.

I heard: “Take it, boy,” and turned my eyes. The fat one was on the other side. “Better swallow it,” he said. “You got five bad days ahead.”

I took it. Not because of the advice but because a hand held my nose and another popped the pill into my mouth when I gasped. Fatty held a cup of water for me to wash it down; I didn’t resist that, I needed it.

Skinny stuck a hypodermic needle big enough for a horse into my shoulder. I told him what I thought of him, using words I hardly ever use. The skinny one could have been deaf; the fat one chuckled. I rolled my eyes at him. “You, too,” I added weakly. “Squared.”

Fatty clucked reprovingly. “You ought to be glad we saved your life.” He added, “Though it wasn’t my idea, you strike me as a sorry team. He wanted you alive.” “Shaddap,” Skinny said. “Strap his head.”

“Let him break his neck. We better fix our ourselves. He won’t wait.” But he started to obey. Skinny glanced at his watch. “Four minutes.”

The fat one hastily tightened a strap across my forehead, then both moved very fast, swallowing capsules, giving each other hypos. I watched as best I could.

I was back in the ship. The ceiling glowed the same way, the walls looked the same. It was the room the two men used; their beds were on each side and I was strapped to a soft couch between them.

Each hurriedly got on his bed, began zipping up a tight wrapping like a sleeping bag. Each strapped his head in place before completing the process. I was not interested in them. “Hey! What did you do with Peewee?”

The fat man chuckled. “Hear that, Tim? That’s a good one.” “Shaddap.”

“You-” I was about to sum up Fatty’s character but my thoughts got fuzzy and my tongue was thick. Besides, I wanted to ask about the Mother Thing, too.  I did not get out another word. Suddenly I was incredibly heavy and the couch was rock hard.

For a long, long time I wasn’t awake or truly asleep. At first I couldn’t feel anything but that terrible weight, then I hurt all over and wanted to scream. I didn’t have the strength for it.

Slowly the pain went away and I stopped feeling anything. I wasn’t a body-just me, no attachments. I dreamed a lot and none of it made sense; I seemed to be stuck in a comic book, the sort P.T.A. meetings pass resolutions against, and the baddies were way ahead no matter what I did.

Once the couch gave a twisting lurch and suddenly I had a body, one that was dizzy. After a few ages I realized vaguely that I had gone through a skew-flip turn-over. I had known, during lucid moments, that I was going somewhere, very fast, at terribly high acceleration. I decided solemnly that we must be halfway and tried to figure out how long two times eternity was. It kept coming out eighty-five cents plus sales tax; the cash register rang “NO SALE” and I would start over.

Fats was undoing my head strap. It stuck and skin came away. “Rise and shine, bub. Time’s awastin’.” Acroak was all I managed. The skinny one was unwrapping me. My legs sagged apart and hurt. “Get up!” I tried and didn’t make it. Skinny grabbed one of my legs and started to knead it.

I screamed.

“Here, lemme do that,” said Fatty. “I used to be a trainer.”

Fats did know something about it. I gasped when his thumbs dug into my calves and he stopped. “Too rough?” I couldn’t answer. He went on massaging me and said almost jovially, “Five days at eight gravities ain’t no joy ride. But you’ll be okay. Got the needle, Tim?”

The skinny one jabbed me in my left thigh. I hardly felt it. Fats pulled me to a sitting position and handed me a cup. I thought it was water; it wasn’t and I choked and sprayed. Fats waited, then gave it to me again. “Drink some, this time.” I did.

“Okay, up on your feet. Vacation is over.”

The floor swayed and I had to grab him until it stopped. “Where are we?” I said hoarsely.

Fats grinned, as if he knew an enormously funny joke. “Pluto, of course. Lovely place, Pluto. Asummer resort.” “Shaddap. Get him moving.”

“Shake it up, kid. You don’t want to keep him waiting.”

Pluto! It couldn’t be; nobody could get that far. Why, they hadn’t even attempted Jupiter’s moons yet. Pluto was so much farther that.

My brain wasn’t working. The experience just past had shaken me so badly that I couldn’t accept the fact that the experience itself proved that I was wrong. But Pluto!

I wasn’t given time to wonder; we got into space suits. Although I hadn’t known, Oscar was there, and I was so glad to see him that I forgot everything else. He hadn’t been racked, just tossed on the floor. I bent down (discovering charley horses in every muscle) and checked him. He didn’t seem hurt.

“Get in it,” Fats ordered. “Quit fiddlin’.”

“All right,” I answered almost cheerfully. Then I hesitated. “Say-I haven’t any air.”

“Take another look,” said Fats. I looked. Charged oxy-helium bottles were on the backpack. “Although,” he continued, “if we didn’t have orders from him, I wouldn’t give you a whiff of Limburger. You made us for two bottles-and a rock hammer-and a line that cost four ninety-five, earthside. Sometime,” he stated without rancor, “I’m gonna take it out of your hide.”

“Shaddap,” said Skinny. “Get going.”

I spread Oscar open, wriggled in, clipped on the blood-color reader, and zipped the gaskets. Then I stood up, clamped my helmet, and felt better just to be inside. “Tight?” (“Tight!” Oscar agreed.)

“We’re a long way from home.”

(“But we got air! Chin up, pal.”)

Which reminded me to check the chin valve. Everything was working. My knife was gone and so were the hammer and line, but those were incidentals. We were tight.

I followed Skinny out with Fats behind me. We passed Wormface in the corridor-or a wormface-but while I shuddered, I had Oscar around me and felt that he couldn’t get at me. Another creature joined us in the air lock and I had to look twice to realize that it was a wormface in a space suit. The material was smooth and did not bulge the way ours did. It looked like a   dead tree trunk with bare branches and heavy roots, but the supreme improvement was its “helmet”-a glassy smooth dome. One-way glass, I suppose; I couldn’t see in. Cased that way,  a wormface was grotesquely ridiculous rather than terrifying. But I stood no closer than I had to.

Pressure was dropping and I was busy wasting air to keep from swelling up. It reminded me of what I wanted most to know: what had happened to Peewee and the Mother Thing. So I keyed my radio and announced: “Radio check. Alfa, Bravo, Coca-“

“Shaddap that nonsense. We want you, we’ll tell you.” The outer door opened and I had my first view of Pluto.

I don’t know what I expected. Pluto is so far out that they can’t get decent photographs even at Luna Observatory. I had read articles in the Scientific American and seen pictures in LIFE, bonestelled to look like photographs, and remembered that it was approaching its summer-if “summer” is the word for warm enough to melt air. I recalled that because they had announced that Pluto was showing an atmosphere as it got closer to the Sun.

But I had never been much interested in Pluto-too few facts and too much speculation, too far away and not desirable real estate. By comparison the Moon was a choice residential  suburb. Professor Tombaugh (the one the station was named for) was working on a giant electronic telescope to photograph it, under a Guggenheim grant, but he had a special interest; he discovered Pluto years before I was born.

The first thing I noticed as the door was opening was click … click … click-and a fourth click, in my helmet, as Oscar’s heating units all cut in.

The Sun was in front of me-I didn’t realize what it was at first; it looked no bigger than Venus or Jupiter does from Earth (although much brighter). With no disc you could be sure of, it looked like an electric arc.

Fats jabbed me in the ribs. “Snap out of your hop.”

Adrawbridge joined the door to an elevated roadway that led into the side of a mountain about two hundred yards away. The road was supported on spidery legs two or three feet high up to ten or twelve, depending on the lay of the land. The ground was covered with snow, glaringly white even under that pinpoint Sun. Where the stilts were longest, about halfway, the   viaduct crossed a brook.

What sort of “water” was that? Methane? What was the “snow”? Solid ammonia? I didn’t have tables to tell me what was solid, what was liquid, and what was gas at whatever hellish cold Pluto enjoyed in the “summer.” All I knew was that it got so cold in its winter that it didn’t have any gas or liquid-just vacuum, like the Moon.

I was glad to hurry. Awind blew from our left and was not only freezing that side of me in spite of Oscar’s best efforts, it made the footing hazardous-I decided it would be far safer to do that forced march on the Moon again than to fall into that “snow.” Would a man struggle before he shattered himself and his suit, or would he die as he hit?

Adding to hazard of wind and no guard rail was traffic, space-suited wormfaces. They moved at twice our speed and shared the road the way a dog does a bone. Even Skinny resorted to fancy footwork and I had three narrow squeaks.

The way continued into a tunnel; ten feet inside a panel snapped out of the way as we got near it. Twenty feet beyond was another; it did the same and closed behind us. There were about two dozen panels, each behaving like fast-acting gate valves, and the pressure was a little higher after each. I couldn’t see what operated them although it was light in the tunnel from glowing ceilings. Finally we passed through a heavy-duty air lock, but the pressure was already taken care of and its doors stood open. It led into a large room.

Wormface was inside. The Wormface, I think, because he spoke in English: “Come!” I heard it through my helmet. But I couldn’t be sure it was he as there were others around and I would have less trouble telling wart hogs apart.

Wormface hurried away. He was not wearing a space suit and I was relieved when he turned because I could no longer see his squirming mouth; but it was only a slight improvement as  it brought into sight his rearview eye.

We were hard put to keep up. He led us down a corridor, to the right through another open double set of doors, and finally stopped suddenly just short of a hole in the floor about like a sewer manhole. “Undress it!” he commanded.

Fats and Skinny had their helmets open, so I knew it was safe, in one way. But in every other way I wanted to stay inside Oscar-as long as Wormface was around. Fats undamped my helmet. “Out of that skin, bub. Snap it up!” Skinny loosened my belt and they quickly had the suit off even though I hindered.

Wormface waited. As soon as I was out of Oscar he pointed at the hole. “Down!” I gulped. That hole looked as deep as a well and less inviting.

“Down,” he repeated. “Now.”

“Do it, bub,” Fats advised. “Jump or be pushed. Get down that hole before he gets annoyed.” I tried to run.

Wormface was around me and chivvying me back before I was well started. I slammed on the brakes and backed up-glanced behind just in time to turn a fall into a clumsy jump.

It was a long way to the bottom. Landing did not hurt the way it would have on Earth, but I turned an ankle. That didn’t matter; I wasn’t going anywhere; the hole in the ceiling was the only exit.

My cell was about twenty feet square. It was, I suppose, carved out of solid rock, although there was no way to tell as the walls and floor and ceiling were the same elephant hide used in the ship. Alighting panel covered half the ceiling and I could have read if I’d had anything to read. The only other detail was a jet of water that splashed out of a hole in the wall, landed in a depression the size of a washtub, and departed for parts unknown.

The place was warm, which was well as there was nothing resembling bed or bedclothes. I had already concluded that I might be here quite a while and was wondering about eating and sleeping.

I decided I was tired of this nonsense. I had been minding my own business, out back of my own house. Everything else was Wormface’s fault! I sat down on the floor and thought about slow ways to kill him.

I finally gave up that foolishness and wondered about Peewee and the Mother Thing. Were they here? Or were they dead somewhere between the mountains and Tombaugh Station? Thinking it over glumly, I decided that poor little Peewee was best off if she had never wakened from that second coma. I wasn’t sure about the Mother Thing because I didn’t know enough about her-but in Peewee’s case I was sure.

Well, there was a certain appropriateness to the fix I was in; a knight-errant usually lands in a dungeon at some point. But by rights, the maiden fair ought to be imprisoned in a tower in the same castle. Sorry, Peewee; as a knight-errant, I’m a good soda jerk. Or jerk. “His strength is as the strength of ten because his heart is pure.”

It wasn’t funny.

I got tired of punishing myself and looked to see what time it was-not that it mattered. But a prisoner is traditionally expected to scratch marks on the wall, tallying the days he’s been in, so I thought I might as well start. My watch was on my wrist but not running and I couldn’t start it. Maybe eight gees was too much for it, even though it was supposed to be shockproof, waterproof, magnetism-proof, and immune to un-American influences.

After a while I lay down and went to sleep. I was awakened by a clatter.

It was a ration can hitting the floor and the fall hadn’t helped it, but the key was on it and I got it open-corned beef hash and very good, too. I used the empty can to drink from-the water

might be poisoned, but did I have a choice?-and then washed the can so that it wouldn’t smell.

The water was warm. I took a bath.

I doubt if many American citizens during the past twenty years have ever needed a bath as much as I did. Then I washed my clothes. My shirt, shorts, and socks were wash-and-wear synthetics; my slacks were denim and took longer to dry, but I didn’t mind; I just wished that I had one of the two hundred bars of Skyway Soap that were home on the floor of my closet. If I had known I was coming to Pluto, I would have brought one.

Washing clothes caused me to take inventory. I had a handkerchief, sixty-seven cents in change, a dollar bill so sweat-soaked and worn that it was hard to make out Washington’s  picture, a mechanical pencil stamped “Jay’s Drive-In-the thickest malts in town!”-Acanard; I make the thickest-and a grocery list I should have taken care of for Mother but hadn’t because of that silly air conditioner in Charton’s Drugstore. It wasn’t as bedraggled as the dollar bill because it had been in my shirt pocket.

I lined up my assets and looked at them. They did not look like a collection that could be reworked into a miracle weapon with which I would blast my way out, steal a ship, teach myself to pilot it, and return triumphantly to warn the President and save the country. I rearranged them and they still didn’t.

I was correct. They weren’t.

I woke up from a terrible nightmare, remembered where I was, and wished I were back in the nightmare. I lay there feeling sorry for myself and presently tears started welling out of my eyes while my chin trembled. I had never been badgered “not to be a crybaby”; Dad says there is nothing wrong with tears; it’s just that they are socially not acceptable- he says that in some cultures weeping is a social grace. But in Horace Mann Grammar School being a crybaby was no asset; I gave it up years ago. Besides, it’s exhausting and gets you nowhere. I shut off the rain and took stock.

My action list ran like this:

  1. Escape from this cell.
  2. Find Oscar, suit up.
  3. Go outdoors, steal a ship, head home-if I could figure out how to gun it.
  • Figure out a weapon or stratagem to fight off the wormfaces or keep them busy while I sneaked out and grabbed a ship. Nothing to it. Any superman capable of teleportation and other assorted psionic tricks could do it. Just be sure the plan is foolproof and that your insurance is paid up.
  • Crash priority: make sure, before bidding farewell to the romantic shores of exotic Pluto and its friendly colorful natives, that neither Peewee nor the Mother Thing is here-if they are,  take them along-because, contrary to some opinions, it is better to be a dead hero than a live louse. Dying is messy and inconvenient but even a louse dies someday no matter what he will do to stay alive and he is forever having to explain his choice. The gummed-up spell that I had had at the hero business had shown that it was undesirable work but the alternative was still less attractive.

The fact that Peewee knew how to gun those ships, or that the Mother Thing could coach me, did not figure. I can’t prove that, but I know.

Footnote: after I learned to run one of their ships, could I do so at eight gravities? That may simply call for arch supports for a wormface but I knew what eight gees did to me. Automatic pilot? If so, would it have directions on it, in English? (Don’t be silly, Clifford!)

Subordinate footnote: how long would it take to get home at one gravity? The rest of the century? Or just long enough to starve to death?

  • Occupational therapy for the lulls when I went stale on the problems. This was important in order to avoid coming apart at the seams. 0. Henry wrote stories in prison, St. Paul turned  out his strongest epistles incarcerated in Rome, Hitler wrote Mein Kampf in jail-next time I would bring a typewriter and paper. This time I could work out magic squares and invent chess problems. Anything was better than feeling sorry for myself. Lions put up with zoos and wasn’t I smarter than a lion? Some, anyhow?

And so to work- One: how to get out of this hole? I came up with a straight-forward answer: there wasn’t any way. The cell was twenty feet on a side with a ceiling twelve feet high; the    walls were as smooth as a baby’s cheek and as impervious as a bill collector. The other features were the hole in the ceiling, which ran about six feet still higher, the stream of water and its catch basin, and a glowing area in the ceiling. For tools I had the stuff previously listed (a few ounces of nothing much, nothing sharp, nor explosive, nor corrosive), my clothes, and an empty tin can.

I tested how high I could jump. Even a substitute guard needs springs in his legs-I touched the ceiling. That meant a gravity around one-half gee-I hadn’t been able to guess, as I had spent an endless time under one-sixth gravity followed by a few eons at eight gees; my reflexes had been mistreated.

But, although I could touch the ceiling, I could neither walk on it nor levitate. I could get that high, but there was nothing a mouse could cling to.

Well, I could rip my clothes and braid a rope. Was there anything near the hole on which to catch it? All I could recall was smooth floor. But suppose it did catch? What next? Paddle around in my skin until Wormface spotted me and herded me back down, this time with no clothes? I decided to postpone the rope trick until I worked out that next step which would confound Wormface and his tribe.

I sighed and looked around. All that was left was that jet of water and the floor basin that caught it.

There is a story about two frogs trapped in a crock of cream. One sees how hopeless it is, gives up and drowns. The other is too stupid to know he’s licked; he keeps on paddling. In a few hours he has churned so much butter that it forms an island, on which he floats, cool and comfortable, until the milkmaid comes and chucks him out.

That water spilled in and ran out. Suppose it didn’t run out?

I explored the bottom of the catch basin. The drain was large by our standards, but I thought I could plug it. Could I stay afloat while the room filled up, filled the hole above, and pushed me out the spout? Well, I could find out, I had a can.

The can looked like a pint and a “pint’s a pound the world ‘round” and a cubic foot of water weighs (on Earth) a little over sixty pounds. But I had to be sure. My feet are eleven inches long; they’ve been that size since I was ten-I took a lot of ribbing until I grew up to them. I marked eleven inches on the floor with two pennies. It turns out that a dollar bill is two and a half   inches wide and quarter is a smidgeon under an inch. Shortly I knew the dimensions of room and can pretty accurately.

I held the can under the stream, letting it fill and dumping it fast, while I ticked off cans of water on my left hand and counted seconds. Eventually I calculated how long it would take to fill the room. I didn’t like the answer, so I did it over.

It would take fourteen hours to fill the room and the hole above, plus an hour to allow for crude methods. Could I stay afloat that long? You’re darn tootin’ I could!-if I had to. And I had to. There isn’t any limit to how long a man can float if he doesn’t panic.

I balled my slacks and stuffed them in the drain. I almost lost them, so I wrapped them around the can and used the bundle as a cork. It stayed put and I used the rest of my clothes to caulk it. Then I waited, feeling cocky. Maybe the flood would create the diversion I needed for the rest of the caper. Slowly the basin filled.

The water got about an inch below floor level and stopped.

Apressure switch, I suppose. I should have known that creatures who could build eight-gee, constant-boost ships would design plumbing to “fail-safe.” I wish we could.   I recovered my clothes, all but one sock, and spread them to dry. I hoped the sock would foul a pump or something but I doubted it; they were good engineers.

I never really believed that story about the frogs.

Another can was tossed down-roast beef and soggy potatoes. It was filling but I began to long for peaches. The can was stenciled “Available for subsidized resale on Luna” which made  it possible that Skinny and Fatty had come by this food honestly. I wondered how they liked sharing their supplies? No doubt they did so only because Wormface had twisted their arms. Which made me wonder why Wormface wanted me alive? I was in favor of it but couldn’t see why he was. I decided to call each can a “day” and let the empties be my calendar.

Which reminded me that I had not worked out how long it would take to get home on a one-gee boost, if it turned out that I could not arrange automatic piloting at eight gees. I was stymied on getting out of the cell, I hadn’t even nibbled at what I would do if I did get out (correction: when I got out), but I could work ballistics.

I didn’t need books. I’ve met people, even in this day and age, who can’t tell a star from a planet and who think of astronomical distances simply as “big.” They remind me of those primitives who have just four numbers: one, two, three, and “many.” But any tenderfoot Scout knows the basic facts and a fellow bitten by the space bug (such as myself) usually knows a number of figures.

“Mother very thoughtfully made a jelly sandwich under no protest.” Could you forget that after saying it a few times? Okay, lay it out so: Mother  MERCURY$.39

Very VENUS $.72 Thoughtfully TERRA$1.00 Made MARS $1.50

AASTEROIDS (assorted prices, unimportant) Jelly JUPITER $5.20

Sandwich SATURN $9.50 Under URANUS $19.00 No NEPTUNE $30.00

Protest PLUTO $39.50

The “prices” are distances from the Sun in astronomical units. An A.U. is the mean distance of Earth from Sun, 93,000,000 miles. It is easier to remember one figure that everybody knows and some little figures than it is to remember figures in millions and billions. I use dollar signs because a figure has more flavor if I think of it as money-which Dad considers deplorable. Some way you must remember them, or you don’t know your own neighborhood.

Now we come to a joker. The list says that Pluto’s distance is thirty-nine and a half times Earth’s distance. But Pluto and Mercury have very eccentric orbits and Pluto’s is a dilly; its distance varies almost two billion miles, more than the distance from the Sun to Uranus. Pluto creeps to the orbit of Neptune and a hair inside, then swings way out and stays there a couple of centuries-it makes only four round trips in a thousand years.

But I had seen that article about how Pluto was coming into its “summer.” So I knew it was close to the orbit of Neptune now, and would be for the rest of my life-my life expectancy in Centerville; I didn’t look like a preferred risk here. That gave an easy figure-30 astronomical units.

Acceleration problems are simple s=1/2 at2; distance equals half the acceleration times the square of elapsed time. If astrogation were that simple any sophomore could pilot a rocket ship-the complications come from gravitational fields and the fact that everything moves fourteen directions at once. But I could disregard gravitational fields and planetary motions; at the speeds a wormface ship makes neither factor matters until you are very close. I wanted a rough answer.

I missed my slipstick. Dad says that anyone who can’t use a slide rule is a cultural illiterate and should not be allowed to vote. Mine is a beauty- a K&E 20” Log-log Duplex Decitrig. Dad surprised me with it after I mastered a ten-inch polyphase. We ate potato soup that week-but Dad says you should always budget luxuries first. I knew where it was. Home on my desk.

No matter. I had figures, formula, pencil and paper.

First a check problem. Fats had said “Pluto,” “five days,” and “eight gravities.”

It’s a two-piece problem; accelerate for half time (and half distance); do a skew-flip and decelerate the other half time (and distance). You can’t use the whole distance in the equation, as “time” appears as a square-it’s a parabolic. Was Pluto in opposition? Or quadrature? Or conjunction? Nobody looks at Pluto-so why remember where it is on the ecliptic? Oh, well, the average distance was 30 A.U.s-that would give a close-enough answer. Half that distance, in feet, is: 1/2 x 30 x 93,000,000 x 5280. Eight gravities is: 8 x 32.2 ft./sec./sec.-speed increases by 258 feet per second every second up to skew-flip and decreases just as fast thereafter.

So- 1/2 x 30 x 93,000,000 x 5280 = 1/2 x 8 x 32.2 x t2 -and you wind up with the time for half the trip, in seconds. Double that for full trip. Divide by 3600 to get hours; divide by 24 and you have days. On a slide rule such a problem takes forty seconds, most of it to get your decimal point correct. It’s as easy as computing sales tax.

It took me at least an hour and almost as long to prove it, using a different sequence-and a third time, because the answers didn’t match (I had forgotten to multiply by 5280, and had “miles” on one side and “feet” on the other-a no-good way to do arithmetic)-then a fourth time because my confidence was shaken. I tell you, the slide rule is the greatest invention since girls.

But I got a proved answer. Five and a half days. I was on Pluto. Or maybe Neptune-

No, on Neptune I would not be able to jump to a twelve-foot ceiling; Pluto alone matched all facts. So I erased and computed the trip at one gravity, with turnover. Fifteen days.

It seemed to me that it ought to take at least eight times as long at one gee as at eight-more likely sixty-four. Then I was glad I had bulled my way through analytical geometry, for I made a rough plot and saw the trouble. Squared time cut down the advantage-because the more boost, the shorter the trip, and the shorter the trip the less time in which to use the built-up   speed. To cut time in half, you need four times as much boost; to cut it to a quarter, you need sixteen times the boost, and so on. This way lies bankruptcy.

To learn that I could get home in about two weeks at one gravity cheered me. I couldn’t starve in two weeks. If I could steal a ship. If I could run it. If I could climb out of this hole. If- Not “if,” but “when!” I was too late for college this year; fifteen more days wouldn’t matter.

I had noticed, in the first problem, the speed we had been making at skew-flip. More than eleven thousand miles per second. That’s a nice speed, even in space. It made me think. Consider the nearest star, Proxima Centauri, four and three-tenths light-years away, the distance you hear so often on quiz shows. How long at eight gees?

The problem was the same sort but I had to be careful about decimal points; the figures mount up. Alightyear is-I had forgotten. So multiply 186,000 miles per second (the speed of light) by the seconds in a year (365.25 x 24 x 3600) and get-5,880,000,000,000 miles -multiply that by 4.3 and get- 25,284,000,000,000 Call it twenty-five trillion miles. Whew!

It works out to a year and five months-not as long as a trip around the Horn only last century. Why, these monsters had star travel!

I don’t know why I was surprised; it had been staring me in the face. I had assumed that Wormface had taken me to his home planet, that he was a Plutonian, or Plutocrat, or whatever the word is. But he couldn’t be.

He breathed air. He kept his ship warm enough for me. When he wasn’t in a hurry, he cruised at one gee, near enough. He used lighting that suited my eyes. Therefore he came from the sort of planet I came from.

Proxima Centauri is a double star, as you know if you do crossword puzzles, and one is a twin for our own Sun-size, temperature, special pattern. Is it a fair guess that it has a planet like Earth? I had a dirty hunch that I knew Wormface’s home address.

I knew where he didn’t come from. Not from a planet that runs a couple of centuries in utter airlessness with temperatures pushing absolute zero, followed by a “summer” in which some gases melt but water is solid rock and even Wormface has to wear a space suit. Nor from anywhere in our system, for I was sure as taxes that Wormface felt at home only on a planet    like ours. Never mind the way he looked; spiders don’t look like us but they like the things we like-there must be a thousand spiders in our houses for every one of us.

Wormface and his kin would like Earth. My fear was that they liked it too much.

I looked at that Proxima Centauri problem and saw something else. The turn-over speed read 1,110,000 miles per second, six times the speed of light. Relativity theory says that’s impossible.

I wanted to talk to Dad about it. Dad reads everything from The Anatomy of Melancholy to Acta Mathematica and Paris-Match and will sit on a curbstone separating damp newspapers wrapped around garbage in order to see continued-on-page-eight. Dad would haul down a book and we’d look it up. Then he would try four or five more with other opinions. Dad doesn’t hold with the idea that it-must-be-true-or-they-wouldn’t-have-printed-it; he doesn’t consider any opinion sacred-it shocked me the first time he took out a pen and changed something in one of my math books.

Still, even if speed-of-light was a limit, four or five years wasn’t impossible, or even impractical. We’ve been told for so long that star trips, even to the nearest stars, would take generations that we may have a wrong slant. Amile of lunar mountains is a long way but a trillion miles in empty space may not be.

But what was Wormface doing on Pluto?

If you were invading another solar system, how would you start? I’m not joking; a dungeon on Pluto is no joke and I never laughed at Wormface. Would you just barge in, or toss your hat   in first? They seemed far ahead of us in engineering but they couldn’t have known that ahead of time. Wouldn’t it be smart to build a supply base in that system in some spot nobody ever visited?

Then you could set up advance bases, say on an airless satellite of a likely-looking planet, from which you could scout the surface of the target planet. If you lost your scouting base, you would pull back to main base and work out a new attack.

Remember that while Pluto is a long way off to us, it was only five days from Luna for Wormface. Think about World War II, back when speeds were slow. Main Base is safely out of reach (U.S.A./Pluto) but only about five days from advance base (England/The Moon) which is three hours from theater-of-operations (France-Germany/Earth). That’s a slow way to operate but it worked for the Allies in World War II.

I just hoped it would not work for Wormface’s gang. Though I didn’t see anything to prevent it.

Somebody chucked down another can-spaghetti and meat balls. If it had been canned peaches, I might not have had the fortitude to do what I did next, which was to use it for a hammer before I opened it. I beat an empty can into a flat narrow shape and beat a point on it, which I sharpened on the edge of the catch basin. When I was through, I had a dagger -not a good one, but it made me feel less helpless.

Then I ate. I felt sleepy and went to sleep in a warm glow. I was still a prisoner but I had a weapon of sorts and I believed that I had figured out what I was up against. Getting a problem analyzed is two-thirds of solving it. I didn’t have nightmares.

The next thing tossed down the hole was Fats.

Skinny landed on him seconds later. I backed off and held my dagger ready. Skinny ignored me, picked himself up, looked around, went to the water spout and got a drink. Fats was in no shape to do anything; his breath was knocked out.

I looked at him and thought what a nasty parcel he was. Then I thought, oh, what the deuce!-he had massaged me when I needed it. I heaved him onto his stomach and began artificial respiration. In four or five pushes his motor caught and he was able to breathe. He gasped, “That’s enough!”

I backed off, got my knife out. Skinny was sitting against a wall, ignoring us. Fats looked at my feeble weapon and said, “Put that away, kid. We’re bosom buddies now.” “We are?”

“Yeah. Us human types had better stick together.” He sighed wretchedly. “After all we done for him! That’s gratitude.” “What do you mean?” I demanded.

“Huh?” said Fats. “Just what I said. He decided he could do without us. So Annie doesn’t live here any more.” “Shaddap,” the skinny one said flatly.

Fats screwed his face into a pout. “You shaddap,” he said peevishly. “I’m tired of that. It’s shaddap here, shaddap there, all day long-and look where we are.” “Shaddap, I said.”

Fats shut up. I never did find out what had happened, because Fats seldom gave the same explanation twice. The older man never spoke except for that tiresome order to shut up, or in monosyllables even less helpful. But one thing was clear: they had lost their jobs as assistant gangsters, or fifth columnists, or whatever you call a human being who would stooge against his own race. Once Fats said, “Matter of fact, it’s your fault.”

“Mine?” I dropped my hand to my tin-can knife.

“Yours. If you hadn’t butted in, he wouldn’t have got sore.” “I didn’t do anything.”

“Says you. You swiped his two best prizes, that’s all, and held him up when he planned to high-tail it back here.” “Oh. But that wasn’t your fault.” “So I told him. You try telling him. Take your hand away from that silly nail file.” Fats shrugged. “Like I always say, let bygones be bygones.”

I finally learned the thing I wanted most to know. About the fifth time I brought up the matter of Peewee, Fats said, “What d’you want to know about the brat for?” “I just want to know whether she’s alive or dead.”

“Oh, she’s alive. Leastwise she was last time I seen her.” “When was that?”

“You ask too many questions. Right here.” “She’s here?” I said eagerly.

“That’s what I said, wasn’t it? Around everywhere and always underfoot. Living like a princess, if you ask me.” Fats picked his teeth and frowned. “Why he should make a pet out of her and treat us the way he did, beats me. It ain’t right.”

I didn’t think so, either, but for another reason. The idea that gallant little Peewee was the spoiled darling of Wormface I found impossible to believe. There was some explanation-or Fats was lying. “You mean he doesn’t have her locked up?”

“What’s it get him? Where’s she gonna go?”

I pondered that myself. Where could you go?-when to step outdoors was suicide. Even if Peewee had her space suit (and that, at least, was probably locked up), even if a ship was at hand and empty when she got outside, even if she could get into it, she still wouldn’t have a “ship’s brain,” the little gadget that served as a lock. “What happened to the Mother Thing?”

“The what?”

“The-” I hesitated. “Uh, the non-human who was in my space suit with me. You must know, you were there. Is she alive? Is she here?” But Fats was brooding. “Them bugs don’t interest me none,” he said sourly and I could get no more out of him.

But Peewee was alive (and a hard lump in me was suddenly gone). She was here! Her chances, even as a prisoner, had been enormously better on the Moon; nevertheless I felt almost ecstatic to know that she was near. I began thinking about ways to get a message to her.

As for Fats’ insinuation that she was playing footy with Wormface, it bothered me not at all. Peewee was unpredictable and sometimes a brat and often exasperating, as well as conceited, supercilious, and downright childish. But she would be burned alive rather than turn traitor. Joan of Arc had not been made of sterner stuff.

We three kept uneasy truce. I avoided them, slept with one eye open, and tried not to sleep unless they were asleep first, and I always kept my dagger at hand. I did not bathe after they joined me; it would have put me at a disadvantage. The older one ignored me, Fats was almost friendly. I pretended not to be afraid of my puny weapon, but I think he was. The reason I think so comes from the first time we were fed. Three cans dropped from the ceiling; Skinny picked up one, Fats got one, but when I circled around to take the third, Fats snatched it.

I said, “Give me that, please.”

Fats grinned. “What makes you think this is for you, sonny boy?” “Uh, three cans, three people.”

“So what? I’m feeling a mite hungry. I don’t hardly think I can spare it.” “I’m hungry, too. Be reasonable.”

“Mmmm-” He seemed to consider it. “Tell you what. I’ll sell it to you.”

I hesitated. It had a shifty logic; Wormface couldn’t walk into Lunar Base commissary and buy these rations; probably Fats or his partner had bought them. I wouldn’t mind signing I.O.U.s-a hundred dollars a meal, a thousand, or a million; money no longer meant anything. Why not humor him?

No! If I gave in, if I admitted I had to dicker with him for my prison rations, he would own me. I’d wait on him hand and foot, do anything he told me, just to eat.  I let him see my tin dagger. “I’ll fight you for it.”

Fats glanced at my hand and grinned broadly. “Can’t you take a joke?”

He tossed me the can. There was no trouble at feeding times after that, We lived like that “Happy Family” you sometimes see in traveling zoos: a lion caged with a lamb. It is a startling exhibit but the lamb has to be replaced frequently. Fats liked to talk and I learned things from him, when I could sort out truth from lies. His name-so he said-was Jacques de Barre de Vigny (“Call me ‘Jock.’ “) and the older man was Timothy Johnson-but I had a hunch that their real names could be learned only by inspecting post office bulletin boards. Despite Jock’s pretense of knowing everything, I soon decided that he knew nothing about Wormface’s origin and little about his plans and purposes. Wormface did not seem the sort to discuss things with “lower animals”; he would simply make use of them, as we use horses.

Jock admitted one thing readily. “Yeah, we put the snatch on the brat. There’s no uranium on the Moon; those stories are just to get suckers. We were wasting our time-and a man’s got to eat, don’t he?”

I didn’t make the obvious retort; I wanted information. Tim said, “Shaddap!”

“Aw, what of it, Tim? You worried about the F.B.I.? You think the Man can put the arm on you-here?” “Shaddap, I said.”

“Happens I feel like talking. So blow it.” Jock went on, “It was easy. The brat’s got more curiosity than seven cats. He knew she was coming and when.” Jock looked thoughtful. “He  always knows-he’s got lots of people working for him, some high up. All I had to do was be in Luna City and get acquainted-I made the contact because Tim here ain’t the fatherly type,  the way I am. I get to talking with her, I buy her a coke, I tell her about the romance of hunting uranium on the Moon and similar hogwash. Then I sigh and say it’s too bad I can’t show her the mine of my partner and I. That’s all it took. When the tourist party visited Tombaugh Station, she got away and sneaked out the lock-she worked that part out her ownself. She’s sly,  that one. All we had to do was wait where I told her -didn’t even have to be rough with her until she got worried about taking longer for the crawler to get to our mine than I told her.” Jock grinned. “She fights pretty well for her weight. Scratched me some.”

Poor little Peewee! Too bad she hadn’t drawn and quartered him! But the story sounded true, for it was the way Peewee would behave-sure of herself, afraid of no one, unable to resist any “educational” experience.

Jock went on, “It wasn’t the brat he wanted. He wanted her old man. Had some swindle to get him to the Moon, didn’t work.” Jock grinned sourly. “That was a bad time, things ain’t good when he don’t have his own way. But he had to settle for the brat. Tim here pointed out to him he could trade.”

Tim chucked in one word which I took as a general denial. Jock raised his eyebrows. “Listen to vinegar puss. Nice manners, ain’t he?”

Maybe I should have kept quiet since I was digging for facts, not philosophy. But I’ve got Peewee’s failing myself; when I don’t understand, I have an unbearable itch to know why. I didn’t (and don’t) understand what made Jock tick. “Jock? Why did you do it?”

“Huh?”

“Look, you’re a human being.” (At least he looked like one.) “As you pointed out, we humans had better stick together. How could you bring yourself to kidnap a little girl-and turn her over to him?”

“Are you crazy, boy?” “I don’t think so.”

“You talk crazy. Have you ever tried not doing something he wanted? Try it some time.”

I saw his point. Refusing Wormface would be like a rabbit spitting in a snake’s eye-as I knew too well. Jock went on, “You got to understand the other man’s viewpoint. Live and let live, I always say. We got grabbed while we were messin’ around, lookin’ for carnotite-and after that, we never stood no chance. You can’t fight City Hall, that gets you nowhere. So we made a dicker-we run his errands, he pays us in uranium.”

My faint sympathy vanished. I wanted to throw up. “And you got paid?” “Well … you might say we got time on the books.”

I looked around our cell. “You made a bad deal.”

Jock grimaced, looking like a sulky baby. “Maybe so. But be reasonable, kid. You got to cooperate with the inevitable. These boys are moving in-they got what it takes. You seen that yourself. Well, a man’s got to look out for number one, don’t he? It’s a cinch nobody else will. Now I seen a case like this when I was no older than you and it taught me a lesson. Our town had run quietly for years, but the Big Fellow was getting old and losing his grip … whereupon some boys from St. Louis moved in. Things were confused for a while. Aman had to know which way to jump-else he woke up wearing a wooden overcoat, like as not. Those that seen the handwriting made out; those that didn’t … well, it don’t do no good to buck the current, I always say. That makes sense, don’t it?”

I could follow his “logic”-provided you accepted his “live louse” standard. But he had left out a key point. “Even so. Jock, I don’t see how you could do that to a little girl.” “Huh? I just explained how we couldn’t help it.”

“But you could. Even allowing how hard it is to face up to him and refuse orders, you had a perfect chance to duck out.” “Wha’ d’you mean?”

“He sent you to Luna City to find her, you said so. You’ve got a return-fare benefit-I know you have, I know the rules. All you had to do was sit tight, where he couldn’t reach you-and take the next ship back to Earth. You didn’t have to do his dirty work.”

“But-“

I cut him off. “Maybe you couldn’t help yourself, out in a lunar desert. Maybe you wouldn’t feel safe even inside Tombaugh Station. But when he sent you into Luna City, you had your chance. You didn’t have to steal a little girl and turn her over to a-a bug-eyed monster!”

He looked baffled, then answered quickly. “Kip, I like you. You’re a good boy. But you ain’t smart. You don’t understand.”

“I think I do!”

“No, you don’t.” He leaned toward me, started to put a hand on my knee; I drew back. He went on, “There’s something I didn’t tell you … for fear you’d think I was a-well, a zombie, or something. They operated on us.”

“Huh?”

“They operated on us,” he went on glibly. “They planted bombs in our heads. Remote control, like a missile. Aman gets out of line … he punches a button-blooie! Brains all over the ceiling.” He fumbled at the nape of his neck. “See the scar? My hair’s getting kind o’ long … but if you look close I’m sure you’ll see it; it can’t ‘ave disappeared entirely. See it?”

I started to look. I might even have been sold on it-I had been forced to believe less probable things lately. Tim cut short my suspended judgment with one explosive word. Jock flinched, then braced himself and said, “Don’t pay any attention to him!”

I shrugged and moved away. Jock didn’t talk the rest of that “day.” That suited me.

The next “morning” I was roused by Jock’s hand on my shoulder. “Wake up, Kip! Wake up!”

I groped for my toy weapon. “It’s over there by the wall,” Jock said, “but it ain’t ever goin’ to do you any good now.”  I grabbed it. “What do you mean? Where’s Tim?”

“You didn’t wake up?” “Huh?”

“This is what I’ve been scared of. Cripes, boy! I just had to talk to somebody. You slept through it?” “Through what? And where’s Tim?”

Jock was shivering and sweating. “They blue-lighted us, that’s what. They took Tim.” He shuddered. “I’m glad it was him. I thought-well, maybe you’ve noticed I’m a little stout … they like fat.”

“What do you mean? What have they done with him?”

“Poor old Tim. He had his faults, like anybody, but-He’s soup, by now … that’s what.” He shuddered again. “They like soup-bones and all.” “I don’t believe it. You’re trying to scare me.”

“So?” He looked me up and down. “They’ll probably take you next. Son, if you’re smart, you’ll take that letter opener of yours over to that horse trough and open your veins. It’s better that way.”

I said, “Why don’t you? Here, I’ll lend it to you.” He shook his head and shivered. “I ain’t smart.”

I don’t know what became of Tim. I don’t know whether the wormfaces ate people, or not. (You can’t say “cannibal.” We may be mutton, to them.) I wasn’t especially scared because I had long since blown all fuses in my “scare” circuits.

What happens to my body after I’m through with it doesn’t matter to me. But it did to Jock; he had a phobia about it. I don’t think Jock was a coward; cowards don’t even try to become prospectors on the Moon. He believed his theory and it shook him. He halfway admitted that he had more reason to believe it than I had known. He had been to Pluto once before, so he said, and other men who had come along, or been dragged, on that trip hadn’t come back.

When feeding time came-two cans-he said he wasn’t hungry and offered me his rations. That “night” he sat up and kept himself awake. Finally I just had to go to sleep before he did.   I awoke from one of those dreams where you can’t move. The dream was correct; sometime not long before, I had surely been blue-lighted.

Jock was gone.

I never saw either of them again.

Somehow I missed them … Jock at least. It was a relief not to have to watch all the time, it was luxurious to bathe. But it gets mighty boring, pacing your cage alone.  I have no illusions about them. There must be well over three billion people I would rather be locked up with. But they were people.

Tim didn’t have anything else to recommend him; he was as coldly vicious as a guillotine. But Jock had some slight awareness of right and wrong, or he wouldn’t have tried to justify himself. You might say he was just weak.

But I don’t hold with the idea that to understand all is to forgive all; you follow that and first thing you know you’re sentimental over murderers and rapists and kidnappers and forgetting their victims. That’s wrong. I’ll weep over the likes of Peewee, not over criminals whose victims they are. I missed Jock’s talk but if there were some way to drown such creatures at birth, I’d take my turn as executioner. That goes double for Tim.

If they ended up as soup for hobgoblins, I couldn’t honestly be sorry- even though it might be my turn tomorrow. As soup, they probably had their finest hour.

Chapter 8

I was jarred out of useless brain-cudgeling by an explosion, a sharp crack -a bass rumble-then a whoosh! of reduced pressure. I bounced to my feet-anyone who has ever depended on  a space suit is never again indifferent to a drop in pressure.

I gasped, “What the deuce!”

Then I added, “Whoever is on watch had better get on the ball-or we’ll all be breathing thin cold stuff.” No oxygen outside, I was sure-or rather the astronomers were and I didn’t want to test it.

Then I said, “Somebody bombing us? I hope. “Or was it an earthquake?”

This was not an idle remark. That Scientific American article concerning “summer” on Pluto had predicted “sharp isostatic readjustments” as the temperature rose-which is a polite way of saying, “Hold your hats! Here comes the chimney!”

I was in an earthquake once, in Santa Barbara; I didn’t need a booster shot to remember what every Californian knows and others learn in one lesson: when the ground does a jig, get outdoors!

Only I couldn’t.

I spent two minutes checking whether adrenalin had given me the strength to jump eighteen feet instead of twelve. It hadn’t. That was all I did for a half-hour, if you don’t count nail biting. Then I heard my name! “Kip! Oh, Kip!”

“Peewee!” I screamed. “Here! Peewee!”

Silence for an eternity of three heartbeats- “Kip?” “Down HERE!”

“Kip? Are you down this hole?”

“Yes! Can’t you see me?” I saw her head against the light above. “Uh, I can now. Oh, Kip, I’m so glad!”

“Then why are you crying? So am I!”

“I’m not crying,” she blubbered. “Oh Kip … Kip.” “Can you get me out?”

“Uh-” She surveyed that drop. “Stay where you are.” “Don’t go ‘way!” She already had.

She wasn’t gone two minutes; it merely seemed like a week. Then she was back and the darling had a nylon rope! “Grab on!” she shrilled.

“Wait a sec. How is it fastened?” “I’ll pull you up.”

“No, you won’t-or we’ll both be down here. Find somewhere to belay it.” “I can lift you.”

“Belay it! Hurry!”

She left again, leaving an end in my hands. Shortly I heard very faintly: “On belay!”

I shouted, “Testing!” and took up the slack. I put my weight on it-it held. “Climbing!” I yelled, and followed the final “g” up the hole and caught it.

She flung herself on me, an arm around my neck, one around Madame Pompadour, and both of mine around her. She was even smaller and skinnier than I remembered. “Oh, Kip, it’s been just awful.”

I patted her bony shoulder blades. “Yeah, I know. What do we do now? Where’s W-“ I started to say, “Where’s Wormface?” but she burst into tears.

“Kip-I think she’s dead!”

My mind skidded-I was a bit stir-crazy anyhow. “Huh? Who?”

She looked as amazed as I was confused. “Why, the Mother Thing.”

“Oh.” I felt a flood of sorrow. “But, honey, are you sure? She was talking to me all right up to the last-and I didn’t die.” “What in the world are you talk- Oh. I don’t mean then. Kip; I mean now.”

“Huh? She was here?” “Of course. Where else?”

Now that’s a silly question, it’s a big universe. I had decided long ago that the Mother Thing couldn’t be here-because Jock had brushed off the subject. I reasoned that Jock would either have said that she was here or have invented an elaborate lie, for the pleasure of lying. Therefore she wasn’t on his list-perhaps he had never seen her save as a bulge under my suit.

I was so sure of my “logic” that it took a long moment to throw off prejudice and accept fact. “Peewee,” I said, gulping, “I feel like I’d lost my own mother. Are you sure?”  ” ‘Feel as if,’ ” she said automatically. “I’m not sure sure … but she’s outside-so she must be dead.”

“Wait a minute. If she’s outside, she’s wearing a space suit? Isn’t she?” “No, no! She hasn’t had one-not since they destroyed her ship.”

I was getting more confused. “How did they bring her in here?”

“They just sacked her and sealed her and carried her in. Kip-what do we do now?”

I knew several answers, all of them wrong-I had already considered them during my stretch in jail. “Where is Wormface? Where are all the wormfaces?”

“Oh. All dead. I think.”

“I hope you’re right.” I looked around for a weapon and never saw a hallway so bare. My toy dagger was only eighteen feet away but I didn’t feel like going back down for it. “What makes you think so?”

Peewee had reason to think so. The Mother Thing didn’t look strong enough to tear paper but what she lacked in beef she made up in brains. She had done what I had tried to do: reasoned out a way to take them all on. She had not been able to hurry because her plan had many factors all of which had to mesh at once and many of them she could not influence; she had to wait for the breaks.

First, she needed a time when there were few wormfaces around. The base was indeed a large supply dump and space port and transfer point, but it did not need a large staff. It had been unusually crowded the few moments I had seen it, because our ship was in.

Second, it also had to be when no ships were in because she couldn’t cope with a ship-she couldn’t get at it.

Third, H-Hour had to be while the wormfaces were feeding. They all ate together when there were few enough not to have to use their mess hall in relays-crowded around one big tub and sopping it up, I gathered -a scene out of Dante. That would place all her enemies on one target, except possibly one or two on engineering or communication watches.

“Wait a minute!” I interrupted. “You said they were all dead?” “Well … I don’t know. I haven’t seen any.”

“Hold everything until I find something to fight with.” “But-“

“First things first, Peewee.”

Saying that I was going to find a weapon wasn’t finding one. That corridor had nothing but more holes like the one I had been down- which was why Peewee had looked for me there; it was one of the few places where she had not been allowed to wander at will. Jock had been correct on one point: Peewee-and the Mother Thing-had been star prisoners, allowed all privileges except freedom … whereas Jock and Tim and myself had been third-class prisoners and/or soup bones. It fitted the theory that Peewee and the Mother Thing were hostages rather than ordinary P.W.s.

I didn’t explore those holes after I looked down one and saw a human skeleton-maybe they got tired of tossing food to him. When I straightened up Peewee said, “What are you shaking about?”

“Nothing. Come on.” “I want to see.”

“Peewee, every second counts and we’ve done nothing but yak. Come on. Stay behind me.”

I kept her from seeing the skeleton, a major triumph over that little curiosity box-although it probably would not have affected her much; Peewee was sentimental only when it suited her. “Stay behind me” had the correct gallant sound but it was not based on reason. I forgot that attack could come from the rear-I should have said:

“Follow me and watch behind us.”

She did anyway. I heard a squeal and whirled around to see a wormface with one of those camera-like things aimed at me. Even though Tim had used one on me I didn’t realize what it was; for a moment I froze.

But not Peewee. She launched herself through the air, attacking with both hands and both feet in the gallant audacity and utter recklessness of a kitten.

That saved me. Her attack would not have hurt anything but another kitten but it mixed him up so that he didn’t finish what he was doing, namely paralyzing or killing me; he tripped over her and went down.

And I stomped him. With my bare feet I stomped him, landing on that lobster-horror head with both feet. His head crunched. It felt awful.

It was like jumping on a strawberry box. It splintered and crunched and went to pieces. I cringed at the feel, even though I was in an agony to fight, to kill. I trampled worms and hopped away, feeling sick. I scooped up Peewee and pulled her back, as anxious to get clear as I had been to Join battle seconds before.

I hadn’t killed it. For an awful moment I thought I was going to have to wade back in. Then I saw that while it was alive, it did not seem aware of us. It flopped like a chicken freshly chopped, then quieted and began to move purposefully.

But it couldn’t see. I had smashed its eyes and maybe its ears-but certainly those terrible eyes.

It felt around the floor carefully, then got to its feet, still undamaged except that its head was a crushed ruin. It stood still, braced tripod-style by that third appendage, and felt the air. I pulled us back farther.

It began to walk. Not toward us or I would have screamed. It moved away, ricocheted off a wall, straightened out, and went back the way we had come. t reached one of those holes they used for prisoners, walked into it and dropped. I sighed, and realized that I had been holding Peewee too tightly to breathe. I put her down.

“There’s your weapon,” she said. “Huh?”

“On the floor. Just beyond where I dropped Madame Pompadour. The gadget.” She went over, picked up her dolly, brushed away bits of ruined wormface, then took the camera-like thing and handed it to me. “Be careful. Don’t point it toward you. Or me.”

“Peewee,” I said faintly, “don’t you ever have an attack of nerves?”

“Sure I do. When I have leisure for it. Which isn’t now. Do you know how to work it?” “No. Do you?”

“I think so. I’ve seen them and the Mother Thing told me about them.” She took it, handling it casually but not pointing it at either of us. “These holes on top-uncover one of them, it stuns. If you uncover them all, it kills. To make it work you push it here.” She did and a bright blue light shot out, splashed against the wall. “The light doesn’t do anything,” she added. “It’s for aiming. I hope there wasn’t anybody on the other side of that wall. No, I hope there was. You know what I mean.”

It looked like a cockeyed 35 mm. camera, with a lead lens-one built from an oral description. I took it, being very cautious where I pointed it, and looked at it. Then I tried it-full power, by mistake.

The blue light was a shaft in the air and the wall where it hit glowed and began to smoke. I shut it off. “You wasted power,” Peewee chided. “You may need it later.”

“Well, I had to try it. Come on, let’s go.”

Peewee glanced at her Mickey Mouse watch-and I felt irked that it had apparently stood up when my fancy one had not. “There’s very little time. Kip. Can’t we assume that only this one escaped?”

“What? We certainly cannot! Until we’re sure that all of them are dead, we can’t do anything else. Come on.”

“But- Well, I’ll lead. I know my way around, you don’t.” “No.”

“Yes!”

So we did it her way; she led and carried the blue-light projector while I covered the rear and wished for a third eye, like a wormface. I couldn’t argue that my reflexes were faster when they weren’t, and she knew more than I did about our weapon.

But it’s graveling, just the same.

The base was huge; half that mountain must have been honeycombed. We did it at a fast trot, ignoring things as complicated as museum exhibits and twice as interesting, simply making sure that no wormface was anywhere. Peewee ran with the weapon at the ready, talking twenty to the dozen and urging me on.

Besides an almost empty base, no ships in, and the wormfaces feeding, the Mother Thing’s plan required that all this happen shortly before a particular hour of the Plutonian night. “Why?” I panted.

“So she could signal her people, of course.”

“But-” I shut up. I had wondered about the Mother Thing’s people but didn’t even know as much about her as I did about Wormface- except that she was everything that made her the Mother Thing. Now she was dead-Peewee said that she was outside without a space suit, so she was surely dead; that little soft warm thing wouldn’t last two seconds in that ultra-arctic weather. Not to mention suffocation and lung hemorrhage. I choked up.

Of course, Peewee might be wrong. I had to admit that she rarely was- but this might be one of the times … in which case we would find her. But if we didn’t find her, she was outside and- “Peewee, do you know where my space suit is?”

“Huh? Of course. Right next to where I got this.” She patted the nylon rope, which she had coiled around her waist and tied with a bow. “Then the second we are sure that we’ve cleaned out the wormfaces I’m going outside and look for her!”

“Yes, yes! But we’ve got to find my suit, too. I’m going with you.”

No doubt she would. Maybe I could persuade her to wait in the tunnel out of that bone-freezing wind. “Peewee, why did she have to send her message at night? To a ship in a rotation- period orbit? Or is there-“

My words were chopped off by a rumble. The floor shook in that loose-bearing vibration that frightens people and animals alike. We stopped dead. “What was that?” Peewee whispered.   I swallowed. “Unless it’s part of this rumpus the Mother Thing planned-“

“It isn’t. I think.” “It’s a quake.”

“An earthquake?”

“APluto quake. Peewee, we’ve got to get out of here!”

I wasn’t thinking about where-you don’t in a quake. Peewee gulped. “We can’t bother with earthquakes; we haven’t time. Hurry, Kip, hurry!” She started to run and I followed, gritting my teeth. If Peewee could ignore a quake, so could I-though it’s like ignoring a rattlesnake in bed.

“Peewee … Mother Thing’s people … is their ship in orbit around Pluto?” “What? Oh, no, no! They’re not in a ship.”

“Then why at night? Something about the Heavyside layers here? How far away is their base?” I was wondering how far a man could walk here. We had done almost forty miles on the Moon. Could we do forty blocks here? Or even forty yards? You could insulate your feet, probably. But that wind- “Peewee, they don’t live here, do they?”

“What? Don’t be silly! They have a nice planet of their own. Kip, if you keep asking foolish questions, we’ll be too late. Shut up and listen.”

I shut up. What follows I got in snatches as we ran, and some of it later. When the Mother Thing had been captured, she had lost ship, space clothing, communicator, everything; Wormface had destroyed it all. There had been treachery, capture through violation of truce while parleying. “He grabbed her when they were supposed to be under a King’s ‘X’ ” was Peewee’s indignant description, “and that’s not fair! He had promised.”

Treachery would be as natural in Wormface as venom in a Gila monster; I was surprised that the Mother Thing had risked a palaver with him. It left her a prisoner of ruthless monsters equipped with ships that made ours look like horseless carriages, weapons which started with a “death ray” and ended heaven knows where, plus bases, organization, supplies.

She had only her brain and her tiny soft hands.

Before she could use the rare combination of circumstances necessary to have any chance at all she had to replace her communicator (I think of it as her “radio” but it was more than that) and she had to have weapons. The only way she could get them was to build them.

She had nothing, not a bobby pin-only that triangular ornament with spirals engraved on it. To build anything she had to gain access to a series of rooms which I would describe as electronics labs-not that they looked like the bench where I jiggered with electronics, but electron-pushing has its built-in logic. If electrons are to do what you want them to, components have to look pretty much a certain way, whether built by humans, wormfaces, or the Mother Thing. Awave guide gets its shape from the laws of nature, an inductance has its necessary geometry, no matter who the technician is.

So it looked like an electronics lab-a very good one. It had gear I did not recognize, but which I felt I could understand if I had time. I got only a glimpse.

The Mother Thing spent many, many hours there. She would not have been permitted there, even though she was a prisoner-at-large with freedom in most ways and anything she wanted, including private quarters with Peewee. I think that Wormface was afraid of her, even though she was a prisoner-he did not want to offend her unnecessarily.

She got the run of their shops by baiting their cupidity. Her people had many things that wormfaces had not-gadgets, inventions, conveniences. She began by inquiring why they did a thing this way rather than another way which was so much more efficient? Atradition? Or religious reasons?

When asked what she meant she looked helpless and protested that she couldn’t explain-which was a shame because it was simple and so easy to build, too.

Under close chaperonage she built something. The gadget worked. Then something else. Presently she was in the labs daily, making things for her captors, things that delighted them. She always delivered; the privilege depended on it.

But each gadget involved parts she needed herself.

“She sneaked bits and pieces into her pouch,” Peewee told me. “They never knew exactly what she was doing. She would use five of a thing and the sixth would go into her pouch.” “Her pouch?”

“Of course. That’s where she hid the ‘brain’ the time she and I swiped the ship. Didn’t you know?” “I didn’t know she had a pouch.”

“Well, neither did they. They watched to see she didn’t carry anything out of the shop-and she never did. Not where it showed.”

“Uh, Peewee, is the Mother Thing a marsupial?”

“Huh? Like possums? You don’t have to be a marsupial to have a pouch. Look at squirrels, they have pouches in their cheeks.” “Mmm, yes.”

“She sneaked a bit now and a bit then, and I swiped things, too. During rest time she worked on them in our room.”

The Mother Thing had not slept all the time we had been on Pluto. She worked long hours publicly, making things for wormfaces-a stereo-telephone no bigger than a pack of cigarettes, a tiny beetle-like arrangement that crawled all over anything it was placed on and integrated the volume, many other things. But during hours set apart for rest she worked for herself,   usually in darkness, those tiny fingers busy as a blind watch-maker’s.

She made two bombs and a long-distance communicator-and-beacon.

I didn’t get all this tossed over Peewee’s shoulder while we raced through the base; she simply told me that the Mother Thing had managed to build a radio-beacon and had been responsible for the explosion I had felt. And that we must hurry, hurry, hurry!

“Peewee,” I said, panting. “What’s the rush? If the Mother Thing is outside, I want to bring her in-her body, I mean. But you act as if we had a deadline.” “We do!”

The communicator-beacon had to be placed outside at a particular local time (the Plutonian day is about a week-the astronomers were right again) so that the planet itself would not blanket the beam. But the Mother Thing had no space suit. They had discussed having Peewee suit up, go outside, and set the beacon-it had been so designed that Peewee need only trigger it. But that depended on locating Peewee’s space suit, then breaking in and getting it after the wormfaces were disposed of.

They had never located it. The Mother Thing had said serenely, singing confident notes that I could almost hear ringing in my head: (“Never mind, dear. I can go out and set it myself.”) “Mother Thing! You can’t!” Peewee had protested. “It’s cold out there.”

(“I shan’t be long.”)

“You won’t be able to breathe.”

(“It won’t be necessary, for so short a time.”)

That settled it. In her own way, the Mother Thing was as hard to argue with as Wormface.

The bombs were built, the beacon was built, a time approached when all factors would match-no ship expected, few wormfaces, Pluto faced the right way, feeding time for the staff-and they still did not know where Peewee’s suit was-if it had not been destroyed. The Mother Thing resolved to go ahead.

“But she told me, just a few hours ago when she let me know that today was the day, that if she did not come back in ten minutes or so, that she hoped I could find my suit and trigger the beacon-if she hadn’t been able to.” Peewee started to cry. “That was the f- f- first time she admitted that she wasn’t sure she could do it!”

“Peewee! Stop it! Then what?”

“I waited for the explosions-they came, right together-and I started to search, places I hadn’t been allowed to go. But I couldn’t find my suit!

Then I found you and-oh, Kip, she’s been out there almost an hour!” She looked at her watch. “There’s only about twenty minutes left. If the beacon isn’t triggered by then, she’s had all her trouble and died for n- n- nothing! She wouldn’t like that.” “Where’s my suit!”

We found no more wormfaces-apparently there was only one on duty while the others fed. Peewee showed me a door, air-lock type, behind which was the feeding chamber-the bomb may have cracked that section for gas-tight doors had closed themselves when the owners were blown to bits. We hurried past.

Logical as usual, Peewee ended our search at my space suit. It was one of more than a dozen human-type suits-I wondered how much soup those ghouls ate. Well, they wouldn’t eat again! I wasted no time; I simply shouted, “Hi, Oscar!” and started to suit up.

(“Where you been, chum?”)

Oscar seemed in perfect shape. Fats’ suit was next to mine and Tim’s next to it; I glanced at them as I stretched Oscar out, wondering whether they had equipment I could use. Peewee was looking at Tim’s suit. “Maybe I can wear this.”

It was much smaller than Oscar, which made it only nine sizes too big for Peewee. “Don’t be silly! It’d fit you like socks on a rooster. Help me. Take off that rope, coil it and clip it to my belt.”

“You won’t need it. The Mother Thing planned to take the beacon out the walkway about a hundred yards and sit it down. If she didn’t manage it, that’s all you do. Then twist the stud on top.”

“Don’t argue! How much time?” “Yes, Kip. Eighteen minutes.”

“Those winds are strong,” I added. “I may need the line.” The Mother Thing didn’t weigh much. If she had been swept off, I might need a rope to recover her body. “Hand me that hammer off Fats’ suit.”

“Right away!”

I stood up. It felt good to have Oscar around me. Then I remembered how cold my feet got, walking in from the ship. “I wish I had asbestos boots.”

Peewee looked startled. “Wait right here!” She was gone before I could stop her. I went on sealing up while I worried-she hadn’t even stopped to pick up the projector weapon. Shortly I said, “Tight, Oscar?”

(“Tight, boy!”)

Chin valve okay, blood-color okay, radio-I wouldn’t need it-water- The tank was dry. No matter, I wouldn’t have time to grow thirsty. I worked the chin valve, making the pressure low because I knew that pressure outdoors was quite low.

Peewee returned with what looked like ballet slippers for a baby elephant. She leaned close to my face plate and shouted, “They wear these. Can you get them on?” It seemed unlikely, but I forced them over my feet like badly fitting socks. I stood up and found that they improved traction; they were clumsy but not hard to walk in.

Aminute later we were standing at the exit of the big room I had first seen. Its air-lock doors were closed now as a result of the Mother Thing’s other bomb, which she had placed to blow out the gate-valve panels in the tunnel beyond. The bomb in the feeding chamber had been planted by Peewee who had then ducked back to their room. I don’t know whether the Mother Thing timed the two bombs to go off together, or triggered them by remote-control-nor did it matter; they had made a shambles of Wormface’s fancy base.

Peewee knew how to waste air through the air lock. When the inner door opened I shouted, “Time?” “Fourteen minutes.” She held up her watch.

“Remember what I said, just stay here. If anything moves, blue-light it first and ask questions afterwards.” “I remember.”

I stepped in and closed the inner door, found the valve in the outer door, waited for pressure to equalize.

The two or three minutes it took that big lock to bleed off I spent in glum thought. I didn’t like leaving Peewee alone. I thought all wormfaces were dead, but I wasn’t sure. We had searched hastily; one could have zigged when we zagged-they were so fast.

Besides that, Peewee had said, “I remember,” when she should have said, “Okay, Kip, I will.” Aslip of the tongue? That flea-hopping mind made “slips” only when it wanted to. There is a world of difference between “Roger” and “Wilco.”

Besides I was doing this for foolish motives. Mostly I was going out to recover the Mother Thing’s body-folly, because after I brought her in, she would spoil. It would be kinder to leave her in natural deep-freeze.

But I couldn’t bear that-it was cold out there and I couldn’t leave her out in the cold. She had been so little and warm … so alive. I had to bring her in where she could get warm. You’re in bad shape when your emotions force you into acts which you know are foolish.

Worse still, I was doing this in a reckless rush because the Mother Thing had wanted that beacon set before a certain second, now only twelve minutes away, maybe ten. Well, I’d do it, but what sense was it? Say her home star is close by-oh, say it’s Proxima Centauri and the wormfaces came from somewhere farther. Even if her beacon works-it still takes over four years for her S.O.S. to reach her friends!

This might have been okay for the Mother Thing. I had an impression that she lived a very long time; waiting a few years for rescue might not bother her. But Peewee and I were not creatures of her sort. We’d be dead before that speed-of-light message crawled to Proxima Centauri. I was glad that I had seen Peewee again, but I knew what was in store for us.    Death, in days, weeks, or months at most, from running out of air, or water, or food-or a wormface ship might land before we died-which meant one unholy sabbat of a fight in which, if we were lucky, we would die quickly.

No matter how you figured, planting that beacon was merely “carrying out the deceased’s last wishes”-words you hear at funerals. Sentimental folly. The outer door started to open. Ave, Mother Thing! Nos morituri.

It was cold out there, biting cold, even though I was not yet in the wind. The glow panels were still working and I could see that the tunnel was a mess; the two dozen fractional-pressure stops had ruptured like eardrums. I wondered what sort of bomb could be haywired from stolen parts, kept small enough to conceal two in a body pouch along with some sort of radio rig, and nevertheless have force enough to blow out those panels. The blast had rattled my teeth, several hundred feet away in solid rock.

The first dozen panels were blown inwards. Had she set it off in the middle of the tunnel? Ablast that big would fling her away like a feather! She must have planted it there, then come inside and triggered it-then gone back through the lock just as I had. That was the only way I could see it.

It got colder every step. My feet weren’t too cold yet, those clumsy mukluks were okay; the wormfaces understood insulation. “Oscar, you got the fires burning?” (“Roaring, chum. It’s a cold night.”)

“You’re telling me!”

Just beyond the outermost burst panel, I found her.

She had sunk forward, as if too tired to go on. Her arms stretched in front of her and, on the floor of the tunnel not quite touched by her tiny fingers, was a small round box about the size ladies keep powder in on dressing tables.

Her face was composed and her eyes were open except that nictitating membranes were drawn across as they had been when I had first seen her in the pasture back of our house, a few days or weeks or a thousand years ago. But she had been hurt then and looked it; now I half expected her to draw back those inner lids and sing a welcome.

I touched her.

She was hard as ice and much colder.

I blinked back tears and wasted not a moment. She wanted that little box placed a hundred yards out on the causeway and the bump on top twisted-and she wanted it done in the next six or seven minutes. I scooped it up. “Righto, Mother Thing! On my way!”

(“Get cracking, chum!”) (“Thank you, dear Kip… .”)

I don’t believe in ghosts. I had heard her sing thank-you so many times that the notes echoed in my head.

Afew feet away at the mouth of the tunnel, I stopped. The wind hit me and was so cold that the deathly chill in the tunnel seemed summery. I closed my eyes and counted thirty seconds   to give time to adjust to starlight while I fumbled on the windward side of the tunnel at a slanting strut that anchored the causeway to the mountain, tied my safety line by passing it around the strut and snapping it back on itself. I had known that it was night outside and I expected the causeway to stand out as a black ribbon against the white “snow” glittering under a skyful  of stars. I thought I would be safer on that windswept way if I could see its edges-which I couldn’t by headlamp unless I kept swinging my shoulders back and forth-clumsy and likely to throw me off balance or slow me down.

I had figured this carefully; I didn’t regard this as a stroll in the garden -not at night, not on Pluto! So I counted thirty seconds and tied my line while waiting for eyes to adjust to starlight. I opened them.

And I couldn’t see a darned thing!

Not a star. Not even the difference between sky and ground. My back was to the tunnel and the helmet shaded my face like a sunbonnet; I should have been able to see the walkway. Nothing.

I turned the helmet and saw something that accounted both for black sky and the quake we had felt-an active volcano. It may have been five miles away or fifty, but I could not doubt what it was-a jagged, angry red scar low in the sky.

But I didn’t stop to stare. I switched on the headlamp, splashed it on the righthand windward edge, and started a clumsy trot, keeping close to that side, so that if I stumbled I would have the entire road to recover in before the wind could sweep me off. That wind scared me. I kept the line coiled in my left hand and paid it out as I went, keeping it fairly taut. The coil felt stiff in my fingers.

The wind not only frightened me, it hurt. It was a cold so intense that it felt like flame. It burned and blasted, then numbed. My right side, getting the brunt of it, began to go and then my left side hurt more than the right.

I could no longer feel the line. I stopped, leaned forward and got the coil in the light from the headlamp-that’s another thing that needs fixing! the headlamp should swivel.

The coil was half gone, I had come a good fifty yards. I was depending on the rope to tell me; it was a hundred-meter climbing line, so when I neared its end I would be as far out as the Mother Thing had wanted. Hurry, Kip!

(“Get cracking, boy! It’s cold out here.”) I stopped again. Did I have the box?

I couldn’t feel it. But the headlamp showed my right hand clutched around it. Stay there, fingers! I hurried on, counting steps. One! Two! Three! Four! …

When I reached forty I stopped and glanced over the edge, saw that I was at the highest part where the road crossed the brook and remembered that it was about midway. That brook- methane, was it?-was frozen solid, and I knew that the night was cold.

There were a few loops of line on my left arm-close enough. I dropped the line, moved cautiously to the middle of the way, eased to my knees and left hand, and started to put the box down.

My fingers wouldn’t unbend.

I forced them with my left hand, got the box out of my fist. That diabolical wind caught it and I barely saved it from rolling away. With both hands I set it carefully upright. (“Work your fingers, bud. Pound your hands together!”)

I did so. I could tighten the muscles of my forearms, though it was tearing agony to flex fingers. Clumsily steadying the box with my left hand, I groped for the little knob on top.   I couldn’t feel it but it turned easily once I managed to close my fingers on it; I could see it turn.

It seemed to come to life, to purr. Perhaps I heard vibration, through gloves and up my suit; I certainly couldn’t have felt it, not the shape my fingers were in. I hastily let go, got awkwardly to my feet and backed up, so that I could splash the headlamp on it without leaning over.

I was through, the Mother Thing’s job was done, and (I hoped) before deadline. If I had had as much sense as the ordinary doorknob, I would have turned and hurried into the tunnel faster than I had come out. But I was fascinated by what it was doing.

It seemed to shake itself and three spidery little legs grew out the bottom. It raised up until it was standing on its own little tripod, about a foot high. It shook itself again and I thought the wind would blow it over. But the spidery legs splayed out, seemed to bite into the road surface and it was rock firm.

Something lifted and unfolded out the top.

It opened like a flower, until it was about eight inches across. Afinger lifted (an antenna?), swung as if hunting, steadied and pointed at the sky.

Then the beacon switched on. I’m sure that is what happened although all I saw was a flash of light-parasitic it must have been, for light alone would not have served even without that volcanic overcast. It was probably some harmless side effect of switching on an enormous pulse of power, something the Mother Thing hadn’t had time, or perhaps equipment or materials, to eliminate or shield. It was about as bright as a peanut photoflash.

But I was looking at it. Polarizers can’t work that fast. It blinded me.

I thought my headlamp had gone out, then I realized that I simply couldn’t see through a big greenish-purple disc of dazzle. (“Take it easy, boy. It’s just an after-image. Wait and it’ll go away.”)

“I can’t wait! I’m freezing to death!”

(“Hook the line with your forearm, where it’s clipped to your belt. Pull on it.”)

I did as Oscar told me, found the line, turned around, started to wind it on both forearms. It shattered.

It did not break as you expect rope to break; it shattered like glass. I suppose that is what it was by then-glass, I mean. Nylon and glass are super-cooled liquids. Now I know what “super-cooled” means.

But all I knew then was that my last link with life had gone. I couldn’t see, I couldn’t hear, I was all alone on a bare platform, billions of miles from home, and a wind out of the depths of a frozen hell was bleeding the last life out of a body I could barely feel-and where I could feel, it hurt like fire.

“Oscar!”

(“I’m here, bud. You can make it. Now-can you see anything?”) “No!”

(“Look for the mouth of the tunnel. It’s got light in it. Switch off your headlamp. Sure, you can-it’s just a toggle switch. Drag your hand back across the right side of our helmet.”)   I did.

(“See anything?”) “Not yet.”

(“Move your head. Try to catch it in the corner of your eye-the dazzle stays in front, you know. Well?”) “I caught something that time!”

(“Reddish, wasn’t it? Jagged, too. The volcano. Now we know which way we’re facing. Turn slowly and catch the mouth of the tunnel as it goes by.”) Slowly was the only way I could turn. “There it is!”

(“Okay, you’re headed home. Get down on your hands and knees and crab slowly to your left. Don’t turn-because you want to hang onto that edge and crawl. Crawl toward the tunnel.”)

I got down. I couldn’t feel the surface with my hands but I felt pressure on my limbs, as if all four were artificial. I found the edge when my left hand slipped over it and I almost fell off. But I recovered. “Am I headed right?”

(“Sure you are. You haven’t turned. You’ve just moved sideways. Can you lift your head to see the tunnel?”) “Uh, not without standing up.”

(“Don’t do that! Try the headlamp again. Maybe your eyes are okay now.”)

I dragged my hand forward against the right side of the helmet. I must have hit the switch, for suddenly I saw a circle of light, blurred and cloudy in the middle. The edge of the walkway sliced it on the left.

(“Good boy! No, don’t get up; you’re weak and dizzy and likely to fall. Start crawling. Count ‘em. Three hundred ought to do it.”)  I started crawling, counting.

“It’s a long way, Oscar. You think we can make it?”

(“Of course we can! You think I want to be left out here?”) “I’d be with you.”

(“Knock off the chatter. You’ll make me lose count. Thirty-six … thirty-seven … thirty-eight-“) We crawled.

(“That’s a hundred. Now we double it. Hundred one … hundred two … hundred three-“) “I’m feeling better, Oscar. I think it’s getting warmer.”

(“WHAT!”)

“I said I’m feeling a little warmer.”

(“You’re not warmer, you blistering idiot! That’s freeze-to-death you’re feeling! Crawl faster! Work your chin valve. Get more air. Le’ me hear that chin valve click!”)   I was too tired to argue; I chinned the valve three or four times, felt a blast blistering my face.

(“I’m stepping up the stroke. Warmer indeed! Hund’d nine … hund’d ten … hun’leven … hun’twelve-pick it up!”)

At two hundred I said I would just have to rest.

(“No, you don’t!”)

“But I’ve got to. Just a little while.”

(“Like that, uh? You know what happens. What’s Peewee goin’ to do? She’s in there, waiting. She’s already scared because you’re late. What’s she goin’ to do? Answer me!”) “Uh … she’s going to try to wear Tim’s suit.”

(“Right! In case of duplicate answers the prize goes to the one postmarked first. How far will she get? You tell me.”) “Uh … to the mouth of the tunnel, I guess. Then the wind will get her.”

(“My opinion exactly. Then we’ll have the whole family together. You, me, the Mother Thing, Peewee. Cozy. Afamily of stiffs.”) “But-“

(“So start slugging, brother. Slug … slug … slug … slug … tw’und’d five … two’und’d six … tw’und’d sev’n’-“)

I don’t remember falling off. I don’t even know what the “snow” felt like. I just remember being glad that the dreadful counting was over and I could rest. But Oscar wouldn’t let me. (“Kip! Kip! Get up! Climb back on the straight and narrow.”)

“Go ‘way.”

(“I can’t go away. I wish I could. Right in front of you. Grab the edge and scramble up. It’s only a little farther now.”)

I managed to raise my head, saw the edge of the walkway in the light of my headlamp about two feet above my head. I sank back. “It’s too high,” I said listlessly. “Oscar, I think we’ve had it.”

He snorted. (“So? Who was it, just the other day, cussed out a little bitty girl who was too tired to get up? ‘Commander Comet,’ wasn’t it? Did I get the name right? The ‘Scourge of the Spaceways’ … the no- good lazy sky tramp. ‘Have Space Suit-Will Travel.’ Before you go to sleep, Commander, can I have your autograph! I’ve never met a real live space pirate before … one that goes around hijacking ships and kidnapping little girls.”)

“That’s not fair!”

(“Okay, okay, I know when I’m not wanted. But just one thing before I leave: she’s got more guts in her little finger than you have in your whole body-you lying, fat, lazy swine! Good-bye. Don’t wait up.”)

“Oscar! Don’t leave me!” (“Eh? You want help?”) “Yes!”

(“Well, if it’s too high to reach, grab your hammer and hook it over the edge. Pull yourself up.”)

I blinked. Maybe it would work. I reached down, decided I had the hammer even though I couldn’t feel it, got it loose. Using both hands I hooked it over the edge above me. I pulled. That silly hammer broke just like the line. Tool steel-and it went to pieces as if it had been cast out of type slugs.

That made me mad. I heaved myself to a sitting position, got both elbows on the edge, and struggled and groaned and burst into fiery sweat -and rolled over onto the road surface. (“That’s my boy! Never mind counting, just crawl toward the light!”)

The tunnel wavered in front of me. I couldn’t get my breath, so I kicked the chin valve. Nothing happened.

“Oscar! The chin valve is stuck!” I tried again.

Oscar was very slow in answering. (“No, pal, the valve isn’t stuck. Your air hoses have frozen up. I guess that last batch wasn’t as dry as it could have been.”) “I haven’t any air!”

Again he was slow. But he answered firmly, (“Yes, you have. You’ve got a whole suit full. Plenty for the few feet left.”) “I’ll never make it.”

(“Afew feet, only. There’s the Mother Thing, right ahead of you. Keep moving.”)

I raised my head and, sure enough, there she was. I kept crawling, while she got bigger and bigger. Finally I said, “Oscar … this is as far as I go.” (“I’m afraid it is. I’ve let you down … but thanks for not leaving me outside there.”)

“You didn’t let me down … you were swell. I just didn’t quite make it.”

(“I guess we both didn’t quite make it … but we sure let ‘em know that we tried! So long, partner.”)

“So long. ‘Hasta la vista, amigo!” I managed to crawl two short steps and collapsed with my head near the Mother Thing’s head. She was smiling. (“Hello, Kip my son.”)

“I didn’t … quite make it, Mother Thing. I’m sorry.” (“Oh, but you did make it!”)

“Huh?”

(“Between us, we’ve both made it.”)

I thought about that for a long time. “And Oscar.” (“And Oscar, of course.”)

“And Peewee.”

(“And always Peewee. We’ve all made it. Now we can rest, dear.”) “G’night … Mother Thing.”

It was a darn short rest. I was just closing my eyes, feeling warm and happy that the Mother Thing thought that I had done all right-when Peewee started shaking my shoulder. She touched helmets. “Kip! Kip! Get up. Please get up.”

“Huh? Why?”

“Because I can’t carry you! I tried, but I can’t do it. You’re just too big!”

I considered it. Of course she couldn’t carry me-where did she get the silly notion that she could? I was twice her size. I’d carry her … just as soon as I caught my breath.

“Kip! Please get up.” She was crying now, blubbering.

“Why, sure, honey,” I said gently, “if that’s what you want.” I tried and had a clumsy bad time of it. She almost picked me up, she helped a lot. Once up, she steadied me. “Turn around. Walk.”

She almost did carry me. She got her shoulders under my right arm and kept pushing. Every time we came to one of those blown-out panels she either helped me step over, or simply pushed me through and helped me up again.

At last we were in the lock and she was bleeding air from inside to fill it. She had to let go of me and I sank down. She turned when the inner door opened, started to say something-then got my helmet off in a hurry.

I took a deep breath and got very dizzy and the lights dimmed. She was looking at me. “You all right now?”

“Me? Sure! Why shouldn’t I be?” “Let me help you inside.”

I couldn’t see why, but she did help and I needed it. She sat me on the floor near the door with my back to the wall-I didn’t want to lie down. “Kip, I was so scared!” “Why?” I couldn’t see what she was worried about. Hadn’t the Mother Thing said that we had all done all right?

“Well, I was. I shouldn’t have let you go out.” “But the beacon had to be set.”

“Oh, but- You set it?”

“Of course. The Mother Thing was pleased.”

“I’m sure she would have been,” she said gravely. “She was.”

“Can I do anything? Can I help you out of your suit?” “Uh … no, not yet. Could you find me a drink of water?” “Right away!”

She came back and held it for me-I wasn’t as thirsty as I had thought; it made me a bit ill. She watched me for some time, then said, “Do you mind if I’m gone a little while? Will you be all right?”

“Me? Certainly.” I didn’t feel well, I was beginning to hurt, but there wasn’t anything she could do.

“I won’t be long.” She began clamping her helmet and I noticed with detached interest that she was wearing her own suit-somehow I had had the impression that she had been wearing Tim’s.

I saw her head for the lock and realized where she was going and why. I wanted to tell her that the Mother Thing would rather not be inside here, where she might … where she might-I didn’t want to say “spoil” even to myself.

But Peewee was gone.

I don’t think she was away more than five minutes. I had closed my eyes and I am not sure. I noticed the inner door open. Through it stepped Peewee, carrying the Mother Thing in her arms like a long piece of firewood. She didn’t bend at all.

Peewee put the Mother Thing on the floor in the same position I had last seen her, then undamped her helmet and bawled.  I couldn’t get up. My legs hurt too much. And my arms. “Peewee … please, honey. It doesn’t do any good.”

She raised her head. “I’m all through. I won’t cry any more.” And she didn’t.

We sat there a long time. Peewee again offered to help me out of my suit, but when we tried it, I hurt so terribly, especially my hands and my feet, that I had to ask her to stop. She looked worried. “Kip … I’m afraid you froze them.”

“Maybe. But there’s nothing to do about it now.” I winced and changed the subject. “Where did you find your suit?” “Oh!” She looked indignant, then almost gay. “You’d never guess. Inside Jock’s suit.”

“No, I guess I wouldn’t. The Purloined Letter.’ “ “The what?”

“Nothing. I hadn’t realized that old Wormface had a sense of humor.”

Shortly after that we had another quake, a bad one. Chandeliers would have jounced if the place had had any and the floor heaved. Peewee squealed. “Oh! That was almost as bad as the last one.”

“Alot worse, I’d say. That first little one wasn’t anything.” “No, I mean the one while you were outside.”

“Was there one then?” “Didn’t you feel it?”

“No.” I tried to remember. “Maybe that was when I fell off in the snow.” “You fell off? Kip!”

“It was all right. Oscar helped me.”

There was another ground shock. I wouldn’t have minded, only it shook me up and made me hurt worse. I finally came out of the fog enough to realize that I didn’t have to hurt. Let’s see, medicine pills were on the right and the codeine dispenser was farthest back- “Peewee? Could I trouble you for some water again?”

“Of course!”

“I’m going to take codeine. It may make me sleep. Do you mind?” “You ought to sleep if you can. You need it.”

“I suppose so. What time is it?”

She told me and I couldn’t believe it. “You mean it’s been more than twelve hours?” “Huh? Since what?”

“Since this started.”

“I don’t understand, Kip.” She stared at her watch. “It has been exactly an hour and a half since I found you-not quite two hours since the Mother Thing set off the bombs.”   I couldn’t believe that, either. But Peewee insisted that she was right.

The codeine made me feel much better and I was beginning to be drowsy, when Peewee said, “Kip, do you smell anything?”  I sniffed. “Something like kitchen matches?”

“That’s what I mean. I think the pressure is dropping, too. Kip … I think I had better close your helmet-if you’re going to sleep.” “All right. You close yours, too?”

“Yes. Uh, I don’t think this place is tight any longer.”

“You may be right.” Between explosions and quakes, I didn’t see how it could be. But, while I knew what that meant, I was too weary and sick- and getting too dreamy from the drug-to worry. Now, or a month from now-what did it matter? The Mother Thing had said everything was okay.

Peewee clamped us in, we checked radios, and she sat down facing me and the Mother Thing. She didn’t say anything for a long time. Then I heard: “Peewee to Junebug-“ “I read you, Peewee.”

“Kip? It’s been fun, mostly. Hasn’t it?”

“Huh?” I glanced up, saw that the dial said I had about four hours of air left. I had had to reduce pressure twice, since we closed up, to match falling pressure in the room. “Yes, Peewee, it’s been swell. I wouldn’t have missed it for the world.”

She sighed. “I just wanted to be sure you weren’t blaming me. Now go to sleep.”

I did almost go to sleep, when I saw Peewee jump up and my phones came to life. “Kip! Something’s coming in the door!”

I came wide awake, realized what it meant. Why couldn’t they have let us be? Afew hours, anyhow? “Peewee. Don’t panic. Move to the far side of the door. You’ve got your blue-light gadget?”

“Yes.”

“Pick them off as they come in.”

“You’ve got to move, Kip. You’re right where they will come!”

“I can’t get up.” I hadn’t been able to move, not even my arms, for quite a while. “Use low power, then if you brush me, it won’t matter. Do what I say! Fast!” “Yes, Kip.” She got where she could snipe at them sideways, raised her projector and waited.

The inner door opened, a figure came in. I saw Peewee start to nail it- and I called into my radio: “Don’t shoot!” But she was dropping the projector and running forward even as I shouted.

They were “mother thing” people.

It took six of them to carry me, only two to carry the Mother Thing. They sang to me soothingly all the time they were rigging a litter. I swallowed another codeine tablet before they lifted me, as even with their gentleness any movement hurt. It didn’t take long to get me into their ship, for they had landed almost at the tunnel mouth, no doubt crushing the walkway-I hoped so.

Once I was safely inside Peewee opened my helmet and unzipped the front of my suit. “Kip! Aren’t they wonderful?” “Yes.” I was getting dizzier from the drug but was feeling better. “When do we raise ship?”

“We’ve already started.”

“They’re taking us home?” I’d have to tell Mr. Charton what a big help the codeine was. “Huh? Oh, my, no! We’re headed for Vega.”

I fainted.

Chapter 9

I had been dreaming that I was home; this awoke me with a jerk. “Mother Thing!” (“Good morning, my son. I am happy to see that you are feeling better.”)

“Oh, I feel fine. I’ve had a good night’s rest-” I stared, then blurted: “-you’re dead!” I couldn’t stop it.

Her answer sounded warmly, gently humorous, the way you correct a child who has made a natural mistake. (“No, dear, I was merely frozen. I am not as frail as you seem to think me.”)   I blinked and looked again. “Then it wasn’t a dream?”

(“No, it was not a dream.”)

“I thought I was home and-” I tried to sit up, managed only to raise my head. “I am home!” My room! Clothes closet on the left-hall door behind the Mother Thing-my desk on the right, piled with books and with a Centerville High pennant over it-window beyond it, with the old elm almost filling it-sun-speckled leaves stirring in a breeze.

My slipstick was where I had left it.

Things started to wobble, then I figured it out. I had dreamed only the silly part at the end. Vega-I had been groggy with codeine. “You brought me home.” (“We brought you home … to your other home. My home.”)

The bed started to sway. I clutched at it but my arms didn’t move. The Mother Thing was still singing. (“You needed your own nest. So we prepared it.”) “Mother Thing, I’m confused.”

(“We know that a bird grows well faster in its own nest. So we built yours.”) “Bird” and “nest” weren’t what she sang, but an Unabridged won’t give anything closer.

I took a deep breath to steady down. I understood her-that’s what she was best at, making you understand. This wasn’t my room and I wasn’t home; it simply looked like it. But I was still terribly confused.

I looked around and wondered how I could have been mistaken.

The light slanted in the window from a wrong direction. The ceiling didn’t have the patch in it from the time I built a hide-out in the attic and knocked plaster down by hammering. It wasn’t the right shade, either.

The books were too neat and clean; they had that candy-box look. I couldn’t recognize the bindings. The over-all effect was mighty close, but details were not right. (“I like this room,”) the Mother Thing was singing. (“It looks like you, Kip.”)

“Mother Thing,” I said weakly, “how did you do it?” (“We asked you. And Peewee helped.”)

I thought, “But Peewee has never seen my room either,” then decided that Peewee had seen enough American homes to be a consulting expert. “Peewee is here?” (“She’ll be in shortly.”)

With Peewee and the Mother Thing around things couldn’t be too bad. Except- “Mother Thing, I can’t move my arms and legs.”

She put a tiny, warm hand on my forehead and leaned over me until her enormous, lemur-like eyes blanked out everything else. (“You have been damaged. Now you are growing well. Do not worry.”)

When the Mother Thing tells you not to worry, you don’t. I didn’t want to do handstands anyhow; I was satisfied to look into her eyes. You could sink into them, you could have dived in and swum around. “All right, Mother Thing.” I remembered something else. “Say … you were frozen? Weren’t you?”

(“Yes.”)

“But- Look, when water freezes it ruptures living cells. Or so they say.” She answered primly, (“My body would never permit that!”).

“Well-” I thought about it. “Just don’t dunk me in liquid air! I’m not built for it.”

Again her song held roguish, indulgent humor. (“We shall endeavor not to hurt you.”) She straightened up and grew a little, swaying like a willow. (“I sense Peewee.”)

There was a knock-another discrepancy; it didn’t sound like a knock on a light-weight interior door-and Peewee called out, “May I come in?” She didn’t wait (I wondered if she ever did) but came on in. The bit I could see past her looked like our upper hall; they’d done a thorough job.

(“Come in, dear.”)

“Sure, Peewee. You are in.” “Don’t be captious.”

“Look who’s talking. Hi, kid!” “Hi yourself.”

The Mother Thing glided away. (“Don’t stay long, Peewee. You are not to tire him.”) “I won’t, Mother Thing.”

(” ‘Bye, dears.”)

I said, “What are the visiting hours in this ward?”

“When she says, of course.” Peewee stood facing me, fists on hips. She was really clean for the first time in our acquaintance-cheeks pink with scrubbing, hair fluffy-maybe she would be pretty, in about ten years. She was dressed as always but her clothes were fresh, all buttons present, and tears invisibly mended.

“Well,” she said, letting out her breath, “I guess you’re going to be worth keeping, after all.” “Me? I’m in the pink. How about yourself?”

She wrinkled her nose. “Alittle frost nip. Nothing. But you were a mess.” “I was?”

“I can’t use adequate language without being what Mama calls ‘unladylike.’ “ “Oh, we wouldn’t want you to be that.”

“Don’t be sarcastic. You don’t do it well.”

“You won’t let me practice on you?”

She started to make a Peewee retort, stopped suddenly, smiled and came close. For a nervous second I thought she was going to kiss me. But she just patted the bedclothes and said solemnly, “You bet you can, Kip. You can be sarcastic, or nasty, or mean, or scold me, or anything, and I won’t let out a peep. Why, I’ll bet you could even talk back to the Mother Thing.”

I couldn’t imagine wanting to. I said, “Take it easy, Peewee. Your halo is showing.” “I’d have one if it weren’t for you. Or flunked my test for it, more likely.”

“So? I seem to remember somebody about your size lugging me indoors almost piggy-back. How about that?” She wriggled. “That wasn’t anything. You set the beacon. That was everything.”

“Uh, each to his own opinion. It was cold out there.” I changed the subject; it was embarrassing us. Mention of the beacon reminded me of something else. “Peewee? Where are we?” “Huh? In the Mother Thing’s home, of course.” She looked around and said, “Oh, I forgot. Kip, this isn’t really your-“

“I know,” I said impatiently. “It’s a fake. Anybody can see that.”

“They can?” She looked crestfallen. “I thought we had done a perfect job.” “It’s an incredibly good job. I don’t see how you did it.”

“Oh, your memory is most detailed. You must have a camera eye.” -and I must have spilled my guts, too! I added to myself. I wondered what else I had said-with Peewee listening. I was afraid to ask; a fellow ought to have privacy.

“But it’s still a fake,” I went on. “I know we’re in the Mother Thing’s home. But where’s that?” “Oh.” She looked round-eyed. “I told you. Maybe you don’t remember -you were sleepy.”

“I remember,” I said slowly, “something. But it didn’t make sense. I thought you said we were going to Vega.”

“Well, I suppose the catalogs will list it as Vega Five. But they call it-” She threw back her head and vocalized; it recalled to me the cockcrow theme in Le Coq d’Or. “-but I couldn’t say that. So I told you Vega, which is close enough.”

I tried again to sit up, failed. “You mean to stand there and tell me we’re on Vega? I mean, a ‘Vegan planet’?” “Well, you haven’t asked me to sit down.”

I ignored the Peeweeism. I looked at “sunlight” pouring through the window. “That light is from Vega?”

“That stuff? That’s artificial sunlight. If they had used real, bright, Vega light, it would look ghastly. Like a bare arc light. Vega is ‘way up the Russell diagram, you know.” “It is?” I didn’t know the spectrum of Vega; I had never expected to need to know it.

“Oh, yes! You be careful, Kip-when you’re up, I mean. In ten seconds you can get more burn than all winter in Key West-and ten minutes would kill you.”

I seemed to have a gift for winding up in difficult climates. What star class was Vega? “A,” maybe? Probably “B.” All I knew was that it was big and bright, bigger than the Sun, and looked pretty set in Lyra.

But where was it? How in the name of Einstein did we get here? “Peewee? How far is Vega? No, I mean, ‘How far is the Sun?’ You wouldn’t happen to know?” “Of course,” she said scornfully. “Twenty-seven light-years.”

Great Galloping Gorillas! “Peewee-get that slide rule. You know how to push one? I don’t seem to have the use of my hands.” She looked uneasy. “Uh, what do you want it for?”

“I want to see what that comes to in miles.” “Oh. I’ll figure it. No need for a slide rule.”

“Aslipstick is faster and more accurate. Look, if you don’t know how to use one, don’t be ashamed-I didn’t, at your age. I’ll show you.”

“Of course I can use one!” she said indignantly. “You think I’m a stupe? But I’ll work it out.” Her lips moved silently. “One point five nine times ten to the fourteenth miles.”

I had done that Proxima Centauri problem recently; I remembered the miles in a light-year and did a rough check in my head-uh, call it six times twenty-five makes a hundred and fifty-and where was the decimal point? “Your answer sounds about right.” 159,000,000,000,000 weary miles! Too many zeroes for comfort.

“Of course I’m right!” she retorted. “I’m always right.” “Goodness me! The handy-dandy pocket encyclopedia.” She blushed. “I can’t help being a genius.”

Which left her wide open and I was about to rub her nose in it-when I saw how unhappy she looked.

I remembered hearing Dad say: “Some people insist that ‘mediocre’ is better than ‘best.’ They delight in clipping wings because they themselves can’t fly. They despise brains because they have none. Pfah!”

“I’m sorry, Peewee,” I said humbly. “I know you can’t. And I can’t help not being one … any more than you can help being little, or I can help being big.”   She relaxed and looked solemn. “I guess I was being a show-off again.” She twisted a button. “Or maybe I assumed that you understand me-like Daddy.” “I feel complimented. I doubt if I do-but from now on I’ll try.” She went on worrying the button. “You’re pretty smart yourself, Kip. You know that, don’t you?”

I grinned. “If I were smart, would I be here? All thumbs and my ears rub together. Look, honey, would you mind if we checked you on the slide rule? I’m really interested.” Twenty-seven light-years-why, you wouldn’t be able to see the Sun, It isn’t any great shakes as a star.

But I had made her uneasy again. “Uh, Kip, that isn’t much of a slide rule.” “What? Why, that’s the best that money can-”

“Kip, please! It’s part of the desk. It’s not a slide rule.”

“Huh?” I looked sheepish. “I forgot. Uh, I suppose that hall out there doesn’t go very far?”

“Just what you can see. Kip, the slide rule would have been real-if we had had time enough. They understand logarithms. Oh, indeed they do!”

That was bothering me-“time enough” I mean. “Peewee, how long did it take us to get here?” Twenty-seven light-years! Even at speed-of-light-well, maybe the Einstein business would make it seem like a quick trip to me-but not to Centerville. Dad could be dead! Dad was older than Mother, old enough to be my grandfather, really. Another twenty-seven years back- Why, that would make him well over a hundred. Even Mother might be dead.

“Time to get here? Why, it didn’t take any.”

“No, no. I know it feels that way. You’re not any older, I’m still laid up by frostbite. But it took at least twenty-seven years. Didn’t it?”

“What are you talking about, Kip?”

“The relativity equations, of course. You’ve heard of them?”

“Oh, those! Certainly. But they don’t apply. It didn’t take time. Oh, fifteen minutes to get out of Pluto’s atmosphere, about the same to cope with the atmosphere here. But otherwise, pht! Zero.”

“At the speed of light you would think so.”

“No, Kip.” She frowned, then her face lighted up. “How long was it from the time you set the beacon till they rescued us?” “Huh?” It hit me. Dad wasn’t dead! Mother wouldn’t even have gray hair. “Maybe an hour.”

“Alittle over. It would have been less if they had had a ship ready … then they might have found you in the tunnel instead of me. No time for the message to reach here. Half an hour frittered away getting a ship ready-the Mother Thing was vexed. I hadn’t known she could be. You see, a ship is supposed to be ready.”

“Any time she wants one?”

“Any and all the time-the Mother Thing is important. Another half-hour in atmosphere maneuvering-and that’s all. Real time. None of those funny contractions.”

I tried to soak it up. They take an hour to go twenty-seven light-years and get bawled out for dallying. Dr. Einstein must be known as “Whirligig Albert” among his cemetery neighbors. “But how?”

“Kip, do you know any geometry? I don’t mean Euclid-I mean geometry.”

“Mmm … I’ve fiddled with open and closed curved spaces-and I’ve read Dr. Bell’s popular books. But you couldn’t say I know any geometry.”

“At least you won’t boggle at the idea that a straight line is not necessarily the shortest distance between two points.” She made motions as if squeezing a grapefruit in both hands. “Because it’s not. Kip-it all touches. You could put it in a bucket. In a thimble if you folded it so that spins matched.”

I had a dizzying picture of a universe compressed into a teacup, nucleons and electrons packed solidly-really solid and not the thin mathematical ghost that even the uranium nucleus is said to be. Something like the “primal atom” that some cosmogonists use to explain the expanding universe. Well, maybe it’s both packed and expanding. Like the “wavicle” paradox. A particle isn’t a wave and a wave can’t be a particle- yet everything is both. If you believe in wavicles, you can believe in anything-and if you don’t, then don’t bother to believe at all. Not even in yourself, because that’s what you are-wavicles. “How many dimensions?” I said weakly.

“How many would you like?”

“Me? Uh, twenty, maybe. Four more for each of the first four, to give some looseness on the corners.”       “Twenty isn’t a starter. I don’t know, Kip; I don’t know geometry, either-I just thought I did. So I’ve pestered them.” “The Mother Thing?”

“Her? Oh, heavens, no! She doesn’t know geometry. Just enough to pilot a ship in and out of the folds.”

“Only that much?” I should have stuck to advanced finger-painting and never let Dad lure me into trying for an education. There isn’t any end- the more you learn, the more you need to learn. “Peewee, you knew what that beacon was for, didn’t you?”

“Me?” She looked innocent. “Well … yes.” “You knew we were going to Vega.”

“Well … if the beacon worked. If it was set in time.” “Now the prize question. Why didn’t you tell me?”

“Well-” Peewee was going to twist that button off. “I wasn’t sure how much math you knew and-you might have gone all masculine and common-sensical and father-knows-best. Would you have believed me?”

(“I told Orville and I told Wilbur and now I’m telling you-that contraption will never work!”) “Maybe not, Peewee. But next time you’re tempted not to tell me something ‘for my own good,’ will you take a chance that I’m not wedded to my own ignorance? I know I’m not a genius but I’ll try to keep my mind open-and I might be able to help, if I knew what you were up to. Quit twisting that button.”

She let go hastily. “Yes, Kip. I’ll remember.”

“Thanks. Another thing is fretting me. I was pretty sick?” “Huh? You certainly were!”

“All right. They’ve got these, uh, ‘fold ships’ that go anywhere in no time. Why didn’t you ask them to bounce me home and pop me into a hospital?” She hesitated. “How do you feel?”

“Huh? I feel fine. Except that I seem to be under spinal anesthesia, or something.” “Or something,” she agreed. “But you feel as if you are getting well?”

“Shucks, I feel well.”

“You aren’t. But you’re going to be.” She looked at me closely. “Shall I put it bluntly, Kip?” “Go ahead.”

“If they had taken you to Earth to the best hospital we have, you’d be a ‘basket case.’ Understand me? No arms, no legs. As it is, you are getting completely well. No amputations, not even a toe.”

I think the Mother Thing had prepared me. I simply said, “You’re sure?”

“Sure. Sure both. You’re going to be all right.” Suddenly her face screwed up. “Oh, you were a mess! I saw.” “Pretty bad?”

“Awful. I have nightmares.”              “They shouldn’t have let you look.”   “They couldn’t stop me. I was next of kin.”

“Huh? You told them you were my sister or something?” “What? I am your next of kin.”

I was about to say she was cockeyed when I tripped over my tongue. We were the only humans for a hundred and sixty trillion miles. As usual, Peewee was right. “So I had to grant permission,” she went on.

“For what? What did they do to me?”

“Uh, first they popped you into liquid helium. They left you there and the past month they have been using me as a guinea pig. Then, three days ago-three of ours-they thawed you out and got to work. You’ve been getting well ever since.”

“What shape am I in now?”

“Uh … well, you’re growing back. Kip, this isn’t a bed. It just looks like it.” “What is it, then?”

“We don’t have a name for it and the tune is pitched too high for me. But everything from here on down-” She patted the spread. “-on into the room below, does things for you. You’re wired like a hi-fi nut’s basement.”

“I’d like to see it.”

“I’m afraid you can’t. You don’t know, Kip. They had to cut your space suit off.”

I felt more emotion at that than I had at hearing what a mess I had been. “Huh? Where is Oscar? Did they ruin him? My space suit, I mean.” “I know what you mean. Every time you’re delirious you talk to ‘Oscar’ -and you answer back, too. Sometimes I think you’re schizoid, Kip.” “You’ve mixed your terms, runt-that’ud make me a split personality. All right, but you’re a paranoid yourself.”

“Oh, I’ve known that for a long time. But I’m a very well adjusted one. You want to see Oscar? The Mother Thing said that you would want him near when you woke up.” She opened the closet.

“Hey! You said he was all cut up!”

“Oh, they repaired him. Good as new. Alittle better than new.” (“Time, dear! Remember what I said.”)

“Coming, Mother Thing! ‘Bye, Kip. I’ll be back soon, and real often.” “Okay. Leave the closet open so I can see Oscar.”

Peewee did come back, but not “real often.” I wasn’t offended, not much. She had a thousand interesting and “educational” things to poke her ubiquitous nose into, all new and fascinating-she was as busy as a pup chewing slippers. She ran our hosts ragged. But I wasn’t bored. I was getting well, a full-time job and not boring if you are happy-which I was.

I didn’t see the Mother Thing often. I began to realize that she had work of her own to do-even though she came to see me if I asked for her, with never more than an hour’s delay, and never seemed in a hurry to leave.

She wasn’t my doctor, nor my nurse. Instead I had a staff of veterinarians who were alert to supervise every heartbeat. They didn’t come in unless I asked them to (a whisper was as good as a shout) but I soon realized that “my” room was bugged and telemetered like a ship in flight test-and my “bed” was a mass of machinery, gear that bore the relation to our own “mechanical hearts” and “mechanical lungs” and “mechanical kidneys” that a Lockheed ultrasonic courier does to a baby buggy.

I never saw that gear (they never lifted the spread, unless it was while I slept), but I know what they were doing. They were encouraging my body to repair itself-not scar tissue but the way  it had been. Any lobster can do this and starfish do it so well that you can chop them to bits and wind up with a thousand brand-new starfish.

This is a trick any animal should do, since its gene pattern is in every cell. But a few million years ago we lost it. Everybody knows that science is trying to recapture it; you see articles- optimistic ones in Reader’s Digest, discouraged ones in The Scientific Monthly, wildly wrong ones in magazines whose “science editors” seem to have received their training writing horror movies. But we’re working on it. Someday, if anybody dies an accidental death, it will be because he bled to death on the way to the hospital.

Here I was with a perfect chance to find out about it-and I didn’t.

I tried. Although I was unworried by what they were doing (the Mother Thing had told me not to worry and every time she visited me she looked in my eyes and repeated the injunction), nevertheless like Peewee, I like to know.

Pick a savage so far back in the jungle that they don’t even have installment-plan buying. Say he has an I.Q. of 190 and Peewee’s yen to understand. Dump him into Brookhaven Atomic Laboratories. How much will he learn? With all possible help?

He’ll learn which corridors lead to what rooms and he’ll learn that a purple trefoil means: “Danger!”

That’s all. Not because he can’t; remember he’s a supergenius-but he needs twenty years schooling before he can ask the right questions and understand the answers.

I asked questions and always got answers and formed notions. But I’m not going to record them; they are as confused and contradictory as the notions a savage would form about design and operation of atomic equipment. As they say in radio, when noise level reaches a certain value, no information is transmitted. All I got was “noise.”

Some of it was literally “noise.” I’d ask a question and one of the therapists would answer. I would understand part, then as it reached the key point, I would hear nothing but birdsongs. Even with the Mother Thing as an interpreter, the parts I had no background for would turn out to be a canary’s cheerful prattle.

Hold onto your seats; I’m going to explain something I don’t understand: how Peewee and I could talk with the Mother Thing even though her mouth could not shape English and we couldn’t sing the way she did and had not studied her language. The Vegans-(I’ll call them “Vegans” the way we might be called “Solarians”; their real name sounds like a wind chime in  a breeze. The Mother Thing had a real name, too, but I’m not a coloratura soprano. Peewee used it when she wanted to wheedle her -fat lot of good it did her.) The Vegans have a supreme talent to understand, to put themselves in the other person’s shoes. I don’t think it was telepathy, or I wouldn’t have gotten so many wrong numbers. Call it empathy.

But they have it in various degrees, just as all of us drive cars but only a few are fit to be racing drivers. The Mother Thing had it the way Novaes understands a piano. I once read about an actress who could use Italian so effectively to a person who did not understand Italian that she always made herself understood. Her name was “Duce.” No, a “duce” is a dictator. Something like that. She must have had what the Mother Thing had.

The first words I had with the Mother Thing were things like “hello” and “good-bye” and “thank you” and “where are we going?” She could project her meaning with those-shucks, you can talk to a strange dog that much. Later I began to understand her speech as speech. She picked up meanings of English words even faster; she had this great talent, and she and Peewee had talked for days while they were prisoners.

But while this is easy for “you’re welcome” and “I’m hungry” and “let’s hurry,” it gets harder for ideas like “heterodyning” and “amino acid” even when both are familiar with the concept. When one party doesn’t even have the concept, it breaks down. That’s the trouble I had understanding those veterinarians. If we had all spoken English I still would not have understood.

An oscillating circuit sending out a radio signal produces dead silence unless there is another circuit capable of oscillating in the same way to receive it. I wasn’t on the right frequency. Nevertheless I understood them when the talk was not highbrow. They were nice people; they talked and laughed a lot and seemed to like each other. I had trouble telling them apart,

except the Mother Thing. (I learned that the only marked difference to them between Peewee and myself was that I was ill and she wasn’t.) They had no trouble telling each other apart;

their conversations were interlarded with musical names, until you felt that you were caught in Peter and the Wolf or a Wagnerian opera. They even had a leit-motif for me. Their talk was

cheerful and gay, like the sounds of a bright summer dawn.

The next time I meet a canary I’ll know what he is saying even if he doesn’t.

I picked up some of this from Peewee-a hospital bed is not a good place from which to study a planet. Vega Five has Earth-surface gravity, near enough, with an oxygen, carbon dioxide, and water life cycle. The planet would not suit humans, not only because the noonday “sun” would strike you dead with its jolt of ultraviolet but also the air has poisonous amounts of ozone-a trace of ozone is stimulating but a trifle more-well, you might as well sniff prussic acid. There was something else, too, nitrous oxide I think, which was ungood for humans if breathed too long. My quarters were air-conditioned; the Vegans could breathe what I used but they considered it tasteless.

I learned a bit as a by-product of something else; the Mother Thing asked me to dictate how I got mixed up in these things. When I finished, she asked me to dictate everything I knew about Earth, its history, and how we work and live together. This is a tall order-I’m not still dictating because I found out I don’t know much. Take ancient Babylonia-how is it related to early Egyptian civilizations? I had only vague notions.

Maybe Peewee did better, since she remembers everything she has heard or read or seen the way Dad does. But they probably didn’t get her to hold still long, whereas I had to. The Mother Thing wanted this for the reasons we study Australian aborigines and also as a record of our language. There was another reason, too.

The job wasn’t easy but there was a Vegan to help me whenever I felt like it, willing to stop if I tired. Call him Professor Josephus Egghead; “Professor” is close enough and his name can’t be spelled. I called him Joe and he called me the leitmotif that meant “Clifford Russell, the monster with the frostbite.” Joe had almost as much gift for understanding as the Mother Thing. But how do you put over ideas like “tariffs” and “kings” to a person whose people have never had either? The English words were just noise.

But Joe knew histories of many peoples and planets and could call up scenes, in moving stereo and color, until we agreed on what I meant. We jogged along, with me dictating to a silvery ball floating near my mouth and with Joe curled up like a cat on a platform raised to my level, while he dictated to another microphone, making running notes on what I said. His mike had a gimmick that made it a hush-phone; I did not hear him unless he spoke to me.

Then we would stumble. Joe would stop and throw me a sample scene, his best guess of what I meant. The pictures appeared in the air, positioned for my comfort-if I turned my head, the picture moved to accommodate me. The pix were color-stereo-television with perfect life and sharpness-well, give us another twenty years and we’ll have them as realistic. It was a good trick to have the projector concealed and to force images to appear as if they were hanging in air, but those are just gimmicks of stereo optics; we can do them anytime we really want to-after all, you can pack a lifelike view of the Grand Canyon into a viewer you hold in your hand.

The thing that did impress me was the organization behind it. I asked Joe about it. He sang to his microphone and we went on a galloping tour of their “Congressional Library.”

Dad claims that library science is the foundation of all sciences just as math is the key-and that we will survive or founder, depending on how well the librarians do their jobs. Librarians didn’t look glamorous to me but maybe Dad had hit on a not very obvious truth.

This “library” had hundreds, maybe thousands, of Vegans viewing pictures and listening to sound tracks, each with a silvery sphere in front of him. Joe said they were “telling the  memory.” This was equivalent to typing a card for a library’s catalog, except that the result was more like a memory path in brain cells-nine-tenths of that building was an electronic brain.

I spotted a triangular sign like the costume jewelry worn by the Mother Thing, but the picture jumped quickly to something else. Joe also wore one (and others did not) but I did not get around to asking about it, as the sight of that incredible “library” brought up the word “cybernetics” and we went on a detour. I decided later that it might be a lodge pin, or like a Phi Beta Kappa key-the Mother Thing was smart even for a Vegan and Joe was not far behind.

Whenever Joe was sure that he understood some English word, he would wriggle with delight like a puppy being tickled. He was very dignified, but this is not undignified for a Vegan. Their bodies are so fluid and mobile that they smile and frown with the whole works. AVegan holding perfectly still is either displeased or extremely worried.

The sessions with Joe let me tour places from my bed. The difference between “primary school” and “university” caused me to be shown examples. A“kindergarten” looked like an adult Vegan being overwhelmed by babies; it had the innocent rowdiness of a collie pup stepping on his brother’s face to reach the milk dish. But the “university” was a place of quiet beauty, strange-looking trees and plants and flowers among buildings of surrealistic charm unlike any architecture I have ever seen-I suppose I would have been flabbergasted if they had  looked familiar. Parabolas were used a lot and I think all the “straight” lines had that swelling the Greeks called “entasis”-delicate grace with strength.

Joe showed up one day simply undulating with pleasure. He had another silvery ball, larger than the other two. He placed it in front of me, then sang to his own. (“I want you to hear this, Kip!”)

As soon as he ceased the larger sphere spoke in English: “I want you to hear this. Kip!” Squirming with delight, Joe swapped spheres and told me to say something.

“What do you want me to say?” I asked.

(“What do you want me to say?”) the larger sphere sang in Vegan. That was my last session with Prof Joe.

Despite unstinting help, despite the Mother Thing’s ability to make herself understood, I was like the Army mule at West Point: an honorary member of the student body but not prepared for the curriculum. I never did understand their government. Oh, they had government, but it wasn’t any system I’ve heard of. Joe knew about democracies and representation and voting and courts of law; he could fish up examples from many planets. He felt that democracy was “a very good system, for beginners.” It would have sounded patronizing, except that is not  one of their faults.

I never met one of their young. Joe explained that children should not see “strange creatures” until they had learned to feel understanding sympathy. That would have offended me if I hadn’t been learning some “understanding sympathy” myself. Matter of fact, if a human ten-year-old saw a Vegan, he would either run, or poke it with a stick.

I tried to learn about their government from the Mother Thing, in particular how they kept the peace-laws, crimes, punishments, traffic regulations, etc.

It was as near to flat failure as I ever had with her. She pondered a long time, then answered: (“How could one possibly act against one’s own nature?”)  I guess their worst vice was that they didn’t have any. This can be tiresome.

The medical staff were interested in the drugs in Oscar’s helmet-like our interest in a witch doctor’s herbs, but that is not idle interest; remember digitalis and curare.

I told them what each drug did and in most cases I knew the Geneva name as well as the commercial one. I knew that codeine was derived from opium, and opium from poppies. I knew that dexedrine was a sulphate but that was all. Organic chemistry and biochemistry are not easy even with no language trouble. We got together on what a benzene ring was, Peewee drawing it and sticking in her two dollars’ worth, and we managed to agree on “element,” “isotope,” “half life,” and the periodic table. I should have drawn structural formulas, using Peewee’s hands- but neither of us had the slightest idea of the structural formula for codeine and couldn’t do it even when supplied with kindergarten toys which stuck together only in    the valences of the elements they represented.

Peewee had fun, though. They may not have learned much from her; she learned a lot from them.

I don’t know when I became aware that the Mother Thing was not, or wasn’t quite, a female. But it didn’t matter; being a mother is an attitude, not a biological relation.

If Noah launched his ark on Vega Five, the animals would come in by twelves. That makes things complicated. But a “mother thing” is one who takes care of others. I am not sure that all mother things were the same gender; it may have been a matter of temperament.

I met one “father thing.” You might call him “governor” or “mayor,” but “parish priest” or “scoutmaster” is closer, except that his prestige dominated a continent. He breezed in during a session with Joe, stayed five minutes, urged Joe to do a good job, told me to be a good boy and get well, and left, all without hurrying. He filled me with the warm self-reliance that Dad does-I didn’t need to be told that he was a “father thing.” His visit had a flavor of “royalty visiting the wounded” without being condescending-no doubt it was hard to work me into a busy schedule.

Joe neither mothered nor fathered me; he taught me and studied me- “a professor thing.”

Peewee showed up one day full of bubbles. She posed like a mannequin. “Do you like my new spring outfit?”

She was wearing silvery tights, plus a little hump like a knapsack. She looked cute but not glamorous, for she was built like two sticks and this get-up emphasized it. “Very fancy,” I said. “Are you learning to be an acrobat?”

“Don’t be silly, Kip; it’s my new space suit-a real one.”

I glanced at Oscar, big and bulky and filling the closet and said privately, “Hear that, chum?” (“It takes all kinds to make a world.”)

“Your helmet won’t fit it, will it?”

She giggled. “I’m wearing it.”

“You are? ‘The Emperor’s New Clothes’?”

“Pretty close. Kip, disconnect your prejudices and listen. This is like the Mother Thing’s suit except that it’s tailored for me. My old suit wasn’t much good-and that cold cold about finished it. But you’ll be amazed at this one. Take the helmet. It’s there, only you can’t see it. It’s a field. Gas can’t go in or out.” She came close. “Slap me.”

“With what?”

“Oh. I forgot. Kip, you’ve got to get well and up off that bed. I want to take you for a walk.” “I’m in favor. They tell me it won’t be long now.”

“It had better not be. Here, I’ll show you.” She hauled off and slapped herself. Her hand smacked into something inches from her face. “Now watch,” she went on. She moved her hand very slowly; it sank through the barrier, she thumbed her nose at me and giggled.

This impressed me-a space suit you could reach into! Why, I would have been able to give Peewee water and dexedrine and sugar pills when she needed them. “I’ll be darned! What does it?”

“Apower pack on my back, under the air tank. The tank is good for a week, too, and hoses can’t give trouble because there aren’t any.” “Uh, suppose you blow a fuse. There you are, with a lungful of vacuum.”

“The Mother Thing says that can’t happen.”

Hmm-I had never known the Mother Thing to be wrong when she made a flat statement.

“That’s not all,” Peewee went on. “It feels like skin, the joints aren’t clumsy, and you’re never hot or cold. It’s like street clothes.” “Uh, you risk a bad sunburn, don’t you? Unhealthy, you tell me. Unhealthy even on the Moon.”

“Oh, no! The field polarizes. That’s what the field is, sort of. Kip, get them to make you one-we’ll go places!”  I glanced at Oscar. (“Please yourself, pal,” he said distantly. “I’m not the jealous type.”)

“Uh, Peewee, I’ll stick to one I understand. But I’d like to examine that monkey suit of yours.” “Monkey suit indeed!”

I woke up one morning, turned over, and realized that I was hungry. Then I sat up with a jerk. I had turned over in bed.

I had been warned to expect it. The “bed” was a bed and my body was back under my control. Furthermore, I was hungry and I hadn’t been hungry the whole time I had been on Vega Five. Whatever that machinery was, it included a way to nourish me without eating.

But I didn’t stop to enjoy the luxury of hunger; it was too wonderful to be a body again, not just a head. I got out of bed, was suddenly dizzy, recovered and grinned. Hands! Feet!   I examined those wonderful things. They were unchanged and unhurt.

Then I looked more closely. No, not quite unchanged.

I had had a scar on my left shin where I had been spiked in a close play at second; it was gone. I once had “Mother” tattooed on my left forearm at a carnival. Mother had been distressed and Dad disgusted, but he had said to leave it as a reminder not to be a witling. It was gone. There was not a callus on hand or foot.

I used to bite my nails. My nails were a bit long but perfect. I had lost the nail from my right little toe years ago through a slip with a hatchet. It was back.  I looked hastily for my appendectomy scar-found it and felt relieved. If it had been missing, I would have wondered if I was me.

There was a mirror over the chest of drawers. It showed me with enough hair to warrant a guitar (I wear a crew cut) but somebody had shaved me.

On the chest was a dollar and sixty-seven cents, a mechanical pencil, a sheet of paper, my watch, and a handkerchief. The watch was running. The dollar bill, the paper, and the handkerchief had been laundered.

My clothes, spandy clean and invisibly repaired, were on the desk. The socks weren’t mine; the material was more like felt, if you will imagine felted material no thicker than Kleenex which stretches instead of tearing. On the floor were tennis shoes, like Peewee’s even to a “U.S. Rubber” trademark, but in my size. The uppers were heavier felted material. I got dressed.

I was wearing the result when Peewee kicked the door. “Anybody home?” She came in, bearing a tray. “Want breakfast?” “Peewee! Look at me!”

She did. “Not bad,” she admitted, “for an ape. You need a haircut.” “Yes, but isn’t it wonderful! I’m all together again!”

“You never were apart,” she answered, “except in spots-I’ve had daily reports. Where do you want this?” She put the tray on the desk. “Peewee,” I asked, rather hurt, “don’t you care that I’m well?”

“Of course I do. Why do you think I made ‘em let me carry in your breakfast? But I knew last night that they were going to uncork you. Who do you think cut your nails and shaved you? That’ll be a dollar, please. Shaves have gone up.” I got that tired dollar and handed it to her. She didn’t take it. “Aw, can’t you take a joke?” “‘Neither a borrower nor a lender be.’”

“Polonius. He was a stupid old bore. Honest, Kip, I wouldn’t take your last dollar.” “Now who can’t take a joke?”

“Oh, eat your breakfast. That purple juice,” she said, “tastes like orange juice-it’s very nice. The stuff that looks like scrambled eggs is a fair substitute and I had ‘em color it yellow-the eggs here are dreadful, which wouldn’t surprise you if you knew where they get them. The buttery stuff is vegetable fat and I had them color it, too. The bread is bread, I toasted it myself. The salt is salt and it surprises them that we eat it-they think it’s poison. Go ahead; I’ve guinea-pigged everything. No coffee.”

“I won’t miss it.”

“I never touch the stuff-I’m trying to grow. Eat. Your sugar count has been allowed to drop so that you will enjoy it.” The aroma was wonderful. “Where’s your breakfast, Peewee?”

“I ate hours ago. I’ll watch and swallow when you do.”

The tastes were odd but it was just what the doctor ordered-literally, I suppose. I’ve never enjoyed a meal so much. Presently I slowed down to say, “Knife and fork? Spoons?”

“The only ones on-” She vocalized the planet’s name. “I got tired of fingers and I play hob using what they use. So I drew pictures. This set is mine but we’ll order more.”

There was even a napkin, more felted stuff. The water tasted distilled and not aerated. I didn’t mind. “Peewee, how did you shave me? Not even a nick.”

“Little gismo that beats a razor all hollow. I don’t know what they use it for, but if you could patent it, you’d make a fortune. Aren’t you going to finish that toast?” “Uh-” I had thought that I could eat the tray. “No, I’m full.”

“Then I will.” She used it to mop up the “butter,” then announced, “I’m off!” “Where?”

“To suit up. I’m going to take you for a walk!” She was gone.

The hall outside did not imitate ours where it could not be seen from the bed, but a door to the left was a bathroom, just where it should have been. No attempt had been made to make it look like the one at home, and valving and lighting and such were typically Vegan. But everything worked.

Peewee returned while I was checking Oscar. If they had cut him off me, they had done a marvelous job of repairing; even the places I had patched no longer showed. He had been cleaned so thoroughly that there was no odor inside. He had three hours of air and seemed okay in every way. “You’re in good shape, partner.”

(“In the pink! The service is excellent here.”)

“So I’ve noticed.” I looked up and saw Peewee; she was already in her “spring outfit.” “Peewee, do we need space suits just for a walk?”

“No. You could get by with a respirator, sun glasses, and a sun shade.”

“You’ve convinced me. Say, where’s Madame Pompadour? How do you get her inside that suit?” “No trouble at all, she just bulges a little. But I left her in my room and told her to behave herself.” “Will she?”

“Probably not. She takes after me.” “Where is your room?”

“Next door. This is the only part of the house which is Earth-conditioned.” I started to suit up. “Say, has that fancy suit got a radio?”

“All that yours has and then some. Did you notice the change in Oscar?”

“Huh? What? I saw that he was repaired and cleaned up. What else have they done?”

“Just a little thing. One more click on the switch that changes antennas and you can talk to people around you who aren’t wearing radios without shouting.” “I didn’t see a speaker.”

“They don’t believe in making everything big and bulky.”

As we passed Peewee’s room I glanced in. It was not decorated Vegan style; I had seen Vegan interiors through stereo. Nor was it a copy of her own room-not if her parents were sensible. I don’t know what to call it -“Moorish harem” style, perhaps, as conceived by Mad King Ludwig, with a dash of Disneyland.

I did not comment. I had a hunch that Peewee had been given a room “just like her own” because I had one; that fitted the Mother Thing’s behavior-but Peewee had seen a golden chance to let her overfertile imagination run wild. I doubt if she fooled the Mother Thing one split second. She had probably let that indulgent overtone come into her song and had given Peewee what she wanted.

The Mother Thing’s home was smaller than our state capitol but not much; her family seemed to run to dozens, or hundreds-“family” has a wide meaning under their complex interlinkage. We didn’t see any young ones on our floor and I knew that they were being kept away from the “monsters.” The adults all greeted me, inquired as to my health, and congratulated me on my recovery; I was kept busy saying “Fine, thank you! Couldn’t be better.”

They all knew Peewee and she could sing their names.

I thought I recognized one of my therapists, but the Mother Thing, Prof Joe and the boss veterinarian were the only Vegans I was sure of and we did not meet them.

We hurried on. The Mother Thing’s home was typical-many soft round cushions about a foot thick and four in diameter, used as beds or chairs, floor bare, slick and springy, most furniture on the walls where it could be reached by climbing, convenient rods and poles and brackets a person could drape himself on while using the furniture, plants growing unexpectedly here and there as if the jungle were moving in-delightful, and as useful to me as a corset.

Through a series of parabolic arches we reached a balcony. It was not railed and the drop to a terrace below was about seventy-five feet; I stayed back and regretted again that Oscar had no chin window. Peewee went to the edge, put an arm around a slim pillar and leaned out. In the bright outdoor light her “helmet” became an opalescent sphere. “Come see!”

“And break my neck? Maybe you’d like to belay me?” “Oh, pooh! Who’s afraid of heights?”

“I am when I can’t see what I’m doing.”

“Well, for goodness’ sakes, take my hand and grab a post.” I let her lead me to a pillar, then looked out.

It was a city in a jungle. Thick dark green, so tangled that I could not tell trees from vine and bush, spread out all around but was broken repeatedly by buildings as large and larger than  the one we were in. There were no roads; their roads are underground in cities and sometimes outside the cities. But there was air traffic-individual fliers supported by contrivances even less substantial than our own one-man ‘copter harnesses or flying carpets. Like birds they launched themselves from and landed in balconies such as the one we stood in.

There were real birds, too, long and slender and brilliantly colored, with two sets of wings in tandem-which looked aerodynamically unsound but seemed to suit them. The sky was blue and fair but broken by three towering cumulous anvils, blinding white in the distance.

“Let’s go on the roof,” said Peewee. “How?”

“Over here.”

It was a scuttle hole reached by staggered slender brackets the Vegans use as stairs. “Isn’t there a ramp?” “Around on the far side, yes.”

“I don’t think those things will hold me. And that hole looks small for Oscar.” “Oh, don’t be a sissy,” Peewee went up like a monkey.

I followed like a tired bear. The brackets were sturdy despite their grace; the hole was a snug fit.

Vega was high in the sky. It appeared to be the angular size of our Sun, which fitted since we were much farther out than Terra is from the Sun, but it was too bright even with full polarization. I looked away and presently eyes and polarizers adjusted until I could see again. Peewee’s head was concealed by what appeared to be a polished chrome basketball. I said, “Hey, are you still there?”

“Sure,” she answered. “I can see out all right. It’s a grand view. Doesn’t it remind you of Paris from the top of the Arc de Triomphe?” “I don’t know, I’ve never done any traveling.”

“Except no boulevards, of course. Somebody is about to land here.”

I turned the way she was pointing-she could see in all directions while I was hampered by the built-in tunnel vision of my helmet. By the time I was turned around the Vegan was coming in beside us.

(“Hello, children!”)

“Hi, Mother Thing!” Peewee threw her arms around her, picking her up.

(“Not so hasty, dear. Let me shed this.”) The Mother Thing stepped out of her harness, shook herself in ripples, folded the flying gear like an umbrella and hung it over an arm. (“You’re looking fit, Kip.”)

“I feel fine, Mother Thing! Gee, it’s nice to have you back.”

(“I wished to be back when you got out of bed. However, your therapists have kept me advised every minute.”) She put a little hand against my chest, growing a bit to do so, and placed her eyes almost against my face plate. (“You are well?”)

“I couldn’t be better.”

“He really is, Mother Thing!”

(“Good. You agree that you are well, I sense that you are, Peewee is sure that you are and, most important, your leader therapist assures me that you are. We’ll leave at once.”) “What?” I asked. “Where, Mother Thing?”

She turned to Peewee. (“Haven’t you told him, dear?”) “Gee, Mother Thing, I haven’t had a chance.”

(“Very well.”) She turned to me. (“Dear Kip, we must now attend a gathering. Questions will be asked and answered, decisions will be made.”) She spoke to us both. (“Are you ready to leave?”)

“Now?” said Peewee. “Why, I guess so-except that I’ve got to get Madame Pompadour.” (“Fetch her, then. And you, Kip?”)

“Uh-” I couldn’t remember whether I had put my watch back on after I washed and I couldn’t tell because I can’t feel it through Oscar’s thick hide. I told her so. (“Very well. You children run to your rooms while I have a ship fetched. Meet me here and don’t stop to admire flowers.”)

We went down by ramp. I said, “Peewee, you’ve been holding out on me again.” “Why, I have not!”

“What do you call it?”

“Kip-please listen! I was told not to tell you while you were ill. The Mother Thing was very firm about it. You were not to be disturbed-that’s what she said!-while you were growing well.” “Why should I feel disturbed? What is all this? What gathering? What questions?”

“Well … the gathering is sort of a court. Acriminal court, you might say.”

“Huh?” I took a quick look at my conscience. But I hadn’t had any chance to do anything wrong-I had been helpless as a baby up to two hours ago. That left Peewee. “Runt,” I said sternly, “what have you done now?”

“Me? Nothing.” “Think hard.”

“No, Kip. Oh, I’m sorry I didn’t tell you at breakfast! But Daddy says never to break any news until after his second cup of coffee and I thought how nice it would be to take a little walk before we had any worries and I was going to tell you”

“Make it march.”

“-as soon as we came down. I haven’t done anything. But there’s old Wormface.” “What? I thought he was dead.”

“Maybe so, maybe not. But, as the Mother Thing says, there are still questions to be asked, decisions to be made. He’s up for the limit, is my guess.”

I thought about it as we wound our way through strange apartments toward the air lock that led to our Earth-conditioned rooms. High crimes and misdemeanors … skulduggery in the spaceways-yes, Wormface was probably in for it. If the Vegans could catch him. “Had caught him” apparently, since they were going to try him. “But where do we come in? As witnesses?”

“I suppose you could call it that.”

What happened to Wormface was no skin off my nose-and it would be a chance to find out more about the Vegans. Especially if the court was some distance away, so that we would travel and see the country.

“But that isn’t all,” Peewee went on worriedly. “What else?”

She sighed. “This is why I wanted us to have a nice sight-see first. Uh …” “Don’t chew on it. Spit it out.”

“Well … we have to be tried, too.” “What?”

“Maybe ‘examined’ is the word. I don’t know. But I know this: we can’t go home until we’ve been judged.” “But what have we done?” I burst out.

“I don’t know!”

My thoughts were boiling. “Are you sure they’ll let us go home then?”

“The Mother Thing refuses to talk about it.”

I stopped and took her arm. “What it amounts to,” I said bitterly, “is that we are under arrest. Aren’t we?” “Yes-” She added almost in a sob, “But, Kip, I told you she was a cop!”

“Great stuff. We pull her chestnuts out of the fire-and now we’re arrested-and going to be tried-and we don’t even know why! Nice place, Vega Five. ‘The natives are friendly.’ ” They had nursed me-as we nurse a gangster in order to hang him.

“But, Kip-” Peewee was crying openly now. “I’m sure it’ll be all right. She may be a cop-but she’s still the Mother Thing.” “Is she? I wonder.” Peewee’s manner contradicted her words. She was not one to worry over nothing. Quite the contrary.

My watch was on the washstand. I ungasketed to put it in an inside pocket. When I came out, Peewee was doing the same with Madame Pompadour. “Here,” I said, “I’ll take her with me. I’ve got more room.”

“No, thank you,” Peewee answered bleakly. “I need her with me. Especially now.” “Uh, Peewee, where is this court? This city? Or another one?”

“Didn’t I tell you? No, I guess I didn’t. It’s not on this planet.” “I thought this was the only inhabited-“

“It’s not a planet around Vega. Another star. Not even in the Galaxy.” “Say that again?”

“It’s somewhere in the Lesser Magellanic Cloud.”

Chapter 10

I didn’t put up a fight-a hundred and sixty trillion miles from nowhere, I mean. But I didn’t speak to the Mother Thing as I got into her ship.

It was shaped like an old-fashioned beehive and it looked barely big enough to jump us to the space port. Peewee and I crowded together on the floor, the Mother Thing curled up in front and twiddled a shiny rack like an abacus; we took off, straight up.

In a few minutes my anger grew from sullenness to a reckless need to settle it. “Mother Thing!”

(“One moment, dear. Let me get us out of the atmosphere.”) She pushed something, the ship quivered and steadied. “Mother Thing,” I repeated.

(“Wait until I lower us, Kip.”)

I had to wait. It’s as silly to disturb a pilot as it is to snatch the wheel of a car. The little ship took a buffeting; the upper winds must have been dillies. But she could pilot.

Presently there was a gentle bump and I figured we must be at the space port. The Mother Thing turned her head. (“All right, Kip. I sense your fear and resentment. Will it help to say that you two are in no danger? That I would protect you with my body? As you protected mine?”)

“Yes, but-“

(“Then let be. It is easier to show than it is to explain. Don’t clamp your helmet. This planet’s air is like your own.”) “Huh? You mean we’re there?”

“I told you,” Peewee said at my elbow. “Just poof! and you’re there.” I didn’t answer. I was trying to guess how far we were from home. (“Come, children.”)

It was midday when we left; it was night as we disembarked. The ship rested on a platform that stretched out of sight. Stars in front of me were in unfamiliar constellations; slaunchwise down the sky was a thin curdling which I spotted as the Milky Way. So Peewee had her wires crossed-we were far from home but still in the Galaxy-perhaps we had simply switched to  the night side of Vega Five.

I heard Peewee gasp and turned around. I didn’t have strength to gasp.

Dominating that whole side of the sky was a great whirlpool of millions, maybe billions, of stars.

You’ve seen pictures of the Great Nebula in Andromeda?-a giant spiral of two curving arms, seen at an angle. Of all the lovely things in the sky it is the most beautiful. This was like that. Only we weren’t seeing a photograph nor even by telescope; we were so close (if “close” is the word) that it stretched across the sky twice as long as the Big Dipper as seen from home-

so close that I saw the thickening at the center, two great branches coiling around and overtaking each other. We saw it from an angle so that it appeared elliptical, just as M31 in

Andromeda does; you could feel its depth, you could see its shape.

Then I knew I was a long way from home. That was home, up there, lost in billions of crowded stars.

It was some time before I noticed another double spiral on my right, almost as wide-flung but rather lopsided and not nearly as brilliant-a pale ghost of our own gorgeous Galaxy. It slowly penetrated that this second one must be the Greater Magellanic Cloud-if we were in the Lesser and if that fiery whirlpool was our own Galaxy. What I had thought was “The Milky Way”

was simply a milky way, the Lesser Cloud from inside.

I turned and looked at it again. It had the right shape, a roadway around the sky, but it was pale skim milk compared with our own, about as our Milky Way looks on a murky night. I don’t know how it should look, since I’d never seen the Magellanic Clouds; I’ve never been south of the Rio Grande. But I did know that each cloud is a galaxy in its own right, but smaller than ours and grouped with us.

I looked again at our blazing spiral and was homesick in a way I hadn’t been since I was six.

Peewee was huddling to the Mother Thing for comfort. She made herself taller and put an arm around Peewee. (“There, there, dear! I felt the same way when I was very young and saw it for the first time.”)

“Mother Thing?” Peewee said timidly. “Where is home?”

(“See the right half of it, dear, where the outer arm trails into nothingness? We came from a point two-thirds the way out from the center.” “No, no! Not Vega. I want to know where the Sun is!”

(“Oh, your star. But, dear, at this distance it is the same.”)

We learned how far it is from the Sun to the planet Lanador 167,000 light-years. The Mother Thing couldn’t tell us directly as she did not know how much time we meant by a “year”-how long it takes Terra to go around the Sun (a figure she might have used once or not at all and as worth remembering as the price of peanuts in Perth). But she did know the distance from Vega to the Sun and told us the distance from Lanador to Vega with that as a yardstick-six thousand one hundred and ninety times as great. 6190 times 27 light-years gives 167,000 light-years. She courteously gave it in powers of ten the way we figure, instead of using factorial five (1x2x3x4x5 equals 120) which is how Vegans figure. 167,000 light-years is 9.82 x 1017 miles. Round off 9.82 and call it ten. Then -1,000,000,000,000,000,000 miles -is the distance from Vega to Lanador (or from the Sun to Lanador; Vega and the Sun are back-fence neighbors on this scale.)

Athousand million billion miles.

I refuse to have anything to do with such a preposterous figure. It may be “short” as cosmic distances go, but there comes a time when the circuit breakers in your skull trip out from overload.

The platform we were on was the roof of an enormous triangular building, miles on a side. We saw that triangle repeated in many places and always with a two-armed spiral in each corner. It was the design the Mother Thing wore as jewelry.

It is the symbol for “Three Galaxies, One Law.”

I’ll lump here things I learned in driblets: The Three Galaxies are like our Federated Free Nations, or the United Nations before that, or the League of Nations still earlier; Lanador houses their offices and courts and files-the League’s capital, the way the FFN is in New York and the League of Nations used to be in Switzerland. The cause is historical; the people of Lanador are the Old Race; that’s where civilization began.

The Three Galaxies are an island group, like Hawaii State, they haven’t any other close neighbors. Civilization spread through the Lesser Cloud, then through the Greater Cloud and is seeping slowly through our own Galaxy-that is taking longer; there are fifteen or twenty times as many stars in our Galaxy as in the other two.

When I began to get these things straight I wasn’t quite as sore. The Mother Thing was a very important person at home but here she was a minor official-all she could do was bring us in. Still, I wasn’t more than coolly polite for a while-she might have looked the other way while we beat it for home.

They housed us in that enormous building in a part you could call a “transients” hotel,” although “detention barracks” or “jail” is closer. I can’t complain about accommodations but I was getting confoundedly tired of being locked up every time I arrived in a new place. Arobot met us and took us down inside-there are robots wherever you turn on Lanador. I don’t mean

things looking like the Tin Woodman; I mean machines that do things for you, such as this one which led us to our rooms, then hung around like a bellhop expecting a tip. It was a three- wheeled cart with a big basket on top, for luggage if we had any. It met us, whistled to the Mother Thing in Vegan and led us away, down a lift and through a wide and endlessly long corridor.

I was given “my” room again-a fake of a fake, with all errors left in and new ones added. The sight of it was not reassuring; it shrieked that they planned to keep us there as long as-well, as long as they chose.

But the room was complete even to a rack for Oscar and a bathroom outside. Just beyond “my” room was a fake of another kind-a copy of that Arabian Nights horror Peewee had occupied on Vega Five. Peewee seemed delighted, so I didn’t point out the implications.

The Mother Thing hovered around while we got out of space suits. (“Do you think you will be comfortable?”) “Oh, sure,” I agreed unenthusiastically.

(“If you want food or anything, just say so. It will come.”) “So? Is there a telephone somewhere?”           (“Simply speak your wishes. You will be heard.”)

I didn’t doubt her-but I was almost as tired of rooms that were bugged as of being locked up; a person ought to have privacy. “I’m hungry now,” Peewee commented. “I had an early breakfast.”

We were in her room. Apurple drapery drew back, a light glowed in the wall. In about two minutes a section of wall disappeared; a slab at table height stuck out like a tongue. On it were dishes and silverware, cold cuts, fruit, bread, butter,, and a mug of steaming cocoa. Peewee clapped and squealed. I looked at it with less enthusiasm.

(“You see?”) the Mother Thing went on with a smile in her voice. (“Ask for what you need. If you need me, I’ll come. But I must go now.”) “Oh, please don’t go, Mother Thing.”

(“I must, Peewee dear. But I will see you soon. By the bye, there are two more of your people here.”) “Huh?” I put in. “Who? Where?”

(“Next door.”) She was gone with gliding swiftness; the bellhop speeded up to stay ahead of her. I spun around. “Did you hear that?”

“I certainly did!”

“Well-you eat if you want to; I’m going to look for those other humans.” “Hey! Wait for me!”

“I thought you wanted to eat.”

“Well …” Peewee looked at the food. “Just a sec.” She hastily buttered two slices of bread and handed one to me. I was not in that much of a hurry; I ate it. Peewee gobbled hers, took a gulp from the mug and offered it to me. “Want some?”

It wasn’t quite cocoa; there was a meaty flavor, too. But it was good. I handed it back and she finished it. “Now I can fight wildcats. Let’s go, Kip.”

“Next door” was through the foyer of our three-room suite and fifteen yards down the corridor, where we came to a door arch. I kept Peewee back and glanced in cautiously.  It was a diorama, a fake scene.

This one was better than you see in museums. I was looking through a bush at a small clearing in wild country. It ended in a limestone bank. I could see overcast sky and a cave mouth in the rocks. The ground was wet, as if from rain.

Acave man hunkered down close to the cave. He was gnawing the carcass of a small animal, possibly a squirrel.

Peewee tried to shove past me; I stopped her. The cave man did not appear to notice us which struck me as a good idea. His legs looked short but I think he weighed twice what I do and he was muscled like a weight lifter, with short, hairy forearms and knotty biceps and calves. His head was huge, bigger than mine and longer, but his forehead and chin weren’t much.   His teeth were large and yellow and a front one was broken. I heard bones crunching.

In a museum I would have expected a card reading “Neanderthal Man -circa Last Ice Age.” But wax dummies of extinct breeds don’t crack bones. Peewee protested, “Hey, let me look.”

He heard. Peewee stared at him, he stared toward us. Peewee squealed; he whirled and ran into the cave, waddling but making time.  I grabbed Peewee. “Let’s get out of here!”

“Wait a minute,” she said calmly. “He won’t come out in a hurry.” She tried to push the bush aside. “Peewee!”

“Try this,” she suggested. Her hand was shoving air. “They’ve got him penned.”

I tried it. Something transparent blocked the arch. I could push it a little but not more than an inch. “Plastic?” I suggested. “Like Lucite but springier?” “Mmm …” said Peewee. “More like the helmet of my suit. Tougher, though-and I’ll bet light passes only one way. I don’t think he saw us.”

“Okay, let’s get back to our rooms. Maybe we can lock them.”

She went on feeling that barrier. “Peewee!” I said sharply. “You’re not listening.” “What were you doing talking,” she answered reasonably, “when I wasn’t listening?” “Peewee! This is no time to be difficult.”

“You sound like Daddy. He dropped that rat he was eating-he might come back.”

“If he does, you won’t be here, because I’m about to drag you-and if you bite, I’ll bite back. I warn you.”

She looked around with a trace of animosity. “I wouldn’t bite you. Kip, no matter what you did. But if you’re going to be stuffy-oh, well, I doubt if he’ll come out for an hour or so. We’ll come back.”

“Okay.” I pulled her away.

But we did not leave. I heard a loud whistle and a shout: “Hey, buster! Over here!”

The words were not English, but I understood-well enough. The yell came from an archway across the corridor and a little farther on. I hesitated, then moved toward it because Peewee did so.

Aman about forty-five was loafing in this doorway. He was no Neanderthal; he was civilized-or somewhat so. He wore a long heavy woolen tunic, belted in at the waist, forming a sort of

kilt. His legs below that were wrapped in wool and he was shod in heavy short boots, much worn. At the belt and supported by a shoulder sling was a short, heavy sword; there was a dagger on the other side of the belt. His hair was short and he was clean-shaven save for a few days’ gray stubble. His expression was neither friendly nor unfriendly; it was sharply watchful.

“Thanks,” he said gruffly. “Are you the jailer?” Peewee gasped. “Why, that’s Latin!”

What do you do when you meet a Legionary? Right after a cave man? I answered: “No, I am a prisoner myself.” I said it in Spanish and repeated it in pretty fair classical Latin. I used Spanish because Peewee hadn’t been quite correct. It was not Latin he spoke, not the Latin of Ovid and Gaius Julius Caesar. Nor was it Spanish. It was in between, with an atrocious accent and other differences. But I could worry out the meaning.

He sucked his lip and answered, “That’s bad. I’ve been trying for three days to attract attention and all I get is another prisoner. But that’s how the die rolls. Say, that’s a funny accent you have.”

“Sorry, amigo, but I have trouble understanding you, too.” I repeated it in Latin, then split the difference. I added, in improvised lingua franca, “Speak slowly, will you?” “I’ll speak as I please. And don’t call me ‘amico’; I’m a Roman citizen -so don’t get gay.”

That’s a free translation. His advice was more vulgar-I think. It was close to a Spanish phrase which certainly is vulgar. “What’s he saying?” demanded Peewee. “It is Latin, isn’t it? Translate!”

I was glad she hadn’t caught it. “Why, Peewee, don’t you know ‘the language of poetry and science’?” “Oh, don’t be a smartie! Tell me.”

“Don’t crowd me, hon. I’ll tell you later. I’m having trouble following it.”

“What is that barbarian grunting?” the Roman said pleasantly. “Talk language, boy. Or will you have ten with the flat of the sword?”

He seemed to be leaning on nothing-so I felt the air. It was solid; I decided not to worry about his threat. “I’m talking as best I can. We spoke to each other in our own language.”  “Pig grunts. Talk Latin. If you can.” He looked at Peewee as if just noticing her. “Your daughter? Want to sell her? If she had meat on her bones, she might be worth a half denario.” Peewee clouded up. “I understood that!” she said fiercely. “Come out here and fight!”

“Try it in Latin,” I advised her. “If he understands you, he’ll probably spank you.” She looked uneasy. “You wouldn’t let him?”

“You know I wouldn’t.” “Let’s go back.”

“That’s what I said earlier.” I escorted her past the cave man’s lair to our suite. “Peewee, I’m going back and see what our noble Roman has to say. Do you mind?” “I certainly do!”

“Be reasonable, hon. If we could be hurt by them, the Mother Thing would know it. After all, she told us they were here.” “I’ll go with you.”

“What for? I’ll tell you everything I learn. This may be a chance to find out what this silliness means. What’s he doing here? Have they kept him in deep-freeze a couple of thousand years? How long has he been awake? What does he know that we don’t? We’re in a bad spot; all the data I can dig up we need. You can help by keeping out. If you’re scared, send for the

Mother Thing.”

She pouted. “I’m not scared. All right-if that’s the way you want it.” “I do. Eat your dinner.”

Jo-Jo the dogface boy was not in sight; I gave his door a wide berth. If a ship can go anywhere in no time, could it skip a dimension and go anywhere to any time? How would the math work out? The soldier was still lounging at his door. He looked up. “Didn’t you hear me say to stick around?”

“I heard you,” I admitted, “but we’re not going to get anywhere if you take that attitude. I’m not one of your privates.” “Lucky for you!”

“Do we talk peacefully? Or do I leave?”

He looked me over. “Peace. But don’t get smart with me, barbarian.”

He called himself “Iunio.” He had served in Spain and Gaul, then transferred to the VIth Legion, the “Victrix”-which he felt that even a barbarian should know of. His legion’s garrison was Eboracum, north of Londinium in Britain, but he had been on advance duty as a brevet centurion (he pronounced it “centurio”)-his permanent rank was about like top sergeant. He was smaller than I am but I would not want to meet him in an alley. Nor at the palisades of a castra.

He had a low opinion of Britons and all barbarians including me (“nothing personal-some of my best friends are barbarians”), women, the British climate, high brass, and priests; he thought well of Caesar, Rome, the gods, and his own professional ability. The army wasn’t what it used to be and the slump came from treating auxiliaries like Roman citizens.

He had been guarding the building of a wall to hold back barbarians-a nasty lot who would sneak up and slit your throat and eat you-which no doubt had happened to him, since he was now in the nether regions.

I thought he was talking about Hadrian’s Wall, but it was three days’ march north of there, where the seas were closest together. The climate there was terrible and the natives were bloodthirsty beasts who dyed their bodies and didn’t appreciate civilization-you’d think the Eagles were trying to steal their dinky island. Provincial … like me. No offense meant.

Nevertheless he had bought a little barbarian to wife and had been looking forward to garrison duty at Eboracum-when this happened. Iunio shrugged. “Perhaps if I had been careful with lustrations and sacrifices, my luck wouldn’t have run out. But I figure that if a man does his duty and keeps himself and his weapons clean, the rest is the C.O.’s worry. Careful of that doorway; it’s witched.”

The longer he talked the easier it was to understand him. The “-us” endings turned to “-o” and his vocabulary was not that of De Bello Gallico -“horse” wasn’t “equus”; it was “caballo.” His idioms bothered me, plus the fact that his Latin was diluted by a dozen barbarian tongues. But you can blank out every third word in a newspaper and still catch the gist.

I learned a lot about the daily life and petty politics of the Victrix and nothing that I wanted to know. Iunio did not know how he had gotten where he was nor why-except that he was dead and awaiting disposition in a receiving barracks somewhere in the nether world-a theory which I was not yet prepared to accept.

He knew the year of his “death”-Year Eight of the Emperor and Eight Hundred and Ninety-Nine of Rome. I wrote out the dates in Roman numerals to make sure. But I did not remember when Rome was founded nor could I identify the “Caesar” even by his full name-there have been so many Caesars. But Hadrian’s Wall had been built and Britain was still occupied; that placed lunio close to the third century.

He wasn’t interested in the cave man across the way-it embodied to him the worst vice of a barbarian: cowardice. I didn’t argue but I would be timid, too, if I had saber-toothed tigers yowling at my door. (Did they have sabertooths then? Make it “cave bears.”)

Iunio went back and returned with hard dark bread, cheese, and a cup. He did not offer me any and I don’t think it was the barrier. He poured a little of his drink on the floor and started to chomp. It was a mud floor; the walls were rough stone and the ceiling was supported by wooden beams. It may have been a copy of dwellings during the occupation of Britain, but I’m no

expert.

I didn’t stay much longer. Not only did bread and cheese remind me that I was hungry, but I offended lunio. I don’t know what set him off, but he discussed me with cold thoroughness,   my eating habits, ancestry, appearance, conduct, and method of earning a living. Iunio was pleasant as long as you agreed with him, ignored insults, and deferred to him. Many older people demand this, even in buying a thirty-nine-cent can of talcum; you learn to give it without thinking-otherwise you get a reputation as a fresh kid and potential juvenile delinquent. The less respect an older person deserves the more certain he is to demand it from anyone younger. So I left, as lunio didn’t know anything helpful anyhow. As I went back I saw the cave   man peering out his cave. I said, “Take it easy, Jo-Jo,” and went on.

I bumped into another invisible barrier blocking our archway. I felt it, then said quietly, “I want to go in.” The barrier melted away and I walked in-then found that it was back in place.  My rubber soles made no noise and I didn’t call out because Peewee might be asleep. Her door was open and I peeped in. She was sitting tailor-fashion on that incredible Oriental

divan, rocking Madame Pompadour and crying.

I backed away, then returned whistling, making a racket, and calling to her. She popped out of her door, with smiling face and no trace of tears. “Hi, Kip! It took you long enough.” “That guy talks too much. What’s new?”

“Nothing. I ate and you didn’t come back, so I took a nap. You woke me. What did you find out?” “Let me order dinner and I’ll tell you while I eat.”

I was chasing the last bit of gravy when a bellhop robot came for us. It was like the other one except that it had in glowing gold on its front that triangle with three spirals. “Follow me,” it said in English.

I looked at Peewee. “Didn’t the Mother Thing say she was coming back?” “Why, I thought so.”

The machine repeated, “Follow me. Your presence is required.”

I laid my ears back. I have taken lots of orders, some of which I shouldn’t have, but I had never yet taken orders from a piece of machinery. “Go climb a rope!” I said. “You’ll have to drag me.”

This is not what to say to a robot. It did.

Peewee yelled, “Mother Thing! Where are you? Help us!”

Her birdsong came out of the machine. (“It’s all right, dears. The servant will lead you to me.”)

I quit struggling and started to walk. That refugee from an appliance dealer took us into another lift, then into a corridor whose walls whizzed past as soon as we entered. It nudged us through an enormous archway topped by the triangle and spirals and herded us into a pen near one wall. The pen was not apparent until we moved-more of that annoying solid air.

It was the biggest room I have ever been in, triangular, unbroken by post or pillar, with ceiling so high and walls so distant that I half expected local thunderstorms. An enormous room makes me feel like an ant; I was glad to be near a wall. The room was not empty-hundreds in it-but it looked empty because they were all near the walls; the giant floor was bare.

But there were three wormfaces out in the center-Wormface’s trial was in progress.

I don’t know if our own Wormface was there. I would not have known even if they had not been a long way off as the difference between two wormfaces is the difference between having your throat cut and being beheaded. But, as we learned, the presence or absence of the individual offender was the least important part of a trial. Wormface was being tried, present or not-alive or dead.

The Mother Thing was speaking. I could see her tiny figure, also far out on the floor but apart from the wormfaces. Her birdsong voice reached me faintly but I heard her words clearly-in English; from somewhere near us her translated words were piped to us. The feel of her was in the English translation just as it was in her bird tones.

She was telling what she knew of wormface conduct, as dispassionately as if describing something under a microscope, like a traffic officer testifying: “At 9:17 on the fifth, while on duty at-” etc. The facts. The Mother Thing was finishing her account of events on Pluto. She chopped it off at the point of explosion.

Another voice spoke, in English. It was flat with a nasal twang and reminded me of a Vermont grocer we had dealt with one summer when I was a kid. He was a man who never smiled nor frowned and what little he said was all in the same tone, whether it was, “She is a good woman,” or, “That man would cheat his own son,” or, “Eggs are fifty-nine cents,” cold as a cash register. This voice was that sort.

It said to the Mother Thing: “Have you finished?” “I have finished.”

“The other witnesses will be heard. Clifford Russell-“

I jumped, as if that grocer had caught me in the candy jar. The voice went on: “-listen carefully.” Another voice started.

My own-it was the account I had dictated, flat on my back on Vega Five.

But it wasn’t all of it; it was just that which concerned wormfaces. Adjectives and whole sentences had been cut-as if someone had taken scissors to a tape recording. The facts were there; what I thought about them was missing.

It started with ships landing in the pasture back of our house; it ended with that last wormface stumbling blindly down a hole. It wasn’t long, as so much had been left out-our hike across the Moon, for example. My description of Wormface was left in but had been trimmed so much that I could have been talking about Venus de Milo instead of the ugliest thing in creation.

My recorded voice ended and the Yankee-grocer voice said, “Were those your words?” “Huh? Yes.”

“Is the account correct?” “Yes, but-“

“Is it correct?” “Yes.”

“Is it complete?”

I wanted to say that it certainly was not-but I was beginning to understand the system. “Yes.” “Patricia Wynant Reisfeld-“

Peewee’s story started earlier and covered all those days when she had been in contact with wormfaces while I was not. But it was not much longer, for, while Peewee has a sharp eye and a sharper memory, she is loaded with opinions. Opinions were left out.

When Peewee had agreed that her evidence was correct and complete the Yankee voice stated, “All witnesses have been heard, all known facts have been integrated. The three individuals may speak for themselves.”

I think the wormfaces picked a spokesman, perhaps the Wormface, if he was alive and there. Their answer, as translated into English, did not have the guttural accent with which

Wormface spoke English; nevertheless it was a wormface speaking. That bone-chilling yet highly intelligent viciousness, as unmistakable as a punch in the teeth, was in every syllable.

Their spokesman was so far away that I was not upset by his looks and after the first stomach-twisting shock of that voice I was able to listen more or less judicially. He started by denying that this court had jurisdiction over his sort. He was responsible only to his mother-queen and she only to their queen-groups-that’s how the English came out.

That defense, he claimed, was sufficient. However, if the “Three Galaxies” confederation existed-which he had no reason to believe other than that he was now being detained unlawfully before this hiveful of creatures met as a kangaroo court-if it existed, it still had no jurisdiction over the Only People, first, because the organization did not extend to his part of space; second, because even if it were there, the Only People had never joined and therefore its rules (if it had rules) could not apply; and third, it was inconceivable that their queen-group would associate itself with this improbable “Three Galaxies” because people do not contract with animals.

This defense was also sufficient.

But disregarding for the sake of argument these complete and sufficient defenses, this trial was a mockery because no offense existed even under the so-called rules of the alleged “Three Galaxies.” They (the wormfaces) had been operating in their own part of space engaged in occupying a useful but empty planet, Earth. No possible crime could lie in colonizing land inhabited merely by animals. As for the agent of Three Galaxies, she had butted in; she had not been harmed; she had merely been kept from interfering and had been detained only for the purpose of returning her where she belonged.

He should have stopped. Any of these defenses might have stood up, especially the last one. I used to think of the human race as “lords of creation”-but things had happened to me since. I was not sure that this assemblage would think that humans had rights compared with wormfaces. Certainly the wormfaces were ahead of us in many ways. When we clear jungle to make farms, do we worry if baboons are there first?

But he discarded these defenses, explained that they were intellectual exercises to show how foolish the whole thing was under any rules, from any point of view. He would now make his defense.

It was an attack.

The viciousness in his voice rose to a crescendo of hatred that made every word slam like a blow. How dared they do this? They were mice voting to bell the cat! (I know-but that’s how it came out in translation.) They were animals to be eaten, or merely vermin to be exterminated. Their mercy would be rejected if offered, no negotiation was possible, their crimes would never be forgotten, the Only People would destroy them!

I looked around to see how the jury was taking it. This almost-empty hall had hundreds of creatures around the three sides and many were close to us. I had been too busy with the trial to do more than glance at them. Now I looked, for the wormface’s blast was so disturbing that I welcomed a distraction.

They were all sorts and I’m not sure that any two were alike. There was one twenty feet from me who was as horrible as Wormface and amazingly like him-except that this creature’s   grisly appearance did not inspire disgust. There were others almost human in appearance, although they were greatly in the minority. There was one really likely-looking chick as human as I am-except for iridescent skin and odd and skimpy notions of dress. She was so pretty that I would have sworn that the iridescence was just make-up-but I probably would have been wrong. I wondered in what language the diatribe was reaching her? Certainly not English.

Perhaps she felt my stare, for she looked around and unsmilingly examined me, as I might a chimpanzee in a cage. I guess the attraction wasn’t mutual.

There was every gradation from pseudo-wormface to the iridescent girl -not only the range between, but also way out in left field; some had their own private aquaria.

I could not tell how the invective affected them. The girl creature was taking it quietly, but what can you say about a walrus thing with octopus arms? If he twitches, is he angry? Or laughing? Or itches where the twitch is?

The Yankee-voiced spokesman let the wormface rave on.

Peewee was holding my hand. Now she grabbed my ear, tilted her face and whispered, “He talks nasty.” She sounded awed.

The wormface ended with a blast of hate that must have overtaxed the translator for instead of English we heard a wordless scream. The Yankee voice said flatly, “But do you have anything to say in your defense?”

The scream was repeated, then the wormface became coherent. “I have made my defense-that no defense is necessary.” The emotionless voice went on, to the Mother Thing. “Do you speak for them?”

She answered reluctantly, “My lord peers … I am forced to say … that I found them to be quite naughty.” She sounded grieved. “You find against them?”

“I do.”

“Then you may not be heard. Such is the Law.” ” ‘Three Galaxies, One Law.’ I may not speak.”

The flat voice went on, “Will any witness speak favorably?” There was silence.

That was my chance to be noble. We humans were their victims; we were in a position to speak up, point out that from their standpoint they hadn’t done anything wrong, and ask mercy-if they would promise to behave in the future.

Well, I didn’t. I’ve heard all the usual Sweetness and Light that kids get pushed at them-how they should always forgive, how there’s some good in the worst of us, etc. But when I see a black widow, I step on it; I don’t plead with it to be a good little spider and please stop poisoning people. Ablack widow spider can’t help it-but that’s the point.

The voice said to the wormfaces: “Is there any race anywhere which might speak for you? If so, it will be summoned.” The spokesman wormface spat at the idea. That another race might be character witnesses for them disgusted him. “So be it,” answered the Yankee voice. “Are the facts sufficient to permit a decision?”

Almost immediately the voice answered itself: “Yes.” “What is the decision?”

Again it answered itself: “Their planet shall be rotated.”

It didn’t sound like much-shucks, all planets rotate-and the flat voice held no expression. But the verdict scared me. The whole room seemed to shudder.

The Mother Thing turned and came toward us. It was a long way but she reached us quickly. Peewee flung herself on her; the solid air that penned us solidified still more until we three were in a private room, a silvery hemisphere.

Peewee was trembling and gasping and the Mother Thing comforted her. When Peewee had control of herself, I said nervously, “Mother Thing? What did he mean? ‘Their planet shall be rotated.’ “

She looked at me without letting go of Peewee and her great soft eyes were sternly sad. (“It means that their planet is tilted ninety degrees out of the space-time of your senses and mine.”)

Her voice sounded like a funeral dirge played softly on a flute. Yet the verdict did not seem tragic to me. I knew what she meant; her meaning was even clearer in Vegan than in English. If you rotate a plane figure about an axis in its plane-it disappears. It is no longer in a plane and Mr. A. Square of Flatland is permanently out of touch with it.

But it doesn’t cease to exist; it just is no longer where it was. It struck me that the wormfaces were getting off easy. I had halfway expected their planet to be blown up (and I didn’t doubt

that Three Galaxies could do so), or something equally drastic. As it was, the wormfaces were to be run out of town and would never find their way back-there are so many, many dimensions-but they wouldn’t be hurt; they were just being placed in Coventry.

But the Mother Thing sounded as if she had taken unwilling part in a hanging. So I asked her.

(“You do not understand, dear gentle Kip-they do not take their star with them.”) “Oh-” was all I could say.

Peewee turned white.

Stars are the source of life-planets are merely life’s containers. Chop off the star … and the planet gets colder … and colder … and colder-then still colder. How long until the very air freezes? How many hours or days to absolute zero? I shivered and got goose pimples. Worse than Pluto-

“Mother Thing? How long before they do this?” I had a queasy misgiving that I should have spoken, that even wormfaces did not deserve this. Blow them up, shoot them down-but don’t freeze them.

(“It is done,”) she sang in that same dirgelike way. “What?”

(“The agent charged with executing the decision waits for the word … the message goes out the instant we hear it. They were rotated out of our world even before I turned to join you. It is better so.”)

I gulped and heard an echo in my mind: “-‘twere well it were done quickly.”

But the Mother Thing was saying rapidly, (“Think no more on ‘t, for now you must be brave!”) “Huh? What, Mother Thing? What happens now?”

(“You’ll be summoned any moment-for your own trial.”)

I simply stared, I could not speak-I had thought it was all over. Peewee looked still thinner and whiter but did not cry. She wet her lips and said quietly, “You’ll come with us, Mother Thing?”

(“Oh, my children! I cannot. You must face this alone.”)

I found my voice. “But what are we being tried for? We haven’t hurt anybody. We haven’t done a thing.” (“Not you personally. Your race is on trial. Through you.”)

Peewee turned away from her and looked at me-and I felt a thrill of tragic pride that in our moment of extremity she had turned, not to the Mother Thing, but to me, another human being.

I knew that she was thinking of the same thing I was: a ship, a ship hanging close to Earth, only an instant away and yet perhaps uncounted trillion miles in some pocket of folded space, where no DEW line gives warning, where no radar can reach.

The Earth, green and gold and lovely, turning lazily in the warm light of the Sun- Aflat voice- No more Sun.

No stars.

The orphaned Moon would bobble once, then continue around the Sun, a gravestone to the hopes of men. The few at Lunar Base and Luna City and Tombaugh Station would last weeks or even months, the only human beings left alive. Then they would go-if not of suffocation, then of grief and loneliness.

Peewee said shrilly, “Kip, she’s not serious! Tell me she’s not!”

I said hoarsely, “Mother Thing-are the executioners already waiting?”

She did not answer. She said to Peewee, (“It is very serious, my daughter. But do not be afraid. I exacted a promise before I surrendered you. If things go against your race, you two will return with me and be suffered to live out your little lives in my home. So stand up and tell the truth … and do not be afraid.”)

The flat voice entered the closed space: “The human beings are summoned.”

Chapter 11

We walked out onto that vast floor. The farther we went the more I felt like a fly on a plate. Having Peewee with me was a help; nevertheless it was that nightmare where you find yourself not decently dressed in a public place. Peewee clutched my hand and held Madame Pompadour pressed tightly to her. I wished that I had suited-up in Oscar-I wouldn’t have felt quite so under a microscope with Oscar around me.

Just before we left, the Mother Thing placed her hand against my forehead and started to hold me with her eyes. I pushed her hand aside and looked away. “No,” I told her. “No treatments! I’m not going to-oh, I know you mean well but I won’t take an anesthetic. Thanks.”

She did not insist; she simply turned to Peewee. Peewee looked uncertain, then shook her head. “We’re ready,” she piped.

The farther out we got on that great bare floor the more I regretted that I had not let the Mother Thing do whatever it was that kept one from worrying. At least I should have insisted that Peewee take it.

Coming at us from the other walls were two other flies; as they got closer I recognized them: the Neanderthal and the Legionary. The cave man was being dragged invisibly; the Roman covered ground in a long, slow, easy lope. We all arrived at the center at the same time and were stopped about twenty feet apart, Peewee and I at one point of a triangle, the Roman and the cave man each at another.

I called out, “Hail, Iunio!”

“Silence, barbarian.” He looked around him, his eyes estimating the crowd at the walls.

He was no longer in casual dress. The untidy leggings were gone; strapped to his right shin was armor. Over the tunic he wore full cuirass and his head was brave with plumed helmet. All metal was burnished, all leather was clean.

He had approached with his shield on his back, route-march style. But even as we were stopped he unslung it and raised it on his left arm. He did not draw his sword as his right hand held his javelin at the ready carried easily while his wary eyes assessed the foe.

To his left the cave man hunkered himself small, as an animal crouches who has no place to hide.

“Iunio!” I called out. “Listen!” The sight of those two had me still more worried. The cave man I could not talk to but perhaps I could reason with the Roman. “Do you know why we are here?”

“I know,” he tossed over his shoulder. “Today the Gods try us in their arena. This is work for a soldier and a Roman citizen. You’re no help so keep out. No-watch behind me and shout. Caesar will reward you.”

I started to try to talk sense but was cut off by a giant voice from everywhere: “YOU ARE NOW BEING JUDGED!”

Peewee shivered and got closer. I twisted my left hand out of her clutch, substituted my right, and put my left arm around her shoulders. “Head up, partner,” I said softly. “Don’t let them scare you.”

“I’m not scared,” she whispered as she trembled. “Kip? You do the talking.” “Is that the way you want it?”

“Yes. You don’t get mad as fast as I do-and if I lost my temper … well, that’d be awful.” “Okay.”

We were interrupted by that flat, nasal twang. As before, it seemed close by. “This case derives from the one preceding it. The three temporal samples are from a small Lanador-type planet around a star in an out-center part of the Third Galaxy. It is a very primitive area having no civilized races. This race, as you see from the samples, is barbaric. It has been examined twice before and would not yet be up for routine examination had not new facts about it come out in the case which preceded it.”

The voice asked itself: “When was the last examination made?”

It answered itself: “Approximately one half-death of Thorium-230 ago.” It added, apparently to us only: “About eighty thousand of your years.”

Iunio jerked his head and looked around, as if trying to locate the voice. I concluded that he had heard the same figure in his corrupt Latin. Well, I was startled too-but I was numb to that sort of shock.

“Is it necessary again so soon?”

“It is. There has been a discontinuity. They are developing with unexpected speed.” The flat voice went on, speaking to us: “I am your judge. Many of the civilized beings you see around you are part of me. Others are spectators, some are students, and a few are here because they hope to catch me in a mistake.” The voice added, “This they have not managed to do in more than a million of your years.”

I blurted out, “You are more than a million years old?” I did not add that I didn’t believe it.

The voice answered, “I am older than that, but no part of me is that old. I am partly machine, which part can be repaired, replaced, recopied; I am partly alive, these parts die and are replaced. My living parts are more than a dozen dozens of dozens of civilized beings from throughout Three Galaxies, any dozen dozens of which may join with my non-living part to act. Today I am two hundred and nine qualified beings, who have at their instant disposal all knowledge accumulated in my non-living part and all its ability to analyze and integrate.”

I said sharply, “Are your decisions made unanimously?” I thought I saw a loophole-I never had much luck mixing up Dad and Mother but there had been times as a kid when I had managed to confuse issues by getting one to answer one way and the other to answer another.

The voice added evenly, “Decisions are always unanimous. It may help you to think of me as one person.” It addressed everyone: “Standard sampling has been followed. The contemporary sample is the double one; the intermediate sample for curve check is the clothed single sample and was taken by standard random at a spacing of approximately one half-death of Radium-226-” The voice supplemented: “-call it sixteen hundred of your years. The remote curve-check sample, by standard procedure, was taken at two dozen times that distance.”

The voice asked itself: “Why is curve-check spacing so short? Why not at least a dozen times that?” “Because this organism’s generations are very short. It mutates rapidly.”

The explanation appeared to satisfy for it went on, “The youngest sample will witness first.”

I thought he meant Peewee and so did she; she cringed. But the voice barked and the cave man jerked. He did not answer; he simply crouched more deeply into himself. The voice barked again.

It then said to itself, “I observe something.” “Speak.”

“This creature is not ancestor to those others.”

The voice of the machine almost seemed to betray emotion, as if my dour grocer had found salt in his sugar bin. “The sample was properly taken.” “Nevertheless,” it answered, “it is not a correct sample. You must review all pertinent data.”

For a long five seconds was silence. Then the voice spoke: “This poor creature is not ancestor to these others; he is cousin only. He has no future of his own. Let him be returned at once to the space-time whence he came.”

The Neanderthal was dragged rapidly away. I watched him out of sight with a feeling of loss. I had been afraid of him at first. Then I had despised him and was ashamed of him. He was  a coward, be was filthy, he stank. Adog was more civilized. But in the past five minutes I had decided that I had better love him, see his good points-for, unsavory as he was, he was human. Maybe he wasn’t my remote grandfather, but I was in no mood to disown even my sorriest relation.

The voice argued with itself, deciding whether the trial could proceed. Finally it stated: “Examination will continue. If enough facts are not developed, another remote sample of correct lineage will be summoned. Iunio.”

The Roman raised his javelin higher. “Who calls Iunio?” “Stand forth and bear witness.”

Just as I feared, lunio told the voice where to go and what to do. There was no protecting Peewee from his language; it echoed back in English-not that it mattered now whether Peewee was protected from “unladylike” influences.

The flat voice went on imperturbably: “Is this your voice? Is this your witnessing?” Immediately another voice started up which I recognized as that of the Roman, answering questions, giving accounts of battle, speaking of treatment of prisoners. This we got only in English but the translation held the arrogant timbre of Iunio’s voice.

Iunio shouted “Witchcraft!” and made horns at them.

The recording cut off. “The voice matches,” the machine said dryly. “The recording will be integrated.”

But it continued to peck at lunio, asking him details about who he was, why he was in Britain, what he had done there, and why it was necessary to serve Caesar. lunio gave short answers, then blew his top and gave none. He let out a rebel yell that bounced around that mammoth room, drew back and let fly his javelin.

It fell short. But I think he broke the Olympic record. I found myself cheering.

Iunio drew his sword while the javelin was still rising. He flung it up in a gladiatorial challenge, shouting, “Hail, Caesar!” and dropped into guard. He reviled them. He told them what he thought of vermin who were not citizens, not even barbarians!

I said to myself, “Oh, oh! There goes the game. Human race, you’ve had it.”

Iunio went on and on, calling on his gods to help him, each way worse than the last, threatening them with Caesar’s vengeance in gruesome detail. I hoped that, even though it was translated, Peewee would not understand much of it. But she probably did; she understood entirely too much.

I began to grow proud of him. That wormface, in diatribe, was evil; Iunio was not. Under bad grammar, worse language, and rough manner, that tough old sergeant had courage, human dignity, and a basic gallantry. He might be an old scoundrel-but he was my kind of scoundrel.

He finished by demanding that they come at him, one at a time-or let them form a turtle and he would take them all on at once. “I’ll make a funeral pyre of you! I’ll temper my blade in your guts! I, who am about to die, will show you a Roman’s grave-piled high with Caesar’s enemies!”

He had to catch his breath. I cheered again and Peewee joined in. He looked over his shoulder and grinned. “Slit their throats as I bring them down, boy! There’s work to do!” The cold voice said: “Let him now be returned to the space-time whence he came.”

Iunio looked startled as invisible hands pulled him along. He called on Mars and Jove and laid about him. The sword clattered to the floor-picked itself up and returned itself to his scabbard. lunio was moving rapidly away; I cupped my hands and yelled, “Good-bye, lunio!”

“Farewell, boy! They’re cowards!” He shook himself. “Nothing but filthy witchcraft!” Then he was gone. “Clifford Russell-“

“Huh? I’m here.” Peewee squeezed my hand. “Is this your voice?”

I said, “Wait a minute-“ “Yes? Speak.”

I took a breath. Peewee pushed closer and whispered, “Make it good, Kip. They mean it.”

“I’ll try, kid,” I whispered, then went on, “What is this? I was told you intend to judge the human race.” “That is correct.”

“But you can’t. You haven’t enough to go on. No better than witchcraft, just as lunio said. You brought in a cave man-then decided he was a mistake. That isn’t your only mistake. You had lunio here. Whatever he was-and I’m not ashamed of him; I’m proud of him-he’s got nothing to do with now. He’s been dead two thousand years, pretty near-if you’ve sent him back, I mean-and all that he was is dead with him. Good or bad, he’s not what the human race is now.”

“I know that. You two are the test sample of your race now.”

“Yes-but you can’t judge from us. Peewee and I are about as far from average as any specimens can be. We don’t claim to be angels, either one of us. If you condemn our race on what we have done, you do a great injustice. Judge us-or judge me, at least-“

“Me, too!”

“-on whatever I’ve done. But don’t hold my people responsible. That’s not scientific. That’s not valid mathematics.” “It is valid.”

“It is not. Human beings aren’t molecules; they’re all different.” I decided not to argue about jurisdiction; the wormfaces had ruined that approach. “Agreed, human beings are not molecules. But they are not individuals, either.”

“Yes, they are!”

“They are not independent individuals; they are parts of a single organism. Each cell in your body contains your whole pattern. From three samples of the organism you call the human race I can predict the future potentialities and limits of that race.”

“We have no limits! There’s no telling what our future will be.”

“It may be that you have no limits,” the voice agreed. “That is to be determined. But, if true, it is not a point in your favor. For we have limits.” “Huh?”

“You have misunderstood the purpose of this examination. You speak of ‘justice.’ I know what you think you mean. But no two races have ever agreed on the meaning of that term, no matter how they say it. It is not a concept I deal with here. This is not a court of justice.”

“Then what is it?”

“You would call it a ‘Security Council.’ Or you might call it a committee of vigilantes. It does not matter what you call it; my sole purpose is to examine your race and see if you threaten our survival. If you do, I will now dispose of you. The only certain way to avert a grave danger is to remove it while it is small. Things that I have learned about you suggest a possibility that you may someday threaten the security of Three Galaxies. I will now determine the facts.”

“But you said that you have to have at least three samples. The cave man was no good.”

“We have three samples, you two and the Roman. But the facts could be determined from one sample. The use of three is a custom from earlier times, a cautious habit of checking and rechecking. I cannot dispense ‘justice’; I can make sure not to produce error.”

I was about to say that he was wrong, even if he was a million years old. But the voice went on, “I continue the examination. Clifford Russell, is this your voice?”

My voice sounded then-and again it was my own dictated account, but this time everything was left in-purple adjectives, personal opinions, comments about other matters, every word and stutter.

I listened to enough of it, held up my hand. “All right, all right, I said it.” The recording stopped. “Do you now confirm it?”

“Eh? Yes.”

“Do you wish to add, subtract, or change?”

I thought hard. Aside from a few wisecracks that I had tucked in later it was a straight-forward account. “No. I stand on it.” “And is this also your voice?”

This one fooled me. It was that endless recording I had made for Prof Joe about-well, everything on Earth … history, customs, peoples, the works. Suddenly I knew why Prof Joe had worn the same badge the Mother Thing wore. What did they call that?-“Planting a stool pigeon.” Good Old Prof Joe, the no-good, had been a stoolie.

I felt sick.

“Let me hear more of it.”

They accommodated me. I didn’t really listen; I was trying to remember, not what I was hearing, but what else I might have said-what I had admitted that could be used against the human race. The Crusades? Slavery? The gas chambers at Dachau? How much had I said?

The recording droned on. Why, that thing had taken weeks to record; we could stand here until our feet went flat. “It’s my voice.”

“Do you stand on this, too? Or do you wish to correct, revise, or extend?” I said cautiously, “Can I do the whole thing over?”

“If you so choose.”

I started to say that I would, that they should wipe the tape and start over. But would they? Or would they keep both and compare them? I had no compunction about lying-“tell the truth and shame the devil” is no virtue when your family and friends and your whole race are at stake.

But could they tell if I lied?

“The Mother Thing said to tell the truth and not to be afraid.” “But she’s not on our side!”

“Oh, yes, she is.”

I had to answer. I was so confused that I couldn’t think. I had tried to tell the truth to Prof Joe … oh, maybe I had shaded things, not included every horrid thing that makes a headline. But it was essentially true.

Could I do better under pressure? Would they let me start fresh and accept any propaganda I cooked up? Or would the fact that I changed stories be used to condemn our race?  “I stand on it!”

“Let it be integrated. Patricia Wynant Reisfeld-“

Peewee took only moments to identify and allow to be integrated her recordings; she simply followed my example.

The machine voice said: “The facts have been integrated. By their own testimony, these are a savage and brutal people, given to all manner of atrocities. They eat each other, they starve each other, they kill each other. They have no art and only the most primitive of science, yet such is their violent nature that even with so little knowledge they are now energetically using it to exterminate each other, tribe against tribe. Their driving will is such that they may succeed. But if by some unlucky chance they fail, they will inevitably, in time, reach other stars. It is this possibility which must be calculated: how soon they will reach us, if they live, and what their potentialities will be then.”

The voice continued to us: “This is the indictment against you-your own savagery, combined with superior intelligence. What have you to say in your defense?”  I took a breath and tried to steady down. I knew that we had lost-yet I had to try.

I remembered how the Mother Thing had spoken. “My lord peers-“

“Correction. We are not your ‘lords,’ nor has it been established that you are our equals. If you wish to address someone, you may call me the ‘Moderator.’”

“Yes, Mr. Moderator-” I tried to remember what Socrates had said to his judges. He knew ahead of time that he was condemned just as we knew-but somehow, though he had been forced to drink hemlock, he had won and they had lost.

No! I couldn’t use his Apologia-all he had lost was his own life. This was everybody. “-you say we have no art. Have you seen the Parthenon?”

“Blown up in one of your wars.”

“Better see it before you rotate us-or you’ll be missing something. Have you read our poetry? ‘Our revels now are ended: these our actors, as I foretold you, were all spirits, and are   melted into air, into thin air: And, like the baseless fabric of this vision, the cloud-capped towers, the gorgeous palaces, the solemn temples, the great globe itself … itself-yea-all which it

… inherit-shall dissolve-“

I broke down. I heard Peewee sobbing beside me. I don’t know why I picked that one-but they say the subconscious mind never does things “accidentally.” I guess it had to be that one. “As it well may,” commented the merciless voice.

“I don’t think it’s any of your business what we do-as long as we leave you alone-” My stammer was back and I was almost sobbing. “We have made it our business.”

“We aren’t under your government and-“

“Correction. Three Galaxies is not a government; conditions for government cannot obtain in so vast a space, such varied cultures. We have simply formed police districts for mutual protection.”

“But-even so, we haven’t troubled your cops. We were in our own backyards-I was in my own backyard!-when these wormface things came along and started troubling us. We haven’t hurt you.”

I stopped, wondering where to turn. I couldn’t guarantee good behavior, not for the whole human race-the machine knew it and I knew it.

“Inquiry.” It was talking to itself again. “These creatures appear to be identical with the Old Race, allowing for mutation. What part of the Third Galaxy are they from?”  It answered itself, naming co-ordinates that meant nothing to me. “But they are not of the Old Race; they are ephemerals. That is the danger; they change too fast.” “Didn’t the Old Race lose a ship out that way a few half-deaths of Thorium-230 ago? Could that account for the fact that the youngest sample failed to match?”

It answered firmly, “It is immaterial whether or not they may be descended from the Old Race. An examination is in progress; a decision must be made.” “The decision must be sure.”

“It will be.” The bodyless voice went on, to us: “Have either of you anything to add in your defense?”

I had been thinking of what had been said about the miserable state of our science. I wanted to point out that we had gone from muscle power to atomic power in only two centuries-but I was afraid that fact would be used against us. “Peewee, can you think of anything?”

She suddenly stepped forward and shrilled to the air, “Doesn’t it count that Kip saved the Mother Thing?” “No,” the cold voice answered. “It is irrelevant.”

“Well, it ought to count!” She was crying again. “You ought to be ashamed of yourselves! Bullies! Cowards! Oh, you’re worse than wormfaces!”

I pulled her back. She hid her head against my shoulder and shook. Then she whispered, “I’m sorry, Kip. I didn’t mean to. I guess I’ve ruined it.” “It was ruined anyhow, honey.”

“Have you anything more to say?” old no-face went on relentlessly.

I looked around at the hall. -the cloud-capped towers … the great globe itself- “Just this!” I said savagely. “It’s not a defense, you don’t want a defense. All right, take away our star- You will if you can and I guess you can. Go ahead! We’ll make a star! Then, someday, we’ll come back and hunt you down-all of you!”

“That’s telling ‘em. Kip! That’s telling them!”

Nobody bawled me out. I suddenly felt like a kid who has made a horrible mistake at a party and doesn’t know how to cover it up. But I meant it. Oh, I didn’t think we could do it. Not yet. But we’d try. “Die trying” is the proudest human thing.

“It is possible that you will,” that infuriating voice went on. “Are you through?” “I’m through.” We all were through … every one of us.

“Does anyone speak for them? Humans, will any race speak for you?” We didn’t know any other races. Dogs- Maybe dogs would.

“I speak for them!”

Peewee raised her head with a jerk. “Mother Thing!”

Suddenly she was in front of us. Peewee tried to run to her, bounced off that invisible barrier. I grabbed her. “Easy, hon. She isn’t there-it’s some sort of television.”

“My lord peers … you have the advantage of many minds and much knowledge-” It was odd to see her singing, hear her in English; the translation still held that singing quality.

“-but I know them. It is true that they are violent-especially the smaller one-but they are not more violent than is appropriate to their ages. Can we expect mature restraint in a race whose members all must die in early childhood? And are not we ourselves violent? Have we not this day killed our billions? Can any race survive without a willingness to fight? It is true that these creatures are often more violent than is necessary or wise. But, my peers, they all are so very young. Give them time to learn.”

“That is exactly what there is to fear, that they may learn. Your race is overly sentimental; it distorts your judgment.”

“Not true! We are compassionate, we are not foolish. I myself have been the proximate cause of how many, many adverse decisions? You know; it is in your records-I prefer not to remember. And I shall be again. When a branch is diseased beyond healing, it must be pruned. We are not sentimental; we are the best watchers you have ever found, for we do it without anger. Toward evil we have no mercy. But the mistakes of a child we treat with loving forbearance.”

“Have you finished?”

“I say that this branch need not be pruned! I have finished.”

The Mother Thing’s image vanished. The voice went on, “Does any other race speak for them?”

“I do.” Where she had been now stood a large green monkey. He stared at us and shook his head, then suddenly did a somersault and finished looking at us between his legs. “I’m no friend of theirs but I am a lover of ‘justice’-in which I differ from my colleagues in this Council.” He twirled rapidly several times. “As our sister has said, this race is young. The infants of   my own noble race bite and scratch each other-some even die from it. Even I behaved so, at one time.” He jumped into the air, landed on his hands, did a flip from that position. “Yet does anyone here deny that I am civilized?” He stopped, looked at us thoughtfully while scratching. “These are brutal savages and I don’t see how anyone could ever like them-but I say: give them their chance!”

His image disappeared.

The voice said, “Have you anything to add before a decision is reached?”

I started to say: No, get it over with-when Peewee grabbed my ear and whispered. I listened, nodded, and spoke. “Mr. Moderator-if the verdict is against us-can you hold off your hangmen long enough to let us go home? We know that you can send us home in only a few minutes.”

The voice did not answer quickly. “Why do you wish this? As I have explained, you are not personally on trial. It has been arranged to let you live.” “We know. We’d rather be home, that’s all-with our people.”

Again a tiny hesitation. “It shall be done.”

“Are the facts sufficient to permit a decision?” “Yes.”

“What is the decision?”

“This race will be re-examined in a dozen half-deaths of radium. Meanwhile there is danger to it from itself. Against this mischance it will be given assistance. During the probationary period it will be watched closely by Guardian Mother-” the machine trilled the true Vegan name of the Mother Thing “-the cop on that beat, who will report at once any ominous change. In the meantime we wish this race good progress in its long journey upward.

“Let them now be returned forthwith to the space-time whence they came.”

Chapter 12

I didn’t think it was safe to make our atmosphere descent in New Jersey without filing a flight plan. Princeton is near important targets; we might be homed-on by everything up to A- missiles. The Mother Thing got that indulgent chuckle in her song: (“I fancy we can avoid that.”)

She did. She put us down in a side street, sang good-bye and was gone. It’s not illegal to be out at night in space suits, even carrying a rag dolly. But it’s unusual-cops hauled us in. They phoned Peewee’s father and in twenty minutes we were in his study, drinking cocoa and talking and eating shredded wheat.

Peewee’s mother almost had a fit. While we told our story she kept gasping, “I can’t believe it!” until Professor Reisfeld said, “Stop it, Janice. Or go to bed.” I don’t blame her. Her   daughter disappears on the Moon and is given up for dead-then miraculously reappears on Earth. But Professor Reisfeld believed us. The way the Mother Thing had “understanding” he had “acceptance.” When a fact came along, he junked theories that failed to match.

He examined Peewee’s suit, had her switch on the helmet, shined a light to turn it opaque, all with a little smile. Then he reached for the phone. “Dario must see this.” “At midnight. Curt?”

“Please, Janice. Armageddon won’t wait for office hours.” “Professor Reisfeld?”

“Yes, Kip?”

“Uh, you may want to see other things first.” “That’s possible.”

I took things from Oscar’s pockets-two beacons, one for each of us, some metal “paper” covered with equations, two “happy things,” and two silvery spheres. We had stopped on Vega Five, spending most of the time under what I suppose was hypnosis while Prof Joe and another professor thing pumped us for what we knew of human mathematics. They hadn’t been learning math from us-oh, no! They wanted the language we use in mathematics, from radicals and vectors to those weird symbols in higher physics, so that they could teach us; the results were on the metal paper. First I showed Professor Reisfeld the beacons. “The Mother Thing’s beat now includes us. She says to use these if we need her. She’ll usually be close by-a thousand light-years at most. But even if she is far away, she’ll come.”

“Oh.” He looked at mine. It was neater and smaller than the one she haywired on Pluto. “Do we dare take it apart?” “Well, it’s got a lot of power tucked in it. It might explode.”

“Yes, it might.” He handed it back, looking wistful.

A“happy thing” can’t be explained. They look like those little abstract sculptures you feel as well as look at. Mine was like obsidian but warm and not hard; Peewee’s was more like jade. The surprise comes when you touch one to your head. I had Professor Reisfeld do so and he looked awed-the Mother Thing is all around you and you feel warm and safe and understood.

He said, “She loves you. The message wasn’t for me. Excuse me.” “Oh, she loves you, too.”

“Eh?”

“She loves everything small and young and fuzzy and helpless. That’s why she’s a ‘mother thing.’ “ I didn’t realize how it sounded. But he didn’t mind. “You say she is a police officer?”

“Well, she’s more of a juvenile welfare officer-this is a slum neighborhood we’re in, backward and pretty tough. Sometimes she has to do things she doesn’t like. But she’s a good cop and somebody has to do nasty jobs. She doesn’t shirk them.”

“I’m sure she wouldn’t.” “Would you like to try it again?” “Do you mind?”

“Oh, no, it doesn’t wear out.”

He did and got that warm happy look. He glanced at Peewee, asleep with her face in her cereal. “I need not have worried about my daughter, between the Mother Thing-and you.” “It was a team,” I explained. “We couldn’t have made it without Peewee. The kid’s got guts.”

“Too much, sometimes.”

“Other times you need that extra. These spheres are recorders. Do you have a tape recorder, Professor?”

“Certainly, sir.” We set it up and let a sphere talk to it. I wanted a tape because the spheres are one-shot-the molecules go random again. Then I showed him the metal paper. I had tried to read it, got maybe two inches into it, then just recognized a sign here and there. Professor Reisfeld got halfway down the first page, stopped. “I had better make those phone calls.”

At dawn a sliver of old Moon came up and I tried to judge where Tombaugh Station was. Peewee was asleep on her Daddy’s couch, wrapped in his bathrobe and clutching Madame Pompadour. He had tried to carry her to bed but she had wakened and become very, very difficult, so he put her down. Professor Reisfeld chewed an empty pipe and listened to my sphere whispering softly to his recorder. Occasionally he darted a question at me and I’d snap out of it.

Professor Giomi and Dr. Bruck were at the other end of the study, filling a blackboard, erasing and filling it again, while they argued over that metal paper. Geniuses are common at the Institute for Advanced Study but these two wouldn’t be noticed anywhere; Bruck looked like a truckdriver and Giomi like an excited Iunio. They both had that Okay-I-get-you that Professor Reisfeld had. They were excited but Dr. Bruck showed it only by a tic in his face-which Peewee’s Daddy told me was a guarantee of nervous breakdowns-not for Bruck, for other physicists.

Two mornings later we were still there. Professor Reisfeld had shaved; the others hadn’t. I napped and once I took a shower. Peewee’s Daddy listened to recordings-he was now replaying Peewee’s tape. Now and then Bruck and Giomi called him over, Giomi almost hysterical and Bruck stolid. Professor Reisfeld always asked a question or two, nodded and came back to his chair. I don’t think he could work that math-but he could soak up results and fit them with other pieces.

I wanted to go home once they were through with me but Professor Reisfeld said please stay; the Secretary General of the Federated Free Nations was coming.

I stayed. I didn’t call home because what was the use in upsetting them? I would rather have gone to New York City to meet the Secretary General, but Professor Reisfeld had invited him here-I began to realize that anybody really important would come if Professor Reisfeld asked him.

Mr. van Duivendijk was slender and tall. He shook hands and said, “I understand that you are Dr. Samuel C. Russell’s son.” “You know my father, sir?”

“I met him years ago, at the Hague.”

Dr. Bruck turned-he had barely nodded at the Secretary General. “You’re Sam Russell’s boy?” “Uh, you know him, too?”

“Of course. On the Statistical Interpretation of Imperfect Data. Brilliant.” He turned back and got more chalk on his sleeve. I hadn’t known that Dad had written such a thing, nor suspected that he knew the top man in the Federation. Sometimes I think Dad is eccentric.

Mr. van D. waited until the double domes came up for air, then said, “You have something, gentlemen?” “Yeah,” said Bruck.

“Superb!” agreed Giomi. “Such as?”

“Well-” Dr. Bruck pointed at a line of chalk. “That says you can damp out a nuclear reaction at a distance.” “What distance?”

“How about ten thousand miles? Or must you do it from the Moon?” “Oh, ten thousand miles is sufficient, I imagine.”

“You could do it from the Moon,” Giomi interrupted, “if you had enough power. Magnificent!” “It is,” agreed van Duivendijk. “Anything else?”

“What do you want?” demanded Bruck. “Egg in your suds?” “Well?”

“See that seventeenth line? It may mean anti-gravity, I ain’t promising. Or, if you rotate ninety degrees, this unstable Latin thinks it’s time travel.” “It is!”

“If he’s right, the power needed is a fair-sized star-so forget it.” Bruck stared at hen’s tracks. “Anew approach to matter conversion-possibly. How about a power pack for your vest pocket that turns out more ergs than the Brisbane reactors?”

“This can be done?”

“Ask your grandson. It won’t be soon.” Bruck scowled. “Dr. Bruck, why are you unhappy?” asked Mr. van D.

Bruck scowled harder. “Are you goin’ to make this Top Secret’? I don’t like classifying mathematics. It’s shameful.”

I batted my ears. I had explained to the Mother Thing about “classified” and I think I shocked her. I said that the FFN had to have secrets for survival, just like Three Galaxies. She couldn’t see it. Finally she had said that it wouldn’t make any difference in the long run. But I had worried because while I don’t like science being “secret,” I don’t want to be reckless, either.

Mr. van D. answered, “I don’t like secrecy. But I have to put up with it.” “I knew you would say that!”

“Please. Is this a U.S. government project?” “Eh? Of course not.”

“Nor a Federation one. Very well, you’ve shown me some equations. I can’t tell you not to publish them. They’re yours.” Bruck shook his head. “Not ours.” He pointed at me. “His.”

“I see.” The Secretary General looked at me. “I am a lawyer, young man. If you wish to publish, I see no way to stop you.” “Me? It’s not mine-I was just-well, a messenger.”

“You seem to have the only claim. Do you wish this published? Perhaps with all your names?” I got the impression that he wanted it published. “Well, sure. But the third name shouldn’t be mine; it should be-” I hesitated. You can’t put a birdsong down as author. “-uh, make it ‘Dr. M. Thing.’” “Who is he?”

“She’s a Vegan. But we could pretend it’s a Chinese name.”

The Secretary General stayed on, asking questions, listening to tapes. Then he made a phone call-to the Moon. I knew it could be done, I never expected to see it. “Van Duivendijk here … yes, the Secretary General. Get the Commanding General … Jim? … This connection is terrible … Jim, you sometimes order practice maneuvers … My call is unofficial but you might check a valley-” He turned to me; I answered quickly. “-a valley just past the mountains east of Tombaugh Station. I haven’t consulted the Security Council; this is between friends. But if   you go into that valley I very strongly suggest that it be done in force, with all weapons. It may have snakes in it. The snakes will be camouflaged. Call it a hunch. Yes, the kids are fine and so is Beatrix. I’ll phone Mary and tell her I talked with you.”

The Secretary General wanted my address. I couldn’t say when I would be home because I didn’t know how I would get there-I meant to hitchhike but didn’t say so. Mr. van D.’s eyebrows went up. “I think we owe you a ride home. Eh, Professor?”

“That would not be overdoing it.”

“Russell, I heard on your tape that you plan to study engineering-with a view to space.” “Yes, sir. I mean, ‘Yes, Mr. Secretary.’ “

“Have you considered studying law? Many young engineers want to space-not many lawyers. But the Law goes everywhere. Aman skilled in space law and meta-law would be in a strong position.”

“Why not both?” suggested Peewee’s Daddy. “I deplore this modern overspecialization.” “That’s an idea,” agreed Mr. van Duivendijk. “He could then write his own terms.”

I was about to say I should stick to electronics-when suddenly I knew what I wanted to do. “Uh, I don’t think I could handle both.” “Nonsense!” Professor Reisfeld said severely.

“Yes, sir. But I want to make space suits that work better. I’ve got some ideas.”

“Mmm, that’s mechanical engineering. And many other things, I imagine. But you’ll need an M.E. degree.” Professor Reisfeld frowned. “As I recall your tape, you passed College Boards but hadn’t been accepted by a good school.” He drummed his desk. “Isn’t that silly, Mr. Secretary? The lad goes to the Magellanic Clouds but can’t go to the school he wants.”

“Well, Professor? You pull while I push?”

“Yes. But wait.” Professor Reisfeld picked up his phone. “Susie, get me the President of M.I.T. I know it’s a holiday; I don’t care if he’s in Bombay or in bed; get him. Good girl.” He put down the phone. “She’s been with the Institute five years and on the University switchboard before that. She’ll get him.”

I felt embarrassed and excited. M.I.T.-anybody would jump at the chance. But tuition alone would stun you. I tried to explain that I didn’t have the money. “I’ll work the rest of this school and

next summer-I’ll save it.”

The phone rang. “Reisfeld here. Hi, Oppie. At the class reunion you made me promise to tell you if Bruck’s tic started bothering him. Hold onto your chair; I timed it at twenty-one to the minute. That’s a record… . Slow down; you won’t send anybody, unless I get my pound of flesh. If you start your lecture on academic freedom and ‘the right to know,’ I’ll hang up and call Berkeley. I can do business there-and I know I can here, over on the campus… . Not much, just a four-year scholarship, tuition and fees… . Don’t scream at me; use your discretionary fund-or make it a wash deal in bookkeeping. You’re over twenty-one; you can do arithmetic… . Nope, no hints. Buy a pig in a poke or your radiation lab won’t be in on it. Did I say ‘radiation lab’? I meant the entire physical science department. You can flee to South America, don’t let me sway you… . What? I’m an embezzler, too. Hold it.” Professor Reisfeld said to me, “You applied for M.I.T.?”

“Yes, sir, but-“

“He’s in your application files, ‘Clifford C. Russell.’ Send the letter to his home and have the head of your team fetch my copy… . Oh, a broad team, headed by a mathematical physicist- Farley, probably; he’s got imagination. This is the biggest thing since the apple konked Sir Isaac… . Sure, I’m a blackmailer, and you are a chair warmer and a luncheon speaker. When are you returning to the academic life? … Best to Beulah. ‘Bye.”

He hung up. “That’s settled. Kip, the one thing that confuses me is why those worm-faced monsters wanted me.”

I didn’t know how to say it. He had told me only the day before that he had been correlating odd data-unidentified sightings, unexpected opposition to space travel, many things that did not fit. Such a man is likely to get answers-and be listened to. If he had a weakness, it was modesty-which he hadn’t passed on to Peewee. If I told him that invaders from outer space had grown nervous over his intellectual curiosity, he would have pooh-poohed it. So I said, “They never told us, sir. But they thought you were important enough to grab.”

Mr. van Duivendijk stood up. “Curt, I won’t waste time listening to nonsense. Russell, I’m glad your schooling is arranged. If you need me, call me.” When he was gone, I tried to thank Professor Reisfeld. “I meant to pay my way, sir. I would have earned the money before school opens again.”

“In less than three weeks? Come now. Kip.” “I mean the rest of this year and-“

“Waste a year? No.”

“But I already-” I looked past his head at green leaves in their garden. “Professor … what date is it?” “Why, Labor Day, of course.”

(“-forthwith to the space-time whence they came.”)

Professor Reisfeld flipped water in my face. “Feeling better?” “I-I guess so. We were gone for weeks.”

“Kip, you’ve been through too much to let this shake you. You can talk it over with the stratosphere twins-” He gestured at Giomi and Bruck. “-but you won’t understand it. At least I didn’t. Why not assume that a hundred and sixty-seven thousand light-years leaves room for Tennessee windage amounting to only a hair’s breadth of a fraction of one per cent? Especially when the method doesn’t properly use space-time at all?”

When I left, Mrs. Reisfeld kissed me and Peewee blubbered and had Madame Pompadour say good-bye to Oscar, who was in the back seat because the Professor was driving me to the airport.

On the way he remarked, “Peewee is fond of you.” “Uh, I hope so.”

“And you? Or am I impertinent?”

“Am I fond of Peewee? I certainly am! She saved my life four or five times.” Peewee could drive you nuts. But she was gallant and loyal and smart-and had guts. “You won a life-saving medal or two yourself.”

I thought about it. “Seems to me I fumbled everything I tried. But I had help and an awful lot of luck.” I shivered at how luck alone had kept me out of the soup-real soup.  ” ‘Luck’ is a question-begging word,” he answered. “You spoke of the ‘amazing luck’ that you were listening when my daughter called for help. That wasn’t luck.”

“Huh? I mean, ‘Sir’?”

“Why were you on that frequency? Because you were wearing a space suit. Why were you wearing it? Because you were determined to space. When a space ship called, you answered.    If that is luck, then it is luck every time a batter hits a ball. Kip, ‘good luck’ follows careful preparation; ‘bad luck’ comes from sloppiness. You convinced a court older than Man himself that you and your kind were worth saving. Was that mere chance?”

“Uh … fact is, I got mad and almost ruined things. I was tired of being shoved around.”

“The best things in history are accomplished by people who get ‘tired of being shoved around.’ ” He frowned. “I’m glad you like Peewee. She is about twenty years old intellectually and six emotionally; she usually antagonizes people. So I’m glad she has gained a friend who is smarter than she is.”

My jaw dropped. “But, Professor, Peewee is much smarter than I am. She runs me ragged.”

He glanced at me. “She’s run me ragged for years-and I’m not stupid. Don’t downgrade yourself, Kip.” “It’s the truth.”

“So? The greatest mathematical psychologist of our time, a man who always wrote his own ticket even to retiring when it suited him-very difficult, when a man is in demand-this man married his star pupil. I doubt if their offspring is less bright than my own child.”

I had to untangle this to realize that he meant me. Then I didn’t know what to Say. How many kids really know their parents? Apparently I didn’t.

He went on, “Peewee is a handful, even for me. Here’s the airport. When you return for school, please plan on visiting us. Thanksgiving, too, if you will-no doubt you’ll go home Christmas.”

“Uh, thank you, sir. I’ll be back.” “Good.”

“Uh, about Peewee-if she gets too difficult, well, you’ve got the beacon. The Mother Thing can handle her.” “Mmm, that’s a thought.”

“Peewee tries to get around her but she never does. Oh-I almost forgot. Whom may I tell? Not about Peewee. About the whole thing.” “Isn’t that obvious?”

“Sir?”

“Tell anybody anything. You won’t very often. Almost no one will believe you.”

I rode home in a courier jet-those things go fast. Professor Reisfeld had insisted on lending me ten dollars when he found out that I had only a dollar sixty-seven, so I got a haircut at the bus station and bought two tickets to Centerville to keep Oscar out of the luggage compartment; he might have been damaged. The best thing about that scholarship was that now I

needn’t ever sell him-not that I would.

Centerville looked mighty good, from elms overhead to the chuckholes under foot. The driver stopped near our house because of Oscar; he’s clumsy to carry. I went to the barn and racked Oscar, told him I’d see him later, and went in the back door.

Mother wasn’t around. Dad was in his study. He looked up from reading. “Hi, Kip.” “Hi, Dad.”

“Nice trip?”

“Uh, I didn’t go to the lake.”

“I know. Dr. Reisfeld phoned-he briefed me thoroughly.”

“Oh. It was a nice trip-on the whole.” I saw that he was holding a volume of the Britannica, open to “Magellanic Clouds.”

He followed my glance. “I’ve never seen them,” he said regretfully. “I had a chance once, but I was busy except one cloudy night.” “When was that. Dad?”

“In South America, before you were born.” “I didn’t know you had been there.”

“It was a cloak-and-daggerish government job-not one to talk about. Are they beautiful?”

“Uh, not exactly.” I got another volume, turned to “Nebulae” and found the Great Nebula of Andromeda. “Here is beauty. That’s the way we look.” Dad sighed. “It must be lovely.”

“It is. I’ll tell you all about it. I’ve got a tape, too.”

“No hurry. You’ve had quite a trip. Three hundred and thirty-three thousand light-years-is that right?” “Oh, no, just half that.”

“I meant the round trip.”

“Oh. But we didn’t come back the same way.” “Eh?”

“I don’t know how to put it, but in these ships, if you make a jump, any jump, the short way back is the long way ‘round. You go straight ahead until you’re back where you started. Well, not ‘straight’ since space is curved-but straight as can be. That returns everything to zero.”

“Acosmic great-circle?”

“That’s the idea. All the way around in a straight line.”

“Mmm-” He frowned thoughtfully. “Kip, how far is it, around the Universe? The red-shift limit?”

I hesitated. “Dad, I asked-but the answer didn’t mean anything.” (The Mother Thing had said, “How can there be ‘distance’ where there is nothing?”) “It’s not a distance; it’s more of a condition. I didn’t travel it; I just went. You don’t go through, you slide past.”

Dad looked pensive. “I should know not to ask a mathematical question in words.”

I was about to suggest that Dr. Bruck could help when Mother sang out: “Hello, my darlings!” For a split second I thought I was hearing the Mother Thing.

She kissed Dad, she kissed me. “I’m glad you’re home, dear.” “Uh-” I turned to Dad.

“She knows.”

“Yes,” Mother agreed in a warm indulgent tone, “and I don’t mind where my big boy goes as long as he comes home safely. I know you’ll go as far as you want to.” She patted my cheek. “And I’ll always be proud of you. Myself, I’ve just been down to the corner for another chop.”

Next morning was Tuesday, I went to work early. As I expected, the fountain was a mess. I put on my white jacket and got cracking. Mr. Charton was on the phone; he hung up and came over. “Nice trip. Kip?”

“Very nice, Mr. Charton.”

“Kip, there’s something I’ve been meaning to say. Are you still anxious to go to the Moon?” I was startled. Then I decided that he couldn’t know.

Well, I hadn’t seen the Moon, hardly, I was still eager-though not as much in a hurry. “Yes, sir. But I’m going to college first.” “That’s what I mean. I- Well, I have no children. If you need money, say so.”

He had hinted at pharmacy school-but never this. And only last night Dad had told me that he had bought an education policy for me the day I was born-he had been waiting to see what I would do on my own. “Gee, Mr. Charton, that’s mighty nice of you!”

“I approve of your wanting an education.”

“Uh, I’ve got things lined up, sir. But I might need a loan someday.” “Or not a loan. Let me know.” He bustled away, plainly fussed.

I worked in a warm glow, sometimes touching the happy thing, tucked away in a pocket. Last night I had let Mother and Dad put it to their foreheads. Mother had cried; Dad said solemnly,  “I begin to understand, Kip.” I decided to let Mr. Charton try it when I could work around to it. I got the fountain shining and checked the air conditioner. It was okay.

About midafternoon Ace Quiggle came in, plunked himself down. “Hi, Space Pirate! What do you hear from the Galactic Overlords? Yuk yuk yukkity yuk!” What would he have said to a straight answer? I touched the happy thing and said, “What’ll it be. Ace?”

“My usual, of course, and snap it up!” “Achoc malt?”

“You know that. Look alive. Junior! Wake up and get hep to the world around you.”

“Sure thing, Ace.” There was no use fretting about Ace; his world was as narrow as the hole between his ears, no deeper than his own hog wallow. Two girls came in; I served them   cokes while Ace’s malt was in the mixer. He leered at them. “Ladies, do you know Commander Comet here?” One of them tittered; Ace smirked and went on: “I’m his manager. You want

heroing done, see me. Commander, I’ve been thinking about that ad you’re goin’ to run.”

“Huh?”

“Keep your ears open. ‘Have Space Suit-Will Travel,’ that doesn’t say enough. To make money out of that silly clown suit, we got to have oomph. So we add: “Bug-Eyed Monsters Exterminated-World Saving a Specialty-Rates on Request.’ Right?”

I shook my head. “No, Ace.”

“S’matter with you? No head for business?”

“Let’s stick to the facts. I don’t charge for world saving and don’t do it to order; it just happens. I’m not sure I’d do it on purpose-with you in it.” Both girls tittered. Ace scowled. “Smart guy, eh? Don’t you know that the customer is always right?”

“Always?”

“He certainly is. See that you remember it. Hurry up that malt!”

“Yes, Ace.” I reached for it; he shoved thirty-five cents at me; I pushed it back. “This is on the house.” I threw it in his face.

The End

I hope that you enjoyed this post. I have other posts that cover many other stories in my Fictional Index. You can go there using this link…

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Glimpses into the non-physical reality

As I have repeatedly stressed, our universe is one of many other universes. This universe houses our “reality”, which in all actuality means that our universe can well be called the “reality universe”.

It is a complex stew of all sorts of things, many, many of which we humans are unable to see and perceive with our senses.

This includes the “physical world-lines” that we inhabit and non-physical environments associated with those world-lines. Plus all that other “stuff” that is all part of the universe as a whole. It includes such things as “time”, and “the past”, and “the future”. It includes all sorts of things from spirits, to sprites, and ghosts to smelly feet and extraterrestrials.

Here we discuss some ways or techniques that you can use to alter the way you can see the reality that you are in. In this post we will look at some drugs that alter the way that the brain senses things and interprets them, as well as some “illnesses” or “ailments” that enable humans to observe the unseen worlds around us.

The techniques discussed are;

  • Charles Bonnet Syndrome
  • The Capgras Syndrome
  • The bicho de tacuara
  • DMT (N,N-Dimethyltryptamine)

There are other techniques and means as well, but for now, we will concentrate on these three elements of concern.

Charles Bonnet Syndrome

"People afflicted with certain eye diseases give similar reports of beings from parallel universes."

People afflicted with Charles Bonnet Syndrome see beings from another world. Many scientists would call these beings hallucinations. Others call this syndrome a portal to a parallel reality.

I like to think of it as an alteration of the mind that permits a wider range of “vision” into the normally unobserved elements within our reality.

People with Charles Bonnet Syndrome (or “Bonnet-people”) are otherwise mentally sound.

The beings appear when the Bonnet-people’s vision deteriorates as a result of eye diseases such as age-related macular degeneration — or when patients have had both eyes removed. Charles Bonnet Syndrome is more common in older people with a high level of education.

When eyesight deteriorates, the brain compensates. It gathers information from a multitude of inputs from the other senses (touch, smell, feeling, etc.) and interpets the inputs visually as if the eyes were normal.

Bonnet-people report that they see apparitions resembling distorted faces, costumed figures, ghosts, and little people.

Most Bonnet-people see beings wearing hats.

For example, one very sane woman was sitting quietly at home when she suddenly saw several two-inch-high, stovepipe-hat-wearing chimney sweeps parading in front of her. (ref 2.) She tried to catch one, but could not. Her only medical problem was that she had poor sight due to macular degeneration.

One patient described how a friend working in front of a tall privacy hedge suddenly disappeared, as if he had suddenly put on a cloak of invisibility.

"There was an orange peaked cap bobbing around in front of the hedge and floating in space by its own devices." (ref. 1)

Fifty percent of Bonnet-people see a disembodied or distorted face of a stranger with staring eyes and prominent teeth. Sometimes the strangers are seen only in an outline or cartoon-type form, which reminds me of the images seen by people taking the psychedelic drug DMT. The faces are often described as…

 "being grotesque, or like gargoyles". (ref. 1)

Some of the beings have blank eye sockets.

(This image is also reported by people using the hallucinogen Special K. One person stated that while under the influence, everything was normal except that people in the room had no eye sockets, just a black void, and he saw light being sucked into the void from around the periphery of the eyeballs.)

Bonnet-people also see serene landscapes and vortices.

Many Bonnet-people will see entire new worlds, such as landscapes or groups of people, which are either life size or tiny (ref 3.)
Other-worldy landscapes are often observed by people with this affliction.
Other-worldy landscapes are often observed by people with this affliction.

Perhaps when vision deteriorates, the brain’s visual cortex is starved for information, and the brain is free to access parallel realities.

Sometimes the imagery can be complex, almost comical, like two miniature policemen guiding a midget villain to a tiny prison van, ghostly (translucent figures floating in the hallway), people wearing one big flower on their heads), as well as beautiful (a shining angel, wonderful group of flowers). (ref 4.)

A Swiss philosopher named Charles Bonnet first described this condition in the 1760 when he noticed his grandfather, who was blinded by cataracts, describing birds and buildings that Bonnet could not see. (ref. 3)

Further Reading on Charles Bonnet Syndrome

1. Roger Highfield, “Ghosts and witches on the brain”

2. Dr Stephen J Doyle and Maggie Harrison, “Lost in Lilliput”

3. Royal National Institute of the Blind on Bonnet Syndrome

4. Robert J Teunisse, Johan R Cruysberg, Willibrord H Hoefnagels, André L Verbeek, Frans G Zitman, “Visual hallucinations in psychologically normal people: Charles Bonnet’s syndrome”

The Capgras Syndrome

"People with Capgras Syndrome act as if they are in a parallel universe in which the people they know are "doubles" or "impostors."

- Sex, Drugs, Einstein, and Elves.

When people with Capgras Syndrome see a friend, spouse, or themselves in a mirror, they believe they are seeing an exact double or an impostor.

Sometimes, people with Capgras Syndrome even believe that inanimate objects — like a chair, watch, book, or lamp — have been replaced by exact replicas. If people own a pet, the pet may be seen as an impostor, a strange animal roaming through their lives and homes.

Capgras patients are often so disturbed when they see a doppelganger in the mirror that they remove all mirrors from the home. The syndrome, named for French psychiatrist Jean Marie Joseph Capgras, afflicts thousands of people in the United States.

Some people with Capgras Syndrome have epilepsy or strange-looking temporal lobes in the brain.

The Capgras’ patient identifies his or her spouse as being an imposter – identical in every possible way, but an identical replica. The patient will accept living with these imposters but will secretly “know” that they are not the people they claim to be.

This reminds me of the movie “Invasion of The Body Snatchers”.

I view this syndrone as an interesting "pointer" to the idea that what the brain interperts the reality as can alter our perception of it. It can do so to the point where it no longer "feels" correct, even though all the other senses are telling it to believe what it sees.

This syndrome is important as it points to the mechanism that the brain uses to distinguish between actual consciousness-inhabited beings and "quantum shadows" of beings within a world-line event.

A Hallucinogen of Insect Origin


Submitted by E.B. Britton. Deakin, Canberra ACT 2600 (Australia)

Let’s take a moment to consider the existence of a hallucinogen, unique in that its
source is an insect.

Augustin de Saint-Hilaire (1779-1853) traveled extensively in eastern
Brazil between 1816 and 1823. After his return to France, published
valuable observations on the geography, ethnology and natural history of the
country.

In two of his unpublished works Saint-Hilaire (1824, republished
Jenkins, 1946, p. 49; 1830, pp. 432-433) described the use of an insect as
food and medicine by the Malalis. THe Malalis are natives in the Brazilian province of Minas Gerais in Brazil.

The relevant passage (1824) (translated) is as follows:

When I was among the Malalis, in the province of Mines, they spoke much of a grub which they regarded as a delicious food, and which is called bicho de tacuara (bamboo-worm), because it is found in the stems of bamboos, but only when these bear flowers.

Some Portugese who have lived among the Indians value these worms no less than the natives themselves; they melt them on the fire, forming them into an oily mass, and so preserve them for use in the preparation of food. 

The Malalis consider the head of the bicho de tacuara as a dangerous poison; but all agree in saying that this creature, dried and reduced to powder constitutes a powerful vulnerary (for the healing of wounds). 

If one is to believe these Indians and the Portugese themselves it is not only for this use that the former preserve the bicho de tacuara . 

When strong emotion makes them sleepless, they swallow, they say, one of these worms dried, without the head but with the intestinal tube; and then they fall into a kind of ecstatic sleep, which often lasts more than a day, and similar to that experienced by the Orientals when they take opium in excess. 

They tell, on awakening, of marvellous dreams; they saw splendid forests, they ate delicious fruits, they killed without difficulty the most choice game; but these Malalis add that they take care to indulge only rarely in this debilitating kind of pleasure. 

I saw them only with the bicho de tacuara dried and without heads; but during a botanical trip that I made to Saint-Francois with my Botocudo, this
young man found a great many of these grubs in flowering bamboos, and set about eating them in my presence. 

He broke open the creature and carefully removed the head and intestinal tube, and sucked out the soft whitish substance which remained in the skin.

In spite of my repugnance, I followed the example of the young savage, and found, in this strange food, an extremely agreeable flavour which recalled
that of the most delicate cream.

If then, as I can hardly doubt, the account of the Malalis is true, the narcotic property of  the bicho de tacuara resides solely in the intestinal tube, since the surrounding fat produces no ill effect. 

Be that as it may, I submitted to M. Latreille the description of the animal I had made, and this learned entomologist recognised it as a caterpillar probably belonging to the genus 'Cossus' or to the genus 'Hepiale'.

These observations are repeated in Saint-Hilaire (1839, pp. 432-433) with
the addition of the information that the “bicho de taquara” are half as long
as the index finger.

The intoxicating effect of the larvae from bamboo has apparently been
forgotten in Brazil and the seven volume Handbook of South American
Indians (Steward, 1946-1959) while referring briefly to the observation of
Saint-Hilaire in Vol. 5 (p. 557) gives no additional references.

This is perhaps not surprising as the Malalis were a near-coastal tribe long ago overrun by the advance of civilization. The name “bicho de taquara” is, however, still in use and according to Ihering (1932, p. 236) and Costa Lima (1936, p. 266;
1967, p. 246) refers to the larva of the moth Myelobia (Morpheis) smerintha
Huebner (Lepidoptera: Pyralidae : Crambinae).

Costa Lima (1967, p. 246) states that the larvae feed in common bamboos
including Nastes (=Nastus) barbatus Trin., “taquara lixa” (Merostachys
Rideliana Rupr.), “taquara poca”  (Merostachys Neesii Rupr.) and “taquaras-
su” (Guadua sp.) (Hoehne, F.C. et al.).

The larvae feed inside the internodes of the bamboo and attain a maximum length of about 10 cm. The moth emerges in September and has frequently appeared in plague proportions.

There are 24 species of  Myelobia in South America, one in Mexico and one
in Guatemala.

A species of  Myelobia.
A species of  Myelobia.

The statement by Saint-Hilaire that the larvae are only found when the bamboo is in flower probably means that the host bamboos flower annually (as do a number of Brazilian species) and it is at that time that the larvae reach their maximum size. As the adult moth emerges in September this is probably in July or August.
   

It appears from the observations of Saint-Hilaire that the active substance
is not destroyed by drying, and the need to remove the head and gut to
avoid intoxication suggests that it is contained in the salivary glands. The
active material could therefore be concentrated initially by removing the
head plus salivary glands and part of the gut, discarding the rest of the body.

In view of the interest in the pharmacology of hallucinogens and the
medicinal use of the dried and powdered larvae it would seem to be woth-
while to investigate what appears to be a new source, and as the insect is
large and common it would be well suited to biochemical study. It is of
particular interest that this would be the first hallucinogen of insect origin.

Interesting, because…

"They tell, on awakening, of marvellous dreams; they saw splendid forests, they ate delicious fruits, they killed without difficulty the most choice game."

References

  • Costa Lima, A.M. da (1936) Terceir Catalogo do Insetos qui vivem nas plantas da Brasil, Directoria de Estatistica da Producao, Rio de Janeiro.
  • Costa Lima, A.M. da (1967) Quarto catalogo dos insetos qui vivem nas plantos de Brasil; seus parasitos e predatores. Rio de Janeiro, Ministerio de Agricultura, Departamento de Defesa e Inspecas Agropecuaria, Servico de Defesa Sanitaria Vegetal, Laboratorio Centralde Patolgia Vegetal.
  • Ihering, R. von (1917) Observacoes sobre a mariposa Myelobia smerintha Hubn. em S. Paulo. Physis (Buenos Aires) 3, 60-68.
  • Ihering, R. von (1968) Diccionario dos Animaes do Brasil, Sao Paulo, Editora Universidade Brasilia, pp. 147-148.
  • Jenkins, Anna (Ed.) (1946) Chronica Botanica 10, 24-61 (a reprint of Saint-Hilaire, 1824).
  • Saint-Hilaire, Augustin F.C.P. de (1824) Histoire du Plantes les plus remarquables duBresil et du Paraguay.
  • Saint-Hilaire, Augustin F.C.P. de (1830) Voyages dans l’interieur du Bresil – Premiere Partie. Voyage dans les provinces de Rio de Janiero et de Minas Gerais, Paris.
  • Steward, Julian H. (Ed.) (1946-1959) Handbook of South American Indians, 7 Vols. Vol. 5. The Comparitive Ethnology of South American Indians Prepared in cooperation with the U.S. Dept. of State as a project of the Interdepartmental Committe on Scientific and Cultural Cooperation. U.S. Govt. Printing Office, Washington.

DMT

There are many, many articles on the use of DMT to glimpse past the veil and observe the reality that surrounds us. For if properly ingested, you can actually observe the Mantids doing their things to assist in the development of the human species.

"DMT in the pineal glands of Biblical prophets gave God to humanity and let ordinary humans perceive parallel universes."

The molecule DMT (N,N-Dimethyltryptamine) is a psychoactive chemical that causes intense visions and can induce its users to quickly enter a completely different “environment” that some have likened to an alien or parallel universe.

The transition from “our” world to “theirs” occurs with no cessation of consciousness or quality of awareness.

What is actually going on is that the veil of what our actual reality is has been lifted and our senses and our brain can now, if only briefly, observe the universe and reality as it really is. And since it is so different from “our” day-to-day universe, many people consider it as entering a “new” universe.

In this environment, beings often appear who interact with the person who is using DMT. The beings appear to inhabit this parallel realm.

These beings are Mantids.

They are an old species that evoled upon the earth millions of years ago and advanced to become a multi-dimensional species. They work with humans to improve our sentience, assist in the evolution and growth of our soul, and manage the world-line transitions.

The DMT experience has the feel of reality in terms of detail and potential for exploration. The Mantids encountered are often identified as being alien-like or elf-like.

Some of the creatures appear to be three-dimensional. Others appear to lack depth.

Author Terence McKenna has used DMT and feels that…

"Right here and now, one quanta away, there is raging a universe of active intelligence that is transhuman, hyperdimensional, and extremely alien... What is driving religious feeling today is a wish for contact with this other universe." The aliens seen while using DMT present themselves "with information that is not drawn from the personal history of the individual."

DMT is also naturally produced in small quantities in the human brain, and it has been hypothesized that DMT is produced in the pineal gland in the brain.

Is it possible that the reality exposed to humans by injecting DMT is in some sense a valid reality, on par with our normal reality? 

-Reality Carnival 

Our minds, which evolved to help us run from lions on the African savannas, is not engineered to see these other realities under normal circumstances.

What is the guarantee that our minds are naturally designed to sense the “true reality”?

Perhaps there is no guarantee.

Consider a far-fetched example. Imagine a creature or phenomena that has been lurking among us since the dawn of evolution. If our ancient ancestors died every time they perceived the phenomena, evolution would favor creatures who did not perceive the creatures or phenomena. 

One might counter this argument by saying that our modern instruments, such as X-ray machines and cameras, should be able to make the creatures apparent to us, even if our unaided sensorium is not up to the task. 

Reasoning further, because our instruments have not made these realms apparent to us, the realms must not be real. 

However, perhaps our traditional instruments and theories are also not up to the task. Or perhaps our interpretation of the instruments' results is incomplete. Perhaps DMT is an instrument. 

- Reality Carnival

As a metaphor, consider infrared goggles. A person leans on a tree. At night, we don’t see the person. Put the goggles on, and a new reality results — a truer reality — and we see the man.

Similarly, is it possible that our brain is a filter, and the use of DMT is like slipping on infrared goggles, allowing us to perceive a valid reality that is inches away and all around us?

Is it possible that that some of our human ancestors produced more DMT than we do today? For example, many of the ancient Bible stories describe prophets with DMT-like experiences.

These sorts of ecstatic singing and repetitive exaltations remind me of subjects who took DMT and heard:

"Now do you see? Now do you see?" along with singing voices. 

-These cases are described in Rick Strassman's book DMT: The Spirit Molecule.

Maybe this is why the ancients seemed so in touch with God and with miracles and visions. Maybe Moses and Jesus had a greater rate of pineal DMT production than most.

One way to imagine how other realities could exist side by side with our own is to consider the forces that produced the diversity of senses and intelligences right here on Earth.

In a real way, there are already alien worlds right here among us.

Every Earthly creature perceives the world in an “alien” way. Dogs. Bees. Bats. Cats. They experience the world with different kinds of senses. They can smell what we cannot, they can see what we cannot, they can hear what we cannot.

If the organisms of the Earth were somehow able to describe their world to you, it would probably not be recognizable to you.

It would seem like the wildest world from any science-fiction story.

Moreover, if you were able to describe the world to another species, they would “see” no resemblance to their own. Our sense of reality would be different; our way of thinking would be different, and even the practical technology we would produce would be different.

We do not have to contemplate aliens or science fiction to imagine alien-like senses and bodies. The animal world of Earth is so diverse and full of different senses, that creatures are already walking among us possessing “alien” awareness beyond our understanding.

By studying the creatures of the Earth, we can hypothesize on the diversity of realities here on Earth.

Aliens would no doubt see a different world than we do.

To best understand this, consider the Indian luna moth, which has a wingspread of about 10 cm (4 inches). To our eyes, both the male and female moths are light green and indistinguishable from each other. But the luna moths themselves perceive in the ultraviolet range of light, and to them the female looks quite different from the male.

Other creatures have a hard time seeing the moths when they rest on green leaves, but luna moths are not camouflaged to one another since they see each other as brilliantly colored.

Other reading…

Please kindly keep in mind, I do not advocate or suggest that readers break any laws or try these drugs.

Conclusion

There is an entire subculture of people who use drugs and other means to “expand their consciousness”. In truth what they are doing is altering how their brain interprets the sensory inputs it receives.

Some do this for recreation. Some do this for spiritual awakening, and others do it for exploration purposes.

The truth is that our human biological bodies are not constructed to observe the universe as it actually is. It observes it as was determined by evolutionary factors.

We can observe the actual reality, and see all sorts of strange things, strange and unusual perceptions and odd “feelings” when we alter our brain through certain drugs, a change in our physical body, or through “enhancements” or alterations to our brain.

Rather than scoff at people who have had these “visions” outside of the normal, we should listen to them. Take notes, and move on in our own life. Well aware that perhaps, just perhaps, NOT being able to see the world as it actually is…

…is really a good thing…

… for now.

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Rocket Ship Galileo (full text) by Robert Heinlein

Three high school students join forces with an older nuclear physicist to develop their own atomic rocket, solve their own space problems and blast off for the moon in spite of a series of mysterious setbacks.

Robert Heinlein wrote “Rocket Ship Galileo” in 1947 but it remains a good fast read to this day. I liked the period slang the characters throw around to each other. Also in tune with the period are the antagonists, Nazi survivors who establish an atom bomb base on the moon! Wow!

Three young fellas just out of high school spend their summer vacation re-building a transport rocket into a moon ship along with a brilliant scientist. Heinlein uses the teacher-pupil relationship to present nuggets of scientific knowledge to the reader.

“Rocket Ship Galileo” stands at the head of a line of twelve books referred to as “Heinlein Juveniles” in the Heinlein archives. He wrote twelve what we would call “Young Adult” books today, each an independent work not associated with any other. In all of them he has young people standing up and growing up as strong independent young humans. The series ends with “Have Spacesuit-Will Travel” in 1958. Some folks will include “Star Ship Troopers” and “Podkayne of Mars” but they were by different publishers.

As a first try the book has some flaws. The story line is laughable and the characters seem tissue thin to those familiar with Heinlein’s later work. But the underlying theme of self reliance, initiative and the daring needed to accomplish great things are all there to be absorbed along the the story itself. The government is mentioned only as an impediment to the progress of the boys, a reflection of Heinlein’s Libertarian streak. For that reason and the skill with which these themes are inserted into the story we give the high number of stars.

Anyone of the proper age will benefit from this story. Dads’ and Grand Dad’s might gift their young decedents with this book.

Rocket Ship Galileo

Chapter 1 – “LET THE ROCKET ROAR”

“EVERYBODYALL SET?” Young Ross Jenkins glanced nervously at his two chums. “How about your camera, Art? You sure you got the lens cover off this time?”

The three boys were huddled against a thick concrete wall, higher than their heads and about ten feet long. It separated them from a steel stand, anchored to the ground, to which was bolted a black metal shape, a pointed projectile, venomous in appearance and an ugly rocket. There were fittings on each side to which stub wings might be attached, but the fittings were empty; the creature was chained down for scientific examination.

“How about it, Art?” Ross repeated. The boy addressed straightened up to his full five feet three and faced him.

“Look,” Art Mueller answered, “of course I took the cover off, it’s on my check-off list. You worry about your rocket, last time it didn’t fire at all and I wasted twenty feet of film.” “But you forgot it once, okay, how about your lights?”

For answer Art switched on his spot lights; the beams shot straight up, bounced against highly polished stainless-steel mirrors and brilliantly illuminated the model rocket and the framework which would keep it from taking off during the test.

Athird boy, Maurice Abrams, peered at the scene through a periscope which allowed them to look over the reinforced concrete wall which shielded them from the rocket test stand. “Pretty as a picture,” he announced, excitement in his voice. “Ross, do you really think this fuel mix is what we’re looking for?”

Ross shrugged, “I don’t know. The lab tests looked good, we’ll soon know. All right, places everybody! Check-off lists, Art?” “Complete.”

“Morrie?” “Complete.”

“And mine’s complete. Stand by! I’m going to start the clock. Here goes!” He started checking off the seconds until the rocket was fired. “Minus ten . . minus nine … minus eight … minus seven … minus six … minus five … minus four… .”

Art wet his lips and started his camera. “Minus three! Minus two! Minus one! Contact!”

“Let it roar!” Morrie yelled, his voice already drowned by the ear-splitting noise of the escaping rocket gas.

Agreat plume of black smoke surged out the orifice of the thundering rocket when it was first fired, billowed against an earth ramp set twenty feet behind the rocket test stand and filled the little clearing with choking fumes. Ross shook his head in dissatisfaction at this and made an adjustment in the controls under his hand. The smoke cleared away; through the periscope in front of him he could see the rocket exhaust on the other side of the concrete barricade. The flame had cleared of the wasteful smoke and was almost transparent, save for occasional sparks. He could actually see trees and ground through the jet of flame. The images shimmered and shook but the exhaust gases were smoke-free.

“What does the dynamometer read?” he shouted to Morrie without taking his eyes away from the periscope. Morrie studied the instrument, rigged to the test stand itself, by means of a pair of opera glasses and his own periscope. “I can’t read it!” he shouted. “Yes, I can—wait a minute. Fifty-two—no, make it a hundred and fifty-two; it’s second time around. Hunder’ fifty- two, fif’-three, four. Ross, you’ve done it! You’ve done it! That’s more than twice as much thrust as the best we’ve ever had.”

Art looked up from where he was nursing his motion-picture camera. It was a commercial 8-millimeter job, modified by him to permit the use of more film so that every second of a test could be recorded. The modification worked, but was cantankerous and had to be nursed along. “How much more time?,” he demanded.

“Seventeen seconds,” Ross yelled at him. “Stand by, I’m going to give her the works.” He twisted his throttle-monitor valve to the right, wide open. The rocket responded by raising its voice from a deep-throated roar to a higher pitch with an angry overtone almost out of the audible range. It spoke with snarling menace.

Ross looked up to see Morrie back away from his periscope and climb on a box, opera glasses in hand.

“Morrie-get your head down!” The boy did not hear him against the scream of the jet, intent as he was on getting a better view of the rocket. Ross jumped away from the controls and dived at him, tackling him around the waist and dragging him down behind the safety of the barricade. They hit the ground together rather heavily and struggled there. It was not a real fight;   Ross was angry, though not fighting mad, while Morrie was merely surprised.

“What’s the idea?,” he protested, when he caught his breath.

“You crazy idiot!” Ross grunted in his ear. “What were you trying to do? Get your head blown off?”

“But I wasn’t-” But Ross was already clambering to his feet and returning to his place at the controls; Morrie’s explanation, if any, was lost in the roar of the rocket.

“What goes on?” Art yelled. He had not left his place by his beloved camera, not only from a sense of duty but at least partly from indecision as to which side of the battle he should join. Ross heard his shout and turned to speak. “This goon,” he yelled bitterly, jerking a thumb at Morrie, “tried to-”

Ross’s version of the incident was lost; the snarling voice of the rocket suddenly changed pitch, then lost itself in a boneshaking explosion. At the same time there was a dazzling flash which would have blinded the boys had they not been protected by the barricade, but which nevertheless picked out every detail of the clearing in the trees with brilliance that numbed the eyes.

They were still blinking at the memory of the ghastly light when billowing clouds of smoke welled up from beyond the barricade, surrounded them, and made them cough. “Well,” Ross said bitterly and looked directly at Morrie, “that’s the last of the Starstrack V.”

“Look, Ross,” Morrie protested, his voice sounding shrill in the strange new stillness, “I didn’t do it. I was only trying to- ”

“I didn’t say you did,” Ross cut him short. “I know you didn’t do it. I had already made my last adjustment. She was on her own and she couldn’t take it. Forget it. But keep your head down after this-you darn near lost it. That’s what the barricade is for.”

“But I wasn’t going to stick my head up. I was just going to try-”

“Both of you forget it,” Art butted in. “So we blew up another one. So what? We’ll build another one. Whatever happened, I got it right here in the can.” He patted his camera. “Let’s take a look at the wreck.” He started to head around the end of the barricade.

“Wait a minute,” Ross commanded. He took a careful look through his periscope, then announced: “Seems okay. Both fuel chambers are split. There can’t be any real danger now. Don’t burn yourselves. Come on.”

They followed him around to the test stand.

The rocket itself was a complete wreck but the test stand was undamaged; it was built to take such punishment. Art turned his attention to the dynamometer which measured the thrust generated by the rocket. “I’ll have to recalibrate this,” he announced. “The loop isn’t hurt, but the dial and the rackand-pinion are shot.”

The other two boys did not answer him; they were busy with the rocket itself. The combustion chamber was split wide open and it was evident that pieces were missing. “How about it, Ross?” Morrie inquired. “Do you figure it was the metering pump going haywire, or was the soup just too hot for it?”

“Hard to tell,” Ross mused absently. “I don’t think it was the pump. The pump might jam and refuse to deliver fuel at all, but I don’t see how it could deliver too much fuel unless it reared back and passed a miracle.”

“Then it must have been the combustion chamber. The throat is all right. It isn’t even pitted much,” he added as he peered at it in the gathering twilight.

“Maybe. Well, let’s throw a tarp over it and look it over tomorrow morning. Can’t see anything now. Come on, Art.”

“Okay. Just a sec while I get my camera.” He detached his camera from its bracket and placed it in its carrying case, then helped the other two drag canvas tarpaulins over all the test gear-one for the test stand, one for the barricade with its controls, instruments, and periscopes. Then the three turned away and headed out of the clearing.

The clearing was surrounded by a barbed wire fence, placed there at the insistence of Ross’s parents, to whom the land belonged, in order to keep creatures, both four-legged and two- legged, from wandering into the line of fire while the boys were experimenting. The gate in this fence was directly behind the barricade and about fifty feet from it.

They had had no occasion to glance in the direction of the gate since the beginning of the test run-indeed, their attentions had been so heavily on the rocket that anything less than an earthquake would hardly have disturbed them.

Ross and Morrie were a little in front with Art close at their heels, so close that, when they stopped suddenly, he stumbled over them and almost dropped his camera. “Hey, watch where you’re going, can’t you?” he protested. “Pick up your big feet!”

They did not answer but stood still, staring ahead and at the ground. “What gives?,” he went on. “Why the trance? Why do-oh!” He had seen it too.

“It” was the body of a large man, crumpled on the ground, half in and half out the gate. There was a bloody wound on his head and blood on the ground. They all rushed forward together, but it was Morrie who shoved them back and kept them from touching the prone figure. “Take it easy!” he ordered.

“Don’t touch him. Remember your first aid. That’s a head wound. If you touch him, you may kill him.” “But we’ve got to find out if he’s alive,” Ross objected.

“I’ll find out. Here-give me those.” He reached out and appropriated the data sheets of the rocket test run from where they stuck out of Ross’s pocket. These he rolled into a tube about an inch in diameter, then cautiously placed it against the back of the still figure, on the left side over the heart. Placing his ear to the other end of the improvised stethoscope he listened.  Ross and Art waited breathlessly. Presently his tense face relaxed into a grin. “His motor is turning over,” he announced. “Good and strong. At least we didn’t kill him.”

“We?”

“Who do you think? How do you think he got this way? Take a look around and you’ll probably find the piece of the rocket that konked him.” He straightened up. “But never mind that now. Ross, you shag up to your house and call an ambulance. Make it fast! Art and I will wait here with … with, uh, him. He may come to and we’ll have to keep him quiet.”

“Okay.” Ross was gone as he spoke. Art was staring at the unconscious man. Morrie touched him on the arm. “Sit down, kid. No use getting in a sweat. We’ll have trouble enough later. Even if this guy isn’t hurt much I suppose you realize this about winds up the activities the Galileo Marching-and-Chowder Society, at least the rocketry-and-loud-noises branch of it.”

Art looked unhappy. “I suppose so.”

“‘Suppose’ nothing. It’s certain. Ross’s father took a very dim view of the matter the time we blew all the windows out of his basement—not that I blame him. Now we hand him this. Loss of the use of the land is the least we can expect. We’ll be lucky not to have handed him a suit for damages too. Art agreed miserably. “I guess it’s back to stamp collecting for us,” he assented, but his mind was elsewhere. Law suit. The use of the land did not matter. To be sure the use of the Old Ross Place on the edge of town had been swell for all three of them, what with him and his mother living in back of the store, and Morrie’s folks living in a flat, but-law suit! Maybe Ross’s parents could afford it; but the little store just about kept Art and his mother going, even with the afterschool jobs he had had ever since junior high—a law suit would take the store away from them.

His first feeling of frightened sympathy for the wounded man was beginning to be replaced by a feeling of injustice done him. What was the guy doing there anyhow? It wasn’t just. “Let me have a look at this guy,” he said.

“Don’t touch him,” Morrie warned.

“I won’t. Got your pocket flash?” It was becoming quite dark in the clearing.

“Sure. Here … catch.” Art took the little flashlight and tried to examine the face of their victim-hard to do, as he was almost face down and the side of his face that was visible was smeared with blood.

Presently Art said in an odd tone of voice, “Morrie-would it hurt anything to wipe some of this blood away?”

“You’re dern tootin’ it would! You let him be till the doctor comes.” “All right, all right. Anyhow I don’t need to—I’m sure anyhow. Morrie, I know who he is.” “You do? Who?”

“He’s my uncle.” “Your uncle!”

“Yes, my uncle. You know-the one I’ve told you about. He’s my Uncle Don. Doctor Donald Cargraves, my ‘Atomic Bomb’ uncle.”

Chapter 2 – A MAN-SIZED CHALLENGE

“AT LEAST I’MPRETTYSURE it’s my uncle,” Art went on. “I could tell for certain if I could see his whole face.” “Don’t you know whether or not he’s your uncle? After all, a member of your own family-”

“Nope. I haven’t seen him since he came through here to see Mother, just after the war. That’s been a long time. I was just a kid then. But it looks like him.” “But he doesn’t look old enough,” Morrie said judiciously. “I should think- Here comes the ambulance!”

It was indeed, with Ross riding with the driver to show him the road and the driver cussing the fact that the road existed mostly in Ross’s imagination. They were all too busy for a few minutes, worrying over the stranger as a patient, to be much concerned with his identity as an individual. “Doesn’t look too bad,” the interne who rode with the ambulance announced. “Nasty scalp wound. Maybe concussion, maybe not. Now over with him- easy! -while I hold his head.” When turned face up and lifted into the stretcher, the patient’s eyes flickered; he moaned and seemed to try to say something. The doctor leaned over him.

Art caught Morrie’s eye and pressed a thumb and forefinger together. There was no longer any doubt as to the man’s identity, now that Art had seen his face.

Ross started to climb back in the ambulance but the interne waved him away. “But all of you boys show up at the hospital. We’ll have to make out an accident report on this.” As soon as the ambulance lumbered away Art told Ross about his discovery. Ross looked startled. “Your uncle, eh? Your own uncle. What was he doing here?”

“I don’t know. I didn’t know he was in town.”

“Say, look- I hope he’s not hurt bad, especially seeing as how he’s your uncle—but is this the uncle, the one you were telling us about who has been mentioned for the Nobel Prize?” “That’s what I’ve been trying to tell you. He’s my Uncle Donald Cargraves.”

“Doctor Donald Cargraves!” Ross whistled. “Jeepers! When we start slugging people we certainly go after big game, don’t we?” “It’s no laughing matter. Suppose he dies? What’ll I tell my mother?”

“I wasn’t laughing. Let’s get over to the hospital and find out how bad he’s hurt before you tell her anything. No use in worrying her unnecessarily.” Ross sighed, “I guess we might as well break the news to my folks. Then I’ll drive us over to the hospital.”

“Didn’t you tell them when you telephoned?,” Morrie asked. “No. They were out in the garden, so I just phoned and then leaned out to the curb to wait for the ambulance. They may have seen it come in the drive but I didn’t wait to find out.”

“I’ll bet you didn’t.”

Ross’s father was waiting for them at the house. He answered their greetings, then said, “Ross-” “Yes, sir?”

“I heard an explosion down toward your private stamping ground. Then I saw an ambulance drive in and drive away. What happened?” “Well, Dad, it was like this: We were making a full-power captive run on the new rocket and-” He sketched out the events.

Mr. Jenkins nodded and said, “I see. Come along, boys.” He started toward the converted stable which housed the family car. “Ross, run tell your mother where we are going. Tell her I said not to worry.” He went on, leaning on his cane a bit as he walked. Mr. Jenkins was a retired electrical engineer, even-tempered and taciturn.

Art could not remember his own father; Morrie’s father was still living but a very different personality. Mr. Abrams ruled a large and noisy, children-cluttered household by combining a loud voice with lavish affection.

When Ross returned, puffing, his father waved away his offer to drive. “No, thank you. I want us to get there.” The trip was made in silence. Mr. Jenkins left them in the foyer of the hospital with an injunction to wait. “What do you think he will do?” Morrie asked nervously.

“I don’t know. Dad’ll be fair about it.”

“That’s what I’m afraid of,” Morrie admitted. “Right now I don’t want justice; I want charity.” “I hope Uncle Don is all right,” Art put in.

“Huh? Oh, yes, indeed! Sorry, Art, I’m afraid we’ve kind of forgotten your feelings. The principal thing is for him to get well, of course.”

“To tell the truth, before I knew it was Uncle Don, I was more worried over the chance that I might have gotten Mother into a law suit than I was over what we might have done to a stranger.”

“Forget it,” Ross advised. “Aperson can’t help worrying over his own troubles. Dad says the test is in what you do, not in what you think. We all did what we could for him.” “Which was mostly not to touch him before the doctor came,” Morrie pointed out.

“Which was what he needed.”

“Yes,” agreed Art, “but I don’t check you, Ross, on it not mattering what you think as long as you act all right. It seems to me that wrong ideas can be just as bad as wrong ways to do things.”

“Easy, now. If a guy does something brave when he’s scared to death is he braver than the guy who does the same thing but isn’t scared?” “He’s less … . no, he’s more… . You’ve got me all mixed up. It’s not the same thing.”

“Not quite, maybe. Skip it.”

They sat in silence for a long time. Then Morrie said, “Anyhow, I hope he’s all right.”

Mr. Jenkins came out with news. “Well, boys, this is your lucky day. Skull uninjured according to the X-ray. The patient woke when they sewed up his scalp. I talked with him and he has decided not to scalp any of you in return.” He smiled.

“May I see him?” asked Art.

“Not tonight. They’ve given him a hypo and he is asleep. I telephoned your mother, Art.” “You did? Thank you, sir.”

“She’s expecting you. I’ll drop you by.”

Art’s interview with his mother was not too difficult; Mr. Jenkins had laid a good foundation. In fact, Mrs. Mueller was incapable of believing that Art could be “bad.” But she did worry about him and Mr. Jenkins had soothed her, not only about Art but also as to the welfare of her brother. Morrie had still less trouble with Mr. Abrams. After being assured that the innocent bystander was not badly hurt, he had shrugged. “So what? So we have lawyers in the family for such things. At fifty cents a week it’ll take you about five hundred years to pay it off. Go to bed.”

“Yes, Poppa.”

The boys gathered at the rocket testing grounds the next morning, after being assured by a telephone call to the hospital that Doctor Cargraves had spent a good night. They planned to call on him that afternoon; at the moment they wanted to hold a post-mortem on the ill-starred Starstruck V.

The first job was to gather up the pieces, try to reassemble them, and then try to figure out what had happened. Art’s film of the event would be necessary to complete the story, but it was not yet ready.

They were well along with the reassembling when they heard a whistle and a shout from the direction of the gate. “Hello there! Anybody home?”

“Coming!” Ross answered. They skirted the barricade to where they could see the gate. Atall, husky figure waited there—a man so young, strong, and dynamic in appearance that the bandage around his head seemed out of place, and still more so in contrast with his friendly grin.

“Uncle Don!” Art yelled as he ran up to meet him.

“Hi,” said the newcomer. “You’re Art. Well, you’ve grown a lot but you haven’t changed much.” He shook hands. “What are you doing out of bed? You’re sick.”

“Not me,” his uncle asserted. “I’ve got a release from the hospital to prove it. But introduce me—are these the rest of the assassins?” “Oh-excuse me. Uncle Don, this is Maurice Abrams and this is Ross Jenkins. . . Doctor Cargraves.”

“How do you do, sir?” “Glad to know you, Doctor.”

“Glad to know you, too.” Cargraves started through the gate, then hesitated. “Sure this place isn’t booby-trapped?”

Ross looked worried. “Say, Doctor-we’re all sorry as can be. I still can’t see how it happened. This gate is covered by the barricade.”

“Ricochet shot probably. Forget it. I’m not hurt. Alittle skin and a little blood-that’s all. If I had turned back at your first warning sign, it wouldn’t have happened.” “How did you happen to be coming here?”

“Afair question. I hadn’t been invited, had I?” “Oh, I didn’t mean that.”

“But I owe you an explanation. When I breezed into town yesterday, I already knew of the Galileo Club; Art’s mother had mentioned it in letters. When my sister told me where Art was and what he was up to, I decided to slide over in hope of getting here in time to watch your test run. Your hired girl told me how to find my way out here.”

“You mean you hurried out here just to see this stuff we play around with?” “Sure. Why not? I’m interested in rockets.”

“Yes, but-we really haven’t got anything to show you. These are just little models.”

“Anew model,” Doctor Cargraves answered seriously, “of anything can be important, no matter who makes it nor how small it is. I wanted to see how you work. May I?”

“Oh, certainly, sir-we’d be honored.” Ross showed their guest around, with Morrie helping out and Art chipping in. Art was pink-faced and happy—this was his uncle, one of the world’s great, a pioneer of the Atomic Age. They inspected the test stand and the control panel. Cargraves looked properly impressed and tut-tutted over the loss of Starstruck V.

As a matter of fact he was impressed. It is common enough in the United States for boys to build and take apart almost anything mechanical, from alarm clocks to hiked-up jaloppies. It is not so common for them to understand the sort of controlled and recorded experimentation on which science is based.

Their equipment was crude and their facilities limited, but the approach was correct and the scientist recognized it.

The stainless steel mirrors used to bounce the spotlight beams over the barricade puzzled Doctor Cargraves. “Why take so much trouble to protect light bulbs?” he asked. “Bulbs are cheaper than stainless steel.”

“We were able to get the mirror steel free,” Ross explained. “The spotlight bulbs take cash money.”

The scientist chuckled. “That reason appeals to me. Well, you fellows have certainly thrown together quite a set-up. I wish I had seen your rocket before it blew up.”

“Of course the stuff we build,” Ross said diffidently, “can’t compare with a commercial unmanned rocket, say like a mailcarrier. But we would like to dope out something good enough to go after the junior prizes.”

“Ever competed?”

“Not yet. Our physics class in high school entered one last year in the novice classification. It wasn’t much—just a powder job, but that’s what got us started, though we’ve all been crazy about rockets ever since I can remember.”

“You’ve got some fancy control equipment. Where do you do your machine-shop work? Or do you have it done?” “Oh, no. We do it in the high-school shop. If the shop instructor okays you, you can work after school on your own.” “It must be quite a high school,” the physicist commented. “The one I went to didn’t have a machine shop.”

“I guess it is a pretty progressive school,” Ross agreed. “It’s a mechanical-arts-and-science high school and it has more courses in math and science and shop work than most. It’s nice to be able to use the shops. That’s where we built our telescope.”

“Astronomers too, eh?”

“Well-Morrie is the astronomer of the three of us.” “Is that so?,” Cargraves inquired, turning to Morrie.

Morrie shrugged. “Oh, not exactly. We all have our hobbies. Ross goes in for chemistry and rocket fuels. Art is a radio ham and a camera nut. You can study astronomy sitting down.”

“I see,” the physicist replied gravely. “Amatter of efficient self-protection. I knew about Art’s hobbies. By the way, Art, I owe you an apology; yesterday afternoon I took a look in your basement. But don’t worry-I didn’t touch anything.”

“Oh, I’m not worried about your touching stuff, Uncle Don,” Art protested, turning pinker, “but the place must have looked a mess.”

“It didn’t look like a drawing room but it did look like a working laboratory. I see you keep notebooks—no, I didn’t touch them, either!” “We all keep notebooks,” Morrie volunteered. “That’s the influence of Ross’s old man.”

“Dad told me he did not care,” Ross explained, “how much I messed around as long as I kept it above the tinker-toy level. He used to make me submit notes to him on everything I tried and he would grade them on clearness and completeness. After a while I got the idea and he quit.”

“Does he help you with your projects?”

“Not a bit. He says they’re our babies and we’ll have to nurse them.”

They prepared to adjourn to their clubhouse, an out-building left over from the days when the Old Ross Place was worked as a farm. They gathered up the forlorn pieces of Starstruck V, while Ross checked each item. “I guess that’s all,” he announced and started to pick up the remains.

“Wait a minute,” Morrie suggested. “We never did search for the piece that clipped Doctor Cargraves.”

“That’s right,” the scientist agreed. “I have a personal interest in that item, blunt instrument, missile, shrapnel, or whatever. I want to know how close I came to playing a harp.” Ross looked puzzled. “Come here, Art,” he said in a low voice.

“I am here. What do you want?”

“Tell me what piece is still missing-”

“What difference does it make?” But he bent over the box containing the broken rocket and checked the items. Presently he too looked puzzled. “Ross-”

“Yeah?”

“There isn’t anything missing.”

“That’s what I thought. But there has to be.”

“Wouldn’t it be more to the point,” suggested Cargraves, “to look around near where I was hit?” “I suppose so.”

They all searched, they found nothing. Presently they organized a system which covered the ground with such thoroughness that anything larger than a medium-small ant should have come to light. They found a penny and a broken Indian arrowhead, but nothing resembling a piece of the exploded rocket.

“This is getting us nowhere,” the doctor admitted. “Just where was I when you found me?” “Right in the gateway,” Morrie told him. “You were collapsed on your face and-”

“Just a minute. On my face?” “Yes. You were-”

“But how did I get knocked on my face? I was facing toward your testing ground when the lights went out. I’m sure of that. I should have fallen backwards.” “Well … I’m sure you didn’t, sir. Maybe it was a ricochet, as you said.”

“Hmm… maybe.” The doctor looked around. There was nothing near the gate which would make a ricochet probable. He looked at the spot where he had lain and spoke to himself. “What did you say, doctor?”

“Uh? Oh, nothing, nothing at all. Forget it. It was just a silly idea I had. It couldn’t be.” He straightened up as if dismissing the whole thing. “Let’s not waste any more time on my vanishing ‘blunt instrument.’ It was just curiosity. Let’s get on back.”

The clubhouse was a one-story frame building about twenty feet square. One wall was filled with Ross’s chemistry workbench with the usual clutter of test-tube racks, bunsen burners, awkward-looking, pretzel-like arrangements of glass tubing, and a double sink which looked as if it had been salvaged from a junk dealer. Ahome-made hood with a hinged glass front occupied one end of the bench. Parallel to the adjacent wall, in a little glass case, a precision balance’ of a good make but of very early vintage stood mounted on its own concrete pillar.

“We ought to have air-conditioning,” Ross told the doctor, “to do really good work.”

“You haven’t done so badly,” Cargraves commented. The boys had covered the rough walls with ply board; the cracks had been filled and the interior painted with washable enamel. The floor they had covered with linoleum, salvaged like the sink, but serviceable. The windows and door were tight. The place was clean.

“Humidity changes could play hob with some of your experiments, however,” he went on. “Do you plan to put in air-conditioning sometime?” “I doubt it. I guess the Galileo Club is about to fold up.”

“What? Oh, that seems a shame.”

“It is and it isn’t. This fall we all expect to go away to Tech.” “I see. But aren’t there any other members?”

“There used to be, but they’ve moved, gone away to school, gone in the army. I suppose we could have gotten new members but we didn’t try. Well . . we work together well and,… you know how it is.”

Cargraves nodded. He felt that he knew more explicitly than did the boy. These three were doing serious work; most of their schoolmates, even though mechanically minded, would be more interested in needling a stripped-down car up to a hundred miles an hour than in keeping careful notes.

“Well, you are certainly comfortable here. It’s a shame you can’t take it with you.” Alow, wide, padded seat stretched from wall to wall opposite the chemistry layout. The other two boys were sprawled on it, listening. Behind them, bookshelves had been built into the wall. Jules Verne crowded against Mark’s Handbook of Mechanical Engineering. Cargraves noted other old friends: H.G. Wells’ Seven Famous Novels, The Handbook of Chemistry and Physics, and Smyth’s Atomic Energy for Military Purposes. Jammed in with them, side by side with Ley’s Rockets and Eddington’s Nature of the Physical World, were dozens of puip magazines of the sort with robot men or space ships on their covers.

He pulled down a dog-eared copy of Haggard’s When the Earth Trembled and settled his long body between the boys. He was beginning to feel at home. These boys he knew; he had only to gaze back through the corridors of his mind to recognize himself.

Ross said, “If you’ll excuse me, I want to run up to the house.” Cargraves grunted, “Sure thing,” with his nose still in the book. Ross came back to announce, “My mother would like all of you to stay for lunch.”

Morrie grinned, Art looked troubled. “My mother thinks I eat too many meals over here as it is,” he protested feebly, his eyes on his uncle. Cargraves took him by the arm. “I’ll go your bail on this one, Art,” he assured him; then to Ross, “Please tell your mother that we are very happy to accept.”

At lunch the adults talked, the boys listened. The scientist, his turban bandage looking stranger than ever, hit it off well with his elders. Any one would hit it off well with Mrs. Jenkins, who could have been friendly and gracious at a cannibal feast, but the boys were not used to seeing Mr. Jenkins in a chatty mood.

The boys were surprised to find out how much Mr. Jenkins knew about atomics. They had the usual low opinion of the mental processes of adults; Mr. Jenkins they respected but had subconsciously considered him the anachronism which most of his generation in fact was, a generation as a whole incapable of realizing that the world had changed completely a few years before, at Alamogordo, New Mexico, on July 16, 1945. Yet Mr. Jenkins seemed to know who Doctor Cargraves was and seemed to know that he had been retained until recently by North American Atomics. The boys listened carefully to find out what Doctor Cargraves planned to do next, but Mr. Jenkins did not ask and Cargraves did not volunteer the information.

After lunch the three and their guest went back to the clubhouse. Cargraves spent most of the afternoon spread over the bunk, telling stories of the early days at Oak Ridge when the prospect of drowning in the inescapable, adhesive mud was more dismaying than the ever-present danger of radioactive poisoning, and the story, old but ever new and eternally exciting, of the black, rainy morning in the New Mexico desert when a great purple-and-golden mushroom had climbed to the stratosphere, proclaiming that man had at last unloosed the power    of the suns.

Then he shut up, claiming that he wanted to re-read the old H. Rider Haggard novel he had found. Ross and Morrie got busy at the bench; Art took a magazine. His eyes kept returning to his fabulous uncle. He noticed that the man did not seem to be turning the pages very often.

Quite a while later Doctor Cargraves put down his book. “What do you fellows know about atomics?”

The boys exchanged glances before Morrie ventured to answer. “Not much I guess. High-school physics can’t touch it, really, and you can’t mess with it in a home laboratory.” “That’s right. But you are interested?”

“Oh, my, yes! We’ve read what we could—Pollard and Davidson, and Gamov’s new book. But we don’t have the math for atomics.” “How much math do you have?”

“Through differential equations.”

“Huh?” Cargraves looked amazed. “Wait a minute. You guys are still in high school?” “Just graduated.”

“What kind of high school teaches differential equations? Or am I an old fuddy-duddy?”

Morrie seemed almost defensive in his explanation. “It’s a new approach. You have to pass a test, then they give you algebra through quadratics, plane and spherical trigonometry, plane and solid geometry, and plane and solid analytical geometry all in one course, stirred in together. When you finish that course- and you take it as slow or as fast as you like -you go on.”

Cargraves shook his head. “There’ve been some changes made while I was busy with the neutrons. Okay, Quiz Kids, at that rate you’ll be ready for quantum theory and wave mechanics before long. But I wonder how they go about cramming you this way? Do you savvy the postulational notion in math?”

“Why, I think so.” “Tell me.”

Morrie took a deep breath. “No mathematics has any reality of its own, not even common arithmetic. All mathematics is purely an invention of the mind, with no connection with the world around us, except that we find some mathematics convenient in describing things.”

“Go on. You’re doing fine!”

“Even then it isn’t real- or isn’t ‘true’ -the way the ancients thought of it. Any system of mathematics is derived from purely arbitrary assumptions, called ‘postulates’, the sort of thing the ancients called ‘axioms.’”

“Your jets are driving, kid! How about the operational notion in scientific theory? No … Art-you tell me.”

Art looked embarrassed; Morrie looked pleased but relieved. “Well, uh … the operational idea is, uh, it’s building up your theory in terms of the operations you perform, like measuring, or timing, so that you don’t go reading into the experiments things that aren’t there.”

Cargraves nodded. “That’s good enough—it shows you know what you’re talking about.” He kept quiet for a long time, then he added, “You fellows really interested in rockets?” Ross answered this time, “Why, er, yes, we are. Rockets among other things. We would certainly like to have a go at those junior prizes.”

“That’s all?”

“Well, no, not exactly. I guess we all think, well, maybe some day …” His voice trailed off.

“I think I see.” Cargraves sat up. “But why bother with the competition? After all, as you pointed out, model rockets can’t touch the full-sized commercial jobs. The prizes are offered just to keep up interest in rocketry—it’s like the model airplane meets they used to have when I was a kid. But you guys can do better than that—why don’t you go in for the senior prizes?”

Three sets of eyes were fixed on him. “What do you mean?” Cargraves shrugged. “Why don’t you go to the moon with me?”

Chapter 3 – CUT-RATE COLUMBUS

THE SILENCE THAT FILLED THE clubhouse had a solid quality, as if one could slice it and make sandwiches. Ross recovered his voice first. “You don’t mean it,” he said in a hushed tone.

“But I do,” Doctor Cargraves answered evenly. “I mean it quite seriously. I propose to try to make a trip to the moon. I’d like to have you fellows with me. Art,” he added, “close your mouth. You’ll make a draft.”

Art gulped, did as he was told, then promptly opened it again. “But look,” he said, his words racing, “Uncle Don, if you take us—I mean, how could we-or if we did, what would we use for

—how do you propose-“

“Easy, easy!” Cargraves protested. “All of you keep quiet and I’ll tell you what I have in mind. Then you can think it over and tell me whether or not you want to go for it.” Morrie slapped the bench beside him. “I don’t care,” he said, “I don’t care if you’re going to try to fly there on your own broom—I’m in. I’m going along.”

“So am I,” Ross added quickly, moistening his lips.

Art looked wildly at the other two. “But I didn’t mean that I wasn’t—I was just asking—Oh, shucks! Me, too! You know that.” The young scientist gave the impression of bowing without getting up.

“Gentlemen, I appreciate the confidence you place in me. But you are not committed to anything just yet.” “But-“

“So kindly pipe down,” he went on, “and I’ll lay out my cards, face up. Then we’ll talk. Have you guys ever taken an oath?” “Oh, sure—Scout Oath, anyhow.”

“I was a witness in court once.”

“Fine. I want you all to promise, on your honor, not to spill anything I tell you without my specific permission, whether we do business or not. It is understood that you are not bound   thereby to remain silent if you are morally obligated to speak up—you are free to tell on me if there are moral or legal reasons why you should. Otherwise, you keep mum—on your honor. How about it?”

“Yes, sir!”

“Right!”

“Check.”

“Okay,” agreed Cargraves, settling back on his spine. “That was mostly a matter of form, to impress you with the necessity of keeping your lips buttoned. You’ll understand why, later. Now here is the idea: All my life I’ve wanted to see the day when men would conquer space and explore the planets—and I wanted to take part in it. I don’t have to tell you how that feels.” He waved a hand at the book shelves. “Those books show me you understand it; you’ve got the madness yourselves. Besides that, what I saw out on your rocket grounds, what I see here, what I saw yesterday when I sneaked a look in Art’s lab, shows me that you aren’t satisfied just to dream about it and read about it—you want to do something. Right?”

“Right!” It was a chorus.

Cargraves nodded. “I felt the same way. I took my first degree in mechanical engineering with the notion that rockets were mechanical engineering and that I would need the training. I worked as an engineer after graduation until I had saved up enough to go back to school. I took my doctor’s degree in atomic physics, because I had a hunch- oh, I wasn’t the only one! -I had a hunch that atomic power was needed for practical space ships. Then came the war and the Manhattan Project. When the Atomic Age opened up a lot of people predicted that   space flight was just around the corner. But it didn’t work out that way-nobody knew how to harness the atom to a rocket. Do you know why?”

Somewhat hesitantly Ross spoke up. “Yes, I think I do.” “Go ahead.”

“Well, for a rocket you need mass times velocity, quite a bit of mass in what the jet throws out and plenty of velocity. But in an atomic reaction there isn’t very much mass and the energy comes out in radiations in all directions instead of 2 nice, lined-up jet. Just the same-“

“‘Just the same’ what?”

“Well, there ought to be a way to harness all that power. Darn it—with so much power from so little weight, there ought to be some way.”

“Just what I’ve always thought,” Cargraves said with a grin. “We’ve built atomic plants that turn out more power than Boulder Dam. We’ve made atomic bombs that make the two used in the war seem like firecrackers. Power to burn, power to throw away. Yet we haven’t been able to hook it to a rocket. Of course there are other problems. An atomic power plant takes a lot   of shielding to protect the operators—you know that. And that means weight. Weight is everything in a rocket. If you add another hundred pounds in dead load, you have to pay for it in fuel. Suppose your shield weighed only a ton—how much fuel would that cost you, Ross?”

Ross scratched his head. “I don’t know what kind of fuel you mean nor what kind of a rocket you are talking about—what you want it to do.”

“Fair enough,” the scientist admitted. “I asked you an impossible question. Suppose we make it a chemical fuel and a moon rocket and assume a mass-ratio of twenfy to one. Then for a shield weighing a ton we have to carry twenty tons of fuel.”

Art sat up suddenly. “Wait a minute, Uncle Don.” “Yes?”

“If you use a chemical fuel, like alcohol and liquid oxygen say, then you won’t need a radiation shield.”

“You got me, kid. But that was just for illustration. If you had a decent way to use atomic power, you might be able to hold your mass-ratio down to, let’s say, one-to-one. Then a one-ton shield would only require one ton of fuel to carry it. That suit you better?”

Art wriggled in excitement. “I’ll say it does. That means a real space ship. We could go anywhere in it!”

“But we’re still on earth,” his uncle pointed out dryly. “I said ‘if.’ Don’t burn out your jets before you take off. And there is still a third hurdle: atomic power plants are fussy to control—hard to turn on, hard to turn off. But we can let that one alone till we come to it. I still think we’ll get to the moon.”

He paused. They waited expectantly.

“I think I’ve got a way to apply atomic power to rockets.” Nobody stood up. Nobody cheered. No one made a speech starting, “On this historic occasion-” Instead they held their breaths, waiting for him to go on.

“Oh, I’m not going into details now. You’ll find out all about it, if we work together.” “We will!”

“Sure thing!”

“I hope so. I tried to interest the company I was with in the scheme, but they wouldn’t hold still.” “Gee whillickers! Why not?”

“Corporations are in business to make money; they owe that to their stockholders. Do you see any obvious way to make money out of a flight to the moon?” “Shucks.” Art tossed it off. “They ought to be willing to risk going broke to back a thing like this.”

“Nope. You’re off the beam, kid. Remember they are handling other people’s money. Have you any idea how much it would cost to do the research and engineering development, using the ordinary commercial methods, for anything as big as a trip to the moon?”

“No,” Art admitted. “Agood many thousands, I suppose.” Morrie spoke up. “More like a hundred thousand.”

“That’s closer. The technical director of our company made up a tentative budget of a million and a quarter.” “Whew!”

“Oh, he was just showing that it was not commercially practical. He wanted to adapt my idea to power plants for ships and trains. So I handed in my resignation.” “Good for you!”

Morrie looked thoughtful. “I guess I see,” he said slowly, “why you swore us to secrecy. They own your idea.”

Cargraves shook his head emphatically, “No, not at all. You certainly would be entitled to squawk if I tried to get you into a scheme to jump somebody else’s patent rights—even if they  held them by a yellow-dog, brain-picking contract.” Cargraves spoke with vehemence. “My contract wasn’t that sort. The company owns the idea for the purposes for which the research was carried out—power. And I own anything else I see in it. We parted on good terms. I don’t blame them. When the Queen staked Columbus, nobody dreamed that he would come back with the Empire State Building in his pocket.”

“Hey,” said Ross, “these senior prizes—they aren’t big enough. That’s why nobody has made a real bid for the top ones. The prize wouldn’t pay the expenses, not for the kind of budget you mentioned. It’s a sort of a swindle, isn’t it?”

“Not a swindle, but that’s about the size of it,” Cargraves conceded. “With the top prize only $250,000 it won’t tempt General Electric, or du Pont, or North American Atomic, or any other big research corporation. They can’t afford it, unless some other profit can be seen. As a matter of fact, a lot of the prize money comes from those corporations.” He sat up again. “But we can compete for it!”

“How?”

“I don’t give a darn about the prize money. I just want to go!” “Me too!” Ross made the statement; Art chimed in.

“My sentiments exactly. As to how, that’s where you come in. I can’t spend a million dollars, but I think there is a way to tackle this on a shoestring. We need a ship. We need the fuel. We need a lot of engineering and mechanical work. We need overhead expenses and supplies for the trip. I’ve got a ship.”

“You have? Now? Aspace ship?” Art was wide-eyed.

“I’ve got an option to buy an Atlantic freighter-rocket at scrap prices. I can swing that. It’s a good rocket, but they are replacing the manned freighters with the more economical robot- controlled jobs. It’s a V-17 and it isn’t fit to convert to passenger service, so we get it as scrap. But if I buy it, it leaves me almost broke. Under the UN trusteeship for atomics, a senior member of the Global Association of Atomic Scientists—that’s me!” he stuck in, grinning, “can get fissionable material for experimental purposes, if the directors of the Association approve. I can swing that. I’ve picked thorium, rather than uranium-235, or plutonium-never mind why. But the project itself had me stumped, just too expensive. I was about ready to try to promote it by endorsements and lecture contracts and all the other clap- trap it sometimes takes to put over scientific work -when I met you fellows.”

He got up and faced them. “I don’t need much to convert that old V-17 into a space ship. But I do need skilled hands and brains and the imagination to know what is needed and why. You’d be my mechanics and junior engineers and machine-shop workers and instrument men and presently my crew. You’ll do hard, dirty work for long hours and cook your own meals in the bargain. You’ll get nothing but coffee-and-cakes and a chance to break your necks. The ship may never leave the ground. If it does, chances are you’ll never live to tell about it. It won’t be one big adventure. I’ll work you till you’re sick of me and probably nothing will come of it. But that’s the proposition. Think it over and let me know.”

There was the nerve-tingling pause which precedes an earthquake. Then the boys were on their feet, shouting all at once. It was difficult to make out words, but the motion had been passed by acclamation; the Galileo Club intended to go to the moon.

When the buzzing had died down, Cargraves noticed that Ross’s face was suddenly grave. “What’s the matter, Ross? Cold feet already?” “No,” Ross shook his head. “I’m afraid it’s too good to be true.”

“Could be, could be. I think I know what’s worrying you. Your parents?” “Uh, huh. I doubt if our folks will ever let us do it.”

Chapter 4 – THE BLOOD OF PIONEERS

CARGRAVES LOOKED AT THEIR woebegone faces. He knew what they were faced with; a boy can’t just step up to his father and say, “By the way, old man, count me out on those plans we made for me to go to college. I’ve got a date to meet Santa Claus at the North Pole.” It was the real reason he had hesitated before speaking of his plans. Finally he said, “I’m afraid  it’s up to each of you. Your promise to me does not apply to your parents, but ask them to respect your confidence. I don’t want our plans to get into the news.”

“But look, Doctor Cargraves,” Morrie put in, “why be so secret about it? It might make our folks feel that it was just a wild-eyed kid’s dream. Why can’t you just go to them and explain where we would fit into it?”

“No,” Cargraves answered, “they are your parents. When and if they want to see me, I’ll go to them and try to give satisfactory answers. But you will have to convince them that you mean business. As to secrecy, the reasons are these: there is only one aspect of my idea that can be patented and, under the rules of the UN Atomics Convention, it can be licensed by any one who wants to use it. The company is obtaining the patent, but not as a rocket device. The idea that I can apply it to a cheap, shoestring venture into space travel is mine and I don’t want  any one else to beat me to it with more money and stronger backing. Just before we are ready to leave we will call in the reporters—probably to run a story about how we busted our

necks on the take-off.”

“But I see your point,” he went on. “We don’t want this to look like a mad-scientist-and-secret-laboratory set-up. Well, I’ll try to convince them.”

Doctor Cargraves made an exception in the case of Art’s mother, because she was his own sister. He cautioned Art to retire to his basement laboratory as soon as dinner was over and then, after helping with the dishes, spoke to her. She listened quietly while he explained. “Well, what do you think of it?

She sat very still, her eyes everywhere but on his face, her hands busy twisting and untwisting her handkerchief. “Don, you can’t do this to me.” He waited for her to go on.  “I can’t let him go, Don. He’s all I’ve got. With Hans gone… .”

“I know that,” the doctor answered gently. “But Hans has been gone since Art was a baby. You can’t limit the boy on that account.” “Do you think that makes it any easier?” She was close to tears.

“No, I don’t. But it is on Hans’ account that you must not keep his son in cotton batting. Hans had courage to burn. If he had been willing to knuckle under to the Nazis he would have stayed at Kaiser Wilhelm Institute. But Hans was a scientist. He wouldn’t trim his notion of truth to fit political gangsters. He-“

“And it killed him!”

“I know, I know. But remember, Grace, it was only the fact that you were an American girl that enabled you to pull enough strings to get him out of the concentration camp.”  “I don’t see what that’s got to do with it. Oh, you should have seen him when they let him out!” She was crying now.

“I did see him when you brought him to this country,” he said gently, “and that was bad enough. But the fact that you are American has a lot to do with it. We have a tradition of freedom, personal freedom, scientific freedom. That freedom isn’t kept alive by caution and unwillingness to take risks. If Hans were alive he would be going with me—you know that, Sis. You owe  it to his son not to keep him caged. You can’t keep him tied to your apron strings forever, anyhow. Afew more years and you will have to let him follow his own bent.”

Her head was bowed. She did not answer. He patted her shoulder. “You think it over, Sis. I’ll try to bring him back in one piece.” When Art came upstairs, much later, his mother was still sitting, waiting for him. “Arthur?”

“Yes, Mother.”

“You want to go to the moon?” “Yes, Mother.”

She took a deep breath, then replied steadily. “You be a good boy on the moon, Arthur. You do what your uncle tells you to.” “I will, Mother.”

Morrie managed to separate his father from the rest of the swarming brood shortly after dinner. “Poppa, I want to talk to you man to man.” “And how else?”

“Well, this is different. I know you wanted me to come into the business, but you agreed to help me go to Tech.”

His father nodded. “The business will get along. Scientists we are proud to have in the family. Your Uncle Bernard is a fine surgeon. Do we ask him to help with the business?” “Yes, Poppa, but that’s just it-I don’t want to go to Tech.”

“So? Another school?”

“No, I don’t want to go to school.” He explained Doctor Cargraves’ scheme, blurting it out as fast as possible in an attempt to give his father the whole picture before he set his mind. Finished, he waited.

His father rocked back and forth. “So it’s the moon now, is it? And maybe next week the sun. Aman should settle down if he expects to accomplish anything, Maurice.” “But, Poppa, this is what I want to accomplish!”

“When do you expect to start?” “You mean you’ll let me? I can?”

“Not so fast, Maurice. I did not say yes; I did not say no. It has been quite a while since you stood up before the congregation and made your speech, ‘Today I am a man-‘ That meant you were a man, Maurice, right that moment. It’s not for me to let you; it’s for me to advise you. I advise you not to. I think it’s foolishness.”

Morrie stood silent, stubborn but respectful.

“Wait a week, then come back and tell me what you are going to do. There’s a pretty good chance that you will break your neck on this scheme, isn’t there?” “Well … yes, I suppose so.”

“Aweek isn’t too long to make up your mind to kill yourself. In the meantime, don’t talk to Momma about this.” “Oh, I won’t!”

“If you decide to go ahead anyway, I’ll break the news to her. Momma isn’t going to like this, Maurice.”

Doctor Donald Cargraves received a telephone call the next morning which requested him, if convenient, to come to the Jenkins’ home. He did so, feeling, unreasonably he thought, as if he were being called in on the carpet. He found Mr. and Mrs. Jenkins in the drawing room; Ross was not in sight. Mr. Jenkins shook hands with him and offered him a chair.

“Cigarette, Doctor? Cigar?” “Neither, thank you.”

“If you smoke a pipe,” Mrs. Jenkins added, “please do so.” Cargraves thanked her and gratefully stoked up his old stinker.

“Ross tells me a strange story,” Mr. Jenkins started in. “If he were not pretty reliable I’d think his imagination was working overtime. Perhaps you can explain it.”

“I’ll try, sir.”

“Thanks. Is it true, Doctor, that you intend to try to make a trip to the moon.” “Quite true.”

“Well! Is it also true that you have invited Ross and his chums to go with you in this fantastic adventure?” “Yes, it is.” Doctor Cargraves found that he was biting hard on the stem of his pipe.

Mr. Jenkins stared at him. “I’m amazed. Even if it were something safe and sane, your choice of boys as partners strikes me as outlandish.” Cargraves explained why he believed the boys could be competent junior partners in the enterprise. “In any case,” he concluded, “being young is not necessarily a handicap. The great majority of the scientists in the Manhattan Project were very young men.”

“But not boys, Doctor.”

“Perhaps not. Still, Sir Isaac Newton was a boy when he invented the calculus. Professor Einstein himself was only twenty-six when he published his first paper on relativity—and the work had been done when he was still younger. In mechanics and in the physical sciences, calendar age has nothing to do with the case; it’s solely a matter of training and ability.”

“Even if what you say is true, Doctor, training takes time and these boys have not had time for the training you need for such a job. It takes years to make an engineer, still more years to make a toolmaker or an instrument man. Tarnation, I’m an engineer myself. I know what I’m talking about.”

“Ordinarily I would agree with you. But these boys have what I need. Have you looked at their work?” “Some of it.”

“How good is it?”

“It’s good work—within the limits of what they know.”

“But what they know is just what I need for this job. They are rocket fans now. They’ve learned in their hobbies the specialties I need.” Mr. Jenkins considered this, then shook his head. “I suppose there is something in what you say. But the scheme is fantastic. I don’t say that space flight is fantastic; I expect that the engineering problems involved will some day be solved. But space flight is not a back-yard enterprise. When it comes it will be done by the air forces, or as a project of one of the big corporations, not by half-grown boys.”

Cargraves shook his head. “The government won’t do it. It would be laughed off the floor of Congress. As for corporations, I have reason to be almost certain they won’t do it, either.” Mr. Jenkins looked at him quizzically. “Then it seems to me that we’re not likely to see space flight in our lifetimes.”

“I wouldn’t say so,” the scientist countered. “The United States isn’t the only country on the globe. It wouldn’t surprise me to hear some morning that the Russians had done it. They’ve got the technical ability and they seem to be willing to spend money on science. They might do it.”

“Well, what if they do?”

Cargraves took a deep breath. “I have nothing against the Russians; if they beat me to the moon, I’ll take off my hat to them. But I prefer our system to theirs; it would be a sour day for us  if it turned out that they could do something as big and as wonderful as this when we weren’t even prepared to tackle it, under our set-up. Anyhow,” he continued, “I have enough pride in my own land to want it to be us, rather than some other country.”

Mr. Jenkins nodded and changed his tack. “Even if these three boys have the special skills you need, I still don’t see why you picked boys. Frankly, that’s why the scheme looks rattlebrained to me. You should have experienced engineers and mechanics and your crew should be qualified rocket pilots.”

Doctor Cargraves laid the whole thing before them, and explained how he hoped to carry out his plans on a slim budget. When he had finished Mr. Jenkins said, “Then as a matter of fact you braced these three boys because you were hard up for cash?”

“If you care to put it that way.”

“I didn’t put it that way; you did. Candidly, I don’t altogether approve of your actions. I don’t think you meant any harm, but you didn’t stop to think. I don’t thank you for getting Ross and his friends stirred up over a matter unsuited to their ages without consulting their parents first.” Donald Cargraves felt his mouth grow tense but said nothing; he felt that he could not explain that he had lain awake much of the night over misgivings of just that sort.

“However,” Mr. Jenkins went on, “I understand your disappointment and sympathize with your enthusiasm.” He smiled briefly. “I’ll make you a deal. I’ll hire three mechanics- you pick them -and one junior engineer or physicist, to help you in converting your ship. When the time comes, I’ll arrange for a crew. Hiring will not be needed there, in my opinion—we will be able to pick from a long list of volunteers. Wait a minute,” he said, as Cargraves started to speak, “you’ll be under no obligation to me. We will make it a business proposition of a speculative sort. We’ll draw up a contract under which, if you make it, you assign to me a proper percentage of the prize money and of the profits from exclusive news stories, books, lectures, and so forth. Does that look like a way out?”

Cargraves took a deep breath. “Mr. Jenkins,” he said slowly, “if I had had that proposition last week, I would have jumped at it. But I can’t take it.” “Why not?”

“I can’t let the boys down. I’m already committed.”

“Would it make a difference if I told you there was absolutely no chance of Ross being allowed to go?”

“No. I will have to go looking for just such a backer as yourself, but it can’t be you. It would smack too much of allowing myself to be bought off- No offense intended, Mr. Jenkins! -to welch on the proposition I made Ross.”

Mr. Jenkins nodded. “I was afraid you would feel that way. I respect your attitude, Doctor. Let me call Ross in and tell him the outcome.” He started for the door. “Just a moment, Mr. Jenkins-“

“Yes?”

“I want to tell you that I respect your attitude, too. As I told you, the project is dangerous, quite dangerous. I think it is a proper danger but I don’t deny your right to forbid your son to risk his neck with me.”

“I am afraid you don’t understand me, Doctor Cargraves. It’s dangerous, certainly, and naturally that worries me and Mrs. Jenkins, but that is not my objection. I would not try to keep Ross out of danger. I let him take flying lessons; I even had something to do with getting two surplus army trainers for the high school. I haven’t tried to keep him from playing around with explosives. That’s not the reason.”

“May I asked what it is?”

“Of course. Ross is scheduled to start in at the Technical Institute this fall. I think it’s more important for him to get a sound basic education than for him to be first man on the moon.” He turned away again.

“Wait a minute! If it’s his education you are worried about, would you consider me a competent teacher?” “Eh? Well … yes.”

“I will undertake to tutor the boys in technical and engineering subjects. I will see to it that they do not fall behind.”

Mr. Jenkins hesitated momentarily. “No, Doctor, the matter is settled. An engineer without a degree has two strikes against him to start with. Ross is going to get his degree.” He stepped quickly to the door and called out,

“Ross!”

“Coming, Dad.” The center of the argument ran downstairs and into the room. He looked around, first at Cargraves, then anxiously at his father, and finally at his mother, who looked up from her knitting and smiled at him but did not speak. “What’s the verdict?” he inquired.

His father put it bluntly. “Ross, you start in school in the fall. I cannot okay this scheme.”

Ross’s jaw muscles twitched but he did not answer directly. Instead he said to Cargraves, “How about Art and Morrie?” “Art’s going. Morrie phoned me and said his father didn’t think much of it but would not forbid it.”

“Does that make any difference, Dad?”

“I’m afraid not. I don’t like to oppose you, son, but when it comes right down to cases, I am responsible for you until you are twenty-one. You’ve got to get your degree.”

“But … but … look, Dad. Adegree isn’t everything. If the trip is successful, I’ll be so famous that I won’t need a tag on my name to get a job. And if I don’t come back, I won’t need a degree!”

Mr. Jenkins shook his head. “Ross, my mind is made up.” Cargraves could see that Ross was fighting to keep the tears back. Somehow it made him seem older, not younger. When he spoke again his voice was unsteady. “Dad?”

“Yes, Ross?”

“If I can’t go, may I at least go along to help with the rebuilding job? They’ll need help.”

Cargraves looked at him with new interest. He had some comprehension of what the proposal would cost the boy in heartache and frustration. Mr. Jenkins looked surprised but answered quickly. “You may do that up till the time school opens.”

“Suppose they aren’t through by then? I wouldn’t want to walk out on them.”

“Very well. If necessary you can start school the second semester. That is my last concession.” He turned to Doctor Cargraves. “I shall count on you for some tutoring.” Then to his son,  “But that is the end of the matter, Ross. When you are twenty-one you can risk your neck in a space ship if you like. Frankly, I expect that there will still be plenty of chance for you to attempt the first flight to the moon if you are determined to try it.” He stood up.

“Albert.”

“Eh? Yes, Martha?,” he turned deferentially to his wife.

She laid her knitting in her lap and spoke emphatically. “Let him go, Albert!” “Eh? What do you mean, my dear?”

“I mean, let the boy go to the moon, if he can. I know what I said, and you’ve put up a good argument for me. But I’ve listened and learned. Doctor Cargraves is right; I was wrong. We can’t expect to keep them in the nest.”

“Oh, I know what I said,” she went on, “but a mother is bound to cry a little. Just the same, this country was not built by people who were afraid to go. Ross’s great-great-grandfather crossed the mountains in a Conestoga wagon and homesteaded this place. He was nineteen, his bride was seventeen. It’s a matter of family record that their parents opposed the move.” She stirred suddenly and one of her knitting needles broke.

“I would hate to think that I had let the blood run thin.” She got up and went quickly from the room.

Mr. Jenkins’ shoulders sagged. “You have my permission, Ross,” he said presently. “Doctor, I wish you good luck. And now, if you will excuse me. He followed his wife.

Chapter 5 – GROWING PAINS

“HOW MUCH FARTHER?” The noise of the stripped-down car combined with desert wind caused Art to shout. “Look at the map,” Ross said, his hands busy at the wheel in trying to avoid  a jack rabbit. “It’s fifty-three miles from Route 66 to the turn-off, then seven miles on the turn-off.”

“We left Highway 66 about thirty-nine, forty miles back,” Art replied. “We oughtto be in sight of the turn-off before long.” He squinted out across bare, colorful New Mexico countryside. “Did you ever see so much wide-open, useless country? Cactus and coyotes—what’s it good for?”

“I like it,” Ross answered. “Hang on to your hat.” There was a flat, straight stretch ahead, miles along; Ross peeled off and made the little car dig … seventy … eighty … ninety … ninety- five. The needle quivered up toward three figures.”

“Hey, Ross?”

“Yeah?”

“This rig ain’t young any more. Why crack us up?” “Sissy,” said Ross, but he eased up on the gas.

“Not at all,” Art protested. “If we kill ourselves trying to get to the moon, fine—we’re heroes. But if we bust our fool necks before we start, we’ll just look silly.” “Okay, okay—is that the turn-off?”

Adirt road swung off to the right and took out over the desert. They followed it about a quarter of a mile, then pulled up at a steel gate barring the road. Astrong fence, topped by barbed wire, stretched out in both directions. There was a sign on the gate:

DANGER

Unexploded Shells

Enter this area at your own risk. Disturb nothing – report all suspicious objects to the District Forester.

“This is it,” Ross stated. “Got the keys?” The area beyond was an abandoned training ground of the war, part of more than 8,000,000 acres in the United States which had been rendered useless until decontaminated by the hazardous efforts of army engineer specialists. This desert area was not worth the expense and risk of decontamination, but it was ideal for Cargraves; it assured plenty of room and no innocent bystanders—and it was rent free, loaned to the Association of Atomic Scientists, on Cargraves’ behalf.

Art chucked Ross some keys. Ross tried them, then said, “You’ve given me the wrong keys.” “I don’t think so. Nope,” he continued, “those are the keys Doc sent.”

“What do we do?” “Bust the lock, maybe.”

“Not this lock. Do we climb it?”

“With the rig under one arm? Be your age.”

Acar crawled toward them, its speed lost in the vastness of the desert. It stopped near them and a man in a military Stetson stuck his head out. “Hey, there!” Art muttered, “Hey, yourself,” then said, “Good morning.”

“What are you trying to do?” “Get inside.”

“Don’t you see the sign? Wait a minute—either one of you named Jenkins?” “He’s Ross Jenkins. I’m Art Mueller.”

“Pleased to know you. I’m the ranger hereabouts. Name o’ Buchanan. I’ll let you in, but I don’t rightly know as I should.” “Why not?” Ross’s tone was edgy. He felt that they were being sized up as youngsters.

“Well … we had a little accident in there the other day. That’s why the lock was changed.” “Accident?”

“Man got in somehow—no break in the fence. He tangled with a land mine about a quarter of a mile this side of your cabin.” “Did it … kill him?”

“Deader ‘n a door nail. I spotted it by the buzzards. See here—I’ll let you in; I’ve got a copy of your permit. But don’t go exploring. You stay in the marked area around the cabin, and stay on the road that follows the power line.”

Ross nodded. “We’ll be careful.”

“Mind you are. What are you young fellows going to do in there, anyway? Raise jack-rabbits?” “That’s right. Giant jack-rabbits, eight feet tall.”

“So? Well, keep ‘em inside the marked area, or you’ll have jack-rabbit hamburger.”

“We’ll be careful,” Ross repeated. “Any idea who the man was that had the accident? Or what he was doing here?”

“None, on both counts. The buzzards didn’t leave enough to identify. Doesn’t make sense. There was nothing to steal in there; it was before your stuff came.” “Oh, it’s here!”

“Yep. You’ll find the crates stacked out in the open. He wasn’t a desert man,” the Ranger went on. “You could tell by his shoes. Must ‘a’ come by car, but there was no car around. Doesn’t make sense.” “No, it doesn’t seem to,” Ross agreed, “but he’s dead, so that ends it.” “Correct. Here are your keys. Oh, yes-” He put his hand back in his pocket. “Almost forgot. Telegram for you.”

“For us? Oh, thanks!”

“Better put up a mail box out at the highway,” Buchanan suggested. “This reached you by happenstance.” “We’ll do that,” Ross agreed absently, as he tore open the envelope.

“So long.” Buchanan kicked his motor into life. “So long, and thanks again.”

“For Heaven’s sake, what does it say?,” Art demanded.

“Read it:”

PASSED FINAL TESTS TODAY. LEAVING SATURDAY. PLEASE PROVIDE BRASS BAND, DANCING GIRLS, AND TWO FATTED CALVES—ONE RARE, ONE MEDIUM. (signed) DOC AND MORRIE.

Ross grinned. “Imagine that! Old Morrie a rocket pilot! I’ll bet his hat doesn’t fit him now.” “I’ll bet it doesn’t. Darn! We all should have taken the course.”

“Relax, relax. Don’t be small about it—we’d have wasted half the summer.” Ross dismissed the matter.

Art himself did not understand his own jealousy. Deep inside, it was jealousy of the fact that Morrie had been able to go to Spaatz Field in the company of Art’s idolized uncle, rather than the purpose of the trip. All the boys had had dual-control airplane instruction; Morrie had gone on and gotten a private license. Under the rules- out of date, in Art’s opinion -an airplane pilot could take a shortened course for rocket pilot. Doctor Cargraves held a slightly dusty aircraft license some fifteen years old. He had been planning to qualify for rocket operation; when he found that Morrie was eligible it was natural to include him.

This had left Ross and Art to carry out numerous chores for the enterprise, then to make their own way to New Mexico to open up the camp.

The warning to follow the power line had been necessary; the boys found the desert inside pock-marked by high explosive and criss-crossed with tracks, one as good as another, carved years before by truck and tank and mobile carrier. The cabin itself they found to be inside a one-strand corral a quarter of a mile wide and over a mile long. Several hundred yards beyond the corral and stretching away for miles toward the horizon was an expanse which looked like a green, rippling lake—the glassy crater of the atom bomb test of 1951, the UN’s    Doomsday Bomb.

Neither the cabin nor the piled-up freight could hold their attention until they had looked at it. Ross drove the car to the far side of the enclosure and they stared. Art gave a low respectful whistle. “How would you like to have been under that?” Ross inquired in a hushed voice.

“Not any place in the same county—or the next county. How would you like to be in a city when one of those things goes off?”

Ross shook his head. “I want to zig when it zags. Art, they better never have to drop another one, except in practice. If they ever start lobbing those things around, it ‘ud be the end of civilization.”

“They won’t,” Art assured him. “What d’you think the UN police is for? Wars are out. Everybody knows that.” “You know it and I know it. But I wonder if everybody knows it?”

“It’ll be just too bad if they don’t.” “Yeah—too bad for us.”

Art climbed out of the car. “I wonder if we can get down to it? “Well, don’t try. We’ll find out later.”

“There can’t be any duds in the crater or anywhere in the area—not after that.”

“Don’t forget our friend that the buzzards ate. Duds that weren’t exposed to the direct blast might not go off. This bomb was set off about five miles up.” “Huh? I thought-“

“You were thinking about the test down in Chihuahua. That was a ground job. Come on. We got work to do.” He trod on the starter.

The cabin was pre-fab, moved in after the atom bomb test to house the radioactivity observers. It had not been used since and looked it. “Whew! What a mess,” Art remarked. “We should have brought a tent.”

“It’ll be all right when we get it fixed up. Did you see kerosene in that stuff outside?” “Two drums of it.”

“Okay. I’ll see if I can make this stove work. I could use some lunch.” The cabin was suitable, although dirty. It had drilled well; the water was good, although it had a strange taste. There were six rough bunks needing only bedding rolls. The kitchen was the end of the room, the dining room a large pine table, but there were shelves, hooks on the walls, windows, a tight roof overhead. The stove worked well, even though it was smelly; Ross produced scrambled eggs, coffee, bread and butter, German-fried potatoes, and a bakery apple pie with only minor burns and mishaps.

It took all day to clean the cabin, unload the car, and uncrate what they needed at once. By the time they finished supper, prepared this time by Art, they were glad to crawl into their sacks. Ross was snoring gently before Art closed his eyes. Between Ross’s snores and the mournful howls of distant coyotes Art was considering putting plugs in his ears, when the morning sun woke him up.

“Get up, Ross!”

“Huh? What? Wassamatter?”

“Show a leg. We’re burning daylight.”

“I’m tired,” Ross answered as he snuggled back into the bedding. “I think I’ll have breakfast in bed.” “You and your six brothers. Up you come—today we pour the foundation for the shop.”

“That’s right.” Ross crawled regretfully out of bed. “Wonderful weather—I think I’ll take a sun bath.” “I think you’ll get breakfast, while I mark out the job.”

“Okay, Simon Legree.”

The machine shop was a sheet metal and stringer affair, to be assembled. They mixed the cement with the sandy soil of the desert, which gave them a concrete good enough for a temporary building. It was necessary to uncrate the power tools and measure them before the fastening bolts could be imbedded in the concrete. Ross watched as Art placed the last bolt. “You sure we got ‘em all?”

“Sure. Grinder, mill, lathe-” He ticked them off. “Drill press, both saws-“

They had the basic tools needed for almost any work. Then they placed bolts for the structure itself, matching the holes in the metal sills to the bolts as they set them in the wet concrete. By nightfall they had sections of the building laid out, each opposite its place, ready for assembly. “Do you think the power line will carry the load?” Art said anxiously, as they knocked off.

Ross shrugged. “We won’t be running all the tools at once. Quit worrying, or we’ll never get to the moon. We’ve got to wash dishes before we can get supper.”

By Saturday the tools had been hooked up and tested, and Art had rewound one of the motors. The small mountain of gear had been stowed and the cabin was clean and reasonably orderly. They discovered in unpacking cases that several had been broken open, but nothing seemed to have been hurt. Ross was inclined to dismiss the matter, but Art was worried. His precious radio and electronic equipment had been gotten at.

“Quit fretting,” Ross advised him. “Tell Doc about it when he comes. The stuff was insured.” “It was insured in transit,” Art pointed out. “By the way, when do you think they will get here?”

“I can’t say,” Ross answered. “If they come by train, it might be Tuesday or later. If they fly to Albuquerque and take the bus, it might be tomorrow—what was that?” He glanced up.

“Where?” asked Art.

“There. Over there, to your left. Rocket.”

“So it is! It must be a military job; we’re off the commercial routes. Hey, he’s turned on his nose jets!” “He’s going to land. He’s going to land here!”

“You don’t suppose?”

“I don’t know. I thought—there he comes! It can’t-” His words were smothered when the thunderous, express-train roar reached them, as the rocket decelerated. Before the braking jets had been applied, it was traveling ahead of its own din, and had been, for them, as silent as thought. The pilot put it down smoothly not more than five hundred yards from them, with a last blast of the nose and belly jets which killed it neatly.

They began to run.

As they panted up to the sleek, gray sides of the craft, the door forward of the stub wings opened and a tall figure jumped down, followed at once by a smaller man. “Doc! Morrie!”

“Hi, sports!” Cargraves yelled. “Well, we made it. Is lunch ready?”

Morrie was holding himself straight, almost popping with repressed emotion. “I made the landing,” he announced.

“You did?” Art seemed incredulous.

“Sure. Why not? I got my license. Want to see it?”

“‘Hot Pilot Abrams,’ it says here,” Ross alleged, as they examined the document. “But why didn’t you put some glide on it? You practically set her down on her jets.” “Oh, I was practicing for the moon landing.”

“You were, huh? Well, Doc makes the moon landing or I guarantee I don’t go.”

Cargraves interrupted the kidding. “Take it easy. Neither one of us will try an airless landing.”

Morrie looked startled. Ross said, “Then who-“ “Art will make the moon landing.”

Art gulped and said, “Who? Me?”

“In a way. It will have to be a radar landing; we can’t risk a crack-up on anything as hard as an all jet landing when there is no way to walk home. Art will have to modify the circuits to let the robot-pilot do it. But Morrie will be the stand-by,” he went on, seeing the look on Morrie’s face. “Morrie’s reaction time is better than mine. I’m getting old. Now how about lunch? I want to change clothes and get to work.”

Morrie was dressed in a pilot’s coverall, but Cargraves was wearing his best business suit. Art looked him over. “How come the zoot suit, Uncle? You don’t look like you expected to come by rocket. For that matter, I thought the ship was going to be ferried out?”

“Change in plans. I came straight from Washington to the field and Morrie took off as soon as I arrived. The ship was ready, so we brought it out ourselves, and saved about five hundred bucks in ferry pilot charges.” “Everything on the beam in Washington?” Ross asked anxiously.

“Yes, with the help of the association’s legal department. Got some papers for each of you to sign. Let’s not stand here beating our gums. Ross, you and I start on the shield right away. After we eat.”

“Good enough.”

Ross and the doctor spent three days on the hard, dirty task of tearing out the fuel system to the tail jets. The nose and belly jets, used only in maneuvering and landing, were left unchanged. These operated on aniline and nitric fuel; Cargraves wanted them left as they were, to get around one disadvantage of atomic propulsion-the relative difficulty in turning the power off and on when needed.

As they worked, they brought each other up to date. Ross told him about the man who had tangled with a dud land mine. Cargraves paid little attention until Ross told him about the crates that had been opened. Cargraves laid down his tools and wiped sweat from his face. “I want the details on that,” he stated.

“What’s the matter, Doc? Nothing was hurt.”

“You figure the dead man had been breaking into the stuff?”

“Well, I thought so until I remembered that the Ranger had said flatly that this bozo was already buzzard meat before our stuff arrived.” Cargraves looked worried and stood up. “Where to, Doc?”

“You go ahead with the job,” the scientist answered absently. “I’ve got to see Art.” Ross started to speak, thought better of it, and went back to work.

“Art,” Cargraves started in, “what are you and Morrie doing now?”

“Why, we’re going over his astrogation instruments. I’m tracing out the circuits on the acceleration integrator. The gyro on it seems to be off center, by the way.” “It has to be. Take a look in the operation manual. But never mind that. Could you rig an electric-eye circuit around this place?”

“I could if I had the gear.”

“Never mind what you might do ‘if’—what can you do with the stuff you’ve got?”

“Wait a minute, Uncle Don,” the younger partner protested. “Tell me what you want to do—I’ll tell you if I can wangle it.” “Sorry. I want a prowler circuit around the ship and cabin. Can you do it?”

Art scratched his ear. “Let me see. I’d need photoelectric cells and an ultraviolet light. The rest I can piece together. I’ve got two light meters in my photo kit; I could rig them for the cells, but I don’t know about UVlight. If we had a sun lamp, I could filter it. How about an arc? I could jimmy up an arc.”

Cargraves shook his head. “Too uncertain. You’d have to stay up all night nursing it. What else can you do?”

“Mmmm… . Well, we could use thermocouples maybe. Then I could use an ordinary floodlight and filter it down to infra-red.” “How long would it take? Whatever you do, it’s got to be finished by dark, even if it’s only charging the top wire of the fence.” “Then I’d better do just that,” Art agreed, “if that—Say!”

“Say what?”

“Instead of giving the fence a real charge and depending on shocking anybody that touches it, I’ll just push a volt or two through it and hook it back in through an audio circuit with plenty of gain. I can rig it so that if anybody touches the fence it will howl like a dog. How’s that?”

“That’s better. I want an alarm right now. Get hold of Morrie and both of you work on it.” Cargraves went back to his work, but his mind was not on it. The misgivings which he had felt at the time of the mystery of the missing ‘blunt instrument’ were returning. Now more mysteres—his orderly mind disliked mysteries.

He started to leave the rocket about an hour later to see how Art was making out. His route led him through the hold into the pilot compartment. There he found Morrie. His eyebrows went up. “Hi, sport,” he said. “I thought you were helping Art.”

Morrie looked sheepish. “Oh, that!” he said. “Well, he did say something about it. But I was busy.” He indicated the computer, its cover off. “Did he tell you I wanted you to help him?”

“Well, yes—but he didn’t need my help. He can do that sort of work just as well alone.”

Cargraves sat down. “Morrie,” he said slowly, “I think we had better have a talk. Have you stopped to think who is going to be second-in-command of this expedition?”   Morrie did not answer. Cargraves went on. “It has to be you, of course. You’re the other pilot. If anything happens to me the other two will have to obey you. You realize that?” “Art won’t like that.” Morrie’s voice was a mutter.

“Not as things stand now. Art’s got his nose out of joint. You can’t blame him—he was disappointed that he didn’t get to take pilot training, too.” “But that wasn’t my fault.”

“No, but you’ve got to fix it. You’ve got to behave so that, if the time comes, they’ll want to take your orders. This trip is no picnic. There will be times when our lives may depend on instant obedience. I put it to you bluntly, Morrie—if I had had a choice I would have picked Ross for my second-incommand—he’s less flighty than you are. But you’re it, and you’ve got to live up to it. Otherwise we don’t take off.”

“Oh, we’ve got to take off! We can’t give up now!”

“We’ll make it. The trouble is, Morrie,” he went on, “American boys are brought up loose and easy. That’s fine. I like it that way. But there comes a time when loose and easy isn’t enough, when you have to be willing to obey, and do it wholeheartedly and without argument. See what I’m driving at?”

“You mean you want me to get on back to the shop and help Art.”

“Correct.” He swung the boy around and faced him toward the door, slapped him on the back and said, “Now git!” Morrie “got.” He paused at the door and flung back over his shoulder,

“Don’t worry about me, Doc. I can straighten out and fly right.” “Roger!” Cargraves decided to have a talk with Art later.

Chapter 6 – DANGER IN THE DESERT

THE SPACE SUITS WERE delivered the next day, causing another break in the work, to Cargraves’ annoyance. However, the boys were so excited over this evidence that they were actually preparing to walk on the face of the moon that he decided to let them get used to the suits.

The suits were modified pressurized stratosphere suits, as developed for the air forces. They looked like diving suits, but were less clumsy. The helmets were “goldfish bowls” of Plexiglas, laminated with soft polyvinyl-butyral plastic to make them nearly shatter-proof. There were no heating arrangements. Contrary to popular belief, vacuum of outer space has no temperature; it is neither hot nor cold. Man standing on the airless moon would gain or lose heat only by radiation, or by direct contact with the surface of the moon. As the moon was believed to vary from extreme sub-zero to temperatures hotter than boiling water, Cargraves had ordered thick soles of asbestos for the shoes of the suits and similar pads for the seats of the pants of each suit, so that they could sit down occasionally without burning or freezing. Overgloves of the same material completed the insulation against contact. The suits were  so well insulated, as well as air-tight, that body heat more than replaced losses through radiation. Cargraves would have preferred thermostatic control, but such refinements could be  left to the pioneers and colonists who would follow after. Each suit had a connection for an oxygen bottle much larger and heavier than the jump bottle of an aviator, a bottle much too heavy to carry on earth but not too heavy for the surface of the moon, where weight is only one-sixth that found on earth.

The early stratosphere suits tended to starfish and become rigid, which made the simplest movements an effort. In trying on his own suit, Cargraves was pleased to find that these suits were easy to move around in, even when he had Ross blow him up until the suit was carrying a pressure of three atmospheres, or about forty-five pounds to the square inch. The constant-volume feature, alleged for the de-Camp joints, appeared to be a reality.

Cargraves let them experiment, while seeing to it that as many field tests as possible were made to supplement the manufacturer’s laboratory tests. Then the suits were turned over to Art for installation of walky-talky equipment.

The following day the doctor turned all the boys to work on the conversion of the drive mechanism. He was expecting delivery of the atomic fission element thorium; the anti-radiation  shield had to be ready. This shield was constructed of lead, steel, and organic plastic, in an arrangement which his calculations indicated would be most effective in screening the alpha, beta, and gamma radiations and the slippery neutrons, from the forward part of the rocket.

Of these radiations, the gamma are the most penetrating and are much like X-rays. Alpha particles are identical with the nuclei of helium atoms; beta particles are simply electrons moving at extremely high speeds. Neutrons are the electrically uncharged particles which make up much of the mass of most atomic nuclei and are the particles which set off or trigger the mighty explosions of atomic bombs.

All of these radiations are dangerous to health and life.

The thorium drive unit was to be shielded only on the forward side, as radiations escaping to outer space could be ignored. Morrie had landed the rocket with one side facing the cabin, inside the corral. It was now necessary to jack the rocket around until the tubes pointed away from the cabin, so that radiations, after the thorium was in place, would go harmlessly out across the crater of the Doomsday Bomb and, also, so that the rocket would be in position for a captive test run with the exhaust directed away from the cabin.

The jacking-around process was done with hydraulic jacks, muscle, and sweat, in sharp contrast to the easy-appearing, powered manipulation of rockets by dolly and cradle and mobile sling, so familiar a sight on any rocket field. It took all of them until late afternoon. When it was over Cargraves declared a holiday and took them on a long-promised trip into the  DoomsdayCrater.

This bomb site has been pictured and described so much and the boys were so used to seeing it in the distance that the thrill of being in it was limited. Nevertheless the desolation, the utter deadness, of those miles and miles of frozen, glassy waste made their flesh creep. Cargraves marched ahead, carrying a Geiger radiation counter, of the sort used to prospect for uranium in Canada during the war. This was largely to impress the boys with the necessity for unsleeping watchfulness in dealing with radioactive elements. He did not really expect to hear the warning rattle of danger in the ear phones; the test had been made so long before that the grim lake was almost certainly as harmless as the dead streets of Hiroshima.

But it put them in the mood for the lecture he had in mind. “Now, listen, sports,” he started in when they got back, “day after tomorrow the thorium arrives. From then on the holiday is over. This stuff is poison. You’ve got to remember that all the time.”

“Sure,” agreed Morrie. “We all know that.”

“You know it at the tops of your minds. I want you to know it every minute, way down in your guts. We’ll stake out the unshielded area between the ship and the fence. If your hat blows into that stretch, let it stay there, let it rot—but don’t go after it.”

Ross looked perturbed. “Wait a second, Doc. Would it really hurt anything to expose yourself for just a few seconds?”

“Probably not,” Cargraves agreed, “provided that were all the dosage you ever got. But we will all get some dosage all the time, even through the shield. Radioactivity accumulates its poisonous effect. Any exposure you can possibly avoid, you must avoid. It makes your chances better when you get a dose of it accidentally. Art!”

“Uh? Yes, sir!”

“From now on you are the medical officer. You must see to it that everybody wears his X-ray film all the time- and I mean all the time -and his electroscope. I want you to change the films and develop them and check the electroscopes according to the dose in the manual. Complete charts on everything, and report to me each Friday morning—oftener if you find anything outside the limits. Got me?”

“Got you, Doc.”

“Besides that, you arrange for blood counts once a week for everybody, over in town.” “I think I could learn to do a blood count myself,” Art offered.

“You let the regular medic do it. You’ve got enough to worry about to keep all the electronic equipment purring along properly. One more thing.” He looked around him, waiting to get their full attention. “If any one shows the possibility of overdosage of radiation, by film or by blood count or whatever, I will have to send him home for treatment. It won’t be a case of ‘just one more chance.’ You are dealing with hard facts herd—not me, but natural laws. If you make a mistake, out you go and we’ll have to find somebody to take your place.”

They all nodded solemnly. Art said, “Doc?” “Suppose it’s your film that shows the overdosage?”

“Me? Not likely! If it does you can kick me all the way to the gate—I’m afraid of that stuff!

“Just the same,” he went on more seriously, “you run the same checks on me as on everybody else. Now let’s have supper. I want you and Morrie to do the KP tonight, so that Ross can start his study period right after supper. Ross, you and I are getting up at five, so let’s hit the sack early.” “Okay. What’s cookin’?”

“Trip into Albuquerque—shopping.” He was reluctant to explain. The place had no firearms. They had seemed a useless expense—many a man has spent years in the desert without shooting off anything but his mouth, he had reasoned. As for the dreamed of trip, what could one shoot on the moon? But signs of prowlers, even in this fenced and forbidding area, had him nervous. Art’s watch-dog fence was tested each night and Art slept with the low power-hum of the hot circuit in his ears; thus far there had been no new alarm. Still he was nervous.

Cargraves was awakened about three A.M. to find Art shaking his shoulder and light pouring in his eyes. “Doc! Doc! Wake up!” “Huh? Wassamatter?”

“I got a squawk over the loudspeaker.”

Cargraves was out of bed at once. They bent over the speaker. “I don’t hear anything.”

“I’ve got the volume low, but you’d hear it. There it is again—get it?” There had been an unmistakable squawk from the box. “Shall I wake the others?” “Mmmm … no. Not now. Why did you turn on the light?”

“I guess I wanted it,” Art admitted.

“I see.” Cargraves hauled on trousers and fumbled with his shoes. “I want you to turn out the lights for ten seconds. I’m going out that window. If I’m not back in twenty minutes, or if you hear anything that sounds bad, wake the boys and come get me. But stay together. Don’t separate for any reason.” He slipped a torch in his pocket. “Okay.”

“You ought not to go by yourself.”

“Now, Art. I thought we had settled such matters.” “Yes, but—oh, well !” Art posted himself at the switch.

Cargraves was out the window and had cat-footed it around behind the machine shop before the light came on again. He lurked in the shadow and let his eyes get used to the darkness.

It was a moonless night, clear and desert sharp. Orion blazed in the eastern sky. Cargraves soon was able to pick out the sage bushes, the fence posts, the gloomy bulk of the ship a hundred yards away.

The padlock on the machine shop was undisturbed and the shop’s windows were locked. Doing his best to take advantage of the scanty cover, he worked his way down to the ship. The door was ajar. He could not remember whether he or Ross had been last man out. Even if it had been Ross, it was not like Ross to fail to lock the door.

He found that he was reluctant to enter the craft. He wished that he had not put off buying guns; a forty-five in his hand would have comforted him. He swung the door open and  scrambled in fast, ducking quickly away from the door, where his silhouette would make a target. He crouched in the darkness, listening and trying to slow his pounding heart. When he was sure he could hear nothing, he took the flashlight, held it at arm’s length away from him and switched it on.

The piloting compartment was empty. Somewhat relieved, he sneaked back through the hold, empty also, and into the drive compartment. Empty. Nothing seemed disturbed.

He left the ship cautiously, this time making sure that the door was locked. He made a wide sweep around the cabin and machine shop and tried to assure himself that no one was inside the corral. But in the starlight, fifty men might have hidden in the sage, simply by crouching down and holding still.

He returned to the cabin, whistling to Art as he approached. “About time you got back,” Art complained. “I was just about to roust out the others and come and get you. Find anything?” “No. Anything more out of the squawk box?”

“Not a peep.”

“Could it have been a coyote brushing against the wire?”

“How would a coyote get through the outer fence?” Art wanted to know. “Dig under it. There are coyotes in here. We’ve heard them.”

“You can’t tell how far a coyote is from you by its howl.”

“Listen to the old desert rat! Well, leave the light on, but go back to bed. I’ll be awake. I’ve got to be up in another hour in any case. Crawl in the sack.” Cargraves settled down to a pipe and some thought.

Cargraves was too busy on the trip to Albuquerque to worry about the preceding night. Ross’s style of herding his hot rod left little time to think about anything but the shortness of life and the difficulty of hanging on to his hat. But Ross poured them into the city with plenty of time for shopping.

Cargraves selected two Garand rifles, Army surplus stock at a cheap price, and added a police thirty-eight special, on a forty-five frame. His mouth watered at a fancy sporting rifle with telescopic sights, but money was getting short; a few more emergency purchases or any great delay in starting would bankrupt the firm.

He ordered a supply of army-style C-rations and K-rations for the trip. Ross remarked privately, while the clerk wrote up the order, “In most stories about space travel, they just eat pills of concentrated food. Do you think it will ever come to that?”

“Not with my money,” the physicist answered. “You guys can eat pills if you want to. I want food I can get my teeth in.” “Check,” said Ross.

They stopped at a nursery where Cargraves ordered three dozen young rhubarb plants. He planned to use a balanced oxygen-carbon-dioxide air-refreshing system during the stay on the moon, if possible, and the plants were to supply the plantlife half of the cycle. Enough liquid oxygen would be carted along for breathing throughout the round trip, but a “balanced aquarium” arrangement for renewing their air supply would enable them to stay on the moon as long as their food lasted.

The chemical fertilizers needed for hydroponic farming of the rhubarb were ordered also. This done, they grabbed a chocolate malt and a hamburger apiece and high-tailed it for the camp.

Morrie and Art swarmed out of the machine shop as they arrived. “Hi, Doc! Hi, Ross! What’s the good word?”

Ross showed them the guns. Art was eager to try them and Cargraves okayed it. Morrie hung back and said, “By the way, Doc, the CAB inspector was here today.” “The what?”

“The Civil Aeronautics inspector. He had a letter from you.” “From me? What did it say?”

“Why, it requested them to send an inspector to go over the rebuilt parts of the rocket and approve it for flight. I told him it wasn’t ready.” “What else did you say? Did you tell him it was atomic-powered?”

“No, but he seemed to know it. He knew that we planned a space flight, too. What’s the pitch, Doc? I thought you were going to keep it quiet a while longer?” “So did I,” Cargraves said bitterly. “What did you tell him?”

“Nothing—so help me. I decided you ought to handle it, so I played stupid. I tipped Art and he did the same. Did we do wrong?” he went on anxiously. “I know he was CAB, but it seemed to me he ought to talk to you. Do you suppose we offended him?”

“I hope you gave him apoplexy,” Cargraves said savagely. “He was no CAB inspector, Morrie. He was a phony.” “Huh? Why… . But he had your letter.”

“Faked. I’ll bet he’s been holed up somewhere outside the gate, waiting for me to be away. Did you leave him alone at any time?”

“No. Wait a minute—only once, for about five minutes. We were down at the ship and he sent me back for a flashlight. I’m sorry.” The boy looked miserable. “Forget it. It was the natural, polite thing to do. You didn’t know he was phony. I wonder how he got through the gate? Did he come in a car?”

“Yes. I … Was the gate locked?”

“Yes, but he might have bulldozed the forester into letting him in.” They had been moving down toward the ship as they talked. Cargraves made a quick examination of the ship, but found nothing amiss. It seemed likely that the intruder had not found what he was looking for, probably because the drive was not yet installed.

He still worried about the matter of the locked gate. “I’m going to run down to the gate,” he announced, heading for the car. “Tell the boys.” “I’ll drive you.” None of the boys approved the way Cargraves drove a car; it was one respect in which they did not look up to him. Privately, they considered his style stuffy.

“Okay. Snap it up.”

Morrie ran down toward where the other two were wasting ammunition on innocent tin cans and bellowed at them. Seconds later he had the engine revved up and was ready to gun the rig when Cargraves slid into the seat beside him.

The padlock was intact, but one link of the bullchain had been hack-sawed away and replaced with wire. “So that’s that,” Cargraves dismissed the matter. “Hadn’t we better put on a new chain?” inquired Morrie.

“Why bother? He’s still got the hacksaw.”

The trip back was gloomy. Cargraves was worried. Morrie felt responsible for not having unmasked and made prisoner the impostor. In retrospect he could think of a dozen dramatic ways to have done it. Cargraves told him to keep his lip buttoned until after supper. When the dishes were out of the way, he brought the others up to date on the ominous happenings. Art and Ross took it with grave faces but without apparent excitement. “So that’s how it is,” Ross said. “Seems like somebody doesn’t like us.”

“Why that dirty so-and-so,” Art said softly. “I thought he was too smooth. I’d like to have him on the other end of one of those Garands.”

“Maybe you will,” Cargraves answered him soberly. “I might as well admit, fellows, that I’ve been worried… .” “Shucks, we knew that when you ordered that watch-dog hook-up.”

“I suppose so. I can’t figure out why anybody would do this. Simple curiosity I can understand, once the fact leaked out- as it seems to have done -that we are after space flight. But whoever it is has more than curiosity eating him, considering the lengths he is willing to go to.”

“I’ll bet he wants to steal your space drive, Uncle Don.”

“That would make a swell adventure yarn, Art; but it doesn’t make sense. If he knows I’ve got a rocket drive, all he has to do is apply for a license to the commission and use it.” “Maybe he thinks you are holding out some secrets on the commission?”

“If he thinks so, he can post a bond for the costs and demand an examination. He wouldn’t have to fake letters, or bust open gates. If he proves it on me, I go to jail.” “The point is,” Morrie asserted, “not why he’s snooping but what we can do to stop him. I think we ought to stand watches at night.” He glanced at the two rifles.   “No,” Cargraves disagreed. “Art’s squawk circuit is better than a guard. You can’t see enough at night. I found that out.”

“Say,” put in Art. “Look—I could take the pilot radar and mount it on the roof of the cabin. With it set to scan for a landing it’ll pick up anything in the neighborhood.”

“No,” Cargraves answered, “I wouldn’t want to risk jimmying up the equipment. It’s more important to have it just right for the moon landing than it is to use it for prowlers.” “Oh, I won’t hurt it!”

“I still think,” insisted Morrie, “that getting a shot at him is the best medicine.”

“So much the better,” Art pointed out. “I’ll spot him in the scope. You wear phones with about a thousand feet of cord and I’ll coach you right up to him, in the dark. Then you got ‘im.” “Sounds good,” Morrie agreed.

“Take it easy,” Cargraves cautioned. “You fellows may think this is the Wild West but you will find that a judge will take a very sour attitude if you plug a man engaged in simple trespassing. You boys’ve read too many comic books.”

“I never touch the things,” Art denied fiercely. “Anyhow. Not often,” he amended. “If we can’t shoot, then why did you buy the guns?” Ross wanted to know.

“Fair enough. You can shoot—but you have to be certain it’s self-defense; I’ll take those guns back to the shop before I’ll have a bunch of wild men running around with blood in their eyes and an itch in their trigger fingers. The other use for the guns is to throw a scare into any more prowlers. You can shoot, but shoot where he isn’t—unless he shoots first.”

“Okay.”

“Suits.”

“I hope he shoots first!” “Any other ideas?”

“Just one,” Art answered. “Suppose our pal cut our power line. We’ve got everything on it—light, radio, even the squawk box. He could cut the line after we went to sleep and loot the whole place without us knowing it.”

Cargraves nodded. “I should have thought of that.” He considered it. “You and I will string a temporary line right now from the ship’s batteries to your squawk box. Tomorrow we’ll hook up an emergency lighting circuit.” He stood up. “Come on, Art. And you guys get busy. Study hour.”

“Study hour?” Ross protested. “Tonight? We can’t keep our minds on books—not tonight.”

“You can make a stab at it,” the doctor said firmly. “Guys have been known to write books while waiting to be hanged.”

The night passed quietly. Ross and Doc were down at the ship early the next morning, leaving Art and Morrie to work out an emergency lighting circuit from the battery of the car. Doc planned to have everything ready for the thorium when it arrived. He and Ross climbed into the rocket and got cheerfully to work. Cargraves started laying out tools, while Ross, whistling merrily off key, squeezed himself around the edge of the shield. Cargraves looked up just in time to see a bright, bright flash, then to be hit in the face by a thunderous pressure which threw him back against the side of the ship.

Chapter 7 – “WE’LL GO IF WE HAVE TO WALK”

ART WAS SHAKING HIS SHOULDER. “Doc!” he was pleading. “Doc! Wake up-are you hurt bad?” “Ross …” Cargraves said vaguely. “It’s not Ross; it’s Art.”

“But Ross—how’s Ross? Did it, did it kill him?” “I don’t know. Morrie’s with him.”

“Go find out.” “But you’re-“

“Go find out, I said!” Whereupon he passed out again.

When he came to a second time, Art was bending over him. “Uncle,” he said, “the thorium has come. What do we do?” Thorium. Thorium? His head ached, the word seemed to have no meaning.

“Uh, I’ll be out in a … what about Ross? Is he dead?” “No, he’s not dead.”

“How bad is he hurt?”

“It seems to be his eyes, mostly. He isn’t cut up any, but he can’t see. What’ll I tell them about the thorium, Uncle?” “Oh, hang the thorium! Tell them to take it back.”

“What?”

He tried to get up, but he was too dizzy, too weak. He let his head fall back and tried to collect his spinning thoughts.

“Don’t be a dope, Art,” he muttered peevishly. “We don’t need thorium. The trip is off, the whole thing was a mistake. Send it back—it’s poison.” His eyes were swimming; he closed them. “Ross …” he said.

He was again brought back to awareness by the touch of hands on his body. Morrie and Art were gently but firmly going over him. “Take it easy, Doc,” Morrie warned him. “How’s Ross?” “Well …” Morrie wrinkled his brow. “Ross seems all right, except for his eyes. He says he’s all right.”

“But he’s blind?” “Well, he can’t see.”

“We’ve got to get him to a hospital.” Cargraves sat up and tried to stand up. “Ow!” He sat down suddenly. “It’s his foot,” said Art.

“Let’s have a look at it. Hold still, Doc.” They took his left shoe off gently and peeled back the sock. Morrie felt it over. “What do you think, Art?” Art examined it. “It’s either a sprain or a break. We’ll have to have an X-ray.”

“Where’s Ross?” Cargraves persisted. “We’ve got to get him to a hospital.”

“Sure, sure,” Morrie agreed. “We’ve got to get you to one, too. We moved Ross up to the cabin.” “I want to see him.”

“Comin’ up! Have a seet, while I get the car.”

With Art’s help Cargraves managed to get up on his good foot and hobble to the door. Getting down from the ship’s door was painful, but he made it, and fell thankfully into the seat of the car.

“Who’s there?” Ross called out, as they came in with Cargraves leaning on the two boys. “All of us,” Art told him.

Cargraves saw that Ross was lying in his bunk with his eyes covered with a handkerchief. Cargraves hobbled over to him. “How is it, kid?” he said huskily. “Oh, it’s you, Doc. I’ll get by. It’ll take more than that to do me in. How are you?”

“I’m all right. How about your eyes?”

“Well,” Ross admitted, “to tell the truth, they don’t work too well. All I see is purple and green lights.” He kept his voice steady, almost cheerful, but the pulse in his neck was throbbing visibly. Cargraves started to remove the bandage. Morrie stopped him.

“Let the bandage alone, Doc,” he said firmly. “There’s nothing to see. Wait till we get him to a hospital.” “But … Okay, okay. Let’s get on with it.”

“We were just waiting for you. Art will drive you.” “What are you going to do?”

“I,” said Morrie, “am going to climb up on the roof of this shack with a load of sandwiches and a gun. I’ll still be there when you get back.” “But-” Cargraves shrugged and let the matter pass.

Morrie scrambled down when they got back and helped Cargraves hobble into the cabin. Ross was led in by Art; his eyes were bandaged professionally and a pair of dark glasses stuck out of his shirt pocket. “What’s the score?” Morrie demanded of all of them, but his eyes were fastened on Ross.

“It’s too early to tell,” Cargraves said heavily, as he eased into a chair. “No apparent damage, but the optic nerve seems paralyzed.”

Morrie clucked and said nothing. Ross groped at a chair and sat down.

“Relax,” he advised Morrie. “I’ll be all right. The flash produced a shock in the eyes. The doctor told me all about it. Sometimes a case like this goes on for three months or so, then it’s all right.”

Cargraves bit his lip. The doctor had told him more than he had told Ross; sometimes it was not all right; sometimes it was permanent. “How about you, Doc?”

“Sprain, and a wrenched back. They strapped me up.”

“Nothing else?”

“No. Anti-tetanus shots for both of us, but that was just to be on the safe side.”

“Well,” Morrie announced cheerfully, “it looks to me as if the firm would be back in production in short order.”

“No,” Cargraves denied. “No, it won’t be. I’ve been trying to tell these goons something ever since we left the hospital, but they wouldn’t listen. We’re through. The firm is busted.” None of the boys said anything. He went on, raising his voice. “There won’t be any trip to the moon. Can’t you see that?”

Morrie looked at him impassively. “You said, ‘The firm is busted.’ You mean you’re out of money?” “Well, not quite, but that’s a factor. What I meant-“

“I’ve got some E-bonds,” Ross announced, turning his bandaged head.

“That’s not the point,” Cargraves answered, with great gentleness. “I appreciate the offer; don’t think I don’t. And don’t think I want to give up. But I’ve had my eyes opened. It was foolish, foolish from the start, sheer folly. But I let my desires outweigh my judgment. I had no business getting you kids into this. Your father was right, Ross. Now I’ve got to do what I can to make amends.”

Ross shook his head. Morrie glanced at Art and said, “How about it, medical officer?”

Art looked embarrassed, started to speak, and changed his mind. Instead he went to the medicine cabinet, and took out a fever thermometer. He came back to Cargraves. “Open your mouth, Uncle.”

Cargraves started to speak. Art popped the tube in his mouth. “Don’t talk while I’m taking your temperature,” he warned, and glanced at his wrist watch. “Why, what the-“

“Keep your mouth closed!”

Cargraves subsided, fuming. Nobody said anything until Art reached again for the thermometer. “What does it say?” Morrie demanded. “Atenth over a hundred.”

“Let me see that,” Cargraves demanded. Art held it away from him. The doctor stood up, absent-mindedly putting his weight on his injured foot. He then sat down quite suddenly. Art shook down the thermometer, cleaned it and put it away.

“It’s like this,” Morrie said firmly. “You aren’t boss; I’m boss.” “Huh? What in the world has got into you, Morrie?”

Morrie said, “How about it, Art?”

Art looked embarrassed but said stubbornly, “That’s how it is, Uncle.” “Ross?”

“I’m not sure of the pitch,” Ross said slowly, “but I see what they are driving at. I’m stringing along with Art and Morrie.”

Cargraves’ head was beginning to ache again. “I think you’ve all gone crazy. But it doesn’t make any difference; we’re washed up anyhow.”

“No,” Morrie said, “we’re not crazy, and it remains to be seen whether or not we’re washed up. The point is: you are on the sick list. That puts me in charge; you set it up that way yourself. You can’t give any orders or make any decisions for us until you are off the sick list.”

“But-” He stopped and then laughed, his first laugh in hours. “This is nuts. You’re hijacking me, with a technicality. You can’t put me on the sick list for a little over a degree of temperature.”

“You weren’t put on the sick list for that; you are being kept on the sick list for it. Art put you on the sick list while you were unconscious. You stay there until he takes you off—you made him medical officer.”

“Yes, but- Look here, Art -you put me on the sick list earlier? This isn’t just a gag you thought up to get around me?”

“No, Uncle,” Art assured him, “when I told Morrie that you said not to accept the thorium, he tried to check with you. But you were out like a light. We didn’t know what to do, until Morrie pointed out that I was medical officer and that I had to decide whether or not you were in shape to carry out your job. So-“

“But you don’t have… . Anyway, all this is beside the point. I sent the thorium back; there isn’t going to be any trip; there isn’t any medical officer; there isn’t any second-in-command. The organization is done with.” “But that’s what I’ve been trying to tell you, Uncle. We didn’t send the thorium back.”

“Huh?”

“I’ve signed for it,” Morrie explained, “as your agent.”

Cargraves rubbed his forehead. “You kids—you beat me! However, it doesn’t make any difference. I have made up my mind that the whole idea was a mistake. I am not going to the moon and that puts the kibosh on it. Wait a minute, Morrie! I’m not disputing that you are in charge, temporarily—but I can talk, can’t I?”

“Sure. You can talk. But nothing gets settled until your temperature is down and you’ve had a night’s sleep.” “Okay. But you’ll see that things settle themselves. You have to have me to build the space drive. Right?” “Mmmm … yes.”

“No maybes about it. You kids are learning a lot about atomics, fast. But you don’t know enough. I haven’t even told you, yet, how the drive is supposed to work.” “We could get a license on your patent, even without your permission,” Ross put in. “We’re going to the moon.”

“Maybe you could—if you could get another nuclear physicist to throw in with you. But it wouldn’t be this enterprise. Listen to me, kids. Never mind any touch of fever I’ve got. I’m right in the head for the first time since I got banged on the head at your rocket test. And I want to explain some things. We’ve got to bust up, but I don’t want you sore at me.”

“What do you mean: ‘since you got banged in the head’?”

Cargraves spoke very soberly. “I knew at that time, after we looked over the grounds, that that ‘accident’ was no accident. Somebody put a slug on me, probably with a blackjack. I couldn’t see why then and I still don’t see why. I should have seen the light when we started having prowlers. But I couldn’t believe that it was really serious. Yesterday I knew it was. Nobody impersonates a federal inspector unless he’s playing for high stakes and willing to do almost anything. It had me worried sick. But I still didn’t see why anybody would want anything   we’ve got and I certainly didn’t think they would try to kill us.”

“You think they meant to kill us?” asked Ross.

“Obviously. The phony inspector booby-trapped us. He planted some sort of a bomb.” “Maybe he meant to wreck the ship rather than to kill us.”

“What for?”

“Well,” said Art, “maybe they’re after the senior prizes.”

“Wrecking our ship won’t win him any prize money.” “No, but it could keep us from beating him.”

“Maybe. It’s far-fetched but it’s as good an answer as any. But the reason doesn’t matter. Somebody is out to get us and he’s willing to go to any lengths. This desert is a lonely place. If I could afford a squadron of guards around the place we might bull it through. But I can’t. And I can’t let you kids get shot or bombed. It’s not fair to you, nor to your parents.”

Art looked stubborn and unhappy.

Morrie’s face was an impassive mask. Finally he said, “If that’s all you’ve got to say, Doc, I suggest we eat and adjourn until tomorrow.” “All right.”

“Not just yet.” Ross had stood up. He groped for the back of his chair and tried to orient himself. “Where are you, Doc?” “I’m here—to your left.”

“All right. Now I’ve got some things to say. I’m going to the moon. I’m going to the moon, somehow, whether you want to go or not. I’m going to the moon even if I never get back the use of my eyes. I’m going to the moon even if Morrie or Art has to lead me around. You can do as you please.”

“But I’m surprised at you, Doc,” he went on. “You’re afraid to take the responsibility for us, aren’t you? That’s the size of it?” “Yes, Ross, that’s the size of it.”

“Yet you were willing to take the responsibility of leading us on a trip to the moon. That’s more dangerous than anything that could happen here, isn’t it? Isn’t it?” Cargraves bit his lip. “It’s different.”

“I’ll tell you how it’s different. If we get killed trying to make the jump, Einety-nine chances out of a hundred we all get killed together. You don’t have to go back and explain anything to our parents. That’s how it’s different!”

“Now, Ross!”

“Don’t ‘Now, Ross’ me. Want the deuce, Doc?” he went on bitterly. “Suppose it had happened on the moon; would you be twittering around, your morale all shot? Doc, I’m surprised at you. If you are going to have an attack of nerves every time the going gets a little tough, I vote for Morrie for permanent captain.”

“That’s about enough, Ross,” Morrie put in quietly. “Okay. I was through, anyway.” Ross sat down.

There was an uncomfortable silence. Morrie broke it by saying, “Art, let’s you and me throw together some food. Study hour will be late as it is.” Cargraves looked surjrised. Morrie saw his expression and continued, “Sure. Why not? Art and I can take turns reading aloud.”

Cargraves pretended to be asleep that night long before he was. Thus he was able to note that Morrie and Art stood alternate watches all night, armed and ready. He refrained from offering any advice.

The boys both went to bed at sunrise. Cargraves got painfully but quietly out of bed and dressed. Leaning on a stick he hobbled down to the ship. He wanted to inspect the damage done by the bomb, but he noticed first the case containing the thorium, bulking large because of its anti-radiation shipping shield. He saw with relief that the seal of the atomics commission was intact. Then he hunched himself inside the ship and made his way slowly to the drive compartment.

The damage was remarkably light. Alittle welding, he thought, some swaging, and some work at the forge would fix it. Puzzled, he cautiously investigated further.

He found six small putty-like pieces of a plastic material concealed under the back part of the shield. Although there were no primers and no wiring attached to these innocentappearing little objects he needed no blueprint to tell him what they were. It was evident that the saboteur had not had time to wire more than one of his deadly little toys in the few minutes he had been alone. His intentions had certainly been to wreck the drive compartment—and kill whoever was unlucky enough to set off the trap.

With great care, sweating as he did so, he removed the chunks of explosive, then searched carefully for more. Satisfied, he slipped them into his shirt pocket and went outside. The scramble, hampered by his game leg, out of the door of the rocket, made him shaky; he felt like a human bomb. Then he limped to the corral fence and threw them as far as he could out into the already contaminated fields. He took the precaution of removing them all from his person before throwing the first one, as he wanted to be ready to fall flat. But there was no explosion; apparently the stuff was relatively insensitive to shock. Finished, he turned away, content to let sun and rain disintegrate the stuff.

He found Ross outside the cabin, turning his bandaged face to the morning sun. “That you, Doc?” the young man called out. “Yes. Good morning, Ross.”

“Good morning, Doc.” Ross moved toward the scientist, feeling the ground with his feet. “Say, doc—I said some harsh things last night. I’m sorry. I was upset, I guess.” “Forget it. We were all upset.” He found the boy’s groping hand and pressed it. “How are your eyes?”

Ross’s face brightened. “Coming along fine. I slipped a peek under the bandage when I got up. I can see-“ “Good!”

“I can see, but everything’s fuzzy and I see double, or maybe triple. But the light hurt my eyes so I put the bandage back.” “It sounds as if you were going to be all right,” Cargraves ventured. “But take it easy.”

“Oh, I will. Say, Doc …” “Yes, Ross?”

“Nnnn … Oh, nothing. Never mind.”

“I think I know, Ross. I’ve changed my mind. I changed my mind last night before I got to sleep. We’re going through with it.” “Good!”

“Maybe it’s good, maybe it’s bad. I don’t know. But if that’s the way you fellows feel about it, I’m with you. We’ll go if we have to walk.”

Chapter 8 – SKYWARD!

“THAT SOUNDS MORE LIKE you, Doc!”

“Thanks. Are the others up yet?”

“Not yet. They didn’t get much sleep.”

“I know. Let’s let them sleep. We’ll sit out in the car. Take my arm.”

When they had settled themselves Ross asked, “Doc, how much longer will it take to get ready?” “Not long. Why?”

“Well, I think the key to our problems lies in how fast we can get away. If these attempts to stop us keep up, one of them is going to work. I wish we would leave today.”

“We can’t do that,” Cargraves answered, “but it shouldn’t be long. First I’ve got to install the drive, but it’s really just a matter of fitting the parts together. I had almost everything prepared before I ever laid eyes on you guys.”

“I wish my blinkers weren’t on the fritz.”

“It’s one job I’ll have to do myself. Not that I am trying to keep you out of it, Ross,” he added hastily, seeing the boy’s expression. “I’ve never explained it because I thought it would be easier when we had all the gear in front of us.”

“Well, how does it work?”

“You remember Heron’s turbine in elementary physics? Little boiler on the bottom and a whirligig like a lawn sprinkler on top? You heat the boiler, steam comes up through the whirligig, and makes it whirl around. Well, my drive works like that. Instead of fire, I use a thorium atomic power pile; instead of water, I use zinc. We boil the zinc, vaporize it, get zinc ‘steam.’ We let the ‘steam’ exhaust through the jet. That’s the works.”

Ross whistled. “Simple—and neat. But will it work?”

“I know it’ll work. I was trying for a zinc ‘steam’ power plant when I hit on it. I got the hard, hot jet I wanted, but I couldn’t get a turbine to stand up under it. Broke all the blades. Then I realized I had a rocket drive.”

“It’s slick, Doc! But say—why don’t you use lead? You’d get more mass with less bulk.”

“Agood point. Concentrated mass means a smaller rocket motor, smaller tanks, smaller ship, less dead weight all around. But mass isn’t our main trouble; what we’ve got to have is a high-velocity jet. I used zinc because it has a lower boiling point than lead. I want to superheat the vapor so as to get a good, fast jet, but I can’t go above the stable limit of the moderator I’m using.”

“Carbon?”

“Yes, carbon-graphite. We use carbon to moderate the neutron flow and cadmium inserts to control the rate of operation. The radiations get soaked up in a bath of liquid zinc. The zinc boils and the zinc ‘steam’ goes whizzing out the jet as merry as can be.”

“I see. But why don’t you use mercury instead of zinc? It’s heavier than lead and has a lower boiling point than either one of them.” “I’d like to, but it’s too expensive. This is strictly a cut-rate show.” Doc broke off as Morrie stuck his head out the cabin door.

“Hi, there! Come to breakfast, or we’ll throw it out!”

“Don’t do that!” Cargraves slipped a leg over the side of the car- the wrong leg- touched the ground and said, “Ouch!” “Wait a minute, and lean on me,” Ross suggested.

They crept back, helping each other. “Aside from the pile,” Cargraves went on, “there isn’t much left. The thorium is already imbecided in the graphite according to my calculations. That leaves just two major jobs: the air lock and a test-stand run.”

The rocket, although it had operated on the trans-Atlantic run above the atmosphere, had no air lock, since it’s designers had never intended it to be opened up save on the ground. If they were to walk the face of the moon, an air lock, a small compartment with two doors, was necessary. Cargraves planned to weld a steel box around the inside of the present door frame, with a second air-tight door, opening inward.

“I can weld the lock,” Ross offered, “while you rig the pile. That is, if my eyes clear up in time.” “Even if they do, I don’t think it would be smart to stare at a welding arc. Can’t the others weld?” “Well, yes, but just between us chickens, I run a smoother seam.”

“We’ll see …”

At breakfast Cargraves told the other two of his decision to go ahead. Art turned pink and got his words twisted. Morrie said gravely, “I thought your temperature would go down over night. What are the plans?”

“Just the same, only more so. How’s your department?”

“Shucks, I could leave this afternoon. The gyros are purring like kittens; I’ve calculated Hohmann orbits and S-trajectories till I’m sick of ‘em; the computer and me are like that.” He held out two fingers.

“Fine. You concentrate on getting the supplies in, then. How about you, Art?”

“Who, me? Why, I’ve got everything lined up, I guess. Both radars are right on the beam. I’ve got a couple wrinkles I’d like to try with the FMcircuit.” “Is it all right the way it is?”

“Good enough, I guess.”

“Then don’t monkey with the radios. I can keep you busy.” “Oh, sure.”

“How about the radar screen Art was going to rig?” Morrie inquired.

“Eh? Oh, you mean the one for our friend the prowler. Hm… .,” Cargraves studied the matter. “Ross thinks and I agree that the best way to beat the prowler is to get out of here as fast as we can. I don’t want that radar out of the ship. It would waste time and always with the chance of busting a piece of equipment we can’t afford to replace and can’t get along without.”

Morrie nodded. “Suits. I still think that a man with a gun in his hands is worth more than a gadget anyhow. See here—there are four of us. That’s two hours a’ night. Let’s stand guard.” Cargraves agreed to this. Various plans were offered to supplement the human guard and the charged fence, but all were voted down as too time-consuming, too expensive or

impractical. It was decided to let the matter stand, except that lights would be left burning at night, including a string to be rigged around the ship. All of these lines were to be wired to cut

over automatically to the ship’s batteries.

Cargraves sat down to lunch on Wednesday of the following week with a feeling of satisfaction. The thorium power pile was in place, behind the repaired shield. This in itself was good; he disliked the finicky, ever-dangerous work of handling the radioactive element, even though he used body shields and fished at it with tongs.

But the pile was built; the air lock had been welded in place and tested for air-tightness; almost all the supplies were aboard. Acceleration hammocks had been built for Art and Ross (Cargraves and Morrie would ride out the surges of power in the two pilot seats). The power pile had been operated at a low level; all was well, he felt, and the lights on the board were green.

The phony inspector had not showed up again, nor were the night watches disturbed. Best of all, Ross’s eyesight had continued to improve; the eye specialist had pronounced him a cure on Monday, subject to wearing dark glasses for a couple of weeks.

Cargraves’ sprain still made him limp, but he had discarded his stick. Nothing bothered him. He tackled Aggregate a la Galileo (hash to ordinary mortals) with enthusiasm, while thinking about a paper he would write for the Physical Review. Some Verified Experimental Factors in Space Flight seemed like a good title—by Doctor Donald Morris Cargraves, B.S., Sc.D.,    LL.D., Nobel Prize, Nat. Acad., Fr. Acad., etc. The honors were not yet his—he was merely trying them on for size.

The car ground to a stop outside and Art came in with the mail. “Santa Claus is here!” he greeted them. “One from your folks, Ross, and one from that synthetic blonde you’re sweet on.” “I’m not sweet on her and she’s a natural blonde,” Ross answered emphatically.

“Have it your own way—you’ll find out. Three for you, Morrie—all business. The rest are yours, Doc,” he finished, holding back the one from his mother. “Hash again,” he added. “It’s to soften you up for what you’re going to eat on the moon,” said the cook. “Say, Doc-“

“Yes, Morrie?”

“The canned rations are at the express office in town, it says here. I’ll pick ‘em up this afternoon. The other two are bills. That finishes my check-off list.”

“Good,” he answered absently, as he tore open a letter. “You can help Ross and me on the test stand. That’s the only big job left.” He unfolded the letter and read it. Then he reread it. Presently Ross noticed that he had stopped eating and said, “What’s the matter, Doc?”

“Well, nothing much, but it’s awkward. The Denver outfit can’t supply the dynamometers for the test stand run.” He tossed the letter to Ross. “How bad off does that leave us?” asked Morrie.

“I don’t know, yet. I’ll go with you into town. Let’s make it right after lunch; I have to call the East Coast and I don’t want to get boxed in by the time difference.” “Can do.”

Ross handed the letter back. “Aren’t there plenty of other places to buy them?”

“Hardly ‘plenty.’ Half-a-million-pound dynamometers aren’t stock items. We’ll try Baldwin Locomotives.” “Why don’t we make them?” asked Art. “We made our own for the Starstruck series.”’

Cargraves shook his head. “High as my opinion is of you lugs as good, all-around jack-leg mechanics and pretzel benders, some jobs require special equipment. But speaking of the Starstruck series,” he went on, intentionally changing the subject, “do you guys realize we’ve never named the ship? How does Starstruck VI appeal to you?”

Art liked it. Morrie objected that it should be Moonstruck. But Ross had another idea. “Starstruck was a good enough name for our model rockets, but we want something with a little more

—oh, I don’t know; dignity, I guess-for the moon ship.”

“The Pioneer?” “Corny.”

“The Thor—for the way she’s powered.” “Good, but not enough.”

“Let’s call it Einstein.”

“I see why you want to name it for Doctor Einstein,” Cargraves put in, “but maybe I’ve got another name that will symbolize the same thing to you. How about the Galileo?”

There was no dissension; the members of the Galileo Club again were unanimous. The man who had first seen and described the mountains of the moon, the man whose very name had come to stand for steadfast insistence on scientific freedom and the freely inquiring mind—his name was music to them.

Cargraves wondered whether or not their own names would be remembered after more than three centuries. With luck, with lots of luck—Columbus had not been forgotten. If the luck ran out, well, a rocket crash was a fast clean death.

The luck appeared to be running out, and with nothing as gallant and spectacular as a doomed and flaming rocket. Cargraves sweated in a phone booth until after five o’clock, East Coast time, and then another hour until it was past five in Chicago as well before he admitted that dynamometers of the size he needed were not to be had on short notice.

He blamed himself for having slipped up, while neglecting to credit himself with having planned to obtain the instruments from the Denver firm for reasons of economy; he had expected to get them second-hand. But blaming himself comforted him.

Morrie noted his long face as he climbed into the heavily loaded little car. “No soap, eh?” “No soap. Let’s get back to camp.”

They sped along the desert road in worried silence for several minutes. Finally Morrie spoke up. “How about this, Doc? Make a captive run on the ground with the same yoke and frame you planned to use, but without dynamometers.”

“What good would that do? I have to know what the thrust is.”

“I’m getthig to that. We put a man inside. He watches the accelerometer—the pendulum accelerometer of course; not the distance-integrating one. It reads in g’s. Figure the number of gravities against the gross weight of the ship at the time and you come out with your thrust in pounds.”

Cargraves hesitated. The boy’s mistake was so obvious and yet so easy to make that he wished to point it out without hurting his pride. “It’s a clever plan, except that I would want to use remote control—there’s always the chance that a new type of atomic-fission power plant will blow up. But that’s not the hitch; if the ship is anchored to the ground, it won’t be accelerating no matter how much thrust is developed.”

“Oh!” said Morrie. “Hmm. I sure laid an egg on that one, Doc.” “Natural mistake.”

After another five miles Morrie spoke again. “I’ve got it, Doc. The Galileo has to be free to move to show thrust on the accelerometer. Right? Okay, I’ll test-fly it. Hold it, hold it,” he went on quickly, “I know exactly what you are going to say: you won’t let any one take a risk if you can help it. The ship might blow up, or it might crash. Okay, so it might. But it’s my job. I’m not essential to the trip; you are. You have to have Ross as flight engineer; you have to have Art for the radar and radio; you don’t have to have a second pilot. I’m elected.”

Cargraves tried to make his voice sound offhand. “Morrie, your analysis does your heart credit, but not your head. Even if what you said is true, the last part doesn’t quite add up. I may be essential, if the trip is made. But if the test flight goes wrong, if the power pile blows, or if the ship won’t handle and crashes, then there won’t be any trip and I’m not essential.”

Morrie grinned. “You’re sharp as a tack, Doc.”

“Tried to frame me, eh? Well, I may be old and feeble but I’m not senile. Howsoever, you’ve given me the answer.

“We skip the captive run and test-fly it. I test-fly it.” Morrie whistled, “When?”

“Just as soon as we get back.”

Morrie pushed the accelerator down to the floor boards; Cargraves wished that he had kept quiet until they reached the camp.

Forty minutes later he was handing out his final instructions. “Drive outside the reservation and find some place at least ten miles away where you can see the camp and where you can huddle down behind a road cut or something. If you see a Hiroshima mushroom, don’t try to come back. Drive on into town and report to the authorities.” He handed Ross a briefcase. “In case I stub my toe, give this stuff to your father. He’ll know what to do with it. Now get going. I’ll give you twenty minutes. My watch says seven minutes past five.”

“Just a minute, Doc.”

“What is it, Morrie?” His tones showed nervous irritability. “I’ve polled the boys and they agree with me. The Galileo is expendable but you aren’t. They want you left around to try it again.” “That’s enough on that subject, Morrie.”

“Well, I’ll match you for it.” “You’re on thin ice, Morrie!”

“Yes, sir.” He climbed in the car. The other two squeezed in beside him. “So long!”

“Good luck!”

He waved back at them as they drove away, then turned toward the open door of the Galileo. He was feeling suddenly very lonely.

The boys found such a spot and crouched down behind a bank, like soldiers in a trench. Morrie had a small telescope; Art and Ross were armed with the same opera glasses they had used in their model rocket tests. “He’s closed the door,” announced Morrie.

“What time is it?”

“I’ve got five twenty-five.”

“Any time now. Keep your eyes peeled.” The rocket was tiny even through the opera glasses; Morrie’s view was slightly better. Suddenly he yelled, “That’s it! Geronimo!”

The tail jet, bright silver even in the sun light, had flared out. The ship did not move. “There go his nose jets!” Red and angry, the aniline-and-nitric reached out in front. The Galileo, being equipped with nose and belly maneuvering jets, could take off without a launching platform or catapult. He brought his belly jets into play now; the bow of the Galileo reared up, but the opposing nose and tail jets kept her nailed to one spot.

“He’s off!” The red plumes from the nose were suddenly cut and the ship shot away from the ground. It was over their heads almost before they could catch their breaths. Then it was beyond them and shooting toward the horizon. As it passed over the mountains, out of sight, the three exhaled simultaneously. “Gosh!” said Art, very softly.

Ross started to run. “Hey, where y’ going?”

“Back to the camp! We want to be there before he is!” “Oh!” They tore after him.

Ross set a new high in herding the rig back to the camp site, but his speed did not match their urgency. Nor were they ahead of time. The Galileo came pouring back over the horizon and was already braking on her nose jets when the car slammed to a stop.

She came in at a steep dive, with the drive jet already dead. The nose jets splashed the ground on the very spot where she had taken off. He kicked her up with the belly jets and she pancaked in place. Morrie shook his head. “What a landing!” he said reverently.

Cargraves fell out of the door into a small mob. The boys yelled and pounded him on the back. “How did she behave? How did she handle?”

“Right on the button! The control of the drive jet is laggy, but we expected that. Once she’s hot she doesn’t want to cool off. You have to get rid of your head of ‘steafli.’(<— SeaGull/Zopharnal – Is this right?) I was half way to Oklahoma City before I could slow down enough to turn and come back.”

“Boy, oh boy! What a ship!” “When do we start?”

Cargraves’ face sobered. “Does staying up all night to pack suit you?” “Does it! Just try us!”

“It’s a deal. Art, get in the ship and get going with the radio. Get the Associated Press station at Salt Lake. Get the United Press. Call up the radio news services. Tell them to get some television pick-ups out here. The lid is off now. Make them realize there is a story here.”

“On my way!” He scrambled up into the ship, then paused in the door. “Say—what if they don’t believe me?”

“Make them believe you. Tell them to call Doctor Larksbee at the commission for confirmation. Tell them that if they miss they’ll be scooped on the biggest story since the war. And say— call up Mr. Buchanan on the forestry frequency. He’s kept his mouth shut for us; he ought to be in on it.”

By midnight the job was practically complete and Cargraves insisted that they take turns lying down, two at a time, not to sleep, but just to keep from starting the trip completely tired out. The fuel tanks for the belly and nose jets were topped off and the specially installed reserve tanks were filled. The tons of zinc which served the main drive were already aboard as well as an equal weight of powdered reserve. The food was aboard; the carefully rationed water was aboard. (Water was no problem; the air-conditioner would scavenge the vapor of their own exhalations.) The liquid oxygen tanks were full. Cargraves himself had carried aboard the two Garands, excusing it to himself on the pretext that they might land in some wild spot on the return trip … that, despite the fact they had ripped the bindings from their few books in order to save space and weight.

He was tired. Only the carefully prepared lists enabled him to be sure that the ship was in all respects ready—or would be soon.

The boys were tired, confused, and excited. Morrie had worked the problem of their departure trajectory three times and then had gotten nerves over it, although it had checked to the last decimal each time. He was gnawed by fear that he had made some silly and fatal mistake and was not satisfied until Cargraves had gotten the same answer, starting with a clear board.

Mr. Buchanan, the Ranger, showed up about one o’clock, “Is this the Central New Mexico Insane Asylum?” he inquired pleasantly.

Cargraves admitted it. “I’ve wondered what you folks were up to,” the Ranger went on. “Of course I saw your ship, but your message surely surprised me. I hope you don’t mind me thinking you’re crazy; I wish you luck just the same.”

“Thanks.” Cargraves showed him the ship, and explained their plans. The moon was full and an hour past its greatest elevation. They planned to take off shortly after daybreak, as it was sinking in the west. This would lose them the earth’s spin, but, after the trial run, Cargraves did not care; he had power to throw away. Waiting twelve hours to save a difference of about 1600 miles per hour was more than his nerves could stand.

He had landed the rocket faced west; it would save jacking her around as well.

Buchanan looked the layout over and asked where the jets would splash. Cargraves showed him. Whereupon Buchanan asked, “Have you arranged for any guards?”

In truth, Cargraves had forgotten it. “Never mind,” said Buchanan, “I’ll call Captain Taylor and get some state police over.”

“Never mind calling; we’ll radio. Art!”

The press started showing up at four; by the time the state police arrived, Cargraves knew that he had been saved real grief. The place was crowded. Escorts were necessary from the outer gate to the corral to make sure that no one drove on the danger-studded mock-battle fields. Once in the corral it took the firm hand of the state police to keep them there—and to keep them from swarming over the ship.

At five they ate their last breakfast in the camp, with a guard at the door to give them some peace. Cargraves refused to be interviewed; he had prepared a typed hand-out and given copies to Buchanan to distribute. But the boys were buttonholed whenever his back was turned. Finally Captain Taylor assigned a bodyguard to each.

They marched in a hollow square of guards to the ship. Flash guns dazzled their eyes and television scanners followed their movements. It seemed impossible that this was the same lonely spot where, only hours before, they had worried about silent prowlers in the dark.

Cargraves had the boys climb in, then turned to Buchanan and Captain Taylor. “Ten minutes, gentlemen. Are you sure you can keep everybody clear? Once I get in the seat I can’t see the ground near me.”

“Don’t worry, Captain Cargraves,” Taylor assured him. “Ten minutes it is.”

Buchanan stuck out his hand. “Good luck, Doctor. Bring me back some green cheese.” ‘ Aman came puffing up, dodged past a guard, and thrust a folded paper in Cargraves’ hand. “Here, what’s this?” demanded Taylor. “Get back where you belong.”

The man shrugged. “It’s a court order.” “Eh? What sort?”

“Temporary injunction against flying this ship. Order to appear and show cause why a permanent injunction should not be issued to restrain him from willfully endangering the lives of minors.”

Cargraves stared. It felt to him as if the world were collapsing around him. Ross and Art appeared at the door behind him. “Doc, what’s up?”

“Hey, there! You boys-come down out of there,” yelled the stranger, and then said to Captain Taylor, “I’ve got another paper directing me to take them in charge on behalf of the court.” “Get back in the ship,” Cargraves ordered firmly, and opened the paper. It seemed in order. State of New Mexico and so forth. The stranger began to expostulate. Taylor took him by the

arm.

“Take it easy,” he said.

“Thanks,” said Cargraves. “Mr. Buchanan, can I have a word with you? Captain, will you hang on to this character?” “Now, I don’t want any beef,” protested the stranger. “I’m just carrying out my duty.”

“I wonder,” Cargraves said thoughtfully. He led Buchanan around the nose of the craft and showed him the paper. “It seems to be in order,” Buchanan admitted.

“Maybe. This says it’s the order of a state court. This is federal territory, isn’t it? As a matter of fact, Captain Taylor and his men are here only by your invitation and consent. Isn’t that right?” “Hmmm… yes. That’s so.” Buchanan suddenly jammed the paper in his pocket. “I’ll fix his clock!”

“Just a minute.” Cargraves told him rapidly about the phony inspector, and the prowlers, matters which he had kept to himself, save for a letter to the Washington CAB office. “This guy may be a phony, or a stooge of a phony. Don’t let him get away until you check with the court that supposedly issued this order.”

“I won’t!”

They went back, and Buchanan called Taylor aside. Cargraves took the stranger by the arm, not gently. The man protested. “How would you like a poke in the eye?” Cargraves inquired. Cargraves was six inches taller, and solid. The man shut up. Taylor and Buchanan came back in a moment or two. The state policeman said, “You are due to take off in three minutes,

Captain. I had better be sure the crowd is clear.” He turned and called out, “Hey! Sergeant Swanson!”

“Yes, sir!’

“Take charge of this guy.” It was the stranger, not Cargraves, whom he indicated.

Cargraves climbed in the ship. As he turned to close the door a cheer, ragged at first but growing to a solid roar, hit him. He clamped the door and locked it, then turned. “Places, men.” Art and Ross trotted to their hammocks, directly behind the pilots’ seats. These hammocks were vertical, more like stretchers braced upright than garden hammocks. They snapped

safety belts across their knees and chests.

Morrie was already in his chair, legs braced, safety belts buckled, head back against the shock pad. Cargraves slipped into the seat beside him, favoring his bad foot as he did so. “All set, Morrie.” His eyes glanced over the instrument board, particularly noticing the temperature of the zinc and the telltale for position of the cadmium damping plates.

“All set, Captain. Give her the gun when you are ready.”

He buckled himself in and glanced out the quartz glass screen ahead of him. The field was clear as far as he could see. Staring straight at him, round and beautiful, was their destination. Under his right hand, mounted on the arm rest, was a large knurled knob. He grasped it. “Art?”

“Ready sir.” “Ross?”

“Ready, Captain.” “Co-pilot?”

“Ready, Captain. Time, six-oh-one.”

He twisted the knob slowly to the right. Back behind him, actuated by remote control, cadmium shields slowly withdrew from between lattices of graphite and thorium; uncountable millions of neutrons found it easier to seek atoms of thorium to destroy. The tortured nuclei, giving up the ghost, spent their energy in boiling the molten zinc.

The ship began to tremble.

With his left hand he cut in the nose rockets, balancing them against the increasing surge from the rear. He slapped in the belly jets; the ship reared. He let the nose jets die. The Galileo leaped forward, pressing them back into their pads.

They were headed skyward, out and far.

Chapter 9 – INTO THE LONELY DEPTHS

TO ROSS AND ART THE WORLD seemed to rotate dizzily through ninety degrees. They had been standing up, strapped to their upright hammocks, and staring straight forward past Cargraves and Morrie out through the conning port at the moon and the western horizon.

When the rocket took off it was as if they had been suddenly forced backwards, flat on their backs and pushed heavily into the cushions and springs. Which, in a way, was exactly what had happened to them. It was the powerful thrust of the jet which had forced them back against the springs and held them there. The force of the drive made the direction they were traveling “up.”

But the moon still stared back at them, dead ahead through the port; “up” was also “west.” From where they lay, flat on their backs, Cargraves and Morrie were above them and were kept from falling on them by the heavy steel thrust members which supported the piloting chairs.

The moon shimmered and boiled under the compression waves of air. The scream of the frantic molecules of air against the skin of the craft was louder and even more nerve-racking than steady thunder of the jet below them. The horizon dropped steadily away from the disk of the moon as they shot west and gained altitude. The sky, early morning gray as they took off, turned noonday blue as their flat climb took them higher and higher into the sunlight.

The sky started to turn purple and the stars came out. The scream of the air was less troublesome. Cargraves cut in his gyros and let Joe the Robot correct his initial course; the moon swung gently to the right about half its width and steadied. “Everybody all right?,” he called out, his attention free of the controls for a moment.

“Swell!” Art called back.

“Somebody’s sitting on my chest,” Ross added. “What’s that?”

“I say, somebody’s sitting on my chest!” Ross shouted. “Well, wait a bit. His brother will be along in a minute.” “What did you say?”

“Never mind!” Cargraves shouted. “It wasn’t important. Copilot!” “Yes, Captain!”

“I’m going into full automatic. Get ready to check our course.”

“Aye, aye, sir.” Morrie clamped his octant near his face and shifted his head a little so that he could see the scope of the belly radar easily. He dug his head into the pads and braced his arms and hands; he knew what was coming. “Astrogator ready!”

The sky was black now and the stars were sharp. The image of the moon had ceased to shake and the unearthly scream of the air had died away, leaving only the tireless thunder of the jet. They were above the atmosphere, high above—free.

Cargraves yelled, “Hang on to your hats, boys! Here we go! He turned full control over to Joe the Robot pilot. That mindless, mechanical-and-electronic worthy figuratively shook his non- existent head and decided he did not like the course. The image of the moon swung “down” and toward the bow, in terms of the ordinary directions in the ship, until the rocket was headed in a direction nearly forty degrees further east than was the image of the moon.

Having turned the ship to head for the point where the moon would be when the Galileo met it, rather than headed for where it now was, Joe turned his attention to the jet. Thee cadmium plates were withdrawn a little farther; the rocket really bit in and began to dig.

Ross found that there was indeed a whole family on his chest. Breathing was hard work and his eyes seemed foggy.

If Joe had had feelings he need have felt no pride in what he had just done, for his decisions had all been made for him before the ship left the ground. Morrie had selected, with Cargraves’ approval, one of several three-dimensional cams and had installed it in Joe’s innards. The cam “told” Joe what sort of a course to follow to the moon, what course to head first, how fast to gun the rocket and how long to keep it up. Joe could not see the moon- Joe had never heard of the moon -but his electronic senses could perceive how the ship was headed in relation to the steady, unswerving spin of the gyros and then head the ship in the direction called for by the cam in his tummy.

The cam itself had been designed by a remote cousin of Joe’s, the gteat “Eniac” computer at the University of Pennsylvania. By means of the small astrogation computer in the ship either Morrie or Cargraves could work out any necessary problem and control the Galileo by hand, but Joe, with the aid of his cousin, could do the same thing better, faster, more accurately and with unsleeping care—provided the human pilot knew what to ask of him and how to ask it.

Joe had not been invented by Cargraves; thousands of scientists, engineers, and mathematicians had contributed to his existence. His grandfathers had guided the Nazi V-2 rockets in the horror-haunted last days of World War II. His fathers had been developed for the deadly, ocean-spanning guidedmissiles of the UN world police force. His brothers and sisters were found in every rocket ship, private and commercial, passenger-carrying or unmanned, that cleft the skies of earth.

Trans-Atlantic hop or trip to the moon, it was all one to Joe. He did what his cam told him to do. He did not care, he did not even know. Cargrave called out, “How you making out down there?”

“All right, I guess,” Ross answered, his voice laboring painfully. “I feel sick,” Art admitted with a groan.

“Breathe through your mouth. Take deep breaths.” “I can’t.”

“Well, hang on. It won’t be long.”

In fact it was only fifty-five seconds at full drive until Joe, still advised by his cam, decided that they had had enough of full drive. The cadmium plates slid farther back into the power pile, thwarting the neutrons; the roar of the rocket drive lessened.

The ship did not slow down; it simply ceased to accelerate so rapidly. It maintained all the speed it had gained and the frictionless vacuum of space did nothing to slow its headlong plunge. But the acceleration was reduced to one earth-surface gravity, one g, enough to overcome the powerful tug of the earth’s mighty weight and thereby permit the ship to speed ahead unchecked—a little less than one g, in fact, as the grasp of the earth was already loosening and would continue to drop off to the change-over, more than 200,000 miles out in space, where the attraction of the moon and that of the earth are equal.

For the four in the ship the reduction in the force of the jet had returned them to a trifle less than normal weight, under an artificial gravity produced by the drive of the jet.   This false “gravity” had nothing to do with the pull of the earth; the attraction of the earth can be felt only when one is anchored to it and supported by it, its oceans, or it’s air.

The attraction of the earth exists out in space but the human body has no senses which can perceive it. If a man were to fall from a tremendous height, say fifty thousand miles, it would not seem to him that he was falling but rather that the earth was rushing up to meet him.

After the tremendous initial drive had eased off, Cargraves called out again to Art. “Feeling any better, kid?” “I’m all right now,” Art replied.

“Fine. Want to come up here where you can see better?”

“Sure!” responded both Art and Ross, with one voice.

“Okay. Watch your step.”

“We will.” The two unstrapped themselves and climbed up to the control station by means of hand and toe holds welded to the sides of the ship. Once there they squatted on the supporting beams for the pilots’ chairs, one on each side. They looked out.

The moon had not been visible to them from their hammock positions after the change in course. From their new positions they could see it, near the “lower” edge of the conning port. It was full, silver white and so dazzling bright that it hurt their eyes, although not sufficiently nearer to produce any apparent increase in size. The stars around it in the coalblack sky were hard bright diamonds, untwinkling.

“Look at that,” breathed Ross. “Look at old Tycho shining out like a searchlight. Boy!”

“I wish we could see the earth,” said Art. “This bucket ought to have more than one view port.” “What do you expect for a dollar-six-bits?” asked Ross. “Chimes? The Galileo was a freighter.”

“I can show it to you in the scope,” Morrie offered, and switched on the piloting radar in the belly. The screen lit up after a few seconds but the picture was disappointing. Art could read it well enough- it was his baby -but esthetically it was unsatisfying. It was no more than a circular plot reading in bearing and distance; the earth was simply a vague mass of light on that edge of the circle which represented the astern direction.

“That’s not what I want,” Art objected. “I want to see it. I want to see it shape up like a globe and see the continents and the oceans.” “You’ll have to wait until tomorrow, then, when we cut the drive and swing ship. Then you can see the earth and the sun, too.”

“Okay. How fast are we going? Never mind—I see,” he went on, peering at the instrument board. “3,300 miles per hour.” “You’re looking at it wrong,” Ross corrected him. “It says 14,400 miles per hour.”

“You’re crazy.”

“Like fun. Your eyes have gone bad.”

“Easy, boys, easy,” Cargraves counseled. “You are looking at different instruments. What kind of speed do you want?” “I want to know how fast we’re going,” Art persisted.

“Now, Art, I’m surprised at you. After all you’ve had every one of these instruments apart. Think what you’re saying.”

Art stared at the instrument board again, then looked sheepish. “Sure, I forgot. Let’s see now—we’ve gained 14,000 and some, close to 15,000 now, miles per hour in free fall—but we’re not falling.”

“We’re always falling,” Morrie put in, smug for the moment in his status as a pilot. “You fall all the time from the second you take off, but you drive to beat the fall.” “Yes, yes, I know,” Art cut him off. “I was just mixed up for a moment. Thirty-three hundred is the speed I want — 3310 flow.”

‘Speed’ in space is a curiously slippery term, as it is relative to whatever point you select as ‘fixed’—but the points in space are never fixed. The speed Art settled for was the speed of the Galileo along a line from the earth to their meeting place with the moon. This speed was arrived at deep inside Joe the Robot by combining by automatic vector addition three very complicated figures: first was the accumulated acceleration put on the ship by its jet drive, second the motions imposed on the ship by its closeness to the earth—its ‘free fall’ speed of which Art had spoken. And lastly, there was the spin of the earth itself, considered both in amount and direction for the time of day of the take-off and the latitude of the camp site in New Mexico. The last was subtracted, rather than added, insofar as the terms of ordinary arithmetic apply to this sort of figuring.

The problem could be made vastly more complicated. The Galileo was riding with the earth and the moon in their yearly journey around the sun at a speed of about 19 miles per second or approximately 70,000 miles per hour as seen from outer space. In addition, the earth-moon line was sweeping around the earth once each month as it followed the moon—but Joe  the Robot had compensated for that when he set them on a course to where the moon would be rather than where it was.

There were also the complicated motions of the sun and its planets with reference to the giddily whirling ‘fixed’ stars, speeds which could be nearly anything you wanted, depending on which types of stars you selected for your reference points, but all of which speeds are measured in many miles per second.

But Joe cared nothing for these matters. His cam and his many circuits told him how to get them from the earth to the moon; he knew how to do that and Doctor Einstein’s notions of relativity worried him not. The mass of machinery and wiring which made up his being did not have worry built into it. It was, however, capable of combining the data that came to it to show that the Galileo was now moving somewhat more than 3300 miles per hour along an imaginary line which joined earth to the point where the moon would be when they arrived.

Morrie could check this figure by radar observations for distance, plus a little arithmetic. If the positions as observed did not match what Joe computed them to be, Morrie could feed Joe the corrections and Joe would accept them and work them into his future calculations as placidly and as automatically as a well-behaved stomach changes starch into sugar.

“Thirty-three hundred miles per hour,” said Art. “That’s not so much. The V-2 rockets in the war made more than that. Let’s open her up wide and see what she’ll do. How about it, Doc?” “Sure,” agreed Ross, “we’ve got a clear road and plenty of room. Let’s bust some space.”

Cargraves sighed. “See here,” he answered, “I did not try to keep you darned young speed demons from risking your necks in that pile of bailing wire you call an automobile, even when I jeopardized my own life by keeping quiet. But I’m going to run this rocket my way. I’m in no hurry.”

“Okay, okay, just a suggestion,” Ross assured him. He was quiet for a moment, then added, “But there’s one thing that bothers me …” “What?”

“Well, if I’ve read it once, I’ve read it a thousand times, that you have to go seven miles per second to get away from the earth. Yet here we are going only 3300 miles per hour.” “We’re moving, aren’t we?”

“Yeah, but-“

“As a matter of fact we are going to build up a lot more speed before we start to coast. We’ll make the first part of the trip much faster than the last part. But suppose we just held our present speed—how long would it take to get to the moon?”

Ross did a little fast mental arithmetic concerning the distance of the moon from the earth, rounding the figure off to 240,000 miles. “About three days.”

“What’s wrong with that? Never mind,” Cargraves went on. “I’m not trying to be a smart-Aleck. The misconception is one of the oldest in the book, and it keeps showing up again, every time some non-technical man decides to do a feature story on the future of space travel. It comes from mixing up shooting with rocketry. If you wanted to fire a shot at the moon, the way Jules Verne proposed, it would have to go seven miles per second when it left the gun or it would fall back. But with a rocket you could make the crossing at a slow walk if you had   enough power and enough fuel to keep on driving just hard enough to keep from falling back. Of course it would raise Cain with your mass-ratio. But we’re doing something of that sort right now. We’ve got tower to spare; I don’t see why we should knock ourselves out with higher acceleration than we have to just to get there a little sooner. The moon will wait. It’s waited  a long time.

“Anyhow,” he added, “no matter what you say and no matter how many physics textbooks are written and studied, people still keep mixing up gunnery and rocketry. It reminds me of that other old chestnut—about how a rocket can’t work out in empty space, because it wouldn’t have anything to push on.”

“Go ahead and laugh!” Cargraves continued, seeing their expressions, “It strikes you as funny as a The-World-Is-Flat theory. But I heard an aeronautical engineer, as late as 1943, say just that.”

“No! Not really!”

“I certainly did. He was a man with twenty-five years of professional experience and he had worked for both Wright Field and the Navy. But he said that in it. Next year the Nazis were bombing London with V-2s. Yet according to him it couldn’t be done!”

“I’d think any man who had ever felt the kick of a shotgun would understand how a rocket works,” Ross commented.

“It doesn’t work out that way. Mostly it has no effect on his brain cells; it just gives him a sore shoulder.” He started to lift himself out of his semi-reclining position in his pilot’s chair. “Come on. Let’s eat. Wow! My foot’s gone to sleep. I want to stock up and then get some sleep. Breakfast wasn’t much good for me—too many people staring down our necks.”

“Sleep?” said Art. “Did you say ‘sleep’? I can’t sleep; I’m too excited. I don’t suppose I’ll sleep the whole trip.”

“Suit yourself. Me, I’m going to soak up shut-eye just as soon as we’ve eaten. There’s nothing to see now, and won’t be until we go into free fall. You’ve had better views of the moon through a telescope.”

“It’s not the same thing,” Art pointed out.

“No, it’s not,” Cargraves conceded. “Just the same, I intend to reach the moon rested up instead of worn out. Morrie, where did you stow the can openers?”

“I-” Morrie stopped and a look of utter consternation came over his face. “I think I left them behind. I put them down on the sink shelf and then some female reporter started asking me some fool question and-“

“Yeah, I saw,” Ross interrupted him. “You were practically rolling over and playing dead for her. It was cute.”

Cargraves whistled tunelessly. “I hope that we find out that we haven’t left behind anything really indispensable. Never mind the can openers, Morrie. The way I feel I could open a can with my bare teeth.”

“Oh, you won’t have to do that, Doc,” Morrie said eagerly. “I’ve got a knife with a gadget for-” He was feeling in his pocket as he talked. His expression changed abruptly and he withdrew his hand. “Here are the can openers, Doc.”

Ross looked at him innocently. “Did you get her address, Morrie?”

Supper, or late breakfast, as the case may be, was a simple meal, eaten from ration cans. Thereafter Cargraves got out his bedding roll and spread it on the bulkhead- now a deck – which separated the pilot compartment from the hold. Morrie decided to sleep in his co-pilot’s chair. It, with its arm rests, head support, and foot rest, was not unlike an extremely well- padded barber’s chair for the purpose, one which had been opened to a semi-reclining position. Cargraves let him try it, cautioning him only to lock his controls before going to sleep.

About an hour later Morrie climbed down and spread his roll beside Cargraves. Art and Ross slept on their acceleration hammocks, which were very well adapted to the purpose, as long as the occupant was not strapped down.

Despite the muted roar of the jet, despite the excitement of being in space, they all were asleep in a few minutes. They were dead tired and needed it. During the ‘night’ Joe the Robot slowly reduced the drive of the jet as the pull of the earth grew less.

Art was first to awaken. He had trouble finding himself for a moment or two and almost fell from his hammock on to the two sleepers below before he recollected his surroundings. When he did it brought him wide awake with a start. Space! He was out in space! — Headed for the moon!

Moving with unnecessary quiet, since he could hardly have been heard above the noise of the jet in any case and since both Ross and Cargraves were giving very fair imitations of rocket motors themselves, he climbed out of the hammock and monkey-footed up to the pilots’ seats. He dropped into Morrie’s chair, feeling curiously but pleasantly light under the much reduced acceleration.

The moon, now visibly larger and almost painfully beautiful, hung in the same position in the sky, such that he had to let his gaze drop as he lay in the chair in order to return its stare. This bothered him for a moment—how were they ever to reach the moon if the moon did not draw toward the point where they were aiming?

It would not have bothered Morrie, trained as he was in a pilot’s knowledge of collision bearings, interception courses, and the like. But, since it appeared to run contrary to common sense, Art worried about it until he managed to visualize the situation somewhat thus: if a car is speeding for a railroad crossing and a train is approaching from the left, so that their combined speeds will bring about a wreck, then the bearing of the locomotive from the automobile will not change, right up to the moment of the collision.

It was a simple matter of similar triangles, easy to see with a diagram but hard to keep straight in the head. The moon was speeding to their meeting place at about 2000 miles an hour, yet she would never change direction; she would simply grow and grow and grow until she filled the whole sky.

He let his eyes rove over her face, naming the lovely names in his mind, Mare Tranquilitatis, Oceanus Procellarum, the lunar Apennines, LaGrange, Ptolemous, Mare Imbrium, Catharina. Beautiful words, they rolled on the tongue.

He was not too sure of the capitals of all the fifty-one United States and even naming the United Nations might throw him, but the geography- or was it lunography? -of the moon was as familiar to him as the streets of his home town.

This face of the moon, anyway—he wondered what the other face was like, the face the earth has never seen.

The dazzle of the moon was beginning to hurt his eyes; he looked up and rested them on the deep, black velvet of space, blacker by contrast with the sprinkle of stars.

There were few of the really bright stars in the region toward which the Galileo was heading. Aldebaran blazed forth, high and aft, across the port from the moon. The right-hand frame of the port slashed through the Milky Way and a small portion of that incredible river of stars was thereby left visible to him. He picked out the modest lights of Aries, and near mighty Aldebaran hung the ghostly, fairy Pleiades, but dead ahead, straight up, were only faint stars and a black and lonely waste.

He lay back, staring into this remote and solitary depth, vast and remote beyond human comprehension, until he was fascinated by it, drawn into it. He seemed to have left the warmth and safety of the ship and to be plunging deep into the silent blackness ahead.

He blinked his eyes and shivered, and for the first time felt himself wishing that he had never left the safe and customary and friendly scenes of home. He wanted his basement lab, his mother’s little shop, and the humdrum talk of ordinary people, people who stayed home and did not worry about the outer universe.

Still, the black depths fascinated him. He fingered the drive control under his right hand. He had only to unlock it, twist it all the way to the right, and they would plunge ahead, nailed down by unthinkable acceleration, and speed on past the moon, too early for their date in space with her. On past the moon, away from the sun and the earth behind them, on an on and out  and out, until the thorium burned itself cold or until the zinc had boiled away, but not to stop even then, but to continue forever into the weary years and the bottomless depths.

He blinked his eyes and then closed them tight, and gripped both arms of the chair.

Chapter 10 – THE METHOD OF SCIENCE

“ARE YOU ASLEEP?” THE VOICE in his ear made Art jump; he had still had his eyes closed—it startled him. But it was only Doc, climbing up behind him. “Oh! Good morning, Doc. Gee, I’m glad to see you. This place was beginning to give me the jim-jams.”

“Good morning to you, if it is morning. I suppose it is morning, somewhere.” He glanced at his watch. “I’m not surprised that you got the willies, up here by yourself. How would you like to make this trip by yourself?”

“Not me.”

“Not me, either. The moon will be just about as lonely but it will feel better to have some solid ground underfoot. But I don’t suppose this trip will be really popular until the moon has some nice, noisy night clubs and a bowling alley or two.” He settled himself down in his chair.

“That’s not very likely, is it?”

“Why not? The moon is bound to be a tourists’ stop some day—and have you ever noticed how, when tourists get somewhere new, the first thing they do is to look up the same kind of entertainments they could find just as easily at home?”

Art nodded wisely, while tucking the notion away in his mind. His own experience with tourists and travel was slight—until now! “Say, Uncle, do you suppose I could get a decent picture of the moon through the port?”

Cargraves squinted up at it. “Might. But why waste film? They get better pictures of it from the earth. Wait until we go into a free orbit and swing ship. Then you can get some really unique pics—the earth from space. Or wait until we swing around the moon.”

“That’s what I really want! Pictures of the other side of the moon.”

“That’s what I thought.” Cargraves paused a moment and then added, “But how do you know you can get any?” “But—Oh, I see’. what you mean. It’ll be dark on that side.”

“That’s not exactly what I meant, although that figures in, too, since the moon will be only about three days past ‘new moon’ — ‘new moon,’ that is, for the other side. We’ll try to time it to get all the pics you want on the trip back. But that isn’t what I mean: how do you know there is any back side to the moon? You’ve never seen it. Neither has any one else, for that matter.”

“But- there has to -I mean, you can see …”

“Did I hear you say there wasn’t any other side to the moon, Doc?” It was Ross, whose head had suddenly appeared beside Cargraves’. “Good morning, Ross. No, I did not say, there was no other side to the moon. I had asked Art to tell me what leads him to think there is one.” Ross smiled. “Don’t let him pull your leg, Art. He’s just trying to rib you.”

Cargraves grinned wickedly. “Okay, Aristotle, you picked it. Suppose you try to prove to me that there is a far side to the moon.” “It stands to reason.”

“What sort of reason? Have you ever been there? Ever seen it?” “No, but-“

“Ever met anybody who’s ever seen it? Ever read any accounts by anybody who claimed to have seen it?” “No, I haven’t, but I’m sure there is one.”

“Why?”

“Because I can see the front of it.”

“What does that prove? Isn’t your experience, up to now, limited to things you’ve seen on earth? For that matter I can name a thing you’ve seen on earth that hasn’t any back side.” “Huh? What sort of a thing? What are you guys talking about?” It was Morrie this time, climbing up on the other side.

Art said, “Hi, Morrie. Want your seat?”

“No, thanks. I’ll just squat here for the time being.” He settled himself, feet dangling. “What’s the argument?” “Doc,” Ross answered, “is trying to prove there isn’t any other side to the moon.”

“No, no, no,” Cargraves hastily denied. “And repeat ‘no.’ I was trying to get you to prove your assertion that there was one. I was saying that there was a phenomenon even on earth which hasn’t any back side, to nail down Ross’s argument from experience with other matters—even allowing that earth experience necessarily applies to the moon, which I don’t.”

“Whoops! Slow up! Take the last one first. Don’t natural laws apply anywhere in the universe?” “Pure assumption, unproved.”

“But astronomers make predictions, eclipses and such, based on that assumption—and they work out.”

“You’ve got it backwards. The Chinese were predicting eclipses long before the theory of the invariability of natural law was popular. Anyhow, at the best, we notice certain limited similarities between events in the sky and events on earth. Which has nothing to do with the question of a back side of the moon which we’ve never seen and may not be there.”

“But we’ve seen a lot of it,” Morrie pointed out.

“I get you,” Cargraves agreed. “Between librations and such—the eccentricity of the moon’s orbit and its tilt, we get to peek a little way around the edges from time to time and see about 6o per cent of its surface—if the surface is globular. But I’m talking about that missing 40 per cent that we’ve never seen.”

“Oh,” said Ross, “you mean the side we can’t see might just be sliced off, like an apple with a piece out of it. Well, you may be right, but I’ll bet you six chocolate malts, payable when we get back, that you’re all wet.”

“Nope,” Cargrave answered, “this is a scientific discussion and betting is inappropriate. Besides, I might lose. But I did not mean anything of the slice-out-of-an-apple sort. I meant just what I said: no back side at all. The possibility that when we swing around the moon to look at the other side, we won’t find anything at all, nothing, just empty space-that when we try to look at the moon from behind it, there won’t be any moon to be seen—not from that position. I’m not asserting that that is what we will find; I’m asking you to prove that we will find anything.”

“Wait a minute,” Morrie put in, as Art glanced wildly at the moon as if to assure himself that it was still there—it was! “You mentioned something of that sort on earth—a thing with no back. What was it? I’m from Missouri.”

“Arainbow. You can see it from just one side, the side that faces the sun. The other side does not exist.” “But you can’t get behind it.”

“Then try it with a garden spray some sunny day. Walk around it. When you get behind it, it ain’t there.”

“Yes, but Doc,” Ross objected, “you’re just quibbling. The cases aren’t parallel. Arainbow is just light waves; the moon is something substantial.”

“That’s what I’m trying to get you to prove, and you haven’t proved it yet. How do you know the moon is substantial? All you have ever seen of it is just light waves, as with the rainbow.” Ross thought about this. “Okay, I guess I see what you’re getting at. But we do know that the moon is substantial; they bounced radar off it, as far back as ‘46.”

“Just light waves again, Ross. Infra-red light, or ultra-shortwave radio, but the same spectrum. Come again.” “Yes, but they bounced.”

“You are drawing an analogy from earth conditions again. I repeat, we know nothing of moon conditions except through the insubstantial waves of the electromagnetic spectrum.” “How about tides?”

“Tides exist, certainly. We have seen them, wet our feet in them. But that proves nothing about the moon. The theory that the moon causes the tides is a sheer convenience, pure theory. We change theories as often as we change our underwear. Next year it may be simpler to assume that the tides cause the moon. Got any other ideas?”

Ross took a deep breath. “You’re trying to beat me down with words. All right, so I haven’t seen the other side of the moon. So I’ve never felt the moon, or taken a bite out of it. By the way, you can hang on to the theory that the moon is made of green cheese with that line of argument.”

“Not quite,” said Cargraves. “There is some data on that, for what it’s worth. An astronomer fellow made a spectrograph of green cheese and compared it with a spetcrograph of the moon. No resemblance.”

Art chortled. “He didn’t, really?” “Fact. You can look it up.”

Ross shrugged. “That’s no better than the radar data,” he said correctly. “But to get on with my proof. Granted that there is a front side to the moon, whatever it’s nature, just as long as it isn’t so insubstantial that it won’t even reflect radar, then there has to be some sort of a back, flat, round, square, or wiggly. That’s a matter of certain mathematical deduction.”

Morrie snorted.

Cargraves limited himself to a slight smile. “Now, Ross. Think it over. What is the content of mathematics?” “The content of mathe-” He collapsed suddenly. “Oh.”

“I guess I finally get it. Mathematics doesn’t have any content. If we found there wasn’t any other side, then we would just have to invent a new mathematics.”

“That’s the idea. Fact of the matter is, we won’t know that there is another side to the moon until we get there. I was just trying to show you,” he went on, “just how insubstantial a ‘common sense’ idea can be when you pin it down. Neither ‘common sense’ nor ‘logic’ can prove anything. Proof comes from experiment, or to put it another way, from experience, and from nothing else. Short lecture on the scientific method—you can count it as thirty minutes on today’s study time. Anybody else want breakfast but me? Or has the low weight made you queasy?” He started to climb out of his chair.

Ross was very thoughtful while they made preparations for breakfast. This was to be a proper meal, prepared from their limited supply of non-canned foods. The Galileo had been fitted with a galley of sorts, principally a hot plate and a small refrigerator. Dishes and knives, forks, and spoons could be washed, sparingly, with the water which accumulated in the dump of the air-conditioner, and then sterilized on the hot plate. The ship had everything necessary to life, even a cramped but indispensable washroom. But every auxiliary article, such as  dishes, was made of zinc-reserve mass for the hungry jet.

They sat, or rather squatted, down to a meal of real milk, cereal, boiled eggs, rolls, jam, and coffee. Cargraves sighed contentedly when it had been tucked away. “We won’t get many like that,” he commented, as he filled his pipe. “Space travel isn’t all it’s cracked up to be, not yet.”

“Mind the pipe, Skipper!” Morrie warned.

Cargraves looked startled. “I forgot,” he admitted guiltily. He stared longingly at the pipe. “Say, Ross,” he inquired, “do you think the air-conditioner would clean it out fast enough?” “Go ahead. Try it,” Ross urged him. “One pipeful won’t kill us. But say, Doc-“

“Yes?”

“Well, uh, look—don’t you really believe there is another side to the moon?” “Huh? Still on that, eh? Of course I do.”

“But it’s just my opinion. I believe it because all my assumptions, beliefs, prejudices, theories, superstitions, and so forth, tend that way. It’s part of the pattern of fictions I live by, but that doesn’t prove it’s right. So if it turns out to be wrong I hope I am sufficiently emotionally braced not to blow my top.”

“Which brings us right back to study time,” he went on. “You’ve all got thirty minutes credit, which gives you an hour and a half to go. Better get busy.” Art looked dumfounded. “I thought you were kidding Uncle. You don’t mean to run such a schedule on the moon, do you?”

“Unless circumstances prevent. Now is a good time to work up a little reserve, for that matter, while there is nothing to see and no work to do.”

Art continued to look astonished, then his race cleared. “I m afraid we can’t, Uncle. The books are all packed down so far that we can’t get at them till we land.”

“So? Well, we won’t let that stop us. Aschool,” he quoted, “is a log with a pupil on one end and a teacher on the other. We’ll have lectures and quizzes—starting with a review quiz. Gather round, victims.”

They did so, sitting cross-legged in a circle on the hold bulkhead. Cargraves produced a pencil and a reasonably clean piece of paper from his always bulging pockets. “You first, Art. Sketch and describe a cyclotron. Basic review—let’s see how much you’ve forgotten.”

Art commenced outlining painfully the essential parts of a cyclotron. He sketched two hollow half-cylinders, with their open sides facing each other, close together. “These are made of copper,” he stated, “and each one is an electrode for a very high frequency, high voltage power source. It’s actually a sort of short-wave radio transmitter—I’ll leave it out of the sketch.   Then you have an enormously powerful electromagnet with its field running through the opening between the dees, the half-cylinders, and vertical to them. The whole thing is inside a big vacuum chamber. You get a source of ions-“

“What sort of ions?”

“Well, maybe you put a little hydrogen in the vacuum chamber and kick it up with a hot filament at the center point of the two dees. Then you get hydrogen nuclei-protons.” “Go ahead.”

“The protons have a positive charge, of course. The alternating current would keep them kicking back and forth between the two electrodes—the dees. But the magnetic field, since the protons are charged particles, tends to make them whirl around in circles. Between the two of them, the protons go whirling around in a spiral, gaining speed each revolution until they finally fly out a little thin, metal window in the vacuum chamber, going to beat the band.”

“But why bother?”

“Well, if you aim this stream of high-speed protons at some material, say a piece of metal, things begin to happen. It can knock electrons off the atoms, or it can even get inside and stir up the nuclei and cause transmutations or make the target radioactive—things like that.”

“Good enough,” Cargraves agreed, and went on to ask him several more questions to bring out details. “Just one thing,” he said afterwards. “You know the answers, but just between ourselves, that sketch smells a bit. It’s sloppy.”

“I never did have any artistic talent,” Art said defensively. “I’d rather take a photograph any day.”

“You’ve taken too many photographs, maybe. As for artistic talent, I haven’t any either, but I learned to sketch. Look, Art- the rest of you guys get this, too -if you can’t sketch, you can’t see. If you really see what you’re looking at, you can put it down on paper, accurately. If you really remember what you have looked at, you can sketch it accurately from memory.”

“But the lines don’t go where I intend them to.”

“Apencil will go where you push it. It hasn’t any life of its own. The answer is practice and more practice and thinking about what you are looking at. All of you lugs want to be scientists. Well, the ability to sketch accurately is as necessary to a scientist as his slipstick. More necessary, you can get along without a slide rule. Okay, Art. You’re next, Ross. Gimme a quick tell on the protoactinium radioactive series.”

Ross took a deep breath. “There are three families of radioactive isotopes: the uranium family, the thorium family, and the protoactinium family. The last one starts with isotope U-235 and-” They kept at it for considerably longer than an hour and a half, for Cargraves had the intention of letting them be as free as possible later, while still keeping to the letter and spirit of his contract with Ross’s father.

At last he said, “I think we had better eat again. The drive will cut out before long. It’s been cutting down all the time—notice how light you feel?” “How about a K-ration?” inquired Morrie, in his second capacity as commissary steward.

“No, I don’t think so,” Cargraves answered slowly. “I think maybe we had better limit this meal to some amino acids and some gelatine.” He raised his eyebrows.

“Umm—I see,” Morrie agreed, glancing at the other two. “Maybe you are right.” Morrie and Cargraves, being pilots, had experienced free fall in school. The stomachs of Ross and Art were still to be tried.

“What’s the idea?” Art demanded.

Ross looked disgusted. “Oh, he thinks we’ll toss our cookies. Why, we hardly weigh anything now. What do you take us for, Doc? Babies?” “No,” said Cargraves, “but I still think you might get dropsick. I did. I think predigested foods are a good idea.”

“Oh, shucks. My stomach is strong. I’ve never been air sick.” “Ever been seasick?”

“I’ve never been to sea.”

“Well, suit yourself,” Cargraves told him. “But one thing I insist on. Wear a sack over your face. I don’t want what you lose in the air-conditioner.” He turned away and started preparing some gelatine for himself by simply pouring the powder into water, stirring, and drinking.

Ross made a face but he did not dig out a K-ration. Instead he switched on the hot plate, preparatory to heating milk for amino-acid concentrates. Alittle later Joe the Robot awoke from his nap and switched off the jet completely.

They did not bounce up to the ceiling. The rocket did not spin wildly. None of the comic-strip things happened to them. They simply gradually ceased to weigh anything as the thrust died away. Almost as much they noticed the deafening new silence. Cargraves had previously made a personal inspection of the entire ship to be sure that everything was tied, clamped, or stored firmly so that the ship would not become cluttered ‘up with loosely floating bric-a-brac.

Cargraves lifted himself away from his seat with one hand, turned in the air like a swimmer, and floated gently down, rather across- up and down had ceased to exist -to where Ross and Art floated, loosely attached to their hammocks by a single belt as an added precaution. Cargraves checked his progress with one hand and steadied himself by grasping Art’s   hammock. “How’s everybody?”

“All right, I guess,” Art answered, gulping. “It feels like a falling elevator.” He was slightly green. “You, Ross?”

“I’ll get by,” Ross declared, and suddenly gagged. His color was gray rather than green.

Space sickness is not a joke, as every cadet rocket pilot knows. It is something like seasickness, like the terrible, wild retching that results from heavy pitching of a ship at sea — except that the sensation of everything dropping out from under one does not stop!

But the longest free-flight portions of a commercial rocket flight from point to point on earth last only a few minutes, with the balance of the trip on thrust or in glide, whereas the course Cargraves had decided on called for many hours of free fall. He could have chosen, with the power at his disposal, to make the whole trip on the jet, but that would have prevented them from turning ship, which he proposed to do now, until the time came to invert and drive the jet toward the moon to break their fall.

Only by turning the ship would they be able to see the earth from space; Cargraves wanted to do so before the earth was too far away. “Just stay where you are for a while,” he cautioned them.. “I’m about to turn ship.”

“I want to see it,” Ross said stoutly. “I’ve been looking forward to it.” He unbuckled his safety belt, then suddenly he was retching again. Saliva overflowed and drooled out curiously, not down his chin but in large droplets that seemed undecided where to go.

“Use your handkerchief,” Cargraves advised him, feeling none too well himself. “Then come along if you feel like it.” He turned to Art. Art was already using his handkerchief.

Cargraves turned away and floated back to the pilot’s chair. He was aware that there was nothing that he could do for them, and his own stomach was doing flip-flops and slow, banked turns. He wanted to strap his safety belt across it. Back in his seat, he noticed that Morrie was doubled up and holding his stomach, but he said nothing and gave his attention to turning the ship. Morrie would be all right.

Swinging the ship around was a very simple matter. Located at the center of gravity of the ship was a small, heavy, metal wheel. He had controls on the panel in front of him whereby he could turn this wheel to any axis, as it was mounted freely on gymbals, and then lock the gymbals. An electric motor enabled him to spin it rapidly in either direction and to stop it afterwards.

This wheel by itself could turn the ship when it was in free fall and then hold it in the new position. (It must be clearly understood that this turning had no effect at all on the course or speed of the Galileo, but simply on its attitude, the direction it faced, just as a fancy diver may turn and twist in falling from a great height, without thereby disturbing his fall.)

The little wheel was able to turn the huge vessel by a very simple law of physics, but in an application not often seen on the earth. The principle was the conservation of momentum, in this case angular momentum or spin. Ice skaters understand the application of this law; some of their fanciest tricks depend on it.

As the little wheel spun rapidly in one direction the big ship spun slowly in the other direction. When the wheel stopped, the ship stopped and just as abruptly.

“Dark glasses, boys!” Cargraves called out belatedly as the ship started to nose over and the stars wheeled past the port. In spite of their wretched nausea they managed to find their goggles, carried on their persons for this event, and get them on.

They needed them very soon. The moon slid away out of sight. The sun and the earth came in to view. The earth was a great shining crescent like a moon, two days past new. At this distance- one-fourth the way to the moon -it appeared sixteen times as wide as the moon does from the earth and many times more magnificent. The horns of the crescent were blue- white from the polar ice caps. Along its length showed the greenish blue of sea and the deep greens and sandy browns of ocean and forest and field … for the line of light and dark ran through the heart of Asia and down into the Indian Ocean. This they could plainly see, as easily as if it had been a globe standing across a school room from them. The Indian Ocean was partly obscured by a great cloud bank, stormy to those underneath it perhaps, but blazing white as the polar caps to those who watched from space.

In the arms of the crescent was the nightside of earth, lighted dimly but plainly by the almost full moon behind them. But- and this is never seen on the moon when the new moon holds the old moon in her arms -the faintly lighted dark face was picked out here and there with little jewels of light, the cities of earth, warm and friendly and beckoning!

Halfway from equator to northern horn were three bright ones, not far apart—London, and Paris, and reborn Berlin. Across the dark Atlantic, at the very edge of the disk, was one

especially bright and rosy light, the lights of Broadway and all of Greater New York.

All three of the boys were seeing New York for the first time, not to mention most of the rest of the great globe.

But, although it was their home, although they were it from a glorious vantage point new to mankind, their attention was torn away from the earth almost at once. There was a still more breath-taking object in the sky—the sun.

Its apparent width was only one-sixteenth that of the mighty crescent earth, but it brooked no competition. It hung below the earth- below when referred to the attitude of the Galileo, not in the sense of “up” or “down” -and about four times the width of the earth away. It was neither larger nor smaller than it appears from the earth and not appreciably brighter than it is on a clear, dry desert noon. But the sky was black around it in the airless space; its royal corona shone out; its prominences could be seen; its great infernal storms showed on its face.

“Don’t look too directly at it,” Cargraves warned, “even when you have the polarizer turned to maximum interference.” He referred to the double lenses the boys wore, polaroid glass with thick outer lens that were rotatable.

“I gotta have a picture of this!” Art declared, and turned and swam away. He had forgotten that he was space sick.

He was back shortly with his Contax and was busy fitting his longest lens into it. The camera was quite old, being one of the few things his mother had managed to bring out of Germany, and was his proudest possession. The lens in place, he started to take his Weston from its case. Cargraves stopped him.

“Why burn out your light meter?” he cautioned.

Art stopped suddenly. “Yes, I guess I would,” he admitted. “But how am I going to get a picture?”

“Maybe you won’t. Better use your slowest film, your strongest filter, your smallest stop, and your shortest exposure. Then pray.”

Seeing that the boy looked disappointed, he went on, “I wouldn’t worry too much about pictures of the sun. We can be sure that to the astronomers who will follow us after we’ve blazed the trail. But you ought to be able to get a swell picture of the earth. Waste a little film on the sun first, then we will try it. I’ll shade your lens from the sunlight with my hand.”

Art did so, then prepared to photograph the earth. “I can’t get a decent light reading on it, either,” he complained. “Too much interference from the sun.”

“Well, you know how much light it is getting—the works. Why not assume it’s about like desert sunlight, then shoot a few both above and below what that calls for?”

When Art had finished Cargraves said, “Mind the sunburn, boys.” He touched the plastic inner layer of the quartz port. “This stuff is supposed to filter out the worst of it—but take it easy.” “Shucks, we’re tanned.” And so they were; New Mexico sun had left its mark.

“I know, but that’s the brightest sunshine you ever saw. Take it easy.”

“How much chance is there,” asked Morrie, “that this pure stuff is dangerous? I mean aside from bad sunburn.”

“You read the same papers I did. We’re getting more cosmic radiation, too. Maybe it’ll knock us down dead. Maybe it’ll cause your children to have long green tendrils. That’s one of the chances we take.”

“Well, Columbus took a chance.” “And look how far he got!” put in Art.

“Yeah, thrown in the hoosegow for his trouble.”

“Be that as it may,” said Cargraves, “I’m going to turn the ship again so that the sun doesn’t shine in so directly. This tub is getting too hot.” It was no trouble to keep the Galileo warm enough, but how to get rid of unwanted heat was another matter. Her polished sides reflected most of the heat that struck them, but sunshine pouring directly in the view port produced a most uncomfortable greenhouse effect. Refrigeration, in the ordinary sense, was no answer; the ship was a closed system and could lose heat only by radiation to outer space. At the moment she was absorbing radiant heat from the sun much faster than she was radiating it.

“I want to take some more pictures,” Art protested.

“I’ll keep the earth in sight,” Cargraves promised, and set the controls of the spinning wheel to suit his purpose. Then he floated back to the view port and joined the others, who were swimming in front of it like goldfish in a bowl.

Ross touched the transparent wall with a finger tip; the light contact pushed him back from the port. “Doc, what do you think would happen if a meteor hit this port?”

“I don’t like to think about it. However, I wouldn’t worry too much about it. Ley has calculated that the chance of being hit by a meteor on a trip out to the moon and back is about one in a half a million. I figure I was in much graver danger every time I climbed into that alleged automobile you guys drive.

“That’s a good car.”

“I’ll admit it performs well.” He turned away with a motion much like that of a sprint swimmer turning on the side of a pool. “Art, when you are through snapping that Brownie, I’ve got something better for you to do. How about trying to raise earth?”

“Just one more of—Huh? What did you say?”

“How about heating up your tubes and seeing if there is anybody on the air-or lack-of-air, as the case may be?”

No attempt had been made to use the radios since blasting off. Not only did the jet interfere seriously, but also the antenna were completely retracted, even spike antenna, during the passage through the atmosphere. But now that the jet was silent an attempt at communication seemed in order.

True, the piloting radar had kept them in touch by radio, in a manner of speaking, during the early part of the journey, but they were now beyond the range of the type of equipment used for piloting. It bore little resemblance to the giant radars used to bounce signals against the moon. The quartz windows through which it operated would have been quite inadequate for the large antenna used to fling power from the earth to the moon.

Art got busy at once, while stating that he thought the chances of picking up anything were slim. “It would have to be beamed tight as a, as a, well—tight. And why would anybody be beaming stuff out this way?”

“At us, of course,” Ross offered.

“They can’t find us. Radar won’t pick up anything as small as this ship at this distance—too little mirror cross section.” Art spoke authoritatively. “Not the radars they’ve got so far. Maybe some day, if—hey!”

“What have you got?”

“Keep quiet!” Art stared ahead with that look of painful, unseeing concentration found only under a pair of earphones. He twiddled his dials carefully, then fumbled for pencil and paper. Writing, he found, was difficult without gravity to steady himself and his hand. But he scribbled.

“Get a load of this,” he whispered a few minutes later. He read: RADIO PARIS CALLING ROCKET SHIP GALILEO            RADIO PARIS CALLING ROCKET SHIP GALILEO            RADIO PARIS CALLING ROCKET SHIP GALILEO

DOCTOR DONALD CARGRAVES ARTHUR MUELLER MAURICE ABRAMS ROSS JENKINS GREETINGS YOUR

FLIGHT FOLLOWED UNTIL OH ONE ONE THREE

GREENWICH TIME SEPTEMBER TWENTYFIFTH CONTACT LOST WILL CONTINUE TO CALL YOU ON THIS BEAMAND FREQUENCYFOLLOWING PROB- ABLE TRAJECTORYGOOD LUCK TO YOU RADIO PARIS CALLING ROCKET SHIP GALILEO RADIO PARIS-

“And then they repeat. It’s a recording.” His voice was shaky. “Gosh!” Ross had no other comment.

“Well, boys, it looks like we’re celebrities.” Cargraves tried to make his words sound casual. Then he found that he was holding a piece of his pipe in each hand; he had broken it in two without knowing it. Shrugging, he let the pieces float away from him.

“But how did they find us?” persisted Art.

“The message shows it,” Morrie pointed out. “See that time? That’s the time we went into free fall. They followed the jet.” “How? By telescope?”

“More likely,” Cargraves put in, “by anti-rocket radiation tracer.” “Huh? But the UN patrol are the only ones with that sort of gear.”

Cargraves permitted himself a grin. “And why shouldn’t the UN be interested in us? See here, kid—can you squirt anything back at them?” “I’ll sure try!”

Chapter 11 – ONE ATOM WAR TOO MANY?

ART GOT BUSYAT HIS TASK, but nothing came back which would tell him whether or not his attempts had been successful. The recording continued to come in whenever he listened for it, between attempts to send, for the next three and a half hours. Then it faded out—they were off the beam.

Nevertheless, it was the longest direct communication of record in human history.

The Galileo continued her climb up from the earth, toward that invisible boundary where the earth ceased to claim title and the lesser mass of the moon took charge. Up and up, out and farther out, rising in free flight, slowing from the still effective tug of the earth but still carried on by the speed she had attained under the drive of the jet, until at last the Galileo slipped quietly over the border and was in the moon’s back yard. From there on she accelerated slowly as she fell toward the silvery satellite.

They ate and slept and ate again. They stared at the receding earth. And they slept again.

While they slept, Joe the Robot stirred, consulted his cam, decided that he had had enough of this weightlessness, and started the jet. But first he straightened out the ship so that the jet faced toward the moon, breaking their fall, while the port stared back at earth.

The noise of the jet woke them up. Cargraves had had them strap themselves down in anticipation of weight. They unstrapped and climbed up to the control station. “Where’s the moon?” demanded Art.

“Under us, of course,” Morrie informed him.

“Better try for it with radar, Morrie,” Cargraves directed.

“Cheek!” Morrie switched on the juice, waited for it to warm, then adjusted it. The moon showed as a large vague mass on one side of the scope. “About fifteen thousand miles,” he declared. “We’d better do some checking, Skipper.”

They were busy for more than an hour, taking sights, taking readings, and computing. The bearing and distance of the moon, in relation to the ship, were available by radar. Direct star sights out the port established the direction of drive of the ship. Successive radar readings established the course and speed of the ship for comparison with the courses and speeds as given by the automatic instruments showing on the board. All these factors had to be taken into consideration in computing a check on the management of Joe the Robot.

Minor errors were found and the corrections were fed to the automatic pilot. Joe accepted the changes in his orders without comment.

While Morrie and Cargraves did this, Art and Ross were preparing the best meal they could throw together. It was a relief to have weight under their feet and it was a decided relief to their stomachs. Those organs had become adjusted to free fall, but hardly reconciled. Back on firm footing they hollered for solid food.

The meal was over and Cargraves was thinking sadly of his ruined pipe, when the control alarm sounded. Joe the Robot had completed his orders, his cam had run out, he called for relief.

They all scrambled up to the control station. The moon, blindingly white and incredibly huge was shouldering its way into one side of the port. They were so close to it now that their progress was visible, if one looked closely, by sighting across the frame of the port at some fixed object, a crater or a mountain range.

“Whee!” Art yelled.

“Kinda knocks your eyes out, doesn’t it?” Ross said, gazing in open wonder.

“It does,” agreed Cargraves. “But we’ve got work to do. Get back and strap yourselves down and stand by for maneuvering.”

While he complied, he strapped himself into his chair and then flipped a switch which ordered Joe to go to sleep; he was in direct, manual command of the rocket. With Morrie to coach him by instrument, he put the ship through a jockeying series of changes, gentle on the whole and involving only minor changes in course at any one time, but all intended to bring the ship from the flat conoid trajectory it had been following into a circular orbit around the moon.

“How’m I doin’?” he demanded, a long time later.

“Right in the groove,” Morrie assured him, after a short delay. “Sure enough of it for me to go automatic and swing ship?”

“Let me track her a few more minutes.” Presently Morrie assured him as requested. They had already gone into free flight just before Cargraves asked for a check. He now called out to  Art and Ross that they could unstrap. He then started the ship to swinging so that the port faced toward the moon and switched on a combination which told Joe that he must get back to work; it was now his business to watch the altitude by radar and to see to it that altitude and speed remained constant.

Art was up at the port, with his camera, by the time he and Morrie had unstrapped.

“Goshawmighty,” exclaimed Art, “this is something!” He unlimbered his equipment and began snappihg frantically, until Ross pointed out that his lens cover was still on. Then he steadied down.

Ross floated face down and stared out at the desolation. They were speeding silently along, only two hundred miles above the ground, and they were approaching the sunrise line of light and darkness. The shadows were long on the barren wastes below them, the mountain peaks and the great gaping craters more horrendous on that account. “It’s scary,” Ross decided. “I’m not sure I like it.”

“Want off at the next corner?” Cargraves inquired. “No, but I’m not dead certain I’m glad I came.”

Morrie grasped his arm, to steady himself apparently, but quite as much for the comfort of solid human companionship. “You know what I think, Ross,” he began, as he stared out at the endless miles of craters. “I think I know how it got that way. Those aren’t volcanic craters, that’s certain—and it wasn’t done by meteors. They did it themselves!”

“Huh? Who?”

“The moon people. They did it. They wrecked themselves. They ruined themselves. They had one atomic war too many.”

“Huh? What the-” Ross stared, then looked back at the surface as if to read the grim mystery there. Art stopped taking pictures. “How about it, Doc?”

Cargraves wrinkled his brow. “Could be,” he admitted. “None of the other theories for natural causes hold water for one reason or another. It would account for the relatively smooth parts we call ‘seas.’ They really were seas; that’s why they weren’t hit very hard.”

“And that’s why they aren’t seas any more,” Morrie went on. “They blew their atmosphere off and the seas boiled away at Tycho. That’s where they set off the biggest ammunition dump on the planet. It cracked the whole planet. I’ll bet somebody worked out a counter-weapon that worked too well. It set off every atom bomb on the moon all at once and it ruined them! I’m

sure of it.”

“Well,” said Cargraves, “I’m not sure of it, but I admit the theory is attractive. Perhaps we’ll find out when we land. That notion of setting off all the bombs at once-there are strong theoretical objections to that. Nobody has any idea how to do it.”

“Nobody knew how to make an atom bomb a few years ago,” Morrie pointed out.

“That’s true.” Cargraves wanted to change the subject; it was unpleasantly close to horrors that had haunted his dreams since the beginning of World War II. “Ross, how do you feel about the other side of the moon now?”

“We’ll know pretty soon,” Ross chuckled. “Say—this is the Other Side!”

And so it was. They had leveled off in their circular orbit near the left limb of the moon as seen from the earth and were coasting over the mysterious other face. Ross scanned it closely. “Looks about the same.”

“Did you expect anything different?”

“No, I guess not. But I had hoped.” Even as he spoke they crossed the sunrise line and the ground below them was dark, not invisible, for it was still illuminated by faint starlight— starlight only, for the earthshine never reached this face. The suncapped peaks receded rapidly in the distance. At the rate they were traveling, a speed of nearly 4000 miles per hour necessary to maintain them in a low-level circular orbit, the complete circuit of the planet would take a little over an hour and a half.

“No more pictures, I guess,” Art said sadly. “I wish it was a different time of the month.”

“Yes,” agreed Ross, still peering out, “it’s a dirty shame to be this close and not see anything.”

“Don’t be impatient,” Cargraves told him; “When we start back in eight or nine days, we swing around again and you can stare and take pictures till you’re cross-eyed.” “Why only eight or nine days? We’ve got more food than that.”

“Two reasons. The first is, if we take off at new moon we won’t have to stare into the sun on the way back. The second is, I’m homesick and I haven’t even landed yet.” He grinned. In utter seriousness he felt that it was not wise to stretch their luck by sticking around too long.

The trip across the lighted and familiar face of the moon was delightful, but so short that it was like window shopping in a speeding car. The craters and the “seas” were old familiar friends, yet strange and new. It reminded them of the always strange experience of seeing a famous television star on a personal appearance tour-recognition with an odd feeling of unreality.

Art shifted over to the motion-picture camera once used to record the progress of the Starstruck series, and got a complete sequence from Mare Fecunditatis to the crater Kepler, at which point Cargraves ordered him emphatically to stop at once and strap himself down.

They were coming into their landing trajectory. Cargraves and Morrie had selected a flat, unnamed area beyond Oceanus Procellarum for the landing because it was just on the border between the earth side and the unknown side, and thereby fitted two plans: to attempt to establish radio contact with earth, for which direct line-of-sight would be necessary, and to permit them to explore at least a portion of the unknown side.

Joe the Robot was called again and told to consult a second cam concealed in his dark insides, a cam which provided for the necessary braking drive and the final ticklish contact on maneuvering jets and radar. Cargraves carefully leveled the ship at the exact altitude and speed Joe would need for the approach and flipped over to automatic when Morrie signaled that they were at the exact, precalculated distance necessary for the landing.

Joe took over. He ffipped the ship over, using the maneuvering rockets, then started backing in to a landing, using the jet in the tail to kill their still tremendous speed. The moon was below them now and Cargraves could see nothing but the stars, the stars and the crescent of the earth—a quarter of a million miles away and no help to him now.

He wondered if he would ever set foot on it again.

Morrie was studying the approach in the radar scope. “Checking out to nine zeros, Captain,” he announced proudly and with considerable exaggeration. “It’s in the bag.” The ground came up rapidly in the scope. When they were close and no longer, for the moment, dropping at all, Joe cut the main jet and flipped them over.

When he had collected, himself from the wild gyration of the somersault, Cargraves saw the nose jets reach out and splash in front of them and realized that the belly jets were in play, too, as the surge of power pushed the seat of the chair up against him. He felt almost as if he could land it himself, it seemed so much like his first wild landing on the New Mexico desert.

Then for one frantic second he saw the smooth, flat ground ahead of the splash of the plowing nose jets give way to a desolation of rocky ridges, sharp crevasses, loose and dangerous cosmic rubble … soil from which, if they landed without crashing, they could not hope to take off.

The sunlight had fooled them. With the sun behind them the badlands had cast no shadows they could see; the flat plain had appeared to stretch to the mountains ahead. These were no mountains, but they were quite sufficient to wreck the Galileo.

The horrible second it took him to size up the situation was followed by frantic action. With one hand he cut the automatic pilot; with the other he twisted violently on the knob controlling the tail jet. He slapped the belly jets on full.

Her nose lifted.

She hung there, ready to fall, kept steady on her jets only by her gyros. Then slowly, slowly, slowly the mighty tail jet reached out—so slowly that he knew at that moment that the logy response of the atoumatic pilot would never serve him for what he had to do next, which was to land her himself.

The Galileo pulled away from the surface of the moon. “That was close,” Morrie said mildly.

Cargrave swiped the sweat from his eyes and shivered.

He knew what was called for now, in all reason. He knew that he should turn the ship away from the moon, head her in the general direction of the earth and work out a return path, a path to a planet with an atmosphere to help a pilot put down his savage ship. He knew right then that he was not the stuff of heroes, that he was getting old and knew it.

But he hated to tell Morrie.

“Going to put her down on manual?” the boy inquired. “Huh?”

“That’s the only way we’ll get her down on a strange field. I can see that now you’ve got to be able to see your spot at the last half minute—nose jet,and no radar.” “I can’t do it, Morrie.”

The younger man said nothing. He simply sat and stared ahead without expression. “I’m going to head her back to earth, Morrie.”

The boy gave absolutely no sign of having heard him. There was neither approval nor disapproval on his face, nor any faint suggestion.

Cargraves thought of the scene when Ross, blind and bandaged, had told him oft. Of Art, quelling his space sickness to get his pictures. He thought, too, of the hot and tiring days when he and Morrie had qualified for piloting together.

The boy said nothing, neither did he look at him.

These kids, these damn kids! How had he gotten up here, with a rocket under his hand and a cargo of minors to be responsible for? He was a laboratory scientist, not a superman. If it had been Ross, if Ross were a pilot—even where he now was, he shivered at the recollection of Ross’s hair-raising driving. Art was about as bad. Morrie was worse.

He knew he would never be a hot pilot—not by twenty years. These kids, with their casual ignorance, with their hot rod rigs, it was for them; piloting was their kind of a job. They were too young and too ignorant to care and their reflexes were not hobbled by second thoughts. He remembered Ross’s words: “I’ll go to the moon if I have to walk!”

“Land her, Morrie.” “Aye, aye, sir!”

The boy never looked, at him. He flipped her up on her tail, then let her drop slowly by easing off on the tail jet. Purely by the seat of his pants, by some inner calculation- for Cargraves could see nothing through the port but stars, and neither could the boy -he flipped her over again, cutting the tail jet as he did so.

The ground was close to them and coming up fast.

He kicked her once with the belly jets, placing them thereby over a smooth stretch of land, and started taking her down with quick blasts of the nose jets, while sneaking a look between blasts.

When he had her down so close that Cargraves was sure that he was going to land her on her nose, crushing in the port and killing them, he gave her one more blast which made her rise a trifle, kicked her level and brought her down on the belly jets, almost horizontal, and so close to the ground that Cargraves could see it ahead of them, out the port.

Glancing casually out the port, Morrie gave one last squirt with the belly jets and let her settle. They grated heavily and were stopped. The Galileo sat on the face of the moon. “Landed, sir. Time: Oh-eight-three-four.”

Cargraves drew in a breath. “Abeautiful, beautiful landing, Morrie.” “Thanks, Captain.”

Chapter 12 – THE BARE BONES

ROSS AND ART WERE ALREADYout of their straps and talking loudly about getting out the space suits when Cargraves climbed shakily out of his chair—and then nearly fell. The lowered gravitation, one-sixth earth-normal, fooled him. He was used to weightlessness by now, and to the chest-binding pressure of high acceleration; the pseudo-normal weight of a one-g drive was no trouble, and maneuvering while strapped down was no worse than stunting in an airplane.

This was different and required a little getting used to, he decided. It reminded him a little of walking on rubber, or the curiously light-footed feeling one got after removing snow shoes or heavy boots.

Morrie remained at his post for a few moments longer to complete and sign his log. He hesitated over the space in the log sheet marked ‘position’. They had taught him in school to enter here the latitude and longitude of the port of arrival—but what were the latitude and longitude of this spot?

The moon had its north and south poles just as definitely as the earth, which gave any spot a definite latitude, nor was longitude uncertain once a zero meridian was selected. That had been done; Tycho was to be the Greenwich of the moon.

But his navigation tables were tables for the earth.

The problem could be solved; he knew that. By spherical trigonometry the solutions of celestial triangles on which all navigation was based could be converted to the special conditions of Luna, but it would require tedious calculation, not at all like the precalculated short cuts used by all pilots in the age of aircraft and rocket. He would have to go back to the Marc St. Hilaire method, obsolete for twenty years, after converting laboriously each piece of data from earth reference terms to moon reference terms.

Well, he could do it later, he decided, and get Cargraves to check him. The face of the moon called him.

He joined the little group huddled around the port. In front of them stretched a dun and lifeless floor, breaking into jagged hills a few miles beyond them. It was hot, glaring hot, under the oblique rays of the sun, and utterly still. The earth was not in sight; they had dropped over the rim into the unknown side in the last minutes of the impromptu landing.

Instead of the brassy sky one might expect over such a scene of blistering desert desolation, a black dome of night, studded brilliantly with stars, hung over it. At least, thought Morrie, his mind returning to his problem in navigation, it would be hard to get lost here. Aman could set a course by the stars with no trouble.

“When are we going out?” demanded Art.

“Keep your shirt on,” Ross told him and turned to Cargraves. “Say, Doc, that was sure a slick landing. Tell me- was that first approach just a look around on manual, or did you feed that into the automatic pilot, too?”

“Neither one, exactly.” He hesitated. It had been evident from their first remarks that neither Ross nor Art had been aware of the danger, nor of his own agonizing indecision. Was it necessary to worry them with it now? He was aware that, if he did not speak, Morrie would never mention it.

That decided him. The man- man was the word, he now knew, not “boy” -was entitled to public credit. “Morrie made that landing,” he informed them. “We had to cut out the robot and Morrie put her down.”

Ross whistled.

Art said, “Huh? What did you say? Don’t tell me that radar cut out—I checked it six ways.”

“Your gadgets all stood up,” Cargraves assured him, “but there are some things a man can do that a gadget can’t. This was one of them.” He elaborated what had happened.

Ross looked Morrie up and down until Morrie blushed. “Hot Pilot I said, and Hot Pilot it is,” Ross told him. “But I’m glad I didn’t know.” He walked aft, whistling Danse Macabre, off key again, and began to fiddle with his space suit.

“When do we go outside?,” Art persisted. “Practically at once, I suppose.” “Whoopee!”

“Don’t get in a hurry. You might be the man with the short straw and have to stay with the ship.” “But … Look, Uncle, why does anybody have to stay with the ship? Nobody’s going to steal it.”

Cargraves hesitated. With automatic caution, he had intended always to keep at least one man in the ship, as a safety measure. On second thought there seemed no reason for it. A  man inside the ship could do nothing for a man outside the ship without first donning a pressure suit and coming outside. “We’ll compromise,” he said. “Morrie and I—no, you and I.” He realized that he could not risk both pilots at once.

“You and I will go first. If it’s okay, the others can follow us. All right, troops,” he said, turning. “Into your space suits!”

They helped each other into them, after first applying white sunburn ointment liberally over the skin outside their goggles. It gave them an appropriate out-of-this-world appearance. Then Cargraves had them cheek their suits at twice normal pressure while he personally inspected their oxygen-bottle back packs. All the while they were checking their walky-talkies; ordinary conversation could be heard, but only faintly, through the helmets as long as they were in the air of the ship; the radios were louder.

“Okay, sports,” he said at last. “Art and I will go into the lock together, then proceed around to the front, where you can see us. When I give you the high sign, come on out. One last word: stay together. Don’t get more than ten yards or so away from me. And remember this. When you get out there, every last one of you is going to want to see how high you can jump; I’ve heard you talking about it. Well, you can probably jump twenty-five or thirty feet high if you try. But don t do it.

“Why not?” Ross’s voice was strange, through the radio.

“Because if you land on your head and crack your helmet open, we’ll bury you right where you fall! Come on, Morrie. No, sorry—I mean ‘Art’.”

They crowded into the tiny lock, almost filling it. The motor which drove the impeller to scavenge the air from the lock whirred briefly, so little was the space left unoccupied by their bodies, then sighed and stopped. The scavenger valve clicked into place and Cargraves unclamped the outer door.

He found that he floated, rather than jumped, to the ground. Art came after him, landing on his hands and knees and springing lightly up. “Okay, kid?”

“Swell!”

They moved around to the front, boots scuffing silently in the loose soil. He looked at it and picked up a handful to see if it looked like stuff that had been hit by radioactive blast. He was thinking of Morrie’s theory. They were on the floor of a crater; that was evident, for the wall of hills extended all around them. Was it an atomic bomb crater?

He could not tell. The moon soil did have the boiled and bubbly look of atom-scorched earth, but that might have been volcanic action, or, even, the tremendous heat of the impact of a giant meteor. Well, the problem could wait.

Art stopped suddenly. “Say! Uncle, I’ve got to go back.” “What’s the matter?”

“I forgot my camera!”

Cargraves chuckled. “Make it next time. Your subject won’t move.” Art’s excitement had set a new high, he decided; there was a small school of thought which believed he bathed with his camera.

Speaking of baths, Cargraves mused, I could stand one. Space travel had its drawbacks. He was beginning to dislike his own smell, particularly when it was confined in a space suit!

Ross and Morrie were waiting for them, not patiently, at the port. Their radio voices, blanked until now by the ship’s sides, came clearly through the quartz. “How about it, Doc?,” Ross sang out, pressing his nose to the port.

“Seems all right,” they heard him say. “Then here we come!”

“Wait a few minutes yet. I want to be sure.”

“Well—okay.” Ross showed his impatience, but discipline was no longer a problem. Art made faces at them, then essayed a little dance, staying close to the ground but letting each step carry him a few feet into the air—or, rather, vacuum. He floated slowly and with some grace. It was like a dance in slow motion, or a ballet under water.

When he started rising a little higher and clicking his boot heels together as he sailed, Cargraves motioned for him to stop. “Put down your flaps, chum,” he cautioned, “and land. You aren’t Nijinsky.”

“Who’s Nijinsky?”

“Never mind. Just stay planted. Keep at least one foot on the ground. Okay, Morrie,” he called out, “come on out. You and Ross.” The port was suddenly deserted.

When Morrie set foot on the moon and looked around him at the flat and unchanging plain and at the broken crags beyond he felt a sudden overwhelming emotion of tragedy and of foreboding welling up inside him. “It’s the bare bones,” he muttered, half to himself, “the bare bones of a dead world.”

“Huh?” said Ross. “Are you coming, Morrie?” “Right behind you.”

Cargraves and Art had joined them. “Where to?” asked Ross, as the captain came up.

“Well, I don’t want to get too far from the ship this first time,” Cargraves declared. “This place might have some dirty tricks up its sleeve that we hadn’t figured on. How much pressure you guys carrying?”

“Ship pressure.”

“You can cut it down to about half that without the lower pressure bothering you. It’s oxygen, you know.”

“Let’s walk over to those hills,” Morrie suggested. He pointed astern where the rim of the crater was less than half a mile from the ship. It was the sunward side and the shadows stretched from the rim to within a hundred yards or so of the ship.

“Well, part way, anyhow. That shade might feel good. I’m beginning to sweat.”

“I think,” said Morrie, “if I remember correctly, we ought to be able to see earth from the top of the rim. I caught a flash of it, just as we inverted. We aren’t very far over on the back side.” “Just where are we?”

“I’ll have to take some sights before I can report,” Morrie admitted. “Some place west of Ocean us Procellarum and near the equator.” “I know that.”

“Well, if you’re in a hurry, Skipper, you had better call up the Automobile Club.”

“I’m in no hurry. Injun not lost—wigwam lost. But I hope the earth is visible from there. It would be a good spot, in that case, to set up Art’s antenna, not too far from the ship. Frankly, I’m opposed to moving the ship until we head back, even if we miss a chance to try to contact earth.”

They were in the shadows now, to Cargraves’ relief. Contrary to popular fancy, the shadows were not black, despite the lack of air-dispersed sunlight. The dazzle of the floor behind them and the glare of the hills beyond all contrived to throw quite a lot of reflected light into the shadows.

When they had proceeded some distance farther toward the hills, Cargraves realized that he was not keeping his party together too well. He had paused to examine a place, discovered by Ross, where the base rock pushed up through the waste of the desert floor, and was trying in the dim light to make out its nature, when he noticed that Morrie was not with them.

He restrained his vexation; it was entirely possible that Morrie, who was in the lead, had not seen them stop. But he looked around anxiously. Morrie was about a hundred yards ahead, where the first folds of the hills broke through. “Morrie!”

The figure stood up, but no answer came over the radio. He noticed then that Morrie was veering, weaving around. “Morrie! Come back here! Are you all right?” “All right? Sure, I’m all right.” He giggled.

“Well, come back here.”

“Can’t come back. I’m busy—I’ve found it!” Morrie took a careless step, bounded high in the air, came down, and staggered. “Morrie! Stand still.” Cargraves was hurrying toward him.

But he did not stand still. He began bounding around, leaping higher and higher. “I’ve found it!” he shrieked. “I’ve found it!” He gave one last bound and while he floated lazily down, he shouted, “I’ve found … the bare bones-” His voice trailed off. He lit feet first, bounced through a complete forward flip and collapsed.

Cargraves was beside him almost as he fell, having himself approached in great flying leaps.

First the helmet—no, it was not cracked. But the boy’s eyes stared out sightlessly. His head lolled, his face was gray.

Cargraves gathered him up in his arms and began to run toward the Galileo. He knew the signs though he had seen it only in the low-pressure chamber used for pilot training—anoxia! Something had gone wrong; Morrie was starved for oxygen. He might die before he could be helped, or, still worse, he might live with his brain permanently damaged, his fine clear intellect gone.

It had happened before that way, more than once during the brave and dangerous days when man was conquering high-altitude flying.

The double burden did not siow him down. The two together, with their space suits, weighed less than seventy pounds. It was just enough to give him stability.

He squeezed them into the lock, holding Morrie close to his chest and waited in agonizing impatience as the air hissed through the valve. All his strength would not suffice to force that door open until the pressure equalized.

Then he was in and had laid him on the deck. Morrie was still out. He tried to remove the suit with trembling, glove-hampered fingers, then hastily got out of his own suit and un-clamped Morrie’s helmet. No sign of life showed as the fresh air hit the patient.

Cussing bitterly he tried to give the boy oxygen directly from his suit but found that the valve on Morrie’s suit, for some reason, refused to respond. He turned then to his own suit, disconnected the oxygen line and fed the raw oxygen directly to the boy’s face while pushing rhythmically on his chest.

Morrie’s eyes flickered and he gasped.

“What happened? Is he all right?” The other two had come through the lock while he worked.

“Maybe he is going to be all right. I don’t know.”

In fact he came around quickly, sat up and blinked his eyes. “Whassa matter?” he wanted to know. “Lie down,” Cargraves urged and put a hand on his shoulder.

“All right … hey! I’m inside.”

Cargraves explained to him what had happened. Morrie blinked. “Now that’s funny. I was all right, except that I was feeling exceptionally fine-“ “That’s a symptom.”

“Yes, I remember. But it didn’t occur to me then. I had just picked up a piece of metal with a hole in it, when-“ “Awhat? You mean worked metal? Metal that some one made-“

“Yes, that’s why I was so ex-” He stopped and looked puzzled. “But it couldn’t have been.” “Possible. This planet might have been inhabited … or visited.

“Oh, I don’t mean that.” Morrie shrugged it off, as if it were of no importance. “I was looking at it, realizing what it meant, when a little bald-headed short guy came up and . . but it couldn’t have been.”

“No,” agreed Cargraves, after a short pause, “it couldn’t have been. I am afraid you were beginning to have anoxia dreams by then. But how about this piece of metal?”

Morrie shook his head. “I don’t know,” he admitted “I remember holding it and looking at it, just as clearly as I remember anything, ever. But I remember the little guy just as well. He was standing there and there were others behind him and I knew that they were the moon people. There were buildings and trees.” He stopped. “I guess that settles it.”

Cargraves nodded, and turned his attention to Morrie’s oxygen pack. The valve worked properly now. There was no way to tell what had been wrong, whether it had frosted inside when Morrie walked on into the deeper shadows, whether a bit of elusive dirt had clogged it, or whether Morrie himself had shut it down too far when he had reduced pressure at Cargraves’ suggestion and thereby slowly suffocated himself. But it must not happen again. He turned to Art.

“See here, Art. I want to rig these gimmicks so that you can’t shut them off below a certain limit. Mmmm . . no, that isn’t enough. We need a warning signal too—something to warn the wearer if his supply stops. See what you can dream up.”

Art got the troubled look on his face that was habitual with him whenever his gadget-conscious mind was working at his top capacity. “I’ve got some peanut bulbs among the instrument spares,” he mused. “Maybe I could mount one on the neck ring and jimmy it up so that when the flow stopped it would-” Cargraves stopped listening; he knew that it was only a matter of time until some unlikely but perfectly practical new circuit would be born.

Chapter 13 – SOMEBODY IS NUTS!

THE TOP OF THE RING OF HILLS showed them the earth, as Morrie had thought. Cargraves, Art, and Ross did the exploring, leaving Morrie back to recuperate and to work on his celestial navigation problem. Cargraves made a point of going along because he did not want the two passengers to play mountain goat on the steep crags—a great temptation under the low gravity conditions.

Also, he wanted to search over the spot where Morrie had had his mishap. Little bald men, no; a piece of metal with a hole in it—possible. If it existed it might be the first clue to the greatest discovery since man crawled up out of the darkness and became aware of himself.

But no luck—the spot was easy to find; footprints were new to this loose soil! But search as they might, they found nothing. Their failure was not quite certain, since the gloom of the crater’s rim still hung over the spot. In a few days it would be daylight here; he planned to search again.

But it seemed possible that Morrie might have flung it away in his anoxia delirium, if it ever existed. It might have carried two hundred yards before it fell, and then buried itself in the loose soil.

The hill top was more rewarding. Cargraves told Art that they would go ahead with the attempt to try to beam a message back to earth … and then had to restrain him from running back to the ship to get started. Instead they searched for a place to install the “Dog House”.

The Dog House was a small pre-fab building, now resting in sections fitting snugly to the curving walls of the Galileo. It had been Ross’s idea and was one of the projects he and Art had worked on during the summer while Cargraves and Morrie were training. It was listed as a sheet-metal garage, with a curved roof, not unlike a Quonset hut, but it had the special virtue  that each panel could be taken through the door of the Galileo.

It was not their notion simply to set it up on the face of the moon; such an arrangement would have been alternately too hot and then too cold. Instead it was to be the frame for a sort of tailor-made cave.

They found a place near the crest, between two pinnacles of rock with a fairly level floor between and of about the right size. The top of one of the crags was easily accessible and had a clear view of earth for line-of-sight, beamed transmission. There being no atmosphere, Art did not have to worry about horizon effects; the waves would go where he headed them. Having settled on the location, they returned for tools and supplies.

Cargraves and Ross did most of the building of the Dog House. It would not have been fair to Art to require him to help; he was already suffering agonies of indecision through a desire to spend all his time taking pictures and an equally strong desire to get his set assembled with which he hoped to raise earth. Morrie, at Cargraves’ request, stayed on light duty for a few days, cooking, working on his navigation, and refraining from the strain of space-suit work.

The low gravitational pull made light work of moving the building sections, other materials, and tools to the spot. Each could carry over five hundred pounds, earth-weight, of the total each trip, except on the steeper portions of the trail where sheer bulk and clumsiness required them to split the loads.

First they shoveled the sandy soil about in the space between the two rocks until the ground was level enough to receive the metal floor, then they assembled the little building in place. The work went fast; wrenches alone were needed for this and the metal seemed light as cardboard. When that was done, they installed the “door,” a steel drum, barrel-sized, with an air- tight gasketed head on each end.

Once the door was in place they proceeded to shovel many earth-tons of lunar soil down on top of the roof, until the space between the rock walls was filled, some three feet higher than the roof of the structure. When they were finished, nothing showed of the Dog House but the igloo-style door, sticking out between the rocky spires. The loose soil of Luna, itself a poor conductor of heat, and the vacuum spaces in it, would be their insulation.

But it was not yet air-tight. They installed portable, temporary lights, then dragged in sealed canisters and flat bales. From the canisters came sticky, tacky sheets of a rubbery plastic.  This they hung like wallpaper, working as rapidly as possible in order to finish before the volatiles boiled out of the plastic. They covered ceiling, walls and floor, then from the bales they removed aluminum foil, shiny as mirrors, and slapped it on top of the plastic, all except the floor, which was covered with heavier duraluminum sheets.

It was ready for a pressure test. There were a few leaks to patch and they were ready to move in. The whole job had taken less than two ‘days’.

The Dog House was to be Art’s radio shack, but that was not all. It was to be also a storeroom for everything they could possibly spare from the ship, everything not necessary to the brief trip back. The cargo space would then be made available for specimens to take back to earth, even if the specimens were no more than country rock, lunar style.

But to Cargraves and to the three it was more than a storeroom, more than a radio shack. They were moving their personal gear into it, installing the hydroponic tank for the rhubarb plants to make the atmosphere self-refreshing, fitting it out as completely as possible for permanent residence.

To them it was a symbol of man’s colonization of this planet, his intention to remain permanently, to fit it to his needs, and wrest a living from it.

Even though circumstances required them to leave it behind them in a few days, they were declaring it to be their new home, they were hanging up their hats.

They celebrated the completion of it with a ceremony which Cargraves had deliberately delayed until the Dog House was complete. Standing in a semicircle in front of the little door, they were addressed by Cargraves:

“As commander of this expedition, duly authorized by a commission of the United Nations and proceeding in a vessel of United States registry, I take possession of this planet as a colony, on behalf of the United Nations of earth in accordance with the laws thereof and the laws of the United States. Run ‘em up, Ross!”

On a short and slender staff the banner of the United Nations and the flag of the United States whipped to the top. No breeze disturbed them in that airless waste—but Ross had taken the forethought to stiffen the upper edges of each with wire; they showed their colors.

Cargraves found himself gulping as he watched the flag and banner hoisted. Privately he thought of this little hole in the ground as the first building of Luna City. He imagined that in a year or so there would be dozens of such cave dwellings, larger and better equipped, clustered around this spot. In them would live prospectors, scientists, and tough construction workers. Workers who would be busy building the permanent Luna City down under the floor of the crater, while other workers installed a great rocket port up on the surface.

Nearby would be the beginnings of the Cargraves Physical Laboratory, the Galileo Lunar Observatory.

He found that tears were trickling down his cheeks; he tried futilely to wipe them away through his helmet. He caught Ross’s eye and was embarrassed. “Well, sports,” he said with forced heartiness, “let’s get to work. Funny,” he added, looking at Ross, “what effect a few little symbols can have on a man.”

Ross looked from Cargraves to the bits of gay bunting. “I don’t know,” he said slowly. “Aman isn’t a collection of chemical reactions; he is a collection of ideas.” Cargraves stared. His “boys” were growing up!

“When do we start exploring?” Morrie wanted to know. “Any reason why we shouldn’t get going, now that the Dog House is finished?”

“Before long, I think,” Cargraves answered uncomfortably. He had been stalling Morrie’s impatience for the last couple of days; Morrie was definitely disappointed that the rocket ship was not to be used, as originally planned, for point to point exploration. He felt confident that he could repeat his remarkable performance in making the first landing.

Cargraves, on the other hand, was convinced that a series of such landings would eventually result in a crash, leaving them marooned to starve or suffocate even if they were not killed in the crash. Consequently he had not budged from his decision to limit exploradon to trips on foot, trips which could not be more than a few hours in duration.

“Let’s see how Art is getting on,” he suggested. “I don’t want to leave him behind—he’ll want to take pictures. On the other hand, he needs to get on with his radio work. Maybe we can rally around and furnish him with some extra hands.”

“Okay.” They crawled through the air lock and entered the Dog House. Art and Ross had already gone inside.

“Art,” Cargraves inquired when he had taken off his clumsy suit, “how long will it be until you are ready to try out your Earth sender?”

“Well, I don’t know, Uncle. I never did think we could get through with the equipment we’ve got. If we had been able to carry the stuff I wanted-“

“You mean if we had been able to afford it,” put in Ross. “Well … anyhow, I’ve got another idea. This place is an electronics man’s dream—all that vacuum! I’m going to try to gimmick up some really big power tubes—only they won’t be tubes. I can just mount the elements out in the open without having to bother with glass. It’s the easiest way to do experimental tube design anybody ever heard of.”

“But even so,” Morrie pointed out, “that could go on indefinitely. Doc, you’ve got us scheduled to leave in less than ten earth-days. Feel like stretching the stay?” he added hopefully.

“No, I don’t,” Cargraves stated. “Hmmm … Art, let’s skip the transmitter problem for a moment. After all, there isn’t any law that says we’ve got to establish radio contact with the earth. But how long would it take to get ready to receive from the earth?”

“Oh, that!” said Art. “They have to do all the hard work for that. Now that I’ve got everything up here I can finish that hook-up in a couple of hours.” “Fine! We’ll whip up some lunch.”

It was nearer three hours when Art announced he was ready to try. “Here goes,” he said. “Stand by.” They crowded around. “What do you expect to get?” Ross asked eagerly.

Art shrugged. “Maybe nothing. NAA, or Berlin Sender, if they are beamed on us. I guess Radio Paris is the best bet, if they are still trying for us.” He adjusted his controls with the vacant stare that always came over him.

They all kept very quiet. If it worked, it would be a big moment in history, and they all knew it. He looked suddenly startled.

“Got something?”

He did not answer for a moment. Then he pushed a phone off one ear and said bitterly, “One of you guys left the power on your walky-talky.” Cargraves checked the suits himself. “No, Art, they are all dead.”

Art looked around the little room. “But … but . . there’s nothing else it could be. Somebody is nuts!” “What’s the matter?”

“What’s the matter? I’m getting a power hum from somewhere and it’s from somewhere around here … close!”

Chapter 14 – NO CHANCE AT ALL!

“ARE YOU sure?,” CARGRAVES demanded. “Of course I’m sure!”

“It’s probably Radio Paris,” Ross suggested. “You don’t know how far away it is.”

Art looked indignant. “Suppose you sit down here and try your luck, Mr. de Forrest. It was close. It couldn’t have been an earth station.” “Feed back?”

“Don’t be silly!” He tried fiddling with his dials a bit more. “It’s gone now.”

“Just a minute,” said Cargraves. “We’ve got to be sure about this. Art, can you get any sort of a transmitter rigged?”

“Not very easy, but yes, I can, too. The homing set is all set to go.” The homing set was a low-power transmitter intended simply for communication between the Dog House and any member of the party outside in a suit.

“Gimme half a second to hook it up.” It took more than half a second but shortly he was leaning toward the microphone, shouting, “Hello! Hello! Is there anybody there! Hello!” “He must have been dreaming,” Morrie said quietly to Cargraves. “There couldn’t be anybody out there.”

“Shut up,” Art said over his shoulder and went back to calling, “Hello! Hello, hello.” His expression suddenly went blank, then he said sharply, “Speak English! Repeat!” “What was it?” demanded Cargraves, Ross, and Art.

“Quiet … please!” Then, to the mike, “Yes, I hear you.

“Who is this? What? Say that again? … This is the Space Ship Galileo, Arthur Mueller transmitting. Hold on a minute.” Art flipped a switch on the front of the panel. “Now go ahead. Repeat who you are.”

Aheavy, bass voice came out of the transmitter: “This is Lunar Expedition Number One,” the voice said. “Will you be pleased to wait one minute while I summon our leader?” “Wait a minute,” yelled Art. “Don’t go away!” But the speaker did not answer.

Ross started whistling to himself. “Stop that whistling,” Art demanded. “Sorry,” Ross paused, then added, “I suppose you know what this means?” “Huh? I don’t know what anything means!”

“It means that we are too late for the senior prizes. Somebody has beaten us to it.” “Huh? How do you figure that?”

“Well, it’s not certain, but it’s likely.” “I’ll bet we landed first.”

“We’ll see. Listen!” It was the speaker again, this time a different voice, lighter in timbre, with a trace of Oxford accent. “Are you there? This is Captain James Brown of the First Lunar Expedition. Is this the Rocket Ship Galileo?”

Cargraves leaned over to the mike. “Rocket Ship Galileo, Captain Cargraves speaking. Where are you?” “Some distance away, old chap. But don’t worry. We are locating you. Keep sending, please.”

“Let us know where we are in reference to you.”

“Do not worry about that. We will come to you. Just remain where you are and keep sending.” “What is your lunar latitude and longitude?”

The voice seemed to hesitate, then went on, “We have you located now. We can exchange details later. Good-by.”

Thereafter Art shouted “hello” until he was hoarse, but there was no answer. “Better stay on the air, Art,” Cargraves decided. “Ross and I will go back to the ship. That’s what they will see.   I don’t know, though. They might not show up for a week.” He mused. “This presents a lot of new problems.”

“Somebody ought to go to the ship,” Morrie pointed out, “without waiting. They may be just coming in for a landing. They may show up any time.” “I don’t think it was ship transmission,” said Art, then turned back to his microphone.

Nevertheless it was decided that Cargraves and Ross would go back to the ship. They donned their suits and crawled through the air lock, and had no more than started down the steep and rocky slope when Ross saw the rocket.

He did not hear it, naturally, but he had glanced back to see if Cargraves was behind him. “Look!” he called into his helmet mike, and pointed.

The ship approached them from the west, flying low and rather slowly. The pilot was riding her on her jet, for the blast shot more downward than to the stern. “We had better hurry!” Ross shouted, and went bounding ahead.

But the rocket did not come in for a landing. It nosed down, forward jets driving hard against the fall, directly toward the Galileo. At an altitude of not more than five hundred feet the pilot kicked her around, belly first, and drove away on his tail jet.

Where the Galileo lay, there was a flash, an utterly silent explosion, and a cloud of dust which cleared rapidly away in the vacuum. The sound reached them through their feet, after a long time—it seemed to them.

The Galileo lay on her side, a great gaping hole in her plates. The wound stretched from shattered view port to midships.

Cargraves stood perfectly still, staring at the unbelievable. Ross found his voice first. “They gave us no chance,” he said, shaking both fists at the sky. “No chance at all!”

Chapter 15 – WHAT POSSIBLE REASON?

HE TURNED AND STUMBLED back up the slope to where Cargraves still stood forlorn and motionless. “Did you see that, Doc?” he demanded. “Did you see that? The dirty rats bombed us—they bombed us. Why? Why, Doc? Why would they do such a thing?”

Tears were streaming down his face. Cargraves patted him clumsily. “I don’t know,” he said slowly. “I don’t know,” he repeated, still trying to readjust himself to the shock. “Oh, I want to kill somebody!”

“So do I.” Cargraves turned away suddenly. “Maybe we will. Come on—we’ve got to tell the others.” He started up the slope.

But Art and Morrie were already crawling out of the lock when they reached it. “What happened?” Morrie demanded. “We felt a quake.” Cargraves did not answer directly. “Art, did you turn off your transmitter?”

“Yes, but what happened?”

“Don’t turn it on again. It will lead them to us here.” He waved a hand out at the floor of the crater. “Look!”

It took a minute or two for what they saw to sink in. Then Art turned helplessly to Cargraves. “But, Uncle,” he pleaded, “what happened? Why did the ship blow up?” “They blitzed us,” Cargraves said savagely. “They bombed us out. If we had been aboard they would have killed us. That’s what they meant to do.”

“But why?”

“No possible reason. They didn’t want us here.” He refrained from saying what he felt to be true: that their unknown enemy had failed only temporarily in his intent to kill. Aquick death by high explosive would probably be a blessing compared with what he felt was in store for them marooned … on a dead and airless planet.

How long would they last? Amonth? Two months? Better by far if the bomb had hit them. Morrie turned suddenly back toward the lock. “What are you doing, Morrie?”

“Going to get the guns!” “Guns are no good to us.”

But Morrie had not heard him. His antenna was already shielded by the metal drum. Ross said, “I’m not sure that guns are no good, Doc.”

“Huh? How do you figure?”

“Well, what are they going to do next? Won’t they want to see what they’ve done? They didn’t even see the bomb hit; they were jetting away.” “If they land we’ll hijack their ship!”

Art came up closer. “Huh? Hey, Ross, that’s tellin’ ‘em! We’ll get them! We’ll show them! Murderers!” His words tumbled over one another, squeaking and squawking in their radios.

“We’ll try!” Cargraves decided suddenly. “We’ll try. If they land we won’t go down without a fight. We can’t be any worse off than we are.” He was suddenly unworried; the prospect of a gun fight, something new to his experience, did not upset him further. It cheered him. “Where do you think we ought to hide, Ross? In the Galileo?”

“If we have to—There they come!” The rocket had suddenly appeared over the far rim. “Where’s Morrie?”

“Here.” He came up from behind them, burdened with the two rifles and the revolver. “Here, Ross, you take … hey!” He had caught sight of the strangers’ rocket. “We’ve got to hurry,” he said.

But the rocket did not land. It came down low, dipping below the level of the crater’s rim, then scooted on its tail across near the wreckage of the Galileo, up, out, and away. “And we didn’t even get a crack at them,” Morrie said bitterly.

“Not yet,” Ross answered, “but I think they’ll be back. This was a second bombing run, sure as anything, in case they missed the first time. They’ll still come back to see what they’ve done. How about it, Doc?”

“I think they will,” Cargraves decided. “They will want to look over our ship and to kill us off if they missed any of us. But we don’t go to the Galileo.” “Why not?”

“We haven’t time. They will probably turn as fast as they can check themselves, come back and land. We might be caught out in the open.” “That’s a chance we’ll have to take.”

It was decided for them. The rocket appeared again from the direction it had gone. This time it was plainly a landing trajectory. “Come on!” shouted Cargraves, and went careening madly down the slope.

The rocket landed about halfway between the Galileo and the shadows, now close to the foot of the hills, for the sun had climbed four ‘days’ higher in the sky. The ship was noticeably smaller than the Galileo even at that distance.

Cargraves did not notice such details. His immediate intent was to reach the door of the craft before it opened, to be ready to grapple with them as they came out.

But his good sense came to his aid before he was out in the sunlight. He realized he had no gun. Morrie had kept one, Ross had the other, and Art was waving the revolver around. He paused just short of the dazzling, sunlighted area. “Hold it,” he ordered. “I don’t think they have seen us. I don’t think they will—yet.”

“What are your plans?” Morrie demanded.

“Wait for them to get out, then rush the ship—after they get well away from it. Wait for my signal.” “Can’t they hear us?”

“Maybe. If they are on this frequency, we’re goners. Switch off your talkies, everybody.” He did so himself; the sudden silence was chilling.

The rocket was almost tail towards them. He now saw three suit-clad figures pile out from a door that swung out from the side. The first looked around briefly, but he appeared not to see them. Since it was almost certain that he was wearing sun goggles, it was doubtful if he could see much inside the shadows.

He motioned to the other two and moved toward the Galileo, using a long, loping gallop that the Galileo’s crew had learned was the proper way to walk on the moon. That alone was enough to tell Cargraves that these men, their enemies, were not grounding on the moon for the first time.

Cargraves let them get all the way to the Galileo, and, in fact, to disappear behind it, before he got up from where he had been crouching. “Come on!” he yelled into a dead microphone, and slammed ahead in great leaps that took him fifty feet at a stride.

The outer door of the lock stood open. He swarmed into it and closed it after him. It clamped by means of a wheel mounted in its center; the operation was obvious. That done he looked around. The tiny lock was dimly illuminated by a pane of glass set in the inner door. In this feeble light he looked and felt for what he needed next—the spill valve for air.

He found it and heard the air hissing into the compartment. He leaned his weight against the inner door and waited. Suddenly it gave way; he was in the rocket and blinking his eyes.

There was a man still seated in the pilot’s chair. He turned his head, and appeared to say something. Cargraves could not hear it through his helmet and was not interested. Taking all advantage of the low gravity he dived at the man and grappled him about the head and shoulders.

The man was too surprised to put up much of a fight—not that it would have mattered; Cargraves felt ready to fight anything up to and including tigers.

He found himself banging the man’s head against the soft padding of the acceleration chair. That, he realized, was no good. He drew back a gauntleted fist and buried it in the pit of the man’s stomach.

The man grunted and seemed to lose interest. Cargraves threw a short jab straight to the unguarded chin. No further treatment was needed. Cargraves pushed him down to the floor, noticing without interest that the belt of his victim carried a holster with what appeared to be a heavy-caliber Mauser, and then stood on him. He looked out the conning port.

There was a figure collapsed on the ground near the broken bow of the Galileo, whether friend or foe it was impossible to say. But another was standing over him and concerning him there was no doubt. It was not alone the unfamiliar cut of his space suit, it was the pistol in his hand. He was firing in the direction of the rocket in which Cargraves stood.

He saw the blaze of a shot, but no answering report. Another shot followed it—and this one almost deafened him; it struck the ship containing him, making it ring like a giant bell.

He was in a dilemma. He wanted very urgently to join the fight; the weapon on the person of his disabled opponent offered a way. Yet he could not leave his prisoner inside the ship while he went out, nor did he, even in the heat of fighting, have any stomach for killing an unconscious man.

He had already decided, in the space of a breath, to slug his man heavily and get outside, when the fast drama beyond the port left him no time. The space-suited stranger at the bow of the Galileo was suddenly without a helmet. Around his neck was only a jagged collar.

He dropped his pistol and clutched at his face. He stood there for a moment, as if puzzled by his predicament, took two hesitant steps forward, and sank gently to the ground.

He thrashed around a bit but did not get up. He was still convulsing when a third man appeared around the end of the ship. He did not last long. He appeared confused, unable to comprehend the turn of events, which was quite likely, in view of the ghostly stillness of the gun fight. It was entirely possible that he never knew what hit him, nor why. He was still reaching for his iron when he was struck twice, first in the chest and the second shot lower down.

He bowed forward, until his helmet touched the ground, then collapsed.

Cargraves heard a noise behind him. Snatching the gun he had taken to the ready, and turning, he watched the door of the air lock open.

It was Art, wild-eyed and red. “Any more in here?” the boy called out to him, while swinging his revolver in a wide arc. His voice reached Cargraves faintly, muffled by their two helmets. “No. Turn on your radio,” he shouted back, then realized his own was still off. Switching it on, he repeated his statement.

“Mine is on,” Art replied. “I turned it on while the lock filled. How are they doing outside?”

“All right, it looks like. Here, you guard this guy.” He pointed down at his feet. “I’m going outside.”

But it was unnecessary. The lock opened again and both Ross and Morrie bulged out of it. Cargraves wondered absently how the two had managed to squeeze into that coffin-like space. “Need any help?” demanded Morrie.

“No. It doesn’t look like you guys did, either.”

“We ambushed ‘em,” Ross said jubilantly. “Hid in the shadow of the ship and picked ‘em off as they showed up. All but the second one. He darn near got us before we got him. Do you know,” he went on conversationally, as if he had spent a lifetime shooting it out, “it’s almost impossible to sight a gun when you’re wearing one of these fish bowls over your head?”

“Hmm … You made out all right.”

“Pure luck. Morrie was shooting from the hip.”

“I was not,” Morrie denied. “I aimed and squeezed off every shot.”

Cargraves cautioned them to keep an eye on the prisoner, as he wanted to take a look around outside. “Why,” demanded Art, “bother to guard him? Shoot him and chuck him out, I say.” “Cool down,” Cargraves told him. “Shooting prisoners isn’t civilized.”

Art snorted. “Is he civilized?”

“Shut up, Art. Morrie—take charge.” He shut himself in the air lock.

The examination took little time. Two of the strangers had received wounds which would have been fatal in any case, it seemed to him, but their suits were deflated in any event. The third, whose helmet had been struck, was equally beyond help. His eyes bulged sightlessly at the velvet sky. Blood from his nose still foamed. He was gone—drowned in vacuum.

He went back to the little ship, without even a glance at the dismal pile of junk that had been the sleekly beautiful Galileo. Back in the ship, he threw himself in one of the acceleration chairs and sighed. “Not so bad,” he said. “We’ve got a ship.” “That’s what you think,” Art said darkly. “Take a look at that instrument board.”

Chapter 16 – THE SECRET BEHIND THE MOON

“WHAT?” SAID CARGRAVES and looked where he was pointing.

“This is no space ship,” Art said bitterly. “This thing is a jeep. Look at that.” He indicated two gauges. One was marked SAUERSTOFF, the other ALKOHOL. “Oxygen and alcohol. This thing is just a kiddy wagon.”

“Maybe those are just for the maneuvering jets,” Cargraves answered, not very hopefully.

“Not a chance, Doc,” Ross put in. “I’ve already given her the once-over, with Art translating the Jerry talk for me. Besides, did you notice that this boat hasn’t any wings of any sort? It’s purely a station wagon for the moon. Look, we’ve got company.”

The prisoner had opened his eyes and was trying to sit up. Cargraves grabbed him by a shoulder, yanked him to his feet, and shoved him into the chair he had just vacated. “Now, you,” he snapped. “Talk!”

The man looked dazed and did not answer. “Better try German on him, Uncle,” Art suggested. “The labels are all in German.” Cargraves reached far back into his technical education and shifted painfully to German. “What is your name?”

“My name is Friedrich Lenz, sergeant-technician of the second class. To whom am I speaking?” “Answer the questions you are asked. Why did you bomb our ship?”

“In line of duty. I was ordered.”

“That is not a reason. Why did you bomb a peaceful ship?” The man simply looked sullen. “Very well,” Cargraves went on, still speaking in German. “Get the air lock open, Art. We’ll throw this trash out on the face of the moon.”

The self-styled sergeant-technician suddenly began talking very rapidly. Cargraves wrinkled his forehead. “Art,” he said, returning to English, “you’ll have to help me out. He’s slinging it too fast for me.”

“And translate!” protested Ross. “What does he say?”

“I’ll try,” Art agreed, then shifted to German. “Answer the question over again. Speak slowly.” “Ia-” the man agreed, addressing his words to Cargraves.

“Herr Kapitan!” Art thundered at him.

“Ja, Herr Kapitan,” the man complied respectfully, “I was trying to explain to you-” He went on at length.

Art translated when he paused. “He says that he is part of the crew of this rocket. He says that it was commanded by Lieutenant—I didn’t catch the name; it’s one of the guys we shot— and that they were ordered by their leader to seek out and bomb a ship at this location. He says that it was not a—uh, a wanton attack because it was an act of war.”

“War?” demanded Ross. “What in thunder does he mean, ‘war’? There’s no war. It was sheer attempted murder.” Art spoke with the prisoner again.

“He says that there is a war, that there always has been a war. He says that there will always be war until the National Socialist Reich is victorious.” He listened for a moment. “He says that the Reich will live a thousand years.”

Morrie used some words that Cargraves had never heard him use before. “Ask him how he figures that one.”

“Never mind,” put in Cargraves. “I’m beginning to get the picture.” He addressed the Nazi directly. “How many are there in your party, how long has it been on the moon, and where is your base?”

Presently Art said, “He claims he doesn’t have to answer questions of that sort, under international law.”

“Hummph! You might tell him that the laws of warfare went out when war was abolished. But never mind—tell him that, if he wants to claim prisoner-of-war privileges, we’ll give him his freedom, right now!” He jerked a thumb at the air lock.

He had spoken in English, but the prisoner understood the gesture. After that he supplied details readily.

He and his comrades had been on the moon for nearly three months. They had an underground base about thirteen miles west of the crater in which the shattered Galileo lay. There was one rocket at the base, much larger than the Galileo, and it, too, was atom-powered. He regarded himself as a member of the army of the Nazi Reich. He did not know why the order had been given to blast the Galileo, but he supposed that it was an act of military security to protect their plans.

“What plans?”

He became stubborn again. Cargraves actually opened the inner door of the lock, not knowing himself how far he was prepared to go to force information out of the man, when the Nazi cracked.

The plans were simple—the conquest of the entire earth. The Nazis were few in number, but they represented some of the top military, scientific, and technical brains from Hitler’s crumbled empire. They had escaped from Germany, established a remote mountain base, and there had been working ever since for the redemption of the Reich. The sergeant appeared not to know where the base was; Cargraves questioned him closely. Africa? South America? An island? But all that he could get out of him was that it was a long submarine trip from Germany.

But it was the objective, der Tag, which left them too stunned to worry about their own danger. The Nazis had atom bombs, but, as long as they were still holed up in their secret base on earth, they dared not act, for the UN had them, too, and in much greater quantity.

But when they achieved space flight, they had an answer. They would sit safely out of reach on the moon and destroy the cities of earth one after another by guided missiles launched from the moon, until the completely helpless nations of earth surrendered and pleaded for mercy.

The announcement of the final plan brought another flash of arrogance back into their prisoner. “And you cannot stop it,” he concluded. “You may kill me, but you cannot stop it! Heil dem Fuhrer!”

“Mind if I spit in his eye, Doc?” Morrie said conversationally.

“Don’t waste it,” Cargraves counseled. “Let’s see if we can think ourselves out of this mess. Any suggestions?” He hauled the prisoner out of the chair and made him lie face down on the deck. Then he sat down on him. “Go right ahead,” he urged. “I don’t think he understands two words of English. How about it, Ross?”

“Well,” Ross answered, “it’s more than just saving our necks now. We’ve got to stop them. But the notion of tackling fifty men with two rifles and two pistols sounds like a job for Tarzan or Superman. Frankly, I don’t know how to start.”

“Maybe we can start by scouting them out. Thirteen miles isn’t much. Not on the moon.”

“Look,” said Art, “in a day or two I might have a transmitter rigged that would raise earth. What we need is reinforcements.” “How are they going to get here?” Ross wanted to know. “We had the only space ship—except for the Nazis.”

“Yes, but listen—Doc’s plans are still available. You left full notes with Ross’s father—didn’t you, Doc? They can get busy and rebuild some more and come up here and blast those

skunks out.”

“That might be best,” Cargraves answered. “We can’t afford to miss, that’s sure. They could raid the earth base of the Nazis first thing and then probably bust this up in a few weeks, knowing that our ship did work and having our plans.”

Morrie shook his head. “It’s all wrong. We’ve got to get at them right now. No delay at all, just the way they smashed us. Suppose it takes the UN six weeks to get there. Six weeks might be too long. Three weeks might be too long. Aweek might be too long. An atom war could be all over in a day.”

“Well, let’s ask our pal if he knows when they expect to strike, then,” Ross offered.

Morrie shook his head and stopped Art from doing so. “Useless. We’ll never get a chance to build a transmitter. They’ll be swarming over this crater like reporters around a murder trial. Look—they’ll be here any minute. Don’t you think they’ll miss this rocket?”

“Oh, my gosh!” It was Art. Ross added, “What time is it, Doc?”

To their complete amazement it was only forty minutes from the time the Galileo had been bombed. It had seemed like a full day.

It cheered them up a little but not much. The prisoner had admitted that the rocket they were in was the only utility, short-jump job. And the Nazi space ship- the Wotan, he termed it -would hardly be used for search. Perhaps they had a few relatively free hours.

“But I still don’t see it,” Cargraves admitted. “Two guns and two pistols—four of us. The odds are too long—and we can’t afford to lose. I know you sports aren’t afraid to die, but we’ve got to win.”

“Why,” inquired Ross, “does it have to be rifles?” “What else?”

“This crate bombed us. I’ll bet it carries more than one bomb.”

Cargraves looked startled, then turning to the prisoner, spoke rapidly in German. The prisoner gave a short reply. Cargraves nodded and said, “Morrie, do you think you could fly this clunker?”

“I could sure make a stab at it.”

“Okay. You are it. We’ll make Joe Masterrace here take it off, with a gun in his ribs, and you’ll have to feel her out. You won’t get but one chance and no practice. Now let’s take a look at the bomb controls.”

The bomb controls were simple. There was no bombsight, as such. The pilot drove the ship on a straight diving course and kicked it out just before his blast upwards. There was a gadget to expel the bomb free of the ship; it continued on the ship’s previous trajectory. Having doped it out, they checked with the Nazi pilot who gave them the same answers they had read in the mechanism.

There were two pilot seats and two passenger seats, directly behind the pilot seats. Morrie took one pilot seat; the Nazi the other. Ross sat behind Morrie, while Cargraves sat with Art in his lap, one belt around both. This squeezed Art up close to the back of the Nazi’s chair, which was good, for Art reached around and held a gun in the Nazi’s side.

“All set, Morrie?”

“All set. I make one pass to get my bearings and locate the mouth of their hideaway. Then I come back and give ‘em the works.” “Right. Try not to hit their rocket ship, if you can. it would be nice to go home. Blast off! Achtung! Aufstieg!”

The avengers raised ground.

“How is it going?” Cargraves shouted a few moments later. “Okay!” Morrie answered, raising his voice to cut through the roar. “I could fly her down a chimney. There’s the hill ahead, I think—there!”

The silvery shape of the Wotan near the hill they were shooting towards put a stop to any doubts. It appeared to be a natural upthrust of rock, quite different from the craters, and lay by itself a few miles out in one of the ‘seas’.

They were past it and Morrie was turning, blasting heavily to kill his momentum, and pressing them hard into their seats. Art fought to steady the revolver without firing it.

Morrie was headed back on his bombing run, coming in high for his dive. Cargraves wondered if Morrie had actually seen the air lock of the underground base; he himself had had no glimpse of it.

There was no time left to wonder. Morrie was diving; they were crushed against the pads as he fought a moment later to recover from the dive, kicking her up and blasting. They hung for  a second and Cargraves thought that Morrie had played it too fine in his anxiety to get in a perfect shot; he braced himself for the crash.

Then they were up. When he had altitude, Morric kicked her over again, letting his jet die. They dropped, view port down, with the ground staring at them.

They could see the splash of dust and sand still rising. Suddenly there was a whoosh from the middle of it, a mighty blast of air, bits of debris, and more sand. It cleared at once in the vacuum of that plain, and they saw the open wound, a black hole leading downward.

He had blown out the air lock with a bull’s-eye.

Morrie put her down to Cargraves’ plan, behind the Wotan and well away from the hole. “Okay, Doc!”

“Good. Now let’s run over the plan—I don’t want any slipup. Ross comes with me. You and Art stay with the jeep. We will look over the Wotan first, then scout out the base. If we are gone longer than thirty minutes, you must assume that we are dead or captured. No matter what happens, under no circumstances whatever are you to leave this rocket. If any one comes toward you, blast off. Don’t even let us come near you unless we are by ourselves. Blast off. You’ve got one more bomb—you know what to do with it.”

Morrie nodded. “Bomb the Wotan. I hate to do that.” He stared wistfully at the big ship, their one chain to the earth.

“But you’ve got to. You and Art have got to run for it, then, and get back to the Dog House and hole up. It’ll be your business, Art, to manage somehow or other to throw together a set that can get a message back to earth. That’s your only business, both of you. Under no circumstances are you to come back here looking for Ross and me. If you stay holed up, they may not find you for weeks—and that will give you your chance, the earth’s chance. Agreed?”

Morrie hesitated. “Suppose we get a message through to earth. How about it then?”

Cargraves thought for a moment, then replied, “We can’t stand here jawing—there’s work to be done. If you get a message through with a reply that makes quite clear that they believe you and are getting busy, then you are on your own. But I advise you not to take any long chances. If we aren’t back here in thirty minutes, you probably can’t help us.” He paused for a moment and decided to add one more thing—the boy’s personal loyalty had made him doubtful about one point. “You know, don’t you, that when it comes to dropping that bomb, if you do, you must drop it where it has to go, even if Ross and I are standing on your target?”

“I suppose so.”

“Those are orders, Morrie.” “I understand them.” “Morrie!”

“Aye aye, Captain!”

“Very well, sir—that’s better. Art, Morrie is in charge. Come on, Ross.”

Nothing moved on the rocket field. The dust of the bombing, with no air to hold it up, had dissipated completely. The broken air lock showed dark and still across the field; near them the sleek and mighty Wotan crouched silent and untended.

Cargraves made a circuit of the craft, pistol ready in his gloved fist, while Ross tailed him, armed with one of the Garands. Ross kept well back, according to plan.

Like the Galileo, the Wotan had but one door, on the port side just aft the conning compartment. He motioned Ross to stay back, then climbed a little metal ladder or staircase and tried the latch. To his surprise the ship was not locked—then he wondered why he was surprised. Locks were for cities.

While the pressure in the air chamber equalized, he unsnapped from his belt a flashlight he had confiscated from the Nazi jeep rocket and prepared to face whatever lay beyond the door. When the door sighed open, he dropped low and to one side, then shot his light around the compartment. Nothing … nobody.

The ship was empty of men from stem to stern. It was almost too much luck. Even if it had been a rest period, or even if there had been no work to do in the ship, he had expected at least  a guard on watch.

However a guard on watch would mean one less pair of hands for work … and this was the moon, where every pair of hands counted for a hundred or a thousand on earth. Men were at  a premium here; it was more likely, he concluded, that their watch was a radar, automatic and unsleeping.

Probably with a broad-band radio alarm as well, he thought, remembering how promptly their own call had been answered the very first time they had ever sent anything over the rim of their crater.

He went through a passenger compartment equipped with dozens of acceleration bunks, through a hold, and farther aft. He was looking for the power plant.

He did not find it. Instead he found a welded steel bulkhead with no door of any sort. Puzzled, he went back to the control station. What he found there puzzled him still more. The acceleration chairs were conventional enough; some of the navigational instruments were common types and all of them not too difficult to figure out; but the controls simply did not make sense.

Although this bewildered him, one point was very clear. The Nazis had not performed the nearly impossible task of building a giant space ship in a secret hide-out, any more than he and the boys had built the Galileo singlehanded. In each case it had been a job of conversion plus the installation of minor equipment.

For the Wotan was one of the finest, newest, biggest ships ever to come out of Detroit!

The time was getting away from him. He had used up seven minutes in his prowl through the ship. He hurried out and rejoined Ross. “Empty,” he reported, saving the details for later; “let’s try their rat hole.” He started loping across the plain.

They had to pick their way carefully through the rubble at the mouth of the hole. Since the bomb had not been an atom bomb but simply ordinary high explosive, they were in no danger of contamination, but they were in danger of slipping, sliding, falling, into the darkness.

Presently the rubble gave way to an excellent flight of stairs leading deep into the moon. Ross flashed his torch around.

The walls, steps, and ceiling were covered with some tough lacquer, sprayed on to seal the place. The material was transparent, or nearly so, and they could see that it covered carefully fitted stonework.

“Went to a lot of trouble, didn’t they?” Ross remarked. “Keep quiet!” answered Cargraves.

More than two hundred feet down the steep passageway ended, and they came to another door, not an air lock, but intended apparently as an air-tight safety door. It had not kept the owners safe; the blast followed by a sudden letting up of normal pressure had been too much for it. It was jammed in place but so bulged and distorted that there was room for them to squeeze through.

There was some light in the room beyond. The blast had broken most of the old-fashioned bulbs the Nazis had used, but here and there a light shone out, letting them see that they were in a large hail. Cargraves went cautiously ahead.

Aroom lay to the right from the hall, through an ordinary non-air-tight door, now hanging by one hinge. In it they found the reason why the field had been deserted when they had attacked. The room was a barrack room; the Nazis had died in their bunks. ‘Night’ and ‘day’ were arbitrary terms on the moon, in so far as the working times and eating times and sleeping times

of men are concerned. The Nazis were on another schedule; they had had the bad luck to be sleeping when Morrie’s bomb had robbed them of their air.

Cargraves stayed just long enough in the room to assure himself that all were dead. He did not let Ross come in at all. There was some blood, but not much, being mostly bleeding from mouths and bulging eyes. It was not this that caused his squeamish consideration; it was the expressions which were frozen on their dead faces.

He got out before he got sick.

Ross had found something. “Look here!” he demanded. Cargraves looked. Aportion of the wall had torn away under the sudden drop in pressure and had leaned crazily into the room. It was a metal panel, instead of the rock masonry which made up the rest of the walls. Ross had pulled and pried at it to see what lay behind, and was now playing his light into the darkness behind it.

It was another corridor, lined with carefully dressed and fitted stones. But here the stone had not been covered with the sealing lacquer.

“I wonder why they sealed it off after they built it?” Ross wanted to know. “Do you suppose they have stuff stored down there? Their A-bombs maybe?”

Cargraves studied the patiently fitted stones stretching away into the unfathomed darkness. After a long time he answered softly, “Ross, you haven’t discovered a Nazi storeroom. You have discovered the homes of the people of the moon.”

Chapter 17 – UNTIL WE ROT

FOR ONCE ROSS WAS ALMOST as speech-bound as Art. When he was able to make his words behave he demanded, “Are you sure? Are you sure, Doc?”

Cargraves nodded. “As sure as I can be at this time. I wondered why the Nazis had built such a deep and extensive a base and why they had chosen to use fitted stone masonry. It would be hard to do, working in a space suit. But I assigned it to their reputation for doing things the hard way, what they call ‘efficiency.’ I should have known better.” He peered down the mysterious, gloomy corridor. “Certainly this was not built in the last few months.”

“How long ago, do you think?”

“How long? How long is a million years? How long is ten million years? I don’t know—I have trouble imagining a thousand years. Maybe we’ll never know.”

Ross wanted to explore. Cargraves shook his head. “We can’t go chasing rabbits. This is wonderful, the biggest thing in ages. But it will wait. Right now,” he said, glancing at his watch, “we’ve got eleven minutes to finish the job and get back up to the surface—or things will start happening up there!”

He covered the rest of the layout at a fast trot, with Ross guarding his rear from the central hall. He found the radio ‘shack’, with a man dead in his phones, and noted that the equipment did not appear to have suffered much damage when the whirlwind of escaping air had slammed out of the place. Farther on, an arsenal contained bombs for the jeep, and rifles, but no men.

He found the storeroom for the guided missiles, more than two hundred of them, although the cradles were only half used up. The sight of them should have inspired terror, knowing as he did that each represented a potentially dead and blasted city, but he had no time for it. He rushed on.

There was a smaller room, well furnished, which seemed to be sort of a wardroom or common room for the officers. It was there that he found a Nazi who was not as the others. He was sprawled face down and dressed in a space suit. Although he did not move Cargraves approached him very cautiously.

The man was either dead or unconscious. However, he did not have the grimace of death on his face and his suit was still under pressure. Wondering what to do, Cargraves knelt over him. There was a pistol in his belt; Cargraves took it and stuck it in his own.

He could feel no heart beat through the heavy suit and his own gauntlet, nor could he listen for it, while wearing a helmet himself.

His watch showed five minutes of the agreed time left; whatever he did must be done fast. He grappled the limp form by the belt and dragged it along. “What have you got there?” Ross demanded.

“Souvenir. Let’s get going. No time.” He saved his breath for the climb. The sixty-pound weight that he and his burden made, taken together, flew up the stairs six at a time. At the top his watch still showed two minutes to go. “Leg it out to the jeep,” he commanded Ross. “I can’t take this item there, or Morrie may decide it’s a trap. Meet me in the Wotan. Get going!” Heaving his light burden over one shoulder, he set out for the big ship at a gallop.

Once inside he put his load down and took the man out of his space suit. The body was warm but seemed dead. However, he found he could detect a faint heart-beat. He was starting an artificial respiration when the boys piled out of the lock.

“Hi,” he said, “who wants to relieve me here? I don’t know much about it.” “Why bother?” asked Morrie.

Cargraves paused momentarily and looked at him quizzically. “Well, aside from the customary reasons you have been brought up to believe in, he might be more use to us alive than dead.”

Morrie shrugged. “Okay. I’ll take over.” He dropped to his knees, took Cargraves’ place, and started working. “Did you bring them up to date?,” Cargraves asked Ross.

“I gave them a quick sketch. Told them the place seemed to be ours and I told them what we found—the ruins.” “Not very ruined,” Cargraves remarked.

“Look, Uncle,” demanded Art. “Can I go down there? I’ve got to get some pictures.”

“Pictures can wait,” Cargraves pointed out. “Right now we’ve got to find out how this ship works. As soon as we get the hang of it, we head back. That comes first.” “Well, sure,” Art conceded, “but … after all—I mean. No pictures at all?”

“Well … Let’s put it this way. It may take Ross and Morrie and me, not to mention yourself, quite some time to figure out how they handle this craft. There might be twenty minutes when we could spare you. In the meantime, table the motion. Come on, Ross. By the way, what did you do with the prisoner?”

“Oh, him,” Morrie answered, “we tied him up and left him.” “Huh? Suppose he gets loose? He might steal the rocket.”

“He won’t get loose. I tied him myself and I took a personal interest in it. Anyhow he won’t try to get away—no space suit, no food. That baby knows his chance of living to a ripe old age depends on us and he doesn’t want to spoil it.”

“That’s right, Uncle,” Art agreed. “You should have heard what he promised me.”

“Good enough, I guess,” Cargraves conceded. “Come on, Ross.” Morrie went on with his job, with Art to spell him.

Cargraves returned, with Ross, to the central compartment a few minutes later. “Isn’t that pile of meat showing signs of life yet?,” he asked. “No. Shall I stop?”

“I’ll relieve you. Sometimes they come to after an hour or more. Two of you go over to the jeep with an additional space suit and bring back Sergeant What’s-his-name. Ross and I are as much in the dark as ever,” he explained. “The sergeant bloke is a pilot. We’ll sweat it out of him.”

He had no more than gotten firmly to work when the man under him groaned. Morrie turned back at the lock. “Go ahead,” Cargraves confirthed. “Ross and I can handle this guy.”

The Nazi stirred and moaned. Cargraves turned him over. The man’s eyelids flickered, showing bright blue eyes. He stared up at Cargraves. “How do you do?” he said in a voice like a stage Englishman. “May I get up from here?”

Cargraves backed away and let him up. He did not help him.

The man looked around. Ross stood silently, covering him with a Garand. “That isn’t necessary, really,” the Nazi protested. Ross glanced at Cargraves but continued to cover the prisoner. The man turned to Cargraves. “Whom have I the honor of addressing?” he asked. “Is it Captain Cargraves of the Galileo?”

“That’s right. Who are you?”

“I am Helmut von Hartwick, Lieutenant Colonel, Elite Guard.” He pronounced lieutenant “leftenant.” “Okay, Helmut, suppose you start explaining yourself. Just what is the big idea?”

The self-styled colonel laughed. “Really, old man, there isn’t much to explain, is there? You seem to have eluded us somehow and placed me at a disadvantage. I can see that.”

“You had better see that, but that is not what I mean, and that is not enough.” Cargraves hesitated. The Nazi had him somewhat baffled; he did not act at all like a man who has just come out of a daze. Perhaps he had been playing possum—if so, for how long?

Well, it did not matter, he decided. The Nazi was still his prisoner. “Why did you order my ship bombed?” “Me? My dear chap, why do you think I ordered it?”

“Because you sound just like the phony English accent we heard over our radio. You called yourself ‘Captain James Brown.’ I don’t suppose there is more than one fake Englishman in this crowd of gangsters.”

Von Hartwick raise his eyebrows. “‘Gangsters’ is a harsh term, old boy. Hardly good manners. But you are correct on one point; I was the only one of my colleagues who had enjoyed the questionable advantage of attending a good English school. I’ll ask you not to call my accent ‘phony.’ But, even if I did borrow the name ‘Captain James Brown,’ that does not prove that I ordered your ship bombed. That was done under the standing orders of our Leader—a necessary exigency of war. I was not personally responsible.”

“I think you are a liar on both counts. I don’t think you ever attended an English school; you probably picked up that fake accent from Lord Haw-Haw, or from listening to the talkies. And your Leader did not order us bombed, because he did not know we were there. You ordered it, just as soon as you could trace a bearing on us, as soon as you found out we were here.”

The Nazi spread his. hands, palms down, and looked pained. “Really, you Americans are so ready to jump to conclusions. Do you truly think that I could fuel a rocket, call its crew, and equip it for bombing, all in ten minutes? My only function was to report your location.”

“You expected us, then?”

“Naturally. If a stupid radarman had not lost you when you swung into your landing orbit, we would have greeted you much sooner. Surely you don’t think that we would have established a military base without preparing to defend it? We plan, we plan for everything. That is why we will win.”

Cargraves permitted himself a thin smile. “You don’t seem to have planned for this.” The Nazi tossed it off. “In war there are setbacks. One expects them.”

“Do you call it ‘war’ to bomb an unarmed, civilian craft without even a warning?”

Hartwick looked pained. “Please, my dear fellow! It ill befits you to split hairs. You seemed to have bombed us without warning. I myself would not be alive this minute had I not had the good fortune to be just removing my suit when you struck. I assure you I had no warning. As for your claim to being a civilian, unarmed craft, I think it very strange that the Galileo was able to blast our base if you carried nothing more deadly than a fly swatter. You Americans amaze me. You are always so ready to condemn others for the very things you do yourselves.”

Cargraves was at a loss for words at the blind illogic of the speech. Ross looked disgusted; he seemed about to say something. Cargraves shook his head at him.

“That speech,” he announced, “had more lies, half-truths, and twisted statements per square inch than anything you’ve said yet. But I’ll put you straight on one point: the Galileo didn’t bomb your base; she’s wrecked. But your men were careless. We seized your rocket and turned your own bombs on you-“

“Idioten!”

“They were stupid, weren’t they? The Master Race usually is stupid when it comes to a showdown. But you claimed we bombed you without warning. That is not true; you had all the warning you were entitled to and more. You struck the first blow. It’s merely your own cocksureness that led you to think we couldn’t or wouldn’t strike back.”

Von Hartwick started to speak. “Shut up!” Cargraves said sharply. “I’m tired of your nonsense. Tell me how you happen to have this American ship. Make it good.” “Oh, that! We bought it.”

“Don’t be silly.”

“I am not being silly. Naturally we did not walk in and place an order for one military space ship, wrapped and delivered. The transaction passed through several hands and eventually our friends delivered to us what we needed.”

Cargraves thought rapidly. It was possible; something of the sort had to be true. He remembered vaguely an order for twelve such ships as the Wotan had originally been designed to be, remembered it because the newspapers had hailed the order as a proof of post-war recovery, expansion, and prosperity.

He wondered if all twelve of those rockets were actually operating on the run for which they had supposedly been purchased.

“That is the trouble with you stupid Americans,” von Hartwick went on. “You assume that every one shares your silly belief in such rotten things as democracy. But it is not true. We have friends everywhere. Even in Washington, in London, yes, even in Moscow. Our friends are everywhere. That is another reason why we will win.”

“Even in New Mexico, maybe?”

Von Hartwick laughed. “That was a droll comedy, my friend. I enjoyed the daily reports. It would not have suited us to frighten you too much, until it began to appear that you might be successful. You were very lucky, my friend, that you took off as soon as you did.”

“Don’t call me ‘my friend’,” Cargraves said testily. “I’m sick of it.”

“Very well, my dear Captain.” Cargraves let the remark pass. He was getting worried by the extended absence of Art and Morrie. Was it possible that some other of the Nazis were still around, alive and capable of making trouble?

He was beginning to think about tying up the prisoner here present and going to look for them when the lock sighed open. Morrie and Art stepped out, prodding the other prisoner before them. “He didn’t want to come, Uncle,” Art informed him. “We had to convince him a little.” He chuckled. “I don’t think he trusts us.”

“Okay. Get your suits off.”

The other prisoner seemed completely dumfounded by the sight of von Hartwick. Hastily he unclamped his helmet, threw it back, and said in German, “Herr Oberst—it was not my fault. I was-“

“Silence!” shouted the Nazi officer, also in German. “Have you told these pig-dogs anything about the operation of this ship?” “Nein, nein, Herr Oberst—I swear it!”

“Then play stupid or I’ll cut your heart out!”

Cargraves listened to this interesting little exchange with an expressionless face, but it was too much for Art. “Uncle,” he demanded, “did you hear that? Did you hear what he said he’d do?”

Von Hartwick looked from nephew to uncle. “So you understand German?” he said quietly. “I was afraid that you might.” Ross had let the muzzle of his gun wander away from von Hartwick when the boys came in with their prisoner. Cargraves had long since shoved the pistol he had appropriated into his belt.

Von Hartwick glanced from one to another. Morrie and Art were both armed, one with a Garand, the other with revolver, but they had them trained on the Nazi pilot. Von Hartwick lunged suddenly at Cargraves and snatched the pistol from his belt.

Without appearing to stop to take aim he fired once. Then Cargraves was at him, clawing at his hands.

Von Hartwick brought the pistol down on his head, club fashion, and moved in to grapple him about the waist.

The Nazi pilot clasped his hands to his chest, gave a single bubbly moan, and sank to the floor. No one paid him any attention. After a split second of startled inaction, the three boys were milling around, trying to get in a shot at von Hartwick without hitting Cargraves. Cargraves himself had jerked and gone limp when the barrel of the pistol struck his head. Von Hartwick held the doctor’s thirty pounds of moon-weight up with one arm. He shouted, “Silence!”

His order would have had no effect had not the boys seen something else: Von Hartwick was holding the pistol to Cargraves’ head. “Careful, gentlemen,” he said, speaking very rapidly. “I

have no wish to harm your leader and will not do so unless you force me. I am sorry I was forced to strike him; I was forced to do so when he attacked me.”

“Watch out!” commanded Morrie. “Art! Ross! Don’t try to shoot.”

“That is sensible,” von Hartwick commended him. “I have no wish to try to shoot it out with you. My only purpose was to dispose of him.” He indicated the body of the Nazi pilot. Morrie glanced at it. “Why?”

“He was a soft and foolish pig. I could not afford to risk his courage. He would have told you what you want to know.” He paused, and then said suddenly, “And now—I am your prisoner again!” The pistol sailed out of his hand and clanged against the floor.

“Get Doc out of my way,” Ross snapped. “I can’t get a shot in.”

“No!” Morrie thundered. “Art, pick up the pistol. Ross, you take care of Doc.” “What are you talking about?” Ross objected. “He’s a killer. I’ll finish him off.” “No!”

“Why not?”

“Well—Doc wouldn’t like it. That’s reason enough. Don’t shoot. That’s an order, Ross. You take care of Doc. Art, you tie up the mug. Make it good.” “It’ll be good!” promised Art.

The Nazi did not resist and Morrie found himself able to give some attention to what Ross was doing. “How bad is it?” he inquired, bending over Cargraves. “Not too bad, I think. I’ll know better when I get some of this blood wiped away.”

“You will find dressings and such things,” von Hartwick put in casually, as if he were not in the stages of being tied up, “in a kit under the instrument board in the control room.”

“Go look for them, Ross,” Morrie directed. “I’ll keep guard. Not,” he said to von Hartwick, “that it will do you any good if he dies. If he does, out you go, outside, without a suit. Shooting’s too good for you.”

“He won’t die. I hit him very carefully.”

“You had better hope he doesn’t. You won’t outlive him more than a couple of minute.”

Von Hartwick shrugged. “It is hardly possible to threaten me. We are all dead men. You realize that, don’t you?” Morrie looked at him speculatively. “Finished with him, Art? Sure he’s tied up tight?”

“He’ll choke himself to death if he tries to wiggle out of that one.”

“Good. Now you,” he went on to von Hartwick, “you may be a dead man. I wouldn’t know. But we’re not. We are going to fly this ship back to earth. You start behaving yourself and we might take you with us.”

Von Hartwick laughed. “Sorry to disillusion you, dear boy, but none of us is going back to earth. That is why I had to dispose of that precious pilot of mine.”

Morrie turned away, suddenly aware that no one had bothered to find out how badly the sergeant-pilot was wounded. He was soon certain; the man was dead, shot through the heart. “I can’t see that it matters,” he told von Hartwick.. “We’ve still got you. You’ll talk, or I’ll cut your ears off and feed them to you.”

“What a distressing thought,” he was answered, “but it. won’t help you. You see, I am unable to tell you anything; I am not a pilot.” Art stared at him. “He’s kidding you, Morrie.”

“No,” von Hartwick denied. “I am not. Try cutting my ears off and you will see. No, my poor boys, we are all going to stay here a long time, until we rot, in fact. Heil dem Fuhrer!” “Don’t touch him, Art,” Morrie warned. “Doc wouldn’t like it.”

Chapter 18 – TOO LITTLE TIME

CARGRAVES WAS WIDE ENOUGH awake to swear by the time Ross swabbed germicide on the cut in his hair line. “Hold still, Doc I-“ “I am holding still. Take it easy.”

They brought him up to date as they bandaged him. “The stinker thinks he’s put one over on us,” Ross finished. “He thinks we can’t run this boat without somebody to show us.”

“He may be perfectly right,” Cargraves admitted. “So far it’s got us stumped. We’ll see. Throw him in the hold, and we’ll have another look. Morrie, you did right not to let him be shot.”  “I didn’t think you would want him killed until you had squeezed him dry.”

Cargraves gave him an odd smile. “That wasn’t your only reason, was it?

“Well—shucks !” Morrie seemed almost embarrassed. “I didn’t want to just shoot him down after he dropped the gun. That’s a Nazi trick.”

Cargraves nodded approvingly. “That’s right. That’s one of the reasons they think we are soft. But we’ll have a little surprise for him.” He got up, went over, and stirred von Hartwick with his toe. “Listen to me, you. If possible, I am going to take you back to earth to stand trial… If not, we’ll try you here.”

Von Hartwick lifted his eyebrows. “For making war on you? How delightfully American!”

“No, not for making war. There isn’t any war, and there hasn’t been any war. The Third Reich disappeared forever in the spring of 1945 and today there is peace between Germany and the United States, no matter how many pipsqueak gangsters may still be hiding out. No, you phony superman, you are going to be tried for the murder of your accomplice—that poor dupe lying over there.” He turned away. “Chuck him in the hold, boys. Come on, Ross.”

Three hours later Cargraves was quite willing to admit that von Hartwick was correct when he said that the operation of the Wotan could not be figured out by a stranger. There were strange controls on the arms of the piloting seats which certainly had to be the flight controls, but no matter what they twisted, turned or moved, nothing happened. And the drive itself was sealed away behind a bulkhead which, from the sound it gave off when pounded, was inches thick.

Cargraves doubted whether he could cut through even with a steel-cutting flame. He was very reluctant to attempt to do so in any case; an effort to solve the mysteries of the ship by such surgery might, as likely as not, result in disabling the ship beyond any hope of repairing it.

There should be an operation manual somewhere. They all searched for it. They opened anything that would open, crawled under anything that could be crawled under, lifted everything that would move. There was no control manual in the ship.

The search disclosed something else. There was no food in the ship. This latter point was becoming important.

“That’s enough, sports,” he announced when he was certain that further search would be useless. “We’ll try their barracks next. We’ll find it. Not to mention food. You come with me, Morrie, and pick out some groceries.”

“Me too!” Art shouted. “I’ll get some pictures. The moon people! Oh, boy!”

Cargraves wished regretfully that he were still young enough for it to be impossible to stay worried. “Well, all right,” he agreed, “but where is your camera?” Art’s face fell. “It’s in the Dog House,” he admitted.

“I guess the pictures will have to wait. But come along; there is more electronic equipment down there than you can run and jump over. Maybe raising earth by radio will turn out to be easy.”

“Why don’t we all go?” Ross wanted to know. “I found the ruins, but I haven’t had a chance to look at them.”

“Sorry, Ross; but you’ve got to stay behind and stand guard over Stinky. He might know more about this ship than he admits. I would hate to come up that staircase and find the ship missing. Stand guard over him. Tell him that if he moves a muscle you’ll slug him. And mean it.”

“Okay. I hope he does move. How long will you be gone?” “If we can’t find it in two hours we’ll come back.”

Cargraves searched the officers’ room first, as it seemed the most likely place. He did not find it, but he did find that some of the Nazis appeared to have some peculiar and unpleasant tastes in books and pictures. The barrack room he took next. It was as depressing a place as it had been earlier, but he was prepared for it. Art he had assigned to the radio and radar room and Morrie to the other spaces; there seemed to be no reason for any one but himself to have to touch the bloating corpses.

He drew a blank in the barrack room. Coming out, he heard Art’s voice in his phones. “Hey, Uncle, look what I’ve found!” “What is it?,” he said, and Morrie’s voice cut in at once.

“Found the manual, Art?”

“No, but look!” They converged in the central hail. ‘It’ was a Graflex camera, complete with flash gun. “There is a complete darkroom off the radio room. I found it there. How about it, Uncle? Pictures?”

“Well, all right. Morrie, you go along—it may be your only chance to see the ruins. Thirty minutes. Don’t go very far, don’t bust your necks, don’t take any chances, and be back on time, or I’ll be after you with a Flit gun.” He watched them go regretfully, more than a little tempted to play hookey himself. If he had not been consumed with the urgency of his present responsibilities—But he was. He forced himself to resume the dreary search.

It was all to no good. If there was an instruction manual in existence he had to admit that he did not know how to find it. But he was still searching when the boys returned.

He glanced at his watch. “Forty minutes,” he said. “That’s more prompt than I thought you would be; I expected to have to go look for you. What did you find? Get any good pictures?” “Pictures? Did we get pictures! Wait till you see!”

“I never saw anything like it, Doc,” Morrie stated impressively. “The place is a city. It goes down and down. Great big arched halls, hundreds of feet across, corridors running every which way, rooms, balconies—I can’t begin to describe it.”

“Then don’t try. Write up full notes on what you saw as soon as we get back.” “Doc, this thing’s tremendous!”

“I realize it. But it’s so big I’m not even going to try to comprehend it, not yet. We’ve got our work cut out for us just to get out of here alive. Art, what did you find in the radio room? Anything you can use to raise earth?”

“Well, Uncle, that’s hard to say, but the stuff doesn’t look promising.”

“Are you sure? We know that they were in communication—at least according to our nasty-nice boy friend.”

Art shook his head. “I thought you said they received from earth. I found their equipment for that but I couldn’t test it out because I couldn’t get the earphones inside my suit. But I don’t see how they could send to earth.”

“Why not? They need two-way transmission.”

“Maybe they need it but they can’t afford to use it. Look, Uncle, they can beam towards the moon from their base on earth—that’s all right; nobody gets it but them. But if the Nazis on this

end try to beam back, they can’t select some exact spot on earth. At that distance the beam would fan out until it covered too much territory—it would be like a broadcast.”

“Oh!” said Cargraves, “I begin to see. Chalk up one for yourself, Art; I should have thought of that. No matter what sort of a code they used, if people started picking up radio from the direction of the moon, the cat would be out of the bag.”

“That’s what I thought, anyhow.”

“I think you’re dead right. I’m disappointed; I was beginning to pin my hopes on getting a message across.” He shrugged. “Well, one thing at a time. Morrie, have you picked out the supplies you want to take up?”

“All lined up.” They followed him into the kitchen space and found he had stacked three piles of tin cans in quantities to make three good-sized loads. As they were filling their arms Morrie said. “How many men were there here, Doc?”

“I counted forty-seven bodies not counting the one von Hartwick shot. Why?”

“Well, I noticed something funny. I’ve sort of acquired an eye for estimating rations since I’ve been running the mess. There isn’t food enough here to keep that many men running two weeks. Does that mean what I think it means?”

“Hunnh … Look, Morrie, I think you’ve hit on something important. That’s why von Hartwick is so cocky. It isn’t just whistling in the dark. He actually expects to be rescued.” “What do you mean, Uncle?” Art wanted to know.

“He is expecting a supply ship, almost any time.”

Art whistled. “He thinks we’ll be caught by surprise!”

“And we would have been. But we won’t be now.” He put down his load of groceries. “Come along.” “Where?”

“I just remembered something.” In digging through the officers’ quarters he had come across many documents, books, manuals, records, and papers of many sorts. He had scanned them very briefly, making certain only that no one of them contained anything which would give a clue to the operation of the Wotan.

One of them was the day book or journal of the task-force commander. Among other things it had given the location of the Nazi base on earth; Cargraves had marked it as something he wanted to study later. Now he decided to do it at once.

It was long. It covered a period of nearly three months with Teutonic thoroughness. He read rapidly, with Art reading over his shoulder. Morrie stood around impatiently and finally pointed out that the time was approaching when they had promised Ross to return.

“Go ahead,” Cargraves said absently. “Take a load of food. Get a meal started.” He read on.

There was a roster of the party. He found von Hartwick listed as executive officer. He noted that as an indication that the Nazi was lying when he claimed not to understand the piloting of the Wotan. Not proof, but a strong indication. But falsehood was all that he expected of the creature.

He was beginning to find what he was looking for. Supply trips had been made each month. If the schedule was maintained- and the state of supplies certainly indicated it -the next ship should be along in six or seven days.

But the most important fact he was not sure of until he had finished the journal: there was more than one big rocket in their possession; the Wotan was not about to leave to get supplies; she would not leave, if the schedule had been followed, until the supply ship landed. Then she would be taken back empty and the other ship would be unloaded. By such an  arrangement the party on the moon was never left without a means of escape—or, at least, that was the reason he read into the account.

There were just two and only two Nazi moon rockets—the Wotan and the Thor. The Thor was due in a week, as nearly as he could make out, which meant that she would leave her home base in about five days. The transit times for each trip had been logged in; forty-six hours plus for the earthmoon jump was the way the record read.

Fast time! he thought.

If the Thor ever took off, it might be too late for good intentions, too late for warnings. The Nazis were certainly aware that the techniques of space flight were now an open secret; there was reference after reference to the Galileo including a last entry noting that she had been located. They would certainly strike at the earliest possible moment.

He could see in his mind’s eye the row upon row of A-bomb guided-missiles in a near-by cavern. He could see them striking the defenseless cities of earth. No time to rig a powerful transmitter. No time for anything but drastic measures.

Not time enough, he was afraid!

Chapter 19 – SQUEEZE PLAY

“SOUP’S ON!” MORRIE GREETED him as he came hurrying into the Wotan. Cargraves started shucking off his suit as he answered. “No time for that—no, gimme a couple of those sandwiches.”

Morrie complied.

Ross inquired, “What’s the rush?”

“Got to see the prisoner.” He turned away, then stopped. “No—wait. Come here, guys.” He motioned them into a football huddle. “I’m going to try something.” He whispered urgently for a few minutes. “Now play up. I’ll leave the door open.”

He went into the hold and prodded von Hartwick with his boot. “Wake up, you.” He took a bite of sandwich.

“I am awake.” Von Hartwick turned his head with some difficulty as he was trussed up with his ankles pulled up toward his wrists, which were tied behind him. “Ah, food,” he said cheerfully. “I was wondering when you would remember the amenities in dealing with prisoners.”

“It’s not for you,” Cargraves informed him. “The other sandwich is for me. You won’t need one.” Von Hartwick looked interest but not frightened. “So?”

“Nope,” said Cargraves, wiping his mouth with his sleeve, “you won’t. I had intended to take you to earth for trial, but I find I won’t have time for that. I’ll try you myself—now.”

Von Hartwick shrugged under his bonds. “You are able to do as you like. I’ve no doubt you intend to kill me, but don’t dignify it with the name of a trial. Call it a lynching. Be honest with yourself. In the first place my conduct has been entirely correct. True, I was forced to shoot one of my own men, but it was a necessary emergency military measure-“

“Murder,” put in Cargraves.

“-in defense of the security of the Reich,” von Hartwick went on unhurriedly, “and no concern of yours in any case. It was in my own ship, entirely out of jurisdiction of any silly laws of the corrupt democracies. As for the bombing of your ship, I have explained to you-“

“Shut up,” Cargraves said. “You’ll get a chance to say a few words later. Court’s in session. Just to get it straight in your head, this entire planet is subject to the laws of the United Nations. We took formal possession and have established a permanent base. Therefore-“

“Too late, Judge Lynch. The New Reich claimed this planet three months ago.”

“I told you to keep quiet. You’re in contempt of court. One more peep and we’ll think up a way to keep you quiet. Therefore, as the master of a vessel registered under the laws of the United Nations it is my duty to see that those laws are obeyed. Your so-called claim doesn’t hold water. There isn’t any New Reich, so it can’t claim anything. You and your fellow thugs aren’t a nation; you are merely gangsters. We aren’t bound to recognize any fictions you have thought up and we don’t. Morrie! Bring me another sandwich.”

“Coming up, Captain!”

“Now as master of the Galileo,” Cargraves went on, “I have to act for the government when I’m off by myself, as I am now. Since I haven’t time to take you back to earth for trial, I’m trying you now. Two charges: murder in the first degree and piracy.”

“Piracy? My dear fellow!”

“Piracy. You attacked a vessel of UN register. On your own admission you took part in it, whether you gave the orders or not. All members of a pirate crew are equally guilty, and it’s a capital offense. Murder in the first degree is another one. Thanks for the sandwich, Morrie. Where did you find fresh bread?”

“It was canned.”

“Clever, these Nazis. There was some doubt in my mind as to whether to charge you with first or second degree. But you had to grab the gun away from me first, before you could shoot your pal. That’s premeditation. So you’re charged—piracy and first-degree murder. How do you plead? Guilty or not guilty?”

Von Hartwick hesitated a bit before replying. “Since I do not admit the jurisdiction of this so-called court, I refuse to enter a plea. Even if I concede- which I don’t -that you honestly believe this to be United Nations territory, you still are not a court.”

“Aship’s master has very broad powers in an emergency. Look it up some time. Get a ouija board and look it up.”

Von Hartwick raised his eyebrows. “From the nature of that supposedly humorous remark I can see that I am convicted before the trial starts.”

Cargraves chewed reflectively. “In a manner of speaking, yes,” he conceded. “I’d like to give you a jury, but we don’t really need one. You see, there aren’t any facts to be established because there aren’t any facts in doubt. We were all there. The only question is: What do those facts constitute under the law? This is your chance to speak your piece if you intend to.”

“Why should I bother? You mongrel nations prate of justice and equality under law. But you don’t practice it. You stand there with your hands dripping with the blood of my comrades, whom you killed in cold blood, without giving them a chance—yet you speak to me of piracy and murder!”

“We discussed that once before,” Cargraves answered carefully. “There is a world of difference, under the laws of free men, between an unprovoked attack and striking back in your own defense. If a footpad assaults you in a dark alley, you don’t have to get a court order to fight back. Next. Got any more phony excuses?”

The Nazi was silent. “Go ahead,” Cargraves persisted. “You could still plead not guilty by reason of insanity and you might even convince me. I always have thought a man with a MasterRace complex was crazy as a hoot owl. You might convince me that you were crazy in a legal sense as well.”

For the first time, von Hartwick’s air of aloof superiority seemed to crack. His face got red and he appeared about to explode. Finally he regained a measure of control and said, “Let’s have no more of this farce. Do whatever it is you intend to do and quit playing with me.”

“I assure you that I am not playing. Have you anything more to say in your own defense?” “I find you guilty on both charges. Have you anything to say before sentence is passed?” The accused did not deign to answer.

“Very well. I sentence you to death.”

Art took a quick, gasping breath and backed out of the doorway where he had been huddled, wide-eyed, with Ross and Morrie. There was no other sound. “Have you anything to say before the sentence is executed?”

Von Hartwick turned his face away. “I am not sorry. At least I will have a quick and merciful death. The best you four swine can hope for is a slow and lingering death.” “Oh,” said Cargraves, “I intended to explain to you about that. We aren’t going to die.”

“You think not?” There was undisguised triumph in von Hartwick’s voice. “I’m sure of it. You see, the Thor arrives in six or seven days-“

“What? How did you find that out?” The Nazi seemed stunned for a moment, then muttered, “Not that it matters to the four of you—but I see why you decided to kill me. You were afraid I would escape you.”

“Not at all,” returned Cargraves. “You don’t understand. If it were practical to do so, I would take you back to earth to let you appeal your case before a higher court. Not for your sake-

you’re guilty as sin! -but for my own. However, I do not find it possible. We will be very busy until the Thor gets here and I have no means of making sure that you are securely imprisoned except by standing guard over you every minute. I can’t do that; we haven’t time enough. But I don’t intend to let you escape punishment. I don’t have a cell to put you in. I had intended to drain the fuel from your little rocket and put you in there, without a suit. That way, you would have been safe to leave alone while we worked. But, now that the Thor is coming, we will need the little rocket.”

Von Hartwick smiled grimly. “Think you can run away, eh? That ship will never take you home. Or haven’t you found that out yet?”

“You still don’t understand. Keep quiet and let me explain. We are going to take several of the bombs such as you used on the Galileo and blow up the room containing your guided missiles. It’s a shame, for I see it’s one of the rooms built by the original inhabitants. Then we are going to blow up the Wotan.”

“The Wotan? Why?” Von Hartwick was suddenly very alert.

“To make sure it never flies back to earth. We can’t operate it; I must make sure that no one else does. For then we intend to blow up the Thor.” “The Thor? You can’t blow up the Thor!”

“Oh, yes, we can—the same way you blew up the Galileo. But I can’t chance the possibility of survivors grabbing the Wotan—so she must go first. And that has a strong bearing on why you must die at once. After we blast the Wotan we are going back to our own base- you didn’t know about that, did you? -but it is only one room. No place for prisoners. I had intended, as   I said, to keep you in the jeep rocket, but the need to blast the Thor changes that. We’ll have to keep a pilot in it all times, until the Thor lands. And that leaves no place for you. Sorry,” he finished, and smiled.

“Anything wrong with it?” he added.

Von Hartwick was beginning to show the strain. “You may succeed-“ “Oh, we will!”

“But if you do, you are still dead men. Aquick death for me, but a long and slow and lingering death for you. If you blast the Thor, you lose your own last chance. Think of it,” he went on, “starving or suffocating or dying with cold. I’ll make a pact with you. Turn me loose now and I’ll give you my parole. When the Thor arrives, I’ll intercede with the captain on your behalf. I’ll-“

Cargraves cut him off with a gesture. “The word of a Nazi! You wouldn’t intercede for your own grandmother! You haven’t gotten it through your thick head yet that we hold all the aces. After we kill you and take care of your friends, we shall sit tidy and cozy and warm, with plenty of food and air, until we are picked up. We won’t even be lonesome; we were just finishing our  earth sender when you picked up one of our local signals. We’ll-“

“You lie!” shouted von Hartwick. “No one will pick you up. Yours was the only ship. I know, I know. We had full reports.”

“Was the only ship.” Cargraves smiled sweetly. “But under a quaint old democratic law which you wouldn’t understand, the plans and drawings and notes for my ship were being studied eagerly the minute we took off. We’ll be able to take our pick of ships before long. I hate to disappoint you but we are going to live. I am afraid I must disappoint you on another score. Your death will not be as clean and pleasant as you had hoped.”

“What do you mean?”

“I mean I am not going to get this ship all bloodied up again by shooting you. I’m going to-“  “Wait. Adying man is entitled to a last request. Leave me in the Wotan. Let me die with my ship!”

Cargraves laughed full in his face. “Lovely, von Nitwit. Perfectly lovely. And have you take off in her. Not likely!” “I am no pilot—believe me!”

“Oh, I do believe. I would not think of doubting a dying man’s last words. But I won’t risk a mistake. Ross!” “Yes, sir!”

“Take this thing and throw it out on the face of the moon.” “Dee-lighted!”

“And that’s all.” Cargraves had been squatting down; he got up and brushed the crumbs from his hands. “I shan’t even have you untied so that you can die in a comfortable position. You are too handy at grabbing guns. You’ll just have to flop around as you are. It probably won’t take long,” he went on conversationally. “They say it’s about like drowning. In seven or eight minutes you won’t know a thing. Unless your heart ruptures through your lungs and finishes you a little sooner.”

“Swine!”

“Captain Swine, to you.”

Ross was busily zipping his suit into place. “Okay, Doc?”

“Go ahead. No, on second thought,” he added, “I’ll do this job myself. I might be criticized for letting a boy touch it. My suit, Morrie.”

He whistled as they helped him dress. He was still whistling as he picked up von Hartwick like a satchel, by the line which bound his ankles to his wrists, and walked briskly to the lock. He chucked his bundle in ahead of him, stepped in, waved to the boys, said, “Back soon!” and clamped the door.

As the air started whistling out von Hartwick began to gasp. Cargraves smiled at him, and said, “Drafty, isn’t it?” He shouted to make himself heard through the helmet. Von Hartwick’s mouth worked.

“Did you say something?”

The Nazi opened his mouth again, gasped, choked, and sprayed foam out on his chest. “You’ll have to talk louder,” Cargraves shouted. “I can’t hear you.” The air whistled away. “I’m a pilot!”

“What?”

“I’m a pilot! I’ll teach you-“

Cargraves reached up and closed the exhaust valve. “I can’t hear with all that racket. What were you saying?” “I’m a pilot!” gasped von Hartwick.

“Yes? Well, what about it?” “Air. Give me air-“

“Shucks,” said Cargraves. “You’ve got plenty of air. I can still hear you talking. Must be four or five pounds in here.” “Give me air. I’ll tell you how it works.”

“You’ll tell me first,” Cargraves stated. He reached for the exhaust valve again.

“Wait! There is a little plug, in the back of the instrument-” He paused and gasped heavily. “The instrument panel. Starboard side. It’s a safety switch. You wouldn’t notice it; it looks just like a mounting stud. You push it in.” He stopped to wheeze again.

“I think you’d better come show me,” Cargraves said judicially. “If you aren’t lying again, you’ve given me an out to take you back to earth for your appeal. Not that you deserve it.”

He reached over and yanked on the spill valve; the air rushed back into the lock.

Ten minutes later Cargraves was seated in the left-hand pilot’s chair, with his safety belt in place. Von Hartwick was in the right-hand chair. Cargraves held a pistol in his left hand and cradled it over the crook of his right arm, so that it would remain pointed at von Hartwick, even under drive. He called out, “Morrie! Everybody ready?”

“Ready, Captain,” came faintly from the rear of the ship. The boys had been forced to use the acceleration bunks in the passenger compartment. They resented it, especially Morrie, but there was no help for it. The control room could carry just two people under acceleration.

“Okay! Here we go!” He turned again to von Hartwick. “Twist her tail, Swine—Colonel Swine, I mean.”  Von Hartwick glared at him. “I don’t believe,” he said slowly, “that you ever intended to go through with it.” Cargraves grinned and rubbed the chair arm. “Want to go back and see?” he inquired.

Von Hartwick swiveled his head around to the front. “Achtung!” he shouted. “Prepare for acceleration! Ready?” Without waiting for a reply he blasted off.

The ship had power to spare with the light load; Cargraves had him hold it at two g’s for five minutes and then go free. By that time, having accelerated at nearly 64 feet per second for each second of the five minutes, even with due allowance for loss of one-sixth g to the pull of the moon at the start, they were making approximately 12,000 miles per hour.

They would have breezed past earth in twenty hours had it not been necessary to slow down in order to land. Cargraves planned to do it in a little less than twenty-four hours.

Once in free fall, the boys came forward and Cargraves required of von Hartwick a detailed lecture on the operation of the craft. When he was satisfied, he said, “Okay. Ross, you and Art take the prisoner aft and lash him to one of the bunks. Then strap yourselves down. Morrie and I are going to practice.”

Von Hartwick started to protest. Cargraves cut him short. “Stow it! You haven’t been granted any pardon; we’ve simply been picking your brains. You are a common criminal, going back to appeal your case.”

They felt out the ship for the next several hours, with time out only to eat. The result of the practice on the course and speed were null; careful check was kept by instrument to see that a drive in one direction was offset by the same amount of drive in the opposite direction. Then they slept.

They needed sleep. By the time they got it they had been awake and active at an unrelenting pace for one full earth-day. When they woke Cargraves called Art. “Think you could raise earth on this Nazi gear, kid?”

“I’ll try. What do you want me to say and who do you want to talk to?”

Cargraves considered. Earth shone gibbous, more than half full, ahead. The Nazi base was not in line-of-sight. That suited him. “Better make it Melbourne, Australia,” he decided, “and  tell them this-” Art nodded. Afew minutes later, having gotten the hang of the strange set, he was saying endlessly: “Space Ship City of Detroit calling UN police patrol, Melbourne; Space Ship City of Detroit calling UN police patrol, Melbourne-“

He had been doing this for twenty-five minutes when a querulous voice answered: “Pax, Melbourne; Pax, Melbourne—calling Space Ship City of Detroit. Come in, City of Detroit.” Art pushed up one phone and looked helpless. “You better talk to ‘em, Uncle.”

“Go ahead. You tell them what I told you. It’s your show.” Art shut up and did so.

Morrie let her down carefully and eased her over into a tight circular orbit just outside the atmosphere. Their speed was still nearly five miles per second; they circled the globe in ninety minutes. From that orbit he killed her speed slowly and dipped down cautiously until the stub wings of the City of Detroit’ Wotan, began to bite the tenuous stratosphere in a blood-chilling thin scream.

Out into space again they went and then back in, each time deeper and each time slower. On the second of the braking orbits they heard the broadcast report of the UN patrol raid on the Nazi nest and of the capture of the Thor. On the next lap two chains bid competitively for an exclusive broadcast from space. On the third there was dickering for television rights at the  field. On the fourth they received official instructions to attempt to land at the District-of-Columbia Rocket Port.

“Want me to take her down?” Morrie yelled above the scream of the skin friction. “Go right ahead,” Cargraves assured him. “I’m an old I want a chauffeur.”

Morrie nodded and began his approach. They were somewhere over Kansas.

The ground of the rocket port felt strange and solid under the ship. Eleven days- only eleven days? -away from the earth’s massive pull had given them new habits. Cargraves found that  he staggered a little in trying to walk. He opened the inner door of the lock and waited for the boys to get beside him. Latching the outer door and broke the inner door open, he stepped to the seal.

As he swung it open, the face, an endless mass of guns flickered like heat “Oh, my gosh!” he said. ‘Want to take the bows?’ a solid wall of sound beat him in of eager eyes looked up at him. Flash lightning. He turned back to Ross. “This is awful! Say—don’t you guys want to take the bows?”

The End

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Coventry (full text) by Robert Heinlein

This is an interesting little story by Robert Heinlein that looks at a utopia where there are no prisons, or death sentences, or punishments. Instead, those that fail to adjust to society and have bad behaviors are sent instead to “Coventry”. Which is a geographical location outside of society where the individual can “do his own thing”.

Exile imposed on those who act to harm others, to a "reservation" where the Covenant is not observed. Coventry is surrounded by a heavily guarded force shield to prevent the exiles from leaving without permission. 

The concept behind this treatment is that the government has no right to "punish" its members, but an individual who is unwilling to abide by society's agreements may be ejected from the society. 

Exiles may re-enter the Covenant if they are willing to submit to psychological reorientation. Most of those entering Coventry expected a complete anarchy, but at least three separate governments had developed inside: New America, nominally a democracy but run as a political machine and dictatorship; Free State, a totalitarian state; and The Angels, the remnants of the Prophet's theocratic reign.

-"Coventry" A Heinlein Concordance

Coventry

“Have you anything to say before sentence is pronounced on you?” The mild eyes of the Senior Judge studied the face of the accused. His question was answered by a sullen silence.

“Very well-the jury has determined that you have violated a basic custom agreed to under the Covenant, and that through this act did damage another free citizen. It is the opinion of the jury and of the court that you did so knowingly, and aware of the probability of damage to a free citizen. Therefore, you are sentenced to choose between the Two Alternatives.”

Atrained observer might have detected a trace of dismay breaking through the mask of indifference with which the young man had faced his trial. Dismay was unreasonable; in view of his offence, the sentence was inevitable-but reasonable men do not receive the sentence.

After waiting a decent interval, the judge turned to the bailiff. “Take him away.”

The prisoner stood up suddenly, knocking over his chair. He glared wildly around at the company assembled and burst into speech.

“Hold on!” he yelled. “I’ve got something to say first!” In spite of his rough manner there was about him the noble dignity of a wild animal at bay. He stared at those around him, breathing heavily, as if they were dogs waiting to drag him down.

“Well?” he demanded, ‘Well? Do I get to talk, or don’t I? It ‘ud be the best joke of this whole comedy, if a condemned man couldn’t speak his mind at the last!”

“You may speak,” the Senior Judge told him, in the same unhurried tones with which he had pronounced sentence, ‘David MacKinnon, as long as you like, and in any manner that you like. There is no limit to that freedom, even for those who have broken the Covenant. Please speak into the recorder.”

MacKinnon glanced with distaste at the microphone near his face. The knowledge that any word he spoke would be recorded and analyzed inhibited him. “I don’t ask for records,” he snapped.

“But we must have them,” the judge replied patiently, ‘in order that others may determine whether, or not, we have dealt with you fairly, and according to the Covenant. Oblige us, please.” “Oh-very well!” He ungraciously conceded the requirement and directed his voice toward the instrument. “There’s no sense in me talking at all-but, just the same, I’m going to talk and

you’re going to listen … You talk about your precious “Covenant” as if it were something holy. I don’t agree to it and I don’t accept it. You act as if it had been sent down from Heaven in a

burst of light. My grandfathers fought in the Second Revolution-but they fought to abolish superstition… not to let sheep-minded fools set up new ones.

“There were men in those days!” He looked contemptuously around him. “What is there left today? Cautious, compromising “safe” weaklings with water in their veins. You’ve planned   your whole world so carefully that you’ve planned the fun and zest right out of it. Nobody is ever hungry, nobody ever gets hurt. Your ships can’t crack up and your crops can’t fail. You even have the weather tamed so it rains politely after midnight. Why wait till midnight, I don’t know … you all go to bed at nine o’clock!

“If one of you safe little people should have an unpleasant emotion-perish the thought! -You’d trot right over to the nearest psychodynamics clinic and get your soft little minds readjusted. Thank God I never succumbed to that dope habit. I’ll keep my own feelings, thanks, no matter how bad they taste.

“You won’t even make love without consulting a psychotechnician-Is her mind as flat and insipid as mine? Is there any emotional instability in her family? It’s enough to make a man gag. As for fighting over a woman-if any one had the guts to do that, he’d find a proctor at his elbow in two minutes, looking for the most convenient place to paralyze him, and inquiring with sickening humility, “May I do you a service, sir?”

The bailiff edged closer to MacKinnon. He turned on him. “Stand back, you. I’m not through yet.” He turned and added, ‘You’ve told me to choose between the Two Alternatives. Well, it’s no hard choice for me. Before I’d submit to treatment, before I’d enter one of your little, safe little, pleasant little reorientation homes and let my mind be pried into by a lot of soft-fingered doctors-before I did anything like that, I’d choose a nice, clean death. Oh, no-there is just one choice for me, not two. I take the choice of going to Coventry-and glad of it, too … I hope I never hear of the United States again!

“But there is just one thing I want to ask you before I go-Why do you bother to live anyhow? I would think that anyone of you would welcome an end to your silly, futile lives just from sheer boredom. That’s all.” He turned back to the bailiff. “Come on, you.”

“One moment, David MacKinnon.” The Senior Judge held up a restraining hand. “We have listened to you. Although custom does not compel it, I am minded to answer some of your statements. Will you listen?”

Unwilling, but less willing to appear loutish in the face of a request so obviously reasonable, the younger man consented.

The judge commenced to speak in gentle, scholarly words appropriate to a lecture room. “David MacKinnon, you have spoken in a fashion that doubtless seems wise to you. Nevertheless, your words were wild, and spoken in haste. I am moved to correct your obvious misstatements of fact. The Covenant is not a superstition, but a simple temporal contract entered into by those same revolutionists for pragmatic reasons. They wished to insure the maximum possible liberty for every person.

“You yourself have enjoyed that liberty. No possible act, nor mode of conduct, was forbidden to you, as long as your action did not damage another. Even an act specifically prohibited by law could not be held against you, unless the state was able to prove that your particular act damaged, or caused evident danger of damage, to a particular individual.

“Even if one should willfully and knowingly damage another-as you have done-the state does not attempt to sit in moral judgment, nor to punish. We have not the wisdom to do that, and  the chain of injustices that have always followed such moralistic coercion endanger the liberty of all. Instead, the convicted is given the choice of submitting to psychological readjustment to correct his tendency to wish to damage others, or of having the state withdraw itself from him-of sending him to Coventry.

“You complain that our way of living is dull and unromantic, and imply that we have deprived you of excitement to which you feel entitled. You are free to hold and express your esthetic opinion of our way of living, but you must not expect us to live to suit your tastes. You are free to seek danger and adventure if you wish-there is danger still in experimental laboratories; there is hardship in the mountains of the Moon, and death in the jungles of Venus-but you are not free to expose us to the violence of your nature.”

“Why make so much of it?” MacKinnon protested contemptuously. “You talk as if I had committed a murder-I simply punched a man in the nose for offending me outrageously!”

“I agree with your esthetic judgment of that individual,” the judge continued calmly, ‘and am personally rather gratified that you took a punch at him-but your psychometrical tests show that you believe yourself capable of judging morally your fellow citizens and feel justified in personally correcting and punishing their lapses. You are a dangerous individual, David    MacKinnon, a danger to all of us, for we can not predict whet damage you may do next. From a social standpoint, your delusion makes you as mad as the March Hare.

“You refuse treatment-therefore we withdraw our society from you, we cast you out, we divorce you. To Coventry with you.” He turned to the bailiff. “Take him away.”

MacKinnon peered out of a forward port of the big transport helicopter with repressed excitement in his heart. There! That must be it-that black band in the distance. The helicopter drew closer, and he became certain that he was seeing the Barrier-the mysterious, impenetrable wall that divided the United States from the reservation known as Coventry.

His guard looked up from the magazine he was reading and followed his gaze. “Nearly there, I see,” he said pleasantly. “Well, it won’t be long now.” “It can’t be any too soon for me!”

The guard looked at him quizzically, but with tolerance. “Pretty anxious to get on with it, eh?”

MacKinnon held his head high. “You’ve never brought a man to the Gateway who was more anxious to pass through!” “Mmm-maybe. They all say that, you know. Nobody goes through the Gate against his own will.”

“I mean it!”

“They all do. Some of them come back, just the same.”

“Say-maybe you can give me some dope as to conditions inside?”

“Sorry,” the guard said, shaking his head, ‘but that is no concern of the United States, nor of any of its employees. You’ll know soon enough.”

MacKinnon frowned a little. “It seems strange-I tried inquiring, but found no one who would admit that they had any notion about the inside. And yet you say that some come out. Surely some of them must talk…”

“That’s simple,” smiled the guard, ‘part of their reorientation is a subconscious compulsion not to discuss their experiences.”

“That’s a pretty scabby trick. Why should the government deliberately conspire to prevent me, and the people like me, from knowing what we are going up against?”

“Listen, buddy,” the guard answered, with mild exasperation, ‘you’ve told the rest of us to go to the devil. You’ve told us that you could get along without us. You are being given plenty of living room in some of the best land on this continent, and you are being allowed to take with you everything that you own, or your credit could buy. What the deuce else do you expect?”

MacKinnon’s face settled in obstinate lines. “What assurance have I that there will be any land left for me?”

“That’s your problem. The government sees to it that there is plenty of land for the population. The divvy-up is something you rugged individualists have to settle among yourselves. You’ve turned down our type of social co-operation; why should you expect the safeguards of our organization?” The guard turned back to his reading and ignored him.

They landed on a small field which lay close under the blank black wall. No gate was apparent, but a guardhouse was located at the side of the field. MacKinnon was the only passenger. While his escort went over to the guardhouse, he descended from the passenger compartment and went around to the freight hold. Two members of the crew were letting down a ramp from the cargo port. When he appeared, one of them eyed him, and said, ‘O.K., there’s your stuff. Help yourself.”

He sized up the job, and said, ‘It’s quite a lot, isn’t it? I’ll need some help. Will you give me a hand with it?”

The crew member addressed paused to light a cigarette before replying, ‘It’s your stuff. If you want it, get it out. We take off in ten minutes.” The two walked around him and reentered the ship.

“Why, you-” MacKinnon shut up and kept the rest of his anger to himself. The surly louts! Gone was the faintest trace of regret at leaving civilization. He’d show them! He could get along without them.

But it was twenty minutes and more before he stood beside his heaped up belongings and watched the ship rise. Fortunately the skipper had not been adamant about the time limit. He turned and commenced loading his steel tortoise. Under the romantic influence of the classic literature of a bygone day he had considered using a string of burros, but had been unable  to find a zoo that would sell them to him. It was just as well-he was completely ignorant of the limits, foibles, habits, vices, illnesses, and care of those useful little beasts, and unaware of his own ignorance. Master and servant would have vied in making each other unhappy.

The vehicle he had chosen was not an unreasonable substitute for burros. It was extremely rugged, easy to operate, and almost foolproof. It drew its power from six square yards of sunpower screens on its low curved roof. These drove a constant-load motor, or, when halted, replenished the storage battery against cloudy weather, or night travel. The bearings were ‘everlasting’, and every moving part, other than the caterpillar treads and the controls, were sealed up, secure from inexpert tinkering.

It could maintain a steady six miles per hour on smooth, level pavement. When confronted by hills, or rough terrain, it did not stop, but simply slowed until the task demanded equaled its steady power output.

The steel tortoise gave MacKinnon a feeling of Crusoe-like independence. It did not occur to him his chattel was the end product of the cumulative effort and intelligent co-operation of hundreds of thousands of men, living and dead. He had been used all his life to the unfailing service of much more intricate machinery, and honestly regarded the tortoise as a piece of equipment of the same primitive level as a wood-man’s axe, or a hunting knife. His talents had been devoted in the past to literary criticism rather than engineering, but that did not prevent him from believing that his native intelligence and the aid of a few reference books would be all that he would really need to duplicate the tortoise, if necessary.

Metal ores were necessary, he knew, but saw no obstacle in that, his knowledge of the difficulties of prospecting, mining, and metallurgy being as sketchy as his knowledge of burros. His goods filled every compartment of the compact little freighter. He checked the last item from his inventory and ran a satisfied eye down the list. Any explorer or adventurer of the past

might well be pleased with such equipment, he thought. He could imagine showing Jack London his knockdown cabin. See, Jack, he would say, it’s proof against any kind of weather-

perfectly insulated walls and floor-and can’t rust. It’s so light that you can set it up in five minutes by yourself, yet it’s so strong that you can sleep sound with the biggest grizzly in the world

snuffling right outside your door.

And London would scratch his head, and say, Dave, you’re a wonder. If I’d had that in the Yukon, it would have been a cinch!

He checked over the list again. Enough concentrated and desiccated food and vitamin concentrate to last six months. That would give him time enough to build hothouses for hydroponics, and get his seeds started. Medical supplies-he did not expect to need those, but foresight was always best. Reference books of all sorts. Alight sporting rifle-vintage: last century. His face clouded a little at this. The War Department had positively refused to sell him a portable blaster. When he had claimed the right of common social heritage, they had grudgingly provided him with the plans and specifications, and told him to build his own. Well, he would, the first spare time he got.

Everything else was in order. MacKinnon climbed into the cockpit, grasped the two hand controls, and swung the nose of the tortoise toward the guardhouse. He had been ignored since the ship had landed; he wanted to have the gate opened and to leave.

Several soldiers were gathered around the guardhouse. He picked out a legate by the silver stripe down the side of his kilt and spoke to him. “I’m ready to leave. Will you kindly open the Gate?”

“O.K.,” the officer answered him, and turned to a soldier who wore the plain gray kilt of a private’s field uniform. “Jenkins, tell the power house to dilate-about a number three opening, tell them,” he added, sizing up the dimensions of the tortoise.

He turned to MacKinnon. “It is my duty to tell you that you may return to civilization, even now, by agreeing to be hospitalized for your neurosis.” “I have no neurosis!”

“Very well. If you change your mind at any future time, return to the place where you entered. There is an alarm there with which you may signal to the guard that you wish the gate opened.”

“I can’t imagine needing to know that.”

The legate shrugged. “Perhaps not-but we send refugees to quarantine all the time. If I were making the rules, it might be harder to get out again.” He was cut off by the ringing of an alarm. The soldiers near them moved smartly away, drawing their blasters from their belts as they ran. The ugly snout of a fixed blaster poked out over the top of the guardhouse and pointed toward the Barrier.

The legate answered the question on MacKinnon’s face. “The power house is ready to open up.” He waved smartly toward that building, then turned back. “Drive straight through the center of the opening. It takes a lot of power to suspend the stasis; if you touch the edge, we’ll have to pick up the pieces.”

Atiny, bright dot appeared in the foot of the barrier opposite where they waited. It spread into a half circle across the lampblack nothingness. Now it was large enough for MacKinnon to see the countryside beyond through the arch it had formed. He peered eagerly.

The opening grew until it was twenty feet wide, then stopped. It framed a scene of rugged, barren hills. He took this in, and turned angrily on the legate. “I’ve been tricked!” he exclaimed. “That’s not fit land to support a man.”

“Don’t be hasty,” he told MacKinnon. “There’s good land beyond. Besides-you don’t have to enter. But if you are going, go!”

MacKinnon flushed, and pulled back on both hand controls. The treads bit in and the tortoise lumbered away, straight for the Gateway to Coventry.

When he was several yards beyond the Gate, he glanced back. The Barrier loomed behind him, with nothing to show where the opening had been. There was a little sheet metal shed adjacent to the point where he had passed through. He supposed that it contained the alarm the legate had mentioned, but he was not interested and turned his eyes back to his driving.

Stretching before him, twisting between rocky hills, was a road of sorts. It was not paved and the surface had not been repaired recently, but the grade averaged downhill and the tortoise was able to maintain a respectable speed. He continued down it, not because he fancied it, but because it was the only road which led out of surroundings obviously unsuited to his needs.

The road was untraveled. This suited him; he had no wish to encounter other human beings until he had located desirable land to settle on, and had staked out his claim. But the hills were not devoid of life; several times he caught glimpses of little dark shapes scurrying among the rocks, and occasionally bright, beady eyes stared back into his.

It did not occur to him at first that these timid little animals, streaking for cover at his coming, could replenish his larder-he was simply amused and warmed by their presence. When he did happen to consider that they might be used as food, the thought was at first repugnant to him-the custom of killing for ‘sport” had ceased to be customary long before his time; and

inasmuch as the development of cheap synthetic proteins in the latter half of the preceding century had spelled the economic ruin of the business of breeding animals for slaughter, it is doubtful if he had ever tasted animal tissue in his life.

But once considered, it was logical to act. He expected to live off the country; although he had plenty of food on hand for the immediate future, it would be wise to conserve it by using what the country offered. He suppressed his esthetic distaste and ethical misgivings, and determined to shoot one of the little animals at the first opportunity.

Accordingly, he dug out the rifle, loaded it, and placed it handy. With the usual perversity of the world-as-it-is, no game was evident for the next half hour. He was passing a little shoulder of rocky outcropping when he saw his prey. It peeked at him from behind a small boulder, its sober eyes wary but unperturbed. He stopped the tortoise and took careful aim, resting and steadying the rifle on the side of the cockpit. His quarry accommodated him by hopping out into full view.

He pulled the trigger, involuntarily tensing his muscles and squinting his eyes as he did so. Naturally, the shot went high and to the right.

But he was much too busy just then to be aware of it. It seemed that the whole world had exploded. His right shoulder was numb, his mouth stung as if he had been kicked there, and his ears rang in a strange and unpleasant fashion. He was surprised to find the gun still intact in his hands and apparently none the worse for the incident.

He put it down, clambered out of the car, and rushed up to where the small creature had been. There was no sign of it anywhere. He searched the immediate neighborhood, but did not find it. Mystified, he returned to his conveyance, having decided that the rifle was in some way defective, and that he should inspect it carefully before attempting to fire it again.

His recent target watched his actions cautiously from a vantage point yards away, to which it had stampeded at the sound of the shot. It was equally mystified by the startling events, being no more used to firearms than was MacKinnon.

Before he started the tortoise again, MacKinnon had to see to his upper lip, which was swollen and tender and bleeding from a deep scratch. This increased his conviction that the gun was defective. Nowhere in the romantic literature of the nineteenth and twentieth centuries, to which he was addicted, had there been a warning that, when firing a gun heavy enough to drop a man in his tracks, it is well not to hold the right hand in such ~ manner that the recoil will cause the right thumb and thumb nail to strike the mouth.

He applied an antiseptic and a dressing of sorts, and went on his way, somewhat subdued. The arroyo by which he had entered the hills had widened out, and the hills were greener. He passed around one sharp turn in the road, and found a broad fertile valley spread out before him. It stretched away until it was lost in the warm day’s haze.

Much of the valley was cultivated, and he could make out human habitations. He continued toward it with mixed feelings. People meant fewer hardships, but it did not look as if staking out a claim would be as simple as he had hoped. However-Coventry was a big place.

He had reached the point where the road gave onto the floor of the valley, when two men stepped out into his path. They were carrying weapons of some sort at the ready. One of them called out to him:

“Halt!”

MacKinnon did so, and answered him as they came abreast. “What do you want?”

“Customs inspection. Pull over there by the office.” He indicated a small building set back a few feet from the road, which MacKinnon had not previously noticed. He looked from it back to the spokesman, and felt a slow, unreasoning heat spread up from his viscera. It rendered his none too stable judgment still more unsound.

“What the deuce are you talking about?” he snapped. “Stand aside and let me pass.”

The one who had remained silent raised his weapon and aimed it at MacKinnon’s chest. The other grabbed his arm and pulled the weapon out of line. “Don’t shoot the dumb fool, Joe,” he said testily. “You’re always too anxious.” Then to MacKinnon, ‘You’re resisting the law. Come on-be quick about it!”

“The law?” MacKinnon gave a bitter laugh and snatched his rifle from the seat. It never reached his shoulder-the man who had done all the talking fired casually, without apparently taking time to aim. MacKinnon’s rifle was smacked from his grasp and flew into the air, landing in the roadside ditch behind the tortoise.

The man who had remained silent followed the flight of the gun with detached interest, and remarked, ‘Nice shot, Blackie. Never touched him.”

“Oh, just luck,” the other demurred, but grinned his pleasure at the compliment. “Glad I didn’t nick him, though-saves writing out a report.” He reassumed an official manner, spoke again to MacKinnon, who had been sitting dumbfounded, rubbing his smarting hands. “Well, tough guy? Do you behave, or do we come up there and get you?”

MacKinnon gave in. He drove the tortoise to the designated spot, and waited sullenly for orders. “Get out and start unloading,” he was told. He obeyed, under compulsion. As he piled his precious possessions on the ground, the one addressed as Blackie separated the things into two piles, while Joe listed them on a printed form. He noticed presently that Joe listed only the items that went into the first pile. He understood this when Blackie told him to reload the tortoise with the items from that pile, and commenced himself to carry goods from the other pile into the building. He started to protest-Joe punched him in the mouth, coolly and without rancor. MacKinnon went down, but got up again, fighting. He was in such a blind rage that he would have tackled a charging rhino. Joe timed his rush, and clipped him again. This time he could not get up at once.

Blackie stepped over to a washstand in one corner of the office. He came back with a wet towel and chucked it at MacKinnon. “Wipe your face on that, bud, and get back in the buggy. We got to get going.”

MacKinnon had time to do a lot of serious thinking as he drove Blackie into town. Beyond a terse answer of ‘Prize court” to MacKinnon’s inquiry as to their destination, Blackie did not converse, nor did MacKinnon press him, anxious as he was to have information. His mouth pained him from repeated punishment, his head ached, and he was no longer tempted to precipitate action by hasty speech.

Evidently Coventry was not quite the frontier anarchy he had expected it to be. There was a government of sorts, apparently, but it resembled nothing that he had ever been used to. He had visualized a land of noble, independent spirits who gave each other wide berth and practiced mutual respect. There would be villains, of course, but they would be treated to summary, and probably lethal, justice as quickly as they demonstrated their ugly natures. He had a strong, though subconscious, assumption that virtue is necessarily triumphant.

But having found government, he expected it to follow the general pattern that he had been used to all his life-honest, conscientious, reasonably efficient, and invariably careful of a citizen’s rights and liberties. He was aware that government had not always been like that, but he had never experienced it-the idea was as remote and implausible as cannibalism, or chattel slavery.

Had he stopped to think about it, he might have realized that public servants in Coventry would never have been examined psychologically to determine their temperamental fitness for their duties, and, since every inhabitant of Coventry was there-as he was-for violating a basic custom and ref using treatment thereafter, it was a foregone conclusion that most of them would be erratic and arbitrary.

He pinned his hope on the knowledge that they were going to court. All he asked was a chance to tell his story to the judge.

His dependence on judicial procedure may appear inconsistent in view of how recently he had renounced all reliance on organized government, but while he could renounce government verbally, but he could not do away with a lifetime of environmental conditioning. He could curse the court that had humiliated him by condemning him to the Two Alternatives, but he expected courts to dispense justice. He could assert his own rugged independence, but he expected persons he encountered to behave as if they were bound by the Covenant-he had  met no other sort. He was no more able to discard his past history than he would have been to discard his accustomed body.

But he did not know it yet.

MacKinnon failed to stand up when the judge entered the court room. Court attendants quickly set him right, but not before he had provoked a glare from the bench. The judge’s appearance and manner were not reassuring. He was a well-fed man, of ruddy complexion, whose sadistic temper was evident in face and mien. They waited while he dealt drastically with several petty offenders. It seemed to MacKinnon, as he listened, that almost everything was against the law.

Nevertheless, he was relieved when his name was called. He stepped up and undertook at once to tell his story. The judge’s gavel cut him short.

“What is this case?” the judge demanded, his face set in grim lines. “Drunk and disorderly, apparently. I shall put a stop to this slackness among the young if it takes the last ounce of strength in my body!” He turned to the clerk. “Any previous offences?”

The clerk whispered in his ear. The judge threw MacKinnon a look of mixed annoyance and suspicion, then told the customs” guard to come forward. Blackie told a clear, straightforward tale with the ease of a man used to giving testimony. MacKinnon’s condition was attributed to resisting an officer in the execution of his duty. He submitted the inventory his colleague had prepared, but failed to mention the large quantity of goods which had been abstracted before the inventory was made.

The judge turned to MacKinnon. “Do you have anything to say for yourself?” “I certainly have, Doctor,” he began eagerly. “There isn’t a word of -,

Bang! The gavel cut him short. Acourt attendant hurried to MacKinnon’s side and attempted to explain to him the proper form to use in addressing the court. The explanation confused him. In his experience, ‘judge” naturally implied a medical man-a psychiatrist skilled in social problems. Nor had he heard of any special speech forms appropriate to a courtroom. But he amended his language as instructed.

“May it please the Honorable Court, this man is lying. He and his companion assaulted and robbed me. I was simply-‘Smugglers generally think they are being robbed when customs officials catch them,” the judge sneered. “Do you deny that you attempted to resist inspection?”

“No, Your Honor, but -“

“That will do. Penalty of fifty percent is added to the established scale of duty. Pay the clerk.” “But, Your Honor, I can’t -“

“Can’t you pay it?”

“I haven’t any money. I have only my possessions.”

“So?” He turned to the clerk. “Condemnation proceedings. Impound his goods. Ten days for vagrancy. The community can’t have these immigrant paupers roaming at large, and preying on law-abiding citizens. Next case!”

They hustled him away. It took the sound of a key grating in a barred door behind him to make him realize his predicament.

“Hi, pal, how’s the weather outside?” The detention cell had a prior inmate, a small, well-knit man who looked up from a game of solitaire to address MacKinnon. He sat astraddle a bench on which he had spread his cards, and studied the newcomer with unworried, bright, beady eyes.

“Clear enough outside-but stormy in the courtroom,” MacKinnon answered, trying to adopt the same bantering tone and not succeeding very well. His mouth hurt him and spoiled his grin.

The other swung a leg over the bench and approached him with a light, silent step. “Say, pal, you must ‘a” caught that in a gear box,” he commented, inspecting MacKinnon’s mouth. “Does it hurt?”

“Like the devil,” MacKinnon admitted.

“We’ll have to do something about that.” He went to the cell door and rattled it. “Hey! Lefty! The house is on fire! Come arunnin’!” The guard sauntered down and stood opposite their cell door. “Wha” d’yuh want, Fader?” he said noncommittally.

“My old school chum has been slapped in the face with a wrench, and the pain is inordinate. Here’s a chance for you to get right with Heaven by oozing down to the dispensary, snagging  a dressing and about five grains of neoanodyne.”

The guard’s expression was not encouraging. The prisoner looked grieved. “Why, Lefty,” he said, ‘I thought you would jump at a chance to do a little pure charity like that.” He waited for a moment, then added, ‘Tell you what-you do it, and I’ll show you how to work that puzzle about “How old is Ann?” Is it a go?”

“Show me first.”

“It would take too long. I’ll write it out and give it to you.”

When the guard returned, MacKinnon’s cellmate dressed his wounds with gentle deftness, talking the while. “They call me Fader Magee. What’s your name, pal?” “David MacKinnon. I’m sorry, but I didn’t quite catch your first name.”

“Fader. It isn’t,” he explained with a grin, ‘the name my mother gave me. It’s more a professional tribute to my shy and unobtrusive nature.” MacKinnon looked puzzled. “Professional tribute? What is your profession?”

Magee looked pained. “Why, Dave,” he said, ‘I didn’t ask you that. However,” he went on, ‘it’s probably the same as yours-self-preservation.”

Magee was a sympathetic listener, and MacKinnon welcomed the chance to tell someone about his troubles. He related the story of how he had decided to enter Coventry rather than submit to the sentence of the court, and how he had hardly arrived when he was hijacked and hauled into court. Magee nodded. “I’m not surprised,” he observed. “Aman has to have larceny in his heart, or he wouldn’t be a customs guard.”

“But what happens to my belongings?”   “They auction them off to pay the duty.”          “I wonder how much there will be left for me?”

Magee stared at him. “Left over? There won’t be anything left over. You’ll probably have to pay a deficiency judgment.” “Huh? What’s that?”

“It’s a device whereby the condemned pays for the execution,” Magee explained succinctly, if somewhat obscurely. “What it means to you is that when your ten days is up, you’ll still be in debt to the court. Then it’s the chain gang for you, my lad-you’ll work it off at a dollar a day.”

“Fader-you’re kidding me.”

“Wait and see. You’ve got a lot to learn, Dave.”

Coventry was an even more complex place than MacKinnon had gathered up to this time. Magee explained to him that there were actually three sovereign, independent jurisdictions. The jail where they were prisoners lay in the so-called New America. It had the forms of democratic government, but the treatment he had already received was a fair sample of the fashion in which it was administered.

“This place is heaven itself compared with the Free State,” Magee maintained. “I’ve been there-” The Free State was an absolute dictatorship; the head man of the ruling clique was designated the ‘Liberator’. Their watchwords were Duty and Obedience; an arbitrary discipline was enforced with a severity that left no room for any freedom of opinion. Governmental theory was vaguely derived from the old functionalist doctrines. The state was thought of as a single organism with a single head, a single brain, and a single purpose. Anything not compulsory was forbidden. “Honest so help me,” claimed Magee, ‘you can’t go to bed in that place without finding one of their damned secret police between the sheets.”

“But at that,” he continued, ‘it’s an easier place to live than with the Angels.” “The Angels?”

“Sure. We still got ‘em. Must have been two or three thousand die-hards that chose to go to Coventry after the Revolution-you know that. There’s still a colony up in the hills to the north, complete with Prophet Incarnate and the works. They aren’t bad hombres, but they’ll pray you into heaven even if it kills you.”

All three states had one curious characteristic in common-each one claimed to be the only legal government of the entire United States, and each looked forward to some future day when they would reclaim the ‘unredeemed” portion; i.e., outside Coventry. To the Angels, this was an event which would occur when the First Prophet returned to earth to lead them again. In New America it was hardly more than a convenient campaign plank, to be forgotten after each election. But in the Free State it was a fixed policy.

Pursuant to this purpose there had been a whole series of wars between the Free State and New America. The Liberator held, quite logically, that New America was an unredeemed section, and that is was necessary to bring it under the rule of the Free State before the advantages of their culture could be extended to the outside.

Magee’s words demolished MacKinnon’s dream of finding an anarchistic utopia within the barrier, but he could not let his fond illusion die without a protest. “But see here, Fader,” he persisted, ‘isn’t there some place where a man can live quietly by himself without all this insufferable interference?”

“No-‘considered Fader, ‘no … not unless you took to the hills and hid. Then you ‘ud be all right, as long as you steered clear of the Angels. But it would be pretty slim pickin’s, living off the country. Ever tried it?”

“No … not exactly-but I’ve read all the classics: Zane Grey, and Emerson Hough, and so forth.”

“Well … maybe you could do it. But if you really want to go off and be a hermit, you ‘ud do better to try it on the Outside, where there aren’t so many objections to it.”

“No’-MacKinnon’s backbone stiffened at once-‘no, I’ll never do that. I’ll never submit to psychological reorientation just to have a chance to be let alone. If I could go back to where I was before a couple of months ago, before I was arrested, it might be all right to go off to the Rockies, or look up an abandoned farm somewhere… But with that diagnosis staring me in the face … after being told I wasn’t fit for human society until I had had my emotions re-tailored to fit a cautious little pattern, I couldn’t face it. Not if it meant going to a sanitarium”

“I see,” agreed Fader, nodding, ‘you want to go to Coventry, but you don’t want the Barrier to shut you off from the rest of the world.” “No, that’s not quite fair … Well, maybe, in a way. Say, you don’t think I’m not fit to associate with, do you?”

“You look all right to me,” Magee reassured him, with a grin, ‘but I’m in Coventry too, remember. Maybe I’m no judge.” “You don’t talk as if you liked it much. Why are you here?”

Magee held up a gently admonishing finger. “Tut! Tut! That is the one question you must never ask a man here. You must assume that he came here because he knew how swell everything is here.”

“Still … you don’t seem to like it.”

“I didn’t say I didn’t like it. I do like it; it has flavor. Its little incongruities are a source of innocent merriment. And anytime they turn on the heat I can always go back through the Gate and rest up for a while in a nice quiet hospital, until things quiet down.”

MacKinnon was puzzled again. “Turn on the heat? Do they supply too hot weather here?”

“Huh? Oh. I didn’t mean weather control-there isn’t any of that here, except what leaks over from outside. I was just using an old figure of speech.” “What does it mean?”

Magee smiled to himself. “You’ll find out.”

After supper-bread, stew in a metal dish, a small apple-Magee introduced MacKinnon to the mysteries of cribbage. Fortunately, MacKinnon had no cash to lose. Presently Magee put the cards down without shuffling them. “Dave,” he said, ‘are you enjoying the hospitality offered by this institution?”

“Hardly-Why?”                     “I suggest that we check out.” “Agood idea, but how?”

“That’s what I’ve been thinking about. Do you suppose you could take another poke on that battered phiz of yours, in a good cause?” MacKinnon cautiously fingered his face. “I suppose so-if necessary. It can’t do me much more harm, anyhow.”

“That’s mother’s little man! Now listen-this guard, Lefty, in addition to being kind o” unbright, is sensitive about his appearance. When they turn out the lights, you -“

“Let me out of here! Let me out of here!” MacKinnon beat on the bars and screamed. No answer came. He renewed the racket, his voice an hysterical falsetto. Lefty arrived to investigate, grumbling.

“What the hell’s eating on you?” he demanded, peering through the bars.

MacKinnon changed to tearful petition. “Oh, Lefty, please let me out of here. Please! I can’t stand the dark. It’s dark in here-please don’t leave me alone.” He flung himself, sobbing, on the bars.

The guard cursed to himself. “Another slugnutty. Listen, you-shut up, and go to sleep, or I’ll come in there, and give you something to yelp for!” He started to leave. MacKinnon changed instantly to the vindictive, unpredictable anger of the irresponsible. “You big ugly baboon! You rat-faced idiot! Where’d you get that nose?”

Lefty turned back, fury in his face. He started to speak. MacKinnon cut him short. “Yah! Yah! Yah!” he gloated, like a nasty little boy, ‘Lefty’s mother was scared by a warthog-The guard swung at the spot where MacKinnon’s face was pressed between the bars of the door. MacKinnon ducked and grabbed simultaneously. Off balance at meeting no resistance, the guard rocked forward, thrusting his forearm between the bars. MacKinnon’s fingers slid along his arm, and got a firm purchase on Lefty’s wrist.

He threw himself backwards, dragging the guard with him, until Lefty was jammed up against the outside of the barred door, with one arm inside, to the wrist of which MacKinnon clung as if welded.

The yell which formed in Lefty’s throat miscarried; Magee had already acted. Out of the darkness, silent as death, his slim hands had snaked between the bars and imbedded themselves in the guard’s fleshy neck. Lefty heaved, and almost broke free, but MacKinnon threw his weight to the right and twisted the arm he gripped in an agonizing, bone-breaking leverage.

It seemed to MacKinnon that they remained thus, like some grotesque game of statues, for an endless period. His pulse pounded in his ears until he feared that it must be heard by others, and bring rescue to Lefty. Magee spoke at last:

“That’s enough,” he whispered. “Go through his pockets.”

He made an awkward job if it, for his hands were numb and trembling from the strain, and it was anything but convenient to work between the bars. But the keys were there, in the last pocket he tried. He passed them to Magee, who let the guard slip to the floor, and accepted them.

Magee made a quick job of it. The door swung open with a distressing creak. Dave stepped over Lefty’s body, but Magee kneeled down, unhooked a truncheon from the guard’s belt, and cracked him behind the ear with it. MacKinnon paused.

“Did you kill him?” he asked.

“Cripes, no,” Magee answered softly, ‘Lefty is a friend of mine. Let’s go.”

They hurried down the dimly lighted passageway between cells toward the door leading to the administrative offices-their only outlet. Lefty had carelessly left it ajar, and light shone through the crack, but as they silently approached it, they heard ponderous footsteps from the far side. Dave looked hurriedly for cover, but the best he could manage was to slink back into the corner formed by the cell block and the wall. He glanced around for Magee, but he had disappeared.

The door swung open; a man stepped through, paused, and looked around. MacKinnon saw that he was carrying a blacklight, and wearing its complement-rectifying spectacles. He realized then that the darkness gave him no cover. The blacklight swung his way; he tensed to spring-He heard a dull ‘clunk!” The guard sighed, swayed gently, then collapsed into a loose pile. Magee stood over him, poised on the balls of his feet, and surveyed his work, while caressing the business end of the truncheon with the cupped fingers of his left hand.

“That will do,” he decided. “Shall we go, Dave?”

He eased through the door without waiting for an answer; MacKinnon was close behind him. The lighted corridor led away to the right and ended in a large double door to the street. On the left wall, near the street door, a smaller office door stood open.

Magee drew MacKinnon to him. “It’s a cinch,” he whispered. “There’ll be nobody in there now but the desk sergeant. We get past him, then out that door, and into the ozone-” He motioned Dave to keep behind him, and crept silently up to the office door. After drawing a small mirror from a pocket in his belt, he lay down on the floor, placed his head near the doorframe, and cautiously extended the tiny mirror an inch or two past the edge.

Apparently he was satisfied with the reconnaissance the improvised periscope afforded, for he drew himself back onto his knees and turned his head so that MacKinnon could see the words shaped by his silent lips. “It’s all right,” he breathed, ‘there is only-Two hundred pounds of uniformed nemesis landed on his shoulders. Aclanging alarm sounded through the corridor. Magee went down fighting, but he was outclassed and caught off guard. He jerked his head free and shouted, ‘Run for it, kid!”

MacKinnon could hear running feet somewhere, but could see nothing but the struggling figures before him. He shook his head and shoulders like a dazed animal, then kicked the larger of the two contestants in the face. The man screamed and let go his hold. MacKinnon grasped his small companion by the scruff of the neck and hauled him roughly to his feet.

Magee’s eyes were still merry. “Well played, my lad,” he commended in clipped syllables, as they burst out the street door, ‘- if hardly cricket! Where did you learn La Savate?”    MacKinnon had no time to answer, being fully occupied in keeping up with Magee’s weaving, deceptively rapid progress. They ducked across the street, down an alley, and between two

buildings.

The succeeding minutes, or hours, were confusion to MacKinnon. He remembered afterwards crawling along a roof top and letting himself down to crouch in the blackness of an interior court, but he could not remember how they had gotten on the roof. He also recalled spending an interminable period alone, compressed inside a most unsavory refuse bin, and his   terror when footsteps approached the bin and a light flashed through a crack.

Acrash and the sound of footsteps in flight immediately thereafter led him to guess that Fader had drawn the pursuit away from him. But when Fader did return, and open the top of the bin, MacKinnon almost throttled him before identification was established.

When the active pursuit had been shaken off, Magee guided him across town, showing a sophisticated knowledge of back ways and shortcuts, and a genius for taking full advantage of cover. They reached the outskirts of the town in a dilapidated quarter, far from the civic center. Magee stopped. “I guess this is the end of the line,” kid,” he told Dave. “If you follow this street, you’ll come to open country shortly. That’s what you wanted, wasn’t it?”

“I suppose so,” MacKinnon replied uneasily, and peered down the street. Then he turned back to speak again to Magee. But Magee was gone. He had faded away into the shadows. There was neither sight nor sound of him.

MacKinnon started in the suggested direction with a heavy heart. There was no possible reason to expect Magee to stay with him; the service Dave had done him with a lucky kick had been repaid with interest-yet he had lost the only friendly companionship he had found in a strange place. He felt lonely and depressed.

He continued along, keeping to the shadows, and watching carefully for shapes that might be patrolmen. He had gone a few hundred yards, and was beginning to worry about how far it might be to open countryside, when he was startled into gooseflesh by a hiss from a dark doorway.

He did his best to repress the panic that beset him, and was telling himself that policemen never hiss, when a shadow detached itself from the blackness and touched him on the arm. “Dave,” it said softly.

MacKinnon felt a childlike sense of relief and well-being. “Fader!”

“I changed my mind, Dave. The gendarmes would have you in tow before morning. You don’t know the ropes … so I came back.” Dave was both pleased and crestfallen. “Hell’s bells, Fader,” he protested, ‘you shouldn’t worry about me. I’ll get along.”

Magee shook him roughly by the arm. “Don’t be a chump. Green as you are, you’d start to holler about your civil rights, or something, and get clipped in the mouth again.

“Now see here,” he went on, ‘I’m going to take you to some friends of mine who will hide you until you’re smartened up to the tricks around here. But they’re on the wrong side of the law, see? You’ll have to be all three of the three sacred monkeys-see no evil, hear no evil, tell no evil. Think you can do it?”

“Yes, but -“

“No “buts” about it. Come along!”

The entrance was in the rear of an old warehouse. Steps led down into a little sunken pit. From this open areaway-foul with accumulated refuse-a door let into the back wall of the building. Magee tapped lightly but systematically, waited and listened. Presently he whispered, ‘Psst! It’s the Fader.”

The door opened quickly, and Magee was encircled by two great, fat arms. He was lifted off his feet, while the owner of those arms planted a resounding buss on his cheek. “Fader!” she exclaimed, ‘are you all right, lad? We’ve missed you.”

“Now that’s a proper welcome, Mother,” he answered, when he was back on his own feet, ‘but I want you to meet a friend of mine. Mother Johnston, this is David MacKinnon.” “May I do you a service?” David acknowledged, with automatic formality, but Mother Johnston’s eyes tightened with instant suspicion.

“Is he stooled?” she snapped.

“No, Mother, he’s a new immigrant-but I vouch for him. He’s on the dodge, and I’ve brought him here to cool.” She softened a little under his sweetly persuasive tones. “Well -“

Magee pinched her cheek. “That’s a good girl! When are you going to marry me?”

She slapped his hand away. “Even if I were forty years younger, I’d not marry such a scamp as you! Come along then,” she continued to MacKinnon, ‘as long as you’re a friend of the Fader-though it’s no credit to you!” She waddled quickly ahead of them, down a flight of stairs, while calling out for someone to open the door at its foot.

The room was poorly lighted and was furnished principally with a long table and some chairs, at which an odd dozen people were seated, drinking and talking. It reminded MacKinnon of prints he had seen of old English pubs in the days before the Collapse.

Magee was greeted with a babble of boisterous welcome. “Fader!’-‘It’s the kid himself!’-‘How d’ja do it this time, Fader? Crawl down the drains?’-‘Set ‘em up, Mother-the Fader’s back!” He accepted the ovation with a wave of his hand and a shout of inclusive greeting, then turned to MacKinnon. “Folks,” he said, his voice cutting through the confusion, ‘I want you to know

Dave-the best pal that ever kicked a jailer at the right moment. If it hadn’t been for Dave, I wouldn’t be here.”

Dave found himself seated between two others at the table and a stein of beer thrust into his hand by a not uncomely young woman. He started to thank her, but she had hurried off to   help Mother Johnston take care of the sudden influx of orders. Seated opposite him was a rather surly young man who had taken little part in the greeting to Magee. He looked MacKinnon over with a face expressionless except for a recurrent tic which caused his right eye to wink spasmodically every few seconds.

“What’s your line?” he demanded.

“Leave him alone, Alec,” Magee cut in swiftly, but in a friendly tone. “He’s just arrived inside; I told you that. But he’s all right,” he continued, raising his voice to include the others present, ‘he’s been here less than twenty-four hours, but he’s broken jail, beat up two customs busies, and sassed old Judge Fleishacker right to his face. How’s that for a busy day?”

Dave was the center of approving interest, but the party with the tic persisted. “That’s all very well, but I asked him a fair question: What’s his line? If it’s the same as mine, I won’t stand for it-it’s too crowded now.”

“That cheap racket you’re in is always crowded, but he’s not in it. Forget about his line.”

“Why don’t he answer for himself,” Alec countered suspiciously. He half stood up. “I don’t believe he’s stooled -“

It appeared that Magee was cleaning his nails with the point of a slender knife. “Put your nose back in your glass, Alec,” he remarked in a conversational tone, without looking up, ‘-or must I cut it off and put it there?”

The other fingered something nervously in his hand. Magee seemed not to notice it, but nevertheless told him, ‘If you think you can use a vibrator on me faster than I use steel, go ahead-  it will be an interesting experiment.”

The man facing him stood uncertainly for a moment longer, his tic working incessantly. Mother Johnston came up behind him and pushed him down by the shoulders, saying, ‘Boys! Boys! Is that any way to behave?-and in front of a guest, too! Fader, put that toad sticker away-I’m ashamed of you.”

The knife was gone from his hands. “You’re right as always, Mother,” he grinned. “Ask Molly to fill up my glass again.”

An old chap sitting on MacKinnon’s right had followed these events with alcoholic uncertainty, but he seemed to have gathered something of the gist of it, for now he fixed Dave with serum-filled eye, and enquired, ‘Boy, are you stooled to the rogue?” His sweetly sour breath reached MacKinnon as the old man leaned toward him and emphasized his question with a trembling, joint-swollen finger.

Dave looked to Magee for advice and enlightenment. Magee answered for him. “No, he’s not-Mother Johnston knew that when she let him in. He’s here for sanctuary-as our customs provide!”

An uneasy stir ran around the room. Molly paused in her serving and listened openly. But the old man seemed satisfied. “True … true enough,” he agreed, and took another pull at his drink, ‘sanctuary may be given when needed, if-‘His words were lost in a mumble.

The nervous tension slackened. Most of those present were subconsciously glad to follow the lead of the old man, and excuse the intrusion on the score of necessity. Magee turned back to Dave. “I thought that what you didn’t know couldn’t hurt you-or us-but the matter has been opened.”

“But what did he mean?”

“Gramps asked you if you had been stooled to the rogue-whether or not you were a member of the ancient and honorable fraternity of thieves, cutthroats, and pickpockets!”

Magee stared into Dave’s face with a look of sardonic amusement. Dave looked uncertainly from Magee to the others, saw them exchange glances, and wondered what answer was expected of him. Alec broke the pause. “Well,” he sneered, ‘what are you waiting for? Go ahead and put the question to him-or are the great Fader’s friends free to use this club without so much as a by-your-leave?”

“I thought I told you to quiet down, Alec,” the Fader replied evenly. “Besides-you’re skipping a requirement. All the comrades present must first decide whether or not to put the question at all.”

Aquiet little man with a chronic worried look in his eyes answered him. “I don’t think that quite applies, Fader. If he had come himself, or fallen into our hands-in that case, yes. But you brought him here. I think I speak for all when I say he should answer the question. Unless someone objects, I will ask him myself.” He allowed an interval to pass. No one spoke up. “Very well then … Dave, you have seen too much and heard too much. Will you leave us now-or will you stay and take the oath of our guild? I must warn you that once stooled you are stooled for life-and there is but one punishment for betraying the rogue.”

He drew his thumb across his throat in an age-old deadly gesture. Gramps made an appropriate sound effect by sucking air wetly through his teeth, and chuckled. Dave looked around. Magee’s face gave him no help. “What is it that I have to swear to?” he temporized.

The parley was brought to an abrupt ending by the sound of pounding outside. There was a shout, muffled by two closed doors and a stairway, of ‘Open up down there!” Magee got lightly to his feet and beckoned to Dave.

“That’s for us, kid,” he said. “Come along.”

He stepped over to a ponderous, old-fashioned radiophonograph which stood against the wall, reached under it, fiddled for a moment, then swung out one side panel of it. Dave saw that the mechanism had been cunningly rearranged in such a fashion that a man could squeeze inside it. Magee urged him into it, slammed the panel closed, and left him.

His face was pressed up close to the slotted grill which was intended to cover the sound box. Molly had cleared off the two extra glasses from the table, and was dumping one drink so that it spread along the table top and erased the rings their glasses had made.

MacKinnon saw the Fader slide under the table, and reached up. Then he was gone. Apparently he had, in some fashion, attached himself to the underside of the table.

Mother Johnston made a great-to-do of opening up. The lower door she opened at once, with much noise. Then she clumped slowly up the steps, pausing, wheezing, and complaining aloud. He heard her unlock the outer door.

“Afine time to be waking honest people up!” she protested. “It’s hard enough to get the work done and make both ends meet, without dropping what I’m doing every five minutes, and -“ “Enough of that, old girl,” a man’s voice answered, ‘just get along downstairs. We have business with you.”

“What sort of business?” she demanded.

“It might be selling liquor without a license, but it’s not-this time.”

“I don’t-this is a private club. The members own the liquor; I simply serve it to them.”

“That’s as may be. It’s those members I want to talk to. Get out of the way now, and be spry about it.”

They came pushing into the room with Mother Johnston, still voluble, carried along in by the van. The speaker was a sergeant of police; he was accompanied by a patrolman. Following them were two other uniformed men, but they were soldiers. MacKinnon judged by the markings on their kilts that they were corporal and private-provided the insignia in New America were similar to those used by the United States Army.

The sergeant paid no attention to Mother Johnston. “All right, you men,” he called out, ‘line up!”

They did so, ungraciously but promptly. Molly and Mother Johnston watched them, and moved closer to each other. The police sergeant called out, ‘All right, corporal-take charge!” The boy who washed up in the kitchen had been staring round-eyed. He dropped a glass. It bounced around on the hard floor, giving out bell-like sounds in the silence.

The man who had questioned Dave spoke up. “What’s all this?”

The sergeant answered with a pleased grin. “Conscription-that’s what it is. You are all enlisted in the army for the duration.” “Press gang!” It was an involuntary gasp that came from no particular source.

The corporal stepped briskly forward. “Form a column of twos,” he directed. But the little man with the worried eyes was not done. “I don’t understand this,” he objected. “We signed an armistice with the Free State three weeks ago.”

“That’s not your worry,” countered the sergeant, ‘nor mine. We are picking up every able-bodied man not in essential industry. Come along.” “Then you can’t take me.”

“Why not?”

He held up the stump of a missing hand. The sergeant glanced from it to the corporal, who nodded grudgingly, and said, ‘Okay-but report to the office in the morning, and register.”

He started to march them out when Alec broke ranks and backed up to the wall, screaming, ‘You can’t do this to me! I won’t go!” His deadly little vibrator was exposed in his hand, and the right side of his face was drawn up in a spastic wink that left his teeth bare.

“Get him, Steeves,” ordered the corporal. The private stepped forward, but stopped when Alec brandished the vibrator at him. He had no desire to have a vibroblade between his ribs, and there was no doubt as to the uncontrolled dangerousness of his hysterical opponent.

The corporal, looking phlegmatic, almost bored, levelled a small tube at a spot on the wall over Alec’s head. Dave heard a soft pop!, and a thin tinkle. Alec stood motionless for a few

seconds, his face even more strained, as if he were exerting the limit of his will against some unseen force, then slid quietly to the floor. The tonic spasm in his face relaxed, and his features smoothed into those of a tired and petulant, and very bewildered, little boy.

“Two of you birds carry him,” directed the corporal. “Let’s get going.”

The sergeant was the last to leave. He turned at the door and spoke to Mother Johnston. “Have you seen the Fader lately?” “The Fader?” She seemed puzzled. “Why, he’s in jail.”

“Ah, yes… so he is.” He went out.

Magee refused the drink that Mother Johnston offered him.

Dave was surprised to see that he appeared worried for the first time. “I don’t understand it,” Magee muttered, half to himself, then addressed the one-handed man. “Ed-bring me up to date.”

“Not much news since they tagged you, Fader. The armistice was before that. I thought from the papers that things were going to be straightened out for once.”

“So did I. But the government must expect war if they are going in for general conscription.” He stood up. “I’ve got to have more data. Al!” The kitchen boy stuck his head into the room. “What ‘cha want, Fader?”

“Go out and make palaver with five or six of the beggars. Look up their “king”. You know where he makes his pitch?” “Sure-over by the auditorium.”

“Find out what’s stirring, but don’t let them know I sent you., “Right, Fader. It’s in the bag.” The boy swaggered out. “Molly.”

“Yes, Fader?”

“Will you go out, and do the same thing with some of the business girls? I want to know what they hear from their customers.” She nodded agreement. He went on, ‘Better look up that   little redhead that has her beat up on Union Square. She can get secrets out of a dead man. Here-” He pulled a wad of bills out of his pocket and handed her several. “You better take this grease … You might have to pay off a cop to get back out of the district.”

Magee was not disposed to talk, and insisted that Dave get some sleep. He was easily persuaded, not having slept since he entered Coventry. That seemed like a lifetime past; he was exhausted. Mother Johnston fixed him a shakedown in a dark, stuffy room on the same underground level. It had none of the hygienic comforts to which he was accustomed-air- conditioning, restful music, hydraulic mattress, nor soundproofing-and he missed his usual relaxing soak and auto-massage, but he was too tired to care. He slept in clothing and under covers for the first time in his life.

He woke up with a headache, a taste in his mouth like tired sin, and a sense of impending disaster. At first he could not remember where he was-he thought he was still in detention Outside. His surrounds were inexplicably sordid; he was about to ring for the attendant and complain, when his memory pieced in the events of the day before. Then he got up and discovered that his bones and muscles were painfully sore, and-which was worse-that he was, by his standards, filthy dirty. He itched.

He entered the common room, and found Magee sitting at the table. He greeted Dave. “Hi, kid. I was about to wake you. You’ve slept almost all day. We’ve got a lot to talk about.” “Okay-shortly. Where’s the ‘fresher?”

“Over there.”

It was not Dave’s idea of a refreshing chamber, but he managed to take a sketchy shower in spite of the slimy floor. Then he discovered that there was no air blast installed, and he was forced to dry himself unsatisfactorily with his handkerchief. He had no choice in clothes. He must put back on the ones he had taken off, or go naked. He recalled that he had seen no nudity anywhere in Coventry, even at sports-a difference in customs, no doubt.

He put his clothes back on, though his skin crawled at the touch of the once-used linen.

But Mother Johnston had thrown together an appetizing breakfast for him. He let coffee restore his courage as Magee talked. It was, according to Fader, a serious situation. New America and the Free State had compromised their differences and had formed an alliance. They quite seriously proposed to break out of Coventry and attack the United States.

MacKinnon looked up at this. “That’s ridiculous, isn’t it? They would be outnumbered enormously. Besides, how about the Barrier?”

“I don’t know-yet. But they have some reason to think that they can break through the Barrier … and there are rumors that whatever it is can be used as a weapon, too, so that a small army might be able to whip the whole United States.”

MacKinnon looked puzzled. “Well,” he observed, ‘I haven’t any opinion of a weapon I know nothing about, but as to the Barrier … I’m not a mathematical physicist, but I was always told that it was theoretically impossible to break the Barrier-that it was just a nothingness that there was no way to touch. Of course, you can fly over it, but even that is supposed to be deadly to life.”

“Suppose they had found some way to shield from the effects of the Barrier’s field?” suggested Magee. “Anyhow, that’s not the point, for us. The point is: they’ve made this combine; the Free State supplies the techniques and most of the officers; and New America, with its bigger population, supplies most of the men. And that means to us that we don’t dare show our faces any place, or we are in the army before you can blink.

“Which brings me to what I was going to suggest. I’m going to duck out of here as soon as it gets dark, and light out for the Gateway, before they send somebody after me who is bright enough to look under a table. I thought maybe you might want to come along.”

“Back to the psychologists?” MacKinnon was honestly aghast.

“Sure-why not? What have you got to lose? This whole damn place is going to be just like the Free State in a couple of days-and a Joe of your temperament would be in hot water all the time. What’s so bad about a nice, quiet hospital room as a place to hide out until things quiet down? You don’t have to pay any attention to the psych boys-just make animal noises at ‘em every time one sticks his nose into your room, until they get discouraged.”

Dave shook his head. “No,” he said slowly, ‘I can’t do that.” “Then what will you do?”

“I don’t know yet. Take to the hills I guess. Go to live with the Angels if it comes to a showdown. I wouldn’t mind them praying for my soul as long as they left my mind alone.”

They were each silent for a while. Magee was mildly annoyed at MacKinnon’s bullheaded stubbornness in the face of what seemed to him a reasonable offer. Dave continued busily to stow away grilled ham, while considering his position. He cut off another bite. “My, but this is good,” he remarked, to break the awkward silence, ‘I don’t know when I’ve had anything taste so good-Say!’-

“What?” inquired Magee, looking up, and seeing the concern written on MacKinnon’s face. “This ham-is it synthetic, or is it real meat?”

“Why, it’s real. What about it?”

Dave did not answer. He managed to reach the refreshing room before that which he had eaten departed from him.

Before he left, Magee gave Dave some money with which he could have purchased for him things that he would need in order to take to the hills. MacKinnon protested, but the Fader cut him short. “Quit being a damn fool, Dave. I can’t use New American money on the Outside, and you can’t stay alive in the hills without proper equipment. You lie doggo here for a few days

while Al, or Molly, picks up what you need, and you’ll stand a chance-unless you’ll change your mind and come with me?”

Dave shook his head at this, and accepted the money.

It was lonely after Magee left. Mother Johnston and Dave were alone in the club, and the empty chairs reminded him depressingly of the men who had been impressed. He wished that Gramps or the one-handed man would show up. Even Alec, with his nasty temper, would have been company-he wondered if Alec had been punished for resisting the draft.

Mother Johnston inveigled him into playing checkers in an attempt to relieve his evident low spirits. He felt obliged to agree to her gentle conspiracy, but his mind wandered. It was all very well for the Senior Judge to tell him to seek adventure in interplanetary exploration, but only engineers and technicians were eligible for such billets. Perhaps he should have gone in for science, or engineering, instead of literature; then he might now be on Venus, contending against the forces of nature in high adventure, instead of hiding from uniformed bullies. It    wasn’t fair. No-he must not kid himself; there was no room for an expert in literary history in the raw frontier of the planets; that was not human injustice, that was a hard fact of nature, and he might as well face it.

He thought bitterly of the man whose nose he had broken, and thereby landed himself in Coventry. Maybe he was an ‘upholstered parasite” after all-but the recollection of the phrase brought back the same unreasoning anger that had gotten him into trouble. He was glad that he had socked that so-and-so! What right had he to go around sneering and calling people things like that?

He found himself thinking in the same vindictive spirit of his father, although he would have been at a loss to explain the connection. The connection was not superficially evident, for his father would never have stooped to name-calling. Instead, he would have offered the sweetest of smiles, and quoted something nauseating in the way of sweetness-and light. Dave’s father was one of the nastiest little tyrants that ever dominated a household under the guise of loving-kindness. He was of the more-in-sorrow-than-in-anger, this-hurts-me-more-than-it- does-you school, and all his life had invariably been able to find an altruistic rationalization for always having his own way. Convinced of his own infallible righteousness, he had never valued his son’s point of view on anything, but had dominated him in everything-always from the highest moralistic motives.

He had had two main bad effects on his son: the boy’s natural independence, crushed at home, rebelled blindly at every sort of discipline, authority, or criticism which he encountered elsewhere and subconsciously identified with the not-to-be-criticized paternal authority. Secondly, through years of association Dave imitated his father’s most dangerous social vice-that of passing unselfcritical moral judgments on the actions of others.

When Dave was arrested for breaking a basic custom; to wit, atavistic violence; his father washed his hands of him with the statement that he had tried his best to ‘make a man of him’, and could not be blamed for his son’s failure to profit by his instruction.

Afaint knock caused them to put away the checker board in a hurry. Mother Johnston paused before answering. “That’s not our knock,” she considered, ‘but it’s not loud enough to be the noises. Be ready to hide.”

MacKinnon waited by the fox hole where he had hidden the night before, while Mother Johnston went to investigate. He heard her unbar and unlock the upper door, then she called out to him in a low but urgent voice, ‘Dave! Come here, Dave-hurry!”

It was Fader, unconscious, with his own bloody trail behind him.

Mother Johnston was attempting to pick up the limp form. MacKinnon crowded in, and between the two of them they managed to get him downstairs and to lay him on the long table. He came to for a moment as they straightened his limbs. “Hi, Dave,” he whispered, managing to achieve the ghost of his debonair grin. “Somebody trumped my ace.”

“You keep quiet!” Mother Johnston snapped at him, then in a lower voice to Dave, ‘Oh, the poor darling-Dave, we must get him to the Doctor.”

“Can’t … do … that,” muttered the Fader. “Got … to get to the … Gate-” His voice trailed off. Mother Johnston’s fingers had been busy all the while, as if activated by some separate intelligence. Asmall pair of scissors, drawn from some hiding place about her large person, clipped away at his clothing, exposing the superficial extent of the damage. She examined the trauma critically.

“This is no job for me,” she decided, ‘and he must sleep while we move him. Dave, get that hypodermic kit out of the medicine chest in the ‘fresher.” “No, Mother!” It was Magee, his voice strong and vibrant.

“Get me a pepper pill,” he went on. “There’s -, ‘But Fader -“

He cut her short. “I’ve got to get to the Doctor all right, but how the devil will I get there if I don’t walk?” “We would carry you.”

“Thanks, Mother,” he told her, his voice softened. “I know you would-but the police would be curious. Get me that pill.”

Dave followed her into the ‘fresher, and questioned her while she rummaged through the medicine chest. “Why don’t we just send for a doctor?” “There is only one doctor we can trust, and that’s the Doctor. Besides, none of the others are worth the powder to blast them.”

Magee was out again when they came back into the room. Mother Johnston slapped his face until he came around, blinking and cursing. Then she fed him the pill.

The powerful stimulant, improbable offspring of common coal tar, took hold almost at once. To all surface appearance Magee was a well man. He sat up and tried his own pulse, searching it out in his left wrist with steady, sensitive fingers. “Regular as a metronome,” he announced, ‘the old ticker can stand that dosage all right.”

He waited while Mother Johnston applied sterile packs to his wounds, then said good-bye. MacKinnon looked at Mother Johnston. She nodded. “I’m going with you,” he told the Fader.

“What for? It will just double the risk.”

“You’re in no fit shape to travel alone-stimulant, or no stimulant.” “Nuts. I’d have to look after you.”

“I’m going with you.”

Magee shrugged his shoulders and capitulated.

Mother Johnston wiped her perspiring face, and kissed both of them.

Until they were well out of town their progress reminded MacKinnon of their nightmare flight of the previous evening. Thereafter they continued to the north-northwest by a highway which ran toward the foothills, and they left the highway only when necessary to avoid the sparse traffic. Once they were almost surprised by a police patrol car, equipped with blacklight and almost invisible, but the Fader sensed it in time and they crouched behind a low wall which separated the adjacent field from the road.

Dave inquired how he had known the patrol was near. Magee chuckled. “Damned if I know,” he said, ‘but I believe I could smell a cop staked out in a herd of goats.”

The Fader talked less and less as the night progressed. His usually untroubled countenance became lined and old as the effect of the drug wore off. It seemed to Dave as if this unaccustomed expression gave him a clearer insight into the man’s character-that the mask of pain was his true face rather than the unworried features Magee habitually showed the world. He wondered for the ninth time what the Fader had done to cause a court to adjudge him socially insane.

This question was uppermost in his mind with respect to every person he met in Coventry. The answer was obvious in most cases; their types of instability were gross and showed up at once. Mother Johnston had been an enigma until she had explained it herself. She had followed her husband into Coventry. Now that she was a widow, she preferred to remain with the friends she knew and the customs and conditions she was adjusted to, rather than change for -another and possibly less pleasing environment.

Magee sat down beside the road. “It’s no use, kid,” he admitted, ‘I can’t make it.” “The hell we can’t. I’ll carry you.”

Magee grinned faintly. “No, I mean it.” Dave persisted. “How much farther is it?”

“Matter of two or three miles, maybe.”

“Climb aboard.” He took Magee pickaback and started on. The first few hundred yards were not too difficult; Magee was forty pounds lighter than Dave. After that the strain of the additional load began to tell. His arms cramped from supporting Magee’s knees; his arches complained at the weight and the unnatural load distribution; and his breathing was made difficult by   the clasp of Magee’s arms around his neck.

Two miles to go-maybe more. Let your weight fall forward, and your foot must follow it, else you fall to the ground. It’s automatic-as automatic as pulling teeth. How long is a mile?    Nothing in a rocket ship, thirty seconds in a pleasure car, a ten minute crawl in a steel snail, fifteen minutes to trained troops in good condition. How far is it with a man on your back, on a rough road, when you are tired to start with?

Five thousand, two hundred, and eighty feet-a meaningless figure. But every step takes twenty-four inches off the total. The remainder is still incomprehensible-an infinity. Count them. Count them till you go crazy-till the figures speak themselves outside your head, and the jar! … jar! …jar! … of your enormous, benumbed feet beats in your brain. Count them backwards, subtracting two each time-no, that’s worse; each remainder is still an unattainable, inconceivable figure.

His world closed in, lost its history and held no future. There was nothing, nothing at all, but the torturing necessity of picking up his foot again and placing it forward. No feeling but the heartbreaking expenditure of will necessary to achieve that meaningless act.

He was brought suddenly to awareness when Magee’s arms relaxed from around his neck. He leaned forward, and dropped to one knee to keep from spilling his burden, then eased it slowly to the ground. He thought for a moment that the Fader was dead-he could not locate his pulse, and the slack face and limp body were sufficiently corpse-like, but he pressed an ear to Magee’s chest, and heard with relief the steady flub-dub of his heart.

He tied Magee’s wrists together with his handkerchief, and forced his own head through the encircled arms. But he was unable, in his exhausted condition, to wrestle the slack weight into position on his back. Fader regained consciousness while MacKinnon was struggling. His first words were, ‘Take it easy, Dave. What’s the trouble?”

Dave explained. “Better untie my wrists,” advised the Fader, ‘I think I can walk for a while.”

And walk he did, for nearly three hundred yards, before he was forced to give up again. “Look, Dave,” he said, after he had partially recovered, ‘did you bring along any more of those pepper pills?”

“Yes-but you can’t take any more dosage. It would kill you.”

“Yeah, I know-so they say. But that isn’t the idea-yet. I was going to suggest that you might take one.” “Why, of course! Good grief, Fader, but I’m dumb.”

Magee seemed no heavier than a light coat, the morning star shone brighter, and his strength seemed inexhaustible. Even when they left the highway and started up the cart trail that led to the Doctor’s home in the foothills, the going was tolerable and the burden not too great. MacKinnon knew that the drugs burned the working tissue of his body long after his proper reserves were gone, and that it would take him days to recover from the reckless expenditure, but he did not mind. No price was too high to pay for the moment when he at last arrived at the gate of the Doctor’s home-on his own two feet, his charge alive and conscious.

MacKinnon was not allowed to see Magee for four days. In the meantime, he was encouraged to keep the routine of a semi-invalid himself in order to recover the twenty-five pounds he had lost in two days and two nights, and to make up for the heavy strain on his heart during the last night. Ahigh-caloric diet, sun baths, rest, and peaceful surroundings plus his natural good health caused him to regain weight and strength rapidly, but he ‘enjoyed ill health” exceedingly because of the companionship of the Doctor himself-and Persephone.

Persephone’s calendar age was fifteen. Dave never knew whether to think of her as much older, or much younger. She had been born in Coventry, and had lived her short life in the  house of the Doctor, her mother having died in childbirth in that same house. She was completely childlike in many respects, being without experience in the civilized world Outside, and having had very little contact with the inhabitants of Coventry, except when she saw them as patients of the Doctor. But she had been allowed to read unchecked from the library of a sophisticated and protean-minded man of science. MacKinnon was continually being surprised at the extent of her academic and scientific knowledge-much greater than his own. She made him feel as if he were conversing with some aged and omniscient matriarch, then she would come out with some naive concept of the outer world, and he would be brought up sharply with the realization that she was, in fact, an inexperienced child.

He was mildly romantic about her, not seriously, of course, in view of her barely nubile age, but she was pleasant to see, and he was hungry for feminine companionship. He was quite young enough himself to feel continual interest in the delightful differences, mental and physical, between male and female.

Consequently, it was a blow to his pride as sharp as had been the sentence to Coventry to discover that she classed him with the other inhabitants of Coventry as a poor unfortunate who needed help and sympathy because he was not quite right in his head.

He was furious and for one whole day he sulked alone, but the human necessity for self-justification and approval forced him to seek her out and attempt to reason with her. He explained carefully and with emotional candor the circumstances leading up to his trial and conviction, and embellished the account with his own philosophy and evaluations, then confidently awaited her approval.

It was not forthcoming. “I don’t understand your viewpoint,” she said. “You broke his nose, yet he had done you no harm of any sort. You expect me to approve that?” “But Persephone,” he protested, ‘you ignore the fact that he called me a most insulting name.”

“I don’t see the connection,” she said. “He made a noise with his mouth-a verbal label. If the label does not fit you, the noise is meaningless. If the label is true in your case-if you are the thing that the noise refers to, you are neither more, nor less, that thing by reason of some one uttering the verbal label. In short, he did not damage you.

“But what you did to him was another matter entirely. You broke his nose. That is damage. In self-protection the rest of society must seek you out, and determine whether or not you are so unstable as to be likely to damage some one else in the future. If you are, you must be quarantined for treatment, or leave society-whichever you prefer.”

“You think I’m crazy, don’t you?” he accused.

“Crazy? Not the way you mean it. You haven’t paresis, or a brain tumor, or any other lesion that the Doctor could find. But from the viewpoint of your semantic reactions you are as socially unsane as any fanatic witch burner.”

“Come now-that’s not just!”

“What is justice?” She picked up the kitten she had been playing with. “I’m going in-it’s getting chilly.” Off she went into the house, her bare feet noiseless in the grass.

Had the science of semantics developed as rapidly as psychodynamics and its implementing arts of propaganda and mob psychology, the United States might never have fallen into dictatorship, then been forced to undergo the Second Revolution. All of the scientific principles embodied in the Covenant which marked the end of the revolution were formulated as far back as the first quarter of the twentieth century.

But the work of the pioneer semanticists, C. K. Ogden, Alfred Korzybski, and others, were known to but a handful of students, whereas psycho-dynamics, under the impetus of repeated wars and the frenzy of high-pressure merchandising, progressed by leaps and bounds.

Semantics, ‘the meaning of meaning’, gave a method for the first time of applying the scientific method to every act of everyday life. Because semantics dealt with spoken and written  words as a determining aspect of human behavior it was at first mistakenly thought by many to be concerned only with words and of interest only to professional word manipulators, such as advertising copy writers and professors of etymology. Ahandful of unorthodox psychiatrists attempted to apply it to personal human problems, but their work was swept away by the epidemic mass psychoses that destroyed Europe and returned the United States to the Dark Ages.

The Covenant was the first scientific social document ever drawn up by man, and due credit must be given to its principal author, Dr Micah Novak, the same Novak who served as staff psychologist in the revolution. The revolutionists wished to establish maximum personal liberty. How could they accomplish that to a degree of high mathematical probability? First they junked the concept of ‘justice’. Examined semantically ‘justice” has no referent-there is no observable phenomenon in the space-time-matter continuum to which one can point, and say, ‘This is justice.” Science can deal only with that which can be observed and measured. Justice is not such a matter; therefore it can never have the same meaning to one as to another; any ‘noises” said about it will only add to confusion.

But damage, physical or economic, can be pointed to and measured. Citizens were forbidden by the Covenant to damage another. Any act not leading to damage, physical or economic,

to some particular person, they declared to be lawful.

Since they had abandoned the concept of ‘justice’, there could be no rational standards of punishment. Penology took its place with lycanthropy and other forgotten witchcrafts. Yet, since  it was not practical to permit a source of danger to remain in the community, social offenders were examined and potential repeaters were given their choice of psychological readjustment, or of having society withdraw itself from them-Coventry.

Early drafts of the Covenant contained the assumption that the socially unsane would naturally be hospitalized and readjusted, particularly since current psychiatry was quite competent to cure all non-lesional psychoses and cure or alleviate lesional psychoses, but Novak set his face against this.

“No!” he protested. “The government must never again be permitted to tamper with the mind of any citizen without his consent, or else we set up a greater tyranny than we had before. Every man must be free to accept, or reject, the Covenant, even though we think him insane!”

The next time David MacKinnon looked up Persephone he found her in a state of extreme agitation. His own wounded pride was forgotten at once. “Why, my dear,” he said, ‘whatever in the world is the matter?”

Gradually he gathered that she had been present at a conversation between Magee and the Doctor, and had heard, for the first time, of the impending military operation against the United States. He patted her hand. “So that’s all it is,” he observed in a relieved voice. “I thought something was wrong with you yourself.”

““That’s all-” David MacKinnon, do you mean to stand there and tell me that you knew about this, and don’t consider it worth worrying about?” “Me? Why should I? And for that matter, what could I do?”

“What could you do? You could go outside and warn them-that’s what you could do … As to why you should-Dave, you’re impossible!” She burst into tears and ran from the room. He stared after her, mouth open, then borrowed from his remotest ancestor by observing to himself that women are hard to figure out.

Persephone did not appear at lunch. MacKinnon asked the Doctor where she was. “Had her lunch,” the Doctor told him, between mouthfuls. “Started for the Gateway.” “What! Why did you let her do that?”

“Free agent. Wouldn’t have obeyed me anyway. She’ll be all right.”

Dave did not hear the last, being already out of the room and running out of the house. He found her just backing her little motorcycle runabout out of its shed. “Persephone!” “What do you want?” she asked with frozen dignity beyond her years.

“You mustn’t do this! That’s where the Fader got hurt!” “I am going. Please stand aside.”

“Then I’m going with you.” “Why should you?”

“To take care of you.”

She sniffed. “As if anyone would dare to touch me.”

There was a measure of truth in what she said. The Doctor, and every member of his household, enjoyed a personal immunity unlike that of anyone else in Coventry. As a natural consequence of the set-up, Coventry had almost no competent medical men. The number of physicians who committed social damage was small. The proportion of such who declined psychiatric treatment was negligible, and this negligible remainder were almost sure to be unreliable bunglers in their profession. The Doctor was a natural healer, in voluntary exile in order that he might enjoy the opportunity to practice his art in the richest available field. He cared nothing for dry research; what he wanted was patients, the sicker the better, that he might make them well again.

He was above custom and above law. In the Free State the Liberator depended on him for insulin to hold his own death from diabetes at arm’s length. In New America his beneficiaries were equally powerful. Even among the Angels of the Lord the Prophet himself accepted the dicta of the Doctor without question.

But MacKinnon was not satisfied. Some ignorant fool, he was afraid, might do the child some harm without realizing her protected status. He got no further chance to protest; she started the little runabout suddenly, and forced him to jump out of its path. When he had recovered his balance, she was far down the lane. He could not catch her.

She was back in less than four hours. He had expected that; if a person as elusive as Fader had not been able to reach the Gate at night, it was not likely that a young girl could do so in daylight.

His first feeling was one of simple relief, then he eagerly awaited an opportunity to speak to her. During her absence he had been turning over the situation in his mind. It was a foregone conclusion that she would fail; he wished to rehabilitate himself in her eyes; therefore, he would help her in the project nearest her heart-he himself would carry the warning to the  Outside!

Perhaps she would ask for such help. In fact, it seemed likely. But the time she returned he had convinced himself that she was certain to ask his help. He would agree-with simple dignity-and off he would go, perhaps to be wounded, or killed, but an heroic figure, even if he failed.

He pictured himself subconsciously as a blend of Sydney Carton, the White Knight, the man who carried the message to Garcia and just a dash of d’Artagnan. But she did not ask him-she would not even give him a chance to talk with her.

She did not appear at dinner. After dinner she was closeted with the Doctor in his study. When she reappeared she went directly to her room. He finally concluded that he might as well go to bed himself.

To bed, and then to sleep, and take it up again in the morning-But it’s not as simple as that. The unfriendly walls stared back at him, and the other, critical half of his mind decided to make a night of it. Fool! She doesn’t want your help. Why should she? What have you got that Fader hasn’t got?-and better. To her, you are just one of the screwloose multitude you’ve seen all around you in this place.

But I’m not crazy!-just because I choose not to submit to the dictation of others doesn’t make me crazy. Doesn’t it, though? All the rest of them in here are lamebrains, what’s so fancy  about you? Not all of them-how about the Doctor, and-don’t kid yourself, chump, the Doctor and Mother Johnston are here for their own reasons; they weren’t sentenced. And Persephone was born here.

How about Magee?-He was certainly rational-or seemed so. He found himself resenting, with illogical bitterness, Magee’s apparent stability. Why should he be any different from the rest of us?

The rest of us? He had classed himself with the other inhabitants of Coventry. All right, all right, admit it, you fool-you’re just like the rest of them; turned out because the decent people won’t have you-and too damned stubborn to admit that you need treatment. But the thought of treatment turned him cold, and made him think of his father again. Why should that be? He recalled something the Doctor had said to him a couple of days before:

“What you need, son, is to stand up to your father and tell him off. Pity more children don’t tell their parents to go to hell!”

He turned on the light and tried to read. But it was no use. Why should Persephonie care what happened to the people Outside?-She didn’t know them; she had no friends there. If he had no obligations to them, how could she possibly care? No obligations? You had a soft, easy life for many years-all they asked was that you behave yourself. For that matter, where would you be now, if the Doctor had stopped to ask whether or not he owed you anything?

He was still wearily chewing the bitter cud of self-examination when the first cold and colorless light of morning filtered in. He got up, threw a robe around him, and tiptoed down the hall to Magee’s room. The door was ajar. He stuck his head in, and whispered, ‘Fader-Are you awake?”

“Come in, kid,” Magee answered quietly. “What’s the trouble? No can sleep?”

“No -, ‘Neither can I. Sit down, and we’ll carry the banner together.” “Fader, I’m going to make a break for it. I’m going Outside.”

“Huh? When?” “Right away.”

“Risky business, kid. Wait a few days, and I’ll try it with you.”                  “No, I can’t wait for you to get well. I’m going out to warn the United States!”

Magee’s eyed widened a little, but his voice was unchanged. “You haven’t let that spindly kid sell you a bill of goods, Dave?”

“No. Not exactly. I’m doing this for myself-It’s something I need to do. See here, Fader, what about this weapon? Have they really got something that could threaten the United States?” “I’m afraid so,” Magee admitted. “I don’t know much about it, but it makes blasters look sick. More range-I don’t know what they expect to do about the Barrier, but I saw ‘em stringing

heavy power lines before I got winged. Say, if you do get outside, here’s a chap you might look up; in fact, be sure to. He’s got influence.” Magee scrawled something on a scrap of paper,

folded the scrap, and handed it to MacKinnon, who pocketed it absent-mindedly and went on:

“How closely is the Gate guarded, Fader?”

“You can’t get out the Gate; that’s out of the question. Here’s what you will have to do-” He tore off another piece of paper and commenced sketching and explaining. Dave shook hands with Magee before he left. “You’ll say goodbye for me, won’t you? And thank the Doctor? I’d rather just slide out before anyone is up.”                 “Of course, kid,” the Fader assured him.

MacKinnon crouched behind bushes and peered cautiously at the little band of Angels filing into the bleak, ugly church. He shivered, both from fear and from the icy morning air. But his need was greater than his fear. Those zealots had food-and he must have it.

The first two days after he left the house of the Doctor had been easy enough. True, he had caught cold from sleeping on the ground; it had settled in his lungs and slowed him down. But he did not mind that now if only he could refrain from sneezing or coughing until the little band of faithful were safe inside the temple. He watched them pass-dour-looking men, women  and skirts that dragged the ground and whose work lined faces were framed in shawls-sallow drudges with too many children. The light had gone out of their faces. Even the children  were sober.

The last of them filed inside, leaving only the sexton in the churchyard, busy with some obscure duty. After an interminable time, during which MacKinnon pressed a finger against his upper lip in a frantic attempt to forestall a sneeze, the sexton entered the grim building and closed the doors.

McKinnon crept out of his hiding place and hurried to the house he had previously selected, on the edge of the clearing, farthest from the church.

The dog was suspicious, but he quieted him. The house was locked, but the rear door could be forced. He was a little giddy at the sight of food when he found it-hard bread, and strong, unsalted butter made from goat’s milk. Amisstep two days before had landed him in a mountain stream. The mishap had not seemed important until he discovered that his food tablets were a pulpy mess. He had eaten them the rest of the day, then mold had taken them, and he had thrown the remainder away.

The bread lasted him through three more sleeps, but the butter melted and he was unable to carry it. He soaked as much of it as he could into the bread, then licked up the rest, after which he was very thirsty.

Some hours after the last of the bread was gone, he reached his first objective-the main river to which all other streams in Coventry were tributary. Some place, down stream, it dived under the black curtain of the Barrier, and continued seaward. With the gateway closed and guarded, its outlet constituted the only possible egress to a man unassisted.

In the meantime it was water, and thirst was upon him again, and his cold was worse. But he would have to wait until dark to drink; there were figures down there by the bank-some in uniform, he thought. One of them made fast a little skiff to a landing. He marked it for his own and watched it with jealous eyes. It was still there when the sun went down.

The early morning sun struck his nose and he sneezed. He came wide awake, raised his head, and looked around. The little skiff he had appropriated floated in midstream. There were no oars. He could not remember whether or not there had been any oars. The current was fairly strong; it seemed as if he should have drifted clear to the Barrier in the night. Perhaps he had passed under it-no, that was ridiculous.

Then he saw it, less than a mile away, black and ominous-but the most welcome sight he had seen in days. He was too weak and feverish to enjoy it, but it renewed the determination that kept him going.

The little boat scraped against bottom. He saw that the current at a bend had brought him to the bank. He hopped awkwardly out, his congealed joints complaining, and drew the bow of the skiff up onto the sand. Then he thought better of it, pushed it out once more, shoved as hard as he was able and watched it disappear around the meander. No need to advertise where he had landed.

He slept most of that day, rousing himself once to move out of the sun when it grew too hot. But the sun had cooked much of the cold out of his bones, and he felt much better by nightfall. Although the Barrier was only a mile or so away, it took most of the night to reach it by following the river bank. He knew when he had reached it by the clouds of steam that rose from the

water. When the sun came up, he considered the situation. The Barrier stretched across the water, but the juncture between it and the surface of the stream was hidden by billowing

clouds. Someplace, down under the surface of the water-how far down he did not know-somewhere down there, the Barrier ceased, and its raw edge turned the water it touched to

steam.

Slowly, reluctantly and most unheroically, he commenced to strip off his clothes. The time had come and he did not relish it. He came across the scrap of paper that Magee had handed him, and attempted to examine it. But it had been pulped by his involuntary dip in the mountain stream and was quite illegible. He chucked it away. It did not seem to matter.

He shivered as he stood hesitating on the bank, although the sun was warm. Then his mind was made up for him; he spied a patrol on the far bank. Perhaps they had seen him, perhaps not. He dived.

Down, down, as far as his strength would take him. Down and try to touch bottom, to be sure of avoiding that searing, deadly base. He felt mud with his hands. Now to swim under it. Perhaps it was death to pass under it, as well as over it; he would soon know. But which way was it? There was no direction down here.

He stayed down until his congested lungs refused. Then he rose part way, and felt scalding water on his face. For a timeless interval of unutterable sorrow and loneliness he realized that he was trapped between heat and water-trapped under the Barrier.

Two private soldiers gossiped idly on a small dock which lay under the face of the Barrier. The river which poured out from beneath it held no interest for them, they had watched it for many dull tours of guard duty. An alarm clanged behind them and brought them to alertness. “What sector, Jack?”

“This bank. There he is now-see!”

They fished him out and had him spread out on the dock by the time the sergeant of the guard arrived. “Alive, or dead?” he enquired. “Dead, I think,” answered the one who was not busy giving artificial resuscitation.

The sergeant clucked in a manner incongruous to his battered face, and said, ‘Too bad. I’ve ordered the ambulance; send him up to the infirmary anyhow.”

The nurse tried to keep him quiet, but MacKinnon made such an uproar that she was forced to get the ward surgeon. “Here! Here! What’s all this nonsense?” the medico rebuked him, while reaching for his pulse. Dave managed to convince him that he would not quiet down, not accept a soporific until he had told his story. They struck a working agreement that MacKinnon was to be allowed to talk-‘But keep it short, mind you!’-and the doctor would pass the word along to his next superior, and in return Dave would submit to a hypodermic.

The next morning two other men, unidentified, were brought to MacKinnon by the surgeon. They listened to his full story and questioned him in detail. He was transferred to corps area

headquarters that afternoon by ambulance. There he was questioned again. He was regaining his strength rapidly, but he was growing quite tired of the whole rigmarole, and wanted assurance that his warning was being taken seriously. The latest of his interrogators reassured him. “Compose yourself,” he told Dave, ‘you are to see the commanding officer this afternoon.”

The corps area commander, a nice little chap with a quick, birdlike manner and a most unmilitary appearance, listened gravely while MacKinnon recited his story for what seemed to him the fiftieth time. He nodded agreement when David finished. “Rest assured, David MacKinnon, that all necessary steps are being taken.”

“But how about their weapon?”

“That is taken care of-and as for the Barrier, it may not be as easy to break as our neighbors think. But your efforts are appreciated. May I do you some service?”

“Well, no-not for myself, but there are two of my friends in there-‘He asked that something be done to rescue Magee, and that Persephone be enabled to come out, if she wished.              “I know of that girl,” the general remarked. “We will get in touch with her. If at any time she wishes to become a citizen, it can be arranged. As for Magee, that is another matter-‘He touched

the stud of his desk visiphone. “Send Captain Randall in.”

Aneat, trim figure in the uniform of a captain of the United States Army entered with a light step. MacKinnon glanced at him with casual, polite interest, then his expression went to pieces. “Fader!” he yelled.

Their mutual greeting was hardly sufficiently decorous for the private office of a commanding general, but the general did not seem to mind. When they had calmed down, MacKinnon had to ask the question uppermost in his mind. “But see here, Fader, all this doesn’t make sense-‘He paused, staring, then pointed a finger accusingly, ‘I know! You’re in the secret service!”

The Fader grinned cheerfully. “Did you think,” he observed, ‘that the United States Army would leave a plague spot like that unwatched?” The general cleared his throat. “What do you plan to do now, David MacKinnon?”

“Eh! Me? Why, I don’t have any plans-‘He thought for a moment, then turned to his friend. “Do you know, Fader, I believe I’ll turn in for psychological treatment after all. You’re on the Outside -“

“I don’t believe that will be necessary,” interrupted the general gently. “No? Why not, sir?”

“You have cured yourself. You may not be aware of it, but four psychotechnicians have interviewed you. Their reports agree. I am authorized to tell you that your status as a free citizen has been restored, if you wish it.”

The general and Captain ‘the Fader” Randall managed tactfully between them to terminate the interview. Randall walked back to the infirmary with his friend. Dave wanted a thousand questions answered at once. “But Fader,” he demanded, ‘you must have gotten out before I did.”

“Aday or two.”

“Then my job was unnecessary!”

“I wouldn’t say that,” Randall contradicted. “I might not have gotten through. As a matter of fact, they had all the details even before I reported. There are others-Anyhow,” he continued, to change the subject, ‘now that you are here, what will you do?”

“Me? It’s too soon to say … It won’t be classical literature, that’s a cinch. If I wasn’t such a dummy in maths, I might still try for interplanetary.”

“Well, we can talk about it tonight,” suggested Fader, glancing at his chrono. “I’ve got to run along, but I’ll stop by later, and we’ll go over to the mess for dinner.” He was out the door with speed reminiscent of the thieves” kitchen. Dave watched him, then said suddenly, ‘Hey! Fader! Why couldn’t I get into the secret ser -, But the Fader was gone-he must ask himself.

The End

I hope that you enjoyed this little piece. I have many other stories in my fictional index here…

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Tunnel in the Sky (full text) by Robert Heinlein

Here is the full text of the wonderful Robert Heinlein science fiction story titled “Tunnel in the Sky”. In it, he describes the use of a dimensional portal from which students can use to travel to another planet. In this fictional story, the students enter the portal, but something happens. They get stranded on this strange planet and need to learn how to survive from scratch. It’s a great fun read and easy escapist adventure reading.

Tunnel in the Sky

1. The Marching Hordes

The bulletin board outside lecture hall 1712-Aof Patrick Henry High School showed a flashing red light. Rod Walker pushed his way into a knot of students and tried to see what the special notice had to say. He received an elbow in the stomach, accompanied by: “Hey! Quit shoving!”

“Sorry. Take it easy, Jimmy.” Rod locked the elbow in a bone breaker but put no pressure on, craned his neck to look over Jimmy Throxton’s head. “What’s on the board?” “No class today.”

“Why not?”

Avoice near the board answered him. “Because tomorrow it’s ‘Hail, Caesar, we who are about to die-’”

“So?” Rod felt his stomach tighten as it always did before an examination. Someone moved aside and he managed to read the notice: PATRICK HENRYHIGH SCHOOL

Department of Social Studies

SPECIAL NOTICE to all students Course 410 (elective senior seminar) Advanced Survival, instr. Dr. Matson, 1712-AMWF

  1. There will be no class Friday the 14th.
  • Twenty-Four Hour Notice is hereby given of final examination in Solo Survival. Students will present themselves for physical check at 0900 Saturday in the dispensary of Templeton Gate and will start passing through the gate at 1000, using three-minute intervals by lot.
  • TEST CONDITIONS:
  • ANYplanet, ANYclimate, ANYterrain;
  • NO rules, ALL weapons, ANYequipment;
  • TEAMING IS PERMITTED but teams will not be allowed to pass through the gate in company;
  • TEST DURATION is not less than forty-eight hours, not more than ten days.
  • Dr. Matson will be available for advice and consultation until 1700 Friday.
  • Test may be postponed Only on recommendation of examining physician, but any student may withdraw from the course without administrative penalty up until 1000 Saturday.
  • Good luck and long life to you all!

(s) B. P. Matson, Sc.D. Approved:

J. R. ROERICH, for the Board

Rod Walker reread the notice slowly, while trying to quiet the quiver in his nerves. He checked off the test conditions-why, those were not “conditions” but a total lack of conditions, no limits of any sort! They could dump you through the gate and the next instant you might be facing a polar bear at forty below-or wrestling an Octopus deep in warm salt water.

Or, he added, faced up to some three-headed horror on a planet you had never heard of.

He heard a soprano voice complaining, “‘Twenty-four hour notice!’ Why, it’s less than twenty hours now. That’s not fair.” Another girl answered, “What’s the difference? I wish we were starting this minute. I won’t get a wink of sleep tonight.”  “If we are supposed to have twenty-four hours to get ready, then we ought to have them. Fair is fair.”

Another student, a tall, husky Zulu girl, chuckled softly. “Go on in. Tell the Deacon that.”

Rod backed out of the press, taking Jimmy Throxton with him. He felt that he knew what “Deacon” Matson would say … something about the irrelevancy of fairness to survival. He chewed over the bait in paragraph five; nobody would say boo if he dropped the course. After all, “Advanced Survival’ was properly a college. course; he would graduate without it.

But he knew down deep that if he lost his nerve now, he would never take the course later. Jimmy said nervously, “What d’you think of it, Rod?”

“All right, I guess. But I’d like to know whether or not to wear my long-handled underwear. Do you suppose the Deacon would give us a hint?” “Him? Not him! He thinks a broken leg is the height of humor. That man would eat his own grandmother- without salt.”

“Oh, come now! He’d use salt. Say, Jim? You saw what it said about teaming.”

“Yeah… what about it?” Jimmy’s eyes shifted away. Rod felt a moment’s irritation. He was making a suggestion as delicate as a proposal of marriage, an offer to put his own life in the same basket with Jimmy’s. The greatest risk in a solo test was that a fellow just had to sleep sometime … but a team could split it up and stand watch over each other.

Jimmy must know that Rod was better than he was, with any weapon or bare hands; the proposition was to his advantage. Yet here he was hesitating as if he thought Rod might handicap him. “What’s the matter, Jim?” Rod said bleakly. “Figure you’re safer going it alone?”

“Uh, no, not exactly.”

“You mean you’d rather not team with me?” “No, no, I didn’t mean that!”

“Then what did you mean?”

“I meant- Look, Rod, I surely do thank you. I won’t forget it. But that notice said something else, too.” “What?”

“It said we could dump this durned course and still graduate. And I just happened to remember that I don’t need it for the retail clothing business.” “Huh? I thought you had ambitions to become a wideangled lawyer?’

“So exotic jurisprudence loses its brightest jewel… so what do I care? It will make my old man very happy to learn that I’ve decided to stick with the family business.” “You mean you’re scared.”

“Well, that’s one way of putting it. Aren’t you?”

Rod took a deep breath. “Yes. I’m scared.”

“Good! Now let’s both give a classic demonstration of how to survive and stay alive by marching down to the Registrar’s office and bravely signing our names to withdrawal slips.” “Uh, no. You go ahead.”

“You mean you’re sticking?” “I guess so.”

“Look, Rod, have you looked over the statistics on last year’s classes?”

“No. And I don’t want to. So long.” Rod turned sharply and headed for the classroom door, leaving Jimmy to stare after him with a troubled look.

The lecture room was occupied by a dozen or so of the seminar’s students. Doctor Matson, the “Deacon,” was squatting tailor-fashion on one corner of his desk and holding forth informally. He was a small man and spare, with a leathery face, a patch over one eye, and most of three fingers missing from his left hand. On his chest were miniature ribbons, marking service in three famous first expeditions; one carried a tiny diamond cluster that showed him to be the last living member of that group.

Rod slipped into the second row. The Deacon’s eye flicked at him as he went on talking. “I don’t understand the complaints,” he said jovially. “The test conditions say ‘all weapons’ so you can protect yourself any way you like… from a slingshot to a cobalt bomb. I think final examination should be bare hands, not so much as a nail file. But the Board of Education doesn’t agree, so we do it this sissy way instead.” He shrugged and grinned.

“Uh, Doctor, I take it then that the Board knows that we are going to run into dangerous animals?” “Eh? You surely will! The most dangerous animal known.”

“Doctor, if you mean that literally-“ “Oh, I do, I do!”

“Then I take it that we are either being sent to Mithra and will have to watch out for snow apes, or we are going to stay on Terra and be dumped where we can expect leopards. Am I right?” The Deacon shook his head despairingly. “My boy, you had better cancel and take this course over. Those dumb brutes aren’t dangerous.”

“But Jasper says, in Predators and Prey, that the two trickiest, most dangerous-“

“Jasper’s maiden aunt! I’m talking about the real King of the Beasts, the only animal that is always dangerous, even when not hungry. The two-legged brute. Take a look around you!”  The instructor leaned forward. “I’ve said this nineteen dozen times but you still don’t believe it. Man is the one animal that can’t be tamed. He goes along for years as peaceful as a cow,

when it suits him. Then when it suits him not to be, he makes a leopard look like a tabby cat. Which goes double for the female of the species. Take another look around you. All friends.

We’ve been on group-survival field tests together; we can depend on each other. So? Read about the Donner Party, or the First Venus Expedition. Anyhow, the test area will have several

other classes in it, all strangers to you.” Doctor Matson fixed his eye on Rod. “I hate to see some of you take this test, I really do. Some of you are city dwellers by nature; I’m afraid I have

not managed to get it through your heads that there are no policemen where you are going. Nor will I be around to give you a hand if you make some silly mistake.”

His eye moved on; Rod wondered if the Deacon meant him. Sometimes he felt that the Deacon took delight in rawhiding him. But Rod knew that it was serious; the course was required for all the Outlands professions for the good reason that the Outlands were places where you were smart – or you were dead. Rod had chosen to take this course before entering college because he hoped that it would help him to get a scholarship – but that did not mean that he thought it was just a formality. He looked around, wondering who would be willing to team  with him now that Jimmy had dropped out. There was a couple in front of him, Bob Baxter and Carmen Garcia. He checked them off, as they undoubtedly would team together; they planned to become medical missionaries and intended to marry as soon as they could.

How about Johann Braun? He would make a real partner, all right-strong, fast on his feet, and smart. But Rod did not trust him, nor did he think that Braun would want him. He began to see that he might have made a mistake in not cultivating other friends in the class besides Jimmy.

That big Zulu girl, Caroline something-unpronounceable. Strong as an ox and absolutely fearless. But it would not do to team with a girl; girls were likely to mistake a cold business deal for a romantic gambit. His eyes moved on until at last he was forced to conclude that there was no one there to whom he wished to suggest partnership.

“Prof, how about a hint? Should we take suntan oil? Or chilblain lotion?”

Matson grinned and drawled, “Son, I’ll tell you every bit that I know. This test area was picked by a teacher in Europe… and I picked one for his class. But I don’t know what it is any more than you do. Send me a post card.”

“But-” The boy who had spoken stopped. Then he suddenly stood up. “Prof, this isn’t a fair test. I’m checking out.” “What’s unfair about it? Not that we meant to make it fair.”

“Well, you could dump us any place-“ “That’s right.”

“-the back side of the Moon, in vacuum up to our chins. Or onto a chlorine planet. Or the middle of an ocean. I don’t know whether to take a space suit, or a canoe. So the deuce with it. Real life isn’t like that.”

“It isn’t, eh?” Matson said softly. “That’s what Jonah said when the whale swallowed him.” He added, “But I will give you some hints. We mean this test to be passed by anyone bright enough to deserve it. So we won’t let you walk into a poisonous atmosphere, or a vacuum, without a mask. If you are dumped into water, land won’t be too far to swim. And so on. While I don’t know where you are going, I did see the list of test areas for this year’s classes. Asmart man can survive in any of them. You ought to realize, son, that the Board of Education would have nothing to gain by killing off all its candidates for the key professions.”

The student sat down again as suddenly as he had stood up. The instructor said, “Change your mind again?” “Uh, yes, sir. If it’s a fair test, I’ll take it.”

Matson shook his head. “You’ve already flunked it. You’re excused. Don’t bother the Registrar; I’ll notify him.”

The boy started to protest; Matson inclined his head toward the door. “Out!” There was an embarrassed silence while he left the room, then Matson said briskly, “This is a class in applied philosophy and I am sole judge of who is ready and who is not. Anybody who thinks of the world in terms of what it ‘ought’ to be, rather than what it is, isn’t ready for final examination. You’ve got to relax and roll with the punch … not get yourself all worn out with adrenalin exhaustion at the slings and arrows of outrageous fortune. Any more questions?”

There were a few more but it became evident that Matson either truthfully did not know the nature of the test area, or was guarding the knowledge; his answers gained them nothing. He refused to advise as to weapons, saying simply that the school armorer would be at the gate ready to issue all usual weapons, while any unusual ones were up to the individual. “Remember, though, your best weapon is between your ears and under your scalp – provided it’s loaded.”

The group started to drift away; Rod got up to leave.

Matson caught his eye and said, “Walker, are you planning to take the test?” “Why, yes, of course, sir.”

“Come here a moment.” He led him into his office, closed the door and sat down. He looked up at Rod, fiddled with a paperweight on his desk and said slowly, “Rod, you’re a good boy

… but sometimes that isn’t enough.”

Rod said nothing.

“Tell me,” Matson continued, “why you want to take this test?”

“Sir?”

“‘Sir’ yourself,” Matson answered grumpily. “Answer my question.”

Rod stared, knowing that he had gone over this with Matson before he was accepted for the course. But he explained again his ambition to study for an Outlands profession. “So I have to qualify in survival. I couldn’t even get a degree in colonial administration without it, much less any of the planetography or planetology specialities.”

“Want to be an explorer, huh?” “Yes, sir.”

“Like me.”

“Yes, Sir. Like you.”

“Hmm… would you believe me if I told you that it was the worst mistake I ever made?” “Huh? No, sir!”

“I didn’t think you would. Son, the cutest trick of all is how to know then what you know now. No way to, of course. But I’m telling you straight: I think you’ve been born into the wrong age. “Sir?”

“I think you are a romantic. Now this is a very romantic age, so there is no room in it for romantics; it calls for practical men. Ahundred years ago you would have made a banker or lawyer or professor and you could have worked out your romanticism by reading fanciful tales and dreaming about what you might have been if you hadn’t had the misfortune to be born into a humdrum period. But this happens to be a period when adventure and romance are a part of daily existence. Naturally it takes very practical people to cope with it.”

Rod was beginning to get annoyed. “What’s the matter with me?”

“Nothing. I like you. I don’t want to see you get hurt. But you are ‘way too emotional, too sentimental to be a real survivor type.”

Matson pushed a hand toward him. “Now keep your shirt on. I know you can make fire by rubbing a couple of dry words together. I’m well aware that you won merit badges in practically everything. I’m sure you can devise a water filter with your bare hands and know which side of the tree the moss grows on. But I’m not sure that you can beware of the Truce of the Bear.”

“‘The Truce of the Bear?’”

“Never mind. Son, I think you ought to cancel this course. If you must, you can repeat it in college.” Rod looked stubborn. Matson sighed. “I could drop you. Perhaps I should.”

“But why, sir?”

“That’s the point. I couldn’t give a reason. On the record, you’re as promising a student as I have ever had.” He stood up and put out his hand. “Good luck. And remember- when it gets down to fundamentals, do what you have to do and shed no tears.”

Rod should have gone straight home. His family lived in an out-county of Greater New York City, located on the Grand Canyon plateau through Hoboken Gate. But his commuting route required him to change at Emigrants’ Gap and he found himself unable to resist stopping to rubberneck.

When he stepped out of the tube from school he should have turned right, taken the rotary lift to the level above, and stepped through to Arizona Strip. But he was thinking about supplies, equipment, and weapons for tomorrow’s examination; his steps automatically bore left, he got on the slideway leading to the great hall of the planetary gates.

He told himself that he would watch for only ten minutes; he would not be late for dinner. He picked his way through the crowd and entered the great hall- not Onto the emigration floor itself, but onto the spectator’s balcony facing the gates. This was the new gate househe was in, the one opened for traffic in ‘68; the original Emigrants’ Gap, now used for Terran traffic and trade with Luna, stood on the Jersey Flats a few kilometers east alongside the pile that powered it.

The balcony faced the six gates. It could seat eighty-six hundred people but was half filled and crowded only in the center. It was here, of course, that Rod wished to

sit so that he might see through all six gates. He wormed his way down the middle aisle, squatted by the railing, then spotted someone leaving a front row seat. Rod grabbed it, earning  a dirty look from a man who had started for it from the other aisle.

Rod fed coins into the arm of the seat; it opened out, he sat down and looked around. He was opposite the replica Statue of Liberty, twin to the one that had stood for a century where now was Bedloe Crater. Her torch reached to the distant ceiling; on both her right and her left three great gates let emigrants into the outer worlds.

Rod did not glance at the statue; he looked at the gates. It was late afternoon and heavily overcast at east coast North America, but gate one was open to some planetary spot having glaring noonday sun; Rod could catch glimpses through it of men dressed in shorts and sun hats and nothing else. Gate number two had a pressure lock rigged over it; it carried a big skull & crossbones sign and the symbol for chlorine. Ared light burned over it. While he watched, the red light flickered out and a blue light replaced it; the door slowly opened and a traveling capsule for a chlorine-breather crawled out. Waiting to meet it were eight humans in diplomatic full dress. One carried a gold baton.

Rod considered spending another half pluton to find out who the important visitor was, but his attention was diverted to gate five. An auxiliary gate had been set up on the floor, facing gate five a nd almost under the balcony. Two high steel fences joined the two gates, forming with them an alley as wide as the gates and as long as the space between, about fifteen meters   by seventy-five. This pen was packed with humanity moving from the temporary gate toward and through gate five-and onto some planet light-years away. They poured out of nowhere, for the floor back of the auxiliary gate was bare, hurried like cattle between the two fences, spilled through gate five and were gone. Asquad of brawny Mongol policemen, each armed with a staff as tall ashimself, was spread out along each fence. They were using their staves to hurry the emigrants and they were not being gentle. Almost underneath Rod one of them    prodded an old coolie so hard that he stumbled and fell. The man had been carrying his belongings, his equipment for a new world, in two bundles supported from a pole balanced on   his right shoulder.

The old coolie fell to his skinny knees, tried to get up, fell flat. Rod thought sure he would be trampled, but

somehow he was on his feet again- minus his baggage. He tried to hold his place in the torrent and recover his possessions, but the guard prodded him again and he was forced to move on barehanded. Rod lost sight of him before he had moved five meters.

There were local police outside the fence but they did not interfere. This narrow stretch between the two gates was, for the time, extraterritory; the local police had no jurisdiction. But one of them did seem annoyed at the brutality shown the old man; he put his face to the steel mesh and called out something in lingua terra. The

Mongol cop answered savagely in the same simple language, telling the North American what he could do about it, then went back to shoving and shouting and prodding still more briskly.

The crowd streaming through the pen were Asiatics- Japanese, Indonesians, Siamese, some East Indians, a few Eurasians, but predominantly South Chinese. To Rod they all looked much alike- tiny women with babies on hip or back, or often one on back and one in arms, endless runny-nosed and shaven-headed children, fathers with household goods ill enormous back packs or pushed ahead on barrows. There were a few dispirited ponies dragging two-wheeled carts much too big for them but most of the torrent had only that which they could carry.

Rod had heard an old story which asserted that if all the Chinese on Terra were marched four abreast past a given point the column would never pass that point, as more Chinese would be born fast enough to replace those who had marched past. Rod had taken his slide rule and applied arithmetic to check it- to find, of course, that the story was nonsense; even if one ignored deaths, while counting all births, the last Chinese would pass the reviewing stand in less than four years. Nevertheless, while watching this mob being herded like brutes into a slaughterhouse, Rod felt that the old canard was true even though its mathematics was faulty. There seemed to be no end to them.

He decided to risk that half pluton to find out what was going on. He slid the coin into a slot in the chair’s speaker; the voice of the commentator reached his ears:

“-the visiting minister. The prince royal was met by officials of the Terran Corporation including the Director General himself and now is being escorted to the locks of the Ratoonian enclave. After the television reception tonight staff level conversations will start. Aspokesman close to the Director General has pointed out that, in view of the impossibility of conflict of

interest between oxygen types such as ourselves and the Ratoonians, any outcome of the conference must be to our advantage, the question being to what extent.

“If you will turn your attention again to gate five, we will repeat what we said earlier: gate five is on fortyeight hour loan to the Australasian Republic. The temporary gate you see erected below is hyperfolded to a point in central Australia in the Arunta Desert, where this emigration has been mounting in a great encampment for the past several weeks. His Serene Majesty Chairman Fung Chee Mu of the Australasian Republic has informed the Corporation that his government intends to move in excess of two million people in forty-eight hours, a truly impressive figure, more than forty thousand each hour. The target figure for this year for all planetary emigration gates taken together – Emigrants’ Gap, Peter the Great, and   Witwatersrand Gates – is only seventy million emigrants or an average of eight thousand per hour. This movement proposes a rate live times as great using only one gate!”

The commentator continued: “Yet when we watch the speed, efficiency and the, uh- forthrightness with which they are carrying out this evolution it seems likely that they will achieve their goal. Our own figures show them to be slightly ahead of quota for the first nine hours. During those same nine hours there have been one hundred seven births and eighty-two deaths among the emigrants, the high death rate, of course, being incident to the temporary hazards of the emigration.

“The planet of destination, GO-8703-IV, to be called henceforth ‘Heavenly Mountains’ according to Chairman Fung, is classed as a bounty planet and no attempt had been made to colonize it. The Corporation has been assured that the colonists are volunteers.” It seemed to Rod that the announcer’s tone was ironical. “This is understandable when one considers the phenomenal population pressure of the Australasian Republic. Abrief historical rundown may be in order. After the removal of the remnants of the former Australian population to New Zealand, pursuant to the Peiping Peace Treaty, the first amazing effort of the new government was the creation of the great inland sea

Rod muted the speaker and looked back at the floor below. He did not care to hear school-book figures on how the Australian Desert had been made to blossom like the rose … and nevertheless haa been converted into a slum with more people in it than all of North America. Something new was happening at gate four-Gate four had been occupied by a moving cargo belt when he had come in; now the belt had crawled away and lost itself in the bowels of the terminal and an emigration party was lining up to go through.

This was no poverty-stricken band of refugees chivvied along by police; here each family had its own wagon… long, sweeping, boat-tight Conestogas drawn by three-pair teams and housed in sturdy glass canvas square and businesslike Studebakers with steel bodies, high mudcutter wheels, and pulled by one or two-pair teams. The draft animals were Morgans and lordly Clydesdales and jug-headed Missouri mules with strong shoulders and shrewd, suspicious eyes. Dogs trotted between wheels, wagons were piled high with household goods and implements and children, poultry protested the indignities of fate in cages tied on behind, and a little Shetland pony, riderless but carrying his saddle and just a bit too tall to run underneath with the dogs, stayed close to the tailgate of one family’s rig.

Rod wondered at the absence of cattle and stepped up the speaker again. But the announcer was still droning about the fertility of Australasians; he muted it again and watched.  Wagons had moved onto the floor and taken up tight echelon position close to the gate, ready to move, with the tail of the train somewhere out of sight below. The gate was not yet ready and drivers were getting down and gathering at the Salvation Army booth under the skirts ot the Goddess of Liberty, for a cup of coffee and some banter. It occurred to Rod that there probably was no coffee where they were going and might not be for years, since Terra never exported food – on the contrary, food and fissionable metals were almost the only  permissible imports; until an Outland colony produced a surplus of one or the other it could expect precious little help from Terra.

It was extremely expensive in terms of uranium to keep an interstellar gate open and the people in this wagon train could expect to be out of commercial touch with Earth until such a time as they had developed surpluses valuable enough in trade to warrant reopening the gate at regular intervals. Until that time they were on their own and must make do with what they   could take with them … which made horses more practical than helicopters, picks and shovels more useful than bulldozers. Machinery gets out of order and requires a complex technology to keep it going- but good old “hayburners” keep right on breeding, cropping grass, and pulling loads.

Deacon Matson had told the survival class that the real hardships of primitive Outlands were not the lack of plumbing, heating, power, light, nor weather conditioning, but the shortage of simple things like coffee and tobacco.

Rod did not smoke and coffee he could take or let alone; he could not imagine getting fretful over its absence. He scrunched down in his seat, trying to see through the gate to guess the cause of the hold up. He could not see well, as the arching canvas of a prairie schooner blocked his view, but it did seem that the gate operator had a phase error; it looked as if the sky was where the ground ought to be. The extradimensional distortions necessary to match places on two planets many light-years apart were not simply a matter of expenditure of enormous quantities of energy; they were precision problems fussy beyond belief, involving high mathematics and high art-the math was done by machine but the gate operator always had to adjust the last couple of decimal places by prayer and intuition.

In addition to the dozen-odd proper motions of each of the planets involved, motions which could usually be added and canceled out, there was also the rotation of each planet. The problem was to make the last hyperfold so that the two planets were internally tangent at the points selected as gates, with their axes parallel and their rotations in the same direction. Theoretically it was possible to match two points in contra-rotation, twisting the insubstantial fabric of space-time in exact step with “real’ motions; practically such a solution was not only terribly wasteful of energy but almost unworkable- the ground surface beyond the gate tended to skid away like a slidewalk and tilt at odd angles.

Rod did not have the mathematics to appreciate the difficulties. Being only about to finish high school his training had gone no farther than tensor calculus, statistical mechanics, simple transfinities, generalized geometries of six dimensions, and, on the practical side, analysis for electronics, primary cybernetics and robotics, and basic design of analog computers; he had had no advanced mathematics as yet. He was not aware of his ignorance and simply concluded that the gate operator must be thumb-fingered. He looked back at the emigrant   party.

The drivers were still gathered at the booth, drinking coffee and munching doughnuts. Most of the men were growing beards; Rod concluded from the beavers that the party had been training for several months. The captain of the party sported a little goatee, mustaches, and rather long hair, but it seemed to Rod that he could not be many years older than Rod himself. He was a professional, of course, required to hold a degree in Outlands arts- hunting, scouting, jackleg mechanics, gunsmithing, farming, first aid, group psychology, survival group tactics, law, and a dozen other things the race has found indispensable when stripped for action.

This captain’s mount was a Palomino mare, lovely as a sunrise, and the captain was dressed as a California don of an earlier century-possibly as a compliment to his horse. Awarning light flashed at the gate’s annunciator panel and he swung into saddle, still eating a doughnut, and cantered down the wagons for a final inspection, riding toward Rod. His back was straight, his seat deep and easy, his bearing confident. Carried low on a fancy belt he wore two razor guns, each in a silver-chased holster that matched the ornate silver of his bridle and saddle.

Rod held his breath until the captain passed out of sight under the balcony, then sighed and considered studying to be like him, rather than for one of the more intellectual Outlands professions. He did not know just what he did want to be … except that he meant to get off Earth as soon as he possibly could and get out there where things were going on!

Which reminded him that the first hurdle was tomorrow; in a few days he would either be eligible to matriculate for whatever it was he decided on, or he would be-but no use worrying about that. He remembered uneasily that it was getting late and he had not even decided on equipment, nor picked his weapons. This party captain carried razor guns; should he carry one? No, this party would fight as a unit, if it had to fight. Its leader carried that type of weapon to enforce his authority-not for solo survival. Well, what should he take?

Asiren sounded and the drivers returned to their wagons. The captain came back at a brisk trot. “Reins up!” he called out. “Reeeeeeiiiins up!” He took station by the gate, facing the head of the train; the mare stood quivering and tending to dance.

The Salvation Army lassie came out from behind her counter carrying a baby girl. She called to the party captain but her voice did not carry to the balcony.

The captain’s voice did carry. “Number four! Doyle! Come get your child!” Ared-headed man with a spade beard climbed down from the fourth wagon and sheepishly reclaimed the youngster to a chorus of cheers and cat calls. He passed the baby up to his wife, who upped its skirt and commenced paddling its bottom. Doyle climbed to his seat and took his reins.

“Call off!” the captain sang out. “One.”

“Tuh!”

“Three!”

“Foah!”

“Five!”

The count passed under the balcony, passed down the chute out of hearing. In a few moments it came back, running down this time, ending with a shouted “ONE!” The captain held up his right arm and watched the lights of the order panel.

Alight turned green. He brought his arm down smartly with a shout of “Roll ‘em! Ho!” The Palomino took off like a race horse, cut under the nose of the nigh lead horse of the first team,

and shot through the gate.

Whips cracked. Rod could hear shouts of “Git, Molly! Git, Ned!” and “No, no, you jugheads!” The train began to roll. By the time the last one on the floor was through the gate and the much larger number which had been in the chute below had begun to show it was rolling at a gallop, with the drivers bracing their feet wide and their wives riding the brakes. Rod tried to count them, made it possibly sixty-three wagons as the last one rumbled through the gate… and was gone, already half a galaxy away.

He sighed and sat back with a warm feeling sharpened with undefined sorrow. Then he stepped up the speaker volume: “-onto New Canaan, the premium planet described by the great Langford as ‘The rose without thorns.’ These colonists have paid a premium of sixteen thousand four hundred per person-not counting exempt or co-opted members-for the privilege of seeking their fortunes and protecting their posterity by moving to New Canaan. The machines predict that the premium will increase for another twenty-eight years; therefore, if you are considering giving your children the priceless boon of citizenship on New Canaan, the time to act is now. For a beautiful projection reel showing this planet send one pluton to ‘Information, Box One, Emigrants’ Gap, New Jersey County, Greater New York.’ For a complete descriptive listing of all planets now open plus a speclal list of those to be opened in the near future add another half pluton. Those seeing this broadcast in person may obtain these items at the information booth in the foyer outside the great hall.”

Rod did not listen. He had long since sent for every free item and most of the non-free ones issued by the Commission for Emigration and Trade. Just now he was wondering why the gate to New Canaan had not relaxed.

He found out at once. Stock barricades rose up out of the floor, forming a fenced passage from gate four to the chute under him. Then a herd of cattle filled the gate and came flooding toward him, bawling and snorting. They were prime Hereford steers, destined to become tender steaks and delicious roasts for a rich but slightly hungry Earth. After them and among them rode New Canaan cowpunchers armed with long goads with which they urged the beasts to greater speed- the undesirability of running weight off the animals was offset by the extreme cost of keeping the gate open, a cost which had to be charged against the cattle.

Rod discovered that the speaker had shut itself off; the half hour he had paid for was finished. He sat up with sudden guilt, realizing that he would have to hurry or he would be late for supper. He rushed out, stepping on feet and mumbling apologies, and caught the slide-way to Hoboken Gate.

This gate, being merdy for Terra-surface commuting, was permanently dilated and required no operator, since the two points brought into coincidence were joined by a rigid frame, the solid Earth. Rod showed his commuter’s ticket to the electronic monitor and stepped through to Arizona, in company with a crowd of neighbors.

“The (almost) solid Earth-” The gate robot took into account tidal distortions but could not anticipate minor seismic variables. As Rod stepped through he felt his feet quiver as if to a

small earthquake, then the terra was again firma. But he was still in an airlock at sea-level pressure. The radiation from massed bodies triggered the mechanism, the lock closed and air

pressure dropped. Rod yawned heavily to adjust to the pressure of Grand Canyon plateau, North Rim, less than three quarters that of New Jersey. But despite the fact that he made the

change twice a day he found himself rubbing his right ear to get rid of an ear ache.

The lock opened, he stepped out. Having come two thousand miles in a split second he now had ten minutes by slide tube and a fifteen minute walk to get home. He decided to dogtrot and be on time after all. He might have made it if there had not been several thousand other people trying to use the same facilities.

2.      The Fifth Way

Rocket ships did not conquer space; they merely challenged it. Arocket leaving Earth at seven miles per second is terribly slow for the vast reaches beyond. Only the Moon is reasonably near-four days, more or less. Mars is thirty-seven weeks away, Saturn a dreary six years, Pluto an impossible half century, by the elliptical orbits possible to rockets.

Ortega’s torch ships brought the Solar System within reach. Based on mass conversion, Einstein’s deathless e= Mc2, they could boost for the entire trip at any acceleration the pilot could stand. At an easy one gravity the inner planets were only hours from Earth, far Pluto only eighteen days. It was a change like that from horseback to jet plane.

The shortcoming of this brave new toy was that there was not much anywhere to go. The Solar system, from a human standpoint, is made up of remarkably unattractive real estate-save for lovely Terra herself, lush and green and beautiful. The steel-limbed Jovians enjoy gravity 2.5 times ours and their poisonous air at inhuman pressure keeps them in health. Martians prosper in near vacuum, the rock lizards of Luna do not breathe at all. But these planets are not for men.

Men prosper on an oxygen planet close enough to a G-type star for the weather to cycle around the freezing point of water… that is to say, on Earth.

When you are already there why go anywhere? The reason was babies, too many babies. Malthus pointed it out long ago; food increases by arithmetical progression, people increase by geometrical progression. By World War I half the world lived on the edge of starvation; by World War II Earth’s population was increasing by 55,000 people every day; before World War III, as early as 1954, the increase had jumped to 100,000 mouths and stomachs per day, 35,000,000 additional people each year … and the population of Terra had climbed well beyond   that which its farm lands could support.

The hydrogen, germ, and nerve gas horrors that followed were not truly political. The true meaning was more that of beggars fighting over a crust of bread.

The author of Gulliver’s Travels sardonically proposed that Irish babies be fattened for English tables; other students urged less drastic ways of curbing population – none of which made the slightest difference. Life, all life, has the twin drives to survive and to reproduce. Intelligence is an aimless byproduct except as it serves these basic drives.

But intelligence can be made to serve the mindless demands of life. Our Galaxy contains in excess of one hundred thousand Earth-type planets, each as warm and motherly to men as sweet Terra. Ortega’s torch ships could reach the stars. Mankind could colonize, even as the hungry millions of Europe had crossed the Atlantic and raised more babies in the New World.

Some did … hundreds of thousands. But the entire race, working as a team, cannot build and launch a hundred ships a day, each fit for a thousand colonists, and keep it up day after day, year after year, time without end. Even with the hands and the will (which the race never had) there is not that much steel, aluminum, and uranium in Earth’s crust. There is not one hundredth of the necessary amount.

But intelligence can find solutions where there are none. Psychologists once locked an ape in a room, for which they had arranged only four ways of escaping. Then they spied on him to see which of the four he would find.

The ape escaped a fifth way.

Dr. Jesse Evelyn Ramsbotham had not been trying to solve the baby problem; he had been trying to build a time machine. He had two reasons: first, because time machines are an impossibility; second, because his hands would sweat and he would stammer whenever in the presence of a nubile female. He was not aware that the first reason was compensation for the second, in fact he was not aware of the second reason – it was a subject his conscious mind avoided.

It is useless to speculate as to the course of history had Jesse Evelyn Ramsbotham’s parents had the good sense to name their son Bill instead of loading him with two girlish names. He might have become an All-American halfback and ended up selling bonds and adding his quota of babies to a sum already disastrous. Instead he became a mathematical physicist.

Progress in physics is achieved by denying the obvious and accepting the impossible. Any nineteenth century physicist could have given unassailable reasons why atom bombs were impossible if his reason were not affronted at the question; any twentieth century physicist could explain why time travel was incompatible with the real world of space-time. But Ramsbotham began fiddling with the three greatest Einsteinian equations, the two relativity equations for distance and duration and the mass-conversion equation; each contained the velocity of light. “Velocity” is first derivative, the differential of distance with respect to time; he converted those equations into differential equations, then played games with them. He would feed the results to the Rakitiac computer, remote successor to Univac, Eniac and Maniac. While he was doing these things his hands never sweated nor did he stammer, except when he was forced to deal with the young lady who was chief programmer for the giant computer.

His first model produced a time-stasis or low-entropy field no bigger than a football-but a lighted cigarette placed inside with full power setting was still burning a week later. Ramsbotham picked up the cigarette, resumed smoking and thought about it.

Next he tried a day-old chick, with colleagues to witness. Three months later the chick was unaged and no hungrier than chicks usually are. He reversed the phase relation and cut in power for the shortest time he could manage with his bread-boarded hook-up.

In less than a second the newly-hatched chick was long dead, starved and decayed.

He was aware that he had simply changed the slope of a curve, but he was convinced that he was on the track of true time travel. He never did find it, although once he thought that he had-he repeated by request his demonstration with a chick for some of his colleagues; that night two of them picked the lock on his lab, let the

little thing out and replaced it with an egg. Ramsbotham might have been permanently convinced that he had found time travel and then spent the rest of his life in a blind alley had they not cracked the egg and showed him that it was hard-boiled.

But he did not give up. He made a larger model and tried to arrange a dilation, or anomaly (he did not call it a “Gate”) which would let him get in and out of the field himself.

When he threw on power, the space between the curving magnetodes of his rig no longer showed the wall beyond, but a steaming jungle. He jumped to the conclusion that this must be  a forest of the Carboniferous Period. It had often occurred to him that the difference between space and time might simply be human prejudice, but this was not one of the times; he believed what he wanted to believe.

He hurriedly got a pistol and with much bravery and no sense crawled between the magnetodes.

Ten minutes later he was arrested for waving firearms around in Rio de Janeiro’s civic botanical gardens. Alack of the Portuguese language increased both his difficulties and the length of time he spent in a tropical pokey, but three days later through the help of the North American consul he was on his way home. He thought and filled notebooks with equations and question marks on the whole trip.

The short cut to the stars had been found.

Ramsbotham’s discoveries eliminated the basic cause of war and solved the problem of what to do with all those dimpled babies. Ahundred thousand planets were no farther away  than the other side of the street. Virgin continents, raw wildernesses, fecund jungles, killing deserts, frozen tundras, and implacable mountains lay just beyond the city gates, and the human race was again going out where the street lights do not shine, out where there was no friendly cop on the corner nor indeed a corner, out where there were no well-hung, tender steaks, no boneless hams, no packaged, processed foods suitable for delicate minds and pampered bodies. The biped omnivore again had need of his biting, tearing, animal teeth, for the race was spilling out (as it had so often before) to kill or be killed, eat or be eaten.

But the human race’s one great talent is survival. The race, as always, adjusted to conditions, and the most urbanized, mechanized, and civilized, most upholstered and luxurious culture in all history trained its best children, its potential leaders, in primitive pioneer survival-man naked against nature.

Rod Walker knew about Dr. J. E. Ramsbotham, just as he knew about Einstein, Newton, and Columbus, but he thought about Ramsbotham no oftener than he thought about Columbus. These were figures in books, each larger than life and stuffed with straw, not real. He used the Ramsbotham Gate between Jersey and the Arizona Strip without thinking of its inventor the same way his ancestors used elevators without thinking of the name “Otis.” If he thought about the miracle at all, it was a half-formed irritation that the Arizona side of Hoboken Gate was  so far from his parents’ home. It was known as Kaibab Gate on this side and was seven miles north of the Walker residence.

At the time the house had been built the location was at the extreme limit of tube delivery and other city utilities. Being an old house, its living room was above ground, with only bedrooms, pantry, and bombproof buried. The living room had formerly stuck nakedly above ground, an ellipsoid monocoque shell, but, as Greater New York spread, the neighborhood had been zoned for underground apartments and construction above ground which would interfere with semblance of virgin forest had been forbidden.

The Walkers had gone along to the extent of covering the living room with soil and planting it with casual native foliage, but they had refused to cover up their view window. It was the chief charm of the house, as it looked out at the great canyon. The community corporation had tried to coerce them into covering it up and had offered to replace it with a simulacrum window such as the underground apartments used, with a relayed view of the canyon. But Rod’s father was a stubborn man and maintained that with weather, women, and wine there was  nothing “just as good.” His window was still intact.

Rod found the family sitting in front of the window, watching a storm work its way up the canyon-his mother, his father, and, to his great surprise, his sister. Helen was ten years older than he and an assault captain in the Amazons; she was seldom home.

The warmth of his greeting was not influenced by his realization that her arrival would probably cause his own lateness to pass with little comment. “Sis! Hey, this is swell- I thought you were on Thule.”

“I was … until a few hours ago.” Rod tried to shake hands; his sister gathered him in a bear hug and bussed him on the mouth, squeezing him against the raised ornaments of her chrome corselet. She was still in uniform, a fact that caused him to think that she had just arrived-on her rare visits home she usually went slopping around in an old bathrobe and go- ahead slippers, her hair caught up in a knot. Now she was still in dress

armor and kilt and had dumped her side arms, gauntlets, and pluined helmet on the floor. She looked him over proudly. “My, but you’ve grown! You’re almost as tall as I am.”

“I’m taller.”

“Want to bet? No, don’t try to wiggle away from me; I’ll twist your arm. Slip off your shoes and stand back to back.” “Sit down, children,” their father said mildly. “Rod, why were you late?”

“Uh …” He had worked out a diversion involving telling about the examination coming up, but he did not use it as his sister intervened. “Don’t heckle him, Pater. Ask for excuses and you’ll get them. I learned that when I was a sublieutenant.”

“Quiet, daughter. I can raise him without your help.” Rod was surprised by his father’s edgy answer, was more surprised by Helen’s answer: “So? Really?” Her tone was odd.

Rod saw his mother raise a hand, seem about to speak, then close her mouth. She looked upset. His sister and father looked at each other; neither spoke. Rod looked from one to the other, said slowly, “Say, what’s all this?”

His father glanced at him. “Nothing. We’ll say no more about it. Dinner is waiting. Coming, dear?” He turned to his wife, handed her up from her chair, offered her his arm. “Just a minute,” Rod said insistently. “I was late because I was hanging around the Gap.”

“Very well. You know better, but I said we would say no more about it.” He turned toward the lift. “But I wanted to tell you something else, Dad. I won’t be home for the next week or so.”      “Very well- eh? What did you say?”

“I’ll be away for a while, sir. Maybe ten days or a bit longer.”

His father looked perplexed, then shook his head. “Whatever your plans are, you will have to change them. I can’t let you go away at this time.” “But, Dad-“

“I’m sorry, but that is definite.” “But, Dad, I have to!”

“No.”

Rod looked frustrated. His sister said suddenly, “Pater, wouldn’t it be well to find out why he wants to be away?” “Now, daughter-“

“Dad, I’m taking my solo survival, starting tomorrow morning!”

Mrs. Walker gasped, then began to weep. Her husband said, “There, there, my dear!” then turned to his son and said harshly, “You’ve upset your mother.”

“But, Dad, I…” Rod shut up, thinking bitterly that no one seemed to give a hoot about his end of it. Mter all, he was the one who was going to have to sink or swim. Alot they knew or- “You see, Pater,” his sister was saying. “He does have to be away. He has no choice, because-“

“I see nothing of the sort! Rod, I meant to speak about this earlier, but I had not realized that your test would take place so soon. When I signed permission for you to take that course, I had, I must admit, a mental reservation. I felt that the experience would be valuable later when and if you took the course in college. But I never intended to let you come up against the final test while still in high school. You are too young.

Rod was shocked speechless. But his sister again spoke for him. “Fiddlesticks!” “Eh? Now, daughter, please remember that-“

“Repeat fiddlesticks! Any girl in my company has been up against things as rough and many of them are not much older than Buddy. What are you trying to do, Pater? Break his nerve?” “You have no reason to… I think we had best discuss this later.”

“I think that is a good idea.” Captain Walker took her brother’s arm and they followed their parents down to the refectory. Dinner was on the table, still warm in its delivery containers; they took their places, standing, and Mr. Walker solemnly lighted the Peace Lamp. The family was evangelical Monist by inheritance, each of Rod’s grandfathers having been converted in the second great wave of proselyting that swept out of Persia in the last decade of the previous century, and Rod’s father took seriously his duties as family priest.

As the ritual proceeded Rod made his responses automatically, his mind on this new problem. His sister chimed in heartily but his mother’s answers could hardly be heard. Nevertheless the warm symbolism had its effect; Rod felt himself calming down. By the time his father intoned the last “-one Principle, one family, one flesh!” he felt like eating. He sat

down and took the cover off his plate.

Ayeast cutlet, molded to look like a chop and stripped with real bacon, a big baked potato, and a grilled green lobia garnished with baby’s buttons … Rod’s mouth watered as he reached for the catsup.

He noticed that Mother was not eating much, which surprised him. Dad was not eating much either but Dad often just picked at his food … he became aware with sudden warm pity that Dad was thinner and greyer than ever. How old was Dad?

His attention was diverted by a story his sister was telling: “-and so the Commandant told me I would have to clamp down. And I said to her, ‘Ma’am, girls will be girls. It I have to bust a petty officer everytime one of them does something like that, pretty soon I won’t have anything but privates. And Sergeant Dvorak is the best gunner I have.”’

“Just a second,” her father interrupted. “I thought you said ‘Kelly,’ not ‘Dvorak.’”

“I did and she did. Pretending to misunderstand which sergeant she meant was my secret weapon-for I had Dvorak cold for the same offense, and Tiny Dvorak (she’s bigger than I am) is the Squadron’s white hope for the annual corps-wide competition for best trooper. Of course, losing her stripes would put her, and us, out of the running.

“So I straightened out the ‘mix up’ in my best wide-eyed, thick-headed manner, let the old gal sit for a moment trying not to bite her nails, then told her that I had both women confined to barracks until that gang of college boys was through installing the new ‘scope, and sang her a song about how the quality of mercy is not strained, it droppeth as the gentle rain from

heaven, and made myself responsible for seeing to it that she was not again embarrassed by scandalous-her word, not mine-scandalous incidents … especially when she was showing quadrant commanders around.

“So she grumpily allowed as how the company commander was responsible for her company and she would hold me to it and now would I get out and let her work on the quarterly training report in peace? So I threw her my best parade ground salute and got out so fast I left a hole in the air.”

“I wonder,” Mr. Walker said judicially, “if you should oppose your commanding officer in such matters? After all, she is older and presumably wiser than you are.”

Helen made a little pile of the last of her baby’s buttons, scooped them up and swallowed them. “Fiddlesticks squared and cubed. Pardon me, Pater, but if you had any military service   you would know better. I am as tough as blazes to my girls myself… and it just makes them boast about how they’ve got the worst fire-eater in twenty planets. But if they’re in trouble   higher up, I’ve got to take care of my kids. There always comes a day when there is something sticky up ahead and I have to stand up and walk toward it. And it will be all right because I’ll have Kelly on my right flank and Dvorak on my left and each of them trying to take care of Maw Walker all by her ownself. I know what I’m doing. ‘Walker’s Werewolves’ are a team.”

Mrs. Walker shivered. “Gracious, darling, I wish you had never taken up a calling so … well, so dangerous.”

Helen shrugged. “The death rate is the same for us as for anybody … one person, one death, sooner or later. What would you want, Mum? With eighteen million more women than men on this continent did you want me to sit and knit until my knight comes riding? Out where I operate, there are more men than women; I’ll wing one yet, old and ugly as I am.

Rod asked curiously, “Sis, would you really give up your commission to get married?”

“Would I! I won’t even count his arms and legs. If he is still warm and can nod his head, he’s had it. My target is six babies and a farm.” Rod looked her over. “I’d say your chances are good. You’re quite pretty even if your ankles are thick.”

“Thanks, pardner. Thank you too much. What’s for dessert, Mum?” “I didn’t look. Will you open it, dear?”

Dessert turned out to be iced mangorines, which pleased Rod. His sister went on talking. “The Service isn’t a bad shake, on active duty. It’s garrison duty that wears. My kids get fat and sloppy and restless and start fighting with each other from sheer boredom. For my choice, barracks casualties are more to be dreaded than combat. I’m hoping that our squadron will be tagged to take part in the pacification of Byer’s Planet.”

Mr. Walker looked at his wife, then at his daughter. “You have upset your mother again, my dear. Quite a bit of this talk has hardly been appropriate under the Light of Peace.”  “I was asked questions, I answered.”

“Well, perhaps so.”

Helen glanced up. “Isn’t it time to turn it out, anyway? We all seem to have finished eating.” “Why, if you like. Though it is hardly reverent to hurry.”

“The Principle knows we haven’t all eternity.” She turned to Rod. “How about making yourself scarce, mate? I want to make palaver with the folks.” “Gee, Sis, you act as if I was-“

“Get lost, Buddy. I’ll see you later.”

Rod left, feeling affronted. He saw Helen blow out the pax lamp as he did so. He was still making lists when his sister came to his room. “Hi, kid.”

“Oh. Hello, Sis.”

“What are you doing? Figuring what to take on your solo?” “Sort of.”

“Mind if I get comfortable?” She brushed articles from his bed and sprawled on it. “We’ll go into that later.” Rod thought it over. “Does that mean Dad won’t object?”

“Yes. I pounded his head until he saw the light. But,

as I said, well go into that later. I’ve got something to tell you, youngster.” “Such as?”

“The first thing is this. Our parents are not as stupid as you probably think they are. Fact is, they are pretty bright.” “I never said they were stupid!” Rod answered, comfortably aware of what his thoughts had been.

“No. But I heard what went on before dinner and so did you. Dad was throwing his weight around and not listening. But, Buddy, it has probably never occurred to you that it is hard work to be a parent, maybe the hardest job of all- particularly when you have no talent for it, which Dad hasn’t. He knows it and works hard at it and is conscientious. Mostly he does mighty well. Sometimes he slips, like tonight. But, what you did not know is this: Dad is going to die.”

“What?” Rod looked stricken. “I didn’t know he was ill!”

“You weren’t meant to know. Now climb down off the ceiling; there is a way out. Dad is terribly ill, and he would die in a few weeks at the most- unless something drastic is done. But something is going to be. So relax.”

She explained the situation bluntly: Mr. Walker was suffering from a degenerative disease under which he was slowly starving to death. His condition was incurable by current medical art; he might linger on, growing weaker each day, for weeks or months- but he would certainly die soon.

Rod leaned his head on his hands and chastised himself. Dad dying … and he hadn’t even noticed. They had kept it from him, like a baby, and he had been too stupid to see it.

His sister touched his shoulder. “Cut it out. If there is anything stupider than flogging yourself over something you can’t help, I’ve yet to meet it. Anyhow, we are doing something about it.” “What? I thought you said nothing could be done?”

“Shut up and let your mind coast. The folks are going to make a Ramsbotham jump, five hundred to one, twenty years for two weeks. They’ve already signed a contract with Entropy, Incorporated. Dad has resigned from General Synthetics and is closing up his affairs; they’ll kiss the world good-by this coming Wednesday- which is why he was being sterh about your plans to be away at that time. You’re the apple of his eye- Heaven knows why.”

Rod tried to sort out too many new ideas at once. Atime jump … of course! It would let Dad stay alive another twenty years. But- “Say, Sis, this doesn’t get them anything! Sure, it’s twenty years but it will be just two weeks to them … and Dad will be as sick as ever. I know what I’m talking about; they did the same thing for Hank Robbin’s great grandfather and he died anyhow, right after they took him out of the stasis. Hank told me.”

Captain Walker shrugged. “Probably a hopeless case to start with. But Dad’s specialist, Dr. Hensley, says that he is morally certain that Dad’s case is not hopeless twenty years from now. I don’t know anything about metabolic medicine, but Hensley says that they are on the verge and that twenty years from now they ought to be able to patch Dad up as easily they can graft on a new leg today.”

“You really think so?”

“How should I know? In things like this you hire the best expert you can, then follow his advice. The point is, if we don’t do it, Dad is finished. So we do it.”

“Yeah. Sure, sure, we’ve got to.”

She eyed him closely and added, “All right. Now do you want to talk with them about it?” “Huh?” He was startled by the shift. “Why? Are they waiting for me?”

“No. I persuaded them that it was best to keep it from you until it happened. Then I came straight in and told you. Now you can do as you please- pretend you don’t know, or go have Mum cry over you, and listen to a lot of last-minute, man-to-man advice from Dad that you will never take. About midnight, with your nerves frazzled, you can get back to your preparations for   your survival test. Play it your own way- but I’ve rigged it so you can avoid that, if you want to. Easier on everybody. Myself, I like a cat’s way of saying good-by.”

Rod’s mind was in a turmoil. Not to say good-by seemed unnatural, ungrateful, untrue to family sentiment- but the prospect of saying good-by seemed almost unbearably embarrassing. “What’s that about a cat?”

“When a cat greets you, he makes a big operation of it, humping, stropping your legs, buzzing like mischief. But when he leaves, he just walks off and never looks back. Cats are smart.” “Well . .”

“I suggest,” she added, “that you remember that they are doing this for their convenience, not yours. “But Dad has to-“

“Surely, Dad must, if he is to get well.” She considered pointing out that the enormous expense of the time jump would leave Rod practically penniless; she decided that this was better left undiscussed. “But Mum does not have to.”

“But she has to go with Dad!”

“So? Use arithmetic. She prefers leaving you alone for twenty years in order to be with Dad for two weeks. Or turn it around: she prefers having you orphaned to having herself widowed for the same length of time.”

“I don’t think that’s quite fair to Mum,” Rod answered slowly.

“I wasn’t criticizing. She’s making the right decision. Nevertheless, they both have a strong feeling of guilt about you and-“ “About me?”

“About you. I don’t figure into it. If you insist on saying good-by, their guilt will come out as self-justification and self-righteousness and they will find ways to take it out on you and everybody will have a bad time. I don’t want that. You are all my family.”

“Uh, maybe you know best.”

“I didn’t get straight A’s in emotional logic and military leadership for nothing. Man is not a rational animal; he is a rationalizing animal. Now let’s see what you plan to take with you.”   She looked over his lists and equipment, then whistled softly. “Whew! Rod, I never saw so much plunder. You won’t be able to move. Who are you? Tweedledum preparing for battle, or

the White Knight?”

“Well, I was going to thin it down,” he answered uncomfortably. “I should think so!”

“Uh, Sis, what sort of gun should I carry?” “Huh? Why the deuce do you want a gun?”

“Why, for what I might run into, of course. Wild animals and things. Deacon Matson practically said that we could expect dangerous animals.”

“I doubt if he advised you to carry a gun. From his teputation, Dr. Matson is a practical man. See here, infant, on this tour you are the rabbit, trying to escape the fox. You aren’t the fox.” “What do you mean?”

“Your only purpose is to stay alive. Not to be brave, not to fight, not to dominate the wilds- but just stay breathing. One time in a hundred a gnn might save your life; the other ninety-nine it will just tempt you into folly. Oh, no doubt Matson would take one, and I would, too. But we are salted; we know when not to use one. But consider this. That test area is going to be crawling with trigger-happy young squirts. If one shoots you, it won’t matter that you have a gun, too- because you will be dead. But if you carry a gun, it makes you feel cocky; you won’t take proper cover. If you don’t have one, then you’ll know that you are the rabbit. You’ll be careful.”

“Did you take a gun on your solo test?”

“I did. And I lost it the first day. Which saved my life.” “How?”

“Because when I was caught without one I ran away from a Bessmer’s griffin instead of trying to shoot it. You savvy Bessmer’s griffin?” “Uh, Spica V?”

“Spica IV. I don’t know how much outer zoology they are teaching you kids these days-from the ignoramuses we get for recruits I’ve reached the conclusion that this new-fangled ‘functional education’ has abolished studying in favor of developing their cute little personalities.

“Why I had one girl who wanted to- never mind; the thing about the griffin is that it does not really have vital organs. Its nervous system is decentralized, even its assimilation system. To   kill it quickly you would have to grind it into hamburger. Shooting merely tickles it. But not know that; if I had had my gun I would have found out the hard way. As it was, it treed me for three days, which did my figure good and gave me time to think over the philosophy, ethics, and pragmatics of self-preservation.”

Rod did not argue, but he still had a conviction that a gun was a handy thing to have around. It made him feel good, taller, stronger and more confident, to have one slapping against his thigh. He didn’t have to use it- not unless he just had to. And he knew enough to take cover; nobody in the class could do a silent sneak the way he could. While Sis was a good soldier, still she didn’t know everything and-

But Sis was still talking. “I know how good a gun feels. It makes you bright-eyed and bushy-tailed, three meters tall and covered with hair. You’re ready for anything and kind of hoping   you’ll find it. Which is exactly what is dangerous about it-because you aren’t anything of the sort. You are a feeble, hairless embryo, remarkably easy to kill. You could carry an assault gun with two thousand meters precision range and isotope charges that will blow up a hill, but you still would not have eyes in the back of your head like a janus bird, nor be able to see in the dark like the Thetis pygmies. Death can cuddle up behind you while you are drawing a bead on something in front.”

“But, Sis, your own company carries guns.

“Guns, radar, bombs, black scopes, gas, warpers, and some things which we light-heartedly hope are secret. What of it? You aren’t going to storm a city. Buddy, sometimes I send a girl out on an infiltration patrol, object: information-go out, find out, come back alive. How do you suppose I equip her?”

“Never mind. In the first place I don’t pick an eager young recruit; I send some unkillable old-timer. She peels down to her underwear, darkens her skin if it is not dark, and goes out bare- handed and bare-footed, without so much as a fly swatter. I have yet to lose a scout that way. Helpless and unprotected you do grow eye’s in the back of your head, and your nerve ends reach out and feel everything around you. I learned that when I was a brash young j.o., from a salty trooper old enough to be my mother.”

Impressed, Rod said slowly, “Deacon Matson told us he would make us take this test bare-handed, if he could.” “Dr. Matson is a man of sense.

“Well, what would you take?”

“Test conditions again?”

Rod stated them. Captain Walker frowned. “Mmm … not much to go on. Two to ten days probably means about five. The climate won’t be hopelessly extreme. I suppose you own a Baby Bunting?”

“No, but I’ve got a combat parka suit. I thought I would carry it, then if the test area turned out not to be cold, I’d leave it at the gate. I’d hate to lose it; it weighs only half a kilo and cost quite  a bit.”

“Don’t worry about that. There is no point in being the best dressed ghost in Limbo. Okay, besides your parka I would make it four kilos of rations, five of water, two kilos of sundries like pills and matches, all in a vest pack … and a knife.”

“‘That isn’t much for five days, much less ten.”

“It is all you can carry and still be light on your feet. “Let’s see your knife, dear.”

Rod had several knives, but one was “his” knife, a lovely all-purpose one with a 21-cm. molysteel blade and a fine balance. He handed it to his sister, who cradled it lightly. “Nice!” she said, and glanced around the room.

“Over there by the outflow.”

“I see.” She whipped it past her ear, let fly, and the blade sank into the target, sung and quivered. She reached down and drew another from her boot top. “This is a good one, too.” She threw and it bit into the target a blade’s width from the first.

She retrieved both knives, stood balancing them, one on each hand. She flipped her own so that the grip was toward Rod. “This is my pet, ‘Lady Macbeth.’ I carried her on my own solo, Buddy. I want you to carry her on yours.

“You want to trade knives? All right.” Rod felt a sharp twinge at parting with “Colonel Bowie” and a feeling of dismay that some other knife might let him down. But it was not an offer that he could refuse, not from Sis.

“My very dear! I wouldn’t deprive you of your own knife, not on your solo. I want you to carry both, Buddy. You won’t starve nor die of thirst, but a spare knife may be worth its weight in thorium.”

“Gee, Sis! But I shouldn’t take your knife, either- you said you were expecting active duty. I can carry a spare of my own”

“I won’t need it. My girls haven’t let me use a knife in years. I want you to have Lady Macbeth on your test.” She removed the scabbard from her boot top, sheathed the blade; and handed it to him. “Wear it in good health, brother.”

3.      Through the Tunnel

Rod arrived at templeton gate the next morning feeling not his best. He had intended to get a good night’s sleep in preparation for his ordeal, but his sister’s arrival in conjunction with overwhelming changes in his family had defeated his intention. As with most children Rod had taken his family and home for granted; he had not thought about them much, nor placed a conscious value on them, any more than a fish treasures water. They simply were.

Now suddenly they were not.

Helen and he had talked late. She had begun to have stron~ misgivings about her decision to let him know of the c ange on the eve of his test. She had weighed it, decided. that it was the “right” thing to do, then had learned the ages-old sour truth that right and wrong can sometimes be determined only through hindsight. It had not been fair, she later concluded, to load anything else on his mind just before his test; But it had not seemed fair, either, to let him leave without knowing… to return to an empty house.

The decision was necessarily hers; she had been his guardian since earlier that same day. The papers had been signed and sealed; the court had given approval. Now she found with  a sigh that being a “parent” was not unalloyed pleasure; it was more like the soul-searching that had gone into her first duty as member of a court martial.

When she saw that her “baby” was not quieting, she had insisted that he go to bed anyhow, then had given him a long back rub, combining it with hypnotic instructions to sleep, then had gone quietly away when he seemed asleep.

But Rod had not been asleep; he had simply wanted to be alone. His mind raced like an engine with no load for the best part of an hour, niggling uselessly at the matter of his father’s illness, wondering what it was going to be like to greet them again after twenty years- why, he would be almost as old as Mum! – switching over to useless mental preparations for unknown test conditions.

At last he realized that he had to sleep- forced himself to run through mental relaxing exercises, emptying his mind and hypnotizing himself. It took longer than ever before but finally he entered a great, golden, warm cloud and was asleep.

His bed mechanism had to call him twice. He woke bleary-eyed and was still so after a needle shower. He looked in a mirror, decided that shaving did not matter where he was going and anyhow he was late-then decided to shave after all … being painfully shy about his sparse young growth.

Mum was not up, but she hardly ever got up as early as that. Dad rarely ate breakfast these days … Rod recalled why with a twinge. But he had expected Sis to show up. Glumly he opened his tray and discovered that Mum had forgotten to dial an order, something that had not happened twice in his memory. He placed his order and waited for service- another ten minutes lost.

Helen showed up as he was leaving, dressed surprisingly in a dress. “Good morning.”

“Hi, Sis. Say, you’ll have to order your own tucker. Mother didn’t and I didn’t know what you wanted.” “Oh, I had breakfast hours ago. I was waiting to see you off.”

“Oh. Well, so long. I’ve got to run, I’m late.”

“I won’t hold you up.” She came over and embraced him. “Take it easy, mate. That’s the important thing. More people have died from worry than ever bled to death. And if you do have to strike, strike low.”

“Uh, I’ll remember.”

“See that you do. I’m going to get my leave extended today so that I’ll be here when you come back.” She kissed him. “Now run.”

Dr. Matson was sitting at a desk outside the dispensary at Templeton Gate, checking names on his roll. He looked up as Rod arrived. “Why, hello, Walker. I thought maybe you had decided to be smart.”

‘I’m sorry I’m late, sir. Things happened.”

“Don’t fret about it. Knew a man once who didn’t get shot at sunrise because he overslept the appointment.” “Really? Who was he?”

“Young fellow I used to know. Myself.”

“Hunh? You really did, sir? You mean you were-“

“Not a word of truth in it. Good stories are rarely true. Get on in there and take your physical, before you get the docs irritated.”

They thumped him and x-rayed him and made a wavy pattern from his brain and did all the indignities that examining physicians do. The senior examiner listened to his heart and felt his moist hand. “Scared, son?”

“Of course I am!” Rod blurted.

“Of course you are. If you weren’t, I wouldn’t pass you. What’s that bandage on your leg?”

“Uh-” The bandage concealed Helen’s knife “Lady Macbeth.” Rod sheepishly admitted the fact. “Take it off.”

“Sir?”

“I’ve known candidates to pull dodges like that to cover up a disqualification. So let’s have a look.”

Rod started removing it; the physician let him continue until he was sure that it was a cache for a weapon and not a wound dressing. “Get your clothes on. Report to your instructor.

Rod put on his vest pack of rations and sundries, fastened his canteen under it. It was a belt canteen of flexible synthetic divided into half-litre pockets. The weight was taken by shoulder straps and a tube ran up the left suspender, ending in a nipple near his mouth, so that he might drink wit out taking it off. He planned, if possible, to stretch his meager supply through the whole test, avoiding the hazards of contaminated water and the greater hazards of the water hole- assuming that fresh water could be found at all.

He wrapped twenty meters of line, light, strong, and thin, around his waist. Shorts, overshirt, trousers, and boot moccasins completed his costume; he belted “Colonel Bowie” on outside. Dressed, he looked fleshier than he was; only his knife showed. He carried his parka suit over his left arm. It was an efficient garment, hooded, with built-in boots and gloves, and with pressure seams to let him use bare hands when necessary, but it was much too warm to wear until he needed it. Rod had learned early in the game that Eskimos don’t dare to sweat.

Dr. Matson was outside the dispensary door. “The

late Mr. Walker,” he commented, then glanced at the bulkiness of Rod’s torso. “Body armor, son?” “No, sir. Just a vest pack.” “How much penalty you carrying?”

“Eleven kilograms. Mostly water and rations.”

“Mmm . . well, it will get heavier before it gets lighter. No Handy-Dandy Young Pioneer’s Kit? No collapsible patent wigwam?” Rod blushed. “No, sir.”

“You can leave that snow suit. Ill mail it to your home.”

“Uh, thank you, sir.” Rod passed it over, adding, wasn’t sure I’d need it, but I brought it along, just in case.

“You did need it.” “Sir?”

“I’ve already flunked five for showing up without their snuggies… and four for showing up with vacuum suits. Both ways for being stupid. They ought to know that the Board would not dump them into vacuum or chlorine or such without specifying space suits in the test notice. We’re looking for graduates, not casualties. On the other hand, cold weather is within the limits of useful test conditions.”

Rod glanced at the suit he had passed over. “You’re sure I won’t need it, sir?”

“Quite. Except that you would have flunked if you hadn’t fetched it. Now bear a hand and draw whatever pig shooter you favor; the armorer is anxious to close up shop. What gun have you picked?”

Rod gulped. “Uh, I was thinking about not taking one, Deacon- I mean ‘Doctor.’”

“You can call me ‘Deacon’ to my face- ten days from now. But this notion of yours interests me. How did you reach that conclusion?” “Uh, why, you see, sir… well, my sister suggested it.”

“So? I must meet your sister. What’s her name?”

“Assault Captain Helen Walker,” Rod said proudly, “Corps of Amazons.” Matson wrote it down. “Get on in there. They are ready for the drawing.

Rod hesitated. “Sir,” he said with sudden misgiving, “if I did carry a gun, what sort would you advise?”

Matson looked disgusted. “I spend a year trying to spoonfeed you kids with stuff I learned the hard way. Comes examination and you ask me to slip you the answers. I can no more answer that than I would have been justified yesterday in telling you to bring a snow suit.”

“Sorry, sir.

“No reason why you shouldn’t ask; it’s just that I won’t answer. Let’s change the subject. This sister of yours she must be quite a girl.” “Oh, she is, sir.”

“Mmm … maybe if I had met a girl like that I wouldn’t be a cranky old bachelor now. Get in there and draw your number. Number one goes through in six minutes.”

“Yes, Doctor.” His way led him past the school armorer, who had set up a booth outside the door. The old chap was wiping off a noiseless Summerfield. Rod caught his eye. “Howdy, Guns.”

“Hi, Jack. Kind of late, aren’t you? What’ll it be?”

Rod’s eye ran over the rows of beautiful weapons. Maybe just a little needle gun with poisoned pellets . He wouldn’t have to use it .

Then he realized that Dr. Matson had answered his question, with a very broad hint. “Uh, I’m already heeled, Guns. Thanks.” “Okay. Well, good luck, and hurry back.”

“Thanks a lot.” He went into the gate room.

The seminar had numbered more than fifty students; there were about twenty waiting to take the examination. He started to look around, was stopped by a gate attendant who called out, “Over here! Draw your number.”

The lots were capsules in a bowl. Rod reached in, drew one out, and broke it open. “Number seven.” “Lucky seven! Congratulations. Your name, please.”

Rod gave his name and turned away, looking for a seat, since it appeared that he had twenty minutes or so to wait. He walked back, staring with interest at what his schoolmates deemed appropriate for survival, any and all conditions.

Johann Braun was seated with empty seats on each side of him. The reason for the empty seats crouched at his feet- a big, lean, heavily-muscled boxer dog with unfriendly eyes. Slung over Braun’s shoulder was a General Electric Thunderbolt, a shoulder model with telescopic sights and cone-of-fire control; its power pack Braun wore as a back pack. At his belt were binoculars, knife, first aid kit, and three pouches.

Rod stopped and admired the gun, wondering how much the lovely thing had cost. The dog raised his head and growled. Braun put a hand on the dog’s head. “Keep your distance,” he warned. “Thor is a one-man dog.”

Rod gave back a pace. “Yo, you are certainly equipped.”

The big blond youth gave a satisfied smile. “Thor and I are going to live off the country.” “You don’t need him, with that cannon.

“Oh, yes, I do. Thor’s my burglar alarm. With him at my side I can sleep sound. You’d be surprised at the things he can do. Thor’s smarter than most people.” “Shouldn’t wonder.”

“The Deacon gave me some guff that the two of us made a team and should go through separately. I explained to him that Thor would tear the joint apart if they tried to separate us.” Braun caressed the dog’s ears. “I’d rather team with Thor than with a platoon of Combat Pioneers.”

“Say, Yo, how about letting me try that stinger? After we come out, I mean.

“I don’t mind. It really is a honey. You can pick off a sparrow in the air as easily as you can drop a moose at a thousand meters. Say, you’re making Thor nervous. See you later.”

Rod took the hint, moved on and sat down. He looked around, having in mind that he might still arrange a survival team. Near the shuttered arch of the gateway there was a priest with a boy kneeling in front of him, with four others waiting.

The boy who had been receiving the blessing stood up- and Rod stood up hastily. “Hey! Jimmy!”

Jimmy Throxton looked around, caught his eye and grinned, hurried over. “Rod!” he said, “I thought you had ducked out on me. Look, you haven’t teamed?” “Still want to?”

“Huh? Sure.”

“Swell! I can declare the team as I go through as long as you don’t have number two. You don’t, do you?” “No”

“Good! Because I’m-“

“NUMBER ONE!” the gate attendant called out. “‘Throxton, James.’”

Jimmy Throxton looked startled. “Oh, gee!” He hitched at his gun belt and turned quickly away, then called over his shoulder, “See you on the other side!” He trotted toward the gate, now unshuttered.

Rod called out, “Hey, Jimmy! How are we going to find-” But it was too late. Well, if Jimmy had sense enough to drive nails, he would keep an eye on the exit.

“Number two! Mshiyeni, Caroline.” Across the room the big Zulu girl who had occurred to Rod as a possible team mate got up and headed for the gate. She was dressed simply in shirt and shorts, with her feet and legs and hands bare. She did not appear to be armed but she was carrying an overnight bag.

Someone called out, “Hey, Carol! What you got in the trunk?” She threw him a grin. “Rocks.”

“Ham sandwiches, I’ll bet. Save me one. “I’ll save you a rock, sweetheart.”

Too soon the attendant called out, “Number seven- Walker, Roderick L.”

Rod went quickly to the gate. The attendant shoved a paper into his hand, then shook hands. “Good luck, kid. Keep your eyes open.” He gave Rod a slap on the back that urged him through the opening, dilated to man size.

Rod found himself on the other side and, to his surprise, still indoors. But that shock was not as great as immediate unsteadiness and nausea; the gravity acceleration was much less than earth-normal.

He fought to keep from throwing up and tried to figure things out. Where was he? On Luna? On one of Jupiter’s moons? Or somewhere ‘way out there?

The Moon, most likely- Luna. Many of the longer jumps were relayed through Luna because of the danger of mixing with a primary, particularly with binaries. But surely they weren’t going to leave him here; Matson had promised them no airless test areas.

On the floor lay an open valise; he recognized it absent-mindedly as the one Caroline had been carrying. At last he remembered to look at the paper he had been handed.  It read:

SOLO SURVIVAL TEST-Recall Instructions

  1. You must pass through the door ahead in the three minutes allowed you before another candidate is started through. An overlapping delay will disqualify you.
  2. Recall will be by standard visual and sound signals. You are warned that the area remains hazardous even after recall is sounded.
  3. The exit gate will not be the entrance gate. Exit may be as much as twenty kilometers in the direction of sunrise.
  4. There is no truce zone outside the gate. Test starts at once. Watch out for stobor. Good luck!

-B. P.M.

Rod was still gulping at low gravity and staring at the paper when a door opened at the far end of the long, narrow room he was in. Aman shouted, “Hurry up! You’ll lose your place.”

Rod tried to hurry, staggered and then recovered too much and almost fell. He had experienced low gravity on field trips and his family had once vacationed on Luna, but he was not used to it; with difficulty he managed to skate toward the far door.

Beyond the door was another gate room. The attendant glanced at the timer over the gate and said, “Twenty seconds. Give me that instruction sheet.”

Rod hung onto it. “I’ll use the twenty seconds.”-as much as twenty kilometers in the direction of sunrise. Anominal eastward direction-call it “east.” But what the deuce was, or were, “stobor”?

“Time! Through you go.” The attendant snatched the paper, shutters rolled back, and Rod was shoved through a dilated gate.

He fell to his hands and knees; the gravity beyond was something close to earth-normal and the change had caught him unprepared. But he stayed down, held perfectly still and made no sound while he quickly looked around him. He was in a wide clearing covered with high grass and containing scattered trees and bushes; beyond was dense forest.

He twisted his neck in a hasty survey. Earth-type planet, near normal acceleration, probably a G-type sun in the sky … heavy vegetation, no fauna in sight- but that didn’t mean anything; there might be hundreds within hearing. Even a stobor, whatever that was.

The gate was behind him, tall dark-green shutters which were in reality a long way off. They stood unsupported in the tall grass, an anomalism unrelated to the primitive scene. Rod considered wriggling around behind the gate, knowing that the tangency was one-sided and that he would be able to see through the locus from the other side, see anyone who came out without himself being seen.

Which reminded him that he himself could be seen from that exceptional point; he decided to move.

Where was Jimmy? Jimmy ought to be behind the gate, watching for him to come out… or watching from some other spy point. The only certain method of rendezvous was for Jimmy to have waited for Rod’s appearance; Rod had no way to find him now.

Rod looked around more slowly and tried to spot anything that might give a hint as to Jimmy’s whereabouts. Nothing … but when his scanning came back to the gate, the gate was no longer there.

Rod felt cold ripple of adrenalin shock trickle down his back and out his finger tips. He forced himself to quiet down and told himself that it was better this way. He had a theory to account for the disappearance of the gate; they were, he decided, refocusing it between each pair of students, scattering them possibly kilometers apart.

No, that could not be true- “twenty kilometers toward sunrise” had to relate to a small area.

Or did it? He reminded himself that the orientation given in the sheet handed him might not be that which appeared in some other student’s instruction sheet. He relaxed to the fact that he did not really know anything… he did not know where he was, nor where Jimmy was, nor any other member of the class, he did not know what he might find here, save that it was a place where a man might stay alive if he were smart- and lucky.

Just now his business was to stay alive, for a period that he might as well figure as ten Earth days. He wiped Jimmy Throxton out of his mind, wiped out everything but the necessity of remaining unceasingly alert to all of his surroundings. He noted wind direction as shown by grass plumes and started crawling cautiously down wind.

The decision to go down wind had been difficult. To go up wind had been his first thought, that being the natural direction for a stalk. But his sister’s advice had already paid off; he felt naked and helpless without a gun and it had reminded him that he was not the hunter. His scent would carry in any case; if he went down wind he stood a chance of seeing what might be stalking him, while his unguarded rear would be comparatively safe.

Something ahead in the grass!

He froze and watched. It had been the tiniest movement; he waited. There it was again, moving slowly from right to left across his front. It looked like a dark spike with a tuft of hair on the tip, a tail possibly, carried aloft.

He never saw what manner of creature owned the tail, if it was a tail. It stopped suddenly at a point Rod judged to be directly down wind, then moved off rapidly and he lost Sight of it. He waited a few minutes, then resumed crawling.

It was extremely hot work and sweat poured down him and soaked his overshirt and trousers. He began to want a drink very badly but reminded himself that five litres of water would not last long if he started drinking the first hour of the test. The sky was overcast with high cirrus haze, but the primary or “sun”- he decided to call it the Sun- seemed to burn through fiercely. It was low in the sky behind him; he wondered what it would be like overhead? Kill a man, maybe. Oh, well, it would be cooler in that forest ahead, or at least not be the same chance of sunstroke.

There was lower ground ahead of him and hawklike birds were circling above the spot, round and round. He held still and watched. Brothers, he said softly, if you are behaving like vultures back home, there is something dead ahead of me and you are waiting to make sure it stays dead before you drop in for lunch. If so, I had better swing wide, for it is bound to attract other things… some of which I might not want to meet.

He started easing to the right, quartering the light breeze. It took him onto higher ground and close to a rock outcropping. Rod decided to spy out what was in the lower place below, making use of cover to let him reach an overhanging rock.

It looked mightily like a man on the ground and a child near him. Rod reached, fumbled in his vest pack, got out a tiny 8-power monocular, took a better look. The man was Johann Braun, the “child” was his boxer dog. There was no doubt but that they were dead, for Braun was lying like a tossed rag doll, with his head twisted around and one leg bent under. His throat and the side of his head were a dark red stain.

While Rod watched, a doglike creature trotted out, sniffed at the boxer, and began tearing at it … then the first of the buzzard creatures landed to join the feast. Rod took the glass from his eye, feeling queasy. Old Yo had not lasted long- jumped by a “stobor” maybe- and his smart dog had not saved him. Too bad! But it did prove that there were carnivores around and it behooved him to be careful if he did not want to have jackals and vultures arguing over the leavings!

He remembered something and put the glass back to his eye. Yo’s proud Thunderbolt gun was nowhere in sight and the corpse was not wearing the power pack that energized it. Rod gave a low whistle in his mind and thought. The only animal who would bother to steal a gun ran around on two legs. Rod reminded himself that a Thunderbolt could kill at almost any line-of-sight range- and now somebody had it who obviously took advantage of the absence of law and order in a survival test area.

Well, the only thing to do was not to be in line of sight. He backed off the rock and slid into the bushes.

The forest had appeared to be two kilometers away, or less, when he had started. He was close to it when he became uncomfortably aware that sunset was almost upon him. He  became less cautious, more hurried, as he planned to spend the night in a tree. This called for light to climb by, since he relished a night on the ground inside the forest still less than he liked the idea of crouching helpless in the grass.

It had not taken all day to crawl this far. Although it had been morning when he had left Templeton Gate the time of day there had nothing to do with the time of day here. He had been shoved through into late afternoon; it was dusk when he reached the tall trees.

So dusky that he decided that he must accept a calculated risk for what he must do. He stopped at the edge of the forest, still in the high grass, and dug into his pack for his climbers. His sister had caused him to leave behind most of the gadgets, gimmicks, and special-purpose devices that he had considered bringing; she had not argued at these. They were climbing spikes of a style basically old, but refined, made small and light-the pair weighed less than a tenth of a kilogram- and made foldable and compact, from a titanium alloy, hard and strong.

He unfolded them, snapped them under his arches and around his shins, and locked them in place. Then he eyed the tree he had picked, a tall giant deep enough in the mass to allow the possibility of crossing to another tree if the odds made a back-door departure safer and having a trunk which, in spite of its height, he felt sure he could get his arms around.

Having picked his route, he straightened up and at a fast dogtrot headed for the nearest tree. He went past it, cut left for another tree, passed it and cut right toward the tree he wanted. He was about fifteen meters from it when something charged him.

He closed the gap with instantaneous apportation which would have done credit to a Ramsbotham hyperfold. He reached the first branch, ten meters above ground, in what amounted to levitation. From there on he climbed more conventionally, digging the spurs into the tree’s smooth bark and setting his feet more comfortably on branches when they began to be close enough together to form a ladder.

About twenty meters above ground he stopped and looked down. The branches interfered and it was darker under the trees than it had been out in the open; nevertheless he could see, prowling around the tree, the denizen that had favored him with attention.

Rod tried to get a better view, but the light was failing rapidly. But it looked like… well, if he had not been certain that he was on some uncolonized planet ‘way out behind and beyond, he would have said that it was a lion.

Except that it looked eight times as big as any lion ought to look.

He hoped that, whatever it was, it could not climb trees. Oh, quit fretting, Rod!- if it had been able to climb you would have been lunch meat five minutes ago. Get busy and rig a place to sleep before it gets pitch dark. He moved up the tree, keeping an eye out for the spot he needed.

He found it presently, just as he was beginning to think that he would have to go farther down. He needed two stout branches far enough apart and near enough the same level to let him stretch a hammock. Having found such, he worked quickly to beat the failing light. From a pocket of his vest pack he took out his hammock, a web strong as spider silk and almost as   thin and light. Using the line around his waist he stretched it, made sure his lashings would hold and then started to get into it.

Adouble-jointed acrobat with prehensile toes might have found it easy; a slack-wire artist would simply have walked into it and sat down. But Rod found that he needed sky hooks. He almost fell out of the tree.

The hammock was a practical piece of equipment and Rod had slept in it before. His sister had approved it, remarking that it was a better model than the field hammock they gave her girls. “Just don’t sit up in your sleep.”

“I won’t,” Rod had assured her. “Anyway, I always fasten the chest belt.”

But he had never slung it in this fashion. There was nothing to stand on under the hammock, no tree limb above it close enough to let him chin himself into it. After several awkward and breath-catching attempts he began to wonder whether he should perch like a bird the rest of the night, or drape himself in the notch of a limb. He did not consider spending the night on the ground- not with that thing prowling around.

There was another limb higher up almost directly over the hammock. Maybe if he tossed the end of his line over it and used it to steady himself …

He tried it. But it was almost pitch dark now; the only reason he did not lose his line was that one end was bent to the hammock. At last he gave up and made one more attempt to crawl into the hammock by main force and extreme care. Bracing both hands wide on each side of the head rope he scooted his feet out slowly and cautiously. Presently he had his legs inside the hammock, then his buttocks. From there on it was a matter of keeping his center of gravity low and making no sudden moves while he insinuated his body farther down into the  cocoon.

At last he could feel himself fully and firmly supported. He took a deep breath, sighed, and let himself relax. It was the first time he had felt either safe or comfortable since passing through the gate.

After a few minutes of delicious rest Rod located the nipple of his canteen and allowed himself two swallows of water, after which he prepared supper. This consisted in digging out a quarter-kilo brick of field ration, eleven hundred calories of yeast protein, fat, starch, and glucose, plus trace requirements. The label on it, invisible in the dark, certified that it was “tasty, tempting and pleasing in texture,” whereas chewing an old shoe would have attracted a gourmet quite as much.

But real hunger gave Rod the best of sauces. He did not let any crumb escape and ended by licking the wrapper. He thought about opening another one, quelled the longing, allowed himself one more mouthful of water, then pulled the insect hood of the hammock down over his face and fastened it under the chest belt. He was immune to most insect-carried Terran diseases and was comfortably aware that humans were not subject to most Outlands diseases, but he did not want the night fliers to use his face as a drinking fountain, nor even as a parade ground.

He was too hot even in his light clothing. He considered shucking down to his shorts; this planet, or this part of this planet, seemed quite tropical. But it was awkward; tonight he must stay as he was, even if it meant wasting a day’s ration of water in sweat. He wondered what planet this was, then tried to peer through the roof of the forest to see if he could recognize stars. But either the trees were impenetrable or the sky was overcast; he could see nothing. He attempted to draw everything out of his mind and sleep.

Ten minutes later he was wider awake than ever. Busy with his hammock, busy with his dinner, he had not paid attention to distant sounds; now he became aware of all the voices of the night. Insects buzzed and sang and strummed, foliage rustled and whispered, something coughed below him. The cough was answered by insane laughter that ran raggedly up, then down, and died in asthmatic choking.

Rod hoped that it was a bird.

He found himself straining to hear every sound, near and far, holding his breath. He told himself angrily to stop it; he was safe from at least nine-tenths of potential enemies. Even a

snake, if this place ran to such, would be unlikely to crawl out to the hammock, still less likely to attack- if he held still. Snakes, button-brained as they were, showed little interest in anything too big to swalow. The chances of anything big enough to hurt him-and interested in hurting him- being in this treetop were slim. So forget those funny noises, pal, and go to sleep. After all, they’re no more important than traffic noises in a city.

He reminded himself of the Deacon’s lecture on alarm reaction, the thesis that most forms of death could be traced to the body’s coming too urgently to battle stations, remaining too long at full alert. Or, as his sister had put it, more people worry themselves to death than bleed to death. He set himself conscientiously to running through the mental routines intended to produce sleep.

He almost made it. The sound that pulled him out of warm drowsiness came from far away; involuntarily he roused himself to hear it. It sounded almost human… no, it was human-the terrible sound of a grown man crying with heartbreak, the deep, retching, bass sobs that tear the chest.

Rod wondered what he ought to do. It was none of his business and everyone there was on his own-but it went against the grain to hear such agony from a fellow human and ignore it. Should he climb down and feel his way through the dark to wherever the poor wretch was? Stumbling into tree roots, he reminded himself, and falling into holes and maybe walking straight into the jaws of something hungry and big.

Well, should he? Did he have any right not to?

It was solved for him by the sobs being answered by more sobs, this time closer and much louder. This new voice did not sound human, much as it was like the first, and it scared him almost out of his hammock. The chest strap saved him.

The second voice was joined by a third, farther away. In a few moments the peace of the night had changed to sobbing, howling ululation of mass fear and agony and defeat unbearable. Rod knew now that this was nothing human, nor anything he had ever heard, or heard of, before. He suddenly had a deep conviction that these were the stobor he had been warned to avoid.

But what were they? How was he to avoid them? The one closest seemed to be higher up than he was and no farther than the next tree … good grief, it might even be this tree! When you meet a stobor in the dark what do you do? Spit in its face? Or ask it to waltz?

One thing was certain: anything that made that much noise in the jungle was not afraid of anything; therefore it behooved him to be afraid of it. But, there being nothing he could do, Rod lay quiet, his fear evidenced only by tense muscles, gooseflesh, and cold sweat. The hellish concert continued with the “stobor” closest to him sounding almost in his pocket. It seemed to have moved closer.

With just a bit more prodding Rod would have been ready to sprout wings and fly. Only at home on the North American continent of Terra had he ever spent a night alone in the wilderness. There the hazards were known and minor … a few predictable bears, an occasional lazy rattlesnake, dangers easily avoided.

But how could he guard against the utterly unknown? That stobor- he decided that he might as well call it that- that stobor might be moving toward him now, sizing him up with night eyes, deciding whether to drag him home, or eat him where it killed him.

Should he move? And maybe move right into the fangs of the stobor? Or should he wait, helpless, for the stobor to pounce? It was possible that the stobor could not attack him in the tree. But it was equally possible that stobor were completely arboreal and his one chance lay in climbing down quickly and spending the night on the ground.

What was a stobor? How did it fight? Where and when was it dangerous? The Deacon evidently expected the class to know what to do about them. Maybe they had studied the stobor those days he was out of school right after New Year’s? Or maybe he had just plain forgotten… and would pay for it with his skin. Rod was good at Outlands zoology-but there was just too much to learn it all. Why, the zoology of Terra alone used to give oldstyle zoologists more than they could handle; how could they expect him to soak up all there was to learn about dozens of planets?

It wasn’t fair!

When Rod heard himself think that ancient and useless protest he had a sudden vision of the Deacon’s kindly, cynical smile. He heard his dry drawl: Fair? You expected this to be fair, son? This is not a game. I tried to tell you that you were a city boy, too soft and stupid for this. You would not listen.

He felt a gust of anger at his instructor; it drove fear out of his mind. Jimmy was right; the Deacon would eat his own grandmother! Acold, heartless fish! All right, what would the Deacon do?

Again he heard his teacher’s voice inside his head, an answer Matson had once given to a question put by another classmate: “There wasn’t anything I could do, so I took a nap.

Rod squirmed around, rested his hand on “Colonel Bowie” and tried to take a nap. The unholy chorus made it almost impossible, but he did decide that the stobor in his tree- or was it the next tree?- did not seem to be coming closer. Not that it could come much closer without breathing on his neck, but at least it did not seem disposed to attack.

After a long time he fell into restless sleep, sleep that was no improvement, for he dreamed that he had a ring of sobbing, ululating stobor around him, staring at him, waiting for him to move. But he was trussed up tight and could not move.

The worst of it was that every time he turned his head to see what a stobor looked like it would fade back into the dark, giving him just a hint of red eyes, long teeth. He woke with an icy shock, tried to sit up, found himself restrained by his chest strap, forced himself to lie back. What was it? What had happened?

In his suddenly-awakened state it took time to realize what had happened: the noise had stopped. He could not hear the cry of a single stobor, near or far. Rod found it more disturbing than their clamor, since a noisy stobor advertised its location whereas a silent one could be anywhere- why, the nearest one could now be sitting on the branch behind his head. He twisted his head around, pulled the insect netting off his face to see better. But it was too dark; stobor might be queued up three abreast for all he could tell.

Nevertheless the silence was a great relief. Rod felt himself relax as he listened to the other night sounds, noises that seemed almost friendly after that devils’ choir. He decided that it must be almost morning and that he would do well to stay awake.

Presently he was asleep.

He awoke with the certainty that someone was looking at him. When he realized where he was and that it was still dark, he decided that it was a dream. He stirred, looked around, and tried to go back to sleep.

Something was looking at him!

His eyes, made sensitive by darkness, saw the thing as a vague shape on the branch at his foot. Black on black, he could not make out its outline- but two faintly luminous eyes stared unwinkingly back into his.

“-nothing I could do, so I took a nap.” Rod did not take a nap. For a time measured in eons he and the thing in the tree locked eyes. Rod tightened his grip on his knife and held still, tried to quell the noise of his pounding heart, tried to figure out how he could fight back from a hammock. The beast did not move, made no sound; it simply stared and seemed prepared to  do it all night.

When the ordeal had gone on so long that Rod felt a mounting impulse to shout and get it over, the creature moved with light scratching sounds toward the trunk and was gone. Rod could feel the branch shift; he judged that the beast must weigh as much as he did.

Again he resolved to stay awake. Wasn’t it getting less dark? He tried to tell himself so, but he still could not see his own fingers. He decided to count to ten thousand and bring on the dawn.

Something large went down the tree very fast, followed at once by another, and still a third. They did not stop at Rod’s bedroom but went straight down the trunk. Rod put his knife back and muttered, “Noisy neighbors! You’d think this was Emigrants’ Gap.” He waited but the frantic procession never came back.

He was awakened by sunlight in his face. It made him sneeze; he tried to sit up, was caught by his safety belt, became wide awake and regretted it. His nose was stopped up, his eyes burned, his mouth tasted like a ditch, his teeth were slimy, and his back ached. When he moved to ease it he found that his legs ached, too- and his arms- and his head. His neck refused to turn to the right.

Nevertheless he felt happy that the long night was gone. His surroundings were no longer terrifying, but almost idyllic. So high up that he could not see the ground he was still well below the roof of the jungle and could not see sky; he floated in a leafly cloud. The morning ray that brushed his face was alone, so thoroughly did trees shut out the sky.

This reminded him that he had to mark the direction of sunrise. Hmm … not too simple. Would he be able to see the sun from the floor of the jungle? Maybe he should climb down quickly, get out in the open, and mark the direction while the sun was still Jow. But he noticed that the shaft which had wakened him was framed by a limb notch of another forest giant about fifteen meters away. Very well, that tree was “east” of his tree; he could line them up again when he reached the ground.

Getting out of his hammock was almost as hard as getting in; sore muscles resented the effort. At last he was balanced precariously on one limb. He crawled to the trunk, pulled himself painfully erect and, steadied by the trunk, took half-hearted setting-up exercises to work the knots out. Everything loosened up but his neck, which still had a crick like a toothache.

He ate and drank sitting on the limb with his back to the trunk. He kept no special lookout, rationalizing that night feeders would be bedded down and day feeders would hardly be prowling the tree tops-not big ones, anyway; they would be on the ground, stalking herbivores. The truth was that his green hide-away looked too peaceful to be dangerous.

He continued to sit after he finished eating, considered drinking more of his precious water, even considered crawling back into his hammock. Despite the longest night he had ever had he was bone tired and the day was already hot and sleepy and humid; why not stretch out? His only purpose was to survive; how better than by sleeping and thereby saving food and water?

He might have done so had he known what time it was. His watch told him that it was five minutes before twelve, but he could not make up his mind whether that was noon on Sunday or midnight coming into Monday. He was sure that this planet spun much more slowly than did Mother Earth; the night before had been at least as long as a full Earth day.

Therefore the test had been going on at least twentysix hours and possibly thirty-eight- and recall could be any time after forty-eight hours. Why, it might be today, before sunset, and here he was in fine shape, still alive, still with food and water he could trust.

He felt good about it. What did a stobor have that a man did not have more of and better? Aside from a loud voice, he added.

But the exit gate might be as much as twenty kilometers “east” of where he had come in; therefore it behooved him to reach quickly a point ten kilometers east of where he had come in; he would lay money that that would land him within a kilometer or two of the exit. Move along, hole up, and wait- why, he might sleep at home tonight, after a hot bath!

He started unlashing his hammock while reminding himself that he must keep track of hours between sunrise and sunset today in order to estimate the length of the local day. Then he thought no more about it as he had trouble folding the hammock. It had to be packed carefully to fit into a pocket of his vest pack. The filmy stuff should have been spread on a table, but where he was the largest, flattest area was the palm of his hand.

But he got it done, lumpy but packed, and started down. He paused on the lowest branch, looked around. The oversized and hungry thing that had chased him up the tree did not seem to be around, but the undergrowth was too dense for him to be sure. He made a note that he must, all day long and every day, keep a climbable tree in mind not too far away; a few seconds woolgathering might use up his luck.

Okay, now for orientation- Let’s see, there was the tree he had used to mark “east.” Or was it? Could it be that one over there? He realized that he did not know and swore at himself for not checking it by compass. The truth was that he had forgotten that he was carrying a compass. He got it out now, but it told him nothing,

Since east by compass bore no necessary relation to direction of sunrise on this planet. The rays of the primary did not penetrate where he was; the forest was bathed by a dim religious light unmarked by shadows.

Well, the clearing could not be far away. He would just have to check. He descended by climbing spurs, dropped to spongy ground, and headed the way it should be. He counted his paces while keeping an eye peeled for hostiles.

One hundred paces later he turned back, retracing his own spoor. He found “his” tree; this time he examined it. There was where he had come down; he could see his prints. Which side had he gone up? There should be spur marks.

He found them … and was amazed at his own feat; they started high as his head. “I must have hit that trunk like a cat!” But it showed the direction from which he had come; five minutes later he was at the edge of the open country he had crossed the day before.

The sun made shadows here, which straightened him out and he checked by compass. By luck, east was “east” and he need only follow his compass. It took him back into the forest. He traveled standing up. The belly sneak which he had used the day before was not needed here; he depended on moving noiselessly, using cover, and keeping an eye out behind as

well as in front. He zigzagged in order to stay close to trees neither too big ilor too small but corrected his course frequently by compass.

One part of his mind counted paces. At fifteen hundred broken-country steps to a kilometer Rod figured that fifteen thousand should bring him to his best-guess location for the exit gate, where he planned to set up housekeeping until recall.

But, even with part of his mind counting paces and watching a compass and a much larger part watching for carnivores, snakes, and other hazards, Rod still could enjoy the day and place. He was over his jitters of the night before, feeling good and rather cocky. Even though he tried to be fully alert, the place did not feel dangerous now-stobor or no stobor.

It was, he decided, jungle of semi-rainforest type, not dense enough to require chopping one’s way. It was interlaced with game paths but he avoided these on the assumption that carnivores might lie waiting for lunch to come down the path-Rod had no wish to volunteer.

The place seemed thick with game, mostly of antelope type in many sizes and shapes. They were hard to spot; they faded into the bush with natural camouflage, but the glimpses he got convinced him that they were plentiful. He avoided them as he was not hunting and was aware that even a vegetarian could be dangerous with hooves and horns in self or herd defense.

The world above was inhabited, too, with birds and climbers. He spotted families of what looked like monkeys and speculated that this world would probably have developed its own race of humanoids. He wondered again what planet it was? Terrestrial to several decimal places it certainly seemed to be-except for the inconveniently long day- and probably one just   opened, or it would be swarming with colonists. It would be a premium planet certainly; that clearing he had come through yesterday would make good farm land once it was burned off. Maybe he would come back some day and help clean out the stobor.

In the meantime he watched where he put his hands and feet, never walked under a low branch without checking it, and tried to make his eyes and ears as efficient as a rabbit’s. He understood now what his sister had meant about how being unarmed makes a person careful, and realized also how little chance he would have to use a gun if he let himself be surprised.

It was this hyperacuteness that made him decide that he was being stalked.

At first it was just uneasiness, then it became a conviction. Several times he waited by a tree, stood frozen and listened; twice he did a sneak through bushes and doubled back on his tracks. But whatever it was seemed as good as he was at silent movement and taking cover and (he had to admit) a notch better.

He thought about taking to the trees and outwaiting it. But his wish to reach his objective outweighed his caution; he convinced himself that he would be safer if he pushed on. He continued to pay special attention to his rear, but after a while he decided that he was no longer being followed.

When he had covered, by his estimate, four kilometers, he began to smell water. He came to a ravine which sliced across his route. Game tracks led him to think it might lead down to a watering place, just the sort of danger area he wished to avoid, so Rod crossed quickly and went down the shoulder of the ravine instead. It led to a bank overlooking water; he could hear the stream before he reached it.

He took to the bushes and moved on his belly to a point where he could peer out from cover. He was about ten meters higher than the water. The ground dropped off on his right as well  as in front; there the ravine joined the stream and an eddy pool formed the watering place he had expected. No animals were in sight but there was plenty of sign; a mud flat was chewed with hoof marks.

But he had no intention of drinking where it was easy; would be too easy to die there. What troubled him was that he must cross the stream to reach the probable recall area. It was a small river or wide brook, not too wide to swim, probably not too deep to wade if he picked his spot. But he would not do either one unless forced- and not then without testing the water by chucking a lure into it … a freshly killed animal. The streams near his home were safe, but a tropical stream must be assumed to have local versions of alligator, pirahna, or even worse.

The stream was too wide to cross through the tree tops. He lay still and considered the problem, then decided that he would work his way upstream and hope that it would narrow, or split into two smaller streams which he could tackle one at a time.

It was the last thing he thought about for some time.

When Rod regained consciousness it was quickly; a jackal-like creature was sniffing at him. Rod lashed out with one hand and reached for his knife with the other. The dog brute backed away, snarling, then disappeared in the leaves.

His knife was gone! The realization brought him groggily alert; he sat up. It made his head swim and hurt. He felt it and his fingers came away bloody. Further gingerly investigation showed a big and very tender swelling on the back of his skull, hair matted with blood, and failed to tell him whether or not his skull was fractured. He gave no thanks that he had been left alive; he was sure that the blow had been intended to kill.

But not only his knife was gone. He was naked, save for his shorts. Gone were his precious water, his vest pack with rations and a dozen other invaluable articles- his antibiotics, his salt, his compass, his climbers, his matches, his hammock … everything.

His first feeling of sick dismay was replaced by anger. Losing food and gear was no more than to be expected, since he had been such a fool as to forget his rear while he looked at the stream- but taking the watch his father had given him, that was stealing; he would make somebody pay for that!

His anger made him feel better. It was not until then that he noticed that the bandage on his left shin was undisturbed.

He felt it. Sure enough! Whoever it was who had hijacked him had not considered a bandage worth stealing; Rod unwrapped it and cradled Lady Macbeth in his hand. Somebody was going to be sorry.

4.      Savage

Rod Walker was crouching on a tree limb. He had not moved for two hours, he might not move for as long a time. In a clearing near him a small herd of yearling bachelor buck were cropping grass; if one came close enough Rod intended to dine on buck. He was very hungry.

He was thirsty, too, not having drunk that day. Besides that, he was slightly feverish. Three long, imperfectly healed scratches on his left arm accounted for the fever, but Rod paid fever and scratches no attention – he was alive; he planned to stay alive.

Abuck moved closer to him; Rod became quiveringly alert. But the little buck tossed his head, looked at the branch, and moved away. He did not appear to see Rod; perhaps his mother had taught him to be careful of overhanging branches-or perhaps a hundred thousand generations of harsh survival had printed it in his genes.

Rod swore under his breath and lay still. One of them was bound to make a mistake eventually; then he would eat. It had been days since he had thought about anything but food … food and how to keep his skin intact, how to drink without laying himself open to ambush, how to sleep without waking up in a fellow-denizen’s belly.

The healing wounds on his arm marked how expensive his tuition had been. He had let himself get too far from a tree once too often, had not even had time to draw his knife. Instead he had made an impossible leap and had chinned himself with the wounded arm. The thing that had clawed him he believed to be the same sort as the creature that had treed him the day of his arrival; furthermore he believed it to be a lion. He had a theory about that, but had not yet been able to act on it.

He was gaunt almost to emaciation and had lost track of time. He realized that the time limit of the survival test had probably- almost certainly- passed, but he did not know how long he had lain in the crotch of a tree, waiting for his arm to heal, nor exactly how long it had been since he had come down, forced by thirst and hunger. He supposed that the recall signal had probably been given during one of his unconscious periods, but he did not worry nor even think about it. He was no longer interested in survival tests; he was interested in survival.

Despite his weakened condition his chances were better now than when he had arrived. He was becoming sophisticated, no longer afraid of things he had been afraid of, most acutely wary of others which had seemed harrnless. The creatures with the ungodly voices which he had dubbed “stobor” no longer fretted him; he had seen one, had disturbed it by accident in daylight and it had given voice. It was not as big as his hand, and reminded him of a horned lizard except that it had the habits of a tree toad. Its one talent was its voice; it could blow up a bladder at its neck to three times its own size, then give out with that amazing, frightening sob.

But that was all it could do.

Rod had guessed that it was a love call, then had filed the matter. He still called them “stobor.”

He had learned about a forest vine much like a morning glory, but its leaves carried a sting worse than that of a nettle, toxic and producing numbness. Another vine had large grape-like fruits, deliciously tempting and pleasant to the palate; Rod had learned the hard way that they were a powerful purgative.

He knew, from his own narrow brushes and from kills left half-eaten on the ground, that there were carnivores around even though he had never had a good look at one. So far as he knew there were no carnivorous tree-climbers large enough to tackle a man, but he could not be certain; he slept with one eye open.

The behavior of this herd caused him to suspect that there must be carnivores that hunted as he was now hunting, even though he had had the good fortune not to tangle with one. The little buck had wandered all over the clearing, passed close by lesser trees, yet no one of them had grazed under the tree Rod was in.

Steady, boy … here comes one. Rod felt the grip of “Lady Macbeth,” got ready to drop onto the graceful little creature as it passed under. But five meters away it hesitated, seemed to realize that it was straying from its mates, and started to turn.

Rod let fly.

He could hear the meaty tunk! as blade bit into muscle; he could see the hilt firm against the shoulder of the buck. He dropped to the ground, hit running and moved in to finish the kill. The buck whipped its head up, turned and fled. Rod dived, did not touch it. When he rolled to his feet the clearing was empty. His mind was filled with bitter thoughts; he had promised

himself never to throw his knife when there was any possibility of not being able to recover it, but he did not let regrets slow him; he got to work on the tracking problem.

Rod had been taught the first law of hunting sportsmanship, that a wounded animal must always be tracked down and finished, not left to suffer and die slowly. But there was no trace of “sportsmanship” in his present conduct; he undertook to track the buck because he intended to eat it, and-much more urgently- because he had to recover that knife in order to stay alive.

The buck had not bled at once and its tracks were mixed up with hundreds of other tracks. Rod returned three times to the clearing and started over before he picked up the first blood spoor. After that it was easier but he was far behind now and the stampeded buck moved much faster than he could track. His quarry stayed with the herd until it stopped in a new pasture a half kilometer away. Rod stopped still in cover and looked them over. His quarry did not seem to be among them.

But blood sign led in among them; he followed it and they stampeded again. He had trouble picking it up; when he did he found that it led into brush instead of following the herd. This made it easier and harder- easier because he no longer had to sort one spoor from many, harder because pushing through the brush was hard in itself and much more dangerous, since he must never forget that he himself was hunted as well as hunter, and lastly because the signs were so much harder to spot there. But it cheered him up, knowing that only a weakened animal would leave the herd and try to hide. He expected to find it down before long.

But the beast did not drop; it seemed to have a will to live as strong as his own. He followed it endlessly and was beginning to wonder what he would do if it grew dark before the buck gave up. He had to have that knife.

He suddenly saw that there were two spoors.

Something had stepped beside a fresh, split-hooved track of the little antelope; something had stepped on a drop of blood. Quivering, his subconscious “bush radar” at full power, Rod moved silently forward. He found new marks again … a man!

The print of a shod human foot- and so wild had he become that it gave him no feeling of relief; it made him more wary than ever.

Twenty minutes later he found them, the human and the buck. The buck was down, having died or perhaps been finished off by the second stalker. The human, whom Rod judged to be  a boy somewhat younger and smaller than himself, was kneeling over it, slicing its belly open. Rod faded back into the bush. From there he watched and thought. The other hunter seemed much preoccupied with the kill … and that tree hung over the place where the butchering was going on-

Afew minutes later Rod was again on a branch, without a knife but with a long thorn held in his teeth. He looked down, saw that his rival was almost under him, and transferred the thorn to his right hand. Then he waited.

The hunter below him laid the knife aside and bent to turn the carcass. Rod dropped.

He felt body armor which had been concealed by his victim’s shirt. Instantly he transferred his attention to the bare neck, pushing the thorn firmly against vertebrae. “Hold still or you’ve had it!”

The body under him suddenly quit struggling. “That’s better,” Rod said approvingly. “Cry pax?”

No answer. Rod jabbed the thorn again. “I’m not playing games, he said harshly. “I’m giving you one chance stay alive. Cry pax and mean it, and well both eat. Give me any trouble and you’ll never eat again. It doesn’t make the least difference.”

There was a moments hesitation, then a muffled voice said, “Pax.”

Keeping the thorn pressed against his prisoner’s neck, Rod reached out for the knife which had been used to gut the buck. It was, he saw, his own Lady Macbeth. He sheathed it, felt around under the body he rested on, found another where he expected it, pulled it and kept in his hand. He chucked away the thorn and stood up. “You can get up.”

The youngster got up and faced him sullenly. “Give me my knife.” “Later … if you are a good boy.”

“I said ‘Pax.’”

“So you did. Turn around, I want to make sure you don’t have a gun on you.” “I left- I’ve nothing but my knife. Give it to me.”

“Left it where?”

The kid did not answer. Rod said, “Okay, turn around,” and threatened with the borrowed knife. He was obeyed. Rod quickly patted all the likely hiding places, confirmed that the youngster was wearing armor under clothes and over the entire torso. Rod himself was dressed only in tan, scratches, torn and filthy shorts, and a few scars. “Don’t you find that junk pretty hot this weather?” he asked cheerfully. “Okay, you can turn around. Keep your distance.”

The youngster turned around, still with a very sour expression. “What’s your name, bud?” “Uh, Jack.”

“Jack what? Mine’s Rod Walker.” “Jack Daudet.”

“What school, Jack?” “Ponce de Leon Institute.”

“Mine’s Patrick Henry High School.” “Matson’s class?”

“The Deacon himself.”

“I’ve heard of him.” Jack seemed impressed.

“Who hasn’t? Look, let’s quit jawing; we’ll have the whole county around our ears. Let’s eat. You keep watch that way; I’ll keep watch behind you.” “Then give me my knife. I need it to eat.”

“Not so fast. I’ll cut you off a hunk or two. Special Waldorf service.

Rod continued the incision Jack had started, carried it on up and laid the hide back from the right shoulder, hacked off a couple of large chunks of lean. He tossed one to Jack, hunkered down and gnawed his own piece while keeping sharp lookout. “You keeping your eyes peeled?” he asked.

“Sure.”

Rod tore off a rubbery mouthful of warm meat. “Jack, how did they let a runt like you take the test? You aren’t old enough.” “I’ll bet I’m as old as you are!”

“I doubt it.”

“Well … I’m qualified.” “You don’t look it.”

“I’m here, I’m alive.”

Rod grinned. “You’ve made your point. I’ll shut up. Once his portion was resting comfortably inside, Rod got up, split the skull and dug out the brains. “Want a handful?” “Sure.”

Rod passed over a fair division of the dessert. Jack accepted it, hesitated, then blurted out, “Want some salt?” “Salt!” You’ve got salt?”

Jack appeared to regret the indiscretion. “Some. Go easy on it.” Rod held out his handful. “Put some on. Whatever you can spare.”

Jack produced a pocket shaker from between shirt and armor, sprinkled a little on Rod’s portion, then shrugged and made it liberal. “Didn’t you bring salt along?”

“Me?” Rod answered, tearing his eyes from the mouthwatering sight. “Oh, sure! But- Well, I had an accident.” He decided that there was no use admitting that he had been caught off guard.

Jack put the shaker firmly out of sight. They munched quietly, each watching half their surroundings. After a while Rod said softly, “Jackal behind you, Jack.” “Nothing else?”

“No. But it’s time we whacked up the meat and got Out of here; we’re attracting attention. How much can you use?” “Uh, a haunch and a chunk of liver. I can’t carry any more.”

“And you can’t eat more before it spoils, anyway.” Rod started butchering the hind quarters. He cut a slice of hide from the belly, used it to sling his share around his neck. “Well, so long, kid. Here’s your knife. Thanks for the salt.”

“Oh, that’s all right.”

“Tasted mighty good. Well, keep your eyes open.” “Same to you. Good luck.”

Rod stood still. Then he said almost reluctantly, “Uh, Jack, you wouldn’t want to team up, would you?” He regretted it as soon as he said it, remembering how easily he had surprised the kid.

Jack chewed a lip. “Well … I don’t know.”

Rod felt affronted. “What’s the matter? Afraid of me?” Didn’t the kid see that Rod was doing him a favor? “Oh, no! You’re all right, I guess.”

Rod had an unpleasant suspicion. “You think I’m trymg to get a share of your salt, don’t you?” “Huh? Not at all. Look, I’ll divvy some salt with you.”

“I wouldn’t touch it! I just thought-” Rod stopped. He had been thinking that they had both missed recall; it looked like a long pull. “I didn’t mean to make you mad, Rod. You’re right. We ought to team.”

“Don’t put yourself out! I can get along.”

“I’ll bet you can. But let’s team up. Is it a deal?”

“Well … Shake.”

Once the contract was made Rod assumed leadership. There was no discussion; he simply did so and Jack let it stand. “You lead off,” Rod ordered, “and I’ll cover our rear.” “Okay. Where are we heading?”

“That high ground downstream. There are good trees there, better for all night than around here. I want us to have time to settle in before dark-so a quick sneak and no talking.” Jack hesitated. “Okay. Are you dead set on spending the night in a tree?”

Rod curled his lip. “Want to spend it on the ground? How did you stay alive this long?”

“I spent a couple of nights in trees,” Jack answered mildly. “But I’ve got a better place now, maybe.” “Huh? What sort?”

“Asort of a cave.”

Rod thought about it. Caves could be death traps. But the prospect of being able to stretch out swayed him. “Won’t hurt to look, if it’s not too far.” “It’s not far.”

5.      The Nova

Jack’s hideaway was in a bluff overlooking the stream by which Rod had been robbed. At this point the bluffs walled a pocket valley and the stream meandered between low banks cut in an alluvial field between the bluffs. The cave was formed by an overhang of limestone which roofed a room water-carved from shale in one bluff. The wall below it was too sheer to climb; the overhanging limestone protected it above and the stream curved in sharply ahnost to the foot of the bluff. The only way to reach it was to descend the bluff farther upstream to the field edging the creek, then make a climbing traverse of the shale bank where it was somewhat less steep just upstream of the cave.

They slanted cautiously up the shale, squeezed under an overhang at the top, and stepped out on a hard slaty floor. The room was open on one side and fairly long and deep, but it squeezed in to a waist-high crawl space; only at the edge was there room to stand up. Jack grabbed some gravel, threw it into the dark hole, waited with knife ready. “Nobody home, I guess.” They dropped to hands and knees, crawled inside. “How do you like it?”

“It’s swell … provided we stand watches. Something could come up the way we did. You’ve been lucky.”

“Maybe.” Jack felt around in the gloom, dragged out dry branches of thorn bush, blocked the pathway, jamming them under the overhang. “That’s my alarm.” “It wouldn’t stop anything that got a whiff of you and really wanted to come in.”

“No. But I would wake up and let it have some rocks in the face. I keep a stack over there. I’ve got a couple of scare-flares, too.” “I thought- Didn’t you say you had a gun?”

“I didn’t say, but I do. But I don’t believe in shooting when you can’t see.”

“It looks all right. In fact it looks good, I guess I did myself a favor when I teamed with you.” Rod looked around. “You’ve had a fire!” “I’ve risked it a couple of times, in daylight. I get so tired of raw meat.”

Rod sighed deeply. “I know. Say, do you suppose?”

“It’s almost dark. I’ve never lighted one when it could show. How about roast liver for breakfast, instead? With salt?”

Rod’s mouth watered. “You’re right, Jack. I do want to get a drink before it is too dark, though. How about coming along and we cover each other?” “No need. There’s a skin back there. Help yourself.”

Rod congratulated himself on having teamed with a perfect housekeeper. The skin was of a small animal, not identifiable when distended with water. Jack had scraped the hide but it was uncured and decidedly unsavory. Rod was not aware that the water tasted bad; he drank deeply, wiped his mouth with his hand and delt at peace.

They did not sleep at once, but sat in the dark and compared notes. Jack’s class had come through one day earlier, but with the same instructions. Jack agreed that recall was long overdue.

“I suppose I missed it while I was off my head,” Rod commented. “I don’t know how long I was foggy… I guess I didn’t miss dying by much.” “That’s not it, Rod.”

“Why not?”

“I’ve been okay and keeping track of the time. There never was any recall.” “You’re sure?”

“How could I miss? The siren can be heard for twenty kilometers, they use a smoke flare by day and a searchlight at night, and the law says they have to keep it up at least a week unless everybody returns… which certainly did not happen this time.”

“Maybe we are out of range. Matter of fact- well, I don’t know about you, but I’m lost. I admit it”

“I’m not. I’m about four kilometers from where they let my class through; I could show you the spot. Rod, let’s face it; something has gone wrong. There is no way of telling how long we are going to be here.” Jack added quiefly, “That’s why I thought it was a good idea to team.”

Rod chewed it over, decided it was time to haul out his theory. “Me, too.”

“Yes. Solo is actually safer, for a few days. But if we are stuck here indefinitely, then-“ “Not what I meant, Jack.”

“Huh?”

“Do you know what planet this is?”

“No. I’ve thought about it, of course. It has to be one of the new list and it is compatible with-“ “I know what one it is.”

“Huh? Which one?”

“It’s Earth. Terra herself.”

There was a long silence. At last Jack said, “Rod, are you all right? Are you still feverish?”

“I’m fine, now that I’ve got a full belly and a big drink of water. Look, Jack, I know it sounds silly, but you just listen and I’ll add it up. We’re on Earth and I think I know about where, too. I don’t think they meant to sound recall; they meant us to figure out where we are and walk out. It’s a twist Deacon Matson would love.”

“But-“

“Keep quiet, can’t you? Yapping like a girl. Terrestrial planet, right?” “Yes, but-“

“Stow it and let me talk. G-type star. Planetary rotation same as Earth.” “But it’s not!”

“I made the same mistake. The first night I thought was a week long. But the truth was I was scared out of my skin and that made it seem endless. Now I know better. The rotation matches.”

“No, it doesn’t. My watch shows it to be about twenty-six hours.”

“You had better have your watch fixed when we get back. You banged it against a tree or something.” “But- Oh, go ahead. Keep talking; it’s your tape.

“You’ll see. Flora compatible. Fauna compatible. I know how they did it and why and where they put us. It’s an economy measure.”

“Awhat?”

“Economy. Too many people complaining about school taxes being too high. Of course, keeping an interstellar gate open is expensive and uranium doesn’t grow on trees. I see their  point. But Deacon Matson says it is false economy. He says, sure, it’s expensive- but that the only thing more expensive than a properly trained explorer or pioneer leader is an improperly trained dead one.

“He told us after class one day,” Rod went on, “that the penny-pinchers wanted to run the practices and tests in selected areas on Earth, but the Deacon claims that the essence of survival in the Outlands is the skill to cope with the unknown. He said that if tests were held on Earth, the candidates would just study up on terrestrial environments. He said any Boy Scout could learn the six basic Earth environments and how to beat them out of books … but that it was criminal to call that survival training and then dump a man in an unEarthly environment on his first professional assigninent. He said that it was as ridiculous as just teaching a kid to play chess and then send him out to fight a duel.”

“He’s right,” Jack answered. “Commander Benboe talks the same way.”

“Sure he’s right. He swore that if they went ahead with this policy this would be the last year he would teach. But they pulled a gimmick on him.” “How?”

“It’s a good one. What the Deacon forgot is that any environment is as unknown as any other if you don’t have the slightest idea where you are. So they rigged it so that we could not know. First they shot us to Luna; the Moon gates are always open and that doesn’t cost anything extra. Of course that made us think we were in for a long jump. Besides, it confused us; we wouldn’t know we were being dumped back into the gravity field we had left- for that was what they did next; they shoved us back on Earth. Where? Africa, I’d say. I think they used the

Luna Link to jump us to Witwatersrand Gate outside Johannesburg and there they were all set with a matched-in temporary link to drop us into the bush. Tshaka Memorial Park or some other primitive preserve, on a guess. Everything matches. Awide variety of antelope-type game, carnivores to feed on them- I’ve seen a couple of lions and-“

“You have?”

“Well, they will do for lions until I get a chance to skin one. But they threw in other dodges to confuse us, too. The sky would give the show away, particularly if we got a look at Luna. So they’ve hung an overcast over us. You can bet there are cloud generators not far away. Then they threw us one more curve. Were you warned against ‘stobor’?”

“Yes”

“See any?”

“Well, I’m not sure what stobor are.”

“Neither am I. Nor any of us, I’ll bet. ‘Stobor’ is the bogeyman, chucked in to keep our pretty little heads busy. There aren’t any ‘stobor’ on Terra so naturally we must be somewhere else. Even a suspicious character like me would be misled by that. In fact, I was. I even picked out something I didn’t recognize and called it that, just as they meant me to do.”

“You make it sound logical, Rod.”

“Because it is logical. Once you realize that this is Earth-” He patted the floor of the cave. “-but that they have been trying to keep us from knowing it, everything falls into place. Now here is what we do. I was going to tackle it alone, as soon as I could- I haven’t been able to move around much on account of this bad arm- but I decided to take you along, before you got hurt. Here’s my plan. I think this is Africa, but it might be South America, or anywhere in the tropics. It does not matter, because we simply follow this creek downstream, keeping our eyes    open because there really are hazards; you can get just as dead here as in the Outlands. It may take a week, or a month, but one day well come to a bridge. We’ll follow the road it serves until somebody happens along. Once in town we’ll check in with the authorities and get them to flip us home … and we get our solo test certificates. Simple.”

“You make it sound too simple,” Jack said slowly.

“Oh, we’ll have our troubles. But we can do it, now that we know what to do. I didn’t want to bring this up before, but do you have salt enough to cure a few kilos of meat? If we did not have to hunt every day, we could travel faster. Or maybe you brought some Kwik-Kure?”

“I did, but-“

“Good!”

“Wait a minute, Rod. That won’t do.” “Huh? We’re a team, aren’t we?”

“Take it easy. Look, Rod, everything you said is logical, but-“ “No ‘buts’ about it.”

“It’s logical … but it’s all wrong!” “Huh? Now, listen, Jack-“

“You listen. You’ve done all the talking so far.” “But- Well, all right, say your say.”

“You said that the sky would give it away, so they threw an overcast over the area.

“Yes. That’s what they must have done, nights at least. They wouldn’t risk natural weather; it might give the show away.

“What I’m trying to tell you is that it did give the show away. It hasn’t been overcast every night, though maybe you were in deep forest and missed the few times it has been clear. But I’ve seen the night sky, Rod. I’ve seen stars.

“So? Well?”

“They aren’t our stars, Rod. I’m sorry.”

Rod chewed his lip. “You probably don’t know southern constellations very well?” he suggested.

“I knew the Southern Cross before I could read. These aren’t our stars, Rod; I know. There is a pentagon of bright stars above where the sun sets; there is nothing like that to be seen from Earth. And besides, anybody would recognise Luna, if it was there.”

Rod tried to remember what phase the Moon should be in. He gave up, as he had only a vague notion of elapsed time. “Maybe the Moon was down?” “Not a chance. I didn’t see our Moon, Rod, but I saw moons . . two of them, little ones and moving fast, like the moons of Mars.”

“You don’t mean this is Mars?” Rod said scornfully.

“Think I’m crazy? Anyhow, the stars from Mars are exactly like the stars from Earth. Rod, what are we jawing about? It was beginning to clear when the sun went down; let’s crawl out and have a look. Maybe you’ll believe your eyes.

Rod shut up and followed Jack. From inside nothing was visible but dark trees across the stream, but from the edge of the shelf part of the sky could be seen. Rod lookedup and blinked. “Mind the edge,” Jack warned softly.

Rod did not answer. Framed by the ledge above him and by tree tops across the stream was a pattern of six stars, a lopsided pentagon with a star in its center. The six stars were as bright and unmistakable as the seven stars of Earth’s Big Dipper … nor did it take a degree in astrography to know that this constellation had never been seen from Terra.

Rod stared while the hard convictions he had formed fell in ruins. He felt lost and alone. The trees across the way seemed frightening. He turned to Jack, his cocky sophistication gone. “You’ve convinced me,” he said dully. “What do we do now?”

Jack did not answer.

“Well?” Rod insisted. “No good standing here.”

“Rod,” Jack answered, “that star in the middle of the Pentagon-it wasn’t there before.” “Huh? You probably don’t remember.”

“No, no, I’m sure! Rod, you know what? We’re seeing a nova.”

Rod was unable to arouse the pure joy of scientific discovery; his mind was muddled with reorganizing his personal universe. Amere stellar explosion meant nothing. “Probably one of your moonlets.”

“Not a chance. The moons are big enough to show disks. It’s a nova; it has to be. What amazing luck to see one!”

“I don’t see anything lucky about it,” Rod answered moodily. “It doesn’t mean anything to us. It’s probably a hundred light-years away, maybe more.” “Yes, but doesn’t it thrill you?”

“No.” He stooped down and went inside. Jack took another look, then followed. There was silence, moody on Rod’s part. At last Jack said, “Think I’ll turn in.”

“I just can’t see,” Rod answered irrelevantly, “how I could be so wrong. It was a logical certainty.”

“Forget it,” Jack advised. “My analytics instructor says that all logic is mere tautology. She says it is impossible to learn anything through logic that you did not already know.” “Then what use is logic?” Rod demanded.

“Ask me an easy one. Look, partner, I’m dead for sleep; I want to turn in.”

“All right. But, Jack, if this isn’t Africa- and I’ve got to admit it isn’t- what do we do? They’ve gone off and left us.”

“Do? We do what we’ve been doing. Eat, sleep, stay alive. This is a listed planet; if we just keep breathing, someday somebody will show up. It might be just a power breakdown; they may pick us tomorrow.”

“In that case, then-“

“In that case, let’s shut up and go to sleep.”

6.      “I Think He Is Dead”

Rod was awakened by heavenly odors. he rolled over, blinked at light streaming under the overhang, managed by great effort to put himself back into the matrix of the day before. Jack, he saw, was squatting by a tiny fire on the edge of the shelf; the wonderful fragrance came from toasting liver.

Rod got to his knees, discovering that he was slightly stiff from having fought dream stobor in his sleep. These nightmare stobor were bug-eyed monsters fit for a planet suddenly strange and threatening. Nevertheless he had had a fine night’s sleep and his spirits could not be daunted in the presence of the tantalizing aroma drifting in.

Jack looked up. “I thought you were going to sleep all day. Brush your teeth, comb your hair, take a quick shower, and get on out here. Breakfast is ready.” Jack looked him over again. “Better shave, too.”

Rod grinned and ran his hand over his chin. “You’re jealous of my manly beard, youngster. Wait a year or two and you’ll find out what a nuisance it is. Shaving, the common cold, and taxes … my old man says those are the three eternal problems the race is never going to lick.” Rod felt a twinge at the thought of his parents, a stirring of conscience that he had not thought of them in he could not remember how long. “Can I help, pal?”

“Sit down and grab the salt. This piece is for you.” “Let’s split it.”

“Eat and don’t argue. I’ll fix me some.” Rod accepted the charred and smoky chunk, tossed it in his hands and blew on it. He looked around for salt. Jack Was slicing a second piece; Rod’s eyes passed over the operation then whipped back.

The knife Jack was using was “Colonel Bowie.”

The realization was accompanied by action; Rod’s hand darted out and caught Jack’s wrist in an anger-hard grip. “You stole my knife!” Jack did not move. “Rod… have you gone crazy?”

“You slugged me and stole my knife.”

Jack made no attempt to fight, nor even to struggle. “You aren’t awake yet, Rod. Your knife is on your belt. This is another knife … mine. Rod did not bother to look down. “The one I’m wearing is Lady Macbeth. I mean the knife you’re using, Colonel Bowie- my knife.”

“Let go my wrist.” “Drop it!”

“Rod… you can probably make me drop this knife. You’re bigger and you’ve got the jump on me. But yesterday you teamed with me. You’re busting that team right now. If you don’t let go right away, the team is broken. Then you’ll have to kill me … because if you don’t, I’ll trail you. I’ll keep on trailing you until I find you asleep. Then you’ve had it.”

They faced each other across the little fire, eyes locked. Rod breathed hard and tried to think. The evidence was against Jack. But had this little runt tracked him, slugged him, stolen everything he had? It looked like it.

Yet it did not feel like it. He told himself that he could handle the kid if his story did not ring true. He let go Jack’s wrist. “All right,” he said angrily, “tell me how you got my knife.”

Jack went on slicing liver. “It’s not much of a story and I don’t know that it is your knife. But it was not mine to start with- you’ve seen mine. I use this one as a kitchen knife. Its balance is wrong.

“Colonel Bowie! Balanced wrong? That’s the best throwing knife you ever saw!”

“Do you want to hear this? I ran across this hombre in the bush, just as the jackals were getting to him. I don’t know what got him-stobor, maybe; he was pretty well clawed and half eaten. He wasn’t one of my class, for his face wasn’t marked and I could tell. He was carrying a Thunderbolt and-“

“Wait a minute. AThunderbolt gun?”

“I said so, didn’t I? I guess he tried to use it and had no luck. Anyhow, I took what I could use- this knife and a couple of other things; I’ll show you. I left the Thunderbolt; the power pack was exhausted and it was junk.”

“Jack, look at me. You’re not lying?”

Jack shrugged. “I can take you to the spot. There might not be anything left of him, but the Thunderbolt ought to be there.” Rod stuck out his hand. “I’m sorry. I jumped to conclusions.”

Jack looked at his hand, did not shake it. “I don’t think you are much of a team mate. We had better call it quits.” The knife flipped over, landed at Rod’s toes. “Take your toadsticker and be on your way.”

Rod did not pick up the knife. “Don’t get sore, Jack. I made an honest mistake.”

“It was a mistake, all right. You didn’t trust me and I’m not likely to trust you again. You can’t build a team on that.” Jack hesitated. “Finish your breakfast and shove off. It’s better that way.” “Jack, I truly am sorry. I apologize. But it was a mistake anybody could make- you haven’t heard my side of the story.”

“You didn’t wait to hear my story!”

“So I was wrong, I said I was wrong.” Rod hurriedly told how he had been stripped of his survival gear. “-so naturally, when I saw Colonel Bowie, I assumed that you must have jumped me. That’s logical, isn’t it?” Jack did not answer; Rod persisted: “Well? Isn’t it?”

Jack said slowly, “You used ‘logic’ again. What you call ‘logic.’ Rod, you use the stuff the way some people use dope. Why don’t you use your head, instead?” Rod flushed and kept still. Jack went on, “If I had swiped your knife, would I have let you see it? For that matter, would I have teamed with you?”

“No, I guess not. Jack, I jumped at a conclusion and lost my temper.”

“Commander Benboe says,” Jack answered bleakly, “that losing your temper and jumping at conclusions is a one-way ticket to the cemetery.” Rod looked sheepish. ”Deacon Matson talks the same way.”

“Maybe they’re right. So let’s not do it again, huh? Every dog gets one bite, but only one.” Rod looked up, saw Jack’s dirty paw stuck out at him. “You mean we’re partners again?”

“Shake. I think we had better be; we don’t have much choice.” They solemnly shook hands. Then Rod picked up Colonel Bowie, looked at it longingly, and handed it hilt first to Jack.  “I guess it’s yours, after all.”

“Huh? Oh, no. I’m glad you’ve got it back.”

“No,” Rod insisted. “You came by it fair and square.

“Don’t be silly, Rod. I’ve got ‘Bluebeard’; that’s the knife for me.”

“It’s yours. I’ve got Lady Macbeth.”

Jack frowned. “We’re partners, right?” “Huh? Sure.”

“So We share everything. Bluebeard belongs just as much to you as to me. And Colonel Bowie belongs to both of us. But you are used to it, so it’s best for the team for you to wear it. Does that appeal to your lopsided sense of logic?”

“Well…”

“So shut up and eat your breakfast. Shall I toast you another slice? That one is cold.”

Rod picked up the scorched chunk of liver, brushed dirt and ashes from it. “This is all right.” “Throw it in the stream and have a hot piece. Liver won’t keep anyhow.”

Comfortably stuffed, and warmed by companionship, Rod stretched out on the shelf after breakfast and stared at the sky. Jack put out the fire and tossed the remnants of their meal downstream. Something broke water and snapped at the liver even as it struck. Jack turned to Rod. “Well, what do we do today?”

“Mmm… what we’ve got on hand ought to be fit to eat tomorrow morning. We don’t need to make a kill today.”

“I hunt every second day, usually, since I found this place. Second-day meat is better than first, but by the third … phewy!” “Sure. Well, what do you want to do?”

“Well, let’s see. First I’d like to buy a tall, thick chocolate malted milk- or maybe a fruit salad. Both. I’d eat those-“ “Stop it, you’re breaking my heart!”

“Then I’d have a hot bath and get all dressed up and flip out to Hollywood and see a couple of good shows. That superspectacle that Dirk Manleigh is starring in and then a good adventure show. After that I’d have another malted milk … strawberry, this time, and then-“

“Shut up!’

“You asked me what I wanted to do.”

“Yes, but I expected you to stick to possibilities.”

“Then why didn’t you say so? Is that ‘logical’? I thought you always used logic?” “Say, lay off, will you? I apologized.”

“Yeah, you apologized,” Jack admitted darkly. “But I’ve got some mad I haven’t used up yet.” “Well! Are you the sort of pal who keeps raking up the past?”

“Only when you least expect it. Seriously, Rod, I think we ought to hunt today.”

“But you agreed we didn’t need to. It’s wrong, and dangerous besides, to make a kill you don’t need.” “I think we ought to hunt people.”

Rod pulled his ear. “Say that again.”

“We ought to spend the day hunting people.”

“Huh? Well, anything for fun I always say. What do we do when we find them? Scalp them, or just shout ‘Beaver!’?” “Scalping is more definite. Rod, how long will we be here?”

“Huh? All we know is that something has gone seriously cockeyed with the recall schedule. You say we’ve been here three weeks. I would say it was longer but you have kept a notch calendar and I haven’t. Therefore …” He stopped.

“Therefore what?”

“Therefore nothing. They might have had some technical trouble, which they may clear up and recall us this morning. Deacon Matson and his fun-loving colleagues might have thought it was cute to double the period and not mention it. The Dalai Lama might have bombed the whiskers off the rest of the World and the Gates may be radioactive ruins. Or maybe the three- headed serpent men of the Lesser Magellanic Cloud have landed and have the situation well in hand- for them. When you haven’t data, guessing is illogical. We might be here forever.”

Jack nodded. “That’s my point.”

“Which point? We know we may be marooned; that’s obvious.”

“Rod, a two-man team is just right for a few weeks. But suppose this runs into months? Suppose one of us breaks a leg? Or even if we don’t, how long is that thorn-bush alarm going to work? We ought to wall off that path and make this spot accessible only by rope ladder, With somebody here all the time to let the ladder down. We ought to locate a salt lick and think about curing hides and things like that- that water skin I made is getting high already. For a long pull we ought to have at least four people.”

Rod scratched his gaunt ribs thoughtfully. “I know. I thought about it last night, after you jerked the rug out from under my optimistic theory. But I was waiting for you to bring it up.” “Why?”

“This is your cave. You’ve got all the fancy equipment, a gun and pills and other stuff I haven’t seen. You’ve got salt. All I’ve got is a knife- two knives now, thanks to you. I’d look sweet suggesting that you share four ways.”

“We’re a team, Rod.’

“Mmm… yes. And we both figure the team would be strengthened with a couple of recruits. Well, how many people are there out there?” He gestured at the wall of green across the creek.

“My class put through seventeen boys and eleven girls. Commander Benboe told us there would be four classes in the same test area. “That’s more than the Deacon bothered to tell us. However, my class put through about twenty.”

Jack looked thoughtful. “Around a hundred people, probably.” “Not counting casualties.”

“Not counting casualties. Maybe two-thirds boys, one-third girls. Plenty of choice, if we can find them.” “No girls on this team, Jack.”

“What have you got against girls?”

“Me? Nothing at all. Girls are swell on picnics, they are just right on long winter evenings. I’m one of the most enthusiastic supporters of the female race. But for a hitch like this, they are pure poison.”

Jack did not say anything. Rod went on, “Use your head, brother. You get some pretty little darling on this team and we’ll have more grief inside than stobor, or such, can give us from outside. Quarrels and petty jealousies and maybe a couple of boys knifing each other. It will be tough enough without that trouble.”

“Well,” Jack answered thoughifully, “suppose the first one we locate is a girl? What are you going to do? Tip your hat and say, ‘It’s a fine day, ma’am. Now drop dead and don’t bother me.’?”

Rod drew a pentagon in the ashes, put a star in the middle, then rubbed it out. “I don’t know,” he said slowly. “Let’s hope we get our team working before we meet any. And let’s hope they set up their own teams.”

“I think we ought to have a policy.”

“I’m clean out of policies. You would just accuse me of trying to be logical. Got any ideas about how to find anybody?” “Maybe. Somebody has been hunting upstream from here.”

“So? Know who it is?”

“I’ve seen him only at a distance. Nobody from my class. Half a head shorter than you are, light hair, pink skin- and a bad sunburn. Sound familiar?” “Could be anybody,” Rod answered, thinking fretfully that the description did sound familiar. “Shall we see if we can pick up some sign of him?”

“I can put him in your lap. But I’m not sure we want him.” “Why not? If he’s lasted this long, he must be competent.”

 “Frankly, I don’t see how he has. He’s noisy when he moves and he has been living in one tree for the past week.” “Not necessarily bad technique.”

“It is when you drop your bones and leavings out of the tree. It was jackals sniffing around that tipped me off to where he was living.” “Hmm… well, if we don’t like him, we don’t have to invite him.”

“True.”

Before they set out Jack dug around in the gloomy cave and produced a climbing line. “Rod, could this be yours?” Rod looked it over. “It’s just like the one I had. Why?”

“I got it the way I got Colonel Bowie, off the casualty. If it is not yours, at least it is a replacement.” Jack got another, wrapped it around and over body armor. Rod suspected that Jack had slept in the armor, but he said nothing. If Jack considered such marginal protection more important than agility, that was Jack’s business- each to his own methods, as the Deacon would say.

The tree stood in a semi-clearing but Jack brought Rod to it through bushes which came close to the trunk and made the final approach as a belly sneak. Jack pulled Rod’s head over and whispered in his ear, “If we lie still for three or four hours, I’m betting that he will either come down or go up.

“Okay. You watch our rear.”

For an hour nothing happened. Rod tried to ignore tiny flies that seemed to be all bite. Silently he shifted position to ward off stiffness and once had to kill a sneeze. At last he said, “Pssst!”

“Yeah, Rod?”

“Where those two big branches meet the trunk, could that be his nest?” “Maybe.”

“You see a hand sticking out?”

“Where? Uh, I think I see what you see. It might just be leaves.”

“I think it’s a hand and I think he is dead; it hasn’t moved since we got here.” “Asleep?”

“Person asleep ordinarily doesn’t hold still that long. I’m going up. Cover me. If that hand moves, yell.” “You ought not to risk it, Rod.”

“You keep your eyes peeled.” He crept forward..

The owner of the hand was Jimmy Throxton, as Rod had suspected since hearing the description. Jimmy was not dead, but he was unconscious and Rod could not rouse him.

Jim lay in an aerie half natural, half artificial; Rod could see that Jim had cut small branches and improved the triple crotch formed by two limbs and trunk. He lay cradled in this eagle’s nest, one hand trailing out.

Getting him down was awkward; he weighed as much as Rod did. Rod put a sling under Jim’s armpits and took a turn around a branch, checking the line by friction to lower him- but the hard part was getting Jim out of his musty bed without dropping him.

Halfway down the burden fouled and Jack had to climb and free it. But with much sweat all three reached the ground and Jim was still breathing.

Rod had to carry him. Jack offered to take turns but the disparity in sizes was obvious; Rod said angrily for Jack to cover them, front, rear, all sides; Rod would be helpless if they had the luck to be surprised by one of the pseudo-lions.

The worst part was the climbing traverse over loose shale up to the cave. Rod was fagged from carrying the limp and heavy load more than a kilometer over rough ground; he had to rest before he could tackle it. When he did, Jack said anxiously, “Don’t drop him in the drink! It won’t be worthwhile fishing him out- I know.”

“So do I. Don’t give silly advice.” “Sorry.”

Rod started up, as much worried for his own hide as for Jim’s. He did not know what it was that lived in that stream; he did know that it was hungry. There was a bad time when he reached the spot where the jutting limestone made it necessary to stoop to reach the shelf. He got down as low as possible, attempted it, felt the burden on his back catch on the rock, started to slip.

Jack’s hand steadied him and shoved him from behind. Then they were sprawled safe on the shelf and Rod gasped and tried to stop the trembling of his abused muscles. They bedded Jimmy down and Jack took his pulse. “Fast and thready. I don’t think he’s going to make it.”

“What medicines do you have?”

“Two of the neosulfas and verdomycin. But I don’t know what to give him.” “Give him all three and pray.

“He might be allergic to one of them.”

“He’ll be more allergic to dying. I’ll bet he’s running six degrees of fever. Come on.”

Rod supported Jim’s shoulders, pinched his ear lobe, brought him partly out of coma. Between them they managed to get the capsules into Jim’s mouth, got him to drink and wash them down. After that there was nothing they could do but let him rest.

They took turns watching him through the night. About dawn his fever broke, he roused and asked for water. Rod held him while Jack handled the waterskin. Jim drank deeply, then went back to sleep.

They never left him alone. Jack did the nursing and Rod hunted each day, trying to find items young and tender and suited to an invalid’s palate. By the second day Jim, although weak and helpless, was able to talk without drifting off to sleep in the middle. Rod returned in the afternoon with the carcass of a small animal which seemed to be a clumsy cross between a cat and a rabbit. He encountered Jack heading down to fill the water skin. “Hi.”

‘Hi. I see you had luck. Say, Rod, go easy when you skin it. We need a new water bag. Is it cut much?” “Not at all. I knocked it over with a rock.”

“Good!”

“How’s the patient?”

“Healthier by the minute. I’ll be up shortly.” “Want me to cover you while you fill the skin?” “I’ll be careful. Go up to Jim.”

Rod went up, laid his kill on the shelf, crawled inside. “Feeling better?” “Swell. I’ll wrestle you two falls out of three.”

“Next week. Jack taking good care of you?”

“You bet. Say, Rod, I don’t know how to thank you two. If it hadn’t been for-“

“Then don’t try. You don’t owe me anything, ever. And Jack’s my partner, so it’s right with Jack.” “Jack is swell.”

“Jack is a good boy. They don’t come better. He and I really hit it off.”

Jim looked surprised, opened his mouth, closed it suddenly. “What’s the matter?” Rod asked. “Something bite you? Or are you feeling bad again?” “What,” Jim said slowly, “did you say about Jack?”

“Huh? I said they don’t come any better. He and I team up like bacon and eggs. Anumber-one kid, that boy.” Jimmy Throxton looked at him. “Rod … were you born that stupid? Or did you have to study?”

“Huh?”

“Jack is a girl.”

4.      ‘I Should Have Baked a Cake”

There followed a long silence. “Well,” said Jim, “close your mouth before something flies in.” “Jimmy, you’re still out of your head.”

“I may be out of my head, but not so I can’t tell a girl from a boy. When that day comes, I won’t be sick; I’ll be dead.” “But …”

Jim shrugged. “Ask her.”

Ashadow fell across the opening; Rod turned and saw Jack scrambling up to the shelf. “Fresh water, Jimmy!” “Thanks, kid.” Jim added to Rod, “Go on, dopy!”

Jack looked from one to the other. “Why the tableau? What are you staring for, Rod?” “Jack,” he said slowly, “what is your name?”

“Huh? Jack Daudet. I told you that.”

“No, no! What’s your full name, your legal name?” Jack looked from Rod to Jimmy’s grinning face and back again. “My full name is… Jacqueline Marie Daudet- if it’s any business of yours. Want to make something of it?”

Rod took a deep breath. “Jacqueline,” he said carefully, “I didn’t know. I-“ “You weren’t supposed to.”

“Look, if I’ve said anything to offend you, I surely didn’t mean to.”

“You haven’t said anything to offend me, you big stupid dear. Except about your knife.” “I didn’t mean that.”

“You mean about girls being poison? Well, did it ever occur to you that maybe boys are pure poison, too? Under these circumstances? No, of course it didn’t. But I don’t mind your knowing now… now that there are three of us.”

“But, Jacqueline-“

“Call me ‘Jack,’ please.” She twisted her shoulders uncomfortably. “Now that you know, I won’t have to wear this beetle case any longer. Turn your backs, both of you. “Uh …” Rod turned his back. Jimmy rolled over, eyes to the wall.

In a few moments Jacqueline said, “Okay.” Rod turned around. In shirt and trousers, without torso armor, her shoulders seemed narrower and she herself was slender now and pleasantly curved. She was scratching her ribs. “I haven’t been able to scratch properly since I met you, Rod Walker,” she said accusingly. “Sometimes I almost died.”

“I didn’t make you wear it.”

“Suppose I hadn’t? Would you have teamed with me?” “Uh… well, it’s like this. I …” He stopped.

“You see?” She suddenly looked worried. “We’re still partners?” “Huh? Oh, sure, sure!”

“Then shake on it again. This time we shake with Jimmy, too. Right, Jim?” “You bet, Jack.”

They made a three-cornered handshake. Jack pressed her left hand over the combined fists and said solemnly, “All for one!” Rod drew Colonel Bowie with his left hand, laid the flat of the blade on the stacked hands. “And one for all!”

“Plus sales tax,” Jimmy added. “Do we get it notarized?”

Jacqueline’s eyes were swimming with tears. “Jimmy Throxton,” she said fiercely, “someday I am going to make you take life seriously!”  “I take life seriously,” he objected. “I just don’t want life to take me seriously. When you’re on borrowed time, you can’t afford not to laugh.” “We’re all on borrowed time,” Rod answered him. “Shut up, Jimmy. You talk too much.”

“Look who’s preaching! The Decibel Kid himself.”

“Well… you ought not to make fun of Jacqueiine. She’s done a lot for you. “She has indeed!”

“Then-“

“‘Then’ nothing!” Jacqueline said sharply. “My name is ‘Jack.’ Rod. Forget ‘Jacqueline.’ If either of you starts treating me with gallantry we’ll have all those troubles you warned me about. ‘Pure poison’ was the expression you used, as I recall.”

“But you can reasonably expect-“

“Are you going to be ‘logical’ again? Let’s be practical instead. Help me skin this beast and make a new water bag.”

The following day Jimmy took over housekeeping and Jack and Rod started hunting together. Jim wanted to come along; he ran into a double veto. There was little advantage in hunting as a threesome whereas Jack and Rod paired off so well that a hunt was never hours of waiting, but merely a matter of finding game. Jack would drive and Rod would kill; they would  pick their quarry from the fringe of a herd, Jack would sneak around and panic the animals, usually driving one into Rod’s arms.

They still hunted with the knife, even though Jack’s gun was a good choice for primitive survival, being an air gun that threw poisoned darts. Since the darts could be recovered and re- envenomed, it was a gun which would last almost indefinitely; she had chosen it for this reason over cartridge or energy guns.

Rod had admired it but decided against hunting with it. “The air pressure might bleed off and let you down.” “It never has. And you can pump it up again awfully fast.”

“Mmm… yes. But if we use it, someday the last dart will be lost no matter how careful we are … and that might be the day we would need it bad. We may be here a long time, what do you say we save it?”

“You’re the boss, Rod.”

“No, I’m not. We all have equal say.”

“Yes, you are. Jimmy and I agreed on that. Somebody has to boss.”

Hunting took an hour or so every second day; they spent most of daylight hours searching for another team mate, quartering the area and doing it systematically. Once they drove scavengers from a kill which seemed to have been butchered by knife; they followed a spoor from that and determined that it was a human spoor, but were forced by darkness to return to the cave. They tried to pick it up the next day, but it had rained hard in the night; they never found it.

Another time they found ashes of a fire, but Rod judged them to be at least two weeks old.

After a week of fruitless searching they returned one

late afternoon. Jimmy looked up from the fire he had started. “How goes the census?” ‘Don’t ask,” Rod answered, throwing himself down wearily. “What’s for dinner?”

“Raw buck, roast buck, and burned buck. I tried baking some of it in wet clay. It didn’t work out too well, but I’ve got some awfully good baked clay for dessert.” ‘Thanks. If that is the word.”

“Jim,” Jack said, “we ought to try to bake pots with that clay.”

“I did. Big crack in my first effort. But I’ll get the hang it. Look, children,” he went on, “has it ever occurred to your bright little minds that you might be going about this the wrong way?” “What’s wrong with it?” Rod demanded.

“Nothing … if it is exercise you are after. You are and scurrying over the countryside, getting in and nowhere else. Maybe it would be better to sit back and let them come to you.” “How?”

“Send up a smoke signal.”

“We’ve discussed that We don’t want just anybody and we don’t want to advertise where we live. We want people who will strengthen the team.”

“That is what the engineers call a self-defeating criterion. The superior woodsman you want is just the laddy you will never find by hunting for him. He may find you, as you go tramping noisily through the brush, kicking rocks and stepping on twigs and scaring the birds. He may shadow you to see what you are up to. But you won’t find him.”

“Rod, there is something to that,” Jack said.

“We found you easily enough,” Rod said to Jim. “Maybe you aren’t the high type we need.”

“I wasn’t myself at the time,” Jimmy answered blandly. “Wait till I get my strength back and my true nature will show. Ugh-Ugh, the ape man, that’s me. Half Neanderthal and half sleek black leopard.” He beat his chest and coughed.

“Are those the proportions? The Neanderthal strain seems dominant.” “Don’t be disrespectful. Remember, you are my debtor.”

“I think you read the backs of those cards. They are getting to be like waffles.” When rescued, Jimmy had had on him a pack of playing cards, and had later explained that they were survival equipment.

“In the first place,” he had said, “if I got lost I could sit down and play solitaire. Pretty soon somebody would come along and-“ “Tell you to play the black ten on the red jack. We’ve heard that one.”

“Quiet, Rod. In the second place, Jack, I expected to team with old Stoneface here. I can always beat him at cribbage but he doesn’t believe it. I figured that during the test I could win all his next year’s allowance. Survival tactics.”

Whatever his reasoning, Jimmy had had the cards. The three played a family game each evening at a million plutons a point. Jacqueline stayed more or less even but Rod owed Jimmy several hundred millions. They continued the discussion that evening over their game. Rod was still wary of advertising their hide-out.

“We might burn a smoke signal somewhere, though,” he said thoughtfully. “Then keep watch from a safe spot. Cut ‘em, Jim.”

“Consider the relative risks- a five, just what I needed! If you put the fire far enough away to keep this place secret, then it means a trek back and forth at least twice a day. With all that running around you’ll use up your luck; one day you won’t come back. It’s not that I’m fond you, but it would bust up the game. Whose crib?”

“Jack’s. But if we burn it close by and in sight, then we sit up here safe and snug. I’ll have my back to the wall facing the path, with Jack’s phht gun in my lap. If an unfriendly face sticks up- blooie! Long pig for dinner. But if we like them, we cut them into the game.

“Your count.”

“Fifteen-six, fifteen-twelve, a pair, six for jacks and the right jack. That’s going to cost you another million, my friend.” “One of those jacks is a queen,” Rod said darkly.

“Sure enough? You know, it’s getting too dark to play. Want to concede?”

They adopted Jim’s scheme. It gave more time for cribbage and ran Rod’s debt up into billions. The signal fire was kept burning on the shelf at the downstream end, the prevailing wind being such that smoke usually did not blow back into the cave- when the wind did shift was unbearable; they were forced to flee, eyes streaming.

This happened three times in four days. Their advertising had roused no customers and they were all get’ting tired of dragging up dead wood for fuel and green branches for smoke. The third time they fled from smoke Jimmy said, “Rod, I give up. You win. This is not the way to do it.”

“No!”

“Huh? Have a heart, chum. I can’t live on smoke- no vitamins. Let’s run up a flag instead. I’ll contribute my shirt.” Rod thought about it. “We’ll do that.”

“Hey, wait a minute. I was speaking rhetorically. I’m the delicate type. I sunburn easily.”

“You can take it easy and work up a tan. We’ll use your shirt as a signal flag. But we’ll keep the fire going, too. Not up on the shelf, but down there- on that mud flat, maybe.” “And have the smoke blow right back into our summer cottage.”

“Well, farther downstream. We’ll make a bigger fire and a column of smoke that can be seen a long way. The flag we will put up right over the cave.” “Thereby inviting eviction proceedings from large, hairy individuals with no feeling for property rights.”

“We took that chance when we decided to use a smoke signal. Let’s get busy.”

Rod picked a tall tree on the bluff above. He climbed to where the trunk had thinned down so much that it would hardly take his weight, then spent a tedious hour topping it with his knife.  He tied the sleeves of Jim’s shirt to it, then worked down, cutting foliage away as he went. Presently the branches became too large to handle with his knife, but the stripped main stem stuck up for several meters; the shirt could be seen for a long distance up and down stream. The shirt caught the wind and billowed; Rod eyed it, tired but satisfied- it was unquestionably  a signal flag.

Jimmy and Jacqueline had built a new smudge farther downstream, carrying fire from the shelf for the purpose. Jacqueline still had a few matches and Jim had a pocket torch almost   fully charged but the realization that they were marooned caused them to be miserly. Rod went down and joined them. The smoke was enormously greater now that they were not limited in space, and fuel was easier to fetch.

Rod looked them over. Jacqueline’s face, sweaty and none too clean to start with, was now black with smoke, while Jimmy’s pink skin showed the soot even more. “Acouple of pyromaniacs.”

“You ordered smoke,” Jimmy told him. “I plan to make the burning of Rome look like a bonfire. Fetch me a violin and a toga.” “Violins weren’t invented then. Nero played a lyre.”

“Let’s not be small. We’re getting a nice mushroom cloud effect, don’t you think?’

“Come on, Rod,” Jacqueline urged, Wiping her face without improving it. “It’s fun!” She dipped a green branch in the stream, threw it on the pyre. Athick cloud of smoke and steam concealed her. “More dry wood, Jimmy.”

“Coming!”

Rod joined in, soon was as dirty and scorched as the other two and having more fun than he had had since the test started. When the sun dropped below the tree tops they at last quit trying to make the fire bigger and better and smokier and reluctantly headed up to their cave. Only then did Rod realize that he had forgotten to remain alert.

Oh well, he assured himself, dangerous animals would avoid a fire.

While they ate they could see the dying fire still sending up smoke. After dinner Jimmy got out his cards, tried to riffle the limp mass. “Anyone interested in a friendly game? The customary small stakes.”

“I’m too tired,” Rod answered. “Just chalk up my usual losses.”

“That’s not a sporting attitude. Why, you won a game just last week. How about you, Jack?” Jacqueline started to answer; Rod suddenly motioned for silence. “Sssh! I heard something.”

The other two froze and silently got out their knives. Rod put Colonel Bowie in his teeth and crawled out to the edge. The pathway was clear and the thorn barricade was undisturbed. He leaned out and looked around, trying to locate the sound.

“Ahoy below!” a voice called out, not loudly. Rod felt himself tense. He glanced back, saw Jimmy moving diagonally over to cover the pathway. Jacqueline had her dart gun and was hurriedly pumping it up.

Rod answered, “Who’s there?”

There was a short silence. Then the voice answered, “Bob Baxter and Carmen Garcia. Who are you?” Rod sighed with relief. “Rod Walker, Jimmy Throxton. And one other, not our class . . Jack Daudet.” Baxter seemed to think this over. “Uh, can we join you? For tonight, at least?”

“Sure!”

“How can we get down there? Carmen can’t climb very well; she’s got a bad foot.” “You’re right above us?”

“I think so. I can’t see you.”

“Stay there. I’ll come up.” Rod turned, grinned at the others. “Company for dinner! Get a fire going, Jim.” Jimmy clucked mournfully. “And hardly a thing in the house. I should have baked a cake.”

By the time they returned Jimmy had roast meat waitmg. Carmen’s semi-crippled condition had delayed them. It was just a sprained ankle but it caused her to crawl up the traverse on her hands, and progress to that point had been slow and painful.

When she realized that the stranger in the party was another woman she burst into tears. Jackie glared at the males, for no cause that Rod could see, then led her into the remote corner of the cave where she herself slept.

There they whispered while Bob Baxter compared notes with Rod and Jim.

Bob and Carmen had had no unusual trouble until Carmen had hurt her ankle two days earlier… except for the obvious fact that something had gone wrong and they were stranded. “I lost my grip,” he admitted, “when I realized that they weren’t picking us up. But Carmen snapped me out of it. Carmen is a very practical kid.”

‘Girls are always the practical ones,” Jimmy agreed. Now take me- I’m the poetical type.” ‘Blank verse, I’d say,” Rod suggested.

“Jealousy ill becomes you, Rod. Bob, old bean, can I interest you in another slice? Rare, or well carbonized?” “Either way. We haven’t had much to eat the last couple of days. Boy, does this taste good!”

“My own sauce,” Jimmy said modestly. “I raise my own herbs, you know. First you melt a lump of butter slowly in a pan, then you-“

“Shut up, Jimmy. Bob, do you and Carmen want to team with us? As I see it, we can’t count on ever getting back. Therefore we ought to make plans for the future.’ “I think you are right.”

“Rod is always right,” Jimmy agreed. “‘Plans for the future-‘ Hmm, yes… Bob, do you and Carmen play cribbage?” “No”

“Never mind. I’ll teach you.”

5.      “Fish, or Cut Bait”

The decision to keep on burning the smoke signal and thereby to call in as many recruits as possible was never voted on; it formed itself. The next morning Rod intended to bring the matter up but Jimmy and Bob rebuilt the smoke fire from its embers while down to fetch fresh water. Rod let the accomplished fact stand; two girls drifted in separately that day.

Nor was there any formal contract to team nor any selection of a team captain; Rod continued to direct operations and Bob Baxter accepted the arrangement. Rod did not think about it as he was too busy. The problems of food, shelter, and safety for their growing population left him no time to worry about it

The arrival of Bob and Carmen cleaned out the larder; it was necessary to hunt the next day. Bob Baxter offered to go, but Rod decided to take Jackie as usual. “You rest today. Don’t let Carmen put her weight on that bad ankle and don’t let Jimmy go down alone to tend the fire. He thinks he is well again but he is not.”

“I see that.”

Jack and Rod went out, made their kill quickly. But Rod failed to kill clean and when Jacqueline moved in to help finish the thrashing, wounded buck she was kicked in the ribs. She insisted that she was not hurt; nevertheless her side was sore the following morning and Bob Baxter expressed the opinion that she had cracked a rib.

In the meantime two new mouths to feed had been added, just as Rod found himself with three on the sick list. But one of the new mouths was a big, grinning one belonging to Caroline Mshiyeni; Rod picked her as his hunting partner.

Jackie looked sour. She got Rod aside and whispered, ‘You haven’t any reason to do this to me. I can hunt. My side is all right, just a little stiff.” “It is, huh? So it slows you down when I need you. I can’t chance it, Jack.”

She glanced at Caroline, stuck out her lip and looked stubborn. Rod said urgently, “Jack, remember what I said about petty jealousies? So help me, you make trouble and I’ll paddle you.” “You aren’t big enough!”

“I’ll get help. Now, look- are we partners?” “Well, I thought so.”

“Then be one and don’t cause trouble.”

She shrugged. “All right. Don’t rub it in- I’ll stay home.”

“I want you to do more than that. Take that old bandage of mine- it’s around somewhere- and let Bob Baxter strap your ribs.” “No!”

“Then let Carmen do it. They’re both quack doctors, sort of.” He raised his voice. “Ready, Carol?” “Quiverin’ and bristlin’.”

Rod told Caroline how he and Jacqueline hunted, explained what he expected of her. They located, and avoided, two family herds; old bulls were tough and poor eating and attempting to kill anything but the bull was foolishly dangerous. About noon they found a yearling herd upwind; they split and placed themselves cross wind for the kill. Rod waited for Caroline to flush the game, drive it to him.

He continued to wait. He was getting fidgets when Caroline showed up, moving silently. She motioned for him to follow. He did so, hard put to keep up with her and still move quietly. Presently she stopped; he caught up and saw that she had already made a kill. He looked at it and fought down the anger he felt.

Caroline spoke. “Nice tender one, I think. Suit you, Rod?” He nodded. “Couldn’t be better. Aclean kill, too. Carol?” “Huh?”

“I think you are better at this than I am.

“Oh, shucks, it was just luck.” She grinned and looked sheepish.

“I don’t believe in luck. Any time you want to lead the hunt, let me know. But be darn sure you let me know.” She looked at his unsmiling face, said slowly, “By any chance are you bawling me out?”

“You could call it that. I’m saying that any time you want to lead the hunt, you tell me. Don’t switch in the middle. Don’t ever. I mean it.” “What’s the matter with you, Rod? Getting your feelings hurt just because I got there first- that’s silly!”

Rod sighed. “Maybe that’s it. Or maybe I don’t like having a girl take the kill away from me. But I’m dead sure about one thing: I don’t like having a partner on a hunt who can’t be depended on. Too many ways to get hurt. I’d rather hunt alone.”

“Maybe I’d rather hunt alone! I don’t need any help.”

“I’m sure you don’t. Let’s forget it, huh, and get this carcass back to camp.”

Caroline did not say anything while they butchered. When they had the waste trimmed away and were ready to pack as much as possible back to the others Rod said, “You lead off. I’ll watch behind.”

“Rod?”

“Huh?” “I’m sorry”

“What? Oh, forget it.”

“I won’t ever do it again. Look, I’ll tell everybody you made the kill.”

He stopped and put a hand on her arm. “Why tell anybody anything? It’s nobody’s business how we organize our hunt as long as we bring home the meat.” “You’re still angry with me.”

“I never was angry,” he lied. “I just don’t want us to get each other crossed up.” “Roddie, I’ll never cross you up again! Promise.”

Girls stayed in the majority to the end of the week. The cave, comfortable for three, adequate for twice that number, was crowded for the number that was daily accumulating. Rod decided to make it a girls’ dormitory and moved the males out into the open on the field at the foot of the path up the shale. The spot was unprotected against weather and animals but it did guard the only access to the cave. Weather was no problem; protection against animals was set up as well as could be managed by organizing a night watch whose duty it was to keep fires burning between the bluff and the creek on the upstream side and in the bottleneck downstream. Rod did not like the arrangements, but they were the best he could do at the time. He  sent Bob Baxter and Roy Kilroy downstream to scout for caves and Caroline and Margery Chung upstream for the same purpose. Neither party was successful in the one-day limit he

had imposed; the two girls brought back another straggler.

Agroup of four boys came in a week after Jim’s shirt had been requisitioned; it brought the number up to twenty-five and shifted the balance to more boys than girls. The four newcomers could have been classed as men rather than boys, since they were two or three years older than the average. Three of the four classes in this survival-test area had been about to graduate from secondary schools; the fourth class, which included these four, came from Outlands Arts College of Teller University.

“Adult” is a slippery term. Some cultures have placed adult age as low as eleven years, others as high as thirty-five-and some have not recognized any such age as long as an ancestor remamed alive. Rod did not think of these new arrivals as senior to him. There were already a few from Teller U. in the group, but Rod was only vaguely aware Which ones they were- they fitted in. He was too busy with the snowballing problems of his growing colony to worry about their backgrounds on remote Terra.

The four were Jock McGowan, a brawny youth who seemed all hands and feet, his younger brother Bruce, and Chad Ames and Dick Burke. They had arrived late in the day and Rod had not had time to get acquainted, nor was there time the following morning, as a group of four girls and five boys poured in on them unexpectedly. This had increased his administrative problems almost to the breaking point; the cave would hardly sleep four more females. It was necessary to find, or build, more shelter.

Rod went over to the four young men lounging near the cooking fire. He squatted on his heels and asked, “Any of you know anything about building?” He addressed them all, but the others waited for Jock McGowan to speak. “Some,” Jock admitted. “I reckon I could build anything I wanted to.” “Nothing hard,” Rod explained. “Just stone walls. Ever tried your hand at masonry?”

“Sure. What of it?”

“Well, here’s the idea. We’ve got to have better living arrangements right away- we’ve got people pouring out of our ears. The first thing we are going to do is to throw a wall from the bluff to the creek across this flat area. After that we will build huts, but the first thing is a kraal to stop dangerous animals.”

McGowan laughed. “That will be some wall. Have you seen this dingus that looks like an elongated cougar? One of those babies would go over your wall before you could say ‘scat.’”

“I know about them,” Rod admitted, “and I don’t like them.” He rubbed the long white scars on his left arm. “They probably could go over any wall we could build. So we’ll rig a surprise for them.” He picked up a twig and started drawing in the dirt. “We build the wall and bring it around to here. Then, inside for about six meters, we set up sharpened poles. Anything comes over the wall splits its gut on the poles.”

Jock McGowan looked at the diagram. “Futile.” “Silly,” agreed his brother.

Rod flushed but answered, “Got a better idea?” “That’s beside the point.”

“Well,” Rod answered slowly, “unless somebody comes down with a better scheme, or unless we find really good caves, we’ve got to fortify this spot the best we can … so we’ll do this. I’m going to set the girls to cutting and sharpening stakes. The rest of us will start on the wall. If we tear into it we ought to have a lot of it built before dark. Do you four want to work together? There will be one party collecting rock and another digging clay and making clay mortar. Take your choice.”

Again three of them waited. Jock McGowan lay back and laced his hands under his head. “Sorry. I’ve got a date to hunt today.” Rod felt himself turning red. “We don’t need a kill today,” he said carefully.

“Nobody asked you, youngster.”

Rod felt the cold tenseness he always felt in a hunt He was uncomfortably aware that an audience had gathered. He tried to keep his voice steady and said, “Maybe I’ve made a mistake. I-“

“You have.”

“I thought you four had teamed with the rest of us. Well?” “Maybe. Maybe not.”

“You’ll have to fish or cut bait. If you join, you work like anybody else. If not- well, you’re welcome to breakfast and stop in again some time. But be on your way. I won’t have you lounging around while everybody else, is working.”

Jock McGowan sucked his teeth, dug at a crevice with his tongue. His hands were still locked back of his head. “What you don’t understand, sonny boy, is that nobody gives the McGowans orders. Nobody. Right, Bruce?”

“Right, Jock.”

“Right, Chad? Dick?”

The other two grunted approval. McGowan continued to stare up at the sky. “So,” he said softly, “I go where I want to go and stay as long as I like. The question is not whether we are going to join up with you, but what ones am going to let team with us. But not you, sonny boy; you are still wet behind your ears.

“Get up and get Qut of here!” Rod started to stand up. He was wearing Colonel Bowie, as always, but he did not reach for it. He began to straighten up from squatting.

Jock McGowan’s eyes flicked toward his brother. Rod was hit low… and found himself flat on his face with his breath knocked out. He felt the sharp kiss of a knife against his ribs; he held still. Bruce called out, “How about it, Jock?”

Rod could not see Jock McGowan. But he heard him answer, “Just keep him there.” “Right, Jock.”

Jock McGowan was wearing both gun and knife. Rod now heard him say, “Anybody want to dance? Any trouble out of the rest of you lugs?”

Rod still could not see Jock, but he could figure from the naked, startled expressions of a dozen others that McGowan must have rolled to his feet and covered them with his gun. Everybody in camp carried knives; most had guns as well and Rod could see that Roy Kilroy was wearing his- although most guns were kept when not in use in the cave in a little arsenal which Carmen superintended.

But neither guns nor knives were of use; it had happened too fast, shifting from wordy wrangling to violence with no warning. Rod could see none of his special friends from where he was; those whom he could see did not seem disposed to risk death to rescue him.

Jock McGowan said briskly, “Chad- Dick- got ‘em all covered?” “Right, Skipper.”

“Keep ‘em that way while I take care of this cholo.” His hairy legs appeared in front of Rod’s face. “Pulled his teeth, Bruce?” “Not yet.”

“I’ll do it. Roll over, sonny boy, and let me at your knife. Let him turn over, Bruce.”

Bruce McGowan eased up on Rod and Jock bent down. As he reached for Rod’s knife a tiny steel flower blossomed in Jock’s side below his ribs. Rod heard nothing, not even the small sound it must have made when it struck. Jock straightened up with a shriek, clutched at his side.

Bruce yelled, Jock! What’s the matter?”

“They got me.” He crumpled to the ground like loose clothing.

Rod still had a man with a knife on his back but the moment was enough; he rolled and grabbed in one violent movement and the situation was reversed, with Bruce’s right wrist locked in Rod’s fist, with Colonel Bowie threatening Bruce’s face.

Aloud contralto voice sang out, “Take it easy down there! We got you covered.”

Rod glanced up. Caroline stood on the shelf at the top of the path to the cave, with a rifle at her shoulder. At the downstream end of the shelf Jacqueline sat with her little dart gun in her lap; she was frantically pumping up again. She raised it, drew a bead on some one past Rod’s shoulder.

Rod called out, “Don’t shoot!” He looked around. “Drop it, you two!”

Chad Ames and Dick Burke dropped their guns. Rod added, “Roy! Grant Cowper! Gather up their toys. Get their knives, too.” He turned back to Bruce McGowan, pricked him under the chin. “Let’s have your knife.” Bruce turned it loose; Rod took it and got to his feet.

Everyone who had been up in the cave was swarming down, Caroline in the lead. Jock McGowan was writhing on the ground, face turned blue and gasping in the sort of paralysis induced by the poison used on darts. Bob Baxter hurried up, glanced at him, then said to Rod, “I’ll take care of that cut in your ribs in a moment.” He bent over Jock McGowan.

Caroline said indignantly, “You aren’t going to try to save him?” “Of course.”

“Why? Let’s chuck him in the stream.”

Baxter glanced at Rod. Rod felt a strong urge to order Caroline’s suggestion carried out. But he answered, “Do what you can for him, Bob. Where’s Jack? Jack- you’ve got antidote for your darts, haven’t you? Get it.”

Jacqueline looked scornfully at the figure on the ground. “What for? He’s not hurt.” “Huh?”

“Just a pin prick. Apractice dart- that’s all I keep in Betsey. My hunting darts are put away so that nobody can hurt themselves- and I didn’t have time to get them.” She prodded Jock with a toe. “He’s not poisoned. He’s scaring himself to death.”

Caroline chortled and waved the rifle she carried. “And this one is empty. Not even a good club.” Baxter said to Jackie, “Are you sure? The reactions look typical.”

“Sure I’m sure! See the mark on the end sticking out? Atarget dart.”

Baxter leaned over his patient, started slapping his face. “Snap out of it, McGowan! Stand up. I want to get that dart out of you.”

McGowan groaned and managed to stand. Baxter took the dart between thumb and forefinger, jerked it free; Jock yelled. Baxter slapped him again. “Don’t you faint on me,” he growled. ‘you’re lucky. Let it drain and you’ll be all right.” He turned to Rod. “You’re next.”

“Huh? There’s nothing the matter with me.”

“That stuff on your ribs is paint, I suppose.” He looked around. “Carmen, get my kit.” “I brought it down.”

“Good. Rod, sit down and lean forward. This is going to hurt a little.”

It did hurt. Rod tried to chat to avoid showing that he minded it. “Carol,” he asked, “I don’t see how you and Jackie worked out a plan so fast. That was smooth.”

“Huh? We didn’t work out a plan; we both just did what we could and did it fast.” She turned to Jacqueline and gave her a clap on the shoulder that nearly knocked her over. “This kid is solid, Roddie, solid!”

Jacqueline recovered, looked pleased and tried not to show it. “Aw, Carol!” “Anyway I thank you both.”

“Apleasure. I wish that pea shooter had been loaded. Rod, what are you going to do with them?” “Well … ummph!”

“Whoops!” said Baxter, behind him. “I said it was going to hurt. I had better put one more clip in. I’d like to put a dressing on that, but we can’t, so you lay off heavy work for a while and sleep on your stomach.”

“Unh!” said Rod.

“That’s the last. You can get up now. Take it easy and give it a chance to scab.”

“I still think,” Caroline insisted, “that we ought to make them swim the creek. We could make bets on whether or not any of ‘em make it across.” “Carol, you’re uncivilized.”

“I never claimed to be civilized. But I know which end wags and which end bites.”

Rod ignored her and went to look at the prisoners. Roy Kilroy had caused them to lie down one on top of the other; it rendered them undignified and helpless. “Let them sit up.” Kilroy and Grant Cowper had been guarding them. Cowper said, “You heard the Captain. Sit up.” They unsnarled and sat up, looking glum.

Rod looked at Jock McGowan. “What do you think we ought to do with you?”

McGowan said nothing. The puncture in his side was oozing blood and he was pale. Rod said slowly, “Some think we ought to chuck you in the stream. That’s the same as condemning you to death- but if we are going to, we ought to shoot you or hang you. I don’t favor letting anybody be eaten alive. Should we hang you?”

Bruce McGowan blurted out, “We haven’t done anything.”

“No. But you sure tried. You aren’t safe to have around other people.”

Somebody called out, “Oh, let’s shoot them and get it over with!” Rod ignored it. Grant Cowper came close to Rod and said, “We ought to vote on this. They ought to have a trial.” Rod shook his head. “No.” He went on to the prisoners,

I don’t favor punishing you- this is personal. But we can’t risk having you around either.” He turned to Cowper. “Give them their knives.” “Rod? You’re not going to fight them?”

“Of course not.” He turned back. “You can have your knives; we’re keeping your guns. When we turn you loose, head downstream and keep going. Keep going for at least a week. If you ever show your faces again, you won’t get a chance to explain. Understand me?’

Jock McGowan nodded. Dick Burke gulped and said, “But turning us out with just knives is the same as killing us.

“Nonsense! No guns. And remember, if you turn back this way, even to hunt, it’s once too many. There may be somebody trailing you- with a gun.

“Loaded this time!” added Caroline. “Hey, Roddie, I want that job. Can I? Please?” “Shut up, Carol. Roy, you and Grant start them on their way.”

As exiles and guards, plus sightseers, moved off they ran into Jimmy Throxton coming back into camp. He stopped and stared. “What’s the procession? Rod what have you done to your ribs, boy? Scratching yourself again?”

Several people tried to tell him at once. He got the gist of it and shook his head mournfully. “And there I was, good as gold, looking for pretty rocks for our garden wall. Every time there’s a party people forget to ask me. Discrimination.”

“Stow it, Jim. It’s not funny.”

“That’s what I said. It’s discrimination.”

Rod got the group started on the wall with an hour or more of daylight wasted. He tried to work on the wall despite Bob Baxter’s medical orders, but found that he was not up to it; not only was his wound painful but also he felt shaky with reaction.

Grant Cowper looked him up during the noon break. “Skipper, can I talk with you? Privately?” Rod moved aside with him. “What’s on your mind?”

“Mmm … Rod, you were lucky this morning. You know that, don’t you? No offense intended.” “Sure, I know. What about it?”

“Uh, do you know why you had trouble?”

“What? Of course I know- now. I trusted somebody when I should not have.”

Cowper shook his head. “Not at all. Rod, what do you know about theory of government?” Rod looked surprised. “I’ve had the usual civics courses. Why?”

“I doubt if I’ve mentioned it, but the course I’m majoring in at Teller U. is colonial administration. One thing we study is how authority comes about in human society and how it is maintained. I’m not criticizing but to be blunt, you almost lost your life because you’ve never studied such things.”

Rod felt annoyed. “What are you driving at?”

“Take it easy. But the fact remains that you didn’t have any authority. McGowan knew it and wouldn’t take orders. Everybody else knew it, too. When it came to a showdown, nobody knew whether to back you up or not. Because you don’t have a milligram of real authority.”

“Just a moment! Are you saying I’m not leader of this team?”

“You are de facto leader, no doubt about it. But you’ve never been elected to the job. That’s your weakness.” Rod chewed this over. “I know,” he said slowly. “It’s just that we have been so confounded busy.”

“Sure, I know. I’d be the last person to criticize. But a captain ought to be properly elected.”

Rod sighed. “I meant to hold an election but I thought getting the wall built was more urgent. All right, let’s call them together.” “Oh, you don’t need to do it this minute.”

“Why not? The sooner the better, apparently.” “Tonight, when it’s too dark to work, is soon enough.” “Well … okay.”

When they stopped for supper Rod announced that there would be an organization and planning meeting. No one seemed surprised, although he himself had mentioned it to no one.

He felt annoyed and had to remind himself that there was nothing secret about it; Grant had been under no obligation to keep it quiet. He set guards and fire tenders, then came back into

the circle of firelight and called out, “Quiet, everybody! Let’s get started. If you guys on watch can’t hear, be sure to speak up” He hesitated. “We’re going to hold an election. Somebody

pointed out that I never have been elected captain of this survival team. Well, if any of you have your noses out of joint, I’m sorry. I was doing the best I could. But you are entitled to elect a

captain. All right, any nominations?”

Jiminy Throxton shouted, “I nominate Rod Walker!” Caroline’s voice answered, “I second it! Move the nominations be closed.” Rod said hastily, “Carol, your motion is out of order.”

“Why?”

Before he could answer Roy Kilroy spoke up. “Rod, can I have the floor a moment? Privileged question.” Rod turned, saw that Roy was squatting beside Grant Cowper. “Sure. State your question.”

“Matter of procedure. The first thing is to elect a temporary chairman.”

Rod thought quickly. “I guess you’re right. Jimmy, your nomination is thrown out. Nominations for temporary chairman are in order.” “Rod Walker for temporary chairman!”

“Oh, shut up, Jimmy! I don’t want to be temporary chairman.”

Roy Kilroy was elected. He took the imaginary gavel and announced, “The chair recognizes Brother Cowper for a statement of aims and purposes of this meeting.” Jimmy Throxton called out, “What do we want any speeches for? Let’s elect Rod and go to bed. I’m tired- and I’ve got a two-hour watch coming up.”

“Out of order. The chair recognizes Grant Cowper.” Cowper stood up. The firelight caught his handsome features and curly, short beard. Rod rubbed the scraggly growth on his own chin and wished that he looked like Cowper. The young man was dressed only in walking shorts and soft bush shoes but he carried himself with the easy dignity of a distinguished speaker before some important body. “Friends,” he said, “brothers and sisters, we are gathered here tonight not to elect a survival-team captain, but to found a new nation.”

He paused to let the idea sink in. “You know the situation we are in. We fervently hope to be rescued, none more so than I. I will even go so far as to say that I think we will be rescued … eventually. But we have no way of knowing, we have no data on which to base an intelligent guess, as to when we will be rescued.

“It might be tomorrow … it might be our descendants a thousand years from now.” He said the last very solemnly.

“But when the main body of our great race re-establishes contact with us, it is up to us, this little group here tonight, whether they find a civilized society or flea-bitten animals without language, without arts, with the light of reason grown dim … or no survivors at all, nothing but bones picked clean.”

“Not mine!” called out Caroline. Kilroy gave her a dirty look and called for order.

“Not yours, Caroline,” Cowper agreed gravely. “Nor mine. Not any of us. Because tonight we will take the step that will keep this colony alive. We are poor in things; we will make what we need. We are rich in knowledge; among us we hold the basic knowledge of our great race. We must preserve it … we will!”

Caroline cut through Cowper’s dramatic pause with a stage whisper. “Talks pretty, doesn’t he? Maybe I’ll marry him.”

He did not try to fit this heckling into his speech. “What is the prime knowledge acquired by our race? That without which the rest is useless? What flame must we guard like vestal virgins?”

Some one called out, “Fire.” Cowper shook his head. “Writing!”

“The decimal system.” “Atomics!”

“The wheel, of course.

“No, none of those. They are all important, but they are not the keystone. The greatest invention of mankind is government. It is also the hardest of all. More individualistic than cats, nevertheless we have learned to cooperate more efficiently than ants or bees or termites. Wilder, bloodier, and more deadly than sharks, we have learned to live together as peacefully  as lambs. But these things are not easy. That is why that which we do tonight will decide our future … and perhaps the future of our children, our children’s children, our descendants far

into the womb of time. We are not picking a temporary survival leader; we are setting up a government. We must do it with care. We must pick a chief executive for our new nation, a mayor of our city-state. But we must draw up a constitution, sign articles binding us together. We must organize and plan.”

“Hear, hear!”

“Bravo!”

“We must establish law, appoint judges, arrange for orderly administration of our code. Take for example, this morning-” Cowper turned to Rod and gave him a friendly smile. “Nothing personal, Rod, you understand that. I think you acted with wisdom and I was happy that you tempered justice with mercy. Yet no one could have criticized if you had yielded to your  impulse and killed all four of those, uh … anti-social individuals. But justice should not be subject to the whims of a dictator. We can’t stake our lives on your temper … good or bad. You see that, don’t you?”

Rod did not answer He felt that he was being accused of bad temper, of being a tyrant and dictator, of being a danger to the group. But he could not put his finger on it. Grant Cowper’s remarks had been friendly … yet they felt intensely personal and critical.

Cowper insisted on an answer. “You do see that, Rod? Don’t you? You don’t want to continue to have absolute power over the lives and persons of our community? You don’t want that? Do you?” He waited.

“Huh? Oh, yeah, sure! I mean, I agree with you.”

“Good! I was sure you would understand. And I must ay that I think you have done a very good job in getting us together. I don’t agree with any who have criticized you. You were doing your best and we should let bygones be bygones.” Cowper grinned that friendly grin and Rod felt as if he were being smothered with kisses.

Cowper turned to Kilroy. “That’s all I have to say, Mr. Chairman.” He flashed his grin and added as he sat down, “Sorry I talked so long, folks. I had to get it off my chest.” Kilroy clapped his hands once. “The chair will entertam nominations for- Hey, Grant, if we don’t call it ‘captain,’ then what should we call it?”

“Mmm …” Cowper said judicially. “‘President’ seems a little pompous. I think ‘mayor’ would be about right-mayor of our city-state, our village.” “The chair will entertain nominations for mayor.

“Hey!” demanded Jimmy Throxton. “Doesn’t anybody else get to shoot off his face?” “Out of order.”

“No,” Cowper objected, “I don’t think you should rule Jimmy out of order, Roy. Anyone who has something to contribute should be encouraged to speak. We mustn’t act hastily.” “Okay, Throxton, speak your piece.”

“Oh, I didn’t want to sound off. I just didn’t like the squeeze play.”

“All right, the chair stands corrected. Anybody else? If not, we will entertain-“ “One moment, Mr. Chairman!”

Rod saw that it was Arthur Nielsen, one of the Teller University group. He managed to look neat even in these circumstances but he had strayed into camp bereft of all equipment, without even a knife. He had been quite hungry.

Kilroy looked at him. “You want to talk, Waxie?” “Nielsen is the name. Or Arthur. As you know. Yes.” “Okay. Keep it short.”

“I shall keep it as short as circumstances permit. Fellow associates, we have here a unique opportunity, probably one which has not occurred before in history. As Cowper pointed out, we must proceed with care. But, already we have set out on the wrong foot. Our object should be to found the first truly scientific community. Yet what do I find? You are proposing to

select an executive by counting noses! Leaders should not be chosen by popular whim; they should be determined by rigorous scientific criteria. Once selected, those leaders must have full scientific freedom to direct the bio-group in accordance with natural law, unhampered by such artificial anachronisms as statutes, constitutions, and courts of law. We have here an adequate supply of healthy females; we have the means to breed scientifically a new race, a super race, a race which, if I may say so-“

Ahandful of mud struck Nielsen in the chest; he stopped suddenly. “I saw who did that!” he said angrily. Just the sort of nincompoop who always-“ “Order, order, please!” Kilroy shouted. “No mudsling or I’ll appoint a squad of sergeants-at-arms. Are you through, Waxie?”

“I was just getting started.”

“Just a moment,” put in Cowper. “Point of order Mr. Chairman. Arthur has a right to be heard. But I think he speaking before the wrong body. We’re going to have a constitutional committee, I’m sure. He should present his arguments to them. Then, if we like them, we can adopt his ideas.”

“You’re right, Grant. Sit down, Waxie.” “Huh? I appeal!”

Roy Kilroy said briskly, “The chair has ruled this out of order at this time and the speaker has appealed to the house, a priority motion not debatable. All in favor of supporting the chair’s ruling, which is for Waxie to shut up, make it known by saying ‘Aye.’”

There was a shouted chorus of assent. “Opposed: ‘No.’ Sit down, Waxie.” Kilroy looked around. “Anybody else?”

“Yes”

“I can’t see. Who is it?”

“Bill Kennedy, Ponce de Leon class. I don’t agree with Nielsen except on one point: we are fiddling around with the wrong things. Sure, we need a group captain but, aside from whatever  it takes to eat, we shouldn’t think about anything but how to get back. I don’t want a scientific society; I’d settle for a hot bath and decent food.”

There was scattered applause. The chairman said, “I’d like a bath, too … and I’d fight anybody for a dish of cornflakes. But, Bill, how do you suggest that we go about it?”

“Huh? We set up a crash-priority project and build a gate. Everybody works on it.”

There was silence, then several talked at once: “Crazy! No uranium.” – “We might find uranium.” – “Where do we get the tools? Shucks, I don’t even have a screwdriver.” – “But where are we?” – “It is just a matter of-“

“Quiet!” yelled Kilroy. “Bill, do you know how to build a gate?” “No”

“I doubt if anybody does.”

“That’s a defeatist attitude. Surely some of you educated blokes from Teller have studied the subject. You should get together, pool what you know, and put us to work. Sure, it may take a long time. But that’s what we ought to do.”

Cowper said, just a minute, Roy. Bill, I don’t dispute what you say; every idea should be explored. We’re bound to set up a planning committee. Maybe we had better elect a mayor, or a captain, or whatever you want to call him-and then dig into your scheme when we can discuss it in detail. I think it has merit and should be discussed at length. What do you think?”

“Why, sure, Grant. Let’s get on with the election. I just didn’t want that silly stuff about breeding a superman to be the last word.” “Mr. Chairman! I protest-“

“Shut up, Waxie. Are you ready with nominations for mayor? If there is no objection, the chair rules debate closed and will entertain nominations.” “I nominate Grant Cowper!”

“Second!”

“I second the nomination.” “Okay, I third it!”

“Let’s make it unanimous! Question, question!”

Jimmy Throxton’s voice cut through the shouting, “I NOMINATE ROD WALKER!” Bob Baxter stood up. “Mr. Chairman?”

“Quiet, everybody. Mr. Baxter.” “I second Rod Walker.”

“Okay. Two nominations, Grant Cowper and Rod Walker. Are there any more?”

There was a brief silence. Then Rod spoke up. “Just a second, Roy.” He found that his voice was trembling and he took two deep breaths before he went on. “I don’t want it. I’ve had all the grief I want for a while and I’d like a rest. Thanks anyhow, Bob. Thanks, Jimmy.”

“Any further nominations?”

“Just a sec, Roy … point of personal privilege.” Grant Cowper stood up. “Rod, I know how you feel. Nobody in his right mind seeks public office … except as a duty, willingness to serve. If you withdraw, I’m going to exercise the same privilege; I don’t want the headaches any more than you do.”

“Now wait a minute, Grant. You-“

“You wait a minute. I don’t think either one of us should withdraw; we ought to perform any duty that is handed to us, just as we stand a night watch when it’s our turn. But I think we ought to have more nominations.” He looked around. “Since that mix-up this morning we have as many girls as men . . yet both of the candidates are male. That’s not right. Uh, Mr. Chairman, I nominate Caroline Mshiyeni.”

“Huh? Hey, Grant, don’t be silly. I’d look good as a lady mayoress, wouldn’t I? Anyhow, I’m for Roddie.”

“That’s your privilege, Caroline. But you ought to let yourself be placed before the body, just like Rod and myself.” “Nobody’s going to vote for me!”

“That’s where you’re wrong. I’m going to vote for you. But we still ought to have more candidates.” “Three nominations before the house,” Kilroy announced. “Any more? If not, I declare the-“

“Mr. Chairman!”

“Huh? Okay, Waxie, you want to nominate somebody?” “Yes.”

“Who?” “Me”

“You want to nominate yourself?”

“I certainly do. What’s funny about that? I am running on a platform of strict scientific government. I want the rational minds in this group to have someone to vote for.” Kilroy looked puzzled. “I’m not sure that is correct parliamentary procedure. I’m afraid I’ll have to over-“

“Never mind, never mind!” Caroline chortled. “I nominate him. But I’m going to vote for Roddie,” she added.          Kilroy sighed. “Okay, four candidates. I guess we’ll have to have a show of hands. We don’t have anything for ballots.” Bob Baxter stood up. “Objection, Mr. Chairman. I call for a secret ballot. We can find some way to do it.”

Away was found. Pebbles would signify Rod, a bare twig was a note for Cowper, a green leaf meant Caroline, while one of Jimmy’s ceramic attempts was offered as a ballot box. “How about Nielsen?” Kilroy asked.

Jimmy spoke up. “Uh, maybe this would do: I made another pot the same time I made this one, only it busted. Ill get chunks of it and all the crackpots are votes for Waxie.” “Mr. Chairman, I resent the insinua-“

“Save it, Waxie. Pieces of baked clay for you, pebbles for Walker, twigs for Grant, leaves for Carol. Get your votes, folks, then file past and drop them in the ballot box. Shorty, you and Margery act as tellers.”

The tellers solemnly counted the ballots by firelight. There were five votes for Rod, one for Nielsen, none for Caroline, and twenty-two for Cowper. Rod shook hands with Cowper and faded back into the darkness so that no one would see his face. Caroline looked at the results and said, “Hey, Grant! You promised to vote for me. What happened? Did you vote for yourself? Huh? How about that?”

Rod said nothing. He had voted for Cowper and was certain that the new mayor had not returned the compliment … he was sure who his five friends were. Dog take it!-he had seen it coming; why hadn’t Grant let him bow out?

Grant ignored Caroline’s comment. He briskly assumed the chair and said, “Thank you. Thank you all. know you want to get to sleep, so I will limit myself tonight to appointing a few committees-“

Rod did not get to sleep at once. He told himself that there was no disgrace in losing an election- shucks, hadn’t his old man lost the time he had run for community corporation board? He told himself, too, that trying to ride herd on those apes was enough to drive a man crazy and he was well out of it- he had never wanted the job! Nevertheless there was a lump in his middle and a deep sense of personal failure.

It seemed that he had just gone to sleep … his father was looking at him saying, “You know we are proud of you, son. Still, if you had had the foresight to-” when someone touched his arm.

He was awake, alert, and had Colonel Bowie out at once.

“Put away that toothpick,” Jimmy whispered, “before you hurt somebody. Me, I mean.” “What’s up?”

“I’m up, I’ve. got the fire watch. You’re about to be, because we are holding a session of the inner sanctum.” “Huh?”

“Shut up and come along. Keep quiet, people are asleep.”

The inner sanctum turned out to be Jimmy, Caroline, Jacqueline, Bob Baxter, and Carmen Garcia. They gathered inside the ring of fire but as far from the sleepers as possible. Rod looked around at his friends.

“What’s this all about?”

“It’s about this,” Jimmy said seriously. “You’re our Captain. And we like that election as much as I like a crooked deck of cards.” “That’s right,” agreed Caroline. “All that fancy talk!”

“Huh? Everybody got to talk. Everybody got to vote.” “Yes,” agreed Baxter. “Yes … and no.”

“It was all proper. I have no kick.”

“I didn’t expect you to kick, Rod. Nevertheless well, I don’t know how much politicking you’ve seen, Rod. I haven’t seen much myself, except in church matters and we Quakers don’t do things that way; we wait until the Spirit moves. But, despite all the rigamarole, that was a slick piece of railroading. This morning you would have been elected overwhelmingly; tonight you did not stand a chance.”

“The point is,” Jimmy put in, “do we stand for it?” “What can we do?”

“What can we do? We don’t have to stay here. We’ve still got our own group; we can walk out and find another place … a bigger cave maybe.” ‘Yes, sir!” agreed Caroline. “Right tonight.”

Rod thought about it. The idea was tempting; they didn’t need the others … guys like Nielsen- and Cowper. The discovery that his friends were loyal to him, loyal to the extent that they would consider exile rather than let him down choked him up. He turned to Jacqueline. “How about you, Jackie?”

“We’re partners, Rod. Always.”

“Bob- do you want to do this? You and Carmen?” “Yes. Well . .

“‘Well’ what?”

“Rod, we’re sticking with you. This election is all very well- but you took us in when we needed it and teamed with us. We’ll never forget it. Furthermore I think that you make a sounder team captain than Cowper is likely to make. But there is one thing.”

“Yes.”

“If you decide that we leave, Carmen and I will appreciate it if you put it off a day.” “Why?” demanded Caroline. “Now is the time.”

“Well- they’ve set this up as a formal colony, a village with a mayor. Everybody knows that a regularly elected mayor can perform weddings.” “Oh!” said Caroline. “Pardon my big mouth.”

“Carmen and I can take care of the religious end- it’s not very complicated in our church. But, just in case we ever are rescued, we would like it better and our folks would like it if the civil requirements were all perfectly regular and legal. You see?”

Rod nodded. “I see.”

“But if you say to leave tonight …”

“I don’t,” Rod answered with sudden decision. “We’ll stay and get you two properly married. Then-“ “Then we all shove off in a shower of rice,” Caroline finished.

“Then we’ll see. Cowper may turn out to be a good mayor. We won’t leave just because I lost an election.” He looked around at their faces. “But … but I certainly do thank you. I-“ He could not go on. Carmen stepped forward and kissed him quickly. “Goodnight, Rod. Thanks.”

4.      “A Joyful Omen”

Mayor Cowper got off to a good start. He approved, took over, and embellished a suggestion that Carmen and Bob should have their own quarters. He suspended work on the wall and set the whole village to constructing a honeymoon cottage. Not until his deputy, Roy Kilroy, reminded him did he send out hunting parties.

He worked hard himself, having set the wedding for that evening and having decreed that the building must be finished by sundown. Finished it was by vandalizing part of the wall to  supply building stone when the supply ran short Construction was necessarily simple since they had no tools, no mortar but clay mud, no way to cut timbers. It was a stone box as tall as   a man and a couple of meters square, with a hole for a door. The roof was laid up from the heaviest poles that could be cut from a growth upstream of giant grass much like bamboo- the colonists simply called it “bamboo.” This was thatched and plastered with mud; it sagged badly.

But it was a house and even had a door which could be closed- a woven grass mat stiffened with bamboo. It neither hinged nor locked but it filled the hole and could be held in place with  a stone and a pole. The floor was clean sand covered with fresh broad leaves.

As a doghouse for a St. Bernard it would have been about right; as a dwelling for humans it was not much. But it was better than that which most human beings had enjoyed through the history and prehistory of the race. Bob and Carmen did not look at it critically.

When work was knocked off for lunch Rod selfconsciously sat down near a group around Cowper. He had wrestled with his conscience for a long time in the night and had decided that the only thing to do was to eat sour grapes and pretend to like them. He could start by not avoiding Cowper.

Margery Chung was cook for the day; she cut Rod a chunk of scorched meat. He thanked her and started to gnaw it. Cowper was talking. Rod was not trying to overhear but there seemed to be no reason not to listen.

“-which is the only way we will get the necessary discipline into the group. I’m sure you agree. Cowper glanced up, caught Rod’s eye, looked annoyed, then grinned. “Hello, Rod.” “Hi, Grant.”

“Look, old man, we’re having an executive committee meeting. Would you mind finding somewhere else to eat lunch?” Rod stood up blushing. “Oh! Sure.”

Cowper seemed to consider it. “Nothing private, of course- just getting things done. On second thought maybe you should sit in and give us your advice.” “Huh? Oh, no! I didn’t know anything was going on.” Rod started to move away.

Cowper did not insist. “Got to keep working, lots to do. See you later, then. Any time.” He grinned and turned away.

Rod wandered off, feeling conspicuous. He heard himself hailed and turned gratefully, joined Jimmy Throxton. “Come outside the wall,” Jimmy said quietly. “The Secret Six are having a picnic. Seen the happy couple?”

“You mean Carmen and Bob?”

“Know any other happy couples? Oh, there they are- staring hungrily at their future mansion. See you outside.”

Rod went beyond the wall, found Jacqueline and Caroline sitting near the water and eating. From habit he glanced around, sizing up possible cover for carnivores and figuring escape routes back into the kraal, but his alertness was not conscious as there seemed no danger in the open so near other people. He joined the girls and sat down on a rock. “Hi, kids.”

“Hello, Rod.”

“H’lo, Roddie,” Caroline seconded. “‘What news on the Rialto?’”

“None, I guess. Say, did Grant appoint an executive committee last night?”

“He appointed about a thousand committees but no executive committee unless he did it after we adjourned. Why an executive committee? This gang needs one the way I need a bicycle.”

“Who is on it, Rod?” asked Jacqueline.

Rod thought back and named the faces he had seen around Cowper. She looked thoughtful. “Those are his own special buddies from Teller U.” “Yes, I guess so.

“I don’t like it,” she answered. “What’s the harm?”

“Maybe none … maybe. It is about what we could expect. But I’d feel better if all the classes were on it, not just that older bunch. You know.” “Shucks, Jack, you’ve got to give him some leeway.”

“I don’t see why, put in Caroline. “That bunch you named are the same ones Hizzonor appointed as chairmen of the other committees. It’s a tight little clique. You notice none of us unsavory characters got named to any important cominittee- I’m on waste disposal and camp sanitation, Jackie is on food preparation, and you aren’t on any. You should have been on the constitution, codification, and organization committee, but he made himself chairman and left you out. Add it up.”

Rod did not answer. Caroline went on, “I’ll add it if you won’t. First thing you know there will be a nominating committee. Then we’ll find that only those of a certain age, say twenty-one, can hold office. Pretty soon that executive committee will turn into a senate (called something else, probably) with a veto that can be upset only by a three-quarters majority that we will never get. That’s the way my Uncle Phil would have rigged it.”

“Your Uncle Phil?”

“Boy, there was a politician! I never liked him- he had kissed so many babies his lips were puckered. I used to hide when he came into our house. But I’d like to put him up against Hizzonor. It’ud be a battle of dinosaurs. Look, Rod, they’ve got us roped and tied; I say we should fade out right after the wedding.” She turned to Jacqueline. “Right… pardner?”

“Sure … if Rod says so.”

“Well, I don’t say so. Look, Carol, I don’t like the situation. To tell the truth … well, I was pretty sour at being kicked out of the captaincy. But I can’t let the rest of you pull out on that account. There aren’t enough of us to form another colony, not safely.”

“Why, Roddie, there are three times as many people still back in those trees as there are here in camp. This time we’ll build up slowly and be choosy about whom we take. Six is a good start. We’ll get by.”

“Not six, Carol. Four.”

“Huh? Six! We shook on it last night before Jimmy woke you.”

Rod shook his head. “Carol, how can we expect Bob and Carmen to walk out … right after the rest have made them a wedding present of a house of their own?” “Well … darn it, we’d build them another house!”

“They would go with us, Carol- but it’s too much to ask.”

“I think,” Jacqueline said grudgingly, “that Rod has something, Carol.”

The argument was ended by the appearance of Bob, Carmen, and Jimmy. They had been delayed, explained Jimmy, by the necessity of inspecting the house. “As if I didn’t know every rock in it. Oh, my back!”

“I appreciate it, Jim,” Carmen said softly. “I’ll rub your back.” “Sold!” Jimmy lay face down.

“Hey!” protested Caroline. “I carried more rocks than he did. Mostly he stood aromid and bossed.” “Supervisory work is exceptionally tiring,” Jimmy said smugly. “You get Bob to rub your back.”

Neither got a back rub as Roy Kilroy called to them from the wall. “Hey! You down there- lunch hour is over. Let’s get back to work.” “Sorry, Jimmy. Later.” Carmen turned away.

Jimmy scrambled to his feet. “Bob, Carmen- don’t go ‘way yet. I want to say something.” They stopped. Rod waved to Kilroy. “With you in a moment!” He turned back to the others.

Jimmy seemed to have difficulty in choosing words. “Uh, Carmen … Bob. The future Baxters. You know we think a lot of you. We think it’s swell that you are going to get married- every family ought to have a marriage. But … well, shopping isn’t what it might be around here and we didn’t know what to get you. So we talked it over and decided to give you this. It’s from all of us. Awedding present.” Jimmy jammed a hand in his pocket, hauled out his dirty, dog-eared playing cards and handed them to Carmen.

Bob Baxter looked startled. “Gosh, Jimmy, we can’t take your cards-your only cards.” “I- we want you to have them.”

“But-“

“Be quiet, Bob!” Carmen said and took the cards. “Thank you, Jimmy. Thank you very much. Thank you all.” She looked around. “Our getting married isn’t going to make any difference, you know. It’s still one family. We’ll expect you all … to come play cards … at our house just as-” She stopped suddenly and started to cry, buried her head on Bob’s shoulder. He patted it. Jimmy looked as if he wanted to cry and Rod felt nakedly embarrassed.

They started back, Carmen with an arm around Jimmy and the other around her bethrothed. Rod hung back with the other two. “Did Jimmy,” he whispered, “say anything to either of you about this?”

“No,” Jacqueline answered.

“Not me,” Caroline agreed. “I was going to give ‘em my stew pan, but now I’ll wait a day or two.” Caroline’s “bag of rocks” had turned out to contain an odd assortment for survival- among other things, a thin-page diary, a tiny mouth organ, and a half-litre sauce pan. She produced other unlikely but useful items from time to time. Why she had picked them and how she had managed to hang on to them after she discarded the bag were minor mysteries, but, as Deacon Matson had often told the class: “Each to his own methods. Survival is an art, not a science.” It was undeniable that she had appeared at the cave healthy, well fed, and with her clothing surprisingly neat and clean in view of the month she had been on the land.

“They won’t expect you to give up your stew pan, Caroline.”

“I can’t use it now that the crowd is so big, and they can set up housekeeping with it. Anyhow, I want to.”

“I’m going to give her two needles and some thread. Bob made her leave her sewing kit behind in favor of medical supplies. But I’ll wait a while, too.” “I haven’t anything I can give them,” Rod said miserably.

Jacqueline turned gentle eyes on him. “You can make them a water skin for their house, Rod,” she said softly. “They would like that. We can use some of my KwikKure so that it will last.” Rod cheered up at once. “Say, that’s a swell idea!”

“We are gathered here,” Grant Cowper said cheerfully, “to join these two people in the holy bonds of matrimony. I won’t give the usual warning because we all know that no impediment exists to this union. In fact it is the finest thing that could happen to our little community, a joyful omen of things to come, a promise for the future, a guarantee that we are firmly resolved to keep the torch of civilization, now freshly lighted on this planet, forever burning in the future. It means that-“

Rod stopped listening. He was standing at the groom’s right as best man. His duties had not been onerous but now he found that he had an overwhelming desire to sneeze. He worked his features around, then in desperation rubbed his upper lip violently and overcame it. He sighed silently and was glad for the first time that Grant Cowper had this responsibility. Grant seemed to know the right words and he did not.

The bride was attended by Caroline Mshiyeni. Both girls carried bouquets of a flame-colored wild bloom. Caroline was in shorts and shirt as usual and the bride was dressed in the conventional blue denim trousers and overshirt. Her hair was arranged en brosse; her scrubbed face shone in the firelight and she was radiantly beautiful.

“Who giveth this woman?”

Jimmy Throxton stepped forward and said hoarsely, “I do!” “The ring, please.”

Rod had it on his little finger; with considerable fumbling he got it off. It was a Ponce de Leon senior-class ring, borrowed from Bill Kennedy. He handed it to Cowper. “Carmen Eleanora, do you take this man to be your lawfully wedded husband, to have and to hold, for better and for worse, in sickness and in health, till death do you part?”  “I do.”

“Robert Edward, do you take this woman to be your lawfully wedded wife? Will you keep her and cherish her, cleaving unto her only, until death do you part?” “I do. I mean, I will. Both.”

“Take her hand in yours. Place the ring on her finger. Repeat after me- Rod’s sneeze was coming back again; he missed part of it.

“-so, by authority vested in me as duly elected Chief Magistrate of this sovereign community, I pronounce you man and wife! Kiss her, chum, before I beat you to it.”

Carol and Jackie both were crying; Rod wondered what had gone wrong. He missed his turn at kissing the bride, but she turned to him presently, put an arm around his neck and kissed him. He found himself shaking hands with Bob very solemnly. “Well, I guess that does it. Don’t forget you are supposed to carry her through the door.”

“I won’t forget.”

“Well, you told me to remind you. Uh, may the Principle bless you both.”

5.               “I So Move”

There was no more talk of leaving. Even Caroline dropped the subject.

But on other subjects talk was endless. Cowper held a town meeting every evening. These started with committee reports- the committee on food resources and natural conservation, the committees on artifacts and inventory, on waste disposal and camp sanitation, on exterior security, on human resources and labor allotment, on recruitment and immigration, on conservation of arts and sciences, on constitution, codification, and justice, on food preparation, on housing and city planning- Cowper seemed to enjoy the endless talk and Rod was forced to admit that the others appeared to have a good time, too- he surprised himself by discovering that he too looked forward to the evenings. It was the village’s social life, the only recreation. Each session produced wordy battles, personal remarks and caustic criticisms; what was lacking in the gentlemanly formality found in older congresses was made up in spice. Rod liked to sprawl on the ground with his ear near Jimmy Throxton and listen to Jimmy’s slanderous asides about the intelligence, motives, and ancestry of each speaker. He waited for Caroline’s disorderly heckling.

But Caroline was less inclined to heckle now; Cowper had appointed her Historian on discovering that she owned a diary and could take shorthand. “It is extremely important,” he informed her in the presence of the village, “that we have a full record of these pioneer days for posterity. You’ve been writing in your diary every day?”

“Sure. That’s what it’s for.”

“Good! From here on it will be an official account. I want you to record the important events of each day.” “All right. It doesn’t make the tiniest bit of difference, I do anyhow.”

“Yes, yes, but in greater detail. I want you to record our proceedings, too. Historians will treasure this document, Carol.” “I’ll bet!”

Cowper seemed lost in thought. “How many blank leaves left in your diary?” “Couple of hundred, maybe.”

“Good! That solves a problem I had been wondering about. Uh, we will have to requisition half of that supply for official use- public notices, committee transactions, and the like. You know.”

Caroline looked wide-eyed. “That’s a lot of paper, isn’t it? You had better send two or three big husky boys to carry it.” Cowper looked puzzled. “You’re joking.”

“Better make it four big huskies. I could probably manage three … and somebody is likely to get hurt.”

“Now, see here, Caroline, it is just a temporary requisition, in the public interest. Long before you need all of your diary we will devise other writing materials.” “Go ahead and devise! That’s my diary.”

Caroline sat near Cowper, diary in her lap and style in her hand, taking notes. Each evening she opened proceedings by reading the minutes of the previous meeting. Rod asked her if she took down the endless debates.

“Goodness no!”

“I wondered. It seemed to me that you would run out of paper. Your minutes are certainly complete.” She chuckled. “Roddie, want to know what I really write down? Promise not to tell.”

“Of course I won’t.”

“When I ‘read the minutes’ I just reach back in my mind and recall what the gabble was the night before-I’ve got an awfully good memory. But what I actually dirty the paper with … well, here-” She took her diary from a pocket. “Here’s last night: ‘Hizzoner called us to disorder at half-past burping time. The committee on cats and dogs reported. No cats, no dogs. The shortage was discussed. We adjourned and went to sleep, those who weren’t already.’”

Rod grinned. “Agood thing Grant doesn’t know shorthand.”

“Of course, if anything real happens, I put it down. But not the talk, talk, talk.”

Caroline was not adamant about not sharing her supply of paper when needed. Amarriage certificate, drawn up in officialese by Howard Goldstein, a Teller law student, was prepared for the Baxters and signed by Cowper, the couple themselves, and Rod and Caroline as witnesses. Caroline decorated it with flowers and turtle doves before delivering it.

There were others who seemed to feel that the new government was long on talk and short on results. Among them was Bob Baxter, but the Quaker couple did not attend most of the meetings. But when Cowper had been in office a week, Shorty Dumont took the floor after the endless committee reports:

“Mr. Chairman!”

“Can you hold it, Shorty? I have announcements to make before we get on to new business.” “This is still about committee reports. When does the committee on our constitution report?” “Why, I made the report myself.”

“You said that a revised draft was being prepared and the report would be delayed. That’s no report. What I want to know is: when do we get a permanent set-up? When do we stop floating in air, getting along from day to day on ‘temporary executive notices’?”

Cowper flushed. “Do you object to my executive decisions?”

“Won’t say that I do, won’t say that I don’t. But Rod was let out and you were put in on the argument that we needed constitutional governinent, not a dictatorship. That’s why I voted for you. All right, where’s our laws? When do we vote on them?”

“You must understand,” Cowper answered carefully, “that drawing up a constitution is not done overnight. Many considerations are involved.”

“Sure, sure- but it’s time we had some notion of what sort of a constitution you are cooking up. How about a bill of rights? Have you drawn up one?” “All in due time.”

“Why wait? For a starter let’s adopt the Virginia Bill of Rights as article one. I so move. “You’re out of order. Anyhow we don’t even have a copy of it.”

“Don’t let that bother you; I know it by heart. You ready, Carol? Take this down . “Never mind,” Caroline answered. “I know it, too. I’m writing it.”

“You see? These things aren’t any mystery, Grant; most of us could quote it. So let’s quit stalling.” Somebody yelled, “Whoopee! That’s telling him, Shorty. I second the motion.”

Cowper shouted for order. He went on, “This is not the time nor the place. When the committee reports, you will find that all proper democratic freedoms and safeguards have been included- modified only by the stern necessities of our hazardous position.” He flashed his smile. “Now let’s get on with business. I have an announcement about hunting parties.

Hereafter each hunting party will be expected to-“

Dumont was still standing. “I said no more stalling, Grant. You argued that what we needed was laws, not a captain’s whim. You’ve been throwing your weight around quite a while now and I don’t see any laws. What are your duties? How much authority do you have? Are you both the high and the low justice? Or do the rest of us have rights?”

“Shut up and sit down!”

“How long is your term of office?”

Cowper made an effort to control himself. “Shorty, if you have suggestions or, such things, you must take them up with the committee. “Oh, slush! Give me a straight answer.”

“You are out of order.”

“I am not out of order. I’m insisting that the committee on drawing up a constitution tell us what they are doing. I won’t surrender the floor until I get an answer. This is a town meeting and   I have as much right to talk as anybody.”

Cowper turned red. “I wouldn’t be too sure,” he said ominously. just how old are you, Shorty?”

Dumont stared at him. “Oh, so that’s it? And the cat is out of the bag!” He glanced around. “I see quite a few here who are younger than I am. See what he’s driving at, folks? Second- class citizens. He’s going to stick an age limit in that so-called constitution. Aren’t you, Grant? Look me in the eye and deny it.”

“Roy! Dave! Grab him and bring him to order.”

Rod had been listening closely; the show was better than usual. Jimmy had been adding his usual flippant commentary. Now Jimmy whispered, “That tears it. Do we choose up sides or do we fade back and watch the fun?”

Before he could answer Shorty made it clear that he needed no immediate help. He set his feet wide and snapped, “Touch me and somebody gets hurt!” He did not reach for any weapon but his attitude showed that he was willing to fight.

He went on, “Grant, I’ve got one thing to say, then I’ll shut up.” He turned and spoke to all. “You can see that we don’t have any rights and we don’t know where we stand- but we are already organized like a straitjacket. Committees for this, committees for that- and what good has it done? Are we better off than we were before all these half-baked committees were appointed? The wall is still unfinished, the camp is dirtier than ever, and nobody knows what he is supposed to do. Why, we even let the signal fire go out yesterday. When a roof leaks, you don’t appoint a committee; you fix the leak. I say give the job back to Rod, get rid of these silly committees, and get on with fixing the leaks. Anybody with me? Make some noise!”

They made plenty of noise. The shouts may have come from less than half but Cowper could see that he was losing his grip on them. Roy Kilroy dropped behind Shorty Dumont and looked questioningly at Cowper; Jiminy jabbed Rod in the ribs and whispered, “Get set, boy.”

But Cowper shook his head at Roy. “Shorty,” he said quietly, “are you through making your speech?” “That wasn’t a speech, that was a motion. And you had better not tell me it’s out of order.”

“I did not understand your motion. State it.”

“You understood it. I’m moving that we get rid of you and put Rod back in.” Kilroy interrupted. “Hey, Grant, he can’t do that. That’s not according to-“ “Hold it, Roy. Shorty, your motion is not in order.”

“I thought you would say that!”

“And it is really two motions. But I m not going to bother with trifles. You say people don’t like the way I’m doing things, so we’ll find out.” He went on briskly, “Is there a second to the motion?”

“Second!”

“I second it.”

“Moved and seconded. The motion is to recall me and put Rod in office. Any remarks?”

Adozen people tried to speak. Rod got the floor by outshouting the others. “Mr. Chairman, Mr. Chairman! Privileged question!” “The chair recognizes Rod Walker.”

“Point of personal privilege. I have a statement to make.” “Well? Go ahead.”

“Look, Grant, I didn’t know Shorty planned to do this. Tell him, Shorty.” “That’s right.”

“Okay, okay,” Cowper said sourly. “Any other remarks? Don’t yell, just stick up your hands.” “I’m not through,” insisted Rod.

“Well?”

“I not only did not know, I’m not for it. Shorty, I want you to withdraw your motion.” “No!”

“I think you should. Grant has only had a week; you can’t expect miracles in that time- I know; I’ve had grief enough with this bunch of wild men. You may not like the things he’s done- I don’t myself, a lot of them. That’s to be expected. But if you let that be an excuse to run him out of office, then sure as daylight this gang will break up.”

“I’m not busting it up- he is! He may be older than I am but if he thinks that makes the least difference when it comes to having a say- well… he’d better think twice. I’m warning him. You hear that, Grant?”

“I heard it. You misunderstood me.” “Like fun I did!”

“Shorty,” Rod persisted, “will you drop this idea? I’m asking you please.”

Shorty Dumont looked stubborn. Rod looked helplessly at Cowper, shrugged and sat down. Cowper turned away and growled, “Any more debate? You back there… Agnes? You’ve got the floor.”

Jimmy whispered, “Why did you pull a stunt like that, Rod? Nobility doesn’t suit you.” “I wasn’t being noble. I knew what I was doing,” Rod answered in low tones.

“You messed up your chances to be re-elected.”

“Stow it.” Rod listened; it appeared that Agnes Fries had more than one grievance. Jim?”

“Huh?”

“Jump to your feet and move to adjourn.”

“What? Ruin this when it’s getting good? There is going to be some hair pulled … I hope.” “Don’t argue; do it!- or I’ll bang your heads together.”

“Oh, all right. Spoilsport.” Jimmy got reluctantly to his feet, took a breath and shouted, “I move we adjourn!” Rod bounced to his feet. “SECOND THE MOTION!” Cowper barely glanced at them. “Out of order. Sit down.”

“It is not out of order,” Rod said loudly. “Amotion to adjourn is always in order, it takes precedence, and it cannot be debated. I call for the question.”

“I never recognized you. This recall motion is going to be voted on it it is the last thing I do.” Cowper’s face was tense with anger. “Are you through, Agnes? Or do you want to discuss my table manners, too?”

“You can’t refuse a motion to adjourn,” Rod insisted. “Question! Put the question.”

Several took up the shout, drowning out Agnes Fries, preventing Cowper from recognizing another speaker. Boos and catcalls rounded out the tumult. Cowper held up both hands for silence, then called out, “It has been moved and seconded that we adjourn. Those in favor say, ‘Aye.’”

“AYE!!”

“Opposed?”

“No,” said Jimmy.

“The meeting is adjourned.” Cowper strode out of the circle of firelight.

Shorty Dumont came over, planted himself in front of Rod and looked up. “Afine sort of a pal you turned out to be!” He spat on the ground and stomped off.

“Yeah,” agreed Jimmy, “what gives? Schizophrenia? Your nurse drop you on your head? That noble stuff in the right doses might have put us back in business. But you didn’t know when to stop.”

Jacqueline had approached while Jimmy was speaking. “I wasn’t pulling any tricks,” Rod insisted. “I meant what I said. Kick a captain out when he’s had only a few days to show himself and you’ll bust us up into a dozen little groups. I wouldn’t be able to hold them together. Nobody could.”

“Bosh! Jackie, tell the man.”

She frowned. “Jimmy, you’re sweet, but you’re not bright.” “Et tu, Jackie?”

“Never mind, Jackie will take care of you. Agood job, Rod. By tomorrow everybody will realize it. Some of them are a little stirred up tonight.” “What I don’t see,” Rod said thoughtfully, “is what got Shorty stirred up in the first place?”

“Hadn’t you heard? Maybe it was while you were out hunting. I didn’t see it, but he got into a row with Roy, then Grant bawled him out in front of everybody. I think Shorty is self-conscious about his height,” she said seriously. “He doesn’t like to take orders.”

“Does anybody?”

The next day Grant Cowper acted as if nothing had happened. But his manner had more of King Log and less of King Stork. Late in the afternoon he looked up Rod. “Walker? Can you spare me a few minutes?”

“Let’s go where we can talk.” Grant led him to a spot out of earshot. They sat on the ground and Rod waited. Cowper seemed to have difficulty in finding words. Finally he said, “Rod, I think I can depend on you.” He threw in his grin, but it looked forced.

“Why?” asked Rod.

“Well… the way you behaved last night.”

“So? Don’t bank on it, I didn’t do it for you.” Rod paused, then added, “Let’s get this straight. I don’t like you.”

For once Cowper did not grin. “That makes it mutual. I don’t like you a little bit. But we’ve got to get along and I think I can trust you. “Maybe.”

“I’ll risk it.”

“I agree with every one of Shorty’s gripes. I just didn’t agree with his soltition.”

Cowper gave a wry smile unlike his usual expression. For an instant Rod found himself almost liking him. “The sad part is that I agree with his gripes myself.” “Huh?”

“Rod, you probably think I’m a stupid jerk but the fact is I do know quite a bit about theory of government. The hard part is to apply it in a… a transitional period like this. We’ve got fifty  people here and not a one with any practical experience in government- not even myself. But every single one considers himself an expert. Take that bill-of-rights motion; I couldn’t let that stand. I know enough about such things to know that the rights and duties needed for a co-operative colony like this can’t be taken over word for word from an agrarian democracy, and they are still different from those necessary for an industrial republic.” He looked worried. “It is true that we had considered limiting the franchise.”

“You do and they’ll toss you in the creek!”

“I know. That’s one reason why the law committee hasn’t made a report. Another reason is- well, confound it, how can you work out things like a constitution when you practically haven’t any writing paper? Ifs exasperating. But about the franchise: the oldest one of us is around twenty-two and the youngest is about sixteen. The worst of it is that the youngest are the most precocious, geniuses or near-geniuses.” Cowper looked up. “I don’t mean you.

“Oh, no,” Rod said hastily. “I’m no genius!”

“You’re not sixteen, either. These brilliant brats worry me. ‘Bush lawyers,’ every blessed one, with always a smart answer and no sense. We thought with an age limit- a reasonable one- the older heads could act as ballast while they grow up. But it won’t work.”

“No. It won’t.”

“But what am I to do? That order about hunting teams not being mixed- that wasn’t aimed at teams like you and Carol, but she thought it was and gave me the very deuce. I was just trying to take care of these kids. Confound it, I wish they were all old enough to marry and settle down- the Baxters don’t give me trouble.”

“I wouldn’t worry. In a year or so ninety per cent of the colony will be married.” “I hope so! Say … are you thinking about it?”

“Me?” Rod was startled. “Farthest thing from my mind.”

“Um? I thought- Never mind; I didn’t get you out here to ask about your private affairs. What Shorty had to say was hard to swallow- but I’m going to make some changes. I’m abolishing most of the committees.”

“So?”

“Yes. Blast them, they don’t do anything; they just produce reports. I’m going to make one girl boss cook- and one man boss hunter. I want you to be chief of police.” “Huh? Why in Ned do you want a chief of police?”

“Well … somebody has to see that orders are carried out. You know, camp sanitation and such. Somebody has to keep the signal smoking- we haven’t accounted for thirty-seven people, aside from known dead. Somebody has to assign the night watch and check on it. The kids run hog wild if you don’t watch them. You are the one to do it.”

“Why?”

“Well … let’s be practical, Rod. I’ve got a following and so have you. We’ll have less trouble if everybody sees that we two stand together. It’s for the good of the community.”

Rod realized, as clearly as Grant did, that the group had to pull together. But Cowper was asking him to shore up his shaky administration, and Rod not only resented him but thought that Cowper was all talk and no results.

It was not just the unfinished wall, he told himself, but a dozen things. Somebody ought to search for a salt lick, every day. There ought to be a steady hunt for edible roots and berries and things, too- he, for one, was tired of an all-meat diet. Sure, you could stay healthy if you didn’t stick just to lean meat, but who wanted to eat nothing but meat, maybe for a life time? And there were those stinking hides … Grant had ordered every kill skinned, brought back for use.

“What are you going to do with those green hides?” he asked suddenly. “Huh? Why?”

“They stink. If you put me in charge, I’m going to chuck them in the creek.” “But we’re going to need them. Half of us are in rags now.

“But we’re not short on hides; tanning is what we need. Those hides won’t sun-cure this weather.” “We haven’t got tannin. Don’t be silly, Rod.”

“Then send somebody out to chew bark till they find some. You can’t mistake the puckery taste. And get rid of those hides!” “If I do, will you take the job?”

“Maybe. You said, ‘See that orders are carried out.’ Whose orders? Yours? Or Kilroy’s?” “Well, both. Roy is my deputy.”

Rod shook his head. “No, thanks. You’ve got him, so you don’t need me. Too many generals, not enough privates.” “But, Rod, I do need you. Roy doesn’t get along with the younger kids. He rubs them the wrong way.”

“He rubs me the wrong way, too. Nothing doing, Grant. Besides, I don’t like the title anyhow. It’s silly.”

“Pick your own. Captain of the Guard… City Manager. I don’t care what you call it; I want you to take over the night guard and see that things run smoothly around camp- and keep an eye on the younger kids. You can do it and it’s your duty.”

“What will you be doing?”

“I’ve got to whip this code of laws into shape. I’ve got to think about long-range planning. Heavens, Rod, I ve got a thousand things on my mind. I can’t stop to settle a quarrel just because some kid has been teasing the cook. Shorty was right; we can’t wait. When I give an order I want a law to back it and not have to take lip from some young snotty. But I can’t do it all, I need help.”

Cowper put it on grounds impossible to refuse, nevertheless … “What about Kilroy?”

“Eh? Confound it, Rod, you can’t ask me to kick out somebody else to make room for you.”

“I’m not asking for the job!” Rod hesitated. He needed to say that it was a matter of stubborn pride to him to back up the man who had beaten him, it was that more than any public- spiritedness. He could not phrase it, but he did know that Cowper and Kilroy were not the same case.

“I won’t pull Kilroy’s chestnuts out of the fire. Grant, I’ll stooge for you; you were elected. But I won’t stooge for a stooge.” “Rod, be reasonable! If you got an order from Roy, it would be my order. He would simply be carrying it out.”

Rod stood up. “No deal.”

Cowper got angrily to his feet and strode away.

There was no meeting that night, for the first time. Rod was about to visit the Baxters when Cowper called him aside. “You win. I’ve made Roy chief hunter.” “Huh?”

“You take over as City Manager, or Queen of the May, or whatever you like. Nobody has set the night watch. So get busy.” “Wait a minute! I never said I would take the job.”

“You made it plain that the only thing in your way was Roy. Okay, you get your orders directly from me.

Rod hesitated. Cowper looked at him scornfully and said, “So you can’t co-operate even when you have it all your own way?” “Not that, but-“

“No ‘buts.’ Do you take the job? Astraight answer: yes, or no. “Uh… yes.

“Okay.” Cowper frowned and added, “I almost wish you had turned it down.” “That makes two of us.”

Rod started to set the guard and found that every boy he approached was convinced that he had had more than his share of watches. Since the exterior security committee had kept no records- indeed, had had no way to- it was impossible to find out who was right and who was shirking. “Stow it!” he told one. “Starting tomorrow we’ll have an alphabetical list, straight rotation. I’ll post it even if we have to scratch it on a rock.” He began to realize that there was truth in what Grant had said about the difficulty of getting along without writing paper.

“Why don’t you put your pal Baxter on watch?”

“Because the Mayor gave him two weeks honeymoon, as you know. Shut up the guff. Charlie will be your relief; make sure you know where he sleeps.” “I think I’ll get married. I could use two weeks of loafing.”

“I’ll give you five to one you can’t find a girl that far out of her mind. You’re on from midnight to two.”

Most of them accepted the inevitable once they were assured of a square deal in the future, but Peewee Schneider, barely sixteen and youngest in the community, stood on his “rights”- he had stood a watch the night before, he did not rate another for at least three nights, and nobody could most colorfully make him.

Rod told Peewee that he would either stand his watch, or Rod would slap his ears loose- and then he would still stand his watch. To which he added that if he heard Peewee use that sort of language around camp again he would wash Peewee’s mouth out with soap.

Schneider shifted the argument. “Yah! Where are you going to find soap?”

“Until we get some, I’ll use sand. You spread that word, Peewee: no more rough language around camp. We’re going to be civilized if it kills us. Four to six, then, and show Kenny where you sleep.” As he left Rod made a mental note that they should collect wood ashes and fat; while he had only a vague idea of how to make soap probably someone knew how… and soap was needed for other purposes than curbing foul-mouthed pip squeaks. He had felt a yearning lately to be able to stand upwind of himself … he had long ago thrown away his socks.

Rod got little sleep. Everytime he woke he got up and inspected the guard, and twice he was awakened by watchmen who thought they saw something prowling outside the circle of firelight. Rod was not sure, although it did seem once that he could make out a large, long shape drifting past in the darkness. He stayed up a while each time, another gun in case the prowler risked the wall or the fires in the gap. He felt great temptation to shoot at the prowling shadows, but suppressed it. To carry the attack to the enemy would be to squander their scanty ammunition without making a dent in the dangerous beasts around them. There were prowlers every night; they had to live with it.

He was tired and cranky the next morning and wanted to slip away after breakfast and grab a nap in the cave. He had not slept after four in the morning, but had checked on Peewee Schneider at frequent intervals. But there was too much to do; he promised himself a nap later and sought out Cowper instead. “Two or three things on my mind, Grant.”

“Spill it.”

“Any reason not to put girls on watch?” “Eh? I don’t think it’s a good idea.”

“Why not? These girls don’t scream at a mouse. Everyone of them stayed alive by her own efforts at least a month before she joined up here. Ever seen Caroline in action?” “Mmm … no.

“You should. It’s a treat. Sudden death in both hands, and eyes in the back of her head. If she were on watch, I would sleep easy. How many men do we have now?” “Uh, twenty-seven, with the three that came in yesterday.”

“All right, out of twenty-seven who doesn’t stand watch?” “Why, everybody takes his turn.”

“You?”

“Eh? Isn’t that carrying it pretty far? I don’t expect you to take a watch; you run it and check on the others.” “That’s two off. Roy Kilroy?”

“Uh, look, Rod, you had better figure that he is a department head as chief hunter and therefore exempt. You know why- no use looking for trouble.” “I know, all right. Bob Baxter is off duty, too.”

“Until next week.”

“But this is this week. The committee cut the watch down to one at a time; I’m going to boost it to two again. Besides that I want a sergeant of the guard each night. He will be on all night and sleep all next day … then I don’t want to put him on for a couple of days. You see where that leaves me? I need twelve watchstanders every night; I have less than twenty to draw from.”

Cowper looked worried. “The committee didn’t think we had to have more than one guard at a time.”

“Committee be hanged!” Rod scratched his scars and thought about shapes in the dark. “Do you want me to run this the way I think it has to be run? Or shall I just go through the motions?”

“Well . .

“One man alone either gets jittery and starts seeing shadows- or he dopes off and is useless. I had to wake one last night- I won’t tell you who; I scared him out of his pants; he won’t do  it again. I say we need a real guard, strong enough in case of trouble to handle things while the camp has time to wake up. But if you want it your way, why not relieve me and put somebody else in?”

“No, no, you keep it. Do what you think necessary.”

“Okay, I’m putting the girls on. Bob and Carmen, too, And you.” “Huh?”

“And me. And Roy Kilroy. Everybody. That’s the only way you will get people to serve without griping; that way you will convince them that it is serious, a first obligation, even ahead of hunting.”

Cowper picked at a hangnail, “Do you honestly think I should stand watch? And you?”

“I do. It would boost morale seven hundred percent. Besides that, it would be a good thing, uh, politically.” Cowper glanced up, did not smile. “You’ve convinced me. Let me know when it’s my turn.”

“Another thing. Last night there was barely wood to keep two fires going.” “Your problem. Use anybody not on the day’s hunting or cooking details.”

“I will. You’ll hear some beefs. Boss, those were minor items; now I come to the major one. Last night I took a fresh look at this spot. I don’t like it, not as a permanent camp. We’ve been lucky.”

“Eh? Why?”

“This place is almost undefendable. We’ve got a stretch over fifty meters long between shale and water on the upstream side. Downstream isn’t bad, because we build a fire in the bottleneck. But upstream we have walled off less than half and we need a lot more stakes behind the wall. Look,” Rod added, pointing, “you could drive an army through there- and last night I had only two little bitty fires. We ought to finish that wall.”

“We will.”

“But we ought to make a real drive to find a better place. This is makeshift at best. Before you took over I as trying to find more caves- but I didn’t have time to explore very far. Ever been to Mesa Verde?”

“In Colorado? No.”

“Cliff dwellings, you’ve seen pictures. Maybe somewhere up or down stream-more likely down- we will find pockets like those at Mesa Verde where we can build homes for the whole colony. You ought to send a team out for two weeks or more, searching. I volunteer for it.”

“Maybe. But you can’t go; I need you.”

“In a week I’ll have this guard duty lined up so that it will run itself. Bob Baxter can relieve me; they respect him… .. .” He thought for a moment. Jackie? Jimmy? “I’ll team with Carol.” “Rod, I told you I want you here. But are you and Caroline planning to marry?”

“Huh? What gave you that notion?”

“Then you can’t team with her in any case. We are trying to re-introduce amenities around here.” “Now see here, Cowper!”

“Forget it.”

“Unh … all right. But the first thing- the very first- is to finish that wall. I want to put everybody to work nght away.” “Mmm …” Cowper said. “I’m sorry. You can’t.”

“Why not?”

“Because we are going to build a house today. Bill Kennedy and Sue Briggs are getting married tonight.” “Huh? I hadn’t heard.”

“I guess you are the first to hear. They told me about it privately, at breakfast.”

Rod was not surprised, as Bill and Sue preferred each other’s company. “Look, do they have to get married to-night? That wall is urgent, Grant; I’m telling you.” “Don’t be so intense, Rod. You can get along a night or two with bigger fires. Remember, there are human values more important than material values.”

6.               The Beach of Bones

“July 29- Bill and Sue got married tonight. Hizzoner never looked lovelier. He made a mighty pretty service out of it- I cried and so did the other girls. If that boy could do the way he can talk!   I played Mendelssohn’s Wedding March on my harmonica with tears running down my nose and gumming up the reeds- that’s a touch I wanted to put into darling Carmen’s wedding but   I couldn’t resist being bridesmaid. The groom got stuck carrying his lady fair over the threshold of their ‘house’- if I may call it that- and had to put her down and shove her in ahead of him. The ceiling is lower than it ought to be which is why he got stuck, because we ran out of rock and Roddie raised Cain when we started to use part of the wall. Hizzoner was leading the assault on the wall and both of them got red in the face and shouted at each other. But Hizzoner backed down after Roddie got him aside and said something- Bill was pretty sore at Roddie but Bob sweet-talked him and offered to swap houses and Roddie promised Bill that we would take the roof off and bring the walls up higher as soon as the wall is finished. That might not be as soon as he thinks, though- usable rock is getting hard to find. I’ve broken all my nails trying to pry out pieces we could use. But I agree with Roddie that we ought to finish that wall and I sleep a lot sounder now that he is running the watch and I’ll sleep sounder yet when that wall is tight and the pincushion back of it finished. Of course we girls sleep down   at the safe end but who wants to wake up and find a couple of our boys missing? It is not as if we had them to spare, bless their silly little hearts. Nothing like a man around the house, Mother always said, to give a home that lived-in look.

“July 30- I’m not going to write in this unless something happens. Hizzoner talks about making papyrus like the Egyptians but I’ll believe it when I see it.

“Aug 5- I was sergeant of the guard last night and Roddie was awake practically all night. I turned in after breakfast and slept until late afternoon- when I woke up there was Roddie, red- eyed and cross, yelling for more rocks and more firewood. Sometimes Roddie is a little hard to take.

“Aug 9- the salt lick Alice found is closer than the one Shorty found last week, but not as good.

“Aug 14- Jackie finally made up her mind to marry Jim and I think Roddie is flabbergasted- but I could have told him a month ago. Roddie is stupid about such things. I see another house & wall crisis coming and Roddie will get a split personality because he will want Jimmy and Jacqueline to have a house right away and the only decent stone within reach is built into the wall.

“Aug 15- Jimmy and Jackie, Agnes and Curt, were married today in a beautiful double ceremony. The Throxtons have the Baxter house temporarily and the Pulvermachers have the Kennedy’s doll house while we partition the cave into two sets of married quarters and a storeroom.

“Sep 1- the roots I dug up didn’t poison me, so I served a mess of them tonight. The shield from power pack of that Thunderbolt gun we salvaged- Johann’s, it must have been- made a big enough boiler to cook a little helping for everybody. The taste was odd, maybe because Agnes had been making soap in it- it wasn’t very good soap, either. I’m going to call these things yams because they look like yams although they taste more like parsnips. There are a lot of them around. Tomorrow I m going to try boiling them with greens, a strip of side ineat, and plenty of salt. Yum, yum! I’m going to bake them in ashes, too.

“Sep 16- Chad Ames and Dick Burke showed up with their tails tucked in; Hizzoner got soft-hearted and let em stay. They say Jock McGowan is crazy. I can believe it.

“Sep 28- Philip Schneider died today, hunting. Roy carried him in, but he was badly clawed and lost a lot of blood and was D.O.A. Roy resigned as boss hunter and Hizzoner appointed Cliff. Roy is broken up about it but nobody blames him. The Lord giveth and the Lord taketh away. Blessed be the Name of the Lord.

“Oct 7- I’ve decided to marry M.

“Oct 10- seems I was mistaken- M. is going to marry Margery Chung. Well, they are nice kids and if we ever get out of this I’ll be glad I’m single since I want to buck for a commission in the Amazons. Note: be a little more standoffish, Caroline. Well, try!

“Oct 20- Carmen???? “Oct 21- Yes.

“Nov 1- well Glory be! I’m the new City Manager. Little Carol, the girl with two left feet Just a couple of weeks, temporary and acting while Roddie is away, but say ‘sir’ when you speak to me. Hizzoner finally let Roddie make the down-river survey he has been yipping about, accompanying it with a slough of advice and injunctions that Roddie will pay no attention to once he is out of sight-if I know Roddie. It’s a two-man team and Roddie picked Roy as his teamer. They left this morning.

“Nov 5- being City Manager is not all marshmallow sundae. I wish Roddie would get back.

“Nov 11 – Hizzoner wants me to copy off in here the ‘report of the artifacts committee’! Mick Mahmud has been keeping it in his head which strikes me as a good place. But Hizzoner has been very jumpy since Roddie and Roy left, so I guess I will humor him- here it is:

“12 spare knives (besides one each for everybody)

“53 firearms and guns of other sorts- but only about half of them with even one charge left. “6 Testaments

“2 Peace of the Flame “1 Koran

“1 Book of Mormon

“1 Oxford Book of English Verse, Centennial Edition “1 steel bow and 3 hunting arrows

“1 boiler made from a wave shield and quite a bit of metal and plastic junk (worth its weight in uranium, I admit) from the Thunderbolt Jackie salvaged. “1 stew pan (Carmen’s)

“1 pack playing cards with the nine of hearts missing

“13 matches, any number of pocket flamers no longer working, and 27 burning glasses “1 small hand ax

“565 meters climbing line, some of it chopped up for other uses “91 fishhooks (and no fish fit to eat!)

“61 pocket compasses, some of them broken

“19 watches that still run (4 of them adjusted to our day) “2 bars of scented soap that Theo has been hoarding “2 boxes Kwik-Kure and part of a box of Tan-Fast

“Several kilos of oddments that I suppose we will find a use for but I won’t list. Mick has a mind like a pack rat.

“Lots of things we have made and can make more of- pots, bows and arrows, hide scrapers, a stone-age mortar & pestle we can grind seeds on if you don’t mind grit in your teeth, etc. Hizzoner says the Oxford Verse is the most valuable thing we have and I agree, but not for his reasons. He wants me to cover all the margins with shorthand, recording all special knowledge that any of us have- everything from math to pig-raising. Cliff says go ahead as long as we don’t deface the verses. I don’t see when I’m going to find time. I’ve hardly been out of the settlement since Roddie left and sleep is something I just hear about.

“Nov 13- only two more days. ‘For this relief, much thanks…’

“Nov 16- I didn’t think they would be on time.

“Nov 21- We finally adopted our constitution and basic code today, the first town meeting we’ve had in weeks. It covers the flyleaves of two Testaments, Bob’s and Georgia’s. If anybody wants to refer to it, which I doubt, that’s where to look.

“Nov 29- Jimmy says old Rod is too tough to kill. I hope he’s right. Why, oh, why didn’t I twist Hizzoner’s arm and make him let me go? “Dec 15- there’s no use kidding ourselves any longer.

“Dec 21- The Throxtons and Baxters and myself and Grant gathered privately in the Baxter house tonight and Grant recited the service for the dead. Bob said a prayer for both of them and then we sat quietly for a long time, Quaker fashion. Roddie always reminded me of my brother Rickie, so I privately asked Mother to take care of him, and Roy, too- Mother had a lap big enough for three, any time.

“Grant hasn’t made a public announcement; officially they are just ‘overdue.’ “Dec 25- Christmas”

Rod and Roy traveled light and fast downstream, taking turns leading and covering. Each carried a few kilos of salt meat but they expected to eat off the land. In addition to game they now knew of many edible fruits and berries and nuts; the forest was a free cafeteria to those who knew it. They carried no water since they expected to follow the stream. But they continued to treat the water with respect; in addition to ichthyosaurs that sometimes pulled down a drinking buck there were bloodthirsty little fish that took very small bites- but they traveled in schools and could strip an animal to bones in minutes.”

Rod carried both Lady Macbeth and Colonel Bowie; Roy Kilroy carried his Occam’s Razor and a knife borrowed from Carmen Baxter. Roy had a climbing rope wrapped around his waist. Each had a hand gun strapped to his hip but these were for extremity; one gun had only three charges. But Roy carried Jacqueline Throxton’s air pistol, with freshly envenomed darts;  they expected it to save hours of hunting, save time for travel.

Three days downstream they found a small cave, found living in it a forlorn colony of five girls. They powwowed, then headed on down as the girls started upstream to find the settlement. The girls had told them of a place farther down where the creek could be crossed. They found it, a wide rocky shallows with natural stepping stones … then wasted two days on the far side before crossing back.

By the seventh morning they had found no cave other than one the girls had occupied. Rod said to Roy, “Today makes a week. Grant said to be back in two weeks.” “That’s what the man said. Yes, sir!”

“No results.” “Nope. None.”

“We ought to start back.”

Roy did not answer. Rod said querulously, “Well, what do you think?”

Kilroy was lying down, watching the local equivalent of an ant. He seemed in no hurry to do anything else. Finally he answered, “Rod, you are bossing this party. Upstream, downstream- just tell me.”

“Oh, go soak your head.”

“On the other hand, a bush lawyer like Shorty might question Grant’s authority to tell us to return at a given time. He might use words like ‘free citizen’ and ‘sovereign autonomy.’ Maybe he’s got something- this neighborhood looks awfully far ‘West of the Pecos.’”

“Well… we could stretch it a day, at least?. We won’t be taking that side trip going back.” “Obviously. Now, if I were leading the party- but I’m not.”

“Cut the double talk! I asked for advice.”

“Well, I say we are here to find caves, not to keep a schedule.” Rod quit frowning. “Up off your belly. Let’s go.”

They headed downstream.

The terrain changed from forest valley to canyon country as the stream cut through a plateau. Game became harder to find and they used some of their salt meat. Two days later they came to the first of a series of bluffs carved eons earlier into convolutions, pockets, blank dark eyes. “This looks like it.”

“Yes,” agreed Roy. He looked around. “It might be even better farther down.” “It might be.”

They went on.

In time the stream widened out, there were no more caves, and the canyons gave way to a broad savannah, treeless except along the banks of the river. Rod sniffed. “I smell salt.” “You ought to. There’s ocean over there somewhere.”

“I don’t think so.” They went on.

They avoided the high grass, kept always near the trees. The colonists had listed more than a dozen predators large enough to endanger a man, from a leonine creature twice as long as the biggest African lion down to a vicious little scaly thing which was dangerous if cornered. It was generally agreed that the leonine monster was the “stobor” they had been warned against, although a minority favored a smaller carnivore which was faster, trickier, and more likely to attack a man.

One carnivore was not considered for the honor. It was no larger than a jack rabbit, had an oversize head, a big jaw, front legs larger than hind, and no tail. It was known as “dopy joe” from the silly golliwog expression it had and its clumsy, slow movements when disturbed. It was believed to live by waiting at burrows of field rodents for supper to come out. Its skin cured readily and made a good water bag. Grassy fields such as this savannah often were thick with them.

They camped in a grove of trees by the water. Rod said, “Shall I waste a match, or do it the hard way?” “Suit yourself. I’ll knock over something for dinner.”

“Watch yourself. Don’t go into the grass.

“I’ll work the edges. Cautious Kilroy they call me, around the insurance companies.

Rod counted his three matches, hoping there would be four, then started making fire by friction. He had just succeeded, delayed by moss that was not as dry as it should have been, when Roy returned and dropped a small carcass. “The durnedest thing happened.”

The kill was a dopy joe; Rod looked at it with distaste. “Was that the best you could do? They taste like kerosene.” “Wait till I tell you. I wasn’t hunting him; he was hunting me.”

“Don’t kid me!”

“Truth. I had to kill him to keep him from snapping my ankles. So I brought him in.

Rod looked at the small creature. “Never heard the like. Must be insanity in his family.”

“Probably.” Roy started skinning it.

Next morning they reached the sea, a glassy body untouched by tide, unruffled by wind. It was extremely briny and its shore was crusted with salt They concluded that it was probably a dead sea, not a true ocean. But their attention was not held by the body of water. Stretching away along the shore apparently to the horizon were millions on heaping millions of whitened bones. Rod stared. “Where did they all come from?”

Roy whistled softly. “Search me. But if we could sell them at five pence a metric ton, we’d be millionaires.” “Billionaires, you mean.

“Let’s not be fussy.” They walked out along the beach, forgetting to be cautious, held by the amazing sight. There were ancient bones, cracked by sun and sea, new bones with gristle clinging, big bones of the giant antelope the colonists never hunted, tiny bones of little buck no larger than terriers, bones without number of all sorts. But there were no carcasses.

They inspected the shore for a couple of kilometers, awed by the mystery. When they turned they knew that they were turning back not just to camp but to head home. This was as far as they could go.

On the trip out they had not explored the caves. On their way back Rod decided that they should try to pick the best place for the colony, figuring game, water supply, and most importantly, shelter and ease of defense.

They were searching a series of arched galleries water-carved in sandstone cliff. The shelf of the lowest gallery was six or seven meters above the sloping stand of soil below. The canyon dropped rapidly here; Rod could visualize a flume from upstream, bringing running water right to the caves… not right away, but when they had time to devise tools and cope with the problems. Someday, someday- but in the meantime here was plenty of room for the colony in a spot which almost defended itself. Not to mention, he added, being in out of the rain. Roy was the better Alpinist; he inched up, flat to the rock, reached the shelf and threw down his line to Rod- snaked him up quickly. Rod got an arm over the edge, scrambled to his  knees, stood up- and gasped, “What the deuce!”

“That,” said Roy, “is why I kept quiet. I thought you would think I was crazy.

“I think we both are.” Rod stared around. Filling the depth of the gallery, not seen from below, was terrace on terrace of cliff dwellings.

They were not inhabited, nor had they ever been by men. Openings which must have been doors were no higher than a man’s knee, not wide enough for shoulders. But it was clear that they were dwellings, not merely formations carved by water. There were series of rooms arranged in half a dozen low stories from floor to ceiling of the gallery. The material was a concrete of dried mud, an adobe, used with wood.

But there was nothing to suggest what had built them.

Roy started to stick his head into an opening; Rod shouted, “Hey! Don’t do that!” “Why not? It’s abandoned.”

“You don’t know what might be inside. Snakes, maybe.” “There are no snakes. Nobody’s ever seen one.

“No … but take it easy.”

“I wish I had a torch light.”

“I wish I had eight beautiful dancing girls and a Cadillac copter. Be careful. I don’t want to walk back alone.”

They lunched in the gallery and considered the matter. “Of course they were intelligent,” Roy declared. “We may find them elsewhere. Maybe really civilized now- these look like ancient ruins.”

“Not necessarily intelligent,” Rod argued. “Bees make more complicated homes.” “Bees don’t combine mud and wood the way these people did. Look at that lintel.” “Birds do. I’ll concede that they were bird-brained, no more.

“Rod, you won’t look at the evidence.”

“Where are their artifacts? Show me one ash tray marked ‘Made in Jersey City.’” “I might find some if you weren’t so jumpy.”

“All in time. Anyhow, the fact that they found it safe shows that we can live here.” “Maybe. What killed them? Or why did they go away?”

They searched two galleries after lunch, found more dwellings. The dwellers had apparently formed a very large community. The fourth gallery they explored was almost empty, containing a beginning of a hive in one corner. Rod looked it over. “We can use this. If may not

be the best, but we can move the gang in and then find the best at our leisure.” “We’re heading back?”

“Uh, in the morning. This is a good place to sleep and tomorrow we’ll travel from ‘can’ to ‘can’t’- I wonder what’s up there?” Rod was looking at a secondary shelf inside the main arch. Roy eyed it. “Ill let you know in a moment.”

“Don’t bother. It’s almost straight up. We’ll build ladders for spots like that.” “My mother was a human fly, my father was a mountain goat. Watch me.

The shelf was not much higher than his head. Roy had a hand over- when a piece of rock crumbled away. He did not fall far. Rod ran to him. “You all right, boy?”

Roy grunted, “I guess so,” then started to get up. He yelped. “What’s the matter?”

“My right leg. I think… ow! I think it’s broken.” Rod examined the break, then went down to cut splints. With a piece of the line Roy carried, used economically, for he needed most of it as a ladder, he bound the leg, padding it with leaves. It was a simple break of the tibia, with no danger of infection.

They argued the whole time. “Of course you will,” Roy was saying. “Leave me a fresh kill and what salt meat there is. You can figure some way to leave water.” “Come back and find your chawed bones!”

“Not at all. Nothing can get at me. If you hustle, you can make it in three days.”

“Four, or five more likely. Six days to lead a party back. Then you want to go back in a stretcher? How would you like to be helpless when a stobor jumps us?” “But I wouldn’t go back. The gang would be moving down here.”

“Suppose they do? Eleven days, more likely twelve- Roy, you didn’t just bang your shin; you banged your head, too.”

The stay in the gallery while Roy’s leg repaired was not difficult nor dangerous; it was merely tedious. Rod would have liked to explore all the caves, but the first time he was away longer than Roy thought necessary to make a kill Rod returned to find his patient almost hysterical. He had let his imagination run away, visioning Rod as dead and thinking about his own death, helpless, while he starved or died of thirst. After that Rod left him only to gather food and water. The gallery was safe from all dangers; no watch was necessary, fire was needed only for cooking. The weather was getting warmer and the daily rains dropped off.

They discussed everything from girls to what the colony needed, what could have caused the disaster that had stranded them, what they would have to eat if they could have what they wanted, and back to girls again. They did not discuss the possibility of rescue; they took it for granted that they were there to stay. They slept much of the time and often did nothing, in animal-like torpor.

Roy wanted to start back as soon as Rod removed the splints, but it took him only seconds to discover that he no longer knew how to walk. He exercised for days, then grew sulky when Rod still insisted that he was not able to travel; the accumulated irritations of invalidism spewed out in the only quarrel they had on the trip.

Rod grew as angry as he was, threw Roy’s climbing

rope at him and shouted, “Go ahead! See how far you get on that gimp leg!”

Five minutes later Rod was arranging a sling, half dragging Roy, white and trembling and thoroughly subdued, back up onto the shelf. Thereafter they spent ten days getting Roy’s muscles into shape, then started back.

Shorty Dumont was the first one they ran into as they approached the settlement. His jaw dropped and he looked scared, then he ran to greet them, ran back to alert those in camp. “Hey, everybody! They’re back!”

Caroline heard the shout, outdistanced the others in great flying leaps, kissed and hugged them both. “Hi, Carol,” Rod said. “What are you bawling about?” “Oh, Roddie, you bad, bad boy!”

7.               “It Won’t Work, Rod”

In the midst of jubilation Rod had time to notice many changes. There were more than a dozen new buildings, including two long shedlike affairs of bamboo and mud. One new hut was of sunbaked brick; it had windows. Where the cooking fire had been was a barbecue pit and by it a Dutch oven. Near it a stream of water spilled out of bamboo pipe, splashed through a rawhide net, fell into a rock bowl, and was led away to the creek … he hardly knew whether to be pleased or irked at this anticipation of his own notion.

He caught impressions piecemeal, as their triumphal entry was interrupted by hugs, kisses; and bone-jarring slaps on the back, combined with questions piled on questions. “No, no trouble- except that Roy got mad and busted his leg … yeah, sure, we found what we went after; wait till you see … no … yes … Jackie! … Hi, Bob!- it’s good to see you, too, boy! Where’s Carmen… Hi, Grant!”

Cowper was grinning widely, white teeth splitting his beard. Rod noticed with great surprise that the man looked old- why, shucks, Grant wasn’t more than twenty-two, twenty-three at the most. Where did he pick up those lines?

“Rod, old boy! I don’t know whether to have you two thrown in the hoosegow or decorate your brows with laurel.” “We got held up.”

“So it seems. Well, there is more rejoicing for the strayed lamb than for the ninety and nine. Come on up to the city hall.” “The what?”

Cowper looked sheepish. “They call it that, so I do. Better than ‘Number Ten, Downing Street’ which it started off with. It’s just the hut where I sleep- it doesn’t belong to me,” he added. “When they elect somebody else, I’ll sleep in bachelor hall.” Grant led them toward a little building apart from the others and facing the cooking area.

The wall was gone.

Rod suddenly realized what looked strange about the upstream end of the settlement; the wall was gone completely and in its place was a thornbush barricade. He opened his mouth to make a savage comment- then realized that it really did not matter. Why kick up a row when the colony would be moving to the canyon of the Dwellers? They would never need walls  again; they would be up high at night, with their ladders pulled up after them. He picked another subject.

“Grant, how in the world did you guys get the inner partitions out of those bamboo pipes?”

“Eh? Nothing to it. You tie a knife with rawhide to a thinner bamboo pole, then reach in and whittle. All it takes is patience. Waxie worked it out. But you haven’t seen anything yet. We’re going to have iron.

“Huh?”

“We’ve got ore; now we are experimenting. But I do wish we could locate a seam of coal. Say, you didn’t spot any, did you?”

Dinner was a feast, a luau, a celebration to make the weddings look pale. Rod was given a real plate to eat on- unglazed, lopsided, ungraceful, but a plate. As he took out Colonel Bowie, Margery Chung Kinksi put a wooden spoon in his hand. “We don’t have enough to go around, but the guests of honor rate them tonight.” Rod looked at it curiously. It felt odd in his hand.

Dinner consisted of boiled greens, some root vegetables new to him, and a properly baked haunch served in thin slices. Roy and Rod were served little unleavened cakes like tortillas. No one else had them, but Rod decided that it was polite not to comment on that. Instead he made a fuss over eating bread again.

Margery dimpled. “We’ll have plenty of bread some day. Maybe next year.

There were tart little fruits for dessert, plus a bland, tasteless sort which resembled a dwarf banana with seeds. Rod ate too much.

Grant called them to order and announced that he was going to ask the travelers to tell what they had experienced. “Let them get it all told- then they won’t have to tell it seventy times over. Come on, Rod. Let’s see your ugly face.”

“Aw, let Roy. He talks better than I do.”

“Take turns. When your voice wears out, Roy can take over.

Between them they told it all, interrupting and supplementing each other. The colonists were awed by the beach of a billion bones, still more interested in the ruins of the Dwellers. “Rod and I are still arguing,” Roy told them. “I say that it was a civilization. He says that it could be just instinct. He’s crazy with the heat; the Dwellers were people. Not humans, of course, but people.”

“Then where are they now?”

Roy shrugged. “Where are the Selenites, Dora? What became of the Mithrans?”

“Roy is a romanticist,” Rod objected. “But you’ll be able to form your own opinions when we get there.” “That’s right, Rod,” Roy agreed.

“That covers everything,” Rod went on. “The rest was just waiting while Roy’s leg healed. But it brings up the main subject. How quickly can we move? Grant, is there any reason not to start at once? Shouldn’t we break camp tomorrow and start trekking? I’ve been studying it- how to make the move, I mean- and I would say to send out an advance party at daybreak. Roy or I can lead it. We go downstream an easy day’s journey, pick a spot, make a kill, and have fire and food ready when the rest arrive. We do it again the next day. I think we can be safe   and snug in the caves in five days.”

“Dibs on the advance party!” “Me, too!”

There were other shouts but Rod could not help but realize that the response was not what he had expected. Jimmy did not volunteer and Caroline merely looked thoughtful. The Baxters he could not see; they were in shadow.

He turned to Cowper. “Well, Grant? Do you have a better idea?”

“Rod,” Grant said slowly, “your plan is okay … but you’ve missed a point.” “Why do you assume that we are going to move?”

“Huh? Why, that’s what we were sent for! To find a better place to live. We found it- you could hold those caves against an army. What’s the hitch? Of course we move!”

Cowper examined his nails. “Rod, don’t get sore. I don’t see it and I doubt if other people do. I’m not saying the spot you and Roy found is not good. It may be better than here- the way this place used to be. But we are doing all right here- and we’ve got a lot of time and effort invested. Why move?”

“Why, I told you. The caves are safe, completely safe. This spot is exposed … it’s dangerous.”

“Maybe. Rod, in the whole time we’ve been here, nobody has been hurt inside camp. We’ll put it to a vote, but you can’t expect us to abandon our houses and everything we have worked for to avoid a danger that may be imaginary.”

“Imaginary? Do you think that a stobor couldn’t jump that crummy barricade?” Rod demanded, pointing.

“I think a stobor would get a chest full of pointed stakes if he tried it,” Grant answered soberly. “That crummy barricade’ is a highly efficient defense. Take a better look in the morning.” “Where we were you wouldn’t need it. You wouldn’t need a night watch. Shucks, you wouldn’t need houses. Those caves are better than the best house here!”

“Probably. But, Rod, you haven’t seen all we’ve done, how much we would have to abandon. Let’s look it over in the daylight, fellow, and then talk.”

“Well … no, Grant, there is only one issue: the caves are safe; this place isn’t. I call for a vote.” “Easy now. This isn’t a town meeting. It’s a party in your honor. Let’s not spoil it.”

“Well … I’m sorry. But we’re all here; let’s vote.”

“No.” Cowper stood up. “There will be a town meeting on Friday as usual. Goodnight, Rod. Goodnight, Roy. We’re awfully glad you’re back. Goodnight all.”

The party gradually fell apart. Only a few of the younger boys seemed to want to discuss the proposed move. Bob Baxter came over, put a hand on Rod and said, “See you in the morning, Rod. Bless you.” He left before Rod could get away from a boy who was talking to him.

Jimmy Throxton stayed, as did Caroline. When he got the chance Rod said, Jimmy? Where do you stand?”

“Me? You know me, pal. Look, I sent Jackie to bed; she wasn’t feeling well. But she told me to tell you that we were back of you a hundred percent, always.” “Thanks. I feel better.”

“See you in the morning? I want to check on Jackie.” “Sure. Sleep tight.”

He was finally left with Caroline. “Roddie? Want to inspect the guard with me? You’ll do it after tonight, but we figured you could use a night with no worries. “Wait a minute. Carol… you’ve been acting funny.”

“Me? Why, Roddie!”

“Well, maybe not. What do you think of the move? I didn’t hear you pitching in.”

She looked away. “Roddie,” she said, “if it was just me, I’d say start tomorrow. I’d be on the advance party.”

“Good! What’s got into these people? Grant has them buffaloed but I can’t see why.” He scratched his head. “I’m tempted to make up my own party- you, me, Jimmy and Jack, the Baxters, Roy, the few who were rarin’ to go tonight, and anybody else with sense enough to pound sand.”

She sighed. “It won’t work, Roddie.” “Huh? Why not?”

“I’ll go. Some of the youngsters would go for the fun of it. Jimmy and Jack would go if you insisted… but they would beg off if you made it easy for them. The Baxters should not and I doubt  if Bob would consent. Carmen isn’t really up to such a trip.”

8.               Unkillable

The matter never came to a vote. Long before Friday Rod knew how a vote would go- about fifty against him, less than half that for him, with his friends voting with him through loyalty rather than conviction or possibly against him in a showdown.

He made an appeal in private to Cowper. “Grant, you’ve got me licked. Even Roy is sticking with you now. But you could swing them around.”

“I doubt it. What you don’t see, Rod, is that we have taken root. You may have found a better place … but it’s too late to change. After all, you picked this spot.” “Not exactly, it … well, it just sort of happened.”

“Lots of things in life just sort of happen. You make the best of them.”

“That’s what I’m trying to do! Grant, admitted that the move is hard; we could manage it. Set up way stations with easy jumps, send our biggest huskies back for what we don’t want to abandon. Shucks, we could move a person on a litter if we had to- using enough guards.”

“If the town votes it, I’ll be for it. But I won’t try to argue them into it. Look, Rod, you’ve got this fixed idea that this spot is dangerously exposed. The facts don’t support you. On the other hand see what we have. Running water from upstream, waste disposal downstream, quarters comfortable and adequate for the climate. Salt- do you have salt there?”

“We didn’t look for it-but it would be easy to bring it from the seashore.”

“We’ve got it closer here. We’ve got prospects of metal. You haven’t seen that ore outcropping yet, have you? We’re better equipped every day; our standard of living is going up. We have  a colony nobody need be ashamed of and we did it with bare hands; we were never meant to be a colony. Why throw up what we have gained to squat in caves like savages?”

Rod sighed. “Grant, this bank may be flooded in the rainy season- aside from its poor protection now.”

“It doesn’t look it to me, but if so, we’ll see it in time. Right now we are going into the dry season. So let’s talk it over a few months from now.

Rod gave up. He refused to resume as “City Manager” nor would Caroline keep it when Rod turned it down. Bill Kennedy was appointed and Rod went to work under Cliff as a hunter, slept in the big shed upstream with the bachelors, and took his turn at night watch. The watch had been reduced to one man, whose duty was simply to tend fires. There was talk of cutting out the night fires, as fuel was no longer easy to find nearby and many seemed satisfied that the thorn barrier was enough.

Rod kept his mouth shut and stayed alert at night.

Game continued to be plentiful but became skittish. Buck did not come out of cover the way they had in rainy weather; it was necessary to search and drive them out. Carnivores seemed to have become scarcer. But the first real indication of peculiar seasonal habits of native fauna came from a very minor carnivore. Mick Mahmud returned to camp with a badly chewed  foot; Bob Baxter patched him up and asked about it.

“You wouldn’t believe it.” “Try me.”

“Well, it was just a dopy joe. I paid no attention to it, of course. Next thing I knew I was flat on my back and trying to shake it loose. He did all that to me before I got a knife into him. Then I had to cut his jaws loose.”

“Lucky you didn’t bleed to death.”

When Rod heard Mick’s story, he told Roy. Having had one experience with a dopy joe turned aggressive, Roy took it seriously and had Cliff warn all hands to watch out; they seemed to have turned nasty.

Three days later the migration of animals started.

At first it was just a drifting which appeared aimless except that it was always downstream. Animals had long since ceased to use the watering place above the settlement and buck rarely appeared in the little valley; now they began drifting into it, would find themselves baffled by the thorn fence, and would scramble out. Nor was it confined to antelope types;  wingless birds with great “false faces,” rodents, rooters, types nameless to humans, all joined the migration. One of the monstrous leonine predators they called stobor approached the barricade in broad daylight, looked at it, lashed his tail, then clawed his way up the bluff and headed downstream again.

Cliff called off his hunting parties; there was no need to hunt when game walked into camp.

Rod found himself more edgy than usual that night as it grew dark. He left his seat near the barbecue pit and went over to Jimmy and Jacqueline. “What’s the matter with this place? It’s spooky.”

Jimmy twitched his shoulders. “I feel it. Maybe it’s the funny way the animals are acting. Say, did you hear they killed a joe inside camp?” “I know what it is,” Jacqueline said suddenly. “No ‘Grand Opera.’”

“Grand Opera” was Jimmy’s name for the creatures with the awful noises, the ones which had turned Rod’s first night into a siege of terror. They serenaded every evening for the first hour of darkness. Rod’s mind had long since blanked them out, heeded them no more than chorusing cicadas. He had not consciously heard them for weeks.

Now they failed to wail on time; it upset him.

He grinned sheepishly. “That’s it, Jack. Funny how you get used to a thing. Do you suppose they are on strike?” “More likely a death in the family,” Jimmy answered. “They’ll be back in voice tomorrow.”

Rod had trouble getting to sleep. When the night watch gave an alarm he was up and out of bachelors’ barracks at once, Colonel Bowie in hand. “What’s up?”

Arthur Nielsen had the watch. “It’s all right now,” he answered nervously. “Abig buffalo buck crashed the fence. And this got through.” He indicated the carcass of a dopy joe. “You’re bleeding.”

“Just a nip.”

Others gathered around. Cowper pushed through, sized the situation and said, “Waxie, get that cut attended to. Bill … where’s Bill? Bill, put somebody else on watch. And let’s get that gap fixed as soon as it’s light.”

It was greying in the east. Margery suggested, “We might as well stay up and have breakfast. I’ll get the fire going.” She left to borrow flame from a watch fire.

Rod peered through the damaged barricade. Abig buck was down on the far side and seemed to have at least six dopy joes clinging to it. Cliff was there and said quietly, “See a way to get at them?”

“Only with a gun.”

“We can’t waste ammo on that.”

“No.” Rod thought about it, then went to a pile of bamboo poles, cut for building. He selected a stout one a head shorter than himself, sat down and began to bind Lady Macbeth to it with rawhide, forming a crude pike spear.

Caroline came over and squatted down. “What are you doing?” “Making a joe-killer.”

She watched him. “I’m going to make me one,” she said suddenly and jumped up.

By daylight the animals were in full flight downstream as if chased by forest fire. As the creek had shrunk with the dry season a miniature beach, from a meter to a couple of meters wide, had been exposed below the bank on which the town had grown. The thorn kraal had been extended to cover the gap, but the excited animals crushed through this weak point and now streamed along the water past the camp.

After a futile effort no attempt was made to turn them back. They were pouring into the valley; they had to go somewhere, and the route between water and bank made a safety valve. It kept them from shoving the barricade aside by sheer mass. The smallest animals came through it anyhow, kept going, paid no attention to humans.

Rod stayed at the barricade, ate breakfast standing up. He had killed six joes since dawn while Caroline’s score was still higher. Others were making knives into spears and joining them. The dopy joes were not coming through in great numbers; most of them continued to chase buck along the lower route past camp. Those who did seep through were speared; meeting them with a knife gave away too much advantage.

Cowper and Kennedy, inspecting defenses, stopped by Rod; they looked worried. “Rod,” said Grant “how long is this going to last?”

“How should I know? When we run out of animals. It looks like- get him, Shorty! It looks as if the joes were driving the others, but I don’t think they are. I think they’ve all gone crazy.”   “But what would cause that?” demanded Kennedy. “Don’t ask me. But I think I know where all those bones on that beach came from. But don’t ask why. Why does a chicken cross the

road? Why do lemmings do what they do? What makes a plague of locusts? Behind you! Jump!”

Kennedy jumped, Rod finished off a joe, and they went on talking. “Better detail somebody to chuck these into the water, Bill, before they stink. Look, Grant, we’re okay now, but I know what I would do.”

“What? Move to your caves? Rod, you were right-but it’s too late.”

“No, no! That’s spilt milk; forget it. The thing that scares me are these mean little devils. They are no longer dopy; they are fast as can be and nasty … and they can slide through the fence. We can handle them now-but how about when it gets dark? We’ve got to have a solid line of fire inside the fence and along the bank. Fire is one thing they can’t go through … I hope.”

“That’ll take a lot of wood.” Grant looked through the barricade and frowned.

“You bet it will. But it will get us through the night. See here, give me the ax and six men with spears. I’ll lead the party.” Kennedy shook his head. “It’s my job.”

“No, Bill,” Cowper said firmly. “I’ll lead it. You stay here and take care of the town.”

Before the day was over Cowper took two parties out and Bill and Rod led one each. They tried to pick lulls in the spate of animals but Bill’s party was caught on the bluff above, where it had been cutting wood and throwing it down past the cave. They were treed for two hours. The little valley had been cleaned out of dead wood months since; it was necessary to go into the forest above to find wood that would burn.

Cliff Pawley, hunter-in-chief, led a fifth party in the late afternoon, immediately broke the handle of the little ax. They returned with what they could gather with knives. While they were away one of the giant buck they called buffalo stampeded off the bluff, fell into camp, broke its neck. Four dopy joes were clinging to it. They were easy to kill as they would not let go.

Jimmy and Rod were on pike duty at the barricade. Jimmy glanced back at where a couple of girls were disposing of the carcasses. “Rod,” he said thoughtfully, we got it wrong. Those are stobor … the real stobor.”

“Huh?”

“The big babies we’ve been calling that aren’t ‘stobor.’ These things are what the Deacon warned us against.” “Well … I don’t care what you call them as long as they’re dead. On your toes, boy; here they come again.”

Cowper ordered fires laid just before dark and was studying how to arrange one stretch so as not to endanger the flume when the matter was settled; the structure quivered and water ceased to flow. Upstream something had crashed into it and broken the flimsy pipe line.

The town had long since abandoned waterskins. Now they were caught with only a few liters in a pot used by the cooks, but it was a hardship rather than a danger; the urgent need was  to get a ring of fire around’ them. There had already been half a dozen casualties- no deaths but bites and slashings, almost all from the little carnivores contemptuously known as dopy joes. The community’s pool of antiseptics, depleted by months of use and utterly irreplaceable, had sunk so low that Bob Baxter used it only on major wounds.

When fuel had been stretched ready to burn in a long arc inside the barricade and down the bank to where it curved back under the cave, the results of a hard day’s work looked small; the stockpile was not much greater than the amount already spread out. Bill Kennedy looked at it. “It won’t last the night, Grant.”

“It’s got to, Bill. Light it.”

 “If we pulled back from the fence and the bank, then cut over to the bluff- what do you think?”

Cowper tried to figure what might be saved by the change. “It’s not much shorter. Uh, don’t light the downstream end unless they start curving back in on us. But let’s move; it’s getting dark.” He hurried to the cooking fire, got a brand and started setting the chain of fire. Kennedy helped and soon the townsite was surrounded on the exposed sides by blaze. Cowper chucked his torch into the fire and said, “Bill, better split the men into two watches and get the women up into the cave- they can crowd in somehow.”

“You’ll have trouble getting thirty-odd women in there, Grant.”

“They can sit up all night. But send them up. Yes, and the wounded men, too.”

“Can do.” Kennedy started passing the word. Caroline came storming up, spear in hand

“Grant, what’s this nonsense about the girls having to go up to the cave? If you think you’re going to cut me out of the fun you had better think again!” Cowper looked at her wearily. “Carol, I haven’t time to monkey. Shut your face and do as you are told.”

Caroline opened her mouth, closed it, and did as she was told. Bob Baxter claimed Cowper’s attention; Rod noticed that he looked very upset. “Grant? You ordered all the women up to the cave?”

“Yes.”

“I’m sorry but Carmen can’t.”

“You’ll have to carry her. She is the one I had most on my mind when I decided on the move.

“But-” Baxter stopped and urged Grant away from the others. He spoke insistently but quietly. Grant shook his head. “It’s not safe, Grant,” Baxter went on, raising his voice. “I don’t dare risk it. The interval is nineteen minutes now. “Well… all right. Leave a couple of women with her. Use Caroline, will you? That’ll keep her out of my hair.”

“Okay.” Baxter hurried away.

Kennedy took the first watch with a dozen men spread out along the fire line; Rod was on the second watch commanded by Cliff Pawley. He went to the Baxter house to find out how Carmen was doing, was told to beat it by Agnes. He then went to the bachelors’ shed and tried to sleep.

He was awakened by yells, in time to see one of the leonine monsters at least five meters long go bounding through the camp and disappear downstream. It had jumped the barrier, the stakes behind it, and the fire behind that, all in one leap.

Rod called out, “Anybody hurt?”

Shorty Dumont answered. “No. It didn’t even stop to wave.” Shorty was bleeding from a slash in his left calf; he seemed unaware of it. Rod crawled back inside tried again to sleep. He was awakened again by the building shaking. He hurried out. “What’s up?”

“That you, Rod? I didn’t know anybody was inside. Give me a hand; we’re going to burn it.” The voice was Baxter’s; he was prying at a corner post and cutting rawhide strips that held it.

Rod put his spear where it would not be stepped on, resheathed Colonel Bowie, and started to help. The building was bamboo and leaves, with a mud-and-thatch roof; most of it would burn. “How’s Carmen?”

“Okay. Normal progress. I can do more good here. Besides they don’t want me.” Baxter brought the corner of the shed down with a crash, gathered a double armful of wreckage and hurried away. Rod picked up a load and followed him.

The reserve wood pile was gone; somebody was tearing the roof off the “city hall” and banging pieces on the ground to shake clay loose. The walls were sunbaked bricks, but the roof would burn. Rod came closer, saw that it was Cowper who was destroying this symbol of the sovereign community. He worked with the fury of anger. “Let me do that, Grant. Have you had any rest?”

“Huh? No.”

“Better get some. It’s going to be a long night. What time is it?”

“I don’t know. Midnight, maybe.” Fire blazed up and Cowper faced it, wiping his face with his hand. “Rod, take charge of the second watch and relieve Bill. Cliff got clawed and I sent him up.”

“Okay. Burn everything that will burn-right?”

“Everything but the roof of the Baxter house. But don’t use it up too fast; it’s got to last till morning.”

“Got it.” Rod hurried to the fire line, found Kennedy. Okay, Bill, I’ll take over- Grant’s orders. Get some sleep. Anything getting through?”

‘Not much. And not far.” Kennedy’s spear was dark with blood in the firelight. “I’m not going to sleep, Rod. Find yourself a spot and help out.” Rod shook his head. “You’re groggy. Beat it. Grant’s orders.”

“No!”

“Well… look, take your gang and tear down the old maids’ shack. That’ll give you a change, at least.”

“Uh- all right.” Kennedy left, almost staggering. There was a lull in the onrush of animals; Rod could see none beyond the barricade. It gave him time to sort out his crew, send away those who had been on duty since sunset, send for stragglers. He delegated Doug Sanders and Mick Mahmud as firetenders, passed the word that no one else was to put fuel on the fires.

He returned from his inspection to find Bob Baxter, spear in hand, holding his place at the center of the line. Rod put a hand on his shoulder. “The medical officer doesn’t need to fight. We aren’t that bad off.”

Baxter shrugged. “I’ve got my kit, what there is left of it. This is where I use it.” “Haven’t you enough worries?”

Baxter grinned wanly. “Better than walking the floor. Rod, they’re stirring again. Hadn’t we better build up the fires?” “Mmm … not if we’re going to make it last. I don’t think they can come through that.”

Baxter did not answer, as a joe came through at that instant. It ploughed through the smouldering fire and Baxter speared it. Rod cupped his hands and shouted, “Build up the fires! But go easy.

“Behind you, Rod!”

Rod jumped and whirled, got the little devil. “Where did that one come from? I didn’t see it.”

Before Bob could answer Caroline came running out of darkness. “Bob! Bob Baxter! rve got to find Bob Baxter!” “Over here!” Rod called.

Baxter was hardly able to speak. “Is she- is she?” His face screwed up in anguish. “No, no!” yelled Caroline. “She’s all right, she’s fine. It’s a girl!”

Baxter quietly fainted, his spear falling to the ground. Caroline grabbed him and kept him from falling into the fire. He opened his eyes and said, “Sorry. You scared me. You’re sure Carmen is all right?”

“Right as rain. The baby, too. About three kilos. Here, give me that sticker- Carmen wants you.”

Baxter stumbled away and Caroline took his place. She grinned at Rod. “I feel swell! How’s business, Roddie? Brisk? I feel like getting me eight or nine of these vermin. Cowper came up a few minutes later. Caroline called out, “Grant, did you hear the good news?”

“Yes. I just came from there.” He ignored Caroline’s presence at the guard line but said to Rod, “We’re making a stretcher out of pieces of the flume and they’re going to haul Carmen up. Then they’ll throw the stretcher down and you can burn it.”

“Good.”

“Agnes is taking the baby up. Rod, what’s the very most we can crowd into the cave?” “Gee!” Rod glanced up at the shelf. “They must be spilling off the edge now.

“I’m afraid so. But we’ve just got to pack them in. I want to send up all married men and the youngest boys. The bachelors will hold on here.”

“I’m a bachelor!” Caroline interrupted. Cowper ignored her. “As soon as Carmen is safe we do it- we can’t keep fires going much longer.” He turned away, headed up to the cave. Caroline whistled softly. “Roddie, we’re going to have fun.”

“Not my idea of fun. Hold the fort, Carol. I’ve got to line things up.” He moved down the line, telling each one to go or to stay. Jimmy scowled at him. “I won’t go, not as long as anybody stays. I couldn’t look Jackie in the face.”

“You’ll button your lip and do as Grant says- or I’ll give you a mouthful of teeth. Hear me?” “I hear you. I don’t like it.”

“You don’t have to like it, just do it. Seen Jackie? How is she?”

“I snuck up a while ago. She’s all right, just queasy. But the news about Carmen makes her feel so good she doesn’t care.”

Rod used no age limit to determine who was expendable. With the elimination of married men, wounded, and all women he had little choice; he simply told those whom he considered

too young or not too skilled that they were to leave when word was passed. It left him with half a dozen, plus himself, Cowper, and- possibly- Caroline. Trying to persuade Caroline was a task he had postponed.

He returned and found Cowper. “Carmen’s gone up,” Cowper told him. “You can send the others up now. “Then we can burn the roof of the Baxter house.”

“I tore it down while they were hoisting her.” Cowper looked around. “Carol! Get on up. She set her feet. “I won’t!”

Rod said softly, “Carol, you heard him. Go up- right now!”

She scowled, stuck out her lip, then said, “All right for you, Roddie Walker!”- turned and fled up the path. Rod cupped his hands and shouted, “All right, everybody! All hands up but those I told to stay. Hurry!”

About half of those leaving had started up when Agnes called down, “Hey! Take it slow! Somebody will get pushed over the edge if you don’t quit shoving.” The queue stopped. Jimmy called out, “Everybody exhale. That’ll do it.”

Somebody called back, “Throw Jimmy off… that will do it.” The line moved again, slowly. In ten minutes they accomplished the sardine-packing problem of fitting nearly seventy people into a space comfortable for not more than a dozen. It could not even be standing room since a man could stand erect only on the outer shelf. The girls were shoved inside, sitting or squatting, jammed so that they hardly had air to breathe. The men farthest out could stand but were in danger of stepping off the edge in the dark, or of being elbowed off.

Grant said, “Watch things, Rod, while I have a look.” He disappeared up the path, came back in a few minutes. “Crowded as the bottom of a sack,” he said. “Here’s the plan. They can scrunch back farther if they have to. It will be uncomfortable for the wounded and Carmen may have to sit up- she’s lying down- but it can be done. When the fires die out, we’ll shoehorn the rest in. With spears poking out under the overhang at the top of the path we ought to be able to hold out until daylight. Check me?”

“Sounds as good as can be managed.”

“All right. When the time comes, you go up next to last, I go up last.” “Unh … I’ll match you.”

Cowper answered with surprising vulgarity and added, “I’m boss; I go last. We’ll make the rounds and pile anything left on the fires, then gather them all here. You take the bank, I take the fence.”

It did not take long to put the remnants on the fires, then they gathered around the path and waited- Roy, Kenny, Doug, Dick, Charlie, Howard, and Rod and Grant. Another wave of senseless migration was rolling but the fires held it, bypassed it around by the water.

Rod grew stiff and shifted his spear to his left hand. The dying fires were only glowing coals in spots. He looked for signs of daylight in the east. Howard Goldstein said, “One broke through at the far end.”

“Hold it, Goldie,” Cowper said. “We won’t bother it unless it comes here.” Rod shifted his spear back to his right hand.

The wall of fire was now broken in many places. Not only could joes get through, but worse, it was hard to see them, so little light did the embers give off. Cowper turned to Rod and said, “All right, everybody up. You tally them.” Then he shouted, “Bill! Agnes! Make room, I’m sending them up.”

Rod threw a glance at the fence, then turned. “Okay, Kenny first. Doug next, don’t crowd. Goldie and then Dick. Who’s left? Roy-” He turned, uneasily aware that something had changed. Grant was no longer behind him. Rod spotted him bending over a dying fire. “Hey, Grant!”

“Be right with you.” Co’wper selected a stick from the embers, waved it into flame. He hopped over the coals, picked his way through sharpened stakes, reached the thornbush barrier, shoved his torch into it. The dry branches flared up. He moved slowly away, picking his way through the stake trap.

“I’ll help you!” Rod shouted. “I’ll fire the other end.” Cowper turned and light from the burning thorn showed his stern, bearded face. “Stay back. Get the others up. That’s an order!” f The movement upward had stopped. Rod snarled, “Get on up, you lunkheads! Move!” He jabbed with the butt of his spear, then turned around.

Cowper had set the fire in a new place. He straightened up, about to move farther down, suddenly turned and jumped over the dying line of fire. He stopped and jabbed at something in the darkness … then screamed.

“Grant!” Rod jumped down, ran toward him. But Grant was down before he reached him, down with a joe worrying each leg and more coming. Rod thrnst at one, jerked his spear out, and jabbed at the other, trying not to stab Grant. He felt one grab his leg and wondered that it did not hurt.

Then it did hurt, terribly, and he realized that he was down and his spear was not in his hand. But his hand found his knife without asking; Colonel Bowie finished off the beast clamped to his ankle.

Everything seemed geared to nightmare slowness. Other figures were thrusting leisurely at shapes that hardly crawled. The thornbush, flaming high, gave him light to see and stab a dopy joe creeping toward him. He got it, rolled over and tried to get up.

He woke with daylight in his eyes, tried to move and discovered that his left leg hurt. He looked down and saw a compress of leaves wrapped with a neat hide bandage. He was in the cave and there were others lying parallel to him. He got to one elbow. “Say, what-“

“Sssh!” Sue Kennedy crawled over and knelt by him. “The baby is asleep.” “Oh…”

“I’m on nurse duty. Want anything?”

“I guess not. Uh, what did they name her?”

“Hope. Hope Roberta Baxter. Apretty name. I’ll tell Caroline you are awake.” She turned away.

Caroline came in, squatted and looked scornfully at his ankle. “That’ll teach you to have a party and not invite me. “I guess so. Carol, what’s the situation?”

“Six on the sick list. About twice that many walking wounded. Those not hurt are gathering wood and cutting thorn. We fixed the ax.” “Yes, but… we’re not having to fight them off?”

“Didn’t Sue tell you? Afew buck walking around as if they were dazed. That’s all.” “They may start again.”

“If they do, we’ll be ready.”

“Good.” He tried to raise up. “Where’s Grant? How bad was he hurt?” She shook her head. “Grant didn’t make it, Roddie.”

“Huh?”

“Bob took off both legs at the knee and would have taken off one arm, but he died while he was operating.” She made a very final gesture. “In the creek.”

Rod started to speak, turned his head and buried his face. Caroline put a hand on him. “Don’t take it hard, Roddie. Bob shouldn’t have tried to save him. Grant is better off.” Rod decided that Carol was right- no frozen limb banks on this planet. But it did not make him feel better. “We didn’t appreciate him,” he muttered.

“Stow it!” Caroline whispered fiercely. “He was a fool.” “Huh? Carol, I’m ashamed of you.”

He was surprised to see tears rolling down her cheeks. “You know he was a fool, Roddie Walker. Most of us knew… but we loved him anyhow. I would ‘uv married him, but he never asked me.” She wiped at tears. “Have you seen the baby?”

“No.”

Her face lit up. “I’ll fetch her. She’s beautiful.” “Sue said she was asleep.”

“Well … all right. But what I came up for is this: what do you want us to do?” “Huh?” He tried to think. Grant was dead. “Bill was his deputy. Is Bill laid up?” “Didn’t Sue tell you?”

“Tell me what?”

“You’re the mayor. We elected you this morning. Bill and Roy and I are just trying to hold things together.” Rod felt dizzy. Caroline’s face kept drawing back, then swooping in; he wondered if he were going to faint..

“-plenty of wood,” she was saying, “and we’ll have the kraal built by sundown. We don’t need meat; Margery is butchering that big fellow that fell off the bluff and busted his neck. We can’t trek out until you and Carmen and the others can walk, so we’re trying to get the place back into shape temporarily. Is there anything you want us to do now?”

He considered it. “No. Not now.

“Okay. You’re supposed to rest.” She backed out, stood up. “I’ll look in later.” Rod eased his leg and turned over. After a while he quieted and went to sleep.

Sue brought broth in a bowl, held his head while he drank, then fetched Hope Baxter and held her for him to see. Rod said the usual inanities, wondering if all new babies looked that way.

Then he thought for a long time.

Caroline showed up with Roy. “How’s it going, Chief?” Roy said. “Ready to bite a rattlesnake.”

“That’s a nasty foot, but it ought to heal. We boiled the leaves and Bob used sulfa.” “Feels all right. I don’t seem feverish.”

“Jimmy always said you were too mean to die,” added Caroline. “Want anything, Roddie? Or to tell us anything?” “Yes.”

“What?”

“Get me out of here. Help me down the path.” Roy said hastily, “Hey, you can’t do that. You’re not in shape.” “Can’t I? Either help, or get out of my way. And get everybody together. We’re going to have a town meeting.”

They looked at each other and walked out on him. He had made it to the squeeze at the top when Baxter showed up. “Now, Rod! Get back and lie down.” “Out of my way.”

“Listen, boy, I don’t like to get rough with a sick man. But I will if you make me.” “Bob… how bad is my ankle?”

“It’s going to be all right … if you behave. If you don’t- well, have you ever seen gangrene? When it turns black and has that sweetish odor?” “Quit trying to scare me. Is there any reason not to put a line under my arms and lower me?”

“Well…”

They used two lines and a third to keep his injured leg free, with Baxter supervising. They caught him at the bottom and carried him to the cooking space, laid him down. “Thanks,” he grunted. “Everybody here who can get here?”

“I think so, Roddie. Shall I count?”

“Never mind. I understand you folks elected me cap- I mean ‘mayor’- this morning?” “That’s right,” agreed Kennedy.

“Uh, who else was up? How many votes did I get?” “Huh? It was unanimous.

Rod sighed. “Thanks. I’m not sure I would have held still for it if I’d been here. I gathered something else. Do I understand that you expect me to take you down to the caves Roy and I found? Caroline said something…”

Roy looked surprised. “We didn’t vote it, Rod, but that was the idea. After last night everybody knows we can’t stay here.”

Rod nodded. “I see. Are you all where I can see you? I’ve got something to say. I hear you adopted a constitution and things while Roy and I were away. I’ve never read them, so I don’t know whether this is legal or not. But if I’m stuck with the job, I expect to run things. If somebody doesn’t like what I do and we’re both stubborn enough for a showdown, then you will vote. You back me up, or you turn me down and elect somebody else. Will that work? How about it, Goldie? You were on the law committee, weren’t you?”

Howard Goldstein frowned. “You don’t express it very well, Rod.” “Probably not. Well?”

“But what you have described is the parliamentary vote-of-confidence. That’s the backbone of our constitution. We did it that way to keep it simple and still democratic. It was Grant’s notion.”

“I’m glad,” Rod said soberly. “I’d hate to think that I had torn up Grant’s laws after he worked so hard on them. I’ll study them, I promise, first chance I get. But about moving to the caves- we’ll have a vote of confidence right now.”

Goldstein smiled. “I can tell you how it will come out. We’re convinced.”

Rod slapped the ground. “You don’t understand! If you want to move, move … but get somebody else to lead you. Roy can do it. Or Cliff, or Bill. But if you leave it to me, no dirty little   beasts, all teeth and no brains, are going to drive us out. We’re men… and men don’t have to be driven out, not by the likes of those. Grant paid for this land- and I say stay here and keep  it for him!”

4.               Civilization

The Honorable Roderick L. Walker, Mayor of Cowpertown, Chief of State of the sovereign planet GO-7390 1-Il (Lima Catalog), Commander-in-Chief of the Armed Forces, Chief Justice,  and Defender of Freedoms, was taking his ease in front of the Mayor’s Palace. He was also scratching and wondering if he should ask somebody to cut his hair again-he suspected lice only this planet did not have lice.

His Chief of Government, Miss Caroline Beatrice Mshiyeni, squatted in front of him. “Roddie, I’ve told them and told them and told them … and it does no good. That family makes more filth than everybody else put together. You should have seen it this morning. Garbage in front of their door … flies!”

“I saw it.”

“Well, what do I do? If you would let me rough him up a little. But you’re too soft”

“I guess I am.” Rod looked thoughtfully at a slab of slate erected in the village square. It read: To the Memory Of

ULYSSES GRANT COWPER,

First Mayor

– who died for his city

The carving was not good; Rod had done it.

“Grant told me once,” he added, “that government was the art of getting along with people you don’t like.” “Well, I sure don’t like Bruce and Theo!”

“Neither do I. But Grant would have figured out a way to keep them in line without getting rough.”

“You figure it out, I can’t. Roddie, you should never have let Bruce come back. That was bad enough. But when he married that little … well!” “They were made for each other,” Rod answered. “Nobody else would have married either of them.”

“It’s no joke. It’s almost- Hope! Quit teasing Grantie!” She bounced up.

Miss Hope Roberta Baxter, sixteen months, and Master Grant Roderick Throxton, thirteen months, stopped what they were doing, which was, respectively, slapping and crying. Both were naked and very dirty. It was “clean” dirt; each child had been bathed by Caroline an hour earlier, and both were fat and healthy.

Hope turned up a beaming face. “‘Ood babee!” she asserted.

“I saw you.” Caroline upended her, gave her a spat that would not squash a fly, then picked up Grant Throxton. “Give her to me,” Rod said.

“You’re welcome to her,” Caroline said. She sat down with the boy in her lap and rocked him. “Poor baby! Show Auntie Carol where it hurts.” “You shouldn’t talk like that. You’ll make a sissy of him.”

“Look who’s talking! Wishy-Washy Walker.”

Hope threw her arms around Rod, part way, and cooed, “Woddie!” adding a muddy kiss. He returned it. He considered her deplorably spoiled; nevertheless he contributed more than his share of spoiling.

“Sure,” agreed Carol. “Everybody loves Uncle Roddie. He hands out the medals and Aunt Carol does the dirty work.” “Carol, I’ve been thinking.”

“Warm day. Don’t strain any delicate parts.” “About Bruce and Theo. I’ll talk to them.” “Talk!”

“The only real punishment is one we never use- and I hope we never have to. Kicking people out, I mean. The McGowans do as they please because they don’t think we would. But I would love to give them the old heave-ho… and if it comes to it, I’ll make an issue of it before the town- either kick them out or I quit.”

“They’d back you. Why, I bet he hasn’t taken a bath this week!”

“I don’t care whether they back me or not. I’ve ridden out seven confidence votes; someday I’ll be lucky and retire. But the problem is to convince Bruce that I am willing to face the issue, for then I won’t have to. Nobody is going to chance being turned out in the woods, not when they’ve got it soft here. But he’s got to be convinced.”

“Uh, maybe if he thought you were carrying a grudge about that slice in the ribs he gave you?” “And maybe I am. But I can’t let it be personal, Carol; I’m too stinkin’ proud.”

“Uh … Turn it around. Convince him that the town is chompin’ at the bit- which isn’t far wrong- and you are trying to restrain them.” “Um, that’s closer. Yes, I think Grant would have gone for that. I’ll think it over.”

“Do that.” She stood up. “I’m going to give these children another bath. I declare I don’t know where they find so much dirt.”

She swung away with a child on each hip, heading for the shower sheds. Rod watched her lazily. She was wearing a leather bandeau and a Maori grass skirt, long leaves scraped in a pattern, curled, and dried. It was a style much favored and Caroline wore it around town, although when she treated herself to a day’s hunting she wore a leather breechclout such as the men wore.

The same leaf fibre could be retted and crushed, combed and spun, but the cloth as yet possessed by the colony was not even enough for baby clothes. Bill Kennedy had whittled a loom for Sue and it worked, but neither well nor fast and the width of cloth was under a half meter. Still, Rod mused, it was progress, it was civilization. They had come a long way.

The town was stobor-tight now. An adobe wall too high and sheer for any but the giant lions covered the upstream side and the bank, and any lion silly enough to jump it landed on a bed of stakes too wide now for even their mighty leaps-the awning under which Rod lolled was the hide of one that had made that mistake. The wall was pierced by stobor traps, narrow tunnels just big enough for the vicious little beasts and which gave into deep pits, where they could chew on each other like Kilkenny cats- which they did.

It might have been easier to divert them around the town, but Rod wanted to kill them; he would not be content until their planet was rid of those vermin.

In the meantime the town was safe. Stobor continued to deserve the nickname “dopy joe” except during the dry season and then they did not become dangerous until the annual berserk migration- the last of which had passed without loss of blood; the colony’s defenses worked, now that they understood what to defend against. Rod had required mothers and children to sit out the stampede in the cave; the rest sat up two nights and stayed on guard… but no blade was wet.

Rod thought sleepily that the next thing they needed was paper; Grant had been right… even a village was hard to run without writing paper. Besides, they must avoid losing the habit of writing. He wanted to follow up Grant’s notion of recording every bit of knowledge the gang possessed. Take logarithms- logarithms might not be used for generations, but when it came time to log a couple of rhythms, then… he went to sleep.

“You busy, Chief?”

Rod looked up at Arthur Nielsen. “Just sleeping a practice I heartily recommend on a warm Sabbath afternoon. What’s up, Art? Are Shorty and Doug pushing the bellows alone?”

“No. Confounded plug came out and we lost our fire. The furnace is ruined.” Nielsen sat down wearily. He was hot, very red in the face, and looked discouraged. He had a bad burn on a forearm but did not seem to know it. “Rod, what are we doing wrong? Riddle me that.”

“Talk to one of the brains. If you didn’t know more about it than I do, we’d swap jobs.”

“I wasn’t really asking. I know two things that are wrong. We can’t build a big enough installation and we don’t have coal. Rod, we’ve got to have coal; for cast iron or steel we need coal. Charcoal won’t do for anything but spongy wrought iron.”

“What do you expect to accomplish overnight, Art? Miracles? You are years ahead of what anybody could ask. You’ve turned out metal, whether it’s wrought iron or uranium. Since you made that spit for the barbecue pit, Margery thinks you are a genius.”

“Yes, yes, we’ve made iron-but it ought to be lots better and more of it. This ore is wonderful … the real Lake Superior hematite. Nobody’s seen such ore in commercial quantity on Terra in centuries. You ought to be able to breathe on it and make steel. And I could, too, if I had coal. We’ve got clay, we’ve got limestone, we’ve got this lovely ore- but I can’t get a hot enough fire.”

Rod was not fretted; the colony was getting metal as fast as needed. But Waxie was upset. “Want to knock off and search for coal?” “Uh … no, I don’t. I want to rebuild that furnace.” Nielsen gave a bitter description of the furnace’s origin, habits, and destination. “Who knows most about geology?”

“Uh, I suppose I do.” “Who knows next most?” “Why, Doug I guess.

“Let’s send him out with a couple of boys to find coal. You can have Mick in his place on the bellows- no, wait a minute. How about Bruce?” “Bruce? He won’t work.”

“Work him. If you work him so hard he runs away and forgets to come back, we won’t miss him. Take him, Art, as a favor to me. “Well … . okay, if you say so.

“Good. You get one bonus out of losing your batch. You won’t miss the dance tonight. Art, you shouldn’t start a melt so late in the week; you need your day of rest … and so do Shorty and Doug.”

“I know. But when it’s ready to go I want to fire it off.

Working the way we do is discouraging; before you can make anything you have to make the thing that makes it- and usually you have to make something else to make that. Futile!” “You don’t know what ‘futile’ means. Ask our ‘Department of Agriculture.’ Did you take a look at the farm before you came over the wall?”

“Well, we walked through it.”

“Better not let Cliff catch you, or he’ll scalp you. I might hold you for him.” “Humph! Alot of silly grass! Thousands of hectares around just like it.”

“That’s right. Some grass and a few rows of weeds. The pity is that Cliff will never live to see it anything else. Nor little Cliff. Nevertheless our great grandchildren will eat white bread, Art. But you yourself will live to build precision machinery- you know it can be done, which, as Bob Baxter says, is two-thirds of the battle. Cliff can’t live long enough to eat a slice of light, tasty bread. It doesn’t stop him.”

“You should have been a preacher, Rod.” Art stood up and sniffed himself. “I’d better get a bath, or the girls won’t dance with me.” “I was just quoting. You’ve heard it before. Save me some soap.”

Caroline hit two bars of Arkansas Traveler, Jimmy slapped his drum, and Roy called, “Square ‘em up, folks!” He waited, then started in high, nasal tones: “Honor y’r partners!

“Honor y’r corners!

“Now all jump up and when y’ come down-“

Rod was not dancing; the alternate set would be his turn. The colony formed eight squares, too many for a caller, a mouth organ, and a primitive drum all unassisted by amplifying equipment. So half of them babysat and gossiped while the other half danced. The caller and the orchestra were relieved at each intermission to dance the other sets.

Most of them had not known how to square-dance. Agnes Pulvermacher had put it over almost single-handed, in the face of kidding and resistance- training callers, training dancers, humming tunes to Caroline, cajoling Jimmy to carve and shrink a jungle drum. Now she had nine out of ten dancing.

Rod had not appreciated it at first (he was not familiar with the history of the Mormon pioneers) and had regarded it as a nuisance which interfered with work. Then he saw the colony, which had experienced a bad letdown after the loss in one night of all they had built, an apathy he had not been able to lift- he saw this same colony begin to smile and joke and work hard simply from being exposed to music and dancing.

He decided to encourage it. He had trouble keeping time and could not carry a tune, but the bug caught him, too; he danced not well but with great enthusiasm.

The village eventually limited dances to Sabbath nights, weddings, and holidays- and made them “formal” … which meant that women wore grass skirts. Leather shorts, breechclouts, and slacks (those not long since cut up for rags) were not acceptable. Sue talked about making a real square dance dress as soon as she got far enough ahead in her weaving, and a cowboy shirt for her husband … but the needs of the colony made this a distant dream.

Music stopped, principals changed, Caroline tossed her mouth organ to Shorty, and came over. “Come on, Roddie, let’s kick some dust.”

“I asked Sue,” he said hastily and truthfully. He was careful not to ask the same girl twice, never to pay marked attention to any female; he had promised himself long ago that the day he decided to marry should be the day he resigned and he was not finding it hard to stay married to his job. He liked to dance with Caroline; she was a popular partner- except for a tendency to swing her partner instead of letting him swing her- but he was careful not to spend much social time with her because she was his right hand, his alter ego.

Rod went over and offered his arm to Sue. He did not think about it; the stylized amenities of civilization were returning and the formal politenesses of the dance made them seem natural. He led her out and assisted in making a botch of Texas Star.

Later, tired, happy, and convinced that the others in his square had made the mistakes and he had straightened them out, Rod returned Sue to Bill, bowed and thanked him, and went back to the place that was always left for him. Margery and her assistants were passing out little brown somethings on wooden skewers. He accepted one. “Smells good, Marge. What are they?”

“Mock Nile birds. Smoked baby-buck bacon wrapped around hamburger. Salt and native sage, pan broiled. You’d better like it; it took us hours.” “Mmmm! I do! How about another?”

“Wait and see. Greedy.”

“But I need more. I work hardest. I have to keep up my strength.”

“That was work I saw you doing this afternoon?” She handed him another. “I was planning. The old brain was buzzing away.

“I heard the buzzing. Pretty loud, when you lie on your back.”

He snagged a third as she turned away, looked up to catch Jacqueline smiling; he winked and grinned. “Happy, Rod?”

“Yes indeedy. How about you, Jackie?”

“I’ve never been happier,” she said seriously.

Her husband put an arm around her. “See what the love of a good man can do, Rod?” Jimmy said. “When I found this poor child she was beaten, bedraggled, doing your cooking and afraid to admit her name. Now look at her!- fat and sassy.”

“I’m not that fat!” “Pleasingly plump.”

Rod glanced up at the cave. “Jackie, remember the night I showed up?” “I’m not likely to forget.”

“And the silly notion I had that this was Africa? Tell me- if you had it to do over, would you rather I had been right?” “I never thought about it. I knew it was not.”

“Yes, but ‘if’? You would have been home long ago.”

Her hand took her husband’s. “I would not have met James.”

“Oh, yes, you would. You had already met me. You could not have avoided it- my best friend.” “Possibly. But I would not change it. I have no yearning to go ‘home,’ Rod. This is home.”

“Me neither,” asserted Jimmy. “You. know what? This colony gets a little bigger- and it’s getting bigger fast- Goldie and I are going to open a law office. We won’t have any competition and can pick our clients. He’ll handle the criminal end, I’ll specialize in divorce, and we’ll collaborate on corporate skulduggery. We’ll make millions. I’ll drive a big limousine drawn by eight spanking buck, smoking a big cigar and sneering at the peasants.” He called out, “Right, Goldie?”

“Precisely, colleague. I’m making us a shingle: ‘Goldstein & Throxton-Get bailed, not jailed!’” “Keerect. But make that: ‘Throxton & Goldstein.’”

“I’m senior. I’ve got two more years of law.”

“Aquibble. Rod, are you going to let this Teller U. character insult an old Patrick Henry man?”

“Probably. Jimmy, I don’t see how you are going to work this. I don’t think we have a divorce law. Let’s ask Caroline.” “Atrifle. You perform the marriages, Rod; I’ll take care of the divorces.”

“Ask Caroline what?” asked Caroline. “Do we have a divorce law?”

“Huh? We don’t even have a getting-married law.”

“Unnecessary,” explained Goldstein. “Indigenous in the culture. Besides, we ran out of paper. “Correct, Counselor,” agreed Jimmy.

“Why ask?” Caroline demanded. “Nobody is thinking about divorce or I would know before they would.”

“We weren’t talking about that,” Rod explained. “Jackie said that she had no wish to go back to Terra and Jimmy was elaborating. Uselessly, as usual.” Caroline stared. “Why would anybody want to go back?”

“Sure,” agreed Jimmy. “This is the place. No income tax. No traffic, no crowds, no commercials, no telephones. Seriously, Rod, every one here was aiming for the Outlands or we  wouldn’t have been taking a survival test. So what difference does it make? Except that we’ve got everything sooner.” He squeezed his wife’s hand. “I was fooling about that big cigar; I’m rich now, boy, rich!”

Agnes and Curt had drawn into the circle, listening. Agnes nodded and said, “For once you aren’t joking, Jimmy. The first months we were here I cried myself to sleep every night, wondering if they would ever find us. Now I know they never will- and I don’t care! I wouldn’t go back if I could; the only thing I miss is lipstick.”

Her husband’s laugh boomed out. “There you have the truth, Rod. The fleshpots of Egypt … put a cosmetics counter across this creek and every woman here will walk on water.” “That’s not fair, Curt! Anyhow, you promised to make lipstick.”

“Give me time.”

Bob Baxter came up and sat down by Rod. “Missed you at the meeting this morning, Rod.” “Tied up. I’ll make it next week.”

“Good.” Bob, being of a sect which did not require ordination, had made himself chaplain as well as medical officer simply by starting to hold meetings. His undogmatic ways were such that Christian, Jew, Monist, or Moslem felt at ease; his meetings were well attended.

“Bob, would you go back?” “Go where, Caroline?” “Back to Terra.”

“Yes”

Jimmy looked horrified. “Boil me for breakfast! Why?”

“Oh, I’d want to come back! But I need to graduate from medical school.” He smiled shyly. “I may be the best surgeon in the neighborhood, but that isn’t saying much.” “Well…” admitted Jimmy, “I see your point. But you already suit us. Eh, Jackie?”

“Yes, Jimmy.”

“It’s my only regret,” Bob went on. “I’ve lost ones I

should have saved. But it’s a hypothetical question. ‘Here we rest.’”

The question spread. Jimmy’s attitude was overwhelmingly popular, even though Bob’s motives were respected. Rod said goodnight; he heard them still batting it around after he had gone to bed; it caused him to discuss it with himself.

He had decided long ago that they would never be in touch with Earth; he had not thought of it for- how long?- over a year. At first it had been mental hygiene, protection of his morale.   Later it was logic: a delay in recall of a week might be a power failure, a few weeks could be a technical difficulty- but months on months was cosmic disaster; each day added a cipher to the infinitesimal probability that they would ever be in touch again.

He was now able to ask himself: was this what he wanted?

Jackie was right; this was home. Then he admitted that he liked being big frog in a small puddle, he loved his job. He was not meant to be a scientist, nor a scholar, he had never wanted to be a businessman- but what he was doing suited him … and he seemed to do it well enough to get by.

“‘Here we rest!’”

He went to sleep in a warm glow.

Cliff wanted help with the experimental crops. Rod did not take it too seriously; Cliff always wanted something; given his head he would have everybody working dawn to dark on his farm. But it was well to find out what he wanted- Rod did not underrate the importance of domesticating plants; that was basic for all colonies and triply so for them. It was simply that he did not know much about it.

Cliff stuck his head into the mayor’s hut. “Ready?”

“Sure.” Rod got his spear. It was no longer improvised but bore a point patiently sharpened from steel salvaged from Braun’s Thunderbolt. Rod had tried wrought iron but could not get it to hold an edge. “Let’s pick up a couple of boys and get a few stobor.”

“Okay”

Rod looked around. Jimmy was at his potter’s wheel, kicking the treadle and shaping clay with his thumb. Jim! Quit that and grab your pike. We’re going to have some fun.” Throxton wiped at sweat. “You’ve talked me into it.” They added Kenny and Mick, then Cliff led them upstream. “I want you to look at the animals.”

“All right,” agreed Rod. “Cliff, I had been meaning to speak to you. If you are going to raise those brutes inside the wall, you’ll have to be careful about their droppings. Carol has been muttering.”

“Rod, I can’t do everything! And you can’t put them outside, not if you expect them to live.” “Sure, sure! Well, we’ll get you more help, that’s the only- Just a second!”

They were about to pass the last hut; Bruce McGowan was stretched in front of it, apparently asleep. Rod did not speak at once; he was fighting down rage. He wrestIed with himself, aware that the next moment could change his future, damage the entire colony. But his rational self was struggling in a torrent of anger, bitter and self-righteous. He wanted to do away with this parasite, destroy it. He took a deep breath and tried to keep his mouth from trembling.

“Bruce!” he called softly.

McGowan opened his eyes. “Huh?” “Isn’t Art working his plant today?” “Could be,” Bruce admitted.

“Well?”

“‘Well’ what? I’ve had a week and it’s not my dish. Get somebody else.”

Bruce wore his knife, as did each of them; a colonist was more likely to be caught naked than without his knife. It was the all-purpose tool, for cutting leather, preparing food, eating, whittling, building, basketmaking, and as make-do for a thousand other tools; their wealth came from knives, arrows were now used to hunt- but knives shaped the bows and arrows.

But a knife had not been used by one colonist against another since that disastrous day when Bruce’s brother had defied Rod. Over the same issue, Rod recalled; the wheel had turned full circle. But today he would have immediate backing if Bruce reached for his knife.

But he knew that this must not be settled by five against one; he alone must make this dog come to heel, or his days as leader were numbered.

It did not occur to Rod to challenge Bruce to settle it with bare hands. Rod had read many a historical romance in which the hero invited someone to settle it man to man, in a stylized imitation fighting called “boxing.” Rod had enjoyed such stories but did not apply them to himself any more than he considered personally the sword play of The Three Musketeers; nevertheless, he knew what “boxing” meant- they folded their hands and struck certain restricted blows with fists. Usually no one was hurt.

The fighting that Rod was trained in was not simply strenuous athletics. It did not matter whether they were armed; if he and Bruce fought bare hands or otherwise, someone would be killed or badly hurt. The only dangerous weapon was man himself.

Bruce stared sullenly. “Bruce,” Rod said, striving to keep his voice steady, “a long time ago I told you that people worked around here or got out. You and your brother didn’t believe me so we had to chuck you out. Then you crawled back with a tale about how Jock had been killed and could you please join up? You were a sorry sight. Remember?”

McGowan scowled. “You promised to be a little angel,” Rod went on. “People thought I was foolish- and I was. But I thought you might behave.” Bruce pulled a blade of grass, bit it. “Bub, you remind me of Jock. He was always throwing his weight around, too.

“Bruce, get up and get out of town! I don’t care where, but if you are smart, you will shag over and tell Art you’ve made a mistake- then start pumping that bellows. I’ll stop by later. If sweat isn’t pouring off you when I arrive … then you’ll never come back. You’ll be banished for life.”

McGowan looked uncertain. He glanced past Rod, and Rod wondered what expressions the others wore. But Rod kept his eyes on Bruce. “Get moving. Get to work, or don’t come back.” Bruce got a sly look. “You can’t order me kicked out. It takes a majority vote.”

Jimmy spoke up. “Aw, quit taking his guff, Rod. Kick him out now.

Rod shook his head. “No. Bruce, if that is your answer, I’ll call them together and we’ll put you in exile before lunch- and I’ll bet my best knife that you won’t get three votes to let you stay. Want to bet?”

Bruce sat up and looked at the others, sizing his chances. He looked back at Rod. “Runt,” he said slowly, you aren’t worth a hoot without stooges… or a couple of girls to do your fighting.” Jimmy whispered, “Watch it, Rod!” Rod licked dry lips, knowing that it was too late for reason, too late for talk. He would have to try to take him … he was not sure he could.

“I’ll fight you,” he said hoarsely. “Right now!” Cliff said urgently, “Don’t, Rod. We’ll manage him.” “No. Come on, McGowan.” Rod added one unforgivable word. McGowan did not move. “Get rid of that joe sticker”

Rod said, “Hold my spear, Cliff.”

Cliff snapped, “Now wait! I’m not going to stand by and watch this. He might get lucky and kill you, Rod.” “Get out of the way, Cliff.”

“No.” Cliff hesitated, then added, “Bruce, throw your knife away. Go ahead- or so help me I’ll poke a joe- sticker in your belly myself. Give me your knife, Rod.”

Rod looked at Bruce, then drew Colonel Bowie and handed it to Cliff. Bruce straightened up and flipped his knife at Cliff’s feet. Cliff rasped, “I still say not to, Rod. Say the word and we’ll take him apart.”

“Back off. Give us room.

“Well- no bone breakers. You hear me, Bruce? Make a mistake and you’ll never make another.”

“‘No bone breakers,’” Rod repeated, and knew dismally that the rule would work against him; Bruce had him on height and reach and weight. “Okay,” McGowan agreed. “Just cat clawing. I am going to show this rube that one McGowan is worth two of him.”

Cliff sighed. “Back off, everybody. Okay- get going!” Crouched, they sashayed around, not touching. Only the preliminaries could use up much time; the textbook used in most high  schools and colleges listed twenty-seven ways to destroy or disable a man hand to hand; none of the methods took as long as three seconds once contact was made. They chopped at each other, feinting with their hands, too wary to close.

Rod was confused by the injunction not to let the fight go to conclusion. Bruce grinned at him. “What’s the matter? Scared? I’ve been waiting for this, you loudmouthed pimple- now you’re going to get it!” He rushed him.

Rod gave back, ready to turn Bruce’s rush into his undoing. But Bruce did not carry it through; it had been a feint and Rod had reacted too strongly. Bruce laughed. “Scared silly, huh? You had better be.”

Rod realized that he was scared, more scared than he had ever been. The conviction flooded over him that Bruce intended to kill him … the agreement about bonebreakers meant nothing; this ape meant to finish him.

He backed away, more confused than ever… knowing that he must forget rules if he was to live through it … but knowing, too, that he had to abide by the silly restriction even if it meant the end of him. Panic shook him; he wanted to run.

He did not quite do so. From despair itself he got a cold feeling of nothing to lose and decided to finish it. He exposed his groin to a savate attack.

He saw Bruce’s foot come up in the expected kick; with fierce joy he reached in the proper shinobi counter. He showed the merest of hesitation, knowing that a full twist would break Bruce’s ankle.

Then he was flying through air; his hands had never touched Bruce. He had time for sick realization that Bruce had seen the gambit, countered with another- when he struck ground and Bruce was on him.

* * * * *

“Can you move your arm, Rod?”

He tried to focus his eyes, and saw Bob Baxter’s face floating over him. “I licked him?”

Baxter did not answer. An angry voice answered, “Cripes, no! He almost chewed you to pieces.” Rod stirred and said thickly, “Where is he? I’ve got to whip him.”

Baxter said sharply, “Lie still!” Cliff added, “Don’t worry, Rod. We fixed him.” Baxter insisted, “Shut up. See if you can move your left arm.”

Rod moved the arm, felt pain shoot through it, jerked and felt pain everywhere. “It’s not broken,” Baxter decided. “Maybe a green-stick break. We’ll put it in sling. Can you sit up? I’ll help.”  “I want to stand.” He made it with help, stood swaying. Most of the villagers seemed to be there; they moved jerkily. It made him dizzy and he blinked.

“Take it easy, boy,” he heard Jimmy say. “Bruce pretty near ruined you. You were crazy to give him the chance.” “I’m all right,” Rod answered and winced. “Where is he?”

“Behind you. Don’t worry, we fixed him.”

“Yes,” agreed Cliff. “We worked him over. Who does he think he is? Trying to shove the Mayor around!” He spat angrily. Bruce was face down, features hidden in one arm; he was sobbing. “How bad is he hurt?” Rod asked.

“Him?” Jimmy said scornfully. “He’s not hurt. I mean, he hurts all right- but he’s not hurt. Carol wouldn’t let us.

Caroline squatted beside Bruce, guarding him. She got up. “I should have let ‘em,” she said angrily. “But I knew you would be mad at me if I did.” She put hands on hips. “Roddie Walker, when are you going to get sense enough to yell for me when you’re in trouble? These four dopes stood around and let it happen.”

“Wait a minute, Carol,” Cliff protested. “I tried to stop it. We all tried, but-“ “But I wouldn’t listen,” Rod interrupted. “Never mind, Carol, I flubbed it.” “If you would listen to me-

“Never mind!” Rod went to McGowan, prodded him. “Turn over.”

Bruce slowly rolled over. Rod wondered if he himself looked as bad. Bruce’s body was dirt and blood and bruises; his face looked as if someone had tried to file the features off. “Stand up.

Bruce started to speak, then got painfully to his feet. Rod said, “I told you to report to Art, Bruce. Get over the wall and get moving.” McGowan looked startled. “Huh?”

“You heard me. I can’t waste time playing games. Check in with Art and get to work. Or keep moving and don’t come back. Now move!”

Bruce stared, then hobbled toward the wall. Rod turned and said, “Get back to work, folks. The fun is over. Cliff, you were going to show me the animals.” “Huh? Look Rod, it’ll keep.”

“Yes, Rod,” Baxter agreed. “I want to put a sling on that arm. Then you should rest.”

Rod moved his arm gingerly. “I’ll try to get along without it. Come on, Cliff. Just you and me- we’ll skip the stobor hunt.”

He had trouble concentrating on what Cliff talked about … something about gelding a pair of fawns and getting them used to harness. What use was harness when they had no wagons? His head ached, his arm hurt and his brain felt fuzzy. What would Grant have done?

He had failed … but what should he have said, or not said? Some days it wasn’t worth it. “-so we’ve got to. You see, Rod?”

“Huh? Sure, Cliff.” He made a great effort to recall what Cliff had been saying. “Maybe wooden axles would do. I’ll see if Bill thinks he can build a cart” “But besides a cart, we need-“

Rod stopped him. “Cliff, if you say so, we’ll try it. I think I’ll take a shower. Uh, we’ll look at the field tomorrow.

Ashower made him feel better and much cleaner, although the water spilling milk-warm from the flume seemed too hot, then icy cold. He stumbled back to his hut and lay down. When he woke he found Shorty guarding his door to keep him from being disturbed.

It was three days before he felt up to inspecting the farm. Neilsen reported that McGowan was working, although sullenly. Caroline reported that Theo was obeying sanitary regulations and wearing a black eye. Rod was self-conscious about appearing in public, had even considered one restless night the advisability of resigning and letting someone who had not lost face take over the responsibility. But to his surprise his position seemed firmer than ever. Aminority from Teller University, which he had thought of wryly as “loyal opposition,” now no longer seemed disposed to be critical. Curt Pulvermacher, their unofficial leader, looked Rod up and offered help. “Bruce is a bad apple, Rod. Don’t let him get down wind again. Let me know instead.”

“Thanks, Curt.”

“I mean it. It’s hard enough to get anywhere around here if we all pull together. We can’t have him riding roughshod over us. But don’t stick your chin out. We’ll teach him.”

Rod slept well that night. Perhaps he had not handled it as Grant would have, but it had worked out. Cowper-town was safe. Oh, there would be more troubles but the colony would sweat through them. Someday there would be a city here and this would be Cowper Square. Upstream would be the Nielsen Steel Works. There might even be a Walker Avenue…

He felt up to looking over the farm the next day. He told Cliff so and gathered the same party, Jimmy, Kent, and Mick. Spears in hand they climbed the stile at the wall and descended the ladder on the far side. Cliff gathered up a handful of dirt, tasted it. “The soil is all right. Alittle acid, maybe. We won’t know until we can run soil chemistry tests. But the structure is good. If you tell that dumb Swede that the next thing he has to make is a plough …

“Waxie isn’t dumb. Give him time. Hell make you ploughs and tractors, too.”

“I’ll settle for a hand plough, drawn by a team of buck. Rod, my notion is this. We weed and it’s an invitation to the buck to eat the crops. If we built another wall, all around and just as high-“

“Awall! Any idea how many man-hours that would take, Cliff?” “That’s not the point.”

Rod looked around the alluvial flat, several times as large as the land enclosed in the city walls. Athorn fence, possibly, but not a wall, not yet … Cliff’s ambitions were too big. “Look, let’s comb the field for stobor, then send the others back. You and I can figure out afterwards what can be done.”

“All right. But tell them to watch where they put their big feet.”

Rod spread them in skirmish line with himself in the

center. “Keep dressed up,” he warned, “and don’t let any get past you. Remember, every one we kill now means six less on S-Day.”

They moved forward. Kenny made a kill, Jimmy immediately made two more. The stobor hardly tried to escape, being in the “dopy joe” phase of their cycle. Rod paused to spear one and looked up to speak to the man on his right. But there was no one there. “Hold it! Where’s Mick?”

“Huh? Why, he was right here a second ago.”

Rod looked back. Aside from a shimmer over the hot field, there was nothing where Mick should have been. Something must have sneaked up in the grass, pulled him down- “Watch it, everybody! Something’s wrong. Close in … and keep your eyes peeled.” He turned back, moved diagonally toward where Mick had disappeared.

Suddenly two figures appeared in front of his eyes- Mick and a stranger.

Astranger in coveralls and shoes… The man looked around, called over his shoulder, “Okay, Jake! Put her on automatic and clamp it.” He glanced toward Rod but did not seem to see him, walked toward him, and disappeared.

With heart pounding Rod began to run. He turned and found himself facing into an open gate… and down a long, closed corridor.

The man in the coveralls stepped into the frame. “Everybody back off,” he ordered. “We’re going to match in with the Gap. There may be local disturbance.”

5.               In Achilles’ Tent

It had been a half hour since Mick had stumbled through the gate as it had focused, fallen flat in the low gravity of Luna. Rod was trying to bring order out of confusion, trying to piece together his own wits. Most of the villagers were out on the field, or sitting on top of the wall, watching technicians set up apparatus to turn the locus into a permanent gate, with controls and communications on both sides. Rod tried to tell one that they were exposed, that they should not run around unarmed; without looking up the man had said, “Speak to Mr. Johnson.”

He found Mr. Johnson, tried again, was interrupted. Will you kids please let us work? We’re glad to see you but we’ve got to get a power fence around this area. No telling what might be in that tall grass.”

Oh,” Rod answered. “Look, I’ll set guards. We know what to expect. I’m in ch-“ ‘Beat it, will you? You kids mustn’t be impatient.”

So Rod went back inside his city, hurt and angry. Several strangers came in, poked around as if they owned the place, spoke to the excited villagers, went out again. One stopped to look at Jimmy’s drum, rapped it and laughed. Rod wanted to strangle him.

“Rod?”

“Uh?” He whirled around. “Yes, Margery?”

“Do I cook lunch, or don’t I? All my girls have left and Mel says its silly because we’ll all be gone by lunch time- and I don’t know what to do.” “Huh? Nobody’s leaving … that I know of.”

“Well, maybe not but that’s the talk.”

He was not given time to consider this as one of the ubiquitous strangers came up and said briskly, “Can you tell me where to find a lad named Roderick Welker?” “Walker,” Rod corrected. “I’m Rod Walker. What do you want?”

“My name is Sansom, Clyde B. Sansom- Administrative Officer in the Emigration Control Service. Now, Welker, I understand you are group leader for these students. You can-“  “I am Mayor of Cowpertown,” Rod said stonily. “What do you want?”

“Yes, yes, that’s what the youngster called you. ‘Mayor.’” Sansom smiled briefly and went on. “Now, Walker, we want to keep things orderly. I know you are anxious to get out of your predicament as quickly as possible- but we must do things systematically. We are going to make it easy- just delousing and physical examination, followed by psychological tests and a relocation interview. Then you will all be free to return to your homes- after signing a waiver-of-liability form, but the legal officer will take care of that. If you will have your little band line up alphabetically- uh, here in this open space, I think, then I will-” He fumbled with his briefcase.

“Who the deuce are you to give orders around here?”

Sansom looked surprised. “Eh? I told you. If you want to be technical, I embody the authority of the Terran Corporation. I put it as a request- but under field conditions I can compel co- operation, you know.”

Rod felt himself turn red. “I don’t know anything of the sort! You may be a squad of angels back on Terra but you are in Cowpertown.” Mr. Sansom looked interested but not impressed. “And what, may I ask, is Cowpertown?”

“Huh? This is Cowpertown, a Sovereign nation, with its own constitution, its own laws- and its own territory.” Rod took a breath. “If the Terran Corporation wants anything, they can send somebody and arrange it. But don’t tell us to line up alphabetically!”

“Atta boy, Roddie!”

Rod said, “Stick around, Carol,” then added to Sansom, “Understand me?”

“Do I understand,” Sansom said slowly, “that you are suggesting that the Corporation should appoint an ambassador to your group?” “Well … that’s the general idea.”

“Mmmm … an interesting theory, Welker.”

“‘Walker.’ And until you do, you can darn well clear the sightseers out- and get out yourself. We aren’t a zoo.”

Sansom looked at Rod’s ribs, glanced at his dirty, calloused feet and smiled. Rod said, “Show him out, Carol. Put him out, if you have to.” “Yes, sirr’ She advanced on Sansom, grinning.

“Oh, I’m leaving,” Sansom said quickly. “Better a delay than a mistake in protocol. An ingenious theory, young man. Good-by. We shall see each other later. Uh … a word of advice? May I?”

Huh? All right.”

“Don’t take yourself too seriously. Ready, young lady?”

Rod stayed in his hut. He wanted badly to see what was going on beyond the wall, but he did not want to run into Sansom. So he sat and gnawed his thumb and thought. Apparently   some weak sisters were going back -wave a dish of ice cream under their noses and off they would trot, abandoning their land, throwing away all they had built up. Well, he wouldn’t! This was home, his place, he had earned it; he wasn’t going back and maybe wait half a lifetime for a chance to move to some other planet probably not as good.

Let them go! Cowpertown would be better and stronger without them.

Maybe some just wanted to make a visit, show off grandchildren to grandparents, then come back. Probably . . in which case they had better make sure that Sansom or somebody gave them written clearance to come back. Maybe he ought to warn them.

But he didn’t have anyone to visit. Except Sis- and Sis might be anywhere- unlikely that she was on Terra.

Bob and Carmen, carrying Hope, came in to say good-by. Rod shook hands solemnly. “You’re coming back, Bob, when you get your degree … aren’t you?” “Well, we hope so, if possible. If we are permitted to.”

“Who’s going to stop you? It’s your right. And when you do, you’ll find us here. In the meantime we’ll try not to break legs.” Baxter hesitated. “Have you been to the gate lately, Rod?”

“No. Why?”

“Uh, don’t plan too far ahead. I believe some have already gone back.” “How many?”

“Quite a number.” Bob would not commit himself further. He gave Rod the addresses of his parents and Carmen’s, soberly wished him a blessing, and left.

Margery did not come back and the fire pit remained cold. Rod did not care, he was not hungry. Jimmy came in at what should have been shortly after lunch, nodded and sat down. Presently he said, “I’ve been out at the gate.”

“So?”

“Yup. You know, Rod, a lot of people wondered why you weren’t there to say good-by.” “They could come here to say good-by!”

“Yes, so they could. But the word got around that you didn’t approve. Maybe they were embarrassed.”

“Me?” Rod laughed without mirth. “I don’t care how many city boys run home to mama. It’s a free country.” He glanced at Jim. “How many are sticking?” “Uh, I don’t know.”

“I’ve been thinking. If the group gets small, we might move back to the cave just to sleep, I mean. Until we get more colonists.” “Maybe.”

“Don’t be so glum! Even if it got down to just you and me and Jackie and Carol, we’d be no worse off than we once were. And it would just be temporary. There’d be the baby, of course- I almost forgot to mention my god-son.

“There’s the baby,” Jimmy agreed.

“What are you pulling a long face about? Jim . you’re not thinking of leaving?”

Jimmy stood up. Jackie said to tell you that we would stick by whatever you thought was best.” Rod thought over what Jimmy had not said. “You mean she wants to go back? Both of you do.” “Now, Rod, we’re partners. But I’ve got the kid to think about. You see that?”

“Yes. I see.”

“Well-“

Rod stuck out his hand. “Good luck, Jim. Tell Jackie good-by for me. “Oh, she’s waiting to say good-by herself. With the kid.”

“Uh, tell her not to. Somebody once told me that saying good-by was a mistake. Be seeing you.” “Well-so long, Rod. Take care of yourself.”

“You, too. If you see Caroline, tell her to come in. Caroline was slow appearing; he guessed that she had been at the gate. He said bluntly, “How many are left?” “Not many,” she admitted.

“How many?”

“You and me- and a bunch of gawkers.” “Nobody else?”

“I checked them off the list. Roddie, what do we do now?” “Huh? It doesn’t matter. Do you want to go back?”

“You’re boss, Roddie. You’re the Mayor.”

“Mayor of what? Carol, do you want to go back?” “Roddie, I never thought about it. I was happy here. But-“ “But what?”

“The town is gone, the kids are gone- and I’ve got only a year if I’m ever going to be a cadet Amazon.” She blurted out the last, then added, “But I’ll stick if you do.” “No.”

“I will so!”

“No. But I want you to do something when you go back.” “What?”

“Get in touch with my sister Helen. Find out where she is stationed. Assault Captain Helen Walker- got it? Tell her I’m okay … and tell her I said to help you get into the Corps.” “Uh … Roddie, I don’t want to go!”

“Beat it. They might relax the gate and leave you behind.” “You come, too.”

“No. I’ve got things to do. But you hurry. Don’t say good-by. Just go.” “You’re mad at me, Roddie?”

“Of course not. But go, please, or you’ll have me bawling, too.”

She gave a choked cry, grabbed his head and smacked his cheek, then galloped away, her sturdy legs pounding. Rod went into his shack and lay face down. After a while he got up and began to tidy Cowpertown. It was littered, dirtier than it had been since the morning of Grant’s death.

It was late afternoon before anyone else came into the village. Rod heard and saw them long before they saw him-two men and a woman. The men were dressed in city garb; she was wearing shorts, shirt, and smart sandals. Rod stepped out and said, “What do you want?” He was carrying his spear.

The woman squealed, then looked and added, “Wonderful!”

One man was carrying a pack and tripod which Rod recognized as multi-recorder of the all-purpose sightsmell-sound-touch sort used by news services and expeditions. He said nothing, set his tripod down, plugged in cables and started fiddling with dials. The other man, smaller, ginger haired, and with a terrier mustache, said, “You’re Walker? The one the others call ‘the Mayor’?”

“Yes.”

“Kosmic hasn’t been in here?” “Cosmic what?”

“Kosmic Keynotes, of course. Or anybody? LIFETIME-SPACE? Galaxy Features?”

“I don’t know what you mean. There hasn’t been anybody here since morning.”

The stranger twitched his mustache and sighed. “That’s all I want to know. Go into your trance, Ellie. Start your box, Mac.” “Wait a minute,” Rod demanded. “Who are you and what do you want?”

“Eh? I’m Evans of Empire … Empire Enterprises.” “Pulitzer Prize,” the other man said and went on working;

“With Mac’s help,” Evans added quickly. “The lady is Ellie Ellens herself.”

Rod looked puzzled. Evans said, “You don’t know? Son, where have you-never mind. She’s the highest paid emotional writer in the system. Shell interpret you so that every woman reader from the Outlands Overseer to the London Times will cry over you and want to comfort you. She’s a great artist.”

Miss Ellens did not seem to hear the tribute. She wandered around with a blank face, stopping occasionally to look or touch. She turned and said to Rod, “Is this where you held your primitive dances?”

“What? We held square dances here, once a week.”

“‘Square dances’ … Well, we can change that.” She went back into her private world.

“The point is, brother,” Evans went on, “we don’t want just an interview. Plenty of that as they came through. That’s how we found out you were here- and dropped everything to see you. I’m not going to dicker; name your own price- but it’s got to be exclusive, news, features, commercial rights, everything. Uh …” Evans looked around. “Advisory service, too, when the actors arrive.

“Actors?!”

“Of course. If the Control Service had the sense to sneeze, they would have held you all here until a record was shot. But we can do it better with actors. I want you at my elbow every minute- we’ll have somebody play your part. Besides that-“

“Wait a minute!” Rod butted in. “Either I’m crazy or you are. In the first place I don’t want your money. “Huh? You signed with somebody? That guard let another outfit in ahead of us?”

“What guard? I haven’t seen anybody.”

Evans looked relieved. “We’ll work it out. The guard they’ve got to keep anybody from crossing your wall- I thought he might have both hands out. But don’t say you don’t need money; that’s immoral.”

“Well, I don’t. We don’t use money here.”

“Sure, sure … but you’ve got a family, haven’t you? Families always need money. Look, let’s not fuss. We’ll treat you right and you can let it pile up in the bank. I just want you to get signed up.”

“I don’t see why I should.” “Binder,” said Mac.

“Mmm … yes, Mac. See here, brother, think it over. Just let us have a binder that you won’t sign with anybody else. You can still stick us for anything your conscience will let you. Just a binder, with a thousand plutons on the side.”

“I’m not going to sign with anybody else.” “Got that, Mac?”

“Canned.”

Evans turned to Rod. “You don’t object to answering questions in the meantime, do you? And maybe a few pictures?” “Uh, I don’t care.” Rod was finding them puzzling and a little annoying, but they were company and he was bitterly lonely.

“Fine!” Evans drew him out with speed and great skill. Rod found himself telling more than he realized he knew. At one point Evans asked about dangerous animals. “I understand they are pretty rough here. Much trouble?”

“Why, no,” Rod answered with sincerity. “We never had real trouble with animals. What trouble we had was with people … and not much of that.” “You figure this will be a premium colony?”

“Of course. The others were fools to leave. This place is like Terra, only safer and richer and plenty of land. In a few years- say!” “Say what?”

“How did it happen that they left us here? We were only supposed to be here ten days.” “Didn’t they tell you?”

“Well … maybe the others were told. I never heard.” “It was the supernova, of course. Delta, uh-“

“Delta Gamma one thirteen,” supplied Mac.

“That’s it. Space-time distortion, but I’m no mathematician.” “Fluxion,” said Mac.

“Whatever that is. They’ve been fishing for you ever since. As I understand it, the wave front messed up their figures for this whole region. Incidentally, brother, when you go back-“ ”I’m not going back.”

“Well, even on a visit. Don’t sign a waiver. The Board is trying to call it an ‘Act of God’ and duck responsibility. So let me put a bug in your ear: don’t sign away your rights. Afriendly hint, huh?”

“Thanks. I won’t- well, thanks anyhow.”

“Now how about action pix for the lead stories?” “Well … okay.”

“Spear,” said Mac.

“Yeah, I believe you had some sort of spear. Mind holding it?”

Rod got it as the great Ellie joined them. “Wonderful!” she breathed. “I can feel it. It shows how thin the line is between man and beast. Ahundred cultured boys and girls slipping back to illiteracy, back to the stone age, the veneer sloughing away … reverting to savagery. Glorious!”

“Look here!” Rod said angrily. “Cowpertown wasn’t that way at all! We had laws, we had a constitution, we kept clean. We-” He stopped; Miss Ellens wasn’t listening.

“Savage ceremonies,” she said dreamily. “Avillage witch doctor pitting ignorance and superstition against nature. Primitive fertility rites-” She stopped and said to Mac in a businesslike voice, “We’ll shoot the dances three times. Cover ‘em a little for ‘A’ list; cover ‘em up a lot for the family list-and peel them down for the ‘B’ list. Got it?”

“Got it,” agreed Mac.

“I’ll do three commentaries she added. “It will be worth the trouble.” She reverted to her trance. “Wait a minute!” Rod protested. “If she means what

I think she means, there won’t be any pictures, with or without actors.”

“Take it easy,” Evans advised. “I said you would be technical supervisor, didn’t I? Or would you rather we did it without you? Ellie is all right, brother. What you don’t know- and she does- is that you have to shade the truth to get at the real truth, the underlying truth. You’ll see.

“But-“

Mac stepped up to him. “Hold still.”

Rod did so, as Mac raised his hand. Rod felt the cool touch of an air brush. “Hey! What are you doing?”

“Make up.” Mac returned to his gear.

“Just a little war paint,” Evans explained. “The pic needs color. It will wash off.”

Rod opened his mouth and eyes in utter indignation; without knowing it he raised his spear. “Get it, Mac!” Evans ordered. “Got it,” Mac answered calmly.

Rod fought to bring his anger down to where he could talk. “Take that tape out,” he said softly. “Throw it on the ground. Then get out.” “Slow down,” Evans advised. “You’ll like that pic. We’ll send you one.

“Take it out. Or I’ll bust the box and anybody who gets in my way!” He aimed his spear at the multiple lens. Mac slipped in front, protected it with his body. Evans called out, “Better look at this.”

Evans had him covered with a small but businesslike gun. “We go a lot of funny places, brother, but we go prepared. You damage that recorder, or hurt one of us, and you’ll be sued from here to breakfast. It’s a serious matter to interfere with a news service, brother. The public has rights, you know.” He raised his voice. “Ellie! We’re leaving.”

“Not yet,” she answered dreamily. “I must steep my-self in-“ “Right now! It’s an ‘eight-six’ with the Reuben Steuben!” “Okay!” she snapped in her other voice.

Rod let them go. Once they were over the wall he went;back to the city hall, sat down, held his knees and shook.

Later he climbed the stile and looked around. Aguard was on duty below him; the guard looked up but said nothing. The gate was relaxed to a mere control hole but a loading platform had been set up and a power fence surrounded it and joined the wall. Someone was working at a control board set up on a flatbed truck; Rod decided that they must be getting ready for major immigration. He went back and prepared a solitary meal, the poorest he had eaten in more than a year. Then he went to bed and listened to the jungle “Grand Opera” until he went to sleep.

“Anybody home?”

Rod came awake instant!y, realized that it was morning- and that not all nightmares were dreams. “Who’s there?” “Friend of yours.” B. P. Matson stuck his head in the door. “Put that whittler away. I’m harmless.”

Rod bounced up. “Deacon! I mean ‘Doctor.’”

“‘Deacon,’” Matson corrected. “I’ve got a visitor for you.” He stepped aside and Rod saw his sister.

Some moments later Matson said mildly, “If you two can unwind and blow your noses, we might get this on a coherent basis.”

Rod backed off and looked at his sister. “My, you look wondeful, Helen.” She was in mufti, dressed in a gay tabard and briefs. “You’ve lost weight.” “Not much. Better distributed, maybe. You’ve gained, Rod. My baby brother is a man.”

“How did you-” Rod stopped, struck by suspicion. “You didn’t come here to talk me into going back? If you did, you can save your breath.”

Matson answered hastily. “No, no, no! Farthest thought from our minds. But we heard about your decision and we wanted to see you-s o I did a little politickmg and got us a pass.” He added, “Nominally I’m a temporary field agent for the service.

“Oh. Well, I’m certainly glad to see you … as long as that is understood.”

“Sure, sure!” Matson took out a pipe, stoked and fired it. “I admire your choice, Rod. First time I’ve been on Tangaroa.” “On what?”

“Huh? Oh. Tangaroa. Polynesian goddess, I believe. Did you folks give it another name?” Rod considered it. “To tell the truth, we never got around to it. It … well, it just was.”

Matson nodded. “Takes two of anything before you need names. But it’s lovely, Rod. I can see you made a lot of progress. “We would have done all right,” Rod said bitterly, “if they hadn’t jerked the rug out.” He shrugged. “Like to look around?”

“I surely would.”

“All right. Come on, Sis. Wait a minute- I haven’t had breakfast; how about you?”  “Well, when we left the Gap is was pushing lunch time. I could do with a bite. Helen?” “Yes, indeed.”

Rod scrounged in Margery’s supplies. The haunch on which he had supped was not at its best. He passed it to Matson. “Too high?” Matson sniffed it. “Pretty gamy. I can eat it if you can.

“We should have hunted yesterday, but … things happened.” He frowned. “Sit tight. I’ll get cured meat.” He ran up to the cave, found a smoked side and some salted strips. When he got back Matson had a fire going. There was nothing else to serve; no fruit had been gathered the day before. Rod was uneasily aware that their breakfasts must have been very different.

But he got over it in showing off how much they had done- potter’s wheel, Sue’s loom with a piece half finished, the flume with the village fountain and the showers that ran continuously,

iron artifacts that Art and Doug had hammered out. “I’d like to take you up to Art’s iron works but there is no telling what we might run into.”

“Come now, Rod, I’m not a city boy. Nor is your sister helpless.”

Rod shook his head. “I know this country; you don’t. I can go up there at a trot. But the only way for you would be a slow sneak, because I can’t cover you both.” Matson nodded. “You’re right. It seems odd to have one of my students solicitous over my health. But you are right. We don’t know this set up.

Rod showed them the stobor traps and described the annual berserk migration. “Stobor pour through those holes and fall in the pits. The other animals swarm past, as solid as city traffic for hours.”

“Catastrophic adjustment,” Matson remarked.

“Huh? Oh, yes, we figured that out. Cyclic catastrophic balance, just like human beings. If we had facilities, we could ship thousands of carcasses back to Earth every dry season. He considered it. “Maybe we will, now.

“Probably.”

“But up to now it has been just a troublesome nuisance. These stobor especially- I’ll show you one out in the field when- say!” Rod looked thoughtful. “These are stobor, aren’t they? Little carnivores heavy in front, about the size of a tom cat and eight times as nasty?”

“Why ask me?”

“Well, you warned us against stobor. All the classes were warned.”

“I suppose these must be stobor,” Matson admitted, “but I did not know what they looked like.” “Huh?”

“Rod, every planet has its ‘stobor’ … all different. Sometimes more than one sort.” He stopped to tap his pipe. “You remember me telling the class that every planet has unique dangers, different from every other planet in the Galaxy?”

“Yes…”

“Sure, and it meant nothing, a mere intellectual concept. But you have to be afraid of the thing behind the concept, if you are to stay alive. So we personify it … but we don’t tell you what it is. We do it differently each year. It is to warn you that the unknown and deadly can lurk anywhere … and to plant it deep in your guts instead of in your head.”

“Well, I’ll be a- Then there weren’t any stobor! There never were!” “Sure there were. You built these traps for them, didn’t you?”

* * * * *

When they returned, Matson sat on the ground and said, “We can’t stay long, you know.

“I realize that. Wait a moment.” Rod went into his hut, dug out Lady Macbeth, rejoined them. “Here’s your knife, Sis. It saved my skin more than once. Thanks.”

She took the knife and caressed it, then cradled it and looked past Rod’s head. It flashed by him, went tuckspong! in a corner post. She recovered it, came back and handed it to Rod. “Keep it, dear, wear it always in safety and health.”

“Gee, Sis, I shouldn’t. I’ve had it too long now.”

“Please. I’d like to know that Lady Macbeth is watching over you, wherever you are. And I don’t need a knife much now.” “Huh? Why not?”

“Because I married her,” Matson answered.

Rod was caught speechless. His sister looked at him and said, “What’s the matter, Buddy? Don’t you approve?”

“Huh? Oh, sure! It’s …” He dug into his memory, fell back on quoted ritual: “‘May the Principle make you one. May your union be fruitful.’” “Then come here and kiss me.”

Rod did so, remembered to shake hands with the Deacon. It was all right, he guessed, but- well, how old were they? Sis must be thirtyish and the Deacon … why the Deacon was old- probably past forty. It did not seem quite decent.

But he did his best to make them feel that he approved. After he thought it over he decided that if two people, with their lives behind them, wanted company in their old age, why, it was probably a good thing.

“So you see,” Matson went on, “I had a double reason to look you up. In the first place, though I am no longer teaching, it is vexing to mislay an entire class. In the second place, when one of them is your brother-in-law it is downright embarrassing.”

“You’ve quit teaching?”

“Yes. The Board and I don’t see eye to eye on policy. Secondly, I’m leading a party out … and this time your sister and I are going to settle down and prove a farm.” Matson looked at him. “Wouldn’t be interested, would you? I need a salted lieutenant.”

“Huh? Thanks, but as I told you, this is my place. Uh, where are you going?” “Territa, out toward the Hyades. Nice place- they are charging a stiff premium.” Rod shrugged. “Then I couldn’t afford it.”

“As my lieutenant, you’d be exempt. But I wasn’t twisting your arm; I just thought you ought to have a chance to turn it down. I have to get along with your sister, you know.” Rod glanced at Helen. “Sorry, Sis.”

“It’s all right, Buddy. We’re not trying to live your life.”

“Mmm … no. Matson puffed hard; then went on. “However, as your putative brother and former teacher I feel obligated to mention a couple of things. I’m not trying to sell you anything, but I’ll appreciate it if you’ll listen. Okay?”

“Well … go ahead.”

“This is a good spot. but you might go back to school, you know. Acquire recognized professional status. If you refuse recall, here you stay … forever. You won’t see the rest of the Outlands. They won’t give you free passage back later. But a professional gets around, he sees the world. Your sister and I have been on some fifty planets. School does not look attractive now- you’re a man and it will be hard to wear boy’s shoes. But-” Matson swept an arm, encompassed all of Cowpertown, “-this counts. You can skip courses, get field credit. I have some drag with the Chancellor of Central Tech. Hmmm?”

Rod sat with stony face, then shook his head. “Okay,” said Matson briskly. “No harm done.”

“Wait. Let me tell you.” Rod tried to think how to explain how he felt … “Nothing, I guess,” he said gruffly. Matson smoked in silence. “You were leader here,” he said at last.

“Mayor,” Rod corrected. “Mayor of Cowpertown. I was the Mayor, I mean.”

“You are the Mayor. Population one, but you are still boss. And even those bureaucrats in the control service wouldn’t dispute that you’ve proved the land. Technically you are an autonomous colony- I hear you told Sansom that.” Matson grinned. “You’re alone, however. You can’t live alone, Rod … not and stay human.”

“Well, yes- but aren’t they going to settle this planet?”

“Sure. Probably fifty thousand this year, four times that many in two years. But, Rod, you would be part of the mob. Theyll bring their own leaders.” “I don’t have to be boss! I just- well, I don’t want to give up Cowpertown.”

“Rod, Cowpertown is safe in history, along with Plymouth Rock, Botany Bay, and Dakin’s Colony. The citizens of Tangaroa will undoubtedly preserve it as a historical shrine. Whether you stay is another matter. Nor am I trying to persuade you. I was simply pointing out alternatives.” He stood up. “About time we started, Helen.”

“Yes, dear.” She accepted his hand and stood up.

“Wait a minute!” insisted Rod. “Deacon … Sis! I know I sound like a fool. I know this is gone … the town, and the kids, and everything. But I can’t go back.” He added, “It’s not that I don’t want to.”

Matson nodded. “I understand you.” “I don’t see how. I don’t.”

“Maybe I’ve been there. Rod, everyone of us is beset by two things: a need to go home, and the impossibility of doing it. You are at the age when these hurt worst. You’ve been thrown into  a situation that makes the crisis doubly acute. You- don’t interrupt me- you’ve been a man here, the old man of the tribe, the bull of the herd. That is why the others could go back but you can’t. Wait, please! I suggested that you might find it well to go back and be an adolescent for a while … and it seems unbearable. I’m not surprised. It would be easier to be a small   child. Children are another race and adults deal with them as such. But adolescents are neither adult nor child. They have the impossible, unsolvable, tragic problems of all fringe  cultures. They don’t belong, they are second-class citizens, economically and socially insecure. It is a difficult period and I don’t blame you for not wanting to return to it. I simply think it might pay. But you have been king of a whole world; I imagine that term papers and being told to wipe your feet and such are out of the question. So good luck. Coming, dear?”

“Deacon,” his wife said, “Aren’t you going to tell him?”

“It has no bearing. It would be an unfair way to influence his judgment.” “You men! I’m glad I’m not male!”

“So am I,” Matson agreed pleasantly.

“I didn’t mean that. Men behave as if logic were stepping on crack in a sidewalk. I’m going to tell him.” “On your head be it.”

“Tell me what?” demanded Rod.

“She means,” said Matson, “that your parents are back.” “What?”

“Yes, Buddy. They left stasis a week ago and Daddy came out of the hospital today. He’s well. But we haven’t told him all about you- we haven’t known what to say.”

The facts were simple, although Rod found them hard to soak up. Medical techniques had developed in two years, not a pessimistic twenty; it had been possible to relax the stasis, operate, and restore Mr. Walker to the world. Helen had known for months that such outcome was likely, but their father’s physician had not approved until he was sure. It had been mere coincidence that Tangaroa had been located at almost the same time. To Rod one event was as startling as the other; his parents had been dead to him for a long time.

“My dear,” Matson said sternly, “now that you have thrown him into a whingding, shall we go?”

“Yes. But I had to tell him.” Helen kissed Rod quickly, turned to her husband. They started to walk away. Rod watched them, his face contorted in an agony of indecision.

Suddenly he called out, “Wait! I’m coming with you.”

“All right,” Matson answered. He turned his good eye toward his wife and drooped the lid in a look of satisfaction that was not quite a wink. “If you are sure that is what you want to do, I’ll help you get your gear together.”

“Oh, I haven’t any baggage. Let’s go.”

Rod stopped only long enough to free the penned animals.

4.               The Endless Road

Matson chaperoned him through Emigrants’ Gap, saved from possible injury a functionary who wanted to give Rod psychological tests, and saw to it that he signed no waivers. He had him bathed, shaved, and barbered, then fetched him clothes, before he let him be exposed to the Terran world. Matson accompanied them only to Kaibab Gate. “I’m supposed to have a lodge dinner, or something, so that you four can be alone as a family. About nine, dear. See you, Rod.” He kissed his wife and left.

“Sis? Dad doesn’t know I’m coming?”

Helen hesitated. “He knows. I screened him while Deacon was primping you.” She added, “Remember, Rod, Dad has been ill … and the time has been only a couple of weeks to him.” “Oh, that’s so, isn’t it?” Used all his life to Ramsbotham anomalies, Rod nevertheless found those concerned with time confusing- planet-hopping via the gates did not seem odd.

Besides, he was extremely edgy without knowing why, the truth being that he was having an attack of fear of crowds. The Matsons had anticipated it but had not warned him lest they

make him worse.

The walk through tall trees just before reaching home calmed him. The necessity for checking all cover for dangerous animals and keeping a tree near him always in mind gave his subconscious something familiar to chew on. He arrived home almost cheerful without being aware either that he had been frightened by crowds or soothed by non-existent dangers of an urban forest.

His father looked browned and healthy- but shorter and smaller. He embraced his son and his mother kissed him and wept. “It’s good to have you home, son. I understand you had quite  a trip.”

“It’s good to be home, Dad.”

“I think these tests are much too strenuous, I really do.”

Rod started to explain that it really had not been a test, that it had not been strenuous, and that Cowpertown- Tangaroa, rather- had been a soft touch. But he got mixed up and was disturbed by the presence of “Aunt” Nora Peascoat- no relation but a childhood friend of his mother. Besides, his father was not listening.

But Mrs. Peascoat was listening, and looking-peering with little eyes through folds of flesh. “Why, Roderick Walker, I knew that couldn’t have been a picture of you.” “Eh?” asked his father. “What picture?”

“Why, that wild-man picture that had Roddie’s name on it. You must have seen it; it was on facsimile and Empire Hour both. I knew it wasn’t him. I said to Joseph, ‘Joseph,’ I said, ‘that’s not a picture of Rod Walker-its a fake.’”

“I must have missed it. As you know, I-“

“I’ll send it to you; I clipped it. I knew it was a fake. It’s a horrible thing, a great naked savage with pointed teeth and a fiendish grin and a long spear and war paint all over its ugly face. I said to Joseph-“

“As you know, I returned from hospital just this morning, Nora. Rod, there was no picture of you on the news services, surely?” “Uh, yes and no. Maybe.”

“I don’t follow you. Why should there be a picture of you?” “There wasn’t any reason. This bloke just took it.”

“Then there was a picture?”

“Yes.” Rod saw that “Aunt” Nora was eyeing him avidly: “But it was a fake- sort of.” “I still don’t follow you.

“Please, Pater,” Helen intervened. “Rod had a tiring trip. This can wait.” “Oh, surely. I don’t see how a picture can be ‘a sort of a fake.’”

“Well, Dad, this man painted my face when I wasn’t looking. I-” Rod stopped, realizing that it sounded ridiculous. “Then it was your picture?” “Aunt” Nora insisted.

“I’m not going to say any more.

Mr. Walker blinked. “Perhaps that is best.”

“Aunt” Nora looked ruffled. “Well, I suppose anything can happen ‘way off in those odd places. From the teaser on Empire Hour I understand some very strange things did happen … not all of them nice.”

She looked as if daring Rod to deny it. Rod said nothing. She went on, “I don’t know what you were thinking of, letting a boy do such things. My father always said that if the Almighty had intended us to use those gate things instead of rocket ships He would have provided His own holes in the sky.”

Helen said sharply, “Mrs. Peascoat, in what way is a rocket ship more natural than a gate?” “Why, Helen Walker! I’ve been ‘Aunt Nora’ all your life. ‘Mrs. Peascoat’ indeed!”

Helen shrugged. “And my name is Matson, not Walker- as you know.”

Mrs. Walker, distressed and quite innocent, broke in to ask Mrs. Peascoat to stay for dinner. Mr. Walker added, “Yes, Nora, join us Under the Lamp.” Rod counted to ten. But Mrs. Peascoat said she was sure they wanted to be alone, they had so much to talk about … and his father did not insist.

Rod quieted during ritual, although he stumbled in responses and once left an awkward silence. Dinner was wonderfully good, but he was astonished by the small portions; Terra must be under severe rationing. But everyone seemed happy and so he was.

“I’m sorry about this mix-up,” his father told him. “I suppose it means that you will have to repeat a semester at Patrick Henry.” “On the contrary, Pater,” Helen answered, “Deacon is sure that Rod can enter Central Tech with advanced standing.”

“Really? They were more strict in my day.”

“All of that group will get special credit. What they learned cannot be learned in classrooms.”

Seeing that his father was inclined to argue Rod changed the subject. “Sis, that reminds me. I gave one of the girls your name, thinking you were still in the Corps- she wants to be appointed cadet, you see. You can still help her, can’t you?”

“I can advise her and perhaps coach her for the exams. Is this important to you, Buddy?”

“Well, yes. And she is number-one officer material. She’s a big girl, even bigger than you are- and she looks

a bit like you. She is smart like you, too, around genius, and always good-natured and willing- but strong and fast and incredibly violent when you need it … sudden death in all directions.”

“Roderick.” His father glanced at the lamp.

“Uh, sorry, Dad. I was just describing her.”

“Very well. Son … when did you start picking up your meat with your fingers?” Rod dropped the tidbit and blushed. “Excuse me. We didn’t have forks.”

Helen chuckled. “Never mind, Rod. Pater, it’s perfectly natural. Whenever we paid off any of our girls we always put them through reorientation to prepare them for the perils of civil life. And fingers were made before forks.”

“Mmm . . no doubt. Speaking of reorientation, there is something we must do, daughter, before this family will be organized again.” “So?”

“Yes. I mean the transfer of guardianship. Now that I am well, by a miracle, I must reassume my responsibilities.”

Rod’s mind slipped several cogs before it penetrated that Dad was talking about him. Guardian? Oh … Sis was his guardian, wasn’t she? But it didn’t mean anything. Helen hesitated. “I suppose so, Pater,” she said, her eyes on Rod, “if Buddy wants to.”

“Eh? That is not a factor, daughter. Your husband won’t want the responsibility of supervising a young boy- and it is my obligation … and privilege.” Helen looked annoyed. Rod said, “I can’t see that it matters, Dad. I’ll be away at college-and after all I am nearly old enough to vote.”

His mother looked startled. “Why, Roddie dear!”

“Yes,” agreed his father. “I’m afraid I can’t regard a gap of three years as negligible.” “What do you mean, Dad? I’ll be of age in January.”

Mrs. Walker clasped a hand to her mouth. “Jerome we’ve forgotten the time lag again. Oh, my baby boy!”

Mr. Walker looked astonished, muttered something about “-very difficult” and gave attention to his plate. Presently he looked up. “You’ll pardon me, Rod. Nevertheless, until you are of age   I must do what I can; I hardly think I want you to live away from home while at college.”

“Sir? Why not?”

“Well- I feel that we have drifted apart, and not all for the best. Take this girl you spoke of in such surprising terms. Am I correct in implying that she was, eh a close chum?” Rod felt himself getting warm. “She was my city manager,” he said flatly.

“Your what?”

“My executive officer. She was captain of the guard, chief of police, anything you want to call her. She did everything. She hunted, too, but that was just because she liked to. Carol is, uh- well, Carol is swell.”

“Roderick, are you involved with this girl?”

“Me? Gosh, no! She was more like a big sister. Oh, Carol was sweet on half a dozen fellows, one time or another, but it never lasted.” “I am very glad to hear that you are not serously interested in her. She does not sound like desirable companionship for a young boy.” “Dad- you don’t know what you are saying!”

“Perhaps. I intend to find out. But what is this other matter? ‘City Manager!’ What were you?” “I,” Rod said proudly, “was Mayor of Cowpertown.”

His father looked at him, then shook his head. “We’ll speak of this later. Possibly you need, eh- medical help.” He looked at Helen. “We’ll attend to the change in guardianship tomorrow. I can see that there is much I must take care of.”

Helen met his eyes. “Not unless Buddy consents.” “Daughter!”

“The transfer was irrevocable. He will have to agree or I won’t do it!”

Mr. Walker looked shocked, Mrs. Walker looked stricken. Rod got up and left the room … the first time anyone had ever done so while the Lamp of Peace was burning. He heard his father call after him but he did not turn back.

He found Matson in his room, smoking and reading. “I grabbed a bite and let myself in quietly,” Matson explained. He inspected Rod’s face. “I told you,” he said slowly, “that it would be rough. Well, sweat it out, son, sweat it out.”

“I can’t stand it!” “Yes, you can.

In Emigrants’ Gap the sturdy cross-country wagons were drawn up in echelon, as they had been so often before and would be so many times again. The gate was not ready; drivers gathered at the booth under Liberty’s skirts, drinking coffee and joking through the nervous wait. Their professional captain was with them, a lean, homely young man with deep lines in   his face, from sun and laughing and perhaps some from worry. But he did not seem to be worrying now; he was grinning and drinking coffee and sharing a doughnut with a boy child. He was dressed in fringed buckskin, in imitation of a very old style; he wore a Bill Cody beard and rather long hair. His mount was a little pinto, standing patiently by with reins hanging. There was a boot scabbard holding a hunting rifle on the nigh side of the saddle, but the captain carried no guns on his person; instead he wore two knives, one on each side.

Asiren sounded and a speaker above the Salvation Army booth uttered: “Captain Walker, ready with gate four.”

Rod waved at the control booth and shouted, “Call off!” then turned back to Jim and Jacqueline. “Tell Carol I’m sorry she couldn’t get leave. I’ll be seeing you.” “Might be sooner than you think,” asserted Jim. “My firm is going to bid this contract.”

“Your firm? Where do you get that noise? Have they made him a partner, Jackie?”

“No,” she answered serenely, “but I’m sure they will as soon as he is admitted to the Outlands bar. Kiss Uncle Rod good-by, Grant.” “No,” the youngster answered firmly.

“Just like his father,” Jimmy said proudly. “Kisses women only.”

The count was running back down; Rod heard it and swung into saddle. “Take it easy, kids.” The count passed him, finished with a shouted, “ONE!”

“Reins up! Reeeiins UP!” He waited with arm raised and glanced through the fully-dilated gate past rolling prairie at snow-touched peaks beyond. His nostrils widened.

The control light turned green. He brought his arm down hard and shouted, “Roll ‘em! Ho!” as he squeezed and released the little horse with his knees. The pinto sprang forward, cut in front of the lead wagon, and Captain Walker headed out on his long road.

The End

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The Door into Summer (full text) by Robert Heinlein

Here is the full text of the wonderful Robert Heinlein science fiction story titled “The door into summer”.

The novel begins in 1970 with Daniel, an engineer and inventor, in a bit of a slump. He has been scammed by his business partner, Miles Gentry, and his fiancée, Belle Darkin, so that he has lost his company, Hired Girl, Inc. Dan’s only friend in the world is his cat, Petronius the Arbiter or “Pete”, who hates going outdoors in the snow.

Left with a large financial settlement, and his remaining Hired Girl stock, he elects to take “cold sleep”, hoping to wake up thirty years later to a brighter future. First he mails his Hired Girl stock certificate to the one person he trusts, Miles’ stepdaughter Frederica “Ricky” Virginia Gentry. However when Dan confronts Miles and Belle, they inject him with an illegal “zombie” drug, and have him committed to cold sleep.

Dan wakes up in the year 2000, with no money to his name, and no idea how to find the people he once knew. He has lost Pete the cat, who fled Miles’ house after Dan was drugged, and has no idea how to find a now middle-aged Ricky.

Nevertheless, Dan begins rebuilding his life… 

In the hot Summer months, take a moment and enjoy this great science fiction read.

The Door Into Summer

ONE WINTER shortly before the Six Weeks War my tomcat, Petronius the Arbiter, and I lived in an old farmhouse in Connecticut. I doubt if it is there any longer, as it was near the edge of the blast area of the Manhattan near-miss, and those old frame buildings burn like tissue paper. Even if it is still standing it would not be a desirable rental because of the fallout, but we liked it then, Pete and I. The lack of plumbing made the rent low and what had been the dining room had a good north light for my drafting board.

The drawback was that the place had eleven doors to the outside.

Twelve, if you counted Pete’s door. I always tried to arrange a door of his own for Pete—in this case a board fitted into a window in an unused bedroom and in which I had cut a cat strainer just wide enough for Pete’s whiskers. I have spent too much of my life opening doors for cats—I once calculated that, since the dawn of civilization, nine hundred and seventy-eight man-centuries have been used up that way. I could show you figures.

Pete usually used his own door except when he could bully me into opening a people door for him, which he preferred. But he would not use his door when there was snow on the ground.

While still a kitten, all fluff and buzzes, Pete had worked out a simple philosophy. I was in charge of quarters, rations, and weather; he was in charge of everything else. But he held me especially responsible for weather. Connecticut winters are good only for Christmas cards; regularly that winter Pete would check his own door, refuse to go out it because of that unpleasant white stuff beyond it (he was no fool), then badger me to open a people door.

He had a fixed conviction that at least one of them must lead into summer weather. Each time this meant that I had to go around with him to each of eleven doors, hold it open while he satisfied himself that it was winter out that way, too, then go on to the next door, while his criticisms of my mismanagement grew more bitter with each disappointment.

Then he would stay indoors until hydraulic pressure utterly forced him outside. When he returned the ice in his pads would sound like little clogs on the wooden floor and he would glare at me and refuse to purr until he had chewed it all out…whereupon he would forgive me until the next time.

But he never gave up his search for the Door into Summer. On 3 December 1970, I was looking for it too.

My quest was about as hopeless as Pete’s had been in a Connecticut January. What little snow there was in southern California was kept on mountains for skiers, not in downtown Los Angeles—the stuff probably couldn’t have pushed through the smog anyway. But the winter weather was in my heart.

I was not in bad health (aside from a cumulative hangover), I was still on the right side of thirty by a few days, and I was far from being broke. No police were looking for me, nor any husbands, nor any process servers; there was nothing wrong that a slight case of amnesia would not have cured. But there was winter in my heart and I was looking for the door to summer.

If I sound like a man with an acute case of self-pity, you are correct. There must have been well over two billion people on this planet in worse shape than I was. Nevertheless, I was looking for the Door into Summer.

Most of the ones I had checked lately had been swinging doors, like the pair in front of me then—the SANS SOUCI Bar Grill, the sign said. I went in, picked a booth halfway back, placed the overnight bag I was carrying carefully on the seat, slid in by it, and waited for the waiter.

The overnight bag said, “Waarrrh?” I said, “Take it easy, Pete.” “Naaow!”

“Nonsense, you just went. Pipe down, the waiter is coming.”

Pete shut up. I looked up as the waiter leaned over the table, and said to him, “A double shot of your bar Scotch, a glass of plain water, and a split of ginger ale.”

The waiter looked upset. “Ginger ale, sir? With Scotch?” “Do you have it or don’t you?”

“Why, yes, of course. But—”

“Then fetch it. I’m not going to drink it; I just want to sneer at it. And bring a saucer too.”

“As you say, sir.” He polished the tabletop. “How about a small steak, sir? Or the scallops are very good today.”

“Look, mate, I’ll tip you for the scallops if you’ll promise not to serve them. All I need is what I ordered…and don’t forget the saucer.”

He shut up and went away. I told Pete again to take it easy, the Marines had landed. The waiter returned, his pride appeased by carrying the split of ginger ale on the saucer. I had him open it while I mixed the Scotch with the water. “Would you like another glass for the ginger ale, sir?”

“I’m a real buckaroo; I drink it out of the bottle.”

He shut up and let me pay him and tip him, not forgetting a tip for the scallops. When he had gone I poured ginger ale into the saucer and tapped on the top of the overnight bag. “Soup’s on, Pete.”

It was unzipped; I never zipped it with him inside. He spread it with his paws, poked his head out, looked around quickly, then levitated his forequarters and placed his front feet on the edge of the table. I raised my glass and we looked at each other. “Here’s to the female race, Pete— find ’em and forget ’em!”

He nodded; it matched his own philosophy perfectly. He bent his head daintily and started lapping up ginger ale. “If you can, that is,” I added, and took a deep swig. Pete did not answer. Forgetting a female was no effort to him; he was the natural-born bachelor type.

Facing me through the window of the bar was a sign that kept changing. First it would read: WORK WHILE YOU SLEEP. Then it would say: AND DREAM YOUR TROUBLES AWAY. Then it would flash in letters twice as big:

MUTUAL ASSURANCE COMPANY

I read all three several times without thinking about them. I knew as much and as little about suspended animation as everybody else did. I had read a popular article or so when it was first announced and two or three times a week I’d get an insurance-company ad about it in the morning mail; I usually chucked them without looking at them since they didn’t seem to apply to me any more than lipstick ads did.

In the first place, until shortly before then, I could not have paid for cold sleep; it’s expensive. In the second place, why should a man who was enjoying his work, was making money, expected to make more, was in love and about to be married, commit semi-suicide?

If a man had an incurable disease and expected to die anyhow but thought the doctors a generation later might be able to cure him—and he could afford to pay for suspended animation while medical science caught up with what was wrong with him—then cold sleep was a logical bet. Or if his ambition was to make a trip to Mars and he thought that clipping one generation out of his personal movie film would enable him to buy a

ticket, I supposed that was logical too—there had been a news story about a café- society couple who got married and went right straight from city

hall to the sleep sanctuary of Western World Insurance Company with an announcement that they had left instructions not to be called until they could spend their honeymoon on an interplanetary liner…although I had suspected that it was a publicity gag rigged by the insurance company and that they had ducked out the back door under assumed names. Spending your wedding night cold as a frozen mackerel does not have the ring of truth in it.

And there was the usual straightforward financial appeal, the one the insurance companies bore down on: “Work while you sleep.” Just hold still and let whatever you have saved grow into a fortune. If you are fifty-five and your retirement fund pays you two hundred a month, why not sleep away the years, wake up still fifty-five, and have it pay you a thousand a month? To say nothing of waking up in a bright new world which would probably promise you a much longer and healthier old age in which to enjoy the thousand a month? That one they really went to town on, each company proving with incontrovertible figures that its selection of stocks for its trust fund made more money faster than any of the others. “Work while you sleep!”

It had never appealed to me. I wasn’t fifty-five, I didn’t want to retire, and I hadn’t seen anything wrong with 1970.

Until recently, that is to say. Now I was retired whether I liked it or not (I didn’t); instead of being on my honeymoon I was sitting in a second-rate bar drinking Scotch purely for anesthesia; instead of a wife I had one much-scarred tomcat with a neurotic taste for ginger ale; and as for liking right now, I would have swapped it for a case of gin and then busted every bottle.

But I wasn’t broke.

I reached into my coat and took out an envelope, opened it. It had two items in it. One was a certified check for more money than I had ever had before at one time; the other was a stock certificate in Hired Girl, Inc. They were both getting a little mussed; I had been carrying them ever since they were handed to me.

Why not?

Why not duck out and sleep my troubles away? Pleasanter than joining the Foreign Legion, less messy than suicide, and it would divorce me completely from the events and the people who had made my life go sour. So why not?

I wasn’t terribly interested in the chance to get rich. Oh, I had read H. G. Wells’ The Sleeper Awakes, not only when the insurance companies started giving away free copies, but before that, when it was just another classic novel; I knew what compound interest and stock appreciation could do. But I was not sure that I had enough money both to buy the Long Sleep and to set up a trust large enough to be worthwhile. The other argument appealed to me more: go beddy-bye and wake up in a different world. Maybe a lot better world, the way the insurance companies would have you believe…or maybe worse. But certainly different.

I could make sure of one important difference: I could doze long enough to be certain that it was a world without Belle Darkin—or Miles Gentry, either, but Belle especially. If Belle was dead and buried I could forget her, forget what she had done to me, cancel her out…instead of gnawing my heart with the knowledge that she was only a few miles away.

Let’s see, how long would that have to be? Belle was twenty-three—or claimed to be (I recalled that once she had seemed to let slip that she remembered Roosevelt as president). Well, in her twenties anyhow. If I slept seventy years, she’d be an obituary. Make it seventy-five and be safe.

Then I remembered the strides they were making in geriatrics; they were talking about a hundred and twenty years as an attainable “normal” life span. Maybe I would have to sleep a hundred years. I wasn’t certain that any insurance company offered that much.

Then I had a gently fiendish idea, inspired by the warm glow of Scotch. It wasn’t necessary to sleep until Belle was dead; it was enough, more

than enough, and just the fitting revenge on a female to be young when she was old. Just enough younger to rub her nose in it—say about thirty years.

I felt a paw, gentle as a snowflake, on my arm. “Mooorrre!” announced Pete.

“Greedy gut,” I told him, and poured him another saucer of ginger ale. He thanked me with a polite wait, then started lapping it. But he had interrupted my pleasantly nasty chain of thought. What the devil could I do about Pete?

You can’t give away a cat the way you can a dog; they won’t stand for it. Sometimes they go with the house, but not in Pete’s case; to him I had been the one stable thing in a changing world ever since he was taken from his mother nine years earlier…I had even managed to keep him near me in the Army and that takes real wangling.

He was in good health and likely to stay that way even though he was held together with scar tissue. If he could just correct a tendency to lead with his right he would be winning battles and siring kittens for another five years at least.

I could pay to have him kept in a kennel until he died (unthinkable!) or I could have him chloroformed (equally unthinkable)—or I could abandon him. That is what it boils down to with a cat: You either carry out the Chinese obligation you have assumed—or you abandon the poor thing, let it go wild, destroy its faith in the eternal rightness.

The way Belle had destroyed mine.

So, Danny boy, you might as well forget it. Your own life may have gone as sour as dill pickles; that did not excuse you in the slightest from your obligation to carry out your contract to this super-spoiled cat.

Just as I reached that philosophical truth Pete sneezed; the bubbles had gone up his nose. “Gesundheit,” I answered, “and quit trying to drink it so fast.”

Pete ignored me. His table manners averaged better than mine and he knew it. Our waiter had been hanging around the cash register, talking with the cashier. It was the after-lunch slump and the only other customers were at the bar. The waiter looked up when I said “Gesundheit,” and spoke to the cashier. They both looked our way, then the cashier lifted the flap gate in the bar and headed toward us.

I said quietly, “MPs, Pete.”

He glanced around and ducked down into the bag; I pushed the top together. The cashier came over and leaned on my table, giving the seats on both sides of the booth a quick double-O. “Sorry, friend,” he said flatly, “but you’ll have to get that cat out of here.”

“What cat?”

“The one you were feeding out of that saucer.” “I don’t see any cat.”

This time he bent down and looked under the table. “You’ve got him in that bag,” he accused.

“Bag? Cat?” I said wonderingly. “My friend, I think you’ve come down with an acute figure of speech.” “Huh? Don’t give me any fancy language. You’ve got a cat in that bag. Open it up.”

“Do you have a search warrant?” “What? Don’t be silly.”

“You’re the one talking silly, demanding to see the inside of my bag without a search warrant. Fourth Amendment—and the war has been over for years. Now that we’ve settled that, please tell my waiter to make it the same all around—or fetch it yourself.”

He looked pained. “Brother, this isn’t anything personal, but I’ve got a license to consider. ‘No dogs, no cats’—it says so right up there on the

wall. We aim to run a sanitary establishment.”

“Then your aim is poor.” I picked up my glass. “See the lipstick marks? You ought to be checking your dishwasher, not searching your customers.”

“I don’t see no lipstick.”

“I wiped most of it off. But let’s take it down to the Board of Health and get the bacteria count checked.” He sighed. “You got a badge?”

“No.”

“Then we’re even. I don’t search your bag and you don’t take me down to the Board of Health. Now if you want another drink, step up to the bar and have it…on the house. But not here.” He turned and headed up front.

I shrugged. “We were just leaving anyhow.”

As I started to pass the cashier’s desk on my way out he looked up. “No hard feelings?” “Nope. But I was planning to bring my horse in here for a drink later. Now I won’t.”

“Suit yourself. The ordinance doesn’t say a word about horses. But just one more thing—does that cat really drink ginger ale?” “Fourth Amendment, remember?”

“I don’t want to see the animal; I just want to know.”

“Well,” I admitted, “he prefers it with a dash of bitters, but he’ll drink it straight if he has to.” “It’ll ruin his kidneys. Look here a moment, friend.”

“At what?”

“Lean back so that your head is close to where mine is. Now look up at the ceiling over each booth…the mirrors up in the decorations. I knew there was a cat there—because I saw it.”

I leaned back and looked. The ceiling of the joint had a lot of junky decoration, including many mirrors; I saw now that a number of them, camouflaged by the design, were so angled as to permit the cashier to use them as periscopes without leaving his station. “We need that,” he said apologetically. “You’d be shocked at what goes on in those booths…if we didn’t keep an eye on ’em. It’s a sad world.”

“Amen, brother.” I went on out.

Once outside, I opened the bag and carried it by one handle; Pete stuck his head out. “You heard what the man said, Pete. ‘It’s a sad world.’ Worse than sad when two friends can’t have a quiet drink together without being spied on. That settles it.”

“Now?” asked Pete.

“If you say so. If we’re going to do it, there’s no point in stalling.” “Now!” Pete answered emphatically.

“Unanimous. It’s right across the street.”

The receptionist at the Mutual Assurance Company was a fine example of the beauty of functional design. In spite of being streamlined for about Mach Four, she displayed frontal-mounted radar housings and everything else needed for her basic mission. I reminded myself that she would be Whistler’s Mother by the time I was out and told her that I wanted to see a salesman.

“Please be seated. I will see if one of our client executives is free.” Before I could sit down she added, “Our Mr. Powell will see you. This way, please.”

Our Mr. Powell occupied an office which made me think that Mutual did pretty well for itself. He shook hands moistly, sat me down, offered me a cigarette, and attempted to take my bag. I hung onto it. “Now, sir, how can we serve you?”

“I want the Long Sleep.”

His eyebrows went up and his manner became more respectful. No doubt Mutual would write you a camera floater for seven bucks, but the Long Sleep let them get their patty-paws on all of a client’s assets. “A very wise decision,” he said reverently. “I wish I were free to take it myself. But…family responsibilities, you know.” He reached out and picked up a form. “Sleep clients are usually in a hurry. Let me save you time and bother by filling this out for you…and we’ll arrange for your physical examination at once.”

“Just a moment.” “Eh?”

“One question. Are you set up to arrange cold sleep for a cat?” He looked surprised, then pained. “You’re jesting.”

I opened the top of the bag; Pete stuck his head out. “Meet my sidekick. Just answer the question, please. If the answer is ‘no,’ I want to sashay up to Central Valley Liability. Their offices are in this same building, aren’t they?”

This time he looked horrified. “Mister— Uh, I didn’t get your name?” “Dan Davis.”

“Mr. Davis, once a man enters our door he is under the benevolent protection of Mutual Assurance. I couldnt let you go to Central Valley.” “How do you plan to stop me? Judo?”

“Please!” He glanced around and looked upset. “Our company is an ethical company.” “Meaning that Central Valley is not?”

“I didn’t say that; you did. Mr. Davis, don’t let me sway you—” “You won’t.”

“—but get sample contracts from each company. Get a lawyer, better yet, get a licensed semanticist. Find out what we offer—and actually deliver

—and compare it with what Central Valley claims to offer.” He glanced around again and leaned toward me. “I shouldn’t say this—and I do hope you won’t quote me—but they don’t even use the standard actuarial tables.”

“Maybe they give the customer a break instead.”

“What? My dear Mr. Davis, we distribute every accrued benefit. Our charter requires it…while Central Valley is a stock company.”

“Maybe I should buy some of their— Look, Mr. Powell, we’re wasting time. Will Mutual accept my pal here? Or not? If not, I’ve been here too long already.”

“You mean you want to pay to have that creature preserved alive in hypothermia?”

“I mean I want both of us to take the Long Sleep. And don’t call him ‘that creature’; his name is Petronius.”

“Sorry. I’ll rephrase my question. You are prepared to pay two custodial fees to have both of you, you and, uh, Petronius committed to our sanctuary?”

“Yes. But not two standard fees. Something extra, of course, but you can stuff us both in the same coffin; you can’t honestly charge as much for

Pete as you charge for a man.”

“This is most unusual.”

“Of course it is. But we’ll dicker over the price later…or I’ll dicker with Central Valley. Right now I want to find out if you can do it.”

“Uh…” He drummed on his desktop. “Just a moment.” He picked up his phone and said, “Opal, get me Dr. Berquist.” I didn’t hear the rest of the conversation, for he switched on the privacy guard. But after a while he put down the instrument and smiled as if a rich uncle had died. “Good news, sir! I had overlooked momentarily the fact that the first successful experiments were made on cats. The techniques and critical factors for cats are fully established. In fact there is a cat at the Naval Research Laboratory in Annapolis which is and has been for more than twenty years alive in hypothermia.”

“I thought NRL was wiped out when they got Washington?”

“Just the surface buildings, sir, not the deep vaults. Which is a tribute to the perfection of the technique; the animal was unattended save by automatic machinery for more than two years…yet it still lives, unchanged, unaged. As you will live, sir, for whatever period you elect to entrust yourself to Mutual.”

I thought he was going to cross himself. “Okay, okay, now let’s get on with the dicker.”

There were four factors involved: first, how to pay for our care while we were hibernating; second, how long I wanted us to sleep; third, how I wanted my money invested while I was in the freezer; and last, what happened if I conked out and never woke up.

I finally settled on the year 2000, a nice round number and only thirty years away. I was afraid that if I made it any longer I would be completely out of touch. The changes in the last thirty years (my own lifetime) had been enough to bug a man’s eyes out—two big wars and a dozen little ones, the downfall of communism, the Great Panic, the artificial satellites, the change to atomic power—why, when I was a kid they didn’t even have multimorphs.

I might find 2000 A.D. pretty confusing. But if I didn’t jump that far Belle would not have time to work up a fancy set of wrinkles.

When it came to how to invest my dough I did not consider government bonds and other conservative investments; our fiscal system has inflation built into it. I decided to hang onto my Hired Girl stock and put the cash into other common stocks, with a special eye to some trends I thought would grow. Automation was bound to get bigger. I picked a San Francisco fertilizer firm too; it had been experimenting with yeasts and edible algae— there were more people every year and steak wasn’t going to get any cheaper. The balance of the money I told him to put into the company’s managed trust fund.

But the real choice lay in what to do if I died in hibernation. The company claimed that the odds were better than seven out of ten that I would live through thirty years of cold sleep…and the company would take either end of the bet. The odds weren’t reciprocal and I didn’t expect them to be; in any honest gambling there is a breakage to the house. Only crooked gamblers claim to give the sucker the best of it, and insurance is legalized gambling. The oldest and most reputable insurance firm in the world, Lloyd’s of London, makes no bones about it—Lloyd’s associates will take either end of any bet. But don’t expect better-than-track odds; somebody has to pay for Our Mr. Powell’s tailor-made suits.

I chose to have every cent go to the company trust fund in case I died…which made Mr. Powell want to kiss me and made me wonder just how optimistic those seven-out-of-ten odds were. But I stuck with it because it made me an heir (if I lived) of everyone else with the same option (if they died), Russian roulette with the survivors picking up the chips…and with the company, as usual, raking in the house percentage.

I picked every alternative for the highest possible return and no hedging if I guessed wrong; Mr. Powell loved me, the way a croupier loves a sucker who keeps playing the zero. By the time we had settled my estate he was anxious to be reasonable about Pete; we settled for 15 percent of the human fee to pay for Pete’s hibernation and drew up a separate contract for him.

There remained consent of court and the physical examination. The physical I didn’t worry about; I had a hunch that, once I elected to have the company bet that I would die, they would accept me even in the last stages of the Black Death. But I thought that getting a judge to okay it might be lengthy. It had to be done, because a client in cold sleep was legally in chancery, alive but helpless.

I needn’t have worried. Our Mr. Powell had quadruplicate originals made of nineteen different papers. I signed till I got finger cramps, and a messenger rushed away with them while I went to my physical examination; I never even saw the judge.

The physical was the usual tiresome routine except for one thing. Toward the end the examining physician looked me sternly in the eye and said, “Son, how long have you been on this binge?”

“Binge?”

“Binge.”

“What makes you think that, Doctor? I’m as sober as you are. ‘Peter Piper picked a peck of pickled—’ ” “Knock it off and answer me.”

“Mmm…I’d say about two weeks. A little over.”

“Compulsive drinker? How many times have you pulled this stunt in the past?”

“Well, as a matter of fact, I haven’t. You see—” I started to tell him what Belle and Miles had done to me, why I felt the way I did.

He shoved a palm at me. “Please. I’ve got troubles of my own and I’m not a psychiatrist. Really, all I’m interested in is finding out whether or not your heart will stand up under the ordeal of putting you down to four degrees centigrade. Which it will. And I ordinarily don’t care why anyone is nutty enough to crawl into a hole and pull it in after him; I just figure it is one less damn fool underfoot. But some residual tinge of professional conscience prevents me from letting any man, no matter how sorry a specimen, climb into one of those coffins while his brain is sodden with alcohol. Turn around.”

“Huh?”

“Turn around; I’m going to inject you in your left buttock.” I did and he did. While I was rubbing it he went on, “Now drink this. In about twenty minutes you will be more sober than you’ve been in a month. Then, if you have any sense—which I doubt—you can review your position and decide whether to run away from your troubles…or stand up to them like a man.”

I drank it.

“That’s all; you can get dressed. I’m signing your papers, but I’m warning you that I can veto it right up to the last minute. No more alcohol for you at all, a light supper and no breakfast. Be here at noon tomorrow for final check.”

He turned away and didn’t even say good-bye. I dressed and went out of there, sore as a boil. Powell had all my papers ready. When I picked them up he said, “You can leave them here if you wish and pick them up at noon tomorrow…the set that goes in the vault with you, that is.”

“What happens to the others?”

“We keep one set ourselves, then after you are committed we file one set with the court and one in the Carlsbad Archives. Uh, did the doctor caution you about diet?”

“He certainly did.” I glanced at the papers to cover my annoyance. Powell reached for them. “I’ll keep them safe overnight.”

I pulled them back. “I can keep them safe. I might want to change some of these stock selections.”

“Uh, it’s rather late for that, my dear Mr. Davis.”

“Don’t rush me. If I do make any changes I’ll come in early.” I opened the overnight bag and stuck the papers down in a side flap beside Pete. I had kept valuable papers there before; while it might not be as safe as the public archives in the Carlsbad Caverns, they were safer than you might think. A sneak thief had tried to take something out of that flap on another occasion; he must still have the scars of Pete’s teeth and claws.

II

MY CAR WAS parked under Pershing Square where I had left it earlier in the day. I dropped money into the parking attendant, set the bug on arterial-west, got Pete out and put him on the seat, and relaxed.

Or tried to relax. Los Angeles traffic was too fast and too slashingly murderous for me to be really happy under automatic control; I wanted to redesign their whole installation—it was not a really modern “fail safe.” By the time we were west of Western Avenue and could go back on manual control I was edgy and wanted a drink. “There’s an oasis, Pete.”

“Blurrrt?” “Right ahead.”

But while I was looking for a place to park—Los Angeles was safe from invasion; the invaders wouldn’t find a place to park—I recalled the doctor’s order not to touch alcohol.

So I told him emphatically what he could do with his orders.

Then I wondered if he could tell, almost a day later, whether or not I had taken a drink. I seemed to recall some technical article, but it had not been in my line and I had just skimmed it.

Damnation, he was quite capable of refusing to let me cold-sleep. I’d better play it cagey and lay off the stuff. “Now?” inquired Pete.

1  

“Later. We’re going to find a drive-in instead.” I suddenly realized that I didn’t really want a drink; I wanted food and a night’s sleep. Doc was correct; I was more sober and felt better than I had in weeks. Maybe that shot in the fanny had been nothing but B ; if so, it was jet-propelled. So we

found a drive-in restaurant. I ordered chicken in the rough for me and a half pound of hamburger and some milk for Pete and took him out for a short walk while it was coming. Pete and I ate in drive-ins a lot because I didn’t have to sneak him in and out.

A half hour later I let the car drift back out of the busy circle, stopped it, lit a cigarette, scratched Pete under the chin, and thought.

Dan, my boy, the doc was right; you’ve been trying to dive down the neck of a bottle. That’s okay for your pointy head but it’s too narrow for your shoulders. Now you’re cold sober, you’ve got your belly crammed with food and it’s resting comfortably for the first time in days. You feel better.

What else? Was the doc right about the rest of it? Are you a spoiled infant? Do you lack the guts to stand up to a setback? Why are you taking this step? Is it the spirit of adventure? Or are you simply hiding from yourself, like a Section Eight trying to crawl back into his mother’s womb?

But I do want to do it, I told myself—the year 2000. Boy!

Okay, so you want to. But do you have to run off without settling the beefs you have right here?

All right, all right!—but howcan I settle them? I don’t want Belle back, not after what she’s done. And what else can I do? Sue them? Don’t be silly, I’ve got no evidence—and anyhow, nobody ever wins a lawsuit but the lawyers.

Pete said, “Wellll? Y’know!”

I looked down at his waffle-scarred head. Pete wouldn’t sue anybody; if he didn’t like the cut of another cat’s whiskers, he simply invited him to come out and fight like a cat. “I believe you’re right, Pete. I’m going to look up Miles, tear his arm off, and beat him over the head with it until he talks. We can take the Long Sleep afterward. But we’ve got to know just what it was they did to us and who rigged it.”

There was a phone booth back of the stand. I called Miles, found him at home, and told him to stay there; I’d be out.

MY OLD MAN named me Daniel Boone Davis, which was his way of declaring for personal liberty and self-reliance. I was born in 1940, a year when everybody was saying that the individual was on the skids and the future belonged to mass man. Dad refused to believe it; naming me was a note of defiance. He died under brainwashing in North Korea, trying to the last to prove his thesis.

When the Six Weeks War came along I had a degree in mechanical engineering and was in the Army. I had not used my degree to try for a commission because the one thing Dad had left me was an overpowering yen to be on my own, giving no orders, taking no orders, keeping no schedules—I simply wanted to serve my hitch and get out. When the Cold War boiled over, I was a sergeant-technician at Sandia Weapons Center in New Mexico, stuffing atoms in atom bombs and planning what I would do when my time was up. The day Sandia disappeared I was down in Dallas drawing a fresh supply of Schrecklichkeit. The fallout on that was toward Oklahoma City, so I lived to draw my GI benefits.

Pete lived through it for a similar reason. I had a buddy, Miles Gentry, a veteran called back to duty. He had married a widow with one daughter, but his wife had died about the time he was called back. He lived off post with a family in Albuquerque so as to have a home for his stepchild Frederica. Little Ricky (we never called her “Frederica”) took care of Pete for me. Thanks to the cat-goddess Bubastis, Miles and Ricky and Pete were away on a seventy-two that awful weekend—Ricky took Pete with them because I could not take him to Dallas.

I was as surprised as anyone when it turned out we had divisions stashed away at Thule and other places that no one suspected. It had been known since the ’30s that the human body could be chilled until it slowed down to almost nothing. But it had been a laboratory trick, or a last-resort therapy, until the Six Weeks War. I’ll say this for military research: If money and men can do it, it gets results. Print another billion, hire another thousand scientists and engineers, then in some incredible, left-handed, inefficient fashion the answers come up. Stasis, cold sleep, hibernation, hypothermia, reduced metabolism, call it what you will—the logistics-medicine research teams had found a way to stack people like cordwood and use them when needed. First you drug the subject, then hypnotize him, then cool him down and hold him precisely at four degrees centigrade; that is to say, at the maximum density of water with no ice crystals. If you need him in a hurry he can be brought up by diathermy and posthypnotic command in ten minutes (they did it in seven at Nome), but such speed tends to age the tissues and may make him a little stupid from then on. If you aren’t in a hurry two hours minimum is better. The quick method is what professional soldiers call a “calculated risk.”

The whole thing was a risk the enemy had not calculated, so when the war was over I was paid off instead of being liquidated or sent to a slave camp, and Miles and I went into business together about the time the insurance companies started selling cold sleep.

We went to the Mojave Desert, set up a small factory in an Air Force surplus building, and started making Hired Girl, my engineering and Miles’ law and business experience. Yes, I invented Hired Girl and all her kinfolk—Window Willie and the rest—even though you won’t find my name on them. While I was in the service I had thought hard about what one engineer can do. Go to work for Standard, or du Pont, or General Motors? Thirty years later they give you a testimonial dinner and a pension. You haven’t missed any meals, you’ve had a lot of rides in company airplanes. But you are never your own boss. The other big market for engineers is civil service—good starting pay, good pensions, no worries, thirty days’ annual leave, liberal benefits. But I had just had a long government vacation and wanted to be my own boss.

What was there small enough for one engineer and not requiring six million man-hours before the first model was on the market? Bicycle-shop engineering with peanuts for capital, the way Ford and the Wright brothers had started—people said those days were gone forever; I didn’t believe it.

Automation was booming—chemical-engineering plants that required only two gauge-watchers and a guard, machines that printed tickets in one

city and marked the space “sold” in six other cities, steel moles that mined coal while the UMW boys sat back and watched. So while I was on Uncle Sam’s payroll I soaked up all the electronics, linkages, and cybernetics that a “Q” clearance would permit.

What was the last thing to go automatic? Answer: any housewife’s house. I didn’t attempt to figure out a sensible scientific house; women didn’t want one; they simply wanted a better-upholstered cave. But housewives were still complaining about the Servant Problem long after servants had

gone the way of the mastodon. I had rarely met a housewife who did not have a touch of slaveholder in her; they seemed to think there really ought to be strapping peasant girls grateful for a chance to scrub floors fourteen hours a day and eat table scraps at wages a plumber’s helper would scorn.

That’s why we called the monster Hired Girl—it brought back thoughts of the semi-slave immigrant girl whom Grandma used to bully. Basically it was just a better vacuum cleaner and we planned to market it at a price competitive with ordinary suck brooms.

What Hired Girl would do (the first model, not the semi-intelligent robot I developed it into) was to clean floors…any floor, all day long and without supervision. And there never was a floor that didn’t need cleaning.

It swept, or mopped, or vacuum-cleaned, or polished, consulting tapes in its idiot memory to decide which. Anything larger than a BB shot it picked up and placed in a tray on its upper surface, for someone brighter to decide whether to keep or throw away. It went quietly looking for dirt all day long, in search curves that could miss nothing, passing over clean floors in its endless search for dirty floors. It would get out of a room with people in it, like a well-trained maid, unless its mistress caught up with it and flipped a switch to tell the poor thing it was welcome. Around dinnertime it would go to its stall and soak up a quick charge—this was before we installed the everlasting power pack.

There was not too much difference between Hired Girl, Mark One, and a vacuum cleaner. But the difference—that it would clean without supervision—was enough; it sold.

I swiped the basic prowl pattern from the “Electric Turtles” that were written up in Scientific American in the late forties, lifted a memory circuit out of the brain of a guided missile (that’s the nice thing about top-secret gimmicks; they don’t get patented), and I took the cleaning devices and linkages out of a dozen things, including a floor polisher used in army hospitals, a soft-drink dispenser, and those “hands” they use in atomics plants to handle anything “hot.” There wasn’t anything really new in it; it was just the way I put it together. The “spark of genius” required by our laws lay in getting a good patent lawyer.

The real genius was in the production engineering; the whole thing could be built with standard parts ordered out of Sweet’s Catalogue, with the exception of two three-dimensional cams and one printed circuit. The circuit we subcontracted; the cams I made myself in the shed we called our “factory,” using war-surplus automated tools. At first Miles and I were the whole assembly line—bash to fit, file to hide, paint to cover. The pilot model cost $4,317.09; the first hundred cost just over $39 each—and we passed them on to a Los Angeles discount house at $60 and they sold them for $85. We had to let them go on consignment to unload them at all, since we could not afford sales promotion, and we darn near starved before receipts started coming in. Then Life ran a two-page on Hired Girl…and it was a case of having enough help to assemble the monster.

Belle Darkin joined us soon after that. Miles and I had been pecking out letters on a 1908 Underwood; we hired her as a typewriter jockey and bookkeeper and rented an electric machine with executive typeface and carbon ribbon and I designed a letterhead. We were plowing it all back into the business and Pete and I were sleeping in the shop while Miles and Ricky had a nearby shack. We incorporated in self-defense. It takes three to incorporate; we gave Belle a share of stock and designated her secretary-treasurer. Miles was president and general manager; I was chief engineer and chairman of the board…with 51 percent of the stock.

I want to make clear why I kept control. I wasn’t a hog; I simply wanted to be my own boss. Miles worked like a trouper, I give him credit. But better than 60 percent of the savings that got us started were mine and 100 percent of the inventiveness and engineering were mine. Miles could not possibly have built Hired Girl, whereas I could have built it with any of a dozen partners, or possibly without one—although I might have flopped in trying to make money out of it; Miles was a businessman while I am not.

But I wanted to be certain that I retained control of the shop—and I granted Miles equal freedom in the business end…too much freedom, it turned out.

Hired Girl, Mark One, was selling like beer at a ball game and I was kept busy for a while improving it and setting up a real assembly line and putting a shop master in charge, then I happily turned to thinking up more household gadgets. Amazingly little real thought had been given to housework, even though it is at least 50 percent of all work in the world. The women’s magazines talked about “labor saving in the home” and “functional kitchens,” but it was just prattle; their pretty pictures showed living-working arrangements essentially no better than those in Shakespeare’s day; the horse-to-jet-plane revolution had not reached the home.

I stuck to my conviction that housewives were reactionaries. No “machines for living”—just gadgets to replace the extinct domestic servant, that is, for cleaning and cooking and baby tending.

I got to thinking about dirty windows and that ring around the bathtub that is so hard to scrub, as you have to bend double to get at it. It turned out

that an electrostatic device could make dirt go spung! off any polished silica surface, window glass, bathtubs, toilet bowls—anything of that sort. That was Window Willie and it’s a wonder that somebody hadn’t thought of him sooner. I held him back until I had him down to a price that people could not refuse. Do you know what window washing used to cost by the hour?

I held Willie out of production much longer than suited Miles. He wanted to sell it as soon as it was cheap enough, but I insisted on one more thing: Willie had to be easy to repair. The great shortcoming of most household gadgets was that the better they were and the more they did, the more certain they were to get out of order when you needed them most—and then require an expert at five dollars an hour to make them move again. Then the same thing will happen the following week, if not to the dishwasher, then to the air conditioner…usually late Saturday night during a snowstorm.

I wanted my gadgets to work and keep on working and not to cause ulcers in their owners.

But gadgets do get out of order, even mine. Until that great day when all gadgets are designed with no moving parts, machinery will continue to go sour. If you stuff a house with gadgets some of them will always be out of order.

But military research does get results and the military had licked this problem years earlier. You simply can’t lose a battle, lose thousands or millions of lives, maybe the war itself, just because some gadget the size of your thumb breaks down. For military purposes they used a lot of dodges—“fail safe,” stand-by circuits, “tell me three times,” and so forth. But one they used that made sense for household equipment was the plug- in component principle.

It is a moronically simple idea: don’t repair, replace. I wanted to make every part of Window Willie which could go wrong a plug-in unit, then include a set of replacements with each Willie. Some components would be thrown away, some would be sent out for repair, but Willie himself would never break down longer than necessary to plug in the replacement part.

Miles and I had our first row. I said the decision as to when to go from pilot model to production was an engineering one; he claimed that it was a business decision. If I hadn’t retained control Willie would have gone on the market just as maddeningly subject to acute appendicitis as all other

sickly, half-engineered “labor-saving” gadgets.

Belle Darkin smoothed over the row. If she had turned on the pressure I might have let Miles start selling Willie before I thought it was ready, for I was as goofed up about Belle as is possible for a man to be.

Belle was not only a perfect secretary and office manager, she also had personal specs which would have delighted Praxiteles and a fragrance which affected me the way catnip does Pete. With top-notch office girls as scarce as they were, when one of the best turns out to be willing to work for a shoestring company at a below-standard salary, one really ought to ask “why?”—but we didn’t even ask where she had worked last, so happy were we to have her dig us out of the flood of paperwork that marketing Hired Girl had caused.

Later on I would have indignantly rejected any suggestion that we should have checked on Belle, for by then her bust measurement had seriously warped my judgment. She let me explain how lonely my life had been until she came along and she answered gently that she would have to know me better but that she was inclined to feel the same way.

Shortly after she smoothed out the quarrel between Miles and myself she agreed to share my fortunes. “Dan darling, you have it in you to be a great man…and I have hopes that I am the sort of woman who can help you.”

“You certainly are!”

“Shush, darling. But I am not going to marry you right now and burden you with kids and worry you to death. I’m going to work with you and build up the business first. Then we’ll get married.”

I objected, but she was firm. “No, darling. We are going a long way, you and I. Hired Girl will be as great a name as General Electric. But when we marry I want to forget business and just devote myself to making you happy. But first I must devote myself to your welfare and your future. Trust me, dear.”

So I did. She wouldn’t let me buy her the expensive engagement ring I wanted to buy; instead I signed over to her some of my stock as a betrothal present. I went on voting it, of course. Thinking back, I’m not sure who thought of that present.

I worked harder than ever after that, thinking about wastebaskets that would empty themselves and a linkage to put dishes away after the dishwasher was through. Everybody was happy…everybody but Pete and Ricky, that is. Pete ignored Belle, as he did anything he disapproved of but could not change, but Ricky was really unhappy.

My fault. Ricky had been “my girl” since she was a six-year-old at Sandia, with hair ribbons and big solemn dark eyes. I was “going to marry her” when she grew up and we would both take care of Pete. I thought it was a game we were playing, and perhaps it was, with little Ricky serious only to the extent that it offered her eventual full custody of our cat. But how can you tell what goes on in a child’s mind?

I am not sentimental about kids. Little monsters, most of them, who don’t civilize until they are grown and sometimes not then. But little Frederica reminded me of my own sister at that age, and besides, she liked Pete and treated him properly. I think she liked me because I never talked down (I had resented that myself as a child) and took her Brownie activities seriously. Ricky was okay; she had quiet dignity and was not a banger, not a squealer, not a lap climber. We were friends, sharing the responsibility for Pete, and, so far as I knew, her being “my girl” was just a sophisticated game we were playing.

I quit playing it after my sister and mother got it the day they bombed us. No conscious decision—I just didn’t feel like joking and never went back to it. Ricky was seven then; she was ten by the time Belle joined us and possibly eleven when Belle and I became engaged. She hated Belle with an intensity that I think only I was aware of, since it was expressed only by reluctance to talk to her—Belle called it “shyness” and I think Miles thought it was too.

But I knew better and tried to talk Ricky out of it. Did you ever try to discuss with a subadolescent something the child does not want to talk about? You’ll get more satisfaction shouting in Echo Canyon. I told myself it would wear off as Ricky learned how very lovable Belle was.

Pete was another matter, and if I had not been in love I would have seen it as a clear sign that Belle and I would never understand each other. Belle “liked” my cat—oh, sure, sure! She adored cats and she loved my incipient bald spot and admired my choice in restaurants and she liked everything about me.

But liking cats is hard to fake to a cat person. There are cat people and there are others, more than a majority probably, who “cannot abide a harmless, necessary cat.” If they try to pretend, out of politeness or any reason, it shows, because they don’t understand how to treat cats—and cat protocol is more rigid than that of diplomacy.

It is based on self-respect and mutual respect and it has the same flavor as the dignidad de hombre of Latin America which you may offend only at risk to your life.

Cats have no sense of humor, they have terribly inflated egos, and they are very touchy. If somebody asked me why it was worth anyone’s time to cater to them I would be forced to answer that there is no logical reason. I would rather explain to someone who detests sharp cheeses why he “ought to like” Limburger. Nevertheless, I fully sympathize with the mandarin who cut off a priceless embroidered sleeve because a kitten was sleeping on it.

Belle tried to show that she “liked” Pete by treating him like a dog… so she got scratched. Then, being a sensible cat, he got out in a hurry and stayed out a long time—which was well, as I would have smacked him, and Pete has never been smacked, not by me. Hitting a cat is worse than useless; a cat can be disciplined only by patience, never by blows.

So I put iodine on Belle’s scratches, then tried to explain what she had done wrong. “I’m sorry it happened—I’m terribly sorry! But it will happen again if you do that again.”

“But I was just petting him!”

“Uh, yes…but you weren’t cat-petting him; you were dog-petting him. You must never pat a cat, you stroke it. You must never make sudden movements in range of its claws. You must never touch it without giving it a chance to see that you are about to…and you must always watch to see that it likes it. If it doesn’t want to be petted, it will put up with a little out of politeness—cats are very polite—but you can tell if it is merely enduring it and stop before its patience is exhausted.” I hesitated. “You don’t like cats, do you?”

“What? Why, how silly! Of course I like cats.” But she added, “I haven’t been around them much, I suppose. She’s pretty touchy, isn’t she?”

“ ‘He.’ Pete is a he-male cat. No, actually he’s not touchy, since he’s always been well treated. But you do have to learn how to behave with cats. Uh, you must never laugh at them.”

“What? Forevermore, why?

“Not because they aren’t funny; they’re extremely comical. But they have no sense of humor and it offends them. Oh, a cat won’t scratch you for

laughing; he’ll simply stalk off and you’ll have trouble making friends with him. But it’s not too important. Knowing how to pick up a cat is much more important. When Pete comes back in I’ll show you how.”

But Pete didn’t come back in, not then, and I never showed her. Belle didn’t touch him after that. She spoke to him and acted as if she liked him, but she kept her distance and he kept his. I put it out of my mind; I couldn’t let so trivial a thing make me doubt the woman who was more to me than anything in life.

But the subject of Pete almost reached a crisis later. Belle and I were discussing where we were going to live. She still wouldn’t set the date, but

we spent a lot of time on such details. I wanted a ranchette near the plant; she favored a flat in town until we could afford a Bel-Air estate. I said, “Darling, it’s not practical; I’ve got to be near the plant. Besides, did you ever try to take care of a tomcat in a city apartment?”

“Oh, that! Look, darling, I’m glad you mentioned it. I’ve been studying up on cats, I really have. We’ll have him altered. Then he’ll be much gentler and perfectly happy in a flat.”

I stared at her, unable to believe my ears. Make a eunuch of that old warrior? Change him into a fireside decoration? “Belle, you don’t know what you’re saying!”

She tut-tutted me with the old familiar “Mother knows best,” giving the stock arguments of people who mistake cats for property…how it wouldn’t hurt him, that it was really for his own good, how she knew how much I valued him and she would never think of depriving me of him, how it was really very simple and quite safe and better for everybody.

I cut in on her. “Why don’t you arrange it for both of us?” “What, dear?”

“Me, too. I’d be much more docile and I’d stay home nights and I’d never argue with you. As you pointed out, it doesn’t hurt and I’d probably be a lot happier.”

She turned red. “You’re being preposterous.” “So are you!”

She never mentioned it again. Belle never let a difference of opinion degenerate into a row; she shut up and bided her time. But she never gave up, either. In some ways she had a lot of cat in her…which may have been why I couldn’t resist her.

I was glad to drop the matter. I was up to here in Flexible Frank. Willie and Hired Girl were bound to make us lots of money, but I had a bee in my bonnet about the perfect, all-work household automaton, the general-purpose servant. All right, call it a robot, though that is a much- abused word and I had no notion of building a mechanical man.

I wanted a gadget which could do anything inside the home—cleaning and cooking, of course, but also really hard jobs, like changing a baby’s diaper or replacing a typewriter ribbon. Instead of a stable of Hired Girls and Window Willies and Nursemaid Nans and Houseboy Harrys and Gardener Guses I wanted a man and wife to be able to buy one machine for, oh, say about the price of a good automobile, which would be the equal of the Chinese servant you read about but no one in my generation had ever seen.

If I could do that it would be the Second Emancipation Proclamation, freeing women from their age-old slavery. I wanted to abolish the old saw about how “women’s work is never done.” Housekeeping is repetitious and unnecessary drudgery; as an engineer it offended me.

For the problem to be within the scope of one engineer, almost all of Flexible Frank had to be standard parts and must not involve any new principles. Basic research is no job for one man alone; this had to be development from former art or I couldn’t do it.

Fortunately there was an awful lot of former art in engineering and I had not wasted my time while under a “Q” clearance. What I wanted wasn’t as complicated as the things a guided missile was required to do.

Just what did I want Flexible Frank to do? Answer: any work a human being does around a house. He didn’t have to play cards, make love, eat, or sleep, but he did have to clean up after the card game, cook, make beds, and tend babies—at least he had to keep track of a baby’s breathing and call someone if it changed. I decided he did not have to answer telephone calls, as AT&T was already renting a gadget for that. There was no need for him to answer the door either, as most new houses were being equipped with door answerers.

But to do the multitude of things I wanted him to do, he had to have hands, eyes, ears, and a brain…a good enough brain.

Hands I could order from the atomics-engineering equipment companies who supplied Hired Girl’s hands, only this time I would want the best, with wide-range servos and with the delicate feedback required for microanalysis manipulations and for weighing radioactive isotopes. The same companies could supply eyes—only they could be simpler, since Frank would not have to see and manipulate from behind yards of concrete shielding the way they do in a reactor plant.

The ears I could buy from any of a dozen radio-TV houses—though I might have to do some circuit designing to have his hands controlled simultaneously by sight, sound, and touch feedback the way the human hand is controlled.

But you can do an awful lot in a small space with transistors and printed circuits.

Frank wouldn’t have to use stepladders. I would make his neck stretch like an ostrich and his arms extend like lazy tongs. Should I make him able to go up and down stairs?

Well, there was a powered wheelchair that could. Maybe I should buy one and use it for the chassis, limiting the pilot model to a space no bigger than a wheelchair and no heavier than such a chair could carry— that would give me a set of parameters. I’d tie its power and steering into Frank’s brain.

The brain was the real hitch. You can build a gadget linked like a man’s skeleton or even much better. You can give it a feedback-control system good enough to drive nails, scrub floors, crack eggs—or not crack eggs. But unless it has that stuff between the ears that a man has, it is not a man, it’s not even a corpse.

Fortunately I didn’t need a human brain; I just wanted a docile moron, capable of largely repetitive household jobs.

Here is where the Thorsen memory tubes came in. The intercontinental missiles we had struck back with “thought” with Thorsen tubes, and traffic- control systems in places like Los Angeles used an idiot form of them. No need to go into theory of an electronic tube that even Bell Labs doesn’t understand too well, the point is that you can hook a Thorsen tube into a control circuit, direct the machine through an operation by manual control,

and the tube will “remember” what was done and can direct the operation without a human supervisor a second time, or any number of times. For an automated machine tool this is enough; for guided missiles and for Flexible Frank you add side circuits that give the machine “judgment.” Actually it isn’t judgment (in my opinion a machine can never have judgment); the side circuit is a hunting circuit, the pro- gramming of which says “look for so-and-so within such-and-such limits; when you find it, carry out your basic instruction.” The basic instruction can be as complicated as you can crowd into one Thorsen memory tube—which is a very wide limit indeed!—and you can program so that your “judgment” circuits (moronic back-seat drivers, they are) can interrupt the basic instructions anytime the cycle does not match that originally impressed into the Thorsen tube.

This meant that you need cause Flexible Frank to clear the table and scrape the dishes and load them into the dishwasher only once, and from then on he could cope with any dirty dishes he ever encountered. Better still, he could have an electronically duplicated Thorsen tube stuck into his head and could handle dirty dishes the first time he ever encountered them…and never break a dish.

Stick another “memorized” tube alongside the first one and he could change a wet baby first time, and never, never, never stick a pin in the baby. Frank’s square head could easily hold a hundred Thorsen tubes, each with an electronic “memory” of a different household task. Then throw a guard circuit around all the “judgment” circuits, a circuit which required him to hold still and squawl for help if he ran into something not covered by

his instructions—that way you wouldn’t use up babies or dishes.

So I did build Frank on the framework of a powered wheelchair. He looked like a hat rack making love to an octopus…but, boy, how he could

polish silverware!

MILES LOOKED OVER the first Frank, watched him mix a martini and serve it, then go around emptying and polishing ashtrays (never touching ones that were clean), open a window and fasten it open, then go to my bookcase and dust and tidy the books in it. Miles took a sip of his martini and said, “Too much vermouth.”

“It’s the way I like them. But we can tell him to fix yours one way and mine another; he’s got plenty of blank tubes in him. Flexible.” Miles took another sip. “How soon can he be engineered for production?”

“Uh, I’d like to fiddle with him for about ten years.” Before he could groan I added, “But we ought to be able to put a limited model into production in five.”

“Nonsense! We’ll get you plenty of help and have a Model-T job ready in six months.”

“The devil you will. This is my magnum opus. I’m not going to turn him loose until he is a work of art…about a third that size, everything plug-in replaceable but the Thorsens, and so all-out flexible that he’ll not only wind the cat and wash the baby, he’ll even play ping-pong if the buyer wants to pay for the extra programming.” I looked at him; Frank was quietly dusting my desk and putting every paper back exactly where he found it. “But ping-pong with him wouldn’t be much fun; he’d never miss. No, I suppose we could teach him to miss with a random-choice circuit. Mmm…yes, we could. We will, it would make a nice selling demonstration.”

“One year, Dan, and not a day over. I’m going to hire somebody away from Loewy to help you with the styling.”

I said, “Miles, when are you going to learn that I boss the engineering? Once I turn him over to you, he’s yours…but not a split second before.” Miles answered, “It’s still too much vermouth.”

I PIDDLED ALONG with the help of the shop mechanics until I had Frank looking less like a three-car crash and more like something you might want to brag about to the neighbors. In the meantime I smoothed a lot of bugs out of his control system. I even taught him to stroke Pete and scratch him under his chin in such a fashion that Pete liked it—and, believe me, that takes negative feedback as exact as anything used in atomics labs. Miles didn’t crowd me, although he came in from time to time and watched the progress. I did most of my work at night, coming back after dinner with Belle and taking her home. Then I would sleep most of the day, arrive late in the afternoon, sign whatever papers Belle had for me, see what the shop had done during the day, then take Belle out to dinner again. I didn’t try to do much before then, because creative work makes a man stink like a goat. After a hard night in the lab shop nobody could stand me but Pete.

Just as we were finishing dinner one day Belle said to me, “Going back to the shop, dear?” “Sure. Why not?”

“Good. Because Miles is going to meet us there.” “Huh?”

“He wants a stockholders’ meeting.” “A stockholders’ meeting? Why?”

“It won’t take long. Actually, dear, you haven’t been paying much attention to the firm’s business lately. Miles wants to gather up loose ends and settle some policies.”

“I’ve been sticking close to the engineering. What else am I supposed to do for the firm?” “Nothing, dear. Miles says it won’t take long.”

“What’s the trouble? Can’t Jake handle the assembly line?” “Please, dear. Miles didn’t tell me why. Finish your coffee.”

Miles was waiting for us at the plant and shook hands as solemnly as if we had not met in a month. I said, “Miles, what’s this all about?”

He turned to Belle. “Get the agenda, will you?” This alone should have told me that Belle had been lying when she claimed that Miles had not told her what he had in mind. But I did not think of it—hell, I trusted Belle!—and my attention was distracted by something else, for Belle went to the safe, spun the knob, and opened it.

I said, “By the way, dear, I tried to open that last night and couldn’t. Have you changed the combination?”

She was hauling papers out and did not turn. “Didn’t I tell you? The patrol asked me to change it after that burglar scare last week.” “Oh. You’d better give me the new numbers or some night I’ll have to phone one of you at a ghastly hour.”

“Certainly.” She closed the safe and put a folder on the table we used for conferences. Miles cleared his throat and said, “Let’s get started.”

I answered, “Okay. Darling, if this is a formal meeting, I guess you had better make pothooks…Uh, Wednesday, November eighteenth, 1970, 9:20 P.M., all stockholders present—put our names down—D. B. Davis, chairman of the board and presiding. Any old business?”

There wasn’t any. “Okay, Miles, it’s your show. Any new business?”

Miles cleared his throat. “I want to review the firm’s policies, present a program for the future, and have the board consider a financing proposal.” “Financing? Don’t be silly. We’re in the black and doing better every month. What’s the matter, Miles? Dissatisfied with your drawing account?

We could boost it.”

“We wouldn’t stay in the black under the new program. We need a broader capital structure.” “What new program?”

“Please, Dan. I’ve gone to the trouble of writing it up in detail. Let Belle read it to us.” “Well…okay.”

Skipping the gobbledygook—like all lawyers, Miles was fond of polysyllables—Miles wanted to do three things: (a) take Flexible Frank away from me, hand it over to a production-engineering team, and get it on the market without delay; (b)—but I stopped it at that point. “No!”

“Wait a minute, Dan. As president and general manager, I’m certainly entitled to present my ideas in an orderly manner. Save your comments. Let Belle finish reading.”

“Well…all right. But the answer is still ‘no.’ ”

Point (b) was in effect that we should quit frittering around as a one-horse outfit. We had a big thing, as big as the automobile had been, and we were in at the start; therefore we should at once expand and set up organization for nationwide and worldwide selling and distribution, with production to match.

I started drumming on the table. I could just see myself as chief engineer of an outfit like that. They probably wouldn’t even let me have a drafting table and if I picked up a soldering gun, the union would pull a strike. I might as well have stayed in the Army and tried to make general.

But I didn’t interrupt. Point (c) was that we couldn’t do this on pennies; it would take millions. Mannix Enterprises would put up the dough—what it

amounted to was that we would sell out to Mannix, lock, stock, and Flexible Frank, and become a daughter corporation. Miles would stay on as division manager and I would stay on as chief research engineer, but the free old days would be gone; we’d both be hired hands.

“Is that all?” I said.

“Mmm…yes. Let’s discuss it and take a vote.”

“There ought to be something in there granting us the right to sit in front of the cabin at night and sing spirituals.” “This is no joke, Dan. This is how it’s got to be.”

“I wasn’t joking. A slave needs privileges to keep him quiet. Okay, is it my turn?” “Go ahead.”

I put up a counterproposal, one that had been growing in my mind. I wanted us to get out of production. Jake Schmidt, our production shop master, was a good man; nevertheless I was forever being jerked out of a warm creative fog to straighten out bugs in production—which is like being dumped out of a warm bed into ice water. This was the real reason why I had been doing so much nightwork and staying away from the shop in the daytime. With more war-surplus buildings being moved in and a night shift contemplated I could see the time coming when I would get no peace to create, even though we turned down this utterly unpalatable plan to rub shoulders with General Motors and Consolidated. I certainly was not twins; I couldn’t be both inventor and production manager.

So I proposed that we get smaller instead of bigger—license Hired Girl and Window Willie, let someone else build and sell them while we raked in the royalties. When Flexible Frank was ready we would license him too. If Mannix wanted the licenses and would outbid the market, swell! Meantime, we’d change our name to Davis & Gentry Research Corporation and hold it down to just the three of us, with a machinist or two to help me jackleg new gadgets. Miles and Belle could sit back and count the money as it rolled in.

Miles shook his head slowly. “No, Dan. Licensing would make us some money, granted. But not nearly the money we would make if we did it ourselves.”

“Confound it, Miles, we wouldn’t be doing it ourselves; that’s just the point. We’d be selling our souls to the Mannix people. As for money, how much do you want? You can use only one yacht or one swimming pool at a time…and you’ll have both before the year is out if you want them.”

“I don’t want them.” “What do you want?”

He looked up. “Dan, you want to invent things. This plan lets you do so, with all the facilities and all the help and all the expense money in the world. Me, I want to run a big business. A big business. I’ve got the talent for it.” He glanced at Belle. “I don’t want to spend my life sitting out here in the middle of the Mojave Desert acting as business manager to one lonely inventor.”

I stared at him. “You didn’t talk that way at Sandia. You want out, Pappy? Belle and I would hate to see you go…but if that is the way you feel, I guess I could mortgage the place or something and buy you out. I wouldn’t want any man to feel tied down.” I was shocked to my heels, but if old Miles was restless I had no right to hold him to my pattern.

“No, I don’t want out; I want us to grow. You heard my proposal. It’s a formal motion for action by the corporation. I so move.”

I guess I looked puzzled. “You insist on doing it the hard way? Okay, Belle, the vote is ‘no.’ Record it. But I won’t put up my counterproposal tonight. We’ll talk it over and exchange views. I want you to be happy, Miles.”

Miles said stubbornly, “Let’s do this properly. Roll call, Belle.”

“Very well, sir. Miles Gentry, voting stock shares number—” She read off the serial numbers. “How say you?” “Aye.”

She wrote in her book.

“Daniel B. Davis, voting stock shares number—” She read off a string of telephone numbers again; I didn’t listen to the formality. “How say you?” “No. And that settles it. I’m sorry, Miles.”

“Belle S. Darkin,” she went on, “voting shares number—” She recited figures again. “I vote ‘aye.’ ”

My mouth dropped open, then I managed to stop gasping and say, “But, baby, you can’t do that! Those are your shares, sure, but you know perfectly well that—”

“Announce the tally,” Miles growled.

“The ‘ayes’ have it. The proposal is carried.” “Record it.”

“Yes, sir.”

The next few minutes were confused. First I yelled at her, then I reasoned with her, then I snarled and told her that what she had done was not honest—true, I had assigned the stock to her but she knew as well as I did that I always voted it, that I had had no intention of parting with control of the company, that it was an engagement present, pure and simple. Hell, I had even paid the income tax on it last April. If she could pull a stunt like this when we were engaged, what was our marriage going to be like?

She looked right at me and her face was utterly strange to me. “Dan Davis, if you think we are still engaged after the way you have talked to me, you are even stupider than I’ve always known you were.” She turned to Gentry. “Will you take me home, Miles?”

“Certainly, my dear.”

I started to say something, then shut up and stalked out of there without my hat. It was high time to leave, or I would probably have killed Miles, since I couldn’t touch Belle.

I didn’t sleep, of course. About 4 A.M. I got out of bed, made phone calls, agreed to pay more than it was worth, and by five-thirty was in front of the plant with a pickup truck. I went to the gate, intending to unlock it and drive the truck to the loading dock so that I could run Flexible Frank over the tailgate—Frank weighed four hundred pounds.

There was a new padlock on the gate.

I shinnied over, cutting myself on barbed wire. Once inside, the gate would give me no trouble, as there were a hundred tools in the shop capable of coping with a padlock.

But the lock on the front door had been changed too.

I was looking at it, deciding whether it was easier to break a window with a tire iron, or get the jack out of the truck and brace it between the doorframe and the knob, when somebody shouted, “Hey, you! Hands up!”

I didn’t put my hands up but I turned around. A middle-aged man was pointing a hogleg at me big enough to bombard a city. “Who the devil are you?”

“Who are you?

“I’m Dan Davis, chief engineer of this outfit.”

“Oh.” He relaxed a little but still aimed the field mortar at me. “Yeah, you match the description. But if you have any identification on you, better let

me see it.”

“Why should I? I asked who you are?”

“Me? Nobody you’d know. Name of Joe Todd, with the Desert Protective & Patrol Company. Private license. You ought to know who we are;

we’ve had you folks as clients for the night patrol for months. But tonight I’m on as special guard.”

“You are? Then if they gave you a key to the place, use it. I want to get in. And quit pointing that blunderbuss at me.”

He still kept it leveled at me. “I couldn’t rightly do that, Mr. Davis. First place, I don’t have a key. Second place, I had particular orders about you. You aren’t to go in. I’ll let you out the gate.”

“I want the gate opened, all right, but I’m going in.” I looked around for a rock to break a window. “Please, Mr. Davis…”

“Huh?”

“I’d hate to see you insist, I really would. Because I couldn’t chance shooting you in the legs; I ain’t a very good shot. I’d have to shoot you in the belly. I’ve got soft-nosed bullets in this iron; it’ud be pretty messy.”

I suppose that was what changed my mind, though I would like to think it was something else; i.e., when I looked again through the window I saw that Flexible Frank was not where I had left him.

As he let me out the gate Todd handed me an envelope. “They said to give this to you if you showed up.” I read it in the cab of the truck. It said:

Dear Mr. Davis,

18 November 1970

At a regular meeting of the board of directors, held this date, it was voted to terminate all your connection (other than as stockholder) with the corporation, as permitted under paragraph three of your contract. It is requested that you stay off company property. Your personal papers and belongings will be forwarded to you by safe means.

The board wishes to thank you for your services and regrets the differences in policy opinion which have forced this step on us.

Sincerely yours, Miles Gentry

Chairman of the Board and General Manager by B. S. Darkin, Sec’y-Treasurer

I read it twice before I recalled that I had never had any contract with the corporation under which to invoke paragraph three or any other paragraph.

Later that day a bonded messenger delivered a package to the motel where I kept my clean underwear. It contained my hat, my desk pen, my other slide rule, a lot of books and personal correspondence, and a number of documents. But it did not contain my notes and drawings for Flexible Frank.

Some of the documents were very interesting. My “contract,” for example—sure enough, paragraph three let them fire me without notice subject to three months’ salary. But paragraph seven was even more interesting. It was the latest form of the yellow-dog clause, one in which the employee agrees to refrain from engaging in a competing occupation for five years by letting his former employers pay him cash to option his services on a first-refusal basis; i.e., I could go back to work any time I wanted to just by going, hat in hand, and asking Miles and Belle for a job—maybe that was why they sent the hat back.

But for five long years I could not work on household appliances without asking them first. I would rather have cut my throat.

There were copies of assignments of all patents, duly registered, from me to Hired Girl, Inc., for Hired Girl and Window Willie and a couple of

minor things. (Flexible Frank, of course, had never been patented—well, I didn’t think he had been patented; I found out the truth later.)

But I had never assigned any patents, I hadn’t even formally licensed their use to Hired Girl, Inc.; the corporation was my own creature and there

hadn’t seemed to be any hurry about it.

The last three items were my stock-shares certificate (those I had not given to Belle), a certified check, and a letter explaining each item of the check—accumulated “salary” less drawing-account disbursements, three months’ extra salary in lieu of notice, option money to invoke “paragraph seven”…and a thousand-dollar bonus to express “appreciation of services rendered.” That last was real sweet of them.

While I reread that amazing collection I had time to realize that I had probably not been too bright to sign everything that Belle put in front of me. There was no possible doubt that the signatures were mine.

I steadied down enough the next day to talk it over with a lawyer, a very smart and money-hungry lawyer, one who didn’t mind kicking and clapper-clawing and biting in the clinches. At first he was anxious to take it on a contingent-fee basis. But after he finished looking over my exhibits and listening to the details he sat back and laced his fingers over his belly and looked sour. “Dan, I’m going to give you some advice and it’s not going to cost you anything.”

“Well?”

“Do nothing. You haven’t got a prayer.” “But you said—”

“I know what I said. They rooked you. But how can you prove it? They were too smart to steal your stock or cut you off without a penny. They gave you exactly the deal you could have reasonably expected if everything had been kosher and you had quit, or had been fired over—as they express it

— a difference of policy opinion. They gave you everything you had coming to you…and a measly thousand to boot, just to show there are no hard feelings.”

“But I didn’t have a contract! And I never assigned those patents!”

“These papers say you did. You admit that’s your signature. Can you prove what you say by anyone else?”

I thought about it. I certainly could not. Not even Jake Schmidt knew anything that went on in the front office. The only witnesses I had were …Miles and Belle.

“Now about that stock assignment,” he went on, “that’s the one chance to break the logjam. If you—”

“But that is the only transaction in the whole stack that really is legitimate. I signed over that stock to her.”

“Yes, but why? You say that you gave it to her as an engagement present in expectation of marriage. Never mind how she voted it; that’s beside

the point. If you can prove that it was given as a betrothal gift in full expectation of marriage, and that she knew it when she accepted it, you can

force her either to marry you or to disgorge. McNulty vs. Rhodes. Then you’re in control again and you kick them out. Can you prove it?” “Damn it, I don’t want to marry her now. I wouldn’t have her.”

“That’s your problem. But one thing at a time. Have you any witnesses or any evidence, letters or anything, which would tend to show that she accepted it, understanding that you were giving it to her as your future wife?”

I thought. Sure, I had witnesses…the same old two, Miles and Belle.

“You see? With nothing but your word against both of theirs, plus a pile of written evidence, you not only won’t get anywhere, but you might wind up committed to a Napoleon factory with a diagnosis of paranoia. My advice to you is to get a job in some other line…or at the very most go ahead and buck their yellow-dog contract by setting up a competitive business—I’d like to see that phraseology tested, as long as I didn’t have to fight it myself. But don’t charge them with conspiracy. They’ll win, then they’ll sue you and clean you out of what they let you keep.” He stood up.

I took only part of his advice. There was a bar on the ground floor of the same building; I went in and had a couple or nine drinks.

I HAD PLENTY of time to recall all this while I was driving out to see Miles. Once we had started making money, he had moved Ricky and himself to a nice little rental in San Fernando Valley to get out of the murderous Mojave heat and had started commuting via the Air Force Slot. Ricky wasn’t there now, I was happy to recall; she was up at Big Bear Lake at Girl Scout camp—I didn’t want to chance Ricky’s being witness to a row between me and her stepdaddy.

I was bumper to bumper in Sepulveda Tunnel when it occurred to me that it would be smart to get the certificate for my Hired Girl stock off my person before going to see Miles. I did not expect any rough stuff (unless I started it), but it just seemed a good idea…like a cat who has had his tail caught in the screen door once, I was permanently suspicious.

Leave it in the car? Suppose I was hauled in for assault and battery; it wouldn’t be smart to have it in the car when the car was towed in and impounded.

I could mail it to myself, but I had been getting my mail lately from general delivery at the GPO, while shifting from hotel to hotel as often as they found out I was keeping a cat.

I had better mail it to someone I could trust. But that was a mighty short list.

Then I remembered someone I could trust. Ricky.

I may seem a glutton for punishment to decide to trust one female just after I had been clipped by another. But the cases are not parallel. I had known Ricky half her life and if there ever was a human being honest as a Jo block, Ricky was she…and Pete thought so too. Besides, Ricky didn’t have physical specifications capable of warping a man’s judgment. Her femininity was only in her face; it hadn’t affected her figure yet.

When I managed to escape from the logjam in Sepulveda Tunnel I got off the throughway and found a drugstore; there I bought stamps and a big and a little envelope and some note paper. I wrote to her:

Dear Rikki-tikki-tavi,

I hope to see you soon but until I do, I want you to

keep this inside envelope for me. It’s a secret, just between you and me.

I stopped and thought. Doggone it, if anything happened to me…oh, even a car crash, or anything that can stop breathing…while Ricky had this, eventually it would wind up with Miles and Belle. Unless I rigged things to prevent it. I realized as I thought about it that I had subconsciously reached a decision about the cold-sleep deal; I wasn’t going to take it. Sobering up and the lecture the doc had read me had stiffened my spine; I wasn’t going to run away, I was going to stay and fight—and this stock certificate was my best weapon. It gave me the right to examine the books; it entitled me to poke my nose into any and all affairs of the company. If they tried again simply to keep me out with a hired guard I could go back next time with a lawyer and a deputy sheriff and a court order.

I could drag them into court with it too. Maybe I couldn’t win but I could make a stink and perhaps cause the Mannix people to shy off from buying them out.

Maybe I shouldn’t send it to Ricky at all.

No, if anything happened to me I wanted her to have it. Ricky and Pete were all the “family” I had. I went on writing:

If by any chance I don’t see you for a year, you’ll know something has happened to me. If that happens, take care of Pete, if you can find him— and without telling anybody take the inside envelope to a branch of the Bank of America, give it to the trust officer and tell him to open it.

Love and kisses, Uncle Danny

Then I took another sheet and wrote: “3 December 1970, Los Angeles, California—For one dollar in hand received and other valuable considerations I assign”—here I listed legal descriptions and serial numbers of my Hired Girl, Inc., stock shares—“to the Bank of America in trust for Frederica Virginia Gentry and to be reassigned to her on her twenty-first birthday,” and signed it. The intent was clear and it was the best I could do on a drugstore counter with a jukebox blaring in my ear. It should make sure that Ricky got the stock if anything happened to me, while making darn sure that Miles and Belle could not grab it away from her.

But if all went well, I would just ask Ricky to give the envelope back to me when I got around to it. By not using the assignment form printed on the back of the certificate, I avoided all the red tape of having a minor assign it back to me; I could just tear up the separate sheet of paper.

I sealed the stock certificate with the note assigning it into the smaller envelope, placed it and the letter to Ricky in the larger envelope, addressed it to Ricky at the Girl Scout camp, stamped it, and dropped it in the box outside the drugstore. I noted that it would be picked up in about forty minutes and climbed back into my car feeling positively lighthearted…not because I had safeguarded the stock but because I had solved my greater problems.

Well, not “solved” them, perhaps, but had decided to face them, not run off and crawl in a hole to play Rip van Winkle…nor try to blot them out again with ethanol in various flavors. Sure, I wanted to see the year 2000, but just by sitting tight I would see it…when I was sixty, and still young enough, probably, to whistle at the girls. No hurry. Jumping to the next century in one long nap wouldn’t be satisfactory to a normal man anyhow—

about like seeing the end of a movie without having seen what goes before. The thing to do with the next thirty years was to enjoy them while they

unfolded; then when I came to the year 2000 I would understand it.

In the meantime I was going to have one lulu of a fight with Miles and Belle. Maybe I wouldn’t win, but I would sure let them know they had been in a scrap—like the times Pete had come home bleeding in six directions but insisting loudly, “You ought to see the other cat!”

I didn’t expect much out of this interview tonight. All it would amount to was a formal declaration of war. I planned to ruin Miles’ sleep… and he could phone Belle and ruin hers.

III

BY THE TIME I got to Miles’ house I was whistling. I had quit worrying about that precious pair and had worked out in my head, in the last fifteen miles, two brand-new gadgets, either one of which could make me rich. One was a drafting machine, to be operated like an electric typewriter. I guessed that there must be easily fifty thousand engineers in the U.S. alone bending over drafting boards every day and hating it, because it gets you in your kidneys and ruins your eyes. Not that they didn’t want to design—they did want to—but physically it was much too hard work.

This gismo would let them sit down in a big easy chair and tap keys and have the picture unfold on an easel above the keyboard. Depress three keys simultaneously and have a horizontal line appear just where you want it; depress another key and you fillet it in with a vertical line; depress two keys and then two more in succession and draw a line at an exact slant.

Cripes, for a small additional cost as an accessory, I could add a second easel, let an architect design in isometric (the only easy way to design), and have the second picture come out in perfect perspective rendering without his even looking at it. Why, I could even set the thing to pull floor plans and elevations right out of the isometric.

The beauty of it was that it could be made almost entirely with standard parts, most of them available at radio shops and camera stores. All but the control board, that is, and I was sure I could breadboard a rig for that by buying an electric typewriter, tearing its guts out, and hooking the keys to operate these other circuits. A month to make a primitive model, six weeks more to chase bugs…

But that one I just tucked away in the back of my mind, certain that I could do it and that it would have a market. The thing that really delighted me was that I had figured out a way to outflex poor old Flexible Frank. I knew more about Frank than anyone else could learn, even if they studied him a year. What they could not know, what even my notes did not show, was that there was at least one workable alternative for every choice I had made

—and that my choices had been constrained by thinking of him as a household servant. To start with, I could throw away the restriction that he had to live in a powered wheelchair. From there on I could do anything, except that I would need the Thorsen memory tubes—and Miles could not keep me from using those; they were on the market for anyone who wanted to design a cybernetic sequence.

The drafting machine could wait; I’d get busy on the unlimited all-purpose automaton, capable of being programmed for anything a man could do, just as long as it did not require true human judgment.

No, I’d rig a drafting machine first, then use it to design Protean Pete. “How about that, Pete? We’re going to name the world’s first real robot after you.”

“Mrrrrarr?”

“Don’t be so suspicious; it’s an honor.” After breaking in on Frank, I could design Pete right at my drafting machine, really refine it, and quickly. I’d make it a killer, a triple-threat demon that would displace Frank before they ever got him into production. With any luck I’d run them broke and have them begging me to come back. Kill the goose that lays the golden eggs, would they?

There were lights on in Miles’ house and his car was at the curb. I parked in front of Miles’ car, said to Pete, “You’d better stay here, fellow, and protect the car. Holler ‘halt’ three times fast, then shoot to kill.”

“Nooo!”

“If you go inside you’ll have to stay in the bag.” “Bleerrrt?”

“Don’t argue. If you want to come in, get in your bag.” Pete jumped into the bag.

Miles let me in. Neither of us offered to shake hands. He led me into his living room and gestured at a chair.

Belle was there. I had not expected her, but I suppose it was not surprising. I looked at her and grinned. “Fancy meeting you here! Don’t tell me you came all the way from Mojave just to talk to little old me?” Oh, I’m a gallus-snapper when I get started; you should see me wear women’s hats at parties.

Belle frowned. “Don’t be funny, Dan. Say what you have to say, if anything, and get out.”

“Don’t hurry me. I think this is cozy… my former partner… my former fiancée. All we lack is my former business.”

Miles said placatingly, “Now, Dan, don’t take that attitude. We did it for your own good…and you can come back to work any time you want to. I’d be glad to have you back.”

“For my own good, eh? That sounds like what they told the horse thief when they hanged him. As for coming back—how about it, Belle? Can I come back?”

She bit her lip. “If Miles says so, of course.”

“It seems like only yesterday that it used to be: ‘If Dan says so, of course.’ But everything changes; that’s life. And I’m not coming back, kids; you can stop fretting. I just came here tonight to find out some things.”

Miles glanced at Belle. She answered, “Such as?”

“Well, first, which one of you cooked up the swindle? Or did you plan it together?” Miles said slowly, “That’s an ugly word, Dan. I don’t like it.”

“Oh, come, come, let’s not be mealymouthed. If the word is ugly, the deed is ten times as ugly. I mean faking a yellow-dog contract, faking patent assignments—that one is a Federal offense, Miles; I think they pipe sunlight to you on alternate Wednesdays. I’m not sure, but no doubt the FBI can tell me. Tomorrow,” I added, seeing him flinch.

“Dan, you’re not going to be silly enough to try to make trouble about this?”

“Trouble? I’m going to hit you in all directions, civil and criminal, on all counts. You’ll be too busy to scratch…unless you agree to do one thing. But I didn’t mention your third peccadillo—theft of my notes and drawings of Flexible Frank…and the working model, too, although you may be able to make me pay for the materials for that, since I did bill them to the company.”

“Theft, nonsense!” snapped Belle. “You were working for the company.”

“Was I? I did most of it at night. And I never was an employee, Belle, as you both know. I simply drew living expenses against profits earned by my shares. What is the Mannix outfit going to say when I file a criminal complaint, charging that the things they were interested in buying—Hired Girl, Willie, and Frank—never did belong to the company but were stolen from me?”

“Nonsense,” Belle repeated grimly. “You were working for the company. You had a contract.”

I leaned back and laughed. “Look, kids, you don’t have to lie now; save it for the witness stand. There ain’t nobody here but just us chickens. What I really want to know is this: Who thought it up? I know how it was done. Belle, you used to bring in papers for me to sign. If more than one copy had to be signed, you would paper-clip the other copies to the first—for my convenience, of course; you were always the perfect secretary—and all I would see of the copies underneath would be the place to sign my name. Now I know that you slipped some jokers into some of those neat piles.

So I know that you were the one who conducted the mechanics of the swindle; Miles could not have done it. Shucks, Miles can’t even type very well.

But who worded those documents you horsed me into signing? You? I don’t think so…unless you’ve had legal training you never mentioned. How about it, Miles? Could a mere stenographer phrase that wonderful clause seven so perfectly? Or did it take a lawyer? You, I mean.”

Miles’ cigar had long since gone out. He took it from his mouth, looked at it, and said carefully, “Dan, old friend, if you think you’ll trap us into admissions, you’re crazy.”

“Oh, come off it; we’re alone. You’re both guilty either way. But I’d like to think that Delilah over there came to you with the whole thing wrapped up, complete, and then tempted you into a moment of weakness. But I know it’s not true. Unless Belle is a lawyer herself, you were both in it, accomplices before and after. You wrote the double talk; she typed it and tricked me into signing. Right?”

“Don’t answer, Miles!”

“Of course I won’t answer,” Miles agreed. “He may have a recorder hidden in that bag.”

“I should have had,” I agreed, “but I don’t.” I spread the top of the bag and Pete stuck his head out. “You getting it all, Pete? Careful what you say, folks; Pete has an elephant’s memory. No, I didn’t bring a recorder—I’m just good old lunkheaded Dan Davis who never thinks ahead. I go stumbling along, trusting my friends…the way I trusted you two. Is Belle a lawyer, Miles? Or did you yourself sit down in cold blood and plan how you could hog-tie me and rob me and make it look legal?”

“Miles!” interrupted Belle. “With his skill, he could make a recorder the size of a pack of cigarettes. It may not be in the bag. It may be on him.” “That’s a good idea, Belle. Next time I’ll have one.”

“I’m aware of that, my dear,” Miles answered. “If he has, you are talking very loosely. Mind your tongue.”

Belle answered with a word I didn’t know she used. My eyebrows went up. “Snapping at each other? Trouble between thieves already?” Miles’ temper was stretching thin, I was happy to see. He answered, “Mind your tongue, Dan…if you want to stay healthy.”

“Tsk, tsk! I’m younger than you are and I’ve had the judo course a lot more recently. And you wouldn’t shoot a man; you’d frame him with some sort of fake legal document. ‘Thieves,’ I said, and ‘thieves’ I meant. Thieves and liars, both of you.” I turned to Belle. “My old man taught me never to call a lady a liar, sugar face, but you aren’t a lady. You’re a liar…and a thief…and a tramp.”

Belle turned red and gave me a look in which all her beauty vanished and the underlying predatory animal was all that remained. “Miles!” she said shrilly. “Are you going to sit there and let him—”

“Quiet!” Miles ordered. “His rudeness is calculated. It’s intended to make us get excited and say things we’ll regret. Which you are almost doing. So keep quiet.” Belle shut up, but her face was still feral. Miles turned to me. “Dan, I’m a practical man always, I hope. I tried to make you see reason before you walked out of the firm. In the settlement I tried to make it such that you would take the inevitable gracefully.”

“Be raped quietly, you mean.”

“As you will. I still want a peaceful settlement. You couldn’t win any sort of suit, but as a lawyer I know that it is always better to stay out of court than to win. If possible. You mentioned a while ago that there was some one thing I could do that would placate you. Tell me what it is; perhaps we can reach terms.”

“Oh, that. I was coming to it. You can’t do it, but perhaps you can arrange it. It’s simple. Get Belle to assign back to me the stock I assigned to her as an engagement present.”

“No!” said Belle. Miles said, “I told you to keep quiet.”

I looked at her and said, “Why not, my former dear? I’ve taken advice on this point, as the lawyers put it, and, since it was given in consideration of the fact that you promised to marry me, you are not only morally but legally bound to return it. It was not a ‘free gift,’ as I believe the expression is, but something handed over for an expected and contracted consideration which I never received, to wit, your somewhat lovely self. So how about coughing up, huh? Or have you changed your mind again and are now willing to marry me?”

She told me where and how I could expect to marry her.

Miles said tiredly, “Belle, you’re only making things worse. Don’t you understand that he is trying to get our goats?” He turned back to me. “Dan, if that is what you came over for, you may as well leave. I stipulate that if the circumstances had been as you alleged, you might have a point. But they were not. You transferred that stock to Belle for value received.”

“Huh? What value? Where’s the canceled check?”

“There didn’t need be any. For services to the company beyond her duties.”

I stared. “What a lovely theory! Look, Miles old boy, if it was for service to the company and not to me personally, then you must have known about it and would have been anxious to pay her the same amount—after all, we split the profits fifty-fifty even if I had…or thought I had…retained control. Don’t tell me you gave Belle a block of stock of the same size?”

Then I saw them glance at each other and I got a wild hunch. “Maybe you did! I’ll bet my little dumpling made you do it, or she wouldn’t play. Is that right? If so, you can bet your life she registered the transfer at once…and the dates will show that I transferred stock to her at the very time we got

engaged—shucks, the engagement was in the Desert Herald—while you transferred stock to her when you put the skids under me and she jilted me—and it’s all a matter of record! Maybe a judge will believe me, Miles? What do you think?”

I had cracked them, I had cracked them! I could tell from the way their faces went blank that I had stumbled on the one circumstance they could

never explain and one I was never meant to know. So I crowded them…and had another wild guess. Wild? No, logical. “How much stock, Belle? As much as you got out of me, just for being ‘engaged’? You did more for him; you should have gotten more.” I stopped suddenly. “Say… I thought it was odd that Belle came all the way over here just to talk to me, seeing how she hates that trip. Maybe you didn’t come all that way; maybe you were here all along. Are you two shacked up? Or should I say ‘engaged’? Or…are you already married?” I thought about it. “I’ll bet you are. Miles, you aren’t as starry-eyed as I am; I’ll bet my other shirt that you would never, never transfer stock to Belle simply on promise of marriage. But you might for a wedding present—provided you got back voting control of it. Don’t bother to answer; tomorrow I’m going to start digging for the facts. They’ll be on record too.”

Miles glanced at Belle and said, “Don’t waste your time. Meet Mrs. Gentry.”

“So? Congratulations, both of you. You deserve each other. Now about my stock. Since Mrs. Gentry obviously can’t marry me, then—”

“Don’t be silly, Dan. I’ve already offset your ridiculous theory. I did make a stock transfer to Belle just as you did. For the same reason, services to the firm. As you say, these things are matters of record. Belle and I were married just a week ago…but you will find the stock registered to her quite some time ago if you care to look it up. You can’t connect them. No, she received stock from both of us, because of her great value to the firm. Then after you jilted her and after you left the employ of the firm, we were married.”

It set me back. Miles was too smart to tell a lie I could check on so easily. But there was something about it that was not true, something more than I had as yet found out.

“When and where were you married?”

“Santa Barbara courthouse, last Thursday. Not that it is your business.”

“Perhaps not. When was the stock transfer?”

“I don’t know exactly. Look it up if you want to know.”

Damn it, it just did not ring true that he had handed stock over to Belle before he had her committed to him. That was the sort of sloppy stunt I pulled; it wasn’t in character for him. “I’m wondering something, Miles. If I put a detective to work on it, might I find that the two of you got married once before a little earlier than that? Maybe in Yuma? Or Las Vegas? Or maybe you ducked over to Reno that time you both went north for the tax hearings? Maybe it would turn out that there was such a marriage recorded, and maybe the date of the stock transfer and the dates my patents were assigned to the firm all made a pretty pattern. Huh?”

Miles did not crack; he did not even look at Belle. As for Belle, the hate in her face could not have been increased even by a lucky stab in the dark. Yet it seemed to fit and I decided to ride the hunch to the limit.

Miles simply said, “Dan, I’ve been patient with you and have tried to be conciliatory. All it’s got me is abuse. So I think it’s time you left. Or I’ll bloody well make a stab at throwing you out—you and your flea-bitten cat!”

“Olé!” I answered. “That’s the first manly thing you’ve said tonight. But don’t call Pete ‘flea-bitten.’ He understands English and he is likely to take a chunk out of you. Okay, ex-pal, I’ll get out…but I want to make a short curtain speech, very short. It’s probably the last word I’ll ever have to say to you. Okay?”

“Well…okay. Make it short.”

Belle said urgently, “Miles, I want to talk to you.”

He motioned her to be quiet without looking at her. “Go ahead. Be brief.”

I turned to Belle. “You probably won’t want to hear this, Belle. I suggest that you leave.”

She stayed, of course. I wanted to be sure she would. I looked back at him. “Miles, I’m not too angry with you. The things a man will do for a larcenous woman are beyond belief. If Samson and Mark Antony were vulnerable, why should I expect you to be immune? By rights, instead of being angry I should be grateful to you. I guess I am, a little. I do know I’m sorry for you.” I looked over at Belle. “You’ve got her now and she’s all your

problem…and all it has cost me is a little money and temporarily my peace of mind. But what will she cost you? She cheated me, she even managed to persuade you, my trusted friend, to cheat me…what day will she team up with a new cat’s-paw and start cheating you? Next week? Next month? As long as next year? As surely as a dog returns to its vomit—”

“Miles!” Belle shrilled.

Miles said dangerously, “Get out!” and I knew he meant it. So I stood up.

“We were just going. I’m sorry for you, old fellow. Both of us made just one mistake originally, and it was as much my fault as yours. But you’ve got to pay for it alone. And that’s too bad…because it was such an innocent mistake.”

His curiosity got him. “What do you mean?”

“We should have wondered why a woman so smart and beautiful and competent and all-around high-powered was willing to come to work for us at clerk-typist’s wages. If we had taken her fingerprints the way the big firms do, and run a routine check, we might not have hired her…and you and I would still be partners.”

Pay dirt again! Miles looked suddenly at his wife and she looked—well, “cornered rat” is wrong; rats aren’t shaped like Belle.

And I couldn’t leave well enough alone; I just had to pick at it. I walked toward her, saying, “Well, Belle? If I took that highball glass sitting beside you and had the fingerprints on it checked, what would I find? Pictures in post offices? The big con? Or bigamy? Marrying suckers for their money, maybe? Is Miles legally your husband?” I reached down and picked up the glass.

Belle slapped it out of my hand. And Miles shouted at me.

And I had finally pushed my luck too far. I had been stupid to go into a cage of dangerous animals with no weapons, then I forgot the first tenet of the animal tamer; I turned my back. Miles shouted and I turned toward him. Belle reached for her purse…and I remember thinking that it was a hell of a time for her to be reaching for a cigarette.

Then I felt the stab of the needle.

I remember feeling just one thing as my knees got weak and I started slipping toward the carpet: utter astonishment that Belle would do such a thing to me. When it came right down to it, I still trusted her.

IV

I NEVER WAS completely unconscious. I got dizzy and vague as the drug hit me—it hits even quicker than morphine. But that was all. Miles yelled something at Belle and grabbed me around the chest as my knees folded. As he dragged me over and let me collapse into a chair, even the dizziness passed.

But while I was awake, part of me was dead. I know now what they used on me: the “zombie” drug, Uncle Sam’s answer to brainwashing. So far as I know, we never used it on a prisoner, but the boys whipped it up in the investigation of brainwashing and there it was, illegal but very effective. It’s the same stuff they now use in one-day psychoanalysis, but I believe it takes a court order to permit even a psychiatrist to use it.

God knows where Belle laid hands on it. But then God alone knows what other suckers she had on the string.

But I wasn’t wondering about that then; I wasn’t wondering about anything. I just lay slumped there, passive as a vegetable, hearing what went on, seeing anything in front of my eyes—but if Lady Godiva had strolled through without her horse I would not have shifted my eyes as she passed out of my vision.

Unless I was told to.

Pete jumped out of his bag, trotted over to where I slouched, and asked what was wrong. When I didn’t answer he started stropping my shins vigorously back and forth while still demanding an explanation. When still I did not respond he levitated to my knees, put his forepaws on my chest, looked me right in the face, and demanded to know what was wrong, right now and no nonsense.

I didn’t answer and he began to wail.

That caused Miles and Belle to pay attention to him. Once Miles had me in the chair he had turned to Belle and had said bitterly, “Now you’ve done it! Have you gone crazy?”

Belle answered, “Keep your nerve, Chubby. We’re going to settle him once and for all.”

“What? If you think I’m going to help in a murder—”

“Stuff it! That would be the logical thing to do…but you don’t have the guts for it. Fortunately it’s not necessary with that stuff in him.”

“What do you mean?”

“He’s our boy now. He’ll do what I tell him to. He won’t make any more trouble.” “But…good God, Belle, you can’t keep him doped up forever. Once he comes out of it—”

“Quit talking like a lawyer. I know what this stuff will do; you don’t. When he comes out of it he’ll do whatever I’ve told him to do. I’ll tell him never to sue us; he’ll never sue us. I tell him to quit sticking his nose into our business; okay, he’ll leave us alone. I tell him to go to Timbuktu; he’ll go there. I tell him to forget all this; he’ll forget…but he’ll do it just the same.”

I listened, understanding her but not in the least interested. If somebody had shouted, “The house is on fire!” I would have understood that, too, and I still would not have been interested.

“I don’t believe it.”

“You don’t, eh?” She looked at him oddly. “You ought to.” “Huh? What do you mean?”

“Skip it, skip it. This stuff works, Chubby. But first we’ve got to—”

It was then that Pete started wailing. You don’t hear a cat wail very often; you could go a lifetime and not hear it. They don’t do it when fighting, no matter how badly they are hurt; they never do it out of simple displeasure. A cat does it only in ultimate distress, when the situation is utterly unbearable but beyond its capacity and there is nothing left to do but keen.

It puts one in mind of a banshee. Also it is hardly to be endured; it hits a nerve-racking frequency. Miles turned and said, “That confounded cat! We’ve got to get it out of here.”

Belle said, “Kill it.”

“Huh? You’re always too drastic, Belle. Why, Dan would raise more Cain about that worthless animal than he would if we had stripped him completely. Here—” He turned and picked up Pete’s travel bag.

Ill kill it!” Belle said savagely. “I’ve wanted to kill that damned cat for months.” She looked around for a weapon and found one, a poker from the fireplace set; she ran over and grabbed it.

Miles picked up Pete and tried to put him into the bag.

“Tried” is the word. Pete isn’t anxious to be picked up by anyone but me or Ricky, and even I would not pick him up while he was wailing, without very careful negotiation; an emotionally disturbed cat is as touchy as mercury fulminate. But even if he were not upset, Pete certainly would never permit himself without protest to be picked up by the scruff of the neck.

Pete got him with claws in the forearm and teeth in the fleshy part of Miles’ left thumb. Miles yelped and dropped him. Belle shrilled, “Stand clear, Chubby!” and swung at him with the poker.

Belle’s intentions were sufficiently forthright and she had the strength and the weapon. But she wasn’t skilled with her weapon, whereas Pete is very skilled with his. He ducked under that roundhouse swipe and hit her four ways, two paws for each of her legs.

Belle screamed and dropped the poker.

I didn’t see much of the rest of it. I was still looking straight ahead and could see most of the living room, but I couldn’t see anything outside that angle because no one told me to look in any other direction. So I followed the rest of it mostly by sound, except once when they doubled back across my cone of vision, two people chasing a cat—then with unbelievable suddenness, two people being chased by a cat. Aside from that one short scene I was aware of the battle by the sounds of crashes, running, shouts, curses, and screams.

But I don’t think they ever laid a glove on him.

The worst thing that happened to me that night was that in Pete’s finest hour, his greatest battle and greatest victory, I not only did not see all the details, but I was totally unable to appreciate any of it. I saw and I heard but I had no feeling about it; at his supreme Moment of Truth I was numb.

I recall it now and conjure up emotion I could not feel then. But it’s not the same thing; I’m forever deprived, like a narcolept on a honeymoon.

The crashes and curses ceased abruptly, and shortly Miles and Belle came back into the living room. Belle said between gasps, “Who left that censorable screen door unhooked?”

“You did. Shut up about it. It’s gone now.” Miles had blood on his face as well as his hands; he dabbed at the fresh scratches on his face and did them no good. At some point he must have tripped and gone down, for his clothes looked it and his coat was split up the back.

“I will like hell shut up. Have you got a gun in the house?” “Huh?”

“I’m going to shoot that damned cat.” Belle was in even worse shape than Miles; she had more skin where Pete could get at it—legs, bare arms

and shoulders. It was clear that she would not be wearing strapless dresses again soon, and unless she got expert attention promptly she was likely

to have scars. She looked like a harpy after a no-holds-barred row with her sisters. Miles said, “Sit down!”

She answered him briefly and, by implication, negatively. “I’m going to kill that cat.”

“Then don’t sit down. Go wash yourself. I’ll help you with iodine and stuff and you can help me. But forget that cat; we’re well rid of it.”

Belle answered rather incoherently, but Miles understood her. “You too,” he answered, “in spades. Look here, Belle, if I did have a gun—I’m not saying that I have—and you went out there and started shooting, whether you got the cat or not you would have the police here inside of ten minutes, snooping around and asking questions. Do you want that with him on our hands?” He jerked a thumb in my direction. “And if you go outside the house tonight without a gun that beast will probably kill you.” He scowled even more deeply. “There ought to be a law against keeping an animal like

that. He’s a public danger. Listen to him.”

We could all hear Pete prowling around the house. He was not wailing now; he was voicing his war cry—inviting them to choose weapons and come outside, singly or in bunches.

Belle listened to it and shuddered. Miles said, “Don’t worry; he can’t get in. I not only hooked the screen you left open, I locked the door.” “I did not leave it open!”

“Have it your own way.” Miles went around checking the window fastenings. Presently Belle left the room and so did he. Sometime while they were gone Pete shut up. I don’t know how long they were gone; time didn’t mean anything to me.

Belle came back first. Her makeup and hairdo were perfect; she had put on a long-sleeved, high-necked dress and had replaced the ruined stockings. Except for Band-Aid strips on her face, the results of battle did not show. Had it not been for the grim look on her phiz I would have considered her, under other circumstances, a delectable sight.

She came straight toward me and told me to stand up, so I did. She went through me quickly and expertly, not forgetting watch pocket, shirt pockets, and the diagonal one on the left inside of the jacket which most suits do not have. The take was not much—my wallet with a small amount of cash, ID cards, driver’s license, and such, keys, small change, a nasal inhaler against the smog, minor miscellaneous junk, and the envelope containing the certified check which she herself had bought and had sent to me. She turned it over, read the closed endorsement I had made on it, and looked puzzled.

“What’s this, Dan? Buying a slug of insurance?”

“No.” I would have told her the rest, but answering the last question asked of me was the best I could do.

She frowned and put it with the rest of the contents of my pockets. Then she caught sight of Pete’s bag and apparently recalled the flap in it I used for a briefcase, for she picked it up and opened the flap.

At once she found the quadruplicate sets of the dozen and a half forms I had signed for Mutual Assurance Company. She sat down and started to read them. I stood where she had left me, a tailor’s dummy waiting to be put away.

Presently Miles came in wearing bathrobe and slippers and quite a large amount of gauze and adhesive tape. He looked like a fourth-rate middleweight whose manager has let him be outmatched. He was wearing one bandage like a scalp lock, fore and aft on his bald head; Pete must have got to him while he was down.

Belle glanced up, waved him to silence, and indicated the stack of papers she was through with. He sat down and started to read. He caught up with her and finished the last one reading over her shoulder.

She said, “This puts a different complexion on things.”

“An understatement. This commitment order is for December fourth—that’s tomorrow. Belle, he’s as hot as noon in Mojave; we’ve got to get him out of here!” He glanced at a clock. “They’ll be looking for him in the morning.”

“Miles, you always get chicken when the pressure is on. This is a break, maybe the best break we could hope for.” “How do you figure?”

“This zombie soup, good as it is, has one shortcoming. Suppose you dose somebody with it and load him up with what you want him to do. Okay, so he does it. He carries out your orders; he has to. Know anything about hypnosis?”

“Not much.”

“Do you know anything but law, Chubby? You haven’t any curiosity. A posthypnotic command—which is what this amounts to—may conflict, in fact it’s almost certain to conflict, with what the subject really wants to do. Eventually that may land him in the hands of a psychiatrist. If the psychiatrist is any good, he’s likely to find out what the trouble is. It is just possible that Dan here might go to one and get unstuck from whatever orders I give him. If he did, he could make plenty of trouble.”

“Damn it, you told me this drug was sure-fire.”

“Good God, Chubby, you have to take chances with everything in life. That’s what makes it fun. Let me think.”

After a bit she said, “The simplest thing and the safest is to let him go ahead with this sleep jump he is all set to take. He wouldn’t be any more out of our hair if he was dead—and we don’t have to take any risk. Instead of having to give him a bunch of complicated orders and then praying that he won’t come unstuck, all we have to do is order him to go ahead with the cold sleep, then sober him up and get him out of here…or get him out of here and then sober him.” She turned to me. “Dan, when are you going to take the Sleep?”

“I’m not.”

“Huh? What’s all this?” She gestured at the papers from my bag. “Papers for cold sleep. Contracts with Mutual Assurance.”

“He’s nutty,” Miles commented. “Mmm…of course he is. I keep forgetting that they can’t really think when they’re under it. They can hear and talk and answer questions…but it has to be just the right questions. They can’t think.” She came up close and looked me in the eyes. “Dan, I want you to tell me all about this cold-sleep deal. Start at the beginning and tell it all the way through. You’ve got all the papers here to do it; apparently you signed them just today. Now you say you aren’t going to do it. Tell me all about it, because I want to know why you were going to do it and now you say you aren’t.”

So I told her. Put that way, I could answer. It took a long time to tell as I did just what she said and told it all the way through in detail. “So you sat there in that drive-in and decided not to? You decided to come out here and make trouble for us instead?”

“Yes.” I was about to go on, tell about the trip out, tell her what I had said to Pete and what he had said to me, tell her how I had stopped at a drugstore and taken care of my Hired Girl stock, how I had driven then to Miles’ house, how Pete had not wanted to wait in the car, how—

But she did not give me a chance. She said, “You’ve changed your mind again, Dan. You want to take the cold sleep. You’re going to take the cold sleep. You won’t let anything in the world stand in the way of your taking the cold sleep. Understand me? What are you going to do?”

“I’m going to take the cold sleep. I want to take…” I started to sway. I had been standing like a flagpole for more than an hour, I would guess, without moving any muscle, because no one had told me to. I started collapsing slowly toward her.

She jumped back and said sharply, “Sit down!”

So I sat down.

Belle turned to Miles. “That does it. I’ll hammer away at it until I’m sure he can’t miss.” Miles looked at the clock. “He said that doctor wanted him there at noon.”

“Plenty of time. But we had better drive him there ourselves, just to be—No, damn it!” “What’s the trouble?”

“The time is too short. I gave him enough soup for a horse, because I wanted it to hit him fast—before he hit me. By noon he’d be sober enough to convince most people. But not a doctor.”

“Maybe it’ll just be perfunctory. His physical examination is already here and signed.”

“You heard what he said the doctor told him. The doctor’s going to check him to see if he’s had anything to drink. That means he’ll test his reflexes and take his reaction time and peer in his eyes and—oh, all the things we don’t want done. The things we don’t dare let a doctor do. Miles, it won’t work.”

“How about the next day? Call ’em up and tell them there has been a slight delay?” “Shut up and let me think.”

Presently she started looking over the papers I had brought with me. Then she left the room, returned immediately with a jeweler’s loupe, which she screwed into her right eye like a monocle, and proceeded to examine each paper with great care. Miles asked her what she was doing, but she brushed his question aside.

Presently she took the loupe out of her eye and said, “Thank goodness they all have to use the same government forms. Chubby, get me the yellow-pages phone book.”

“What for?”

“Get it, get it. I want to check the exact phrasing of a firm name—oh, I know what it is but I want to be sure.”

Grumbling, Miles fetched it. She thumbed through it, then said, “Yes, ‘Master Insurance Company of California’…and there’s room enough on each of them. I wish it could be ‘Motors’ instead of ‘Master’; that would be a cinch—but I don’t have any connections at ‘Motors Insurance,’ and besides, I’m not sure they even handle hibernation; I think they’re just autos and trucks.” She looked up. “Chubby, you’re going to have to drive me out to the plant right away.”

“Huh?”

“Unless you know of some quicker way to get an electric typewriter with executive typeface and carbon ribbon. No, you go out by yourself and fetch it back; I’ve got telephoning to do.”

He frowned. “I’m beginning to see what you plan to do. But, Belle, this is crazy. This is fantastically dangerous.”

She laughed. “That’s what you think. I told you I had good connections before we ever teamed up. Could you have swung the Mannix deal alone?” “Well…I don’t know.”

I know. And maybe you don’t know that Master Insurance is part of the Mannix group.” “Well, no, I didn’t. And I don’t see what difference it makes.”

“It means my connections are still good. See here, Chubby, the firm I used to work for used to help Mannix Enterprises with their tax losses …until my boss left the country. How do you think we got such a good deal without being able to guarantee that Danny boy went with the deal? I know all about Mannix. Now hurry up and get that typewriter and I’ll let you watch an artist at work. Watch out for that cat.”

Miles grumbled but started to leave, then returned. “Belle? Didn’t Dan park right in front of the house?” “Why?”

“His car isn’t there now.” He looked worried.

“Well, he probably parked around the corner. It’s unimportant. Go get that typewriter. Hurry!”

He left again. I could have told them where I had parked but, since they did not ask me, I did not think about it. I did not think at all.

Belle went elsewhere in the house and left me alone. Sometime around daylight Miles got back, looking haggard and carrying our heavy typewriter. Then I was left alone again.

Once Belle came back in and said, “Dan, you’ve got a paper there telling the insurance company to take care of your Hired Girl stock. You don’t want to do that; you want to give it to me.”

I didn’t answer. She looked annoyed and said, “Let’s put it this way. You do want to give it to me. You know you want to give it to me. You know that, don’t you?”

“Yes. I want to give it to you.”

“Good. You want to give it to me. You have to give it to me. You won’t be happy until you do give it to me. Now where is it? Is it in your car?” “No.”

“Then where is it?” “I mailed it.”

What?She grew shrill. “When did you mail it? Who did you mail it to? Why did you do it?”

If she had asked the second question last I would have answered it. But I answered the last question, that being all I could handle. “I assigned it.”

Miles came in. “Where did he put it?”

“He says he’s mailed it…because he has assigned it! You had better find his car and search it—he may just think he actually mailed it. He certainly had it with him at the insurance company.”

“Assigned it!” repeated Miles. “Good Lord! To whom?” “I’ll ask him. Dan, to whom did you assign your stock?”

“To the Bank of America.” She didn’t ask me why or I would have told her about Ricky.

All she did was slump her shoulders and sigh. “There goes the ball game, Chubby. We can forget about the stock. It’ll take more than a nail file to get it away from a bank.” She straightened up suddenly. “Unless he hasn’t really mailed it yet. If he hasn’t I’ll clean that assignment off the back so pretty you’ll think it’s been to the laundry. Then he’ll assign it again…to me.”

“To us,” corrected Miles.

“That’s just a detail. Go find his car.”

Miles returned later and announced, “It’s not anywhere within six blocks of here. I cruised around all the streets, and the alleys too. He must have used a cab.”

“You heard him say he drove his own car.”

“Well, it’s not out there. Ask him when and where he mailed the stock.”

So Belle did and I told them. “Just before I came here. I mailed it at the postbox at the corner of Sepulveda and Ventura Boulevard.”

“Do you suppose he’s lying?” asked Miles.

“He can’t lie, not in the shape he’s in. And he’s too definite about it to be mixed up. Forget it, Miles. Maybe after he’s put away it will turn out that his assignment is no good because he had already sold it to us…at least I’ll get his signature on some blank sheets and be ready to try it.”

She did try to get my signature and I tried to oblige. But in the shape I was in I could not write well enough to satisfy her. Finally she snatched a sheet out of my hand and said viciously, “You make me sick! I can sign your name better than that.” Then she leaned over me and said tensely, “I wish I had killed your cat.”

They did not bother me again until later in the day. Then Belle came in and said, “Danny boy, I’m going to give you a hypo and then you’ll feel a lot better. You’ll feel able to get up and move around and act just like you always have acted. You won’t be angry at anybody, especially not at Miles and me. We’re your best friends. We are, aren’t we? Who are your best friends?”

“You are. You and Miles.”

“But I’m more than that. I’m your sister. Say it.” “You’re my sister.”

“Good. Now we’re going for a ride and then you are going for a long sleep. You’ve been sick and when you wake up you’ll be well. Understand me?”

“Yes.”

“Who am I?”

“You’re my best friend. You’re my sister.” “Good boy. Push your sleeve back.”

I didn’t feel the hypo go in, but it stung after she pulled it out. I sat up and shrugged and said, “Gee, Sis, that stung. What was it?” “Something to make you feel better. You’ve been sick.”

“Yeah, I’m sick. Where’s Miles?”

“He’ll be here in a moment. Now let’s have your other arm. Push back the sleeve.”

I said, “What for?” but I pushed back the sleeve and let her shoot me again. I jumped. She smiled. “That didn’t really hurt, did it?”

“Huh? No, it didn’t hurt. What’s it for?”

“It will make you sleepy on the ride. Then when we get there you’ll wake up.”

“Okay. I’d like to sleep. I want to take a long sleep.” Then I felt puzzled and looked around. “Where’s Pete? Pete was going to sleep with me.” “Pete?” Belle said. “Why, dear, don’t you remember? You sent Pete to stay with Ricky. She’s going to take care of him.”

“Oh yes!” I grinned with relief. I had sent Pete to Ricky; I remembered mailing him. That was good. Ricky loved Pete and she would take good care of him while I was asleep.

They drove me out to the Consolidated Sanctuary at Sawtelle, one that many of the smaller insurance companies used—those that didn’t have their own. I slept all the way but came awake at once when Belle spoke to me. Miles stayed in his car and she took me in. The girl at the desk looked up and said, “Davis?”

“Yes,” agreed Belle. “I’m his sister. Is the representative for Master Insurance here?”

“You’ll find him down in Treatment Room Nine—they’re ready and waiting. You can give the papers to the man from Master.” She looked at me with interest. “He’s had his physical examination?”

“Oh yes!” Belle assured her. “Brother is a therapy-delay case, you know. He’s under an opiate…for the pain.” The receptionist clucked sympathetically. “Well, hurry on in then. Through that door and turn left.”

In Room Nine there was a man in street clothes and one in white coveralls and a woman in a nurse’s uniform. They helped me get undressed and treated me like an idiot child while Belle explained again that I was under a sedative for the pain. Once he had me stripped and up on the table, the man in white massaged my belly, digging his fingers in deeply. “No trouble with this one,” he announced. “He’s empty.”

“He hasn’t had anything to eat or drink since yesterday evening,” agreed Belle.

“That’s fine. Sometimes they come in here stuffed like a Christmas turkey. Some people have no sense.” “True. Very true.”

“Uh-huh. Okay, son, clench your fist tight while I get this needle in.”

I did and things began to get really hazy. Suddenly I remembered something and tried to sit up. “Where’s Pete? I want to see Pete.”

Belle took my head and kissed me. “There, there, Buddy! Pete couldn’t come, remember? Pete had to stay with Ricky.” I quieted down and she said gently to the others, “Our brother Peter has a sick little girl at home.”

I dropped off to sleep. Presently I felt very cold. But I couldn’t move to reach the covers.

V

I WAS COMPLAINING to the bartender about the air conditioning—it was turned too high and we were all going to catch cold. “No matter,” he assured me. “You won’t feel it when you’re asleep. Sleep…sleep… soup of the evening, beautiful sleep.” He had Belle’s face.

“How about a warm drink then?” I wanted to know. “A Tom and Jerry? Or a hot buttered bum?” “You’re a bum!” the doctor answered. “Sleeping’s too good for him; throw the bum out!”

I tried to hook my feet around the brass rail to stop them. But this bar had no brass rail, which seemed funny, and I was flat on my back, which seemed funnier still, unless they had installed bedside service for people with no feet. I didn’t have feet, so how could I hook them under a brass rail? No hands, either. “Look, Maw, no hands!” Pete sat on my chest and wailed.

I was back in basic training…advanced basic, it must have been, for I was at Camp Hale at one of those silly exercises where they throw snow down your neck to make a man of you. I was having to climb the damnedest biggest mountain in all Colorado and it was all ice and I had no feet. Nevertheless, I was carrying the biggest pack anybody ever saw—I remembered that they were trying to find out if GIs could be used instead of pack mules and I had been picked because I was expendable. I wouldn’t have made it at all if little Ricky hadn’t got behind me and pushed.

The top sergeant turned and he had a face just like Belle’s and he was livid with rage. “Come on, you! I can’t afford to wait for you. I don’t care whether you make it or not…but you can’t sleep until you get there.”

My no-feet wouldn’t take me any farther and I fell down in the snow and it was icy warm and I did fall asleep while little Ricky wailed and begged me not to. But I had to sleep.

I woke up in bed with Belle. She was shaking me and saying, “Wake up, Dan! I can’t wait thirty years for you; a girl has to think of her future.” I tried to get up and hand her the bags of gold I had under the bed, but she was gone…and anyhow a Hired Girl with her face had picked all the gold up and put it in its tray on top and scurried out of the room. I tried to run after it but I had no feet, no body at all, I discovered. “I ain’t got no body, and nobody cares for me…” The world consisted of top sergeants and work…so what difference did it make where you worked or how? I let them put the harness back on me and I went back to climbing that icy mountain. It was all white and beautifully rounded and if I could just climb to the rosy tip they would let me sleep, which was what I needed. But I never made it…no hands, no feet, no nothing.

There was a forest fire on the mountain. The snow did not melt, but I could feel the heat in waves beating against me while I kept on struggling. The top sergeant was leaning over me and saying, “Wake up…wake up…wake up.”

HE NO MORE than got me awake before he wanted me to sleep again. I’m vague about what happened then for a while. Part of the time I was on a table which vibrated under me and there were lights and snaky-looking equipment and lots of people. But when I was fully awake I was in a hospital bed and I felt all right except for that listless half-floating feeling you have after a Turkish bath. I had hands and feet again. But nobody would talk to me and every time I tried to ask a question a nurse would pop something into my mouth. I was massaged quite a lot.

Then one morning I felt fine and got out of bed as soon as I woke up. I felt a little dizzy but that was all. I knew who I was, I knew how I had got there, and I knew that all that other stuff had been dreams.

I knew who had put me there. If Belle had given me orders while I was drugged to forget her shenanigans, either the orders had not taken or thirty years of cold sleep had washed out the hypnotic effect. I was blurry about some details but I knew how they had shanghaied me.

I wasn’t especially angry about it. True, it had happened just “yesterday,” since yesterday is the day just one sleep behind you—but the sleep had been thirty years long. The feeling cannot be precisely defined, since it is entirely subjective, but, while my memory was sharp for the events of “yesterday,” nevertheless my feelings about those events were to things far away. You have seen double images in television of a pitcher making his windup while his picture sits as a ghost on top of a long shot of the whole baseball diamond? Something like that…my conscious recollection was a close-up; my emotional reaction was to something long ago and far away.

I fully intended to look up Belle and Miles and chop them into cat meat, but there was no hurry. Next year would do—right now I was eager to have a look at the year 2000.

But speaking of cat meat, where was Pete? He ought to be around somewhere…unless the poor little beggar hadn’t lived through the Sleep. Then—and not until then—did I remember that my careful plans to bring Pete along had been wrecked.

I took Belle and Miles out of the “Hold” basket and moved them over to “Urgent.” Try to kill my cat, would they?

They had done worse than kill Pete; they had turned him out to go wild…to wear out his days wandering back alleys in search of scraps, while his ribs grew thin and his sweet pixie nature warped into distrust of all two-legged beasts.

They had let him die—for he was surely dead by now—let him die thinking that I had deserted him.

For this they would pay…if they were still alive. Oh, how I hoped they were still alive—unspeakable!

I FOUND THAT I was standing by the foot of my bed, grasping the rail to steady myself and dressed only in pajamas. I looked around for some way to call someone. Hospital rooms had not changed much. There was no window and I could not see where the light came from; the bed was high and narrow, as hospital beds had always been in my recollection, but it showed signs of having been engineered into something more than a place to sleep—among other things, it seemed to have some sort of plumbing under it which I suspected was a mechanized bedpan, and the side table was part of the bed structure itself. But, while I ordinarily would have been intensely interested in such gadgetry, right now I simply wanted to find the pear-shaped switch which summons the nurse—I wanted my clothes.

It was missing, but I found what it had been transformed into: a pressure switch on the side of the table that was not quite a table. My hand struck it in trying to find it, and a transparency opposite where my head would have been had I been in bed shone out with: SERVICE CALL. Almost immediately it blinked out and was replaced with: ONE MOMENT, PLEASE.

Very quickly the door silently rolled aside and a nurse came in. Nurses had not changed much. This one was reasonably cute, had the familiar firm manners of a drill sergeant, wore a perky little white hat perched on short orchid-colored hair, and was dressed in a white uniform. It was strangely cut and covered her here and uncovered her there in a fashion different from 1970—but women’s clothes, even work uniforms, were always doing that. She would still have been a nurse in any year, just by her unmistakable manner.

“You get back in that bed!” “Where are my clothes?” “Get back in that bed. Now!”

I answered reasonably, “Look, nurse, I’m a free citizen, over twenty-one, and not a criminal. I don’t have to get back into that bed and I’m not

going to. Now are you going to show me where my clothes are or shall I go out the way I am and start looking?”

She looked at me, then turned suddenly and went out; the door ducked out of her way.

But it would not duck out of my way. I was still trying to study out the gimmick, being fairly sure that if one engineer could dream it up, another could figure it out, when it opened again and a man came in.

“Good morning,” he said. “I’m Dr. Albrecht.”

His clothes looked like a cross between a Harlem Sunday and a picnic to me, but his brisk manner and his tired eyes were convincingly professional; I believed him. “Good morning, Doctor. I’d like to have my clothes.”

He stepped just far enough inside to let the door slide into place behind him, then reached inside his clothes and pulled out a pack of cigarettes. He got one out, waved it briskly in the air, placed it in his mouth and puffed on it; it was lighted. He offered me the pack. “Have one?”

“Uh, no, thanks.”

“Go ahead. It won’t hurt you.”

I shook my head. I had always worked with a cigarette smoldering beside me; the progress of a job could be judged by the overflowing ashtrays and the burns on the drafting board. Now I felt a little faint at the sight of smoke and wondered if I had dropped the nicotine habit somewhere in the slept-away years. “Thanks just the same.”

“Okay. Mr. Davis, I’ve been here six years. I’m a specialist in hypnology, resuscitation, and like subjects. Here and elsewhere I’ve helped eight thousand and seventy-three patients make the comeback from hypothermia to normal life—you’re number eight thousand and seventy-four. I’ve seen them do all sorts of odd things when they came out—odd to laymen; not to me. Some of them want to go right back to sleep again and

scream at me when I try to keep them awake. Some of them do go back to sleep and we have to ship them off to another sort of institution. Some of them start weeping endlessly when they realize that it is a one-way ticket and it’s too late to go home to whatever year they started from. And some of them, like you, demand their clothes and want to run out into the street.”

“Well? Why not? Am I a prisoner?”

“No. You can have your clothes. I imagine you’ll find them out of style, but that is your problem. However, while I send for them, would you mind telling me what it is that is so terribly urgent that you must attend to it right this minute…after it has waited thirty years? That’s how long you’ve been at subtemperature—thirty years. Is it really urgent? Or would later today do as well? Or even tomorrow?”

I started to blurt out that it damn well was urgent, then stopped and looked sheepish. “Maybe not that urgent.”

“Then as a favor to me, will you get back into bed, let me check you over, have your breakfast, and perhaps talk with me before you go galloping off in all directions? I might even be able to tell you which way to gallop.”

“Uh, okay, Doctor. Sorry to have caused trouble.” I climbed into bed. It felt good—I was suddenly tired and shaky.

“No trouble. You should see some that we get. We have to pull them down off the ceiling.” He straightened the covers around my shoulders, then leaned over the table built into the bed. “Dr. Albrecht in Seventeen. Send a room orderly with breakfast, uh…menu four-minus.”

He turned to me and said, “Roll over and pull up your jacket; I want to get at your ribs. While I’m checking you, you can ask questions. If you want to.”

I tried to think while he prodded my ribs. I suppose it was a stethoscope he used although it looked like a miniaturized hearing aid. But they had not improved one thing about it; the pickup he pushed against me was as cold and hard as ever.

What do you ask after thirty years? Have they reached the stars yet? Who’s cooking up “The War to End War” this time? Do babies come out of test tubes? “Doc, do they still have popcorn machines in the lobbies of movie theaters?”

“They did the last time I looked. I don’t get much time for such things. By the way, the word is ‘grabbie’ now, not ‘movie.’ ” “So? Why?”

“Try one. You’ll find out. But be sure to fasten your seat belt; they null the whole theater on some shots. See here, Mr. Davis, we’re faced with this same problem every day and we’ve got it down to a routine. We’ve got adjustment vocabularies for each entrance year, and historical and cultural summaries. It’s quite necessary, for malorientation can be extreme no matter how much we lackweight the shock.”

“Uh, I suppose so.”

“Decidedly. Especially in an extreme lapse like yours. Thirty years.” “Is thirty years the maximum?”

 “Yes and no. Thirty-five years is the very longest we’ve had experience with, since the first commercial client was placed in subtemperature in December 1965. You are the longest Sleeper I have revived. But we have clients in here now with contract times up to a century and a half. They should never have accepted you for as long as thirty years; they didn’t know enough then. They were taking a great chance with your life. You were lucky.”

“Really?”

“Really. Turn over.” He went on examining me and added, “But with what we’ve learned now I’d be willing to prepare a man for a thousand-year jump if there were any way to finance it…hold him at the temperature you were at for a year just to check, then crash him to minus two hundred in a millisecond. He’d live. I think. Let’s try your reflexes.”

That “crash” business didn’t sound good to me. Dr. Albrecht went on: “Sit up and cross your knees. You won’t find the language problem difficult. Of course I’ve been careful to talk in 1970 vocabulary—I rather pride myself on being able to talk selectively in the entrance speech of any of my patients; I’ve made a hypnostudy of it. But you’ll be speaking contemporary idiom perfectly in a week; it’s really just added vocabulary.”

I thought of telling him that at least four times he had used words not used in 1970, or at least not that way, but I decided it wouldn’t be polite. “That’s all for now,” he said presently. “By the way, Mrs. Schultz has been trying to reach you.”

“Huh?”

“Don’t you know her? She insisted that she was an old friend of yours.”

“ ‘Schultz,’ ” I repeated. “I suppose I’ve known several ‘Mrs. Schultzes’ at one time and another, but the only one I can place was my fourth-grade teacher. But she’d be dead by now.”

“Maybe she took the Sleep. Well, you can accept the message when you feel like it. I’m going to sign a release on you. But if you’re smart, you’ll stay here for a few days and soak up reorientation. I’ll look in on you later. So ‘twenty-three, skiddoo!’ as they used to say in your day. Here comes the orderly with your breakfast.”

I decided that he was a better doctor than a linguist. But I stopped thinking about it when I saw the orderly. It rolled in, carefully avoiding Dr. Albrecht, who walked straight out, paying no attention to it and making no effort himself to avoid it.

It came over, adjusted the built-in bed table, swung it over me, opened it out, and arranged my breakfast on it. “Shall I pour your coffee?” “Yes, please.” I did not really want it poured, as I would rather have it stay hot until I’ve finished everything else. But I wanted to see it poured. For I was in a delighted daze…it was Flexible Frank!

Not the jackleg, breadboarded, jury-rigged first model Miles and Belle had stolen from me, of course not. This one resembled the first Frank the

way a turbospeedster resembles the first horseless carriages. But a man knows his own work. I had set the basic pattern and this was the necessary evolution…Frank’s great-grandson, improved, slicked up, made more efficient—but the same bloodline.

“Will that be all?” “Wait a minute.”

Apparently I had said the wrong thing, for the automaton reached inside itself and pulled out a stiff plastic sheet and handed it to me. The sheet remained fastened to him by a slim steel chain. I looked at it and found printed on it:

Description: C:\Users\asus\Desktop\Books to transcribe\Robert A. Heinlein - The Door Into Summer_files\image001.jpg

The motto appeared on their trademark showing Aladdin rubbing his lamp and a genie appearing.

Below this was a long list of simple orders—STOP, GO, YES, NO, SLOWER, FASTER, COME HERE, FETCH A NURSE, etc. Then there was a shorter list of tasks common in hospitals, such as back rubs, and including some that I had never heard of. The list closed abruptly with the statement: “Routines 87 through 242 may be ordered only by hospital staff members and the order phrases are therefore not listed here.”

I had not voice-coded the first Flexible Frank; you had to punch buttons on his control board. It was not because I had not thought of it, but because the analyzer and telephone exchange for the purpose would have weighed and bulked and cost more than all the rest of Frank, Sr., net. I decided that I would have to learn some new wrinkles in miniaturization and simplification before I would be ready to practice engineering here. But I was anxious to get started on it, as I could see from Eager Beaver that it was going to be more fun than ever—lots of new possibilities. Engineering is the art of the practical and depends more on the total state of the art than it does on the individual engineer. When railroading time comes you can railroad—but not before. Look at poor Professor Langley, breaking his heart on a flying machine that should have flown—he had put the necessary genius in it— but he was just a few years too early to enjoy the benefit of collateral art he needed and did not have. Or take the great Leonardo da Vinci, so far out of his time that his most brilliant concepts were utterly unbuildable.

I was going to have fun here—I mean “now.”

I handed back the instruction card, then got out of bed and looked for the data plate. I had halfway expected to see “Hired Girl, Inc.” at the bottom of the notice and I wondered if “Aladdin” was a daughter corporation of the Mannix group. The data plate did not tell me much other than model, serial number, factory, and such, but it did list the patents, about forty of them—and the earliest, I was very interested to see, was in 1970…almost certainly based on my original model and drawings.

I found a pencil and memo pad on the table and jotted down the number of that first patent, but my interest was purely intellectual. Even if it had been stolen from me (I was sure it had been), it had expired in 1987—unless they had changed the patent laws—and only those granted later than 1983 would still be valid. But I wanted to know.

A light glowed on the automaton and he announced: “I am being called. May I leave?” “Huh? Sure. Run along.” It started to reach for the phrase list; I hastily said, “Go!” “Thank you. Good-bye.” It detoured around me.

“Thank you.

“You are welcome.”

Whoever had dictated the gadget’s sound responses had a very pleasant baritone voice. I got back into bed and ate the breakfast I had let get cold—only it turned out not to be cold. Breakfast four-minus was about enough for a medium-sized bird, but I found that it was enough, even though I had been very hungry. I suppose my stomach had shrunk. It wasn’t until I had finished that I remembered that this was the first food I had eaten in a generation. I noticed it then because they had included a menu—what I had taken for bacon was listed as “grilled yeast strips, country style.”

But in spite of a thirty-year fast, my mind was not on food; they had sent a newspaper in with breakfast: the Great Los Angeles Times, for Wednesday, 13 December 2000.

Newspapers had not changed much, not in format. This one was tabloid size, the paper was glazed instead of rough pulp and the illustrations were either full color, or black-and-white stereo—I couldn’t puzzle out the gimmick on that last. There had been stereo pictures you could look at without a viewer since I was a small child; as a kid I had been fascinated by ones used to advertise frozen foods in the ’50s. But those had required

fairly thick transparent plastic for a grid of tiny prisms; these were simply on thin paper. Yet they had depth.

I gave it up and looked at the rest of the paper. Eager Beaver had arranged it on a reading rack and for a while it seemed as if the front page was all I was going to read, for I could not find out how to open the durned thing. The sheets seemed to have frozen solid.

Finally I accidentally touched the lower right-hand corner of the first sheet; it curled up and out of the way…some surface-charge phenomenon, triggered at that point. The other pages got neatly out of the way in succession whenever I touched that spot.

At least half of the paper was so familiar as to make me homesick— “Your Horoscope Today, Mayor Dedicates New Reservoir, Security Restrictions Undermining Freedom of Press Says N.Y. Solon, Giants Take Double-Header, Unseasonable Warmth Perils Winter Sports, Pakistan Warns India”—et cetera, ad tedium. This is where I came in.

Some of the other items were new but explained themselves: LUNA SHUTTLE STILL SUSPENDED FOR GEMINIDS— TwentyFour-Hour Station Suffers Two Punctures, No Casualties; FOUR WHITES LYNCHED IN CAPE TOWN—U.N. Action Demanded; HOST-MOTHERS ORGANIZE FOR HIGHER FEES—Demand “Amateurs” Be Outlawed; MISSISSIPPI PLANTER INDICTED UNDER ANTI-ZOMBIE LAW— His

Defense: “Them Boys Hain’t Drugged, They’re Just Stupid!”

I was fairly sure that I knew what that last one meant…from experience.

But some of the news items missed me completely. The “wogglies” were still spreading and three more French towns had been evacuated; the King was considering ordering the area dusted. King? Oh well, French politics might turn up anything, but what was this “Poudre Sanitaire” they were considering using on the “wogglies”?—whatever they were. Radioactive, maybe? I hoped they picked a dead calm day…preferably the thirtieth of February. I had had a radiation overdose myself once, through a mistake by a damn-fool WAC technician at Sandia. I had not reached the point-of-no-return vomiting stage, but I don’t recommend a diet of curies.

The Laguna Beach division of the Los Angeles police had been equipped with Leycoils and the division chief warned all Teddies to get out of town. “My men have orders to nark first and subspeck afterward. This has got to stop!”

I made a mental note to keep clear of Laguna Beach until I found out what the score was. I wasn’t sure I wanted to be subspecked, or subspected, even afterward.

Those are just samples. There were any number of news stories that started out trippingly, then foundered in what was, to me, double talk.

I started to breeze on past the vital statistics when my eye caught some new subheads. There were the old familiar ones of births, deaths, marriages, and divorces, but now there were “commitments” and “withdrawals” as well, listed by sanctuaries. I looked up “Sawtelle Cons. Sanc.” and found my own name. It gave me a warm feeling of “belonging.”

But the most intensely interesting things in the paper were the ads. One of the personals stuck in my mind: “Attractive still-young widow with yen to travel wishes to meet mature man similarly inclined. Object: two-year marriage contract.” But it was the display advertising that got me.

Hired Girl and her sisters and her cousins and her aunts were all over the place—and they were still using the trademark, a husky girl with a broom, that I had designed originally for our letterhead. I felt a twinge of regret that I had been in such a jumping hurry to get rid of my stock in Hired Girl, Inc.; it looked as if it was worth more than all the rest of my portfolio. No, that was wrong; if I had kept it with me at the time, that pair of thieves would have lifted it and faked an assignment to themselves. As it was, Ricky had gotten it—and if it had made Ricky rich, well, it couldn’t happen to a nicer person.

I made a note to track down Ricky first thing, top priority. She was all that was left to me of the world I had known and she loomed very large in my mind. Dear little Ricky! If she had been ten years older I would never have looked at Belle…and wouldn’t have got my fingers burned.

Let’s see, how old would she be now? Forty—no, forty-one. It was hard to think of Ricky as forty-one. Still, that wouldn’t be old in a woman these days—or even those days. From forty feet you frequently couldn’t tell forty-one from eighteen.

If she was rich I’d let her buy me a drink and we would drink to Pete’s dear departed funny little soul.

And if something had slipped and she was poor in spite of the stock I had assigned her, then—by damn, I’d marry her! Yes, I would. It didn’t matter that she was ten years or so older than I was; in view of my established record for flubbing the dub I needed somebody older to look out for me and tell me no—and Ricky was just the girl who could do it. She had run Miles and Miles’ house with serious little-girl efficiency when she was less than ten; at forty she would be just the same, only mellowed.

I felt really warm and no longer lost in a strange land for the first time since I had wakened. Ricky was the answer to everything.

Then deep inside me I heard a voice: “Look, stupid, you can’t marry Ricky, because a girl as sweet as she was going to be would now have been married for at least twenty years. She’ll have four kids…maybe a son bigger than you are…and certainly a husband who won’t be amused by you in the role of good old Uncle Danny.”

I listened and my jaw sagged. Then I said feebly, “All right, all right—so I’ve missed the boat again. But I’m still going to look her up. They can’t do more than shoot me. And, after all, she’s the only other person who really understood Pete.”

I turned another page, suddenly very glum at the thought of having lost both Ricky and Pete. After a while I fell asleep over the paper and slept until Eager Beaver or his twin fetched lunch.

While I was asleep I dreamed that Ricky was holding me on her lap and saying, “It’s all right, Danny. I found Pete and now we’re both here to stay. Isn’t that so, Pete?”

“ Yeeeow!”

THE ADDED VOCABULARIES were a cinch; I spent much more time on the historical summaries. Quite a lot can happen in thirty years, but why put it down when everybody else knows it better than I do? I wasn’t surprised that the Great Asia Republic was crowding us out of the South American trade; that had been in the cards since the Formosan treaty. Nor was I surprised to find India more Balkanized than ever. The notion of England being a province of Canada stopped me for a moment. Which was the tail and which was the dog? I skipped over the panic of ’87; gold was a wonderful engineering material for some uses; I could not regard it as a tragedy to find that it was now cheap and no longer a basis for money, no matter how many people lost their shirts in the change-over.

I stopped reading and thought about the things you could do with cheap gold, with its high density, good conductivity, extreme ductility…and stopped when I realized I would have to read the technical literature first. Shucks, in atomics alone it would be invaluable. The way the stuff could be worked, far better than any other metal, if you could use it in miniaturizing—again I stopped, morally certain that Eager Beaver had had his “head” crammed full of gold. I would just have to get busy and find out what the boys had been doing in the “small back rooms” while I had been away.

The Sawtelle Sanctuary wasn’t equipped to let me read up on engineering, so I told Doc Albrecht I was ready to check out. He shrugged, told me I was an idiot, and agreed. But I did stay one more night; I found that I was fagged just from lying back and watching words chase past in a book scanner.

They brought me modern clothes right after breakfast the next morning …and I had to have help in dressing. They were not so odd in themselves

(although I had never worn cerise trousers with bell bottoms before) but I could not manage the fastenings without coaching. I suppose my

grandfather might have had the same trouble with zippers if he had not been led into them gradually. It was the Sticktite closure seams, of course—I thought I was going to have to hire a little boy to help me go to the bathroom before I got it through my head that the pressure-sensitive adhesion was axially polarized.

Then I almost lost my pants when I tried to ease the waistband. No one laughed at me. Dr. Albrecht asked, “What are you going to do?”

“Me? First I’m going to get a map of the city. Then I’m going to find a place to sleep. Then I’m going to do nothing but professional reading for quite a while…maybe a year. Doc, I’m an obsolete engineer. I don’t aim to stay that way.”

“Mmmm. Well, good luck. Don’t hesitate to call if I can help.”

I stuck out my hand. “Thanks, Doc. You’ve been swell. Uh, maybe I shouldn’t mention this until I talk to the accounting office of my insurance company and see just how well off I am—but I don’t intend to let it go with words. Thanks for the sort of thing you’ve done for me should be more substantial. Understand me?”

He shook his head. “I appreciate the thought. But my fees are covered by my contract with the sanctuary.” “But—”

“No. I can’t take it, so please let’s not discuss it.” He shook hands and said, “Good-bye. If you’ll stay on this slide it will take you to the main offices.” He hesitated. “If you find things a bit tiring at first, you’re entitled to four more days’ recuperation and reorientation here without additional charge under the custodial contract. It’s paid for. Might as well use it. You can come and go as you like.”

I grinned. “Thanks, Doc. But you can bet that I won’t be back—other than to say hello someday.”

I stepped off at the main office and told the receptionist there who I was. It handed me an envelope, which I saw was another phone message from Mrs. Schultz. I still had not called her, because I did not know who she was, and the sanctuary did not permit visits nor phone calls to a revivified client until he wanted to accept them. I simply glanced at it and tucked it in my blouse, while thinking that I might have made a mistake in making Flexible Frank too flexible. Receptionists used to be pretty girls, not machines.

The receptionist said, “Step this way, please. Our treasurer would like to see you.”

Well, I wanted to see him, too, so I stepped that way. I was wondering how much money I had made and was congratulating myself on having plunged in common stocks rather than playing it “safe.” No doubt my stocks had dropped in the Panic of ’87, but they ought to be back up now—in

fact I knew that at least two of them were worth a lot of dough now; I had been reading the financial section of the Times. I still had the paper with me, figuring I might want to look up some others.

The treasurer was a human being, even though he looked like a treasurer. He gave me a quick handshake. “How do you do, Mr. Davis. I’m Mr. Doughty. Sit down, please.”

I said, “Howdy, Mr. Doughty. I probably don’t need to take that much of your time. Just tell me this: Does my insurance company handle its settlements through your office? Or should I go to their home offices?”

“Do please sit down. I have several things to explain to you.”

So I sat. His office assistant (good old Frank again) fetched a file folder for him and he said, “These are your original contracts. Would you like to see them?”

I wanted very much to see them, as I had kept my fingers crossed ever since I was fully awake, wondering if Belle had figured out some way to bite the end off that certified check. A certified check is much harder to play hanky-panky with than is a personal check, but Belle was a clever gal.

I was much relieved to see that she had left my commitments unchanged, except of course that the side contract for Pete was missing and also the one concerning my Hired Girl stock. I supposed that she had just burned those, to keep from raising questions. I examined with care the dozen or more places where she had changed “Mutual Assurance Company” to “Master Insurance Company of California.”

The gal was a real artist, no question. I suppose a scientific criminologist armed with microscope and comparison stereo and chemical tests and so forth could have proved that each of those documents had been altered, but I could not. I wondered how she had coped with the closed endorsement on the back of the certified check, since certified checks are always on paper guaranteed non-erasable. Well, she probably had not used an eraser—what one person can dream up another person can outsmart…and Belle was very smart.

Mr. Doughty cleared his throat. I looked up. “Do we settle my account here?” “Yes.”

“Then I can put it in two words. How much?”

“Mmm…Mr. Davis, before we go into that question, I would like to invite your attention to one additional document…and to one circumstance. This is the contract between this sanctuary and Master Insurance Company of California for your hypothermia, custody, and revivification. You will note that the entire fee is paid in advance. This is both for our protection and for yours, since it guarantees your safe-being while you are helpless. The funds—all such funds—are placed in escrow with the superior-court division handling chancery matters and are paid quarterly to us as earned.”

“Okay. Sounds like a good arrangement.”

“It is. It protects the helpless. Now you must understand clearly that this sanctuary is a separate corporation from your insurance company; the custodial contract with us was a contract entirely separate from the one for the management of your estate.”

“Mr. Doughty, what are you getting at?”

“Do you have any assets other than those you entrusted to Master Insurance Company?”

I thought it over. I had owned a car once…but God alone knew what had become of it. I had closed out my checking account in Mojave early in the binge, and on that busy day when I ended up at Miles’ place—and in the soup—I had started with maybe thirty or forty dollars in cash. Books, clothes, slide rule—I had never been a pack rat—and that minor junk was gone anyhow. “Not even a bus transfer, Mr. Doughty.”

“Then—I am very sorry to have to tell you this—you have no assets of any sort.”

I held still while my head circled the field and came in for a crash landing. “What do you mean? Why, some of the stocks I invested in are in fine shape. I knowthey are. It says so right here.” I held up my breakfast copy of the Times.

He shook his head. “I’m sorry, Mr. Davis, but you don’t own any stocks. Master Insurance went broke.” I was glad he had made me sit down; I felt weak. “How did this happen? The Panic?”

“No, no. It was part of the collapse of the Mannix Group…but of course you don’t know about that. It happened after the Panic, and I suppose you could say that it started from the Panic. But Master Insurance would not have gone under if it had not been systematically looted… gutted—‘milked’ is the vulgar word. If it had been an ordinary receiver-ship, something at least would have been salvaged. But it was not. By the time it was discovered there was nothing left of the company but a hollow shell…and the men who had done it were beyond extradition. Uh, if it is any consolation to you, it could not happen under our present laws.”

No, it was no consolation, and besides, I didn’t believe it. My old man claimed that the more complicated the law the more opportunity for

scoundrels.

But he also used to say that a wise man should be prepared to abandon his baggage at any time. I wondered how often I was going to have to do it to qualify as “wise.” “Uh, Mr. Doughty, just out of curiosity, how did Mutual Assurance make out?”

“Mutual Assurance Company? A fine firm. Oh, they took their licking during the Panic along with everybody else. But they weathered it. You have a policy with them, perhaps?”

“No.” I did not offer explanation; there was no use. I couldn’t look to Mutual; I had never executed my contract with them. I couldn’t sue Master Insurance; there is no point in suing a bankrupt corpse.

I could sue Belle and Miles if they were still around—but why be silly? No proof, none.

Besides, I did not want to sue Belle. It would be better to tattoo her all over with “Null and Void”…using a dull needle. Then I’d take up the matter of what she had done to Pete. I hadn’t figured out a punishment to suit the crime for that one yet.

I suddenly remembered that it was the Mannix group that Miles and Belle had been about to sell Hired Girl, Inc., to when they had booted me out. “Mr. Doughty? Are you sure that the Mannix people haven’t any assets? Don’t they own Hired Girl?”

“ ‘Hired Girl?’ Do you mean the domestic autoappliance firm?” “Yes, of course.”

“It hardly seems possible. In fact, it is not possible, since the Mannix empire, as such, no longer exists. Of course I can’t say that there never was any connection between Hired Girl Corporation and the Mannix people. But I don’t believe it could have been much, if any, or I think I would have heard of it.”

I dropped the matter. If Miles and Belle had been caught in the collapse of Mannix, that suited me fine. But, on the other hand, if Mannix had owned and milked Hired Girl, Inc., it would have hit Ricky as hard as it hit them. I didn’t want Ricky hurt, no matter what the side issues were.

I stood up. “Well, thanks for breaking it gently, Mr. Doughty. I’ll be on my way.”

“Don’t go yet. Mr. Davis…we of this institution feel a responsibility toward our people beyond the mere letter of the contract. You understand that yours is by no means the first case of this sort. Now our board of directors has placed a small discretionary fund at my disposal to ease such hardships. It—”

“No charity, Mr. Doughty. Thanks anyhow.”

“Not charity, Mr. Davis. A loan. A character loan, you might call it. Believe me, our losses have been negligible on such loans…and we don’t want you to walk out of here with your pockets empty.”

I thought that one over twice. I didn’t even have the price of a haircut. On the other hand, borrowing money is like trying to swim with a brick in each hand…and a small loan is tougher to pay back than a million. “Mr. Doughty,” I said slowly, “Dr. Albrecht said that I was entitled to four more days of beans and bed here.”

“I believe that is right—I’d have to consult your card. Not that we throw people out even when their contract time is up if they are not ready.” “I didn’t suppose that you did. But what are the rates on that room I had, as hospital room and board?”

“Eh? But our rooms are not for rent in that way. We aren’t a hospital; we simply maintain a recovery infirmary for our clients.” “Yes, surely. But you must figure it, at least for cost accounting purposes.”

“Mmm…yes and no. The figures aren’t allocated on that basis. The subheads are depreciation, overhead, operation, reserves, diet kitchen, personnel, and so forth. I suppose I could make an estimate.”

“Uh, don’t bother. What would equivalent room and board in a hospital come to?”

“That’s a little out of my line. Still…well, you could call it about one hundred dollars per day, I suppose.” “I had four days coming. Will you lend me four hundred dollars?”

He did not answer but spoke in a number code to his mechanical assistant. Then eight fifty-dollar bills were being counted into my hand. “Thanks,” I said sincerely as I tucked it away. “I’ll do my damnedest to see that this does not stay on the books too long. Six percent? Or is money tight?”

He shook his head. “It’s not a loan. Since you put it as you did, I canceled it against your unused time.” “Huh? Now, see here, Mr. Doughty, I didn’t intend to twist your arm. Of course, I’m going to—”

“Please. I told my assistant to enter the charge when I directed it to pay you. Do you want to give our auditors headaches all for a fiddling four hundred dollars? I was prepared to loan you much more than that.”

“Well—I can’t argue it now. Say, Mr. Doughty, how much money is this? How are price levels now?” “Mmm…that is a complex question.”

“Just give me an idea? What does it cost to eat?”

“Food is quite reasonable. For ten dollars you can get a very satisfactory dinner…if you are careful to select moderate-priced restaurants.”

I thanked him and left with a really warm feeling. Mr. Doughty reminded me of a paymaster I used to have in the Army. Paymasters come in only two sizes: One sort shows you where the book says that you can’t have what you’ve got coming to you; the second sort digs through the book until he finds a paragraph that lets you have what you need even if you don’t rate it.

Doughty was the second sort.

The sanctuary faced on the Wilshire Ways. There were benches in front of it and bushes and flowers. I sat down on a bench to take stock and to decide whether to go east or west. I had kept a stiff lip with Mr. Doughty but, honestly, I was badly shaken, even though I had the price of a week’s meals in my jeans.

But the sun was warm and the drone of the Ways was pleasant and I was young (biologically at least) and I had two hands and my brain.

Whistling “Hallelujah, I’m a bum,” I opened the Times to the “Help Wanted” columns.

I resisted the impulse to look through “Professional—Engineers” and turned at once to “Unskilled.”

That classification was darned short. I almost couldn’t find it.

VI

I GOT A JOB the second day, Friday, the fifteenth of December. I also had a mild run-in with the law and had repeated tangles with new ways of doing things, saying things, feeling about things. I discovered that “reorientation” by reading about it is like reading about sex—not the same thing.

I suppose I would have had less trouble if I had been set down in Omsk, or Santiago, or Djakarta. In going to a strange city in a strange land you

know that the customs are going to be different, but in Great Los Angeles I subconsciously expected things to be unchanged even though I could see that they were changed. Of course thirty years is nothing; anybody takes that much change and more in a lifetime. But it makes a difference to take it in one bite.

Take one word I used all in innocence. A lady present was offended and only the fact that I was a Sleeper—which I hastily explained—kept her husband from giving me a mouthful of knuckles. I won’t use the word here—oh yes, I will; why shouldn’t I? I’m using it to explain something. Don’t take my word for it that the word was in good usage when I was a kid; look it up in an old dictionary. Nobody scrawled it in chalk on sidewalks when I was a kid.

The word was “kink.”

There were other words which I still do not use properly without stopping to think. Not taboo words necessarily, just ones with changed meanings. “Host” for example—“host” used to mean the man who took your coat and put it in the bedroom; it had nothing to do with the birth rate.

But I got along. The job I found was crushing new ground limousines so that they could be shipped back to Pittsburgh as scrap. Cadillacs, Chryslers, Eisenhowers, Lincolns—all sorts of great, big, new powerful turbobuggies without a kilometer on their clocks. Drive ’em between the

jaws, then crunch! smash! crash!—scrap iron for blast furnaces.

It hurt me at first, since I was riding the Ways to work and didn’t own so much as a gravJumper. I expressed my opinion of it and almost lost my

job…until the shift boss remembered that I was a Sleeper and really didn’t understand.

“It’s a simple matter of economics, son. These are surplus cars the government has accepted as security against price-support loans. They’re two years old now and they can never be sold…so the government junks them and sells them back to the steel industry. You can’t run a blast furnace just on ore; you have to have scrap iron as well. You ought to know that even if you are a Sleeper. Matter of fact, with high-grade ore so scarce, there’s more and more demand for scrap. The steel industry needs these cars.”

“But why build them in the first place if they can’t be sold? It seems wasteful.”

“It just seems wasteful. You want to throw people out of work? You want to run down the standard of living?”

“Well, why not ship them abroad? It seems to me they could get more for them on the open market abroad than they are worth as scrap.”

“What!—and ruin the export market? Besides, if we started dumping cars abroad we’d get everybody sore at us—Japan, France, Germany, Great Asia, everybody. What are you aiming to do? Start a war?” He sighed and went on in a fatherly tone. “You go down to the public library and draw out some books. You don’t have any right to opinions on these things until you know something about them.”

So I shut up. I didn’t tell him that I was spending all my off time at the public library or at UCLA’s library; I had avoided admitting that I was, or used to be, an engineer—to claim that I was now an engineer would be too much like walking up to du Pont’s and saying, “Sirrah, I am an alchymiste. Hast need of art such as mine?”

I raised the subject just once more because I noticed that very few of the price-support cars were really ready to run. The workmanship was sloppy and they often lacked essentials like instrument dials or air conditioners. But when one day I noticed from the way the teeth of the crusher came down on one that it lacked even a power plant, I spoke up about it.

The shift boss just stared at me. “Great jumping Jupiter, son, surely you don’t expect them to put their best workmanship into cars that are just surplus? These cars had price-support loans against them before they ever came off the assembly line.”

So that time I shut up and stayed shut. I had better stick to engineering; economics is too esoteric for me.

But I had plenty of time to think. The job I had was not really a “job” at all in my book; all the work was done by Flexible Frank in his various disguises. Frank and his brothers ran the crusher, moved the cars into place, hauled away the scrap, kept count, and weighed the loads; my job was to stand on a little platform (I wasn’t allowed to sit) and hang onto a switch that could stop the whole operation if something went wrong. Nothing ever did, but I soon found that I was expected to spot at least one failure in automation each shift, stop the job, and send for a trouble crew.

Well, it paid twenty-one dollars a day and it kept me eating. First things first.

After social security, guild dues, income tax, defense tax, medical plan, and the welfare mutual fund I took home about sixteen of it. Mr. Doughty was wrong about a dinner costing ten dollars; you could get a very decent plate dinner for three if you did not insist on real meat, and I would defy anyone to tell whether a hamburger steak started life in a tank or out on the open range. With the stories going around about bootleg meat that might give you radiation poisoning I was perfectly happy with surrogates.

Where to live had been somewhat of a problem. Since Los Angeles had not been treated to the one-second slum-clearance plan in the Six Weeks War, an amazing number of refugees had gone there (I suppose I was one of them, although I hadn’t thought of myself as such at the time) and apparently none of them had ever gone home, even those that had homes left to go back to. The city—if you can call Great Los Angeles a city; it is more of a condition—had been choked when I went to sleep; now it was as jammed as a lady’s purse. It may have been a mistake to get rid of the smog; back in the ’60s a few people used to leave each year because of sinusitis.

Now apparently nobody left, ever.

The day I checked out of the sanctuary I had had several things on my mind, principally (1) find a job, (2) find a place to sleep, (3) catch up in engineering, (4) find Ricky, (5) get back into engineering—on my own if humanly possible, (6) find Belle and Miles and settle their hash—without going to jail for it, and (7) a slug of things, like looking up the original patent on Eager Beaver and checking my strong hunch that it was really Flexible Frank (not that it mattered now, just curiosity), and looking up the corporate history of Hired Girl, Inc., etc., etc.

I have listed the above in order of priority, as I had found out years ago (through almost flunking my freshman year in engineering) that if you didn’t use priorities, when the music stopped you were left standing. Some of these priorities ran concurrently, of course; I expected to search out Ricky and probably Belle & Co. as well, while I was boning engineering. But first things first and second things second; finding a job came even ahead of hunting for a sack because dollars are the key to everything else …when you haven’t got them.

After getting turned down six times in town I had chased an ad clear out to San Bernardino Borough, only to get there ten minutes too late. I should have rented a flop at once; instead I played it real smart and went back downtown, intending to find a room, then get up very early and be first in line for some job listed in the early edition.

How was I to know? I got my name on four rooming-house waiting lists and wound up in the park. I stayed there, walking to keep warm, until almost midnight, then gave up—Great Los Angeles winters are subtropical only if you accent the “sub.” I then took refuge in a station of Wilshire Ways…and about two in the morning they rounded me up with the rest of the vagrants.

Jails have improved. This one was warm and I think they required the cockroaches to wipe their feet.

I was charged with barracking. The judge was a young fellow who didn’t even look up from his newspaper but simply said, “These all first offenders?”

“Yes, your honor.”

“Thirty days, or take a labor-company parole. Next.” They started to march us out but I didn’t budge. “Just a minute, Judge.” “Eh? Something troubling you? Are you guilty or not guilty?”

“Uh, I really don’t know because I don’t know what it is I have done. You see—”

“Do you want a public defender? If you do you can be locked up until one can handle your case. I understand they are running about six days late right now…but it’s your privilege.”

“Uh, I still don’t know. Maybe what I want is a labor-company parole, though I’m not sure what it is. What I really want is some advice from the Court, if the Court pleases.”

The judge said to the bailiff, “Take the others out.” He turned back to me. “Spill it. But I’ll warrant you won’t like my advice. I’ve been on this job long enough to have heard every phony story and to have acquired a deep disgust toward most of them.”

“Yes, sir. Mine isn’t phony; it’s easily checked. You see, I just got out of the Long Sleep yesterday and—”

But he did look disgusted. “One of those, eh? I’ve often wondered what made our grandparents think they could dump their riffraff on us. The last thing on earth this city needs is more people…especially ones who couldn’t get along in their own time. I wish I could boot you back to whatever year you came from with a message to everybody there that the future they’re dreaming about is not, repeat not, paved with gold.” He sighed. “But it wouldn’t do any good, I’m sure. Well, what do you expect me to do? Give you another chance? Then have you pop up here again a week from

now?”

“Judge, I don’t think I’m likely to. I’ve got enough money to live until I find a job and—” “Eh? If you’ve got money, what were you doing barracking?”

“Judge, I don’t even know what that word means.” This time he let me explain. When I came to how I had been swindled by Master Insurance Company his whole manner changed.

“Those swine! My mother got taken by them after she had paid premiums for twenty years. Why didn’t you tell me this in the first place?” He took out a card, wrote something on it, and said, “Take this to the hiring office at the Surplus & Salvage Authority. If you don’t get a job come back and see me this afternoon. But no more barracking. Not only does it breed crime and vice, but you yourself are running a terrible risk of meeting up with a zombie recruiter.”

That’s how I got a job smashing up brand-new ground cars. But I still think I made no mistake in logic in deciding to job-hunt first. Anywhere is home to the man with a fat bank account—the cops leave him alone.

I found a decent room, too, within my budget, in a part of West Los Angeles which had not yet been changed over to New Plan. I think it had formerly been a coat closet.

I WOULD NOT want anyone to think I disliked the year 2000, as compared with 1970. I liked it and I liked 2001 when it rolled around a couple of weeks after they wakened me. In spite of recurrent spasms of almost unbearable homesickness, I thought that Great Los Angeles at the dawn of the Third Millennium was odds-on the most wonderful place I had ever seen. It was fast and clean and very exciting, even if it was too crowded…and even that was being coped with on a mammoth, venturesome scale. The New Plan parts of town were a joy to an engineer’s heart. If the city government had had the sovereign power to stop immigration for ten years, they could have licked the housing problem. Since they did not have that power, they just had to do their best with the swarms that kept rolling over the Sierras—and their best was spectacular beyond belief and even the failures were colossal.

It was worth sleeping thirty years just to wake up in a time when they had licked the common cold and nobody had a postnasal drip. That meant more to me than the research colony on Venus.

Two things impressed me most, one big, one little. The big one was NullGrav, of course. Back in 1970 I had known about the Babson Institute gravitation research but I had not expected anything to come of it—and nothing had; the basic field theory on which NullGrav is based was developed at the University of Edinburgh. But I had been taught in school that gravitation was something that nobody could ever do anything about, because it was inherent in the very shape of space.

So they changed the shape of space, naturally. Only temporarily and locally, to be sure, but that’s all that’s needed in moving a heavy object. It still has to stay in field relation with Mother Terra, so it’s useless for spaceships—or it is in 2001; I’ve quit making bets about the future. I learned that to make a lift it was still necessary to expend power to overcome the gravity potential, and conversely, to lower something you had to have a power

pack to store all those foot-pounds in, or something would go Phzzt!-Spung! But just to transport something horizontally, say from San Francisco to Great Los Angeles, just lift it once, then float along, no power at all, like an ice skater riding a long edge.

Lovely!

I tried to study the theory of it, but the math starts in where tensor calculus leaves off; it’s not for me. But an engineer is rarely a mathematical physicist and he does not have to be; he simply has to savvy the skinny of a thing well enough to know what it can do in practical applications— know the working parameters. I could learn those.

The “little thing” I mentioned was the changes in female styles made possible by the Sticktite fabrics. I was not startled by mere skin on bathing beaches; you could see that coming in 1970. But the weird things that the ladies could do with Sticktite made my jaw sag.

My grandpappy was born in 1890; I suppose that some of the sights in 1970 would have affected him the same way.

But I liked the fast new world and would have been happy in it if I had not been so bitterly lonely so much of the time. I was out of joint. There were times (in the middle of the night, usually) when I would gladly have swapped it all for one beat-up tomcat, or for a chance to spend an afternoon taking little Ricky to the zoo…or for the comradeship Miles and I had shared when all we had was hard work and hope.

It was still early in 2001 and I wasn’t halfway caught up on my homework, when I began to itch to leave my featherbedded job and get back to the old drawing board. There were so many, many things possible under current art which had been impossible in 1970; I wanted to get busy and design a few dozen.

For example I had expected that there would be automatic secretaries in use—I mean a machine you could dictate to and get back a business letter, spelling, punctuation, and format all perfect, without a human being in the sequence. But there weren’t any. Oh, somebody had invented a machine which could type, but it was suited only to a phonetic language like Esperanto and was useless in a language in which you could say: “Though the tough cough and hiccough plough him through.”

People won’t give up the illogicalities of English to suit the convenience of an inventor. Mohammed must go to the mountain.

If a high-school girl could sort out the cockeyed spelling of English and usually type the right word, how could a machine be taught to do it?

“Impossible” was the usual answer. It was supposed to require human judgment and understanding. But an invention is something that was “impossible” up to then—that’s why governments grant patents.

With memory tubes and the miniaturization now possible—I had been right about the importance of gold as an engineering material—with those two things it would be easy to pack a hundred thousand sound codes into a cubic foot…in other words, to sound-key every word in a Webster’s Collegiate Dictionary. But that was unnecessary; ten thousand would be ample. Who expects a stenographer to field a word like “kourbash” or “pyrophyllite”? You spell such words for her if you must use them. Okay, we code the machine to accept spelling when necessary. We sound-code for punctuation…and for various formats…and to look up addresses in a file…and for how many copies…and routing…and provide at least a thousand blank word-codings for special vocabulary used in a business or profession—and make it so that the owner-client could put those special words in himself, spell a word like “stenobenthic” with the memory key depressed and never have to spell it again.

All simple. Just a matter of hooking together gadgets already on the market, then smoothing it into a production model.

The real hitch was homonyms. Dictation Daisy wouldn’t even slow up over that “tough cough and hiccough” sentence because each of those words carries a different sound. But choices like “they’re” and “their,” “right” and “write” would give her trouble.

Did the L. A. Public Library have a dictionary of English homonyms? It did…and I began counting the unavoidable homonym pairs and trying to figure how many of these could be handled by information theory through context statistics and how many would require special coding.

I began to get jittery with frustration. Not only was I wasting thirty hours a week on an utterly useless job, but also I could not do real engineering in a public library. I needed a drafting room, a shop where I could smooth out the bugs, trade catalogues, professional journals, calculating machines, and all the rest.

I decided that I would just have to get at least a subprofessional job. I wasn’t silly enough to think that I was an engineer again; there was too much art I had not yet soaked up—repeatedly I had thought of ways to do something, using something new that I had learned, only to find out at the library that somebody had solved the same problem, neater, better, and cheaper than my own first stab at it and ten or fifteen years earlier.

I needed to get into an engineering office and let these new things soak in through my skin. I had hopes that I could land a job as a junior draftsman.

I knew that they were using powered semiautomatic drafting machines now; I had seen pictures of them even though I had not had one under my hands. But I had a hunch that I could learn to play one in twenty minutes, given the chance, for they were remarkably like an idea I had once had myself: a machine that bore the same relation to the old-fashioned drawing-board-and-T-square method that a typewriter did to writing in longhand.  I had worked it all out in my head, how you could put straight lines or curves anywhere on an easel just by punching keys.

However, in this case I was just as sure that my idea had not been stolen as I was certain that Flexible Frank had been stolen, because my drafting machine had never existed except in my head. Somebody had had the same idea and had developed it logically the same way. When it’s time to railroad, people start railroading.

The Aladdin people, the same firm that made Eager Beaver, made one of the best drawing machines, Drafting Dan. I dipped into my savings, bought a better suit of clothes and a second-hand briefcase, stuffed the latter with newspapers, and presented myself at the Aladdin salesrooms with a view to “buying” one. I asked for a demonstration.

Then, when I got close to a model of Drafting Dan, I had a most upsetting experience. Déjà vu, the psychologists call it—“I have been here before.” The damned thing had been developed in precisely the fashion in which I would have developed it, had I had time to do so…instead of being kidnapped into the Long Sleep.

Don’t ask me exactly why I felt that way. A man knows his own style of work. An art critic will say that a painting is a Rubens or a Rembrandt by the brushwork, the treatment of light, the composition, the choice of pigment, a dozen things. Engineering is not science, it is an art, and there is always a wide range of choices in how to solve engineering problems. An engineering designer “signs” his work by those choices just as surely as a painter does.

Drafting Dan had the flavor of my own technique so strongly that I was quite disturbed by it. I began to wonder if there wasn’t something to telepathy after all.

I was careful to get the number of its first patent. In the state I was in I wasn’t surprised to see that the date on the first one was 1970. I resolved to find out who had invented it. It might have been one of my own teachers, from whom I had picked up some of my style. Or it might be an engineer with whom I had once worked.

The inventor might still be alive. If so, I’d look him up someday…get acquainted with this man whose mind worked just like mine.

But I managed to pull myself together and let the salesman show me how to work it. He hardly need have bothered; Drafting Dan and I were made for each other. In ten minutes I could play it better than he could. At last I reluctantly quit making pretty pictures with it, got list price, discounts, service arrangements, and so forth, then left saying that I would call him, just as he was ready to get my signature on the dotted line. It was a dirty trick, but all I cost him was an hour’s time.

From there I went to the Hired Girl main factory and applied for a job.

I knew that Belle and Miles were no longer with Hired Girl, Inc. In what time I could spare between my job and the compelling necessity to catch up in engineering I had been searching for Belle and Miles and most especially for Ricky. None of the three was listed in the Great Los Angeles telephone system, nor for that matter anywhere in the United States, for I had paid to have an “information” search made at the national office in Cleveland. A quadruple fee, it was, as I had had Belle searched for under both “Gentry” and “Darkin.”

I had the same luck with the Register of Voters for Los Angeles County.

Hired Girl, Inc., in a letter from a seventeenth vice-president in charge of foolish questions, admitted cautiously that they had once had officers by those names thirty years ago but they were unable to help me now.

Picking up a trail thirty years cold is no job for an amateur with little time and less money. I did not have their fingerprints, or I might have tried the FBI. I didn’t know their social-security numbers. My Country ’Tis of Thee had never succumbed to police-state nonsense, so there was no bureau certain to have a dossier on each citizen, nor was I in a position to tap such a file even if there had been.

Perhaps a detective agency, lavishly subsidized, could have dug through utilities records, newspaper files, and God knows what, and traced them down. But I didn’t have the lavish subsidy, nor the talent and time to do it myself.

I finally gave up on Miles and Belle while promising myself that I would, as quickly as I could afford it, put professionals to tracing Ricky. I had already determined that she held no Hired Girl stock and I had written to the Bank of America to see if they held, or ever had held, a trust for her. I got back a form letter informing me that such things were confidential, so I had written again, saying that I was a Sleeper and she was my only surviving relative. That time I got a nice letter, signed by one of the trust officers and saying that he regretted that information concerning trust beneficiaries could not be divulged even to one in my exceptional circumstances, but he felt justified in giving me the negative information that the bank had not at any time through any of its branches held a trust in favor of one Frederica Virginia Gentry.

That seemed to settle one thing. Somehow those birds had managed to get the stock away from little Ricky. My assignment of the stock would

have had to go through the Bank of America, the way I had written it. But it had not. Poor Ricky! We had both been robbed.

I made one more stab at it. The records office of the Superintendent of Instruction in Mojave did have record of a grade-school pupil named Frederica Virginia Gentry…but the named pupil had taken a withdrawal transcript in 1971. Further deponent sayeth not.

It was some consolation to know that somebody somewhere admitted that Ricky had ever existed. But she might have taken that transcript to any of many, many thousand public schools in the United States. How long would it take to write to each of them? And were their records so arranged as to permit them to answer, even supposing they were willing?

In a quarter of a billion people one little girl can drop out of sight like a pebble in the ocean.

BUT THE FAILURE of my search did leave me free to seek a job with Hired Girl, Inc., now that I knew Miles and Belle were not running it. I could have tried any of a hundred automation firms, but Hired Girl and Aladdin were the big names in appliance automatons, as important in their own field as Ford and General Motors had been in the heyday of the ground automobile. I picked Hired Girl partly for sentimental reasons; I wanted to see what my old outfit had grown into.

On Monday, 5 March 2001, I went to their employment office, got into the line for white-collar help, filled out a dozen forms having nothing to do with engineering and one that did…and was told don’t-call-us- we’ll-call-you.

I hung around and managed to bull myself in to see an assistant hiring flunky. He reluctantly looked over the one form that meant anything and told me that my engineering degree meant nothing, since there had been a thirty-year lapse when I had not used my skill.

I pointed out that I had been a Sleeper.

“That makes it even worse. In any case, we don’t hire people over forty-five.”

“But I’m not forty-five. I’m only thirty.” “You were born in 1940. Sorry.”

“What am I supposed to do? Shoot myself ?”

He shrugged. “If I were you, I’d apply for an old-age pension.”

I got out quickly before I gave him some advice. Then I walked three quarters of a mile around to the front entrance and went in. The general manager’s name was Curtis; I asked for him.

I got past the first two layers simply by insisting that I had business with him. Hired Girl, Inc., did not use their own automatons as receptionists; they used real flesh and blood. Eventually I reached a place several stories up and (I judged) about two doors from the boss, and here I encountered a firm pass-gauge type who insisted on knowing my business.

I looked around. It was a largish office with about forty real people in it, as well as a lot of machines. She said sharply, “Well? State your business and I’ll check with Mr. Curtis’ appointment secretary.”

I said loudly, making sure that everybody heard it, “I want to know what he’s going to do about my wife!” Sixty seconds later I was in his private office. He looked up. “Well? What the devil is this nonsense?”

It took half an hour and some old records to convince him that I did not have a wife and that I actually was the founder of the firm. Then things got chummy over drinks and cigars and I met the sales manager and the chief engineer and other heads of departments. “We thought you were dead,” Curtis told me. “In fact, the company’s official history says that you are.”

“Just a rumor. Some other D. B. Davis.”

The sales manager, Jack Galloway, said suddenly, “What are you doing now, Mr. Davis?” “Not much. I’ve, uh, been in the automobile business. But I’m resigning. Why?”

“ ‘Why?’ Isn’t it obvious?” He swung around toward the chief engineer, Mr. McBee. “Hear that, Mac? All you engineers are alike; you wouldn’t know a sales angle if it came up and kissed you. ‘Why?’ Mr. Davis. Because you’re sales copy, that’s why! Because you’re romance. Founder of Firm Comes Back from Grave to Visit Brain Child. Inventor of the First Robot Servant Views Fruits of His Genius.”

I said hastily, “Now wait a minute—I’m not an advertising model nor a grabbie star. I like my privacy. I didn’t come here for that; I came here for a job…in engineering.”

Mr. McBee’s eyebrows went up but he said nothing.

We wrangled for a while. Galloway tried to tell me that it was my simple duty to the firm I had founded. McBee said little, but it was obvious that he did not think I would be any addition to his department—at one point he asked me what I knew about designing solid circuits. I had to admit that my only knowledge of them was from a little reading of nonclassified publications.

Curtis finally suggested a compromise. “See here, Mr. Davis, you obviously occupy a very special position. One might say that you founded not merely this firm but the whole industry. Nevertheless, as Mr. McBee has hinted, the industry has moved on since the year you took the Long Sleep. Suppose we put you on the staff with the title of…uh, ‘Research Engineer Emeritus.’ ”

I hesitated. “What would that mean?”

“Whatever you made it mean. However, I tell you frankly that you would be expected to cooperate with Mr. Galloway. We not only make these things, we have to sell them.”

“Uh, would I have a chance to do any engineering?”

“That’s up to you. You’d have facilities and you could do what you wished.” “Shop facilities?”

Curtis looked at McBee. The chief engineer answered, “Certainly, certainly…within reason, of course.” He had slipped so far into Glasgow speech that I could hardly understand him.

Galloway said briskly, “That’s settled. May I be excused, B.J.? Don’t go away, Mr. Davis—we’re going to get a picture of you with the very first model of Hired Girl.”

And he did. I was glad to see her…the very model I had put together with my own pinkies and lots of sweat. I wanted to see if she still worked, but McBee wouldn’t let me start her up—I don’t think he really believed that I knew how she worked.

I HAD A GOOD time at Hired Girl all through March and April. I had all the professional tools I could want, technical journals, the indispensable trade catalogues, a practical library, a Drafting Dan (Hired Girl did not make a drafting machine themselves, so they used the best on the market, which was Aladdin’s), and the shoptalk of professionals…music to my ears!

I got acquainted especially with Chuck Freudenberg, components assistant chief engineer. For my money Chuck was the only real engineer

there; the rest were overeducated slipstick mechanics…including McBee, for the chief engineer was, I thought, a clear proof that it took more than a

degree and a Scottish accent to make an engineer. After we got better acquainted Chuck admitted that he felt the same way. “Mac doesn’t really like anything new; he would rather do things the way his grandpa did on the bonnie banks of the Clyde.”

“What’s he doing in this job?”

Freudenberg did not know the details, but it seemed that the present firm had been a manufacturing company which had simply rented the patents (my patents) from Hired Girl, Inc. Then about twenty years ago there had been one of those tax-saving mergers, with Hired Girl stock swapped for stock in the manufacturing firm and the new firm taking the name of the one I had founded. Chuck thought that McBee had been hired at that time. “He’s got a piece of it, I think.”

Chuck and I used to sit over beers in the evening and discuss engineering, what the company needed, and the whichness of what. His original interest in me had been that I was a Sleeper. Too many people, I had found, had a queezy interest in Sleepers (as if we were freaks) and I avoided letting people know that I was one. But Chuck was fascinated by the time jump itself and his interest was a healthy one in what the world had been like before he was born, as recalled by a man who literally remembered it as “only yesterday.”

In return he was willing to criticize the new gadgets that were always boiling up in my head, and set me straight when I (as I did repeatedly) would rough out something that was old hat…in 2001 A.D. Under his friendly guidance I was becoming a modern engineer, catching up fast.

But when I outlined to him one April evening my autosecretary idea he said slowly, “Dan, have you done work on this on company time?” “Huh? No, not really. Why?”

“How does your contract read?”

“What? I don’t have one.” Curtis had put me on the payroll and Galloway had taken pictures of me and had a ghost writer asking me silly questions; that was all.

“Mmm…pal, I wouldn’t do anything about this until you are sure where you stand. This is really new. And I think you can make it work.” “I hadn’t worried about that angle.”

“Put it away for a while. You know the shape the company is in. It’s making money and we put out good products. But the only new items we’ve brought out in five years are ones we’ve acquired by license. I can’t get anything new past Mac. But you can bypass Mac and take this to the big boss. So don’t…unless you want to hand it over to the company just for your salary check.”

I took his advice. I continued to design but I burned any drawings I thought were good—I didn’t need them once I had them in my head. I didn’t feel guilty about it; they hadn’t hired me as an engineer, they were paying me to be a show-window dummy for Galloway. When my advertising value was sucked dry, they would give me a month’s pay and a vote of thanks and let me go.

But by then I’d be a real engineer again and able to open my own office. If Chuck wanted to take a flyer I’d take him with me.

Instead of handing my story to the newspapers Jack Galloway played it slow for the national magazines; he wanted Life to do a spread, tying it in with the one they had done a third of a century earlier on the first production model of Hired Girl. Life did not rise to the bait but he did manage to plant it several other places that spring, tying it in with display advertising.

I thought of growing a beard. Then I realized that no one recognized me and would not have cared if they had.

I got a certain amount of crank mail, including one letter from a man who promised me that I would burn eternally in hell for defying God’s plan for my life. I chucked it, while thinking that if God had really opposed what had happened to me, He should never have made cold sleep possible. Otherwise I wasn’t bothered.

But I did get a phone call, on Thursday, 3 May 2001. “Mrs. Schultz is on the line, sir. Will you take the call?”

Schultz? Damnation, I had promised Doughty the last time I had called him that I would take care of that. But I had put it off because I did not want to; I was almost sure it was one of those screwballs who pursued Sleepers and asked them personal questions.

But she had called several times, Doughty had told me, since I had checked out in December. In accordance with the policy of the sanctuary they had refused to give her my address, agreeing merely to pass along messages.

Well, I owed it to Doughty to shut her up. “Put her on.”

“Is this Danny Davis?” My office phone had no screen; she could not see me. “Speaking. Your name is Schultz?”

“Oh, Danny darling, it’s so good to hear your voice!”

I didn’t answer right away. She went on, “Don’t you knowme?” I knew her, all right. It was Belle Gentry.

I MADE A DATE with her.

My first impulse had been to tell her to go to hell and switch off. I had long since realized that revenge was childish; revenge would not bring Pete back and fitting revenge would simply land me in jail. I had hardly thought about Belle and Miles since I had quit looking for them.

But Belle almost certainly knew where Ricky was. So I made a date.

She wanted me to take her to dinner, but I would not do that. I’m not fussy about fine points of etiquette. But eating is something you do only with friends; I would see her but I had no intention of eating or drinking with her. I got her address and told her I would be there that evening at eight.

It was a cheap rental, a walk-up flat in a part of town (lower La Brea) not yet converted to New Plan. Before I buzzed her door I knew that she had not hung onto what she had bilked me out of, or she would not have been living there.

And when I saw her I realized that revenge was much too late; she and the years had managed it for me.

Belle was not less than fifty-three by the age she had claimed, and probably closer to sixty in fact. Between geriatrics and endocrinology a woman who cared to take the trouble could stay looking thirty for at least thirty extra years, and lots of them did. There were grabbie stars who boasted of being grandmothers while still playing ingénue leads.

Belle had not taken the trouble.

She was fat and shrill and kittenish. It was evident that she still considered her body her principal asset, for she was dressed in a Sticktite negligee which, while showing much too much of her, also showed that she was female, mammalian, overfed, and underexercised.

She was not aware of it. That once-keen brain was fuzzy; all that was left was her conceit and her overpowering confidence in herself. She threw herself on me with squeals of joy and came close to kissing me before I could unwind her.

I pushed her wrists back. “Take it easy, Belle.”

“But, darling! I’m so happy—so excited—and so thrilled to see you!”

“I’ll bet.” I had gone there resolved to keep my temper…just find out what I wanted to know and get out. But I was finding it difficult. “Remember

how you saw me last? Drugged to my eyebrows so that you could stuff me into cold sleep.”

She looked puzzled and hurt. “But, sweetheart, we only did it for your own good! You were so ill.” I think she believed it. “Okay, okay. Where’s Miles? You’re Mrs. Schultz now?”

Her eyes grew wide. “Didn’t you know?

“Know what?”

“Poor Miles…poor, dear Miles. He lived less than two years, Danny boy, after you left us.” Her expression changed suddenly. “The frallup cheated me!”

“That’s too bad.” I wondered how he had died. Did he fall or was he pushed? Arsenic soup? I decided to stick to the main issue before she jumped the track completely. “What became of Ricky?”

“Ricky?”

“Miles’ little girl. Frederica.”

“Oh, that horrible little brat! How should I know? She went to live with her grandmother.” “Where? And what was her grandmother’s name?”

“Where? Tucson—or Yuma—or some place dull like that. It might have been Indio. Darling, I don’t want to talk about that impossible child— I want

to talk about us.”

“In a moment. What was her grandmother’s name?”

“Danny boy, you’re being very tiresome. Why in the world should I remember something like that?” “What was it?”

“Oh, Hanolon…or Haney…or Heinz. Or it might have been Hinckley. Don’t be dull, dear. Let’s have a drink. Let’s drink a toast to our happy reunion.”

I shook my head. “I don’t use the stuff.” This was almost true. Having discovered that it was an unreliable friend in a crisis, I usually limited myself to a beer with Chuck Freudenberg.

“How very dull, dearest. You won’t mind if I have one.” She was already pouring it—straight gin, the lonely girl’s friend. But before she downed it she picked up a plastic pill bottle and rolled two capsules into her palm. “Have one?”

I recognized the striped casing—euphorion. It was supposed to be nontoxic and non-habit-forming, but opinions differed. There was agitation to class it with morphine and the barbiturates. “Thanks. I’m happy now.”

“How nice.” She took both of them, chased them with gin. I decided if I was to learn anything at all I had better talk fast; soon she would be nothing but giggles.

I took her arm and sat her down on her couch, then sat down across from her. “Belle, tell me about yourself. Bring me up to date. How did you and Miles make out with the Mannix people?”

“Uh? But we didn’t.” She suddenly flared up. “That was your fault!” “Huh? My fault? I wasn’t even there.”

“Of course it was your fault. That monstrous thing you built out of an old wheelchair…that was what they wanted. And then it was gone.” “Gone? Where was it?”

She peered at me with piggy, suspicious eyes. “You ought to know. You took it.”

“Me? Belle, are you crazy? I couldn’t take anything. I was frozen stiff, in cold sleep. Where was it? And when did it disappear?” It fitted in with my own notions that somebody must have swiped Flexible Frank, if Belle and Miles had not made use of him. But out of all the billions on the globe, I was the one who certainly had not. I had not seen Frank since that disastrous night when they had outvoted me. “Tell me about it, Belle. Where was

it? And what made you think I took it?”

“It had to be you. Nobody else knew it was important. That pile of junk! I told Miles not to put it in the garage.”

“But if somebody did swipe it, I doubt if they could make it work. You still had all the notes and instructions and drawings.”

“No, we didn’t either. Miles, the fool, had stuffed them all inside it the night we had to move it to protect it.”

I did not fuss about the word “protect.” Instead I was about to say that he couldn’t possibly have stuffed several pounds of paper into Flexible Frank; he was already stuffed like a goose—when I remembered that I had built a temporary shelf across the bottom of his wheelchair base to hold tools while I worked on him. A man in a hurry might very well have emptied my working files into that space.

No matter. The crime, or crimes, had been committed thirty years ago. I wanted to find out how Hired Girl, Inc., had slipped away from them.

“After the Mannix deal fell through what did you do with the company?”

“We ran it, of course. Then when Jake quit us Miles said we had to shut down. Miles was a weakling…and I never liked that Jake Schmidt. Sneaky. Always asking why you had quit…as if we could have stopped you! I wanted us to hire a good foreman and keep going. The company would have been worth more. But Miles insisted.”

“What happened then?”

“Why, then we licensed to Geary Manufacturing, of course. You know that; you’re working there now.”

I did know that; the full corporate name of Hired Girl was now “Hired Girl Appliances and Geary Manufacturing, Inc.”—even though the signs read simply “Hired Girl.” I seemed to have found out all I needed to know that this flabby old wreck could tell me.

But I was curious on another point. “You two sold your stock after you licensed to Geary?”

“Huh? Whatever put that silly notion in your head?” Her expression broke and she began to blubber, pawing feebly for a handkerchief, then giving up and letting the tears go. “He cheated me! He cheated me! The dirty shiker cheated me…he kinked me out of it.” She snuffled and added meditatively, “You all cheated me…and you were the worst of the lot, Danny boy. After I had been so good to you.” She started to bawl again.

I decided that euphorion wasn’t worth whatever it cost. Or maybe she enjoyed crying. “How did he cheat you, Belle?”

“What? Why, you know. He left it all to that dirty brat of his…after all that he had promised me…after I nursed him when he hurt so. And she wasnt even his own daughter. That proves it.”

It was the first good news I had had all evening. Apparently Ricky had received one good break, even if they had grabbed my stock away from

her earlier. So I got back to the main point. “Belle, what was Ricky’s grandmother’s name? And where did they live?” “Where did who live?”

“Ricky’s grandmother.” “Who’s Ricky?”

“Miles’ daughter. Try to think, Belle. It’s important.” That set her off. She pointed a finger at me and shrilled, “I know you. You were in love with her, that’s what. That dirty little sneak…her and that horrible cat.”

I felt a burst of anger at the mention of Pete. But I tried to suppress it. I simply grabbed her shoulders and shook her a little. “Brace up, Belle. I want to know just one thing. Where did they live? How did Miles address letters when he wrote to them?”

She kicked at me. “I won’t even talk to you! You’ve been perfectly stinking ever since you got here.” Then she appeared to sober almost instantly and said quietly, “I don’t know. The grandmother’s name was Haneker, or something like that. I only saw her once, in court, when they came to see about the will.”

“When was that?”

“Right after Miles died, of course.” “When did Miles die, Belle?”

She switched again. “You want to know too much. You’re as bad as the sheriffs…questions, questions, questions!” Then she looked up and said pleadingly, “Let’s forget everything and just be ourselves. There’s just you and me now, dear…and we still have our lives ahead of us. A woman isn’t old at thirty-nine…Schultzie said I was the youngest thing he ever saw—and that old goat had seen plenty, let me tell you! We could be so happy, dear. We—”

I had had all I could stand, even to play detective. “I’ve got to go, Belle.” “What, dear? Why, it’s early…and we’ve got all night ahead of us. I thought—” “I don’t care what you thought. I’ve got to leave right now.”

“Oh dear! Such a pity. When will I see you again? Tomorrow? I’m terribly busy but I’ll break my engagements and—” “I won’t be seeing you again, Belle.” I left.

I never did see her again.

As soon as I was home I took a hot bath, scrubbing hard. Then I sat down and tried to add up what I had found out, if anything. Belle seemed to think that Ricky’s grandmother’s name began with an “H”—if Belle’s maunderings meant anything at all, a matter highly doubtful—and that they had lived in one of the desert towns in Arizona, or possibly California. Well, perhaps professional skip-tracers could make something of that.

Or maybe not. In any case it would be tedious and expensive; I’d have to wait until I could afford it. Did I know anything else that signified?

Miles had died (so Belle said) around 1972. If he had died in this county I ought to be able to find the date in a couple of hours of searching, and after that I ought to be able to track down the hearing on his will…if there had been one, as Belle had implied. Through that I might be able to find out where Ricky had lived then. If courts kept such records. (I didn’t know.) If I had gained anything by cutting the lapse down to twenty-eight years and locating the town she had lived in that long ago.

If there was any point in looking for a woman now forty-one and almost certainly married and with a family. The jumbled ruin that had once been Belle Darkin had shaken me; I was beginning to realize what thirty years could mean. Not that I feared that Ricky grown up would be anything but gracious and good…but would she even remember me? Oh, I did not think she would have forgotten me entirely, but wasn’t it likely that I would be just a faceless person, the man she had sometimes called “Uncle Danny” and who had that nice cat?

Wasn’t I, in my own way, living in a fantasy of the past quite as much as Belle was?

Oh well, it couldn’t hurt to try again to find her. At the least, we could exchange Christmas cards each year. Her husband could not very well object to that.

THE NEXT MORNING was Friday, the fourth of May. Instead of going into the office I went down to the county Hall of Records. They were moving everything and told me to come back next month, so I went to the office of the Times and got a crick in my neck from a microscanner. But I did find out that if Miles had died any date between twelve and thirty-six months after I had been tucked in the freezer, he had not done so in Los Angeles County—if the death notices were correct.

Of course there was no law requiring him to die in L. A. County. You can die anyplace. They’ve never managed to regulate that.

Perhaps Sacramento had consolidated state records. I decided I would have to check someday, thanked the Times librarian, went out to lunch, and eventually got back to Hired Girl, Inc.

There were two phone calls and a note waiting, all from Belle. I got as far in the note as “Dearest Dan,” tore it up and told the desk not to accept any calls for me from Mrs. Schultz. Then I went over to the accounting office and asked the chief accountant if there was any way to check up on past ownership of a retired stock issue. He said he would try and I gave him the numbers, from memory, of the original Hired Girl stock I had once held. It took no feat of memory; we had issued exactly one thousand shares to start with and I had held the first five hundred and ten, and Belle’s “engagement present” had come off the front end.

I went back to my cubbyhole and found McBee waiting for me. “Where have you been?” he wanted to know.

“Out and around. Why?”

“That’s hardly a sufficient answer. Mr. Galloway was in twice today looking for you. I was forced to tell him I did not know where you were.”

“Oh, for Pete’s sake! If Galloway wants me he’ll find me eventually. If he spent half the time peddling the merchandise on its merits that he does trying to think up cute new angles, the firm would be better off.” Galloway was beginning to annoy me. He was supposed to be in charge of selling, but it seemed to me that he concentrated on kibitzing the advertising agency that handled our account. But I’m prejudiced; engineering is the only part that interests me. All the rest strikes me as paper shuffling, mere overhead.

I knew what Galloway wanted me for and, to tell the truth, I had been dragging my feet. He wanted to dress me up in 1900 costumes and take pictures. I had told him that he could take all the pix he wanted of me in 1970 costumes, but that 1900 was twelve years before my father was born. He said nobody would know the difference, so I told him what the fortuneteller told the cop. He said I didn’t have the right attitude.

These people who deal in fancification to fool the public think nobody can read and write but themselves. McBee said, “You don’t have the right attitude, Mr. Davis.”

“So? I’m sorry.”

“You’re in an odd position. You are charged to my department, but I’m supposed to make you available to advertising and sales when they need you. From here on I think you had better use the time clock like everyone else…and you had better check with me whenever you leave the office during working hours. Please see to it.”

I counted to ten slowly, using binary notation. “Mac, do you use the time clock?” “Eh? Of course not. I’m the chief engineer.”

“So you are. It says so right over on that door. But see here, Mac, I was chief engineer of this bolt bin before you started to shave. Do you really think that I am going to knuckle under to a time clock?”

He turned red. “Possibly not. But I can tell you this: If you don’t, you won’t draw your check.” “So? You didn’t hire me; you can’t fire me.”

“Mmm…we’ll see. I can at least transfer you out of my department and over to advertising where you belong. If you belong anywhere.” He glanced at my drafting machine. “You certainly aren’t producing anything here. I don’t fancy having that expensive machine tied up any longer.” He nodded briskly. “Good day.”

I followed him out. An Office Boy rolled in and placed a large envelope in my basket, but I did not wait to see what it was; I went down to the staff coffee bar and fumed. Like a lot of other triple-ought-gauge minds, Mac thought creative work could be done by the numbers. No wonder the old firm hadn’t produced anything new for years.

Well, to hell with him. I hadn’t planned to stick around much longer anyway.

An hour or so later I wandered back up and found an interoffice mail envelope in my basket. I opened it, thinking that Mac had decided to throw the switch on me at once.

But it was from accounting; it read:

Dear Mr. Davis:

Re: the stock you inquired about.

Dividends on the larger block were paid from first quarter 1971 to second quarter 1980 on the original shares, to a trust held in favor of a party named Heinicke. Our reorganization took place in 1980 and the abstract at hand is somewhat obscure, but it appears that the equivalent shares (after reorganization) were sold to Cosmopolitan Insurance Group, which still holds them. Regarding the smaller block of stock, it was held (as you suggested) by Belle D. Gentry until 1972, when it was assigned to Sierra Acceptances Corporation, who broke it up and sold it piecemeal “over the counter.” The exact subsequent history of each share and its equivalent after reorganization could be traced if needed, but more time would be required.

If this department can be of any further assistance to you, please feel free to call on us.

Y. E. Reuther, Ch. Acct. I called Reuther and thanked him and told him that I had all I wanted. I knew now that my assignment to Ricky had never been effective. Since the

transfer of my stock that did show in the record was clearly fraudulent, the deal whiffed of Belle; this third party could have been either another of her stooges or possibly a fictitious person—she was probably already planning on swindling Miles by then.

Apparently she had been short of cash after Miles’ death and had sold off the smaller block. But I did not care what had happened to any of the stock once it passed out of Belle’s control. I had forgotten to ask Reuther to trace Miles’ stock…that might give a lead to Ricky even though she no longer held it. But it was late Friday already; I’d ask him Monday. Right now I wanted to open the large envelope still waiting for me, for I had spotted the return address.

I had written to the patent office early in March about the original patents on both Eager Beaver and Drafting Dan. My conviction that the original

Eager Beaver was just another name for Flexible Frank had been somewhat shaken by my first upsetting experience with Drafting Dan; I had considered the possibility that the same unknown genius who had conceived Dan so nearly as I had imagined him might also have developed a parallel equivalent of Flexible Frank. The theory was bulwarked by the fact that both patents had been taken out the same year and both patents were held (or had been held until they expired) by the same company, Aladdin.

But I had to know. And if this inventor was still alive I wanted to meet him. He could teach me a thing or four.

I had written first to the patent office, only to get a form letter back that all records of expired patents were now kept in the National Archives in Carlsbad Caverns. So I wrote the Archives and got another form letter with a schedule of fees. So I wrote a third time, sending a postal order (no personal checks, please) for prints of the whole works on both patents—descriptions, claims, drawings, histories.

This fat envelope looked like my answer.

The one on top was 4,307,909, the basic for Eager Beaver. I turned to the drawings, ignoring for the moment both description and claims. Claims aren’t important anyway except in court; the basic notion in writing up claims on an application for patent is to claim the whole wide world in the broadest possible terms, then let the patent examiners chew you down—this is why patent attorneys are born. The descriptions, on the other hand, have to be factual, but I can read drawings faster than I can read descriptions.

I had to admit that it did not look too much like Flexible Frank. It was better than Flexible Frank; it could do more and some of the linkages were simpler. The basic notion was the same—but that had to be true, as a machine controlled by Thorsen tubes and ancestral to Eager Beaver had to be based on the same principles I had used in Flexible Frank.

I could almost see myself developing just such a device…sort of a second-stage model of Frank. I had once had something of the sort in mind— Frank without Frank’s household limitations.

I finally got around to looking up the inventor’s name on the claims and description sheets. I recognized it all right. It was D. B. Davis.

I looked at it while whistling “Time on My Hands” slowly and off key. So Belle had lied again. I wondered if there was any truth at all in that spate of drivel she had fed me. Of course Belle was a pathological liar, but I had read somewhere that pathological liars usually have a pattern, starting from the truth and embellishing it, rather than indulging in complete fancy. Quite evidently my model of Frank had never been “stolen” but had been turned over to some other engineer to smooth up, then the application had been made in my name.

But the Mannix deal had never gone through; that one fact was certain, since I knew it from company records. But Belle had said that their failure to produce Flexible Frank as contracted had soured the Mannix deal.

Had Miles grabbed Frank for himself, letting Belle think that it had been stolen? Or restolen, rather.

In that case…I dropped guessing at it, as hopeless, more hopeless than the search for Ricky. I might have to take a job with Aladdin before I would be able to ferret out where they had gotten the basic patent and who had benefited by the deal. It probably was not worth it, since the patent was expired, Miles was dead, and Belle, if she had gained a dime out of it, had long since thrown it away. I had satisfied myself on the one point important to me, the thing I had set out to prove; i.e., that I myself was the original inventor. My professional pride was salved and who cares about money when three meals a day are taken care of ? Not me.

So I turned to 4,307,910, the first Drafting Dan.

The drawings were a delight. I couldn’t have planned it better myself; this boy really had it. I admired the economy of the linkages and the clever way the circuits had been used to reduce the moving parts to a minimum. Moving parts are like the vermiform appendix; a source of trouble to be done away with whenever possible.

He had even used an electric typewriter for his keyboard chassis, giving credit on the drawing to an IBM patent series. That was smart, that was engineering: never reinvent something that you can buy down the street.

I had to know who this brainy boy was, so I turned to the papers. It was D. B. Davis.

AFTER QUITE A LONG time I phoned Dr. Albrecht. They rounded him up and I told him who I was, since my office phone had no visual. “I recognized your voice,” he answered. “Hi there, son. How are you getting along with your new job?”

“Well enough. They haven’t offered me a partnership yet.”

“Give them time. Happy otherwise? Find yourself fitting back in?”

“Oh, sure! If I had known what a great place here and now is I’d have taken the Sleep earlier. You couldn’t hire me to go back to 1970.”

“Oh, come now! I remember that year pretty well. I was a kid then on a farm in Nebraska. I used to hunt and fish. I had fun. More than I have now.” “Well, to each his own. I like it now. But look, Doc, I didn’t call up just to talk philosophy; I’ve got a little problem.”

“Well, let’s have it. It ought to be a relief; most people have big problems.” “Doc? Is it at all possible for the Long Sleep to cause amnesia?”

He hesitated before replying. “It is conceivably possible. I can’t say that I’ve ever seen a case, as such. I mean unconnected with other causes.” “What are the things that cause amnesia?”

“Any number of things. The commonest, perhaps, is the patient’s own subconscious wish. He forgets a sequence of events, or rearranges them, because the facts are unbearable to him. That’s a functional amnesia in the raw. Then there is the old-fashioned knock on the head— amnesia from trauma. Or it might be amnesia through suggestion… under drugs or hypnosis. What’s the matter, bub? Can’t you find your checkbook?”

“It’s not that. So far as I know, I’m getting along just fine now. But I can’t get some things straight that happened before I took the Sleep…and it’s got me worried.”

“Mmm…any possibility of any of the causes I mentioned?”

“Yes,” I said slowly. “Uh, all of them, except maybe the bump on the head…and even that might have happened while I was drunk.”

“I neglected to mention,” he said dryly, “the commonest temporary amnesia—pulling a blank while under the affluence of incohol. See here, son, why don’t you come see me and we’ll talk it over in detail? If I can’t tag what is biting you—I’m not a psychiatrist, you know—I can turn you over to a hypno-analyst who will peel back your memory like an onion and tell you why you were late to school on the fourth of February your second-grade year. But he’s pretty expensive, so why not give me a whirl first?”

I said, “Cripes, Doc, I’ve bothered you too much already…and you are pretty stuffy about taking money.” “Son, I’m always interested in my people; they’re all the family I have.”

So I put him off by saying that I would call him the first of the week if I wasn’t straightened out. I wanted to think about it anyhow.

Most of the lights went out except in my office; a Hired Girl, scrub-woman type, looked in, twigged that the room was still occupied, and rolled silently away. I still sat there.

Presently Chuck Freudenberg stuck his head in and said, “I thought you left long ago. Wake up and finish your sleep at home.”

I looked up. “Chuck, I’ve got a wonderful idea. Let’s buy a barrel of beer and two straws.”

He considered it carefully. “Well, it’s Friday…and I always like to have a head on Monday; it lets me know what day it is.” “Carried and so ordered. Wait a second while I stuff some things in this briefcase.”

We had some beers, then we had some food, then we had more beers at a place where the music was good, then we moved on to another place where there was no music and the booths had hush linings and they didn’t disturb you as long as you ordered something about once an hour. We talked. I showed him the patent records.

Chuck looked over the Eager Beaver prototype. “That’s a real nice job, Dan. I’m proud of you, boy. I’d like your autograph.” “But look at this one.” I gave him the drafting-machine patent papers.

“Some ways this one is even nicer. Dan, do you realize that you have probably had more influence on the present state of the art than, well, than Edison had in his period? You know that, boy?”

“Cut it out, Chuck; this is serious.” I gestured abruptly at the pile of photostats. “Okay, so I’m responsible for one of them. But I cant be responsible for the other one. I didn’t do it…unless I’m completely mixed up about my own life before I took the Sleep. Unless I’ve got amnesia.”

“You’ve been saying that for the past twenty minutes. But you don’t seem to have any open circuits. You’re no crazier than is normal in an engineer.”

I banged the table, making the steins dance. “I’ve got to know!” “Steady there. So what are you going to do?”

“Huh?” I pondered it. “I’m going to pay a psychiatrist to dig it out of me.”

He sighed. “I thought you might say that. Now look, Dan, let’s suppose you pay this brain mechanic to do this and he reports that nothing is wrong, your memory is in fine shape, and all your relays are closed. What then?”

“That’s impossible.”

“That’s what they told Columbus. You haven’t even mentioned the most likely explanation.” “Huh? What?”

Without answering he signaled the waiter and told it to bring back the big phone book, extended area. I said, “What’s the matter? You calling the wagon for me?”

“Not yet.” He thumbed through the enormous book, then stopped and said, “Dan, scan this.”

I looked. He had his finger on “Davis.” There were columns of Davises. But where he had his finger there were a dozen “D. B. Davises” —from “Dabney” to “Duncan.”

There were three “Daniel B. Davises.” One of them was me.

 “That’s from less than seven million people,” he pointed out. “Want to try your luck on more than two hundred and fifty million?” “It doesn’t prove anything,” I said feebly.

“No,” he agreed, “it doesn’t. It would be quite a coincidence, I readily agree, if two engineers with such similar talents happened to be working on the same sort of thing at the same time and just happened to have the same last name and the same initials. By the laws of statistics we could probably approximate just how unlikely it is that it would happen. But people forget—especially those who ought to know better, such as yourself—

that while the laws of statistics tell you how unlikely a particular coincidence is, they state just as firmly that coincidences do happen. This looks like one. I like that a lot better than I like the theory that my beer buddy has slipped his cams. Good beer buddies are hard to come by.”

“What do you think I ought to do?”

“The first thing to do is not to waste your time and money on a psychiatrist until you try the second thing. The second thing is to find out the first name of this ‘D. B. Davis’ who filed this patent. There will be some easy way to do that. Likely as not his first name will be ‘Dexter.’ Or even ‘Dorothy.’ But don’t trip a breaker if it is ‘Daniel,’ because the middle name might be ‘Berzowski’ with a social-security number different from yours. And the third thing to do, which is really the first, is to forget it for now and order another round.”

So we did, and talked of other things, particularly women. Chuck had a theory that women were closely related to machinery, both utterly unpredictable by logic. He drew graphs on the tabletop in beer to prove his thesis.

Sometime later I said suddenly, “If there were real time travel, I know what I would do.” “Huh? What are you talking about?”

“About my problem. Look, Chuck, I got here—got to ‘now’ I mean— by a sort of half-baked, horse-and-buggy time travel. But the trouble is I can’t go back. All the things that are worrying me happened thirty years ago. I’d go back and dig out the truth…if there were such a thing as real time travel.”

He stared at me. “But there is.What?

He suddenly sobered. “I shouldn’t have said that.”

I said, “Maybe not, but you already have said it. Now you’d better tell me what you meant before I empty this here stein over your head.” “Forget it, Dan. I made a slip.”

“Talk!”

“That’s just what I can’t do.” He glanced around. No one was near us. “It’s classified.”

“Time travel classified? Good God, why?

“Hell, boy, didn’t you ever work for the government? They’d classify sex if they could. There doesn’t have to be a reason; it’s just their policy. But it

is classified and I’m bound by it. So lay off.”

“But—Quit fooling around about it, Chuck; this is important to me. Terribly important.” When he didn’t answer and looked stubborn I said, “You

can tell me. Shucks, I used to have a ‘Q’ clearance myself. Never suspended, either. It’s just that I’m no longer with the government.” “What’s a ‘Q’ clearance?”

I explained and presently he nodded. You mean an ‘Alpha’ status. You must have been hot stuff, boy; I only rated a ‘Beta.’ ” “Then why can’t you tell me?”

“Huh? You know why. Regardless of your rated status, you don’t have the necessary ‘Need to Know’ qualification.” “The hell I don’t! ‘Need to Know’ is what I’ve got most of.”

But he wouldn’t budge, so finally I said in disgust, “I don’t think there is such a thing. I think you just had a belch back up on you.” He stared at me solemnly for a while, then he said, “Danny.”

“Huh?”

“I’m going to tell you. Just remember your ‘Alpha’ status, boy. I’m going to tell you because it can’t hurt anything and I want you to realize that it

couldn’t possibly be of use to you in your problem. It’s time travel, all right, but it’s not practical. You can’t use it.” “Why not?”

“Give me a chance, will you? They never smoothed the bugs out of it and it’s not even theoretically possible that they ever will. It’s of no practical value whatsoever, even for research. It’s a mere by-product of NullGrav— that’s why they classified it.”

“But, hell, NullGrav is declassified.”

“What’s that got to do with it? If this was commercial, too, maybe they’d unwrap it. But shut up.”

I’m afraid I didn’t, but I’d better tell this as if I had. During Chuck’s senior year at the University of Colorado—Boulder, that is—he had earned extra money as a lab assistant. They had a big cryogenics lab there and at first he had worked in that. But the school had a juicy defense contract concerned with the Edinburgh field theory and they had built a big new physics laboratory in the mountains out of town. Chuck was reassigned there to Professor Twitchell—Dr. Hubert Twitchell, the man who just missed the Nobel Prize and got nasty about it.

“Twitch got the notion that if he polarized around another axis he could reverse the gravitational field instead of leveling it off. Nothing happened. So he fed what he had done back into the computer and got wild-eyed at the results. He never showed them to me, of course. He put two silver dollars into the test cage—they still used hard money around those parts then—after making me mark them. He punched the solenoid button and they disappeared.

“Now that is not much of a trick,” Chuck went on. “Properly, he should have followed up by making them reappear out of the nose of a little boy who volunteers to come up on the stage. But he seemed satisfied, so I was—I was paid by the hour.

“A week later one of those cartwheels reappeared. Just one. But before that, one afternoon while I was cleaning up after he had gone home, a guinea pig showed up in the cage. It didn’t belong in the lab and I hadn’t seen it around before, so I took it over to the bio lab on my way home. They counted and weren’t short any pigs, although it’s hard to be certain with guinea pigs, so I took it home and made a pet out of it.

“After that single silver dollar came back Twitch got so worked up he quit shaving. Next time he used two guinea pigs from the bio lab. One of them looked awfully familiar to me, but I didn’t see it long because he pushed the panic button and they both disappeared.

“When one of them came back about ten days later—the one that didn’t look like mine—Twitch knew for sure that he had it. Then the resident O- in-C for the department of defense came around—a chair-type colonel who used to be a professor himself, of botany. Very military type… Twitch had no use for him. This colonel swore us both to double-dyed secrecy, over and above our ‘status’ oaths. He seemed to think that he had the greatest thing in military logistics since Caesar invented the carbon copy. His idea was that you could send divisions forward or back to a battle you had lost, or were going to lose, and save the day. The enemy would never figure out what had happened. He was crazy in hearts and spades, of course…and he didn’t get the star he was bucking for. But the ‘Critically Secret’ classification he stuck on it stayed, so far as I know, right up to the present. I’ve never seen a disclosure on it.”

“It might have some military use,” I argued, “it seems to me, if you could engineer it to take a division of soldiers at a time. No, wait a minute, I see the hitch. You always had ’em paired. It would take two divisions, one to go forward, one to go back. One division you would lose entirely… I suppose it would be more practical to have a division at the right place at the right time in the first place.”

“You’re right, but your reasons are wrong. You don’t have to use two divisions or two guinea pigs or two anything. You simply have to match the masses. You could use a division of men and a pile of rocks that weighed as much. It’s an action-reaction situation, corollary with Newton’s Third

Law.” He started drawing in the beer drippings again. “MV equals mv…the basic rocket-ship formula. The cognate time-travel formula is MT equals

mt.”

“I still don’t see the hitch. Rocks are cheap.”

“Use your head, Danny. With a rocket ship you can aim the kinkin’ thing. But which direction is last week? Point to it. Just try. You haven’t the slightest idea which mass is going back and which one is going forward. There’s no way to orient the equipment.”

I shut up. It would be embarrassing to a general to expect a division of fresh shock troops and get nothing but a pile of gravel. No wonder the ex- prof never made brigadier. But Chuck was still talking:

“You treat the two masses like the plates of a condenser, bringing them up to the same temporal potential. Then you discharge them on a

damping curve that is effectively vertical. Smacko!—one of them heads for the middle of next year, the other one is history. But you never know which one. But that’s not the worst of it; you can’t come back.”

“Huh? Who wants to come back?”

“Look, what use is it for research if you can’t come back? Or for commerce? Either way you jump, your money is no good and you can’t possibly get in touch with where you started. No equipment—and believe me it takes equipment and power. We took power from the Arco reactors. Expensive…that’s another drawback.”

“You could get back,” I pointed out, “with cold sleep.”

“Huh? If you went to the past. You might go the other way; you never know. If you went a short enough time back so that they had cold sleep…no farther back than the war. But what’s the point of that? You want to know something about 1980, say, you ask somebody or you look it up in old newspapers. Now if there was some way to photograph the Crucifixion…but there isn’t. Not possible. Not only couldn’t you get back, but there isn’t that much power on the globe. There’s an inverse-square law tied up in it too.”

“Nevertheless, some people would try it just for the hell of it. Didn’t anybody ever ride it?” Chuck glanced around again. “I’ve talked too much already.”

“A little more won’t hurt.”

“I think three people tried it. I think. One of them was an instructor. I was in the lab when Twitch and this bird, Leo Vincent, came in; Twitch told me I could go home. I hung around outside. After a while Twitch came out and Vincent didn’t. So far as I know, he’s still in there. He certainly wasn’t teaching at Boulder after that.”

“How about the other two?”

“Students. They all three went in together; only Twitch came out. But one of them was in class the next day, whereas the other one was missing for a week. Figure it out yourself.”

“Weren’t you ever tempted?”

“Me? Does my head look flat? Twitch suggested that it was almost my duty, in the interests of science, to volunteer. I said no, thanks; I’d take a short beer instead…but that I would gladly throw the switch for him. He didn’t take me up on it.”

“I’d take a chance on it. I could check up on what’s worrying me…and then come back again by cold sleep. It would be worth it.”

Chuck sighed deeply. “No more beer for you, my friend; you’re drunk. You didn’t listen to me. One,”—he started making tallies on the tabletop

—“you have no way of knowing that you’d go back; you might go forward instead.”

“I’d risk that. I like now a lot better than I liked then; I might like thirty years from now still better.”

“Okay, so take the Long Sleep again; it’s safer. Or just sit tight and wait for it to roll around; that’s what I’m going to do. But quit interrupting me.

Two, even if you did go back, you might miss 1970 by quite a margin. So far as I know, Twitch was shooting in the dark; I don’t think he had it calibrated. But of course I was just the flunky. Three, that lab was in a stand of pine trees and it was built in 1980. Suppose you come out ten years before it was built in the middle of a western yellow pine? Ought to make quite an explosion, about like a cobalt bomb, huh? Only you wouldn’t know it.”

“But—As a matter of fact, I don’t see why you would come out anywhere near the lab. Why not to the spot in outer space corresponding to where the lab used to be—I mean where it was…or rather—”

“You don’t mean anything. You stay on the world line you were on. Don’t worry about the math; just remember what that guinea pig did. But if you go back before the lab was built, maybe you wind up in a tree. Four, how could you get back to now even with cold sleep, even if you did go the right way, arrive at the right time, and live through it?”

“Huh? I did once, why not twice?”

“Sure. But what are you going to use for money?”

I opened my mouth and closed it. That one made me feel foolish. I had had the money once; I had it no longer. Even what I had saved (not nearly enough) I could not take with me—shucks, even if I robbed a bank (an art I knew nothing about) and took a million of the best back with me, I couldn’t spend it in 1970. I’d simply wind up in jail for trying to shove funny money. They had even changed the shape, not to mention serial numbers, dates, colors, and designs. “Maybe I’d just have to save it up.”

“Good boy. And while you were saving it, you’d probably wind up here and now again without half trying…but minus your hair and your teeth.” “Okay, okay. But let’s go back to that last point. Was there ever a big explosion on that spot? Where the lab was?”

“No, I don’t think so.”

“Then I wouldnt wind up in a tree—because I didnt. Follow me?”

“I’m three jumps ahead of you. The old time paradox again, only I won’t buy it. I’ve thought about theory of time, too, maybe more than you have.

You’ve got it just backward. There wasn’t any explosion and you aren’t going to wind up in a tree…because you aren’t ever going to make the jump. Do you follow me?

“But suppose I did?”

“You won’t. Because of my fifth point. It’s the killer, so listen closely. You ain’t about to make any such jump because the whole thing is classified and you cant. They won’t let you. So let’s forget it, Danny. It’s been a very interesting intellectual evening and the FBI will be looking for me in the morning. So let’s have one more round and Monday morning if I’m still out of jail I’ll phone the chief engineer over at Aladdin and find out the first name of this other ‘D. B. Davis’ character and who he was or is. He might even be working there and, if so, we’ll have lunch with him and talk shop. I

want you to meet Springer, the chief over at Aladdin, anyway; he’s a good boy. And forget this time-travel nonsense; they’ll never get the bugs out of it. I should never have mentioned it…and if you ever say I did I’ll look you square in the eye and call you a liar. I might need my classified status again someday.”

So we had another beer. By the time I was home and had taken a shower and had washed some of the beer out of my system I knew he was right. Time travel was about as practical a solution to my difficulties as cutting your throat to cure a headache. More important, Chuck would find out what I wanted to know from Mr. Springer just over chops and a salad, no sweat, no expense, no risk. And I liked the year I was living in.

When I climbed into bed I reached out and got the week’s stack of papers. The Times came to me by tube each morning, now that I was a solid citizen. I didn’t read it very much, because whenever I got my head soaked full of some engineering problem, which was usually, the daily fripperies you find in the news merely annoyed me, either by boring me or, worse still, by being interesting enough to distract my mind from its proper work.

Nevertheless, I never threw out a newspaper until I had at least glanced at the headlines and checked the vital-statistics column, the latter not for births, deaths, and marriages, but simply for “withdrawals,” people coming out of cold sleep. I had a notion that someday I would see the name of someone I had known back then, and then I would go around and say hello, bid him welcome, and see if I could give him a hand. The chances were against it, of course, but I kept on doing it and it always gave me a feeling of satisfaction.

I think that subconsciously I thought of all other Sleepers as my “kinfolk,” the way anybody who once served in the same outfit is your buddy, at least to the extent of a drink.

There wasn’t much in the papers, except the ship that was still missing between here and Mars, and that was not news but a sad lack of it. Nor did I spot any old friends among the newly awakened Sleepers. So I lay back and waited for the light to go out.

ABOUT THREE IN the morning I sat up very suddenly, wide awake. The light came on and I blinked at it. I had had a very odd dream, not quite a nightmare but nearly, of having failed to notice little Ricky in the vital statistics.

I knew I hadn’t. But just the same when I looked over and saw the week’s stack of newspapers still sitting there I was greatly relieved; it had been possible that I had stuffed them down the chute before going to sleep, as I sometimes did.

I dragged them back onto the bed and started reading the vital statistics again. This time I read all categories, births, deaths, marriages, divorces, adoptions, changes of name, commitments, and withdrawals, for it had occurred to me that my eye might have caught Ricky’s name without consciously realizing it, while glancing down the column to the only subhead I was interested in—Ricky might have got married or had a baby or something.

I almost missed what must have caused the distressing dream. It was in the Times for 2 May 2001, Tuesday’s withdrawals listed in Wednesday’s paper: “Riverside Sanctuary…F. V. Heinicke.”

F. V. Heinicke!

“Heinicke” was Ricky’s grandmother’s name…I knew it, I was certain of it! I didn’t know why I knew it. But I felt that it had been buried in my head and had not popped up until I read it again. I had probably seen it or heard it at some time from Ricky or Miles, or it was even possible that I had

met the old gal at Sandia. No matter, the name, seen in the Times, had fitted a forgotten piece of information in my brain and then I knew. Only I still had to prove it. I had to make sure that “F. V. Heinicke” stood for “Frederica Virginia Heinicke.”

I was shaking with excitement, anticipation, and fear. In spite of well-established new habits I tried to zip my clothes instead of sticking the seams together and made a botch of getting dressed. But a few minutes later I was down in the hall where the phone booth was—I didn’t have an instrument in my room or I would have used it; I was simply a supplementary listing for the house phone. Then I had to run back up again when I found that I had forgotten my phone-credit ID card—I was really disorganized.

Then, when I had it, I was trembling so that I could hardly fit it into the slot. But I did and signaled “Service.” “Circuit desired?”

“Uh, I want the Riverside Sanctuary. That’s in Riverside Borough.”

“Searching…holding…circuit free. We are signaling.”

The screen lighted up at last and a man looked grumpily at me. “You must have the wrong phasing. This is the sanctuary. We’re closed for the night.”

I said, “Hang on, please. If this is the Riverside Sanctuary, you’re just who I want.” “Well, what do you want? At this hour?”

“You have a client there, F. V. Heinicke, a new withdrawal. I want to know—”

He shook his head. “We don’t give out information about clients over the phone. And certainly not in the middle of the night. You’d better call after ten o’clock. Better yet, come here.”

“I will, I will. But I want to know just one thing. What do the initials ‘F. V.’ stand for?” “I told you that—”

“Will you listen, please? I’m not just butting in; I’m a Sleeper myself. Sawtelle. Withdrawn just lately. So I know all about the ‘confidential relationship’ and what’s proper. Now you’ve already published this client’s name in the paper. You and I both know that the sanctuaries always give the papers the full names of clients withdrawn and committed…but the papers trim the given names to initials to save space. Isn’t that true?”

He thought about it. “Could be.”

“Then what possible harm is there in telling me what the initials ‘F. V.’ stand for?”

He hesitated still longer. “None, I guess, if that’s all you want. It’s all you’re going to get. Hold on.”

He passed out of the screen, was gone for what seemed like an hour, came back holding a card. “The light’s poor,” he said, peering at it. “ ‘Frances’ —no, ‘Frederica.’ ‘Frederica Virginia.’ ”

My ears roared and I almost fainted. “Thank God!” “You all right?”

“Yes. Thank you. Thank you from the bottom of my heart. Yes, I’m all right.”

“Hmm. I guess there’s no harm in telling you one more thing. It might save you a trip. She’s already checked out.”

IX

I COULD HAVE saved time by hiring a cab to jump me to Riverside, but I was handicapped by lack of cash. I was living in West Hollywood; the nearest twenty-four-hour bank was downtown at the Grand Circle of the Ways. So first I rode the Ways downtown and went to the bank for cash. One real improvement I had not appreciated up to then was the universal checkbook system; with a single cybernet as clearinghouse for the whole city and radioactive coding on my checkbook, I got cash laid in my palm as quickly there as I could have gotten it at my home bank across from Hired Girl, Inc.

Then I caught the express Way for Riverside. When I reached the sanctuary it was just daylight.

There was nobody there but the night technician I had talked to and his wife, the night nurse. I’m afraid I didn’t make a good impression. I had a day’s beard, I was wild-eyed, I probably had a beer breath, and I had not worked out a consistent framework of lies.

Nevertheless, Mrs. Larrigan, the night nurse, was sympathetic and helpful. She got a photograph out of file and said, “Is this your cousin, Mr. Davis?”

It was Ricky. There was no doubt about it, it was Ricky! Oh, not the Ricky I had known, for this was not a little girl but a mature young woman, twentyish or older, with a grown-up hairdo and a grown-up and very beautiful face. She was smiling.

But her eyes were unchanged and the ageless pixie quality of her face that had made her so delightful a child was still there. It was the same face, matured, filled out, grown beautiful, but unmistakable.

The stereo blurred, my eyes had filled with tears. “Yes,” I managed to choke. “Yes. That’s Ricky.” Mr. Larrigan said, “Nancy, you shouldn’t have showed him that.”

“Pooh, Hank, what harm is there in showing a photograph?”

“You know the rules.” He turned to me. “Mister, as I told you on the phone, we don’t give out information about clients. You come back here at ten o’clock when the administration office opens.”

“Or you could come back at eight,” his wife added. “Dr. Bernstein will be here then.”

“Now, Nancy, you just keep quiet. If he wants information, the man to see is the director. Bernstein hasn’t any more business answering questions than we have. Besides, she wasn’t even Bernstein’s patient.”

“Hank, you’re being fussy. You men like rules just for the sake of rules. If he’s in a hurry to see her, he could be in Brawley by ten o’clock.” She turned to me. “You come back at eight. That’s best. My husband and I can’t really tell you anything anyhow.”

“What’s this about Brawley? Did she go to Brawley?”

If her husband had not been there I think she would have told me more. She hesitated and he looked stern. She answered, “You see Dr. Bernstein. If you haven’t had breakfast, there’s a real nice place just down the street.”

So I went to the “real nice place” (it was) and ate and used their wash-room and bought a tube of Beardgo from a dispenser in the washroom and a shirt from another dispenser and threw away the one I had been wearing. By the time I returned I was fairly respectable.

But Larrigan must have bent Dr. Bernstein’s ear about me. He was a young man, resident in training, and he took a very stiff line. “Mr. Davis, you claim to be a Sleeper yourself. You must certainly know that there are criminals who make a regular business of preying on the gullibility and lack of orientation of a newly awakened Sleeper. Most Sleepers have considerable assets, all of them are unworldly in the world in which they find themselves, they are usually lonely and a bit scared—a perfect setup for confidence men.”

“But all I want to know is where she went! I’m her cousin. But I took the Sleep before she did, so I didn’t know she was going to.” “They usually claim to be relatives.” He looked at me closely. “Haven’t I seen you before?”

“I strongly doubt it. Unless you just happened to pass me on the Ways, downtown.” People are always thinking they’ve seen me before; I’ve got one of the Twelve Standard Faces, as lacking in uniqueness as one peanut in a sackful. “Doctor, how about phoning Dr. Albrecht at Sawtelle Sanctuary and checking on me?”

He looked judicial. “You come back and see the director. He can call the Sawtelle Sanctuary…or the police, whichever he sees fit.”

So I left. Then I may have made a mistake. Instead of coming back to see the director and very possibly getting the exact information I needed (with the aid of Albrecht’s vouching for me), I hired a jumpcab and went straight to Brawley.

It took three days to pick up her trail in Brawley. Oh, she had lived there and so had her grandmother; I found that out quickly. But the grandmother had died twenty years earlier and Ricky had taken the Sleep. Brawley is a mere hundred thousand compared with the seven million of Great Los Angeles; the twenty-year-old records were not hard to find. It was the trail less than a week old that I had trouble with.

Part of the trouble was that she was with someone; I had been looking for a young woman traveling alone. When I found out she had a man with her I thought anxiously about the crooks preying on Sleepers that Bernstein had lectured me about and got busier than ever.

I followed a false lead to Calexico, went back to Brawley, started over, picked it up again, and traced them as far as Yuma.

At Yuma I gave up the chase, for Ricky had gotten married. What I saw on the register at the county clerk’s office there shocked me so much that I dropped everything and jumped a ship for Denver, stopping only to mail a card to Chuck telling him to clear out my desk and pack the stuff in my room.

I STOPPED IN DENVER just long enough to visit a dental-supply house. I had not been in Denver since it had become the capital—after the Six Weeks War, Miles and I had gone straight to California—and the place stunned me. Why, I couldn’t even find Colfax Avenue. I had understood that everything essential to the government was buried back under the Rockies. If that is so, then there must be an awful lot of nonessentials still aboveground; the place seemed even more crowded than Great Los Angeles.

At the dental-supply house I bought ten kilograms of gold, isotope 197, in the form of fourteen-gauge wire. I paid $86.10 a kilogram for it, which was decidedly too much, since gold of engineering quality was selling for around $70 a kilogram, and the transaction mortally wounded my only thousand-dollar bill. But engineering gold comes either in alloys never found in nature, or with isotopes 196 and 198 present, or both, depending on the application. For my purposes I wanted fine gold, undetectable from gold refined from natural ore, and I did not want gold that might burn my pants off if I got cozy with it—the overdose at Sandia had given me a healthy respect for radiation poisoning.

I wound the gold wire around my waist and went to Boulder. Ten kilograms is about the weight of a well-filled weekend bag and that much gold bulks almost exactly the same as a quart of milk. But the wire form of it made it bulk more than it would have solid; I can’t recommend it as a girdle. But gold slugs would have been still harder to carry, and this way it was always with me.

Dr. Twitchell was still living there, though no longer working; he was professor emeritus and spent most of his waking hours in the bar of the faculty club. It took me four days to catch him in another bar, since the faculty club was closed to outlanders like me. But when I did, it turned out to

be easy to buy him a drink.

He was a tragic figure in the classic Greek meaning, a great man—a very great man—gone to ruin. He should have been up there with Einstein and Bohr and Newton; as it was, only a few specialists in field theory were really aware of the stature of his work. Now when I met him his brilliant mind was soured with disappointment, dimmed with age, and soggy with alcohol. It was like visiting the ruins of what had been a magnificent temple after the roof has fallen in, half the columns knocked down, and vines have grown over it all.

Nevertheless, he was brainier on the skids than I ever was at my best. I’m smart enough myself to appreciate real genius when I meet it. The first time I saw him he looked up, looked straight at me and said, “You again.”

“Sir?”

“You used to be one of my students, didn’t you?”

“Why, no, sir, I never had that honor.” Ordinarily when people think they have seen me before, I brush it off; this time I decided to exploit it if I could. “Perhaps you are thinking of my cousin, Doctor—class of ’86. He studied under you at one time.”

“Possibly. What did he major in?”

“He had to drop out without a degree, sir. But he was a great admirer of yours. He never missed a chance to tell people he had studied under you.”

You can’t make an enemy by telling a mother her child is beautiful. Dr. Twitchell let me sit down and presently let me buy him a drink. The greatest weakness of the glorious old wreck was his professional vanity. I had salvaged part of the four days before I could scrape up an acquaintance with him by memorizing everything there was about him in the university library, so I knew what papers he had written, where he had presented them, what earned and honorary degrees he held, and what books he had written. I had tried one of the latter, but I was already out of my depth on page nine, although I did pick up a little patter from it.

I let him know that I was a camp follower of science myself; right at present I was researching for a book: Unsung Geniuses. “What’s it going to be about?”

I admitted diffidently that I thought it would be appropriate to start the book with a popular account of his life and works…provided he would be willing to relax a bit from his well-known habit of shunning publicity. I would have to get a lot of my material from him, of course.

He thought it was claptrap and could not think of such a thing. But I pointed out that he had a duty to posterity and he agreed to think it over. By the next day he simply assumed that I was going to write his biography—not just a chapter, a whole book. From then on he talked and talked and talked and I took notes…real notes; I did not dare try to fool him by faking, as he sometimes asked me to read back.

But he never mentioned time travel.

Finally I said, “Doctor, isn’t it true that if it had not been for a certain colonel who was once stationed here you would have had the Nobel Prize hands down?”

He cursed steadily for three minutes with magnificent style. “Who told you about him?”

“Uh, Doctor, when I was doing research writing for the Department of Defense—I’ve mentioned that, haven’t I?” “No.”

“Well, when I was, I heard the whole story from a young Ph.D. working in another section. He had read the report and he said it was perfectly clear that you would be the most famous name in physics today…if you had been permitted to publish your work.”

“Hrrmph! That much is true.”

“But I gathered that it was classified…by order of this Colonel, uh, Plushbottom.”

“Thrushbotham. Thrushbotham, sir. A fat, fatuous, flatulent, foot-kissing fool incompetent to find his hat with it nailed to his head. Which it should have been.”

“It seems a great pity.”

“What is a pity, sir? That Thrushbotham was a fool? That was nature’s doing, not mine.”

“It seems a pity that the world should be deprived of the story. I understand that you are not allowed to speak of it.” “Who told you that? I say what I please!”

“That was what I understood, sir…from my friend in the Department of Defense.” “Hrrrmph!”

That was all I got out of him that night. It took him a week to decide to show me his laboratory.

Most of the building was now used by other researchers, but his time laboratory he had never surrendered, even though he did not use it now; he fell back on its classified status and refused to let anyone else touch it, nor had he permitted the apparatus to be torn down. When he let me in, the place smelled like a vault that has not been opened in years.

He had had just enough drinks not to give a damn, not so many but what he was still steady. His capacity was pretty high. He lectured me on the mathematics of time theory and temporal displacement (he didn’t call it “time travel”), but he cautioned me not to take notes. It would not have helped if I had, as he would start a paragraph with, “It is therefore obvious—” and go on from there to matters which may have been obvious to him and God but to no one else.

When he slowed down I said, “I gathered from my friend that the one thing you had not been able to do was to calibrate it? That you could not tell the exact magnitude of the temporal displacement?”

“What? Poppycock! Young man, if you can’t measure it, it’s not science.” He bubbled for a bit, like a teakettle, then went on, “Here. I’ll show you.” He turned away and started making adjustments. All that showed of his equipment was what he called the “temporal locus stage” —just a low platform with a cage around it—and a control board which might have served for a steam plant or a low-pressure chamber. I’m fairly sure I could have studied out how to handle the controls had I been left alone to examine them, but I had been told sharply to stay away from them. I could see an eight-point Brown recorder, some extremely heavy-duty solenoid-actuated switches, and a dozen other equally familiar components, but it didn’t mean a thing without the circuit diagrams.

He turned back to me and demanded, “Have you any change in your pocket?”

I reached in and hauled out a handful. He glanced at it and selected two five-dollar pieces, mint new, the pretty green plastic hexagonals issued just that year. I could have wished that he had picked half fives, as I was running low.

“Do you have a knife?” “Yes, sir.”

“Scratch your initials on each of them.”

I did so. He then had me place them side by side on the stage. “Note the exact time. I have set the displacement for exactly one week, plus or minus six seconds.”

I looked at my watch. Dr. Twitchell said, “Five… four… three… two… one… now!

I looked up from my watch. The coins were gone. I didn’t have to pretend that my eyes bugged out. Chuck had told me about a similar

demonstration—but seeing it was another matter.

Dr. Twitchell said briskly, “We will return here one week from tonight and wait for one of them to reappear. As for the other one—you saw both of them on the stage? You placed them there yourself?”

“Yes, sir.” “Where was I?”

“At the control board, sir.” He had been a good fifteen feet from the nearest part of the cage around the stage and had not approached it since. “Very well. Come here.” I did so and he reached into a pocket. “Here’s one of your bits. You’ll get the other back a week from now.” He handed

me a green five-dollar coin; it had my initials on it.

I did not say anything because I can’t talk very well with my jaw sagging loosely. He went on, “Your remarks last week disturbed me. So I visited this place on Wednesday, something I have not done for—oh, more than a year. I found this coin on the stage, so I knew that I had been… would be…using the equipment again. It took me until tonight to decide to demonstrate it to you.”

I looked at the coin and felt it. “This was in your pocket when we came here tonight?” “Certainly.”

“But how could it be both in your pocket and my pocket at the same time?”

“Good Lord, man, have you no eyes to see with? No brain to reason with? Can’t you absorb a simple fact simply because it lies outside your dull existence? You fetched it here in your pocket tonight—and we kicked it into last week. You saw. A few days ago I found it here. I placed it in my pocket. I fetched it here tonight. The same coin…or, to be precise, a later segment of its space-time structure, a week more worn, a week more dulled—but what the canaille would call the ‘same’ coin. Although no more identical in fact than is a baby identical with the man the baby grows into. Older.”

I looked at it. “Doctor…push me back in time by a week.” He stared angrily. “Out of the question!”

“Why not? Won’t it work with people?” “Eh? Certainly it will work with people.”

“Then why not do it? I’m not afraid. And think what a wonderful thing it would be for the book…if I could testify of my own knowledge that the Twitchell time displacement works.”

“You can report it of your own knowledge. You just saw it.”

“Yes,” I admitted slowly, “but I won’t be believed. That business with the coins…I saw it and I believe it. But anyone simply reading an account of it

would conclude that I was gullible, that you had hoaxed me with some simple legerdemain.” “Damn it, sir!”

“That’s what they would say. They wouldn’t be able to believe that I actually had seen what I reported. But if you were to ship me back just a week, then I could report of my own knowledge—”

“Sit down. Listen to me.” He sat down, but there was no place for me to sit, although he did not seem aware of it. “I have experimented with human beings long ago. And for that reason I resolved never to do it again.”

“Why? Did it kill them?”

“What? Don’t talk nonsense.” He looked at me sharply, added, “You are not to put this in the book.” “As you say, sir.”

“Some minor experiments showed that living subjects could make temporal displacements without harm. I had confided in a colleague, a young fellow who taught drawing and other matters in the school of architecture. Really more of an engineer than a scientist, but I liked him; his mind was alive. This young chap—it can’t hurt to tell you his name: Leonard Vincent—was wild to try it…really try it; he wanted to undergo major displacement, five hundred years. I was weak. I let him.”

“Then what happened?”

“How should I know? Five hundred years, man! I’ll never live to find out.” “But you think he’s five hundred years in the future?”

“Or the past. He might have wound up in the fifteenth century. Or the twenty-fifth. The chances are precisely even. There’s an indeterminacy— symmetrical equations. I’ve sometimes thought…no, just a chance similarity in names.”

I didn’t ask what he meant by this because I suddenly saw the similarity, too, and my hair stood on end. Then I pushed it out of my mind; I had other problems. Besides, a chance similarity was all it could be—a man could not get from Colorado to Italy, not in the fifteenth century.

“But I resolved not to be tempted again. It wasn’t science, it added nothing to the data. If he was displaced forward, well and good. But if he was displaced backward…then possibly I sent my friend to be killed by savages. Or eaten by wild animals.”

Or even possibly, I thought, to become a “Great White God.” I kept the thought to myself. “But you needn’t use so long a displacement with me.” “Let’s say no more about it, if you please, sir.”

“As you wish, Doctor.” But I couldn’t drop it. “Uh, may I make a suggestion?” “Eh? Speak up.”

“We could get almost the same result by a rehearsal.” “What do you mean?”

“A complete dry run, with everything done just exactly as if you were intending to displace a living subject—I’ll act out that part. We’ll do everything precisely as if you meant to displace me, right up to the point where you would push that button. Then I’ll understand the procedure …which I don’t quite, as yet.”

He grumbled a little but he really wanted to show off his toy. He weighed me and set aside metal weights just equal to my hundred and seventy pounds. “These are the same scales I used with poor Vincent.”

Between us we placed them on one side of the stage. “What temporal setting shall we make?” he asked. “This is your show.” “Uh, you said that it could be set accurately?”

“I said so, sir. Do you doubt it?”

“Oh no, no! Well, let’s see, this is the twenty-fourth of May—suppose we…how about, uh, say thirty-one years, three weeks, one day, seven hours, thirteen minutes, and twenty-five seconds?”

“A poor jest, sir. When I said ‘accurate’ I meant ‘accurate to better than one part in one hundred thousand.’ I have had no opportunity to calibrate to one part in nine hundred million.”

“Oh. You see, Doctor, how important an exact rehearsal is to me, since I know so little about it. Uh, suppose we call it thirty-one years and three

weeks. Or is that still too finicky?”

“Not at all. The maximum error should not exceed two hours.” He made his adjustments. “You can take your place on the stage.” “Is that all?”

“Yes. All but the power. I could not actually make this displacement with the line voltage I used on those coins. But since we aren’t actually going to do it, that doesn’t matter.”

I looked disappointed and was. “Then you don’t actually have what is necessary to produce such a displacement? You were speaking theoretically?”

“Confound it, sir, I was not speaking theoretically.” “But if you don’t have the power…?”

“I can get the power if you insist. Wait.” He went to a corner of the lab and picked up a phone. It must have been installed when the lab was new; I hadn’t seen one like it since I was awakened. There followed a brisk conversation with the night superintendent of the university’s powerhouse. Dr. Twitchell was not dependent on profanity; he could avoid it entirely and be more biting than most real artists can be when using plainer words. “I am not in the least interested in your opinions, my man. Read your instructions. I have full facilities whenever I wish them. Or can you read? Shall we

meet with the president at ten tomorrow morning and have him read them to you? Oh? So you can read? Can you write as well? Or have we exhausted your talents? Then write this down: Emergency full power across the bus bars of the Thornton Memorial Laboratory in exactly eight minutes. Repeat that back.”

He replaced the instrument. “People!”

He went to the control board, made some changes, and waited. Presently, even from where I stood inside the cage, I could see the long hands of three sets of meters swing across their dials and a red light came on at the top of the board. “Power,” he announced.

“Now what happens?” “Nothing.”

“That’s just what I thought.” “What do you mean?”

“What I said. Nothing would happen.”

“I’m afraid I don’t understand you. I hope I don’t understand you. What I meant is that nothing would happen unless I closed this pilot switch. If I did, you would be displaced precisely thirty-one years, three weeks.”

“And I still say nothing would happen.”

His face grew dark. “I think, sir, you are being intentionally offensive.”

“Call it what you want to. Doctor, I came here to investigate a remarkable rumor. Well, I’ve investigated it. I’ve seen a control board with pretty lights on it; it looks like a set for a mad scientist in a grabbie spectacular. I’ve seen a parlor trick performed with a couple of coins. Not much of a trick, by the way, since you selected the coins yourself and told me how to mark them; any parlor magician could do better. I’ve heard a lot of talk. But talk is cheap. What you claim to have discovered is impossible. By the way, they know that down at the department. Your report wasn’t suppressed; it’s simply filed in the screwball file. They get it out and pass it around now and then for a laugh.”

I thought the poor old boy was going to have a stroke there and then. But I had to stimulate him by the only reflex he had left, his vanity. “Come out of there, sir. Come out. I’m going to thrash you. With my bare hands I’m going to thrash you.”

The rage he was in, I think he might have managed it, despite age and weight and physical condition. But I answered, “You don’t scare me, Pappy. That dummy button doesn’t scare me either. Go ahead and push it.”

He looked at me, looked at the button, but still he didn’t do anything. I snickered and said, “A hoax, just as the boys said it was. Twitch, you’re a pompous old faker, a stuffed shirt. Colonel Thrushbotham was right.”

That did it.

X

EVEN AS HE stabbed at the button I tried to shout at him not to do it. But it was too late; I was already falling. My last thought was an agonized one that I didn’t want to go through with it. I had chucked away everything and tormented almost to death a poor old man who hadn’t done me any harm—and I didn’t even know which way I was going. Worse, I didn’t know that I would get there.

Then I hit. I don’t think I fell more than four feet but I had not been ready for it. I fell like a stick, collapsed like a sack. Then somebody was saying, “Where the devil did you come from?”

It was a man, about forty, bald-headed but well built and lean. He was standing facing me with his fists on his hipbones. He looked competent and shrewd and his face was not unpleasant save that at the moment he seemed sore at me.

I sat up and found that I was sitting on granite gravel and pine needles. There was a woman standing by the man, a pleasant pretty woman somewhat younger than he. She was looking at me wide-eyed but not speaking.

“Where am I?” I said foolishly. I could have said, “When am I?” but that would have sounded still more foolish, and besides, I didn’t think of it. One look at them and I knew when I was not—I was sure it was not 1970. Nor was I still in 2001; in 2001 they kept that sort of thing for the beaches. So I must have gone the wrong way.

Because neither one of them wore anything but smooth coats of tan. Not even Sticktite. But they seemed to find it enough. Certainly they were not embarrassed by it.

“One thing at a time,” he objected. “I asked you how you got here?” He glanced up. “Your parachute didn’t stick in the trees, did it? In any case, what are you doing here? This is posted private property; you’re trespassing. And what are you doing in that Mardi Gras getup?”

I didn’t see anything wrong with my clothes—especially in view of the way they were dressed. But I didn’t answer. Other times, other customs—I could see that I was going to have trouble.

She put a hand on his arm. “Don’t, John,” she said gently. “I think he’s hurt.” He looked at her, glanced back sharply at me. “Are you hurt?”

I tried to stand up, managed it. “I don’t think so. A few bruises, maybe. Uh, what date is today?” “Huh? Why, it’s the first Sunday in May. The third of May, I think. Is that right, Jenny?”

“Yes, dear.”

“Look,” I said urgently, “I got an awful knock on the head. I’m confused. What’s the date? The whole date?” “What?”

I should have kept my mouth shut until I could pick it up off something, a calendar or a paper. But I had to know right then; I couldn’t stand to wait. “What year?”

“Brother, you did get a lump. It’s 1970.” I saw him staring at my clothes again.

My relief was almost more than I could stand. I’d made it, I’d made it! I wasn’t too late. “Thanks,” I said. “Thanks an awful lot. You don’t know.” He still looked as if he wanted to call out the reserves, so I added nervously, “I’m subject to sudden attacks of amnesia. Once I lost, uh—five whole years.”

“I should think that would be upsetting,” he said slowly. “Do you feel well enough to answer my questions?” “Don’t badger him, dear,” she said softly. “He looks like a nice person. I think he’s just made a mistake.” “We’ll see. Well?”

“I feel all right…now. But I was pretty confused for a minute there.” “Okay. How did you get here? And why are you dressed that way?”

“To tell the truth, I’m not sure how I got here. And I certainly don’t know where I am. These spells hit me suddenly. As for how I’m dressed… I guess you could call it personal eccentricity. Uh…like the way you’re dressed. Or not dressed.”

He glanced down at himself and grinned. “Oh, yes. I’m quite aware that the way my wife and I are dressed…or not dressed…would call for explanation under some circumstances. But we prefer to make trespassers do the explaining instead. You see, you don’t belong here, dressed that way or any other, while we do—just as we are. These are the grounds of the Denver Sunshine Club.”

JOHN AND JENNY SUTTON were the sort of sophisticated, unshockable, friendly people who could invite an earthquake in for tea. John obviously was not satisfied with my fishy explanations and wanted to cross-examine me, but Jenny held him back. I stuck to my story about “dizzy spells” and said that the last I remembered was yesterday evening and that I had been in Denver, at the New Brown Palace. Finally he said, “Well, it’s quite interesting, even exciting, and I suppose somebody who’s going into Boulder can drop you there and you can get a bus back into Denver.” He looked at me again. “But if I take you back to the clubhouse, people are going to be mighty, mighty curious.”

I looked down at myself. I had been made vaguely uneasy by the fact that I was dressed and they were not—I mean I felt like the one out of order, not they. “John…would it simplify things if I peeled off my clothes too?” The prospect did not upset me; I had never been in one of the bare-skin camps before, seeing no point in them. But Chuck and I had spent a couple of weekends at Santa Barbara and one at Laguna Beach—at a beach skin makes sense and nothing else does.

He nodded. “It certainly would.”

“Dear,” said Jenny, “he could be our guest.”

“Mmm…yes. My only love, you paddle your sweet self into the grounds. Mix around and manage to let it be known that we are expecting a guest from…where had it better be, Danny?”

“Uh, from California. Los Angeles. I actually am from there.” I almost said “Great Los Angeles” and realized that I was going to have to guard my speech. “Movies” were no longer “grabbies.”

“From Los Angeles. That and ‘Danny’ is all that is necessary; we don’t use last names, unless offered. So, honey, you spread the word, as if it were something everybody already knew. Then in about half an hour you have to meet us down by the gate. But come here instead. And fetch my overnight bag.”

“Why the bag, dear?”

“To conceal that masquerade costume. It’s pretty conspicuous, even for anyone who is as eccentric as Danny said he is.”

I got up and went at once behind some bushes to undress, since I wouldn’t have any excuse for locker-room modesty once Jenny Sutton left us. I had to do it; I couldn’t peel down and reveal that I had twenty thousand dollars’ worth of gold, figured at the 1970 standard of sixty dollars an ounce, wrapped around my waist. It did not take long, as I had made a belt out of the gold, instead of a girdle, the first time I had had trouble getting it off

and on to bathe; I had double-looped it and wired it together in front.

When I had my clothes off I wrapped the gold in them and tried to pretend that it all weighed only what clothes should. John Sutton glanced at the bundle but said nothing. He offered me a cigarette—he carried them strapped to his ankle. They were a brand I had never expected to see again.

I waved it but it didn’t light. Then I let him light it for me. “Now,” he said quietly, “that we are alone, do you have anything you want to tell me? If I’m going to vouch for you to the club, I’m honor-bound to be sure, at the very least, that you won’t make trouble.”

I took a puff. It felt raw in my throat. “John, I won’t make any trouble. That’s the last thing on earth that I want.” “Mmm…probably. Just ‘dizzy spells’ then?”

I thought about it. It was an impossible situation. The man had a right to know. But he certainly would not believe the truth…at least I would not have in his shoes. But it would be worse if he did believe me; it would kick up the very hoorah that I did not want. I suppose that if I had been a real, honest, legitimate time traveler, engaged in scientific research, I would have sought publicity, brought along indisputable proof, and invited tests by scientists.

But I wasn’t; I was a private and somewhat shady citizen, engaged in hanky-panky I didn’t want to call attention to. I was simply looking for my Door into Summer, as quietly as possible.

“John, you wouldn’t believe it if I told you.”

“Mmm…perhaps. Still, I saw a man fall out of empty sky…but he didn’t hit hard enough to hurt him. He’s wearing funny clothes. He doesn’t seem to know where he is or what day it is. Danny, I’ve read Charles Fort, the same as most people. But I never expected to meet a case. But, having met one, I don’t expect the explanation to be as simple as a card trick. So?”

“John, something you said earlier—the way you phrased something— made me think you were a lawyer.” “Yes, I am. Why?”

“Can I make a privileged communication?” “Hmm—are you asking me to accept you as a client?”

“If you want to put it that way, yes. I’m probably going to need advice.” “Shoot. Privileged.”

“Okay. I’m from the future. Time travel.”

He didn’t say anything for several moments. We were lying stretched out in the sun. I was doing it to keep warm; May in Colorado is sunshiny but brisk. John Sutton seemed used to it and was simply lounging, chewing a pine needle.

“You’re right,” he answered. “I don’t believe it. Let’s stick to ‘dizzy spells.’ ” “I told you you wouldn’t.”

He sighed. “Let’s say I don’t want to. I don’t want to believe in ghosts, either, or reincarnation, or any of this ESP magic. I like simple things that I can understand. I think most people do. So my first advice to you is to keep it a privileged communication. Don’t spread it around.”

“That suits me.”

He rolled over. “But I think it would be a good idea if we burned these clothes. I’ll find you something to wear. Will they burn?” “Uh, not very easily. They’ll melt.”

“Better put your shoes back on. We wear shoes mostly, and those will get by. Anybody asks you questions about them, they’re custom-made. Health shoes.”

“They are, both.”

“Okay.” He started to unroll my clothes before I could stop him. “What the devil!”

It was too late, so I let him uncover it. “Danny,” he said in a queer voice, “is this stuff what it appears to be?” “What does it appear to be?”

“Gold.”

“Yes.”

“Where did you get it?” “I bought it.”

He felt it, tried the dead softness of the stuff, sensuous as putty, then hefted it. “Cripes! Danny…listen to me carefully. I’m going to ask you one question, and be damned careful how you answer it. Because I’ve got no use for a client who lies to me. I dump him. And I won’t be a party to a felony. Did you come by this stuff legally?”

“Yes.”

“Maybe you haven’t heard of the Gold Reserve Act of 1968?” “

I have. I came by it legally. I intend to sell it to the Denver Mint, for dollars.” “Jeweler’s license, maybe?”

“No. John, I told the simple truth, whether you believe me or not. Where I came from I bought that over the counter, legal as breathing. Now I want to turn it in for dollars at the earliest possible moment. I know that it is against the law to keep it. What can they do to me if I lay it on the counter at the mint and tell them to weigh it?”

“Nothing, in the long run…if you stick to your ‘dizzy spells.’ But they can surely make your life miserable in the meantime.” He looked at it. “I think you had better kick a little dirt over it.”

“Bury it?”

“You don’t have to go that far. But if what you tell me is true, you found this stuff in the mountains. That’s where prospectors usually find gold.” “Well…whatever you say. I don’t mind some little white lies, since it is legitimately mine anyhow.”

“But is it a lie? When did you first lay eyes on this gold? What was the earliest date when it was in your possession?” I tried to think back. It was the same day I left Yuma, which was sometime in May 2001. About two weeks ago…  Hunh!

“Put that way, John…the earliest date on which I saw that gold…was today, May third, 1970.” He nodded. “So you found it in the mountains.”

THE SUTTONS WERE staying over until Monday morning, so I stayed over. The other club members were all friendly but remarkably unnosy about my personal affairs, less so than any group I’ve ever been in. I’ve learned since that this constitutes standard good manners in a skin club, but at the time it made them the most discreet and most polite people I had ever met.

John and Jenny had their own cabin and I slept on a cot in the club-house dormitory. It was darn chilly. The next morning John gave me a shirt and

a pair of blue jeans. My own clothes were wrapped around the gold in a bag in the trunk of his car—which itself was a Jaguar Imperator, all I needed

to tell me that he was no cheap shyster. But I had known that by his manner.

I stayed overnight with them and by Tuesday I had a little money. I never laid eyes on the gold again, but in the course of the next few weeks John turned over to me its exact mint value as bullion minus the standard fees of licensed gold buyers. I know that he did not deal with the mint directly, as he always turned over to me vouchers from gold buyers. He did not deduct for his own services and he never offered to tell me the details.

I did not care. Once I had cash again, I got busy. That first Tuesday, 5 May 1970, Jenny drove me around and I rented a small loft in the old commercial district. I equipped it with a drafting table, a workbench, an army cot, and darn little else; it already had 120, 240, gas, running water, and a toilet that stopped up easily. I didn’t want any more and I had to watch every dime.

It was tedious and time-wasting to design by the old compass-and-T-square routine and I didn’t have a minute to spare, so I built Drafting Dan before I rebuilt Flexible Frank. Only this time Flexible Frank became Protean Pete, the all-purpose automaton, so linked as to be able to do almost anything a man can do, provided its Thorsen tubes were properly instructed. I knew that Protean Pete would not stay that way; his descendants would evolve into a horde of specialized gadgets, but I wanted to make the claims as broad as possible.

Working models are not required for patents, merely drawings and descriptions. But I needed good models, models that would work perfectly and anybody could demonstrate, because these models were going to have to sell themselves, show by their very practicality and by the evident economy designed into them for their eventual production engineering that they would not only work but would be a good investment—the patent office is stuffed with things that work but are worthless commercially.

The work went both fast and slow, fast because I knew exactly what I was doing, slow because I did not have a proper machine shop nor any help. Presently I grudgingly dipped into my precious cash to rent some machine tools, then things went better. I worked from breakfast to exhaustion, seven days a week, except for about one weekend a month with John and Jenny at the bare-bottom club near Boulder. By the first of September I had both models working properly and was ready to start on the drawings and descriptions. I designed and sent out for manufacture pretty speckle-lacquer cover plates for both of them and I had the external moving parts chrome-plated; these were the only jobs I farmed out and it hurt me to spend the money, but I felt that it was necessary. Oh, I had made extreme use of catalogue-available standard components; I could not have built them otherwise, nor would they have been commercial when I got through. But I did not like to spend money on custom-made prettiness.

I did not have time to get around much, which was just as well. Once when I was out buying a servo motor I ran into a chap I had known in California. He spoke to me and I answered before I thought. “Hey, Dan! Danny Davis! Imagine bumping into you here. I thought you were in Mojave?”

I shook hands. “Just a quick business trip. I’m going back in a few days.” “I’m going back this afternoon. I’ll phone Miles and tell him I saw you.”

I looked worried and was. “Don’t do that, please.”

“Why not? Aren’t you and Miles still buddy-buddy budding tycoons together?”

“Well…look, Mort, Miles doesn’t know I’m here. I’m supposed to be in Albuquerque on business for the company. But I flew up here on the side, on strictly personal and private business. Get me? Nothing to do with the firm. And I don’t care to discuss it with Miles.”

He looked knowing. “Woman trouble?” “Well…yes.”

“She married?” “You might say so.”

He dug me in the ribs and winked. “I catch. Old Miles is pretty puritanical, isn’t he? Okay, I’ll cover for you and someday you can cover for me. Is she any good?”

I’d like to cover you with a spade, I thought to myself, you fourth-rate frallup. Mort was the sort of no-good traveling salesman who spends more time trying to seduce waitresses than taking care of his customers—besides which, the line he handled was as shoddy as he was, never up to its specs.

But I bought him a drink and treated him to fairy tales about the “married woman” I had invented and listened while he boasted to me of no doubt equally fictitious exploits. Then I shook him.

On another occasion I tried to buy Dr. Twitchell a drink and failed.

I had seated myself beside him at the restaurant counter of a drugstore on Champa Street, then caught sight of his face in the mirror. My first impulse was to crawl under the counter and hide.

Then I caught hold of myself and realized that, out of all the persons living in 1970, he was the one I had least need to worry about. Nothing could go wrong because nothing had…I meant “nothing would.” No— Then I quit trying to phrase it, realizing that if time travel ever became widespread, English grammar was going to have to add a whole new set of tenses to describe reflexive situations—conjugations that would make the French literary tenses and the Latin historical tenses look simple.

In any case, past or future or something else, Twitchell was not a worry to me now. I could relax.

I studied his face in the mirror, wondering if I had been misled by a chance resemblance. But I had not been. Twitchell did not have a general- issue face like mine; he had stern, self-assured, slightly arrogant and quite handsome features which would have looked at home on Zeus. I remembered that face only in ruins, but there was no doubt—and I squirmed inside as I thought of the old man and how badly I had treated him. I wondered how I could make it up to him.

Twitchell caught sight of me eyeing him in the mirror and turned to me. “Something wrong?” “No. Uh…you’re Dr. Twitchell, aren’t you? At the university?”

“Denver University, yes. Have we met?”

I had almost slipped, having forgotten that he taught at the city university in this year. Remembering in two directions is difficult. “No, Doctor, but I’ve heard you lecture. You might say I’m one of your fans.”

His mouth twitched in a half-smile but he did not rise to it. From that and other things I learned that he had not yet acquired a gnawing need for adulation; he was sure of himself at that age and needed only his own self-approval. “Are you sure you haven’t got me mixed up with a movie star?”

“Oh no! You’re Dr. Hubert Twitchell…the great physicist.”

His mouth twitched again. “Let’s just say that I am a physicist. Or try to be.”

We chatted for a while and I tried to hang onto him after he had finished his sandwich. I said it would be an honor if he would let me buy him a drink. He shook his head. “I hardly drink at all and certainly never before dark. Thanks anyway. It’s been nice meeting you. Drop into my lab someday if you are ever around the campus.”

I said I would.

But I did not make many slips in 1970 (second time around) because I understood it and, anyhow, most people who might have recognized me

were in California. I resolved that if I did meet any more familiar faces I would give them the cold stare and the quick brushoff—take no chances.

But little things can cause you trouble too. Like the time I got caught in a zipper simply because I had become used to the more convenient and much safer Sticktite closures. A lot of little things like that I missed very much after having learned in only six months to take them for granted.

Shaving—I had to go back to shaving! Once I even caught a cold. That horrid ghost of the past resulted from forgetting that clothes could get soaked in rain. I wish that those precious esthetes who sneer at progress and prattle about the superior beauties of the past could have been with me—dishes that let food get chilled, shirts that had to be laundered, bathroom mirrors that steamed up when you needed them, runny noses, dirt underfoot and dirt in your lungs—I had become used to a better way of living and 1970 was a series of petty frustrations until I got the hang of it again.

But a dog gets used to his fleas and so did I. Denver in 1970 was a very quaint place with a fine old-fashioned flavor; I became very fond of it. It was nothing like the slick New Plan maze it had been (or would be) when I had arrived (or would arrive) there from Yuma; it still had less than two

million people, there were still buses and other vehicular traffic in the streets—there still were streets; I had no trouble finding Colfax Avenue.

Denver was still getting used to being the national seat of government and was not quite happy in the role, like a boy in his first formal evening

clothes. Its spirit still yearned for high-heeled boots and its western twang even though it knew it had to grow up and be an international metropolis, with embassies and spies and famous gourmet restaurants. The city was being jerry-built in all directions to house the bureaucrats and lobbyists and contact men and clerk-typists and flunkies; buildings were being thrown up so fast that with each one there was hazard of enclosing a cow inside the walls. Nevertheless, the city had extended only a few miles past Aurora on the east, to Henderson on the north, and Littleton on the south

—there was still open country before you reached the Air Academy. On the west, of course, the city flowed into the high country and the Federal bureaus were tunneling back into the mountains.

I liked Denver during its Federal boom. Nevertheless, I was excruciatingly anxious to get back to my own time.

It was always the little things. I had had my teeth worked over completely shortly after I had been put on the staff of Hired Girl and could afford it. I had never expected to have to see a dental plastician again. Nevertheless, in 1970 I did not have anti-caries pills and so I got a hole in a tooth, a painful one or I would have ignored it. So I went to a dentist. So help me, I had forgotten what he would see when he looked into my mouth. He blinked, moved his mirror around, and said, “Great jumping Jehosaphat! Who was your dentist?”

“Kah hoo hank?”

He took his hands out of my mouth. “Who did it? And how?”

“Huh? You mean my teeth? Oh, that’s experimental work they’re doing in…India.” “How do they do it?”

“How would I know?”

“Mmm…wait a minute. I’ve got to get some pictures of this.” He started fiddling with his X-ray equipment. “Oh no,” I objected. “Just clean out that bicuspid, plug it up with anything, and let me out of here.”

“But—”

“I’m sorry, Doctor. But I’m on a dead run.”

So he did as I said, pausing now and again to look at my teeth. I paid cash and did not leave my name. I suppose I could have let him have the pics, but covering up had become a reflex. It couldn’t have hurt anything to let him have them. Nor helped either, as X-rays would not show how regeneration was accomplished, nor could I have told him.

There is no time like the past to get things done. While I was sweating sixteen hours a day on Drafting Dan and Protean Pete I got something else done with my left hand. Working anonymously through John’s law office I hired a detective agency with national branches to dig up Belle’s past. I supplied them with her address and the license number and model of her car (since steering wheels are good places to get fingerprints) and suggested that she might have been married here and there and possibly might have a police record. I had to limit the budget severely; I couldn’t afford the sort of investigation you read about.

When they did not report back in ten days I kissed my money goodbye. But a few days later a thick envelope showed up at John’s office.

Belle had been a busy girl. Born six years earlier than she claimed, she had been married twice before she was eighteen. One of them did not count because the man already had a wife; if she had been divorced from the second the agency had not uncovered it.

She had apparently been married four times since then, although once was doubtful; it may have been the “war-widow” racket worked with the aid of a man who was dead and could not object. She had been divorced once (respondent) and one of her husbands was dead. She might still be “married” to the others.

Her police record was long and interesting but apparently she had been convicted of a felony only once, in Nebraska, and granted parole without doing time. This was established only by fingerprints, as she had jumped parole, changed her name, and had acquired a new social-security number. The agency asked if they were to notify Nebraska authorities.

I told them not to bother; she had been missing for nine years and her conviction had been for nothing worse than lure in a badger game. I wondered what I would have done if it had been dope peddling? Reflexive decisions have their complications.

I RAN BEHIND schedule on the drawings and October was on me before I knew it. I still had the descriptions only half worded, since they had to tie into drawings, and I had done nothing about the claims. Worse, I had done nothing about organizing the deal so that it would hold up; I could not do it until I had a completed job to show. Nor had I had time to make contacts. I began to think that I had made a mistake in not asking Dr. Twitchell to set the controls for at least thirty-two years instead of thirty-one years and a fiddling three weeks; I had underestimated the time I would need and overestimated my own capacity.

I had not shown my toys to my friends, the Suttons, not because I wanted to hide them, but because I had not wanted a lot of talk and useless advice while they were incomplete. On the last Saturday in September I was scheduled to go out to the club camp with them. Being behind schedule, I had worked late the night before, then had been awakened early by the torturing clang of an alarm clock so that I could shave and be ready to go when they came by. I shut the sadistic thing off and thanked God that they had got rid of such horrible devices in 2001, then I pulled myself groggily together and went down to the corner drugstore to phone and say that I couldn’t make it, I had to work.

Jenny answered, “Danny, you’re working too hard. A weekend in the country will do you good.” “I can’t help it, Jenny. I have to. I’m sorry.”

John got on the other phone and said, “What’s all this nonsense?”

“I’ve got to work, John. I’ve simply got to. Say hello to the folks for me.”

I went back upstairs, burned some toast, vulcanized some eggs, sat back down at Drafting Dan. An hour later they banged on my door.

None of us went to the mountains that weekend. Instead I demonstrated both devices. Jenny was not much impressed by Drafting Dan (it isn’t a

woman’s gismo, unless she herself is an engineer), but she was wide-eyed over Protean Pete. She kept house with a Mark II Hired Girl and could see how much more this machine could do.

But John could see the importance of Drafting Dan. When I showed him how I could write my signature, recognizably my own, just by punching keys—I admit I had practiced—his eyebrows stayed up. “Chum, you’re going to throw draftsmen out of work by the thousand.”

“No, I won’t. The shortage of engineering talent in this country gets worse every year; this gadget will just help to fill the gap. In a generation you are going to see this tool in every engineering and architectural office in the nation. They’ll be as lost without it as a modern mechanic would be without power tools.”

“You talk as if you knew.” “I do know.”

He looked over at Protean Pete—I had set him to tidying my work-bench—and back at Drafting Dan. “Danny…sometimes I think maybe you were telling me the truth, you know, the day we met you.”

I shrugged. “Call it second sight…but I do know. I’m certain. Does it matter?” “I guess not. What are your plans for these things?”

I frowned. “That’s the hitch, John. I’m a good engineer and a fair jackleg mechanic when I have to be. But I’m no businessman; I’ve proved that. You’ve never fooled with patent law?”

“I told you that before. It’s a job for a specialist.”

“Do you know an honest one? Who’s smart as a whip besides? It’s reached the point where I’ve got to have one. I’ve got to set up a corporation,

too, to handle it. And work out the financing. But I haven’t got much time; I’m terribly pressed for time.” “Why?”

“I’m going back where I came from.” He sat and said nothing for quite a while. At last he said, “How much time?” “Uh, about nine weeks. Nine weeks from this coming Thursday to be exact.”

He looked at the two machines, looked back at me. “Better revise your schedule. I’d say that you had more like nine months’ work cut out for you. You won’t be in production even then—just lined up to start moving, with luck.”

“John, I can’t!”

“I’ll say you can’t.”

“I mean I can’t change my schedule. That’s beyond my control…now.” I put my face in my hands. I was dead with fatigue, having had less than five hours’ sleep and having averaged not much better for days. The shape I was in, I was willing to believe that there was something, after all, to this “fate” business—a man could struggle against it but never beat it.

I looked up. “Will you handle it?” “Eh? What part of it?”

“Everything. I’ve done all I know how to do.”

“That’s a big order, Dan. I could rob you blind. You know that, don’t you? And this may be a gold mine.” “It will be. I know.”

“Then why trust me? You had better just keep me as your attorney, advice for a fee.”

I tried to think while my head ached. I had taken a partner once before—but, damnation, no matter how many times you get your fingers burned, you have to trust people. Otherwise you are a hermit in a cave, sleeping with one eye open. There wasn’t any way to be safe; just being alive was deadly dangerous…fatal, in the end.

“Cripes, John, you know the answer to that. You trusted me. Now I need your help again. Will you help me?”

“Of course he will,” Jenny put in gently, “though I haven’t heard what you two were talking about. Danny? Can it wash dishes? Every dish you have

is dirty.”

“What, Jenny? Why, I suppose he can. Yes, of course he can.” “Then tell him to, please. I want to see it.”

“Oh. I’ve never programmed him for it. I will if you want me to. But it will take several hours to do it right. Of course after that he’ll always be able to do it. But the first time…well, you see, dishwashing involves a lot of alternate choices. It’s a ‘judgment’ job, not a comparatively simple routine like laying bricks or driving a truck.”

“Goodness! I’m certainly glad to find that at least one man understands housework. Did you hear what he said, dear? But don’t stop to teach him now, Danny. I’ll do them myself.” She looked around. “Danny, you’ve been living like a pig, to put it gently.”

To tell the simple truth, it had missed me entirely that Protean Pete could work for me. I had been engrossed in planning how he could work for other people in commercial jobs, and teaching him to do them, while I myself had simply been sweeping dirt into the corner or ignoring it. Now I began teaching him all the household tasks that Flexible Frank had learned; he had the capacity, as I had installed three times as many Thorsen tubes in him as Frank had had.

I had time to do it, for John took over.

Jenny typed descriptions for us; John retained a patent attorney to help with the claims. I don’t know whether John paid him cash or cut him in on the cake; I never asked. I left the whole thing up to him, including what our shares should be; not only did it leave me free for my proper work, but I figured that if he decided such things he could never be tempted the way Miles had been. And I honestly did not care; money as such is not important. Either John and Jenny were what I thought they were or I might as well find that cave and be a hermit.

I insisted on just two things. “John, I think we ought to call the firm ‘The Aladdin Autoengineering Corporation.’ ” “Sounds pretty fancy. What’s wrong with ‘Davis & Sutton’?”

“That’s how it’s got to be, John.”

“So? Is your second sight telling you this?”

“Could be, could be. We’ll use a picture of Aladdin rubbing his lamp as a trademark, with the genie forming above him. I’ll make a rough sketch. And one other thing: The home office had better be in Los Angeles.”

“What? Now you’ve gone too far. That is, if you expect me to run it. What’s wrong with Denver?”

“Nothing is wrong with Denver, it’s a nice town. But it is not the place to set up the factory. Pick a good site here and some bright morning you wake up and find that the Federal enclave has washed over it and you are out of business until you get reestablished on a new one. Besides that, labor is scarce, raw materials come overland, building materials are all gray-market. Whereas Los Angeles has an unlimited supply of skilled workmen and more pouring in every day, Los Angeles is a seaport, Los Angeles is—”

“How about the smog? It’s not worth it.”

“They’ll lick the smog before long. Believe me. And haven’t you noticed that Denver is working up smog of its own?”

“Now wait a minute, Dan. You’ve already made it clear that I will have to run this while you go kiyoodling off on some business of your own. Okay, I agreed. But I ought to have some choice in working conditions.”

“It’s necessary, John.”

“Dan, nobody in his right mind who lives in Colorado would move to California. I was stationed out there during the war; I know. Take Jenny here; she’s a native Californian, that’s her secret shame. You couldn’t hire her to go back. Here you’ve got winters, changing seasons, brisk mountain air, magnificent—”

Jenny looked up. “Oh, I wouldn’t go so far as to say I’d never go back.” “What’s that, dear?”

Jenny had been quietly knitting; she never talked unless she really had something to say. Now she put down her knitting, a clear sign. “If we did move there, dear, we could join the Oakdale Club; they have outdoor swimming all year round. I was thinking of that just this last weekend when I saw ice on the pool at Boulder.”

I stayed until the evening of 2 December 1970, the last possible minute. I was forced to borrow three thousand dollars from John—the prices I had paid for components had been scandalous—but I offered him a stock mortgage to secure it. He let me sign it, then tore it up and dropped it in a wastebasket. “Pay me when you get around to it.”

“It will be thirty years, John.”

“As long as that?” I pondered it. He had never invited me to tell my whole story since the afternoon, six months earlier, when he had told me frankly that he did not believe the essential part—but was going to vouch for me to their club anyhow.

I told him I thought it was time to tell him. “Shall we wake up Jenny? She’s entitled to hear it too.”

“Mmm…no. Let her nap until just before you have to leave. Jenny is a very uncomplicated person, Dan. She doesn’t care who you are or where you came from as long as she likes you. If it seems a good idea, I can pass it on to her later.”

“As you will.” He let me tell it all, stopping only to fill our glasses—mine with ginger ale; I had a reason not to touch alcohol. When I had brought it up to the point where I landed on a mountainside outside Boulder, I stopped. “That’s it,” I said. “Though I was mixed up on one point. I’ve looked at the contour since and I don’t think my fall was more than two feet. If they had—I mean ‘if they were going to’—bulldoze that laboratory site any deeper, I would have been buried alive. Probably would have killed both of you too—if it didn’t blow up the whole county. I don’t know just what happens when a flat waveform changes back into a mass where another mass already is.”

John went on smoking. “Well?” I said. “What do you think?”

“Danny, you’ve told me a lot of things about what Los Angeles—I mean ‘Great Los Angeles’—is going to be like. I’ll let you know when I see you just how accurate you’ve been.”

“It’s accurate. Subject to minor slips of memory.”

“Mmm…you certainly make it sound logical. But in the meantime I think you are the most agreeable lunatic I’ve ever met. Not that it handicaps you as an engineer…or as a friend. I like you, boy. I’m going to buy you a new straitjacket for Christmas.”

“Have it your own way.”

“I have to have it this way. The alternative is that I myself am stark staring mad…and that would make quite a problem for Jenny.” He glanced at the clock. “We’d better wake her. She’d scalp me if I let you leave without saying good-bye to her.”

“I wouldn’t think of it.”

They drove me to Denver International Port and Jenny kissed me good-bye at the gate. I caught the eleven o’clock shuttle for Los Angeles.

XI

THE FOLLOWING EVENING, 3 December 1970, I had a cabdriver drop me a block from Miles’ house comfortably early, as I did not know exactly what time I had arrived there the first time. It was already dark as I approached his house, but I saw only his car at the curb, so I backed off a hundred yards to a spot where I could watch that stretch of curb and waited.

Two cigarettes later I saw another car pull up there, stop, and its lights go out. I waited a couple of minutes longer, then hurried toward it. It was my own car.

I did not have a key but that was no hurdle; I was always getting ears-deep in an engineering problem and forgetting my keys; I had long ago formed the habit of keeping a spare ditched in the trunk. I got it now and climbed into the car. I had parked on a slight grade heading downhill, so, without turning on lights or starting the engine, I let it drift to the corner and turned there, then switched on the engine but not the lights, and parked again in the alley back of Miles’ house and on which his garage faced.

The garage was locked. I peered through dirty glass and saw a shape with a sheet over it. By its contours I knew it was my old friend Flexible Frank.

Garage doors are not built to resist a man armed with a tire iron and determination—not in southern California in 1970. It took seconds. Carving Frank into pieces I could carry and stuff into my car took much longer. But first I checked to see that the notes and drawings were where I suspected they were—they were indeed, so I hauled them out and dumped them on the floor of the car, then tackled Frank himself. Nobody knew as well as I did how he was put together, and it speeded up things enormously that I did not care how much damage I did; nevertheless, I was as busy as a one- man band for nearly an hour.

I had just stowed the last piece, the wheelchair chassis, in the car trunk and had lowered the turtleback down on it as far as it would go when I heard Pete start to wail. Swearing to myself at the time it had taken to tear Frank apart, I hurried around the garage and into their back yard. Then the commotion started.

I had promised myself that I would relish every second of Pete’s triumph. But I couldn’t see it. The back door was open and light was streaming out the screen door, but while I could hear sounds of running, crashes, Pete’s blood-chilling war cry, and screams from Belle, they never accommodated me by coming into my theater of vision. So I crept up to the screen door, hoping to catch a glimpse of the carnage.

The damned thing was hooked! It was the only thing that had failed to follow the schedule. So I frantically dug into my pocket, broke a nail getting my knife open—and jabbed through and unhooked it just in time to jump out of the way as Pete hit the screen like a stunt motorcyclist hitting a fence.

I fell over a rosebush. I don’t know whether Miles and Belle even tried to follow him outside. I doubt it; I would not have risked it in their spot. But I was too busy getting myself untangled to notice.

Once I was on my feet I stayed behind bushes and moved around to the side of the house; I wanted to get away from that open door and the light pouring out of it. Then it was just a case of waiting until Pete quieted down. I would not touch him then, certainly not try to pick him up. I know cats.

But every time he passed me, prowling for an entrance and sounding his deep challenge, I called out to him softly. “Pete. Come here, Pete. Easy, boy, it’s all right.”

He knew I was there and twice he looked at me, but otherwise ignored me. With cats it is one thing at a time; he had urgent business right now and no time to head-bump with Papa. But I knew he would come to me when his emotions had eased off.

While I squatted, waiting, I heard water running in their bathrooms and guessed that they had gone to clean up, leaving me in the living room. I had a horrid thought then: What would happen if I sneaked in and cut the throat of my own helpless body? But I suppressed it; I wasn’t that curious and suicide is such a final experiment, even if the circumstances are mathematically intriguing.

But I never have figured it out.

Besides, I didn’t want to go inside for any purpose. I might run into Miles—and I didn’t want any truck with a dead man.

Pete finally stopped in front of me about three feet out of reach. “Mrrrowrr?” he said—meaning, “Let’s go back and clean out the joint. You hit ’em high, I’ll hit ’em low.”

“No, boy. The show is over.” “Aw, c’mahnnn!”

“Time to go home, Pete. Come to Danny.” He sat down and started to wash himself. When he looked up, I put my arms out and he jumped into

them. “Kwleert?” (“Where the hell were you when the riot started?”)

I carried him back to the car and dumped him in the driver’s space, which was all there was left. He sniffed the hardware on his accustomed

place and looked around reproachfully. “You’ll have to sit in my lap,” I said. “Quit being fussy.”

I switched on the car’s lights as we hit the street. Then I turned east and headed for Big Bear and the Girl Scout camp. I chucked away enough of Frank in the first ten minutes to permit Pete to resume his rightful place, which suited us both better. When I had the floor clear, several miles later, I stopped and shoved the notes and drawings down a storm drain. The wheelchair chassis I did not get rid of until we were actually in the mountains, then it went down a deep arroyo, making a nice sound effect.

About three in the morning I pulled into a motor court across the road and down a bit from the turnoff into the Girl Scout camp, and paid too much for a cabin—Pete almost queered it by sticking his head up and making a comment when the owner came out.

“What time,” I asked him, “does the morning mail from Los Angeles get up here?” “Helicopter comes in at seven-thirteen, right on the dot.”

“Fine. Give me a call at seven, will you?”

“Mister, if you can sleep as late as seven around here you’re better than I am. But I’ll put you in the book.”

By eight o’clock Pete and I had eaten breakfast and I had showered and shaved. I looked Pete over in daylight and concluded that he had come through the battle undamaged except for possibly a bruise or two. We checked out and I drove into the private road for the camp. Uncle Sam’s truck turned in just ahead of me; I decided that it was my day.

I never saw so many little girls in my life. They skittered like kittens and they all looked alike in their green uniforms. Those I passed wanted to look at Pete, though most of them just stared shyly and did not approach. I went to a cabin marked “Headquarters,” where I spoke to another uniformed scout who was decidedly no longer a girl.

She was properly suspicious of me; strange men who want to be allowed to visit little girls just turning into big girls should always be suspected.

I explained that I was the child’s uncle, Daniel B. Davis by name, and that I had a message for the child concerning her family. She countered with the statement that visitors other than parents were permitted only when accompanied by a parent and, in any case, visiting hours were not until four o’clock.

“I don’t want to visit with Frederica, but I must give her this message. It’s an emergency.”

“In that case you can write it out and I will give it to her as soon as she is through with rhythm games.”

I looked upset (and was) and said, “I don’t want to do that. It would be much kinder to tell the child in person.” “Death in the family?”

“Not quite. Family trouble, yes. I’m sorry, ma’am, but I am not free to tell anyone else. It concerns my niece’s mother.”

She was weakening but still undecided. Then Pete joined the discussion. I had been carrying him with his bottom in the crook of my left arm and his chest supported with my right hand; I had not wanted to leave him in the car and I knew Ricky would want to see him. He’ll put up with being carried that way quite a while but now he was getting bored. “Krrwarr?”

She looked at him and said, “He’s a fine boy, that one. I have a tabby at home who could have come from the same litter.”

I said solemnly, “He’s Frederica’s cat. I had to bring him along because …well, it was necessary. No one to take care of him.”

“Oh, the poor little fellow!” She scratched him under the chin, doing it properly, thank goodness, and Pete accepted it, thank goodness again, stretching his neck and closing his eyes and looking indecently pleased. He is capable of taking a very stiff line with strangers if he does not fancy their overtures.

The guardian of youth told me to sit down at a table under the trees outside the headquarters. It was far enough away to permit a private visit but still under her careful eye. I thanked her and waited.

I didn’t see Ricky come up. I heard a shout, “Uncle Danny!” and another one as I turned, “And you brought Pete! Oh, this is wonderful!

Pete gave a long bubbling bleerrrt and leaped from my arms to hers. She caught him neatly, rearranged him in the support position he likes best, and they ignored me for a few seconds while exchanging cat protocols. Then she looked up and said soberly, “Uncle Danny, I’m awful glad you’re here.”

I didn’t kiss her; I did not touch her at all. I’ve never been one to paw children and Ricky was the sort of little girl who only put up with it when she could not avoid it. Our original relationship, back when she was six, had been founded on mutual decent respect for the other’s individualism and personal dignity.

But I did look at her. Knobby knees, stringy, shooting up fast, not yet filled out, she was not as pretty as she had been as a baby girl. The shorts and T-shirt she was wearing, combined with peeling sunburn, scratches, bruises, and an understandable amount of dirt, did not add up to feminine glamour. She was a matchstick sketch of the woman she would become, her coltish gawkiness relieved only by her enormous solemn eyes and the pixie beauty of her thin smudged features.

She looked adorable.

I said, “And I’m awful glad to be here, Ricky.”

Trying awkwardly to manage Pete with one arm, she reached with her other hand for a bulging pocket in her shorts. “I’m surprised too. I just this minute got a letter from you—they dragged me away from mail call; I haven’t even had a chance to open it. Does it say that you’re coming today?” She got it out, creased and mussed from being crammed into a pocket too small.

“No, it doesn’t, Ricky. It says I’m going away. But after I mailed it, I decided I just had to come say good-bye in person.” She looked bleak and dropped her eyes. “You’re going away?”

“Yes. I’ll explain, Ricky, but it’s rather long. Let’s sit down and I’ll tell you about it.” So we sat on opposite sides of the picnic table under the ponderosas and I talked. Pete lay on the table between us, making a library lion of himself with his forepaws on the creased letter, and sang a low song like bees buzzing in deep clover, while he narrowed his eyes in contentment.

I was much relieved to find that she already knew that Miles had married Belle—I hadn’t relished having to break that to her. She glanced up, dropped her eyes at once, and said with no expression at all, “Yes, I know. Daddy wrote me about it.”

“Oh. I see.”

She suddenly looked grim and not at all a child. “I’m not going back there, Danny. I wont go back there.”

“But—Look here, Rikki-tikki-tavi, I know how you feel. I certainly don’t want you to go back there—I’d take you away myself if I could. But how can

you help going back? He’s your daddy and you are only eleven.”

“I don’t have to go back. He’s not my real daddy. My grandmother is coming to get me.” “What? When’s she coming?”

“Tomorrow. She has to drive up from Brawley. I wrote her about it and asked her if I could come live with her because I wouldn’t live with Daddy

anymore with her there.” She managed to put more contempt into one pronoun than an adult could have squeezed out of profanity. “Grandma wrote back and said that I didn’t have to live there if I didn’t want to because he had never adopted me and she was my ‘guardian of record.’ ” She looked up anxiously. “That’s right, isn’t it? They can’t make me?”

I felt an overpowering flood of relief. The one thing I had not been able to figure out, a problem that had worried me for months, was how to keep Ricky from being subjected to the poisonous influence of Belle for—well, two years; it had seemed certain that it would be about two years. “If he never adopted you, Ricky, I’m certain that your grandmother can make it stick if you are both firm about it.” Then I frowned and chewed my lip. “But you may have some trouble tomorrow. They may object to letting you go with her.”

“How can they stop me? I’ll just get in the car and go.”

“It’s not that simple, Ricky. These people who run the camp, they have to follow rules. Your daddy—Miles, I mean—Miles turned you over to them; they won’t be willing to turn you back over to anyone but him.”

She stuck out her lower lip. “I won’t go. I’m going with Grandma.”

“Yes. But maybe I can tell you how to make it easy. If I were you, I wouldn’t tell them that I’m leaving camp; I’d just tell them that your grandmother wants to take you for a ride—then don’t come back.”

Some of her tension relaxed. “All right.”

“Uh…don’t pack a bag or anything or they may guess what you’re doing. Don’t try to take any clothes but those you are wearing at the time. Put any money or anything you really want to save into your pockets. You don’t have much here that you would really mind losing, I suppose?”

“I guess not.” But she looked wistful. “I’ve got a brand-new swimsuit.”

How do you explain to a child that there are times when you just must abandon your baggage? You can’t—they’ll go back into a burning building to save a doll or a toy elephant. “Mmm…Ricky, have your grandmother tell them that she is taking you over to Arrowhead to have a swim with her…and that she may take you to dinner at the hotel there, but that she will have you back before taps. Then you can carry your swimming suit and a towel. But nothing else. Er, will your grandmother tell that fib for you?”

“I guess so. Yes, I’m sure she will. She says people have to tell little white fibs or else people couldn’t stand each other. But she says fibs were meant to be used, not abused.”

“She sounds like a sensible person. You’ll do it that way?”

“I’ll do it just that way, Danny.”

“Good.” I picked up the battered envelope. “Ricky, I told you I had to go away. I have to go away for a very long time.” “How long?”

“Thirty years.”

Her eyes grew wider if possible. At eleven, thirty years is not a long time; it’s forever. I added, “I’m sorry, Ricky. But I have to.” “Why?”

I could not answer that one. The true answer was unbelievable and a lie would not do. “Ricky, it’s much too hard to explain. But I have to. I can’t help it.” I hesitated, then added, “I’m going to take the Long Sleep. The cold sleep—you know what I mean.”

She knew. Children get used to new ideas faster than adults do; cold sleep was a favorite comic-book theme. She looked horrified and

protested, “But, Danny, Ill never see you again!”

“Yes, you will. It’s a long time but I’ll see you again. And so will Pete. Because Pete is going with me; he’s going to cold-sleep too.”

She glanced at Pete and looked more woebegone than ever. “But—Danny, why don’t you and Pete just come down to Brawley and live with us? That would be ever so much better. Grandma will like Pete. She’ll like you too—she says there’s nothing like having a man around the house.”

“Ricky…dear Ricky…I have to. Please don’t tease me.” I started to tear open the envelope. She looked angry and her chin started to quiver. “I think she has something to do with this!”

“What? If you mean Belle, she doesn’t. Not exactly, anyway.”

“She’s not going to cold-sleep with you?”

I think I shuddered. “Good heavens, no! I’d run miles to avoid her.”

Ricky seemed slightly mollified. “You know, I was so mad at you about her. I had an awful outrage.”

“I’m sorry, Ricky. I’m truly sorry. You were right and I was wrong. But she hasn’t anything to do with this. I’m through with her, forever and forever

and cross my heart. Now about this.” I held up the certificate for all that I owned in Hired Girl, Inc. “Do you know what it is?” “No.”

I explained it to her. “I’m giving this to you, Ricky. Because I’m going to be gone so long I want you to have it.” I took the paper on which I had written an assignment to her, tore it up, and put the pieces in my pocket; I could not risk doing it that way—it would be too easy for Belle to tear up a separate sheet and we were not yet out of the woods. I turned the certificate over and studied the standard assignment form on the back, trying to plan how to word it in the spaces provided. I finally squeezed in an assignment to the Bank of America in trust for—“Ricky, what is your full name?”

“Frederica Virginia. Frederica Virginia Gentry. You know.”

“Is it ‘Gentry’? I thought you said Miles had never adopted you?”

“Oh! I’ve been Ricky Gentry as long as I can remember. But you mean my real name. It’s the same as Grandma’s…the same as my real daddy’s. Heinicke. But nobody ever calls me that.”

“They will now.” I wrote “Frederica Virginia Heinicke” and added “and to be reassigned to her on her twenty-first birthday” while prickles ran down my spine—my original assignment might have been defective in any case.

I started to sign and then noticed our watchdog sticking her head out of the office. I glanced at my wrist, saw that we had been talking an hour; I was running out of minutes.

But I wanted it nailed down tight. “Ma’am!” “Yes?”

“By any chance, is there a notary public around here? Or must I find one in the village?” “I am a notary. What do you wish?”

“Oh, good! Wonderful! Do you have your seal?” “I never go anywhere without it.”

So I signed my name under her eye and she even stretched a point (on Ricky’s assurance that she knew me and Pete’s silent testimony to my respectability as a fellow member of the fraternity of cat people) and used the long form: “—known to me personally as being said Daniel B. Davis

—” When she embossed her seal through my signature and her own I sighed with relief. Just let Belle try to find a way to twist that one!

She glanced at it curiously but said nothing. I said solemnly, “Tragedies cannot be undone but this will help. The kid’s education, you know.”

She refused a fee and went back into the office. I turned back to Ricky and said, “Give this to your grandmother. Tell her to take it to a branch of the Bank of America in Brawley. They’ll do everything else.” I laid it in front of her.

She did not touch it. “That’s worth a lot of money, isn’t it?” “Quite a bit. It will be worth more.”

“I don’t want it.”

“But, Ricky, I want you to have it.”

“I don’t want it. I won’t take it.” Her eyes filled with tears and her voice got unsteady. “You’re going away forever and…and you don’t care about me anymore.” She sniffed. “Just like when you got engaged to her. When you could just as easily bring Pete and come live with Grandma and me. I don’t want your money!”

“Ricky. Listen to me, Ricky. It’s too late. I couldn’t take it back now if I wanted to. It’s already yours.”

“I don’t care. I won’t ever touch it.” She reached out and stroked Pete. “Pete wouldn’t go away and leave me…only you’re going to make him. Now I won’t even have Pete.”

I answered unsteadily, “Ricky? Rikki-tikki-tavi? You want to see Pete …and me again?” I could hardly hear her. “Of course I do. But I won’t.”

“But you can.”

“Huh? How? You said you were going to take the Long Sleep…thirty years, you said.”

“And I am. I have to. But, Ricky, here is what you can do. Be a good girl, go live with your grandmama, go to school—and just let this money pile up. When you are twenty-one—if you still want to see us—you’ll have enough money to take the Long Sleep yourself. When you wake up I’ll be there waiting for you. Pete and I will both be waiting for you. That’s a solemn promise.”

Her expression changed but she did not smile. She thought about it quite a long time, then said, “You’ll really be there?”

“Yes. But we’ll have to make a date. If you do it, Ricky, do it just the way I tell you. You arrange it with the Cosmopolitan Insurance Company and you make sure that you take your Sleep in the Riverside Sanctuary in Riverside…and you make very sure that they have orders to wake you up on the first day of May, 2001, exactly. I’ll be there that day, waiting for you. If you want me to be there when you first open your eyes, you’ll have to leave word for that, too, or they won’t let me farther than the waiting room—I know that sanctuary; they’re very fussy.” I took out an envelope which I had prepared before I left Denver. “You don’t have to remember this; I’ve got it all written out for you. Just save it, and on your twenty-first birthday you

can make up your mind. But you can be sure that Pete and I will be there waiting for you, whether you show up or not.” I laid the prepared

instructions on the stock certificate.

I thought that I had her convinced but she did not touch either of them. She stared at them, then presently said, “Danny?” “Yes, Ricky?”

She would not look up and her voice was so low that I could barely hear her. But I did hear her. “If I do…will you marry me?”

My ears roared and the lights flickered. But I answered steadily and much louder than she had spoken. “Yes, Ricky. That’s what I want. That’s why I’m doing this.”

I HAD JUST ONE more thing to leave with her: a prepared envelope marked “To Be Opened in the Event of the Death of Miles Gentry.” I did not explain it to her; I just told her to keep it. It contained proof of Belle’s varied career, matrimonial and otherwise. In the hands of a lawyer it should make a court fight over his will no contest at all.

Then I gave her my class ring from Tech (it was all I had) and told her it was hers; we were engaged. “It’s too big for you but you can keep it. I’ll have another one for you when you wake up.”

She held it tight in her fist. “I won’t want another one.”

“All right. Now better tell Pete good-bye, Ricky. I’ve got to go. I can’t wait a minute longer.”

She hugged Pete, then handed him back to me, looked me steadily in the eye even though tears were running down her nose and leaving clean streaks. “Good-bye, Danny.”

“Not ‘good-bye,’ Ricky. Just ‘so long.’ We’ll be waiting for you.”

IT WAS A QUARTER of ten when I got back to the village. I found that a helicopter bus was due to leave for the center of the city in twenty-five minutes, so I sought out the only used-car lot and made one of the fastest deals in history, letting my car go for half what it was worth for cash in hand at once. It left me just time to sneak Pete into the bus (they are fussy about airsick cats) and we reached Powell’s office just after eleven o’clock.

Powell was much annoyed that I had canceled my arrangements for Mutual to handle my estate and was especially inclined to lecture me over having lost my papers. “I can’t very well ask the same judge to pass on your committal twice in the same twenty-four hours. It’s most irregular.”

I waved money at him, cash money with convincing figures on it. “Never mind eating me out about it, Sergeant. Do you want my business or don’t you? If not, say so, and I’ll beat it on up to Central Valley. Because I’m going today.”

He still fumed but he gave in. Then he grumbled about adding six months to the cold-sleep period and did not want to guarantee an exact date of awakening. “The contracts ordinarily read ‘plus or minus one month’ to allow for administrative hazards.”

“This one doesn’t. This one reads 27 April 2001. But I don’t care whether it says ‘Mutual’ at the top or ‘Central Valley.’ Mr. Powell, I’m buying and you’re selling. If you don’t sell what I want to buy I’ll go where they do sell it.”

He changed the contract and we both initialed it.

At twelve straight up I was back in for my final check with their medical examiner. He looked at me. “Did you stay sober?” “Sober as a judge.”

“That’s no recommendation. We’ll see.” He went over me almost as carefully as he had “yesterday.” At last he put down his rubber hammer and said, “I’m surprised. You’re in much better shape than you were yesterday. Amazingly so.”

“Doc, you don’t know the half of it.”

I held Pete and soothed him while they gave him the first sedative. Then I lay back myself and let them work on me. I suppose I could have waited another day, or even longer, just as well as not—but the truth was that I was frantically anxious to get back to 2001.

About four in the afternoon, with Pete’s flat head resting on my chest, I went happily to sleep again.

XII

MY DREAMS WERE pleasanter this time. The only bad one I remember was not too bad, but simply endless frustration. It was a cold dream in which I wandered shivering through branching corridors, trying every door I came to, thinking that the next one would surely be the Door into Summer, with Ricky waiting on the other side. I was hampered by Pete, “following me ahead of me,” that exasperating habit cats have of scalloping back and forth between the legs of persons trusted not to step on them or kick them.

At each new door he would duck between my feet, look out it, find it still winter outside, and reverse himself, almost tripping me. But neither one of us gave up his conviction that the next door would be the right one.

I woke up easily this time, with no disorientation—in fact the doctor was somewhat irked that all I wanted was some breakfast, the Great Los Angeles Times, and no chitchat. I didn’t think it was worthwhile to explain to him that this was my second time around; he would not have believed me.

There was a note waiting for me, dated a week earlier, from John:

Dear Dan,

All right, I give up. How did you do it?

I’m complying with your request not to be met, against Jenny’s wishes. She sends her love and hopes that you won’t be too long in looking us up

—I’ve tried to explain to her that you expect to be busy for a while. We are both fine although I tend to walk where I used to run. Jenny is even more beautiful than she used to be.

Hasta la vista, amigo,

John

P.S. If the enclosure is not enough, just phone—there is plenty more where it came from. We’ve done pretty well, I think.

I considered calling John, both to say hello and to tell him about a colossal new idea I had had while asleep—a gadget to change bathing from a chore to a sybaritic delight. But I decided not to; I had other things on my mind. So I made notes while the notion was fresh and then got some sleep, with Pete’s head tucked into my armpit. I wish I could cure him of that. It’s flattering but a nuisance.

On Monday, the thirtieth of April, I checked out and went over to Riverside, where I got a room in the old Mission Inn. They made the predictable fuss about taking a cat into a room and an autobellhop is not responsive to bribes—hardly an improvement. But the assistant manager had more flexibility in his synapses; he listened to reason as long as it was crisp and rustled. I did not sleep well; I was too excited.

I presented myself to the director of the Riverside Sanctuary at ten o’clock the next morning. “Dr. Rumsey, my name is Daniel B. Davis. You have a committed client here named Frederica Heinicke?”

“I suppose you can identify yourself ?”

I showed him a 1970 driver’s license issued in Denver, and my withdrawal certificate from Forest Lawn Sanctuary. He looked them over and me, and handed them back. I said anxiously, “I think she’s scheduled for withdrawal today. By any chance, are there any instructions to permit me to be present? I don’t mean the processing routines; I mean at the last minute, when she’s ready for the final restimulant and consciousness.”

He shoved his lips out and looked judicial. “Our instructions for this client do not read to wake her today.” “No?” I felt disappointed and hurt.

“No. Her exact wishes are as follows: Instead of necessarily being waked today, she wished not to be waked at all until you showed up.” He looked me over and smiled. “You must have a heart of gold. I can’t account for it on your beauty.”

I sighed. “Thanks, Doctor.”

“You can wait in the lobby or come back. We won’t need you for a couple of hours.”

I went back to the lobby, got Pete, and took him for a walk. I had parked him there in his new travel bag and he was none too pleased with it, even though I had bought one as much like his old one as possible and had installed a one-way window in it the night before. It probably didn’t smell right as yet.

We passed the “real nice place,” but I was not hungry even though I hadn’t been able to eat much breakfast—Pete had eaten my eggs and had turned up his nose at yeast strips. At eleven-thirty I was back at the sanctuary. Finally they let me in to see her.

All I could see was her face; her body was covered. But it was my Ricky, grown woman size and looking like a slumbering angel.

“She’s under posthypnotic instruction,” Dr. Rumsey said softly. “If you will stand just there, I’ll bring her up. Uh, I think you had better put that cat outside.”

“No, Doctor.”

He started to speak, shrugged, turned back to his patient. “Wake up, Frederica. Wake up. You must wake up now.”

Her eyelids fluttered, she opened her eyes. They wandered for an instant, then she caught sight of us and smiled sleepily. “Danny…and Pete.” She raised both arms—and I saw that she was wearing my Tech class ring on her left thumb.

Pete chirrlupped and jumped on the bed, started doing shoulder dives against her in an ecstasy of welcome.

DR. RUMSEY WANTED her to stay overnight, but Ricky would have none of it. So I had a cab brought to the door and we jumped to Brawley. Her grandmother had died in 1980 and her social links there had gone by attrition, but she had left things in storage there—books mostly. I ordered them shipped to Aladdin, care of John Sutton. Ricky was a little dazzled by the changes in her old home town and never let go my arm, but she never succumbed to that terrible homesickness which is the great hazard of the Sleep. She merely wanted to get out of Brawley as quickly as possible.

So I hired another cab and we jumped to Yuma. There I signed the county clerk’s book in a fine round hand, using my full name “Daniel Boone Davis,” so that there could be no possible doubt as to which D. B. Davis had designed this magnum opus. A few minutes later I was standing with her little hand in mine and choking over, “I, Daniel, take thee, Frederica…till death us do part.”

Pete was my best man. The witnesses we scraped up in the courthouse.

WE GOT OUT of Yuma at once and jumped to a guest ranch near Tucson, where we had a cabin away from the main lodge and equipped with

our own Eager Beaver to fetch and carry so that we did not need to see anyone. Pete fought a monumental battle with the tom who until then had been boss of the ranch, whereupon we had to keep Pete in or watch him. This was the only shortcoming I can think of. Ricky took to being married as if she had invented it, and me—well, I had Ricky.

THERE ISN’T MUCH more to be said. Voting Ricky’s Hired Girl stock—it was still the largest single block—I had McBee eased upstairs to “Research Engineer Emeritus” and put Chuck in as chief engineer. John is boss of Aladdin but keeps threatening to retire—an idle threat. He and I and Jenny control the company, since he was careful to issue preferred stock and to float bonds rather than surrender control. I’m not on the board of either corporation; I don’t run them and they compete. Competition is a good idea—Darwin thought well of it.

Me, I’m just the “Davis Engineering Company”—a drafting room, a small shop, and an old machinist who thinks I’m crazy but follows my drawings to exact tolerance. When we finish something I put it out for license.

I had my notes on Twitchell recovered. Then I wrote and told him I had made it and returned via cold sleep…and apologized abjectly for having “doubted” him. I asked if he wanted to see the manuscript when I finished. He never answered so I guess he is still sore at me.

But I am writing it and I’ll put it in all major libraries even if I have to publish at my own expense. I owe him that much. I owe him much more; I owe him for Ricky. And for Pete. I’m going to title it Unsung Genius.

Jenny and John look as if they would last forever. Thanks to geriatrics, fresh air, sunshine, exercise, and a mind that never worries, Jenny is

prettier than ever at…well, sixty-three is my guess. John thinks that I am “merely” clairvoyant and does not want to look at the evidence. Well, how did I do it? I tried to explain it to Ricky, but she got upset when I told her that while we were on our honeymoon I was actually and no foolin’ also up at Boulder, and that while I was visiting her at the Girl Scout camp I was also lying in a drugged stupor in San Fernando Valley.

She turned white. So I said, “Let’s put it hypothetically. It’s all logical when you look at it mathematically. Suppose we take a guinea pig—white with brown splotches. We put him in the time cage and kick him back a week. But a week earlier we had already found him there, so at that time we had put him in a pen with himself. Now we’ve got two guinea pigs…although actually it’s just one guinea pig, one being the other one a week older. So when you took one of them and kicked him back a week and—”

“Wait a minute! Which one?”

“Which one? Why, there never was but one. You took the one a week younger, of course, because—”

“You said there was just one. Then you said there were two. Then you said the two was just one. But you were going to take one of the two…when there was just one—”

“I’m trying to explain how two can be just one. If you take the younger—” “How can you tell which guinea pig is younger when they look just alike?”

“Well, you could cut off the tail of the one you are sending back. Then when it came back you would—” “Why, Danny, how cruel! Besides, guinea pigs don’t have tails.”

She seemed to think that proved something. I should never have tried to explain.

But Ricky is not one to fret over things that aren’t important. Seeing that I was upset, she said softly, “Come here, dear.” She rumpled what hair I have left and kissed me. “One of you is all I want, dearest. Two might be more than I could manage. Tell me one thing—are you glad you waited for me to grow up?”

I did my darnedest to convince her that I was.

But the explanation I tried to give does not explain everything. I missed a point even though I was riding the merry-go-round myself and counting the revolutions. Why didn’t I see the notice of my own withdrawal? I mean the second one, in April 2001, not the one in December 2000. I should have; I was there and I used to check those lists. I was awakened (second time) on Friday, 27 April 2001; it should have been in next morning’s

Times. But I did not see it. I’ve looked it up since and there it is: “D. B. Davis,” in the Times for Saturday, 28 April 2001.

Philosophically, just one line of ink can make a different universe as surely as having the continent of Europe missing. Is the old “branching time

streams” and “multiple universes” notion correct? Did I bounce into a different universe, different because I had monkeyed with the setup? Even

though I found Ricky and Pete in it? Is there another universe somewhere (or somewhen) in which Pete yowled until he despaired, then wandered off to fend for himself, deserted? And in which Ricky never managed to flee with her grandmother but had to suffer the vindictive wrath of Belle?

One line of fine print isn’t enough. I probably fell asleep that night and missed reading my own name, then stuffed the paper down the chute next

morning, thinking I had finished with it. I am absent-minded, particularly when I’m thinking about a job.

But what would I have done if I had seen it? Gone there, met myself—and gone stark mad? No, for if I had seen it, I wouldn’t have done the things I did afterward—“afterward” for me—which led up to it. Therefore it could never have happened that way. The control is a negative feedback type, with a built-in “fail safe,” because the very existence of that line of print depended on my not seeing it; the apparent possibility that I might have seen it is one of the excluded “not possibles” of the basic circuit design.

“There’s a divinity that shapes our ends, rough-hew them how we will.” Free will and predestination in one sentence and both true. There is only one real world, with one past and one future. “As it was in the beginning, is now and ever shall be, world without end, amen.” Just one…but big enough and complicated enough to include free will and time travel and everything else in its linkages and feedbacks and guard circuits. You’re

allowed to do anything inside the rules…but you come back to your own door.

I’m not the only person who has time-traveled. Fort listed too many cases not explainable otherwise and so did Ambrose Bierce. And there were those two ladies in the gardens of the Trianon. I have a hunch, too, that old Doc Twitchell closed that switch oftener than he admitted…to say nothing of others who may have learned how in the past or future. But I doubt if much ever comes of it. In my case only three people know and two don’t believe me. You can’t do much if you do time-travel. As Fort said, you railroad only when it comes time to railroad.

But I can’t get Leonard Vincent out of my mind. Was he Leonardo da Vinci? Did he beat his way across the continent and go back with Columbus? The encyclopedia says that his life was such-and-such—but he might have revised the record. I know how that is; I’ve had to do a little of it. They didn’t have social-security numbers, ID cards, nor fingerprints in fifteenth-century Italy; he could have swung it.

But think of him, marooned from everything he was used to, aware of flight, of power, of a million things, trying desperately to picture them so that they could be made—but doomed to frustration because you simply can’t do the things we do today without centuries of former art to build on.

Tantalus had it easier.

I’ve thought about what could be done with time travel commercially if it were declassified—making short jumps, setting up machinery to get back, taking along components. But someday you’d make one jump too many and not be able to set up for your return because it’s not time to “railroad.” Something simple, like a special alloy, could whip you. And there is that truly awful hazard of not knowing which way you are going. Imagine winding up at the court of Henry VIII with a load of subflexive fasartas intended for the twenty-fifth century. Being becalmed in the horse

latitudes would be better.

No, you should never market a gadget until the bugs are out of it.

But I’m not worried about “paradoxes” or “causing anachronisms”—if a thirtieth-century engineer does smooth out the bugs and then sets up transfer stations and trade, it will be because the Builder designed the universe that way. He gave us eyes, two hands, a brain; anything we do with them cant be a paradox. He doesn’t need busybodies to “enforce” His laws; they enforce themselves. There are no miracles and the word “anachronism” is a semantic blank.

But I don’t worry about philosophy any more than Pete does. Whatever the truth about this world, I like it. I’ve found my Door into Summer and I would not time-travel again for fear of getting off at the wrong station. Maybe my son will, but if he does I will urge him to go forward, not back. “Back” is for emergencies; the future is better than the past. Despite the crepehangers, romanticists, and anti-intellectuals, the world steadily grows better because the human mind, applying itself to environment, makes it better. With hands…with tools…with horse sense and science and engineering.

Most of these long-haired belittlers can’t drive a nail nor use a slide rule. I’d like to invite them into Dr. Twitchell’s cage and ship them back to the twelfth century—then let them enjoy it.

But I am not mad at anybody and I like now. Except that Pete is getting older, a little fatter, and not as inclined to choose a younger opponent; all too soon he must take the very Long Sleep. I hope with all my heart that his gallant little soul may find its Door into Summer, where catnip fields abound and tabbies are complacent, and robot opponents are programmed to fight fiercely—but always lose—and people have friendly laps and legs to strop against, but never a foot that kicks.

Ricky is getting fat, too, but for a temporary happier reason. It has just made her more beautiful and her sweet eternal Yea! is unchanged, but it isn’t comfortable for her. I’m working on gadgets to make things easier. It just isn’t very convenient to be a woman; something ought to be done and

I’m convinced that some things can be done. There’s that matter of leaning over, and also the backaches—I’m working on those, and I’ve built her a

hydraulic bed that I think I will patent. It ought to be easier to get in and out of a bathtub than it is too. I haven’t solved that yet.

For old Pete I’ve built a “cat bathroom” to use in bad weather—automatic, self-replenishing, sanitary, and odorless. However, Pete, being a

proper cat, prefers to go outdoors, and he has never given up his conviction that if you just try all the doors one of them is bound to be the Door into Summer.

You know, I think he is right.

The End

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Further notes on conducting a prayer campaign for intention manifestation and world-line travel.

This post consists are some additional information related the conducting a “prayer campaign” for intention manifestation within the MWI.

While I have discussed this subject at length on other posts, here we will “underline” some very important aspects previously mentioned, and discuss some advanced methodology in generating the prayer / manifestation list. I hope that it is useful to you all.

Introduction

Before you all dive in this post, I want to remind everyone that the world that we have assumed is real is really quite unlike anything that mainstream science and culture thinks. It’s a universe where everything is possible, and that our reality” is a custom sphere that is controlled by our consciousness as it moves about and through other environs that it creates known as “world-lines”.

Within these spheres are all sorts of things.

Some of them are hard and fixed. Like planets, rocks, dust, and water. Some come and go as other kinds of life. Like trees, grass, birds and ants. While others have intelligence that we (as humans) can understand. Like other humans, dogs, cats and horses.

There are also other “stranger” things that are only occasionally observed. Like ghosts, spirits, oddball occurrences and coincidences.

In this “soup” of all sorts of things, our soul creates an artifice; a construct that we know as “our consciousness”. We use it to travel through this big thick “soup” and experience things. We call it “experiencing” life, and we do so over a period of “time” which is really just a long train of momentary visits in and out of different world-lines.

This movement is usually pre-determined.

That is to say, that our soul determines what we will pretty much experience in our life, and set up barriers to “fence us in” and keep on a certain “learning track”, and to prevent us from “getting into trouble”. But, you know, we don’t have to obey those “barriers”. We can go around them, climb over them or go through them. It’s all on how we utilize our thoughts and our desired intentions.

In other posts, I have emphasized that you can control the navigation of your life though these world-lines via concentrated prayer. Also known as intention. And I have clearly listed numerous techniques to do so with.

Here, in this post, we will build upon the earlier posts and go into further detail on some aspects that other people have requested clarification on.

The issues mentioned herein are derived from questions that other influencers and followers have queried via email and privately.

The Importance of “the pause”

I have mentioned that for Intentions and Prayers to work that you must engage a system of intensive prayer, followed by an equally intensive pause.

This pause is not just a mere end of praying, it is a complete shut-down of the mind in regards to that prayer campaign. You need to turn everything off and forget about it all. You just cannot go back “looking over your shoulder” ever few days to see if things are ‘working”. You must give it up and you must forget about it all.

The best campaigns are the ones where you absolutely forget your affirmation text.

Life moves on.

You go have a pizza. You hang out with friends, and then you go to work and you do your business. You mow the lawn, fix and repair the house. You do the dishes, you vacuum the car and take it to a car wash. You buy new clothes and you go to church.

Life goes on and you completely forget about your prayer campaign.

I am sure that other people who have conducted prayer campaigns would agree with me. For it to work, you must separate yourself from your intention prayer campaign and move on with your life.

This is absolutely critical.

You MUST do it.

If you do not do it, the intention prayer campaign will not engage and you will not see any results.

How long?

A minimum of three months. That is minimum. Often, I would advise between four and nine months. This is where you live your life. This is where you forget about intention and allow your brain to engage the programming that you set in place. This is where you get to relax and let things happen.

Think of yourself and you life as a wind-up toy.

Mechanical wind-up toy.
Mechanical wind-up toy.

The intention prayer campaign is the period where you are winding and winding up the mechanical toy.

The period of the “pause” is when you put the mechanical contrivance on the floor and press the “unwind” button. Then you just watch the toy do it’s thing…

Now…

Using that analogy.

What happens when all you do is wind up the toy? You wind and wind and wind, over and over, but never press the button?

Nothing happens!

You need to “pause” and press that “pause” button to allow those intention prayers to manifest and happen.

The length of time for the "pause" varies from person to person, as well as a function of the complexity of the prayer affirmation content. You should NEVER have a "pause" that is under a three month duration. Because what you are doing is just extending an old intention prayer campaign.

Feed-back Loop

Every six months or so, you need to review old “prayer campaigns”. This will tell you what manifested, and what has yet to manifest. It is a “feed back” loop that will tell you what you are doing right and where you need to alter or change your techniques or behaviors…

This is a very important step that you need to conduct, but you need not think about it. Just write in your calendar on a certain date to review your affirmations. Then forget about them. It is critical to forget about the affirmations in order for them to work. The brain must be allowed or permitted to “work it’s magic” and navigate the world-lines on it’s own.

So, this step is known as a “feed back loop”. It allows you to gauge the effectiveness of your prayer campaign over a certain period of time.

This is a typical electrical feedback loop used in electronics design.
This is a typical electrical feedback loop used in electronics design.

For the most part, you probably will not see much in the way of change in the first six months. However, after two to three years, you will absolutely be able to start “checking off” the items within your prayer campaign list.

Every six months review the status of your various prayer campaigns. Give each one a name. Like January 2019, or Get Rich II, or Campaign 12, etc. Then when you check and review the campaigns you can compare them in effectiveness over time.

It will enable you to improve your campaigns, and have a better grasp of where you are now.

Cascading Intention Campaigns

There are numerous people who do not want to stop their prayer campaigns. They do not want to get out of a long-standing habit. A habit that many of them have created over the years. It is a habit where they pray every day.

There are many people who have a habit of praying every day. For them, it is very difficult to break out of this habit. The solution to this is to change the way that they pray and the content in the intention prayer campaign.
There are many people who have a habit of praying every day. For them, it is very difficult to break out of this habit. The solution to this is to change the way that they pray and the content in the intention prayer campaign.

The way to handle this situation is to have “cascading intention campaigns”.

How this works is simple.

Instead of a “pause” after a campaign, you start a completely (COMPLETELY) different intention prayer campaign.

  • This second campaign must be absolutely different in every way from the first campaign. Nothing in this campaign must match what is in the first campaign.
  • You need a small or short “pause” between the campaigns. This is a “null” prayer technique. You just pray for good will and allowances for the proper implementation of the previous campaign. In other words, your prayers during the “pause” is for your prior campaign to work perfectly.
  • Your “null” prayers concentrate on the implementation of the campaign and nothing else.

It will end up looking something like this…

Cascading prayer campaigns with "null" prayer sessions instead of pauses. It is critically important that each campaign be absolutely different from the previous campaigns involved.
Cascading prayer campaigns with “null” prayer sessions instead of pauses. It is critically important that each campaign be absolutely different from the previous campaigns involved

In general, I advise NOT to follow a cascading series of intention prayer campaigns. The point is that for those that cannot break from long standing habits, this technique is available as an alternative.

Intention ladder chains

A “ladder chain” is an engineering term that represents a sequence of events that must occur in process engineering.

For instance, if you want to fill up a tank with water, the ladder chain might look some thing like this…

Open valve A.
Monitor flow of water.
When water reaches 200 gallons.
Close valve A.
Turn on the heater.
When heat reaches 80 degrees C, turn off the heater.
Open valve B.
When tank volume reaches 0 gallons; close valve B

This is pretty much what a “ladder chain” is.

It can get pretty complex and detailed, but I think that you get the general idea. It’s a precise list of instructions on how to do a specific task.

And thus…

Why not use that same technique to define an intention prayer?

Well, you can.

You really can.

Now, in electronics there is something called “digital electronics”. It’s a world of short electrical pulses that are either “on” or “off”. What Digital Electronics does is create a sort of ladder chains by binary interpretation of the electrical pulses.

Sort of like this…

If there is a pulse...
Do A, and B, and C.
Do not do D, unless C happens at the same time as D.
If D lasts too long, then stop A.

That is “digital electronics”.

Various symbols used in the logic for digital electronics. It involves, often two events, A and B, and how to decide what to do with them.
Various symbols used in the logic for digital electronics. It involves, often two events, A and B, and how to decide what to do with them.

Well, we can do this in intention as well.

So during a prayer campaign, you can structure your verbal affirmations in such a way as to create a ladder chain. It’s a very precise way of generating your intentions. It can be very useful if you desire very specific outcomes.

For instance, you can say…

I will meet the girl of my dreams and she will fall in love with me.

And it will work.

It’s open ended enough that if you found “the girl of your dreams” that it would be more than enough for you. Who cares what she is like, or looks like, or how rich she is, because she is “the girl of your dreams.”

Right?

Movie scene from the movie "Fantastic beasts and where to find them" (2016).
Movie scene from “Fantastic beasts and where to find them” (2016).

But, you know, maybe your dream is a nightmare. Eh?

What?

(You might ask.)

Well, you see…

Maybe that image of the “girl of your dreams” was formed by Hollywood, and you get a blonde-haired bimbo with the IQ of a snail and who has expensive tastes as well as a nasty case of STD’s.

You have to be very careful on what you pray for.

Joy from the television show "My name is Earl".
Joy from the television show “My name is Earl”.

So you might want to be more specific.

And thus a ladder chain will help.

In an intention ladder chain, you end up being especially precise about what you want and what you are trying to avoid. To specify exactly what you want, and you specify exactly what you are trying to avoid.

Intention prayers are all so very personal. So rather than provide a serious example, let me provide something on the “lighter side”. Maybe something like this…

I will meet and fall in love with the girl of my dreams...

But...

She will not have any habits that I find repulsive.
She will not have expensive tastes.
She will not have stinky feet.

She will have...

Long, well trimmed fingernails.
Long flowing brown hair, with a purple highlight.
Long, long, long legs, and tiny feet.

If she lives near me...

She will own her own house.
She will have two cars, one will be a Prius.
She will love both dogs and cats.
She will water her garden every day at 6:24pm.

But, if she lives far from me...

She will like pizza.
She will enjoy tacos and nachos.
She will love to give me back massages.
She will be unattached, with no boyfriends, or lovers.

There are pluses and minuses in using a ladder chain within your intention.

On the plus side, because it is so specific, you will be well able to see exactly when some intention manifests.

For instance, if you intention was that your automobile possess a 5 liter engine, and suddenly you had a car accident and the only available replacement engine is 5 liter, then you know that your intention prayer works.

On the negative side, because it is so specific, it will absolutely take longer to manifest. The more complex your intention chain, the more world-lines that you must pass through and thus the longer that it will take to manifest.

Ugh!

So there are tradeoffs.

In general, I advise selective use of precise “intention ladder chains” in an “intention prayer campaign”. If you are too precise, you might miss out on many things that are “good enough”.

You see, it is really unrealistic to expect 100% perfection. There will always be imperfections in life. That is why it is called “life”. You need the imperfections to obtain experiences.

Depending on the situation, you can relax your requirements somewhat as long as your objectives are obtained.

In this chart / table we can see that very important events need to be pretty precise. But things that are not that critical can allow for deviance's. For instance, it doesn't matter so much what kind of a pizza you might eat, as long as it does not have pineapple on it. Or having a nice new car would please you whether it was a Ford or a Dodge.
In this chart / table we can see that very important events need to be pretty precise. But things that are not that critical can allow for deviance’s. For instance, it doesn’t matter so much what kind of a pizza you might eat, as long as it does not have pineapple on it. Or having a nice new car would please you whether it was a Ford or a Dodge.

Use of sprites and other “non-physical” entities.

A sprite is a non-physical intelligent entity. They travel world-lines just like humans do. They come in different sizes and shapes and pretty much are associated with the physical, but do not inhabit the physical world.

Some people can sense them. Many cannot.

Queen Tara (Beyonce Knowles) reigns over Moonhaven, an unseen Eden-like world. From the obscure non-Disney movie “Epic”. If you have an affinity for elves and faeries and other such things, you will find this movie happy, refreshing and delicious.

When Newtonian physics hit the universities, all the legends and tales traditionally handed down through the ages, in just about every society, were automatically discounted as nonsense. The argument was “if I cannot see it, and measure it, it does not exist”. Now we know otherwise, and have tracked the behaviors of non-physical events to some minor effect.

These intelligent entities actually do exist.

They also can be called upon though your prayer affirmations, provided that you, yourself, have a special affinity for them.

Other names for a sprite are spirit, fairy, elf, nymph, brownie, pixie, apparition, imp, goblin, leprechaun, peri, dryad, naiad, sylph, Oceanid.

In general, sprites live their own lives and have very little to do with humans or human souls.

However, there are times when complex relationships occur between a human soul and a specific type of sprite.

Sprite - a small being, human in form, playful and having magical powers

faerie, faery, fairy, fay

spiritual being, supernatural being - an incorporeal being believed to have powers to affect the course of human events

elf, gremlin, imp, pixie, pixy, hob, - (folklore) fairies that are somewhat mischievous

brownie - a legendary good-natured elf that performs helpful services at night.

gnome, dwarf - a legendary creature resembling a tiny old man; lives in the depths of the earth and guards buried treasure

Puck, Robin Goodfellow - a mischievous sprite of English folklore

Oberson - (Middle Ages) the king of the fairies and husband of Titania in medieval folklore

Titania - (Middle Ages) the queen of the fairies in medieval folklore

water spirit, water sprite, water nymph - a fairy that inhabits water

While I know very little about all of this, I do realize that it exists, and if you (for what ever reason) have some affinity to these “imaginary” entities, then you can call upon your relationship in your prayer affirmations.

In the past, I have advised those that had a very strong affinity for faeries to create a nice mediation area in their back yard. I have advised to make it something that they and any faeries that happen to be around to feel attracted to.

Yup it sounds strange, but most people live in a really strange reality that has nothing to do with the way things actually are.

The animation and design are gorgeous. I love the cute fairy-like flower and leaf people; I even love the design of the goblin-like bad guys (the Boggan). I want to see more stories set in this incredible little world. I also appreciate how much care went into animating that forest.
Scene from the movie “Epic”. The animation and design are gorgeous. I love the cute fairy-like flower and leaf people; I even love the design of the goblin-like bad guys (the Boggan). I want to see more stories set in this incredible little world. I also appreciate how much care went into animating that forest.

The idea of cross-species familiarity with non-physical entities should not be discounted, or ridiculed.

Like physical animals (dogs, cats, horses, and birds) companions can provide mutual benefits in our day to day lives. If you are comfortable with the idea of a non-physical entity and want them / they to have a greater role in your life, crate the necessary environment and add your desires to your intention prayers.

You might be surprised that some of the “hardships” and “difficulties” of day to day life, seem to “magically ” disappear after you do this. Just like the calming effect of a beloved cat purring on your lap, or the comfort of a dog greeting you after a hard day of work, the effects of such a relationship will bring about some remarkable changes in your over all mood and emotions.

An affirmation that might improve your relationship with non-physical beings might go something like this…

  • I attract friendly non-physical elves, sprites and/or related beings into my life for mutually beneficial interactions and a general improvement in all of our standard of living.

Prayer to help others / society

It is true, you can use prayer and intention to improve the world around us.

While I have focused on using intention to better one’s life, and to control your world-line travels, you can also use it to make the world a better place.

Now, one should not misunderstand. My point is that you must take care of yourself first. You must make sure that you are happy, healthy, and doing well first. Then, and only then can you worry about your close family, your loved ones and those around you. Then, when you and your family are well taken cared for, you can concentrate on others.

It is identical to what they say when you are being instructed on how to put on the air mask on a plane: put yours on first, then attend to your child.

Take care of yourself before you worry about others.
Take care of yourself before you worry about others.

Now, that being said, let it be well understood that you absolutely can use the power of directed intention prayer to better the world around you . In so doing you can improve the lives of yourself and others in the process. We know this as it has been shown time and time again that prayer and meditation improves the lives of those in the target area of influence…

Just remember, that all your efforts are meaningless unless you take care of yourself and your needs first. So pay strict attention to this…

Always remember to take care of yourself first before you try to take care of others.
Always remember to take care of yourself first before you try to take care of others.

Conclusion

This post is simply a collection of advisement’s on how to improve your intention prayers and how to navigate through the various world-lines. It mentions various issues that have been asked of me privately and it is my hope that the information provided herein would be of use and help.

Happy navigating!

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Any war with China will be a nuclear war.

I just had to sit down and write this peace. After one article after the other, all justifying American “intervention” into the affairs of China, it’s just boggles my mind that everyone believes that they have the RIGHT to mess around with another nations’ internal affairs. You don’t. And certainly not with a big enormous, technologically advanced nation.

For Pete’s sake!

America only makes laws for Americans on American soil.

ONLY.

That’s it.

The laws that America makes, the ideas that it professes, is limited geographically to the confines of the nation of the United States. America does NOT have the ability to tell Canada what to do, Chile what to do, France what to do, or South Africa what to do.

And China, like it or not, is not going to sit by and allow the USA to invade it. It’s not going to be another Syria, or another Yemen, or Afghanistan, or Libya, or Panama, or any other nameless nations that America has invaded and occupied over the last fifty years.

So all this nonsense about “suppressing” China, or “containing” it, or “stopping it’s rise” is dangerous.

Did the efforts to starve China work? The numerous bio-weapons against the chicken, the pork, the wheat, the rice and other industries work out? What about the plagues, the ban on imported Australian and NZ food, and the drones spraying swine flu... did they actually work? Are the Chinese people starving now?

Actually, no.

Did the NED / NID efforts to destabilize Hong Kong work? Are the people of Hong Kong China ready to rise up and revolt? Are they still waving American flags and singing the American national anthem? Is the image of "Pepe the frog" plastered all over the new independent Hong Kong?

No.

How about that trade war? Did all the tariffs bring global trade to an abrupt end? Is China unable to trade right now? What about those huge 25% tariff increases, who's paying for them? Did this entire effort cause the rest of the world to stop trading with China?

No.

What about the suppression of Chinese technology? The capture of the president of Huawei, the anti-5G movement, and the ban on microprocessor technology? Is China on it's knees and sobbing, and begging the United States to let up?

No.

How about India being a military proxy for the United States and having a "hot" war in the Himalayas mountains? Now that soldiers have died on both sides, is China all "bogged down" in a mountainous "quagmire"? Is the BRI impacted? What about international Geo-political relations involving China on the global stage? Is China in trouble?

No.

What about biological warfare by releasing COVID-19 on the Chinese New Year holiday? How is China doing today? How is America today? Did it bring China "to it's knees" and suppress it in the global stage? Or did it back-fire? And end up unleashing all sorts of madness in the United States instead?

...well?

The American conservative movement, and by extension the neocon right-wing movement is living within a very dangerous bubble. Their ideas of what China is, what it represents, how it works, and what it is doing is severely out-of-wack with reality. Which is fundamentally why all the attacks in this “hybrid war” is flailing.

China is not what the American “neocon” publications thinks it is.

And all those publications, “talking heads”, and commentators that endlessly repeat the 1970’s era narrative of what china is, and will be come is advocating some very dangerous ideas. Ideas that all of the advisors (Pomeo, Bolton, etc.) to President Trump actually and earnestly believe.

And they advocate a harsh “hard line” treatment of China. For they earnestly believe that the United States can “grapple” with China; “engage” China in a long multi-faceted “hybrid war” and the America would “win”. For America, they earnestly believe, is empowered by GOD to rule the world…

All of the articles listed are from "The National interest" which is an American neocon publication that supports the Military-Industrial complex, and who is just "foaming at the mouth" for a war with China. They aim to make billions of dollars, if not trillions in the process.

In truth, it’s a bunch of propaganda to gin-up support for the eventual “take down” of China.

But, you see, it’s NOT going to happen like everyone thinks.

What will a war look like?

For the last fifty years, America has defined the geography of war; where it is fought, and by whom. It has defined the technology used, and what was not used. It has defined the narrative and the history books; with thousands of American soldiers dead, the military “intervention” is still considered to be victorious.

And Hollywood enhances this vision.

The movies out of Hollywood are all about the single lone military warrior who takes down hundreds of enemy single handedly. From Rambo, to Schwarzenegger in “Raw Deal” and “Commando”, to the sniper that takes down a complete military base (while people just collapse like rag dolls with single shots to the head.) It’s all a myth. It’s all a lie. It’s all very dangerous thinking of American “invincibility”.

So let me tell you this straight up and brutal…

Any military conflict with China will NOT be limited to the South China Sea. It will be very “up front and personal”. It will occur on American soil. It will be fought on American soil, and many American cities will be devastated to the point where they will be unable to recover. They will not be able to be rebuilt.

Why, do I say this?

Any War With China Will Be a Nuclear War

Accept that fact.

It’s not going to be a conventional war.

It’s going to go nuclear from hour one.

Whether it is Donald Trump launching some “reasonable” “low yield” tactical nuclear armed warheads, or the Chinese keeping their promise that “serious, unimaginable, consequences” will occur…

… it’s is going to be a deadly – radioactive – gut-wrenching – nuclear war.

The only reason why the United States is NOT in a military conflict with China right now, is because it knows it will lose.

America will lose.

Because…

China. Does. Not. Play.

How does it know this? Seriously, why do I make this statement? The answer is clear. Every military simulation from the year 2000 on has had China winning the battles, the global-conflicts in just about every arena.

And that is by conventional means.

Imagine what would happen if the “nuclear guns” came into play…

And they will…

Oh. They really will.

Trump is taking a hard line stance on these matters…

It is a pretty amazing thing to watch. How every day there is a new accusation against China, and more complaints about China, and more blame being heaped upon China.

It is this increased ratcheting up of HATE and ACCUSATIONS against China that I am worried about.

Rather than being a global leader that works with other nations, respects their national sovereignty, and builds relationships. This Trump administration does the exact opposite.

The entire world watches on in stark incredulity…

A prolonged conventional war…

Today, inside the White House, the Trump administration is concerned with suppressing not only China, but the rest of the world as well.

The over-riding objective (initially, and presently) is to suppress the entire world while America gets “it’s house in order”; builds up factories, puts more students into training as STEM engineers and scientists, and invests into Research and Development.

Ah, but none of that is actually going on.

Aside from a few (well publicized) factory start-ups, and some documentaries, nothing is really going on. While China has invested in a number of construction projects, the idea that factories are sprouting up all over America to employ Americans has fallen far-short of the ideal.

Nothing.

The only thing that is going on the the collapse of the global economy.

Clunk!

So it is looking like the next step will be military…

But first, America will try a "proxy war". They will use another nation to do the "heavy lifting" and create military tensions.

Like India on 16JUN20.

After that…

…all the generals and the advisers, and the “experts” in Washington DC are talking about a “scaled up” conflict with China. One that would be conventional. It is one that would be fought on the Chinese coast and in the South China sea and it would be conventional and not nuclear. As such, it is considered to be a “prolonged” war that would stifle all trade on the shipping lanes.

Thus rendering China “isolated” from the world completely.

Which is why there are two complete aircraft carrier battle groups, and a complete amphibious landing group right now in the South China Sea. Which is why attack subs are under the water in the South China Sea, and that B-1 Bombers with fighter escorts are flying all over the Pacific.

But people, the idea there could be a prolonged conventional war between the US and China is an misguided view of what such a war would look like.

In this article I will explain why any conventional war with China will trigger, a very short and very savage, nuclear war.

The idea of a “long protracted war” from David Gompert.

The US intelligence guru David Gompert came to Australia in 2017 warning “a war between the US and China would be long, destructive and could erupt if regional disputes already underway overheat.”

He said both sides “have ample forces, technology, industrial might, and personnel to fight across vast expanses of land, sea, air, space, and cyberspace. »

“Mr Gompert said the US should make sensible preparations to wage a ‘long and fierce’ war with China but argued it must also develop plans to limit the scope, intensity and duration of such a conflict. He said if such a war broke out today, China’s losses would greatly exceed that of the US.”(2)

Therefore, it would be advisable for Australia to make prudent moves toward allowing the United States military to use their bases and airstrips. Take special precautions regarding China, and be prepared to stop all trade with China.

This was in 2017, shortly after Trump took the helm in Washington DC.

But…

You do realize, don’t you, that…

It’s a war against Asia (Russia and China) not just China alone.

Both Russia and China realize that if America destroys one nation, the other would also eventually fall as well.

Mr Gompert insists the US should “develop plans to limit the scope, intensity and duration of such a conflict.” But can the US limit the intensity and duration of such a war? I mean, once the USA gets involved in a war, it never pulls out.

And, does he even realize that there is a strong and substantive Russian-Chinese military alliance? 

The Chinese are helping the Russians in Syria and it is quite implausible that, during a US war with China, Russia would just sit on its hands.

Yeah…

(As if) Russia would watch with glee as the Untied States would fight with China, and Chinese exports to Russia drop to zero…

Consider this discussion of what could be going on between Russia and China away from the eyes of Western journalists:

“There are certain to be scores of secret agreements between the Chinese and the Russians we know nothing about: to share intelligence (including for example signals intelligence and data from satellites) and to coordinate foreign policy and for defence cooperation including technology sharing.  

We know for example that the Russians and the Chinese have representatives at each others’ command headquarters and that recently they carried out in Moscow a joint command exercise involving joint operation of their respective anti-ballistic missile defences, something the US would never do at such a level with any of its allies.”(3)

Furthermore who can imagine all sides will sit on their nuclear weapons for weeks or months of a prolonged and intense conventional conflict? 

Even if it did not go nuclear from day one…

If the war between the US and China started going badly for one side or the other, how long would they wait to move on from the conventional weapons and bring out the heavy artillery? It is more likely that such a war would be over in a few days as it quickly turned into a full-on nuclear exchange between Russia and China and the US.

Any War With China Will Be a Nuclear War
Any War With China Will Be a Nuclear War

A nuclear war is absolutely impossible. It is inconceivable. As it would destroy both sides.

Since nuclear weapons have not been used for the last 70 years people have come to believe that they could never be used again.

Why?

There are now so many nuclear weapons, if the US and Russia began attacking each other both countries would be destroyed. Starting such a war would destroy your own country. What leader would initiate national suicide?

This is a comforting line of thought. However, a careful look at the development of military thinking about nuclear weapons since they were introduced shows it is just a pleasant fairy story.

In the 1960’s a policy was developed in the US by Henry Kissinger and Herman Kahn which advocated an “active” nuclear strategy for the US.

After WW II the US saw nuclear weapons as a way to stop the USSR from conquering Europe using its much larger conventional forces. The new approach advocated by Kissinger and Kahn was to use nuclear weapons in a surprise attack to destroy the nuclear weapons of the USSR or China before they were used against the US.

The plan was to use a “first strike” to limit or remove the enemy’s ability to retaliate.

This would mean the US could actually win a nuclear war.

Kahn argued that 40 million dead in the US and a 20 years recuperation period could be « acceptable losses » necessary for such a victory.

It is no surprise that such thinking inspired Stanley Kubrick to produce Dr Strangelove.

Doctor Strangeglove.
Doctor Strangeglove.

Eventually cooler heads seemed to prevail.

At least for the last fifty years or so…

The policy known as Mutually Assured Destruction (MAD) became the dominant policy. Some efforts were made to reduce the number of nuclear weapons held by the US and the USSR.

An article written in 2014 explains that “nuclear war with Russia is still mutually assured destruction. Hopefully, that’s still deterrent enough.”(4)

Mutially assurred destruction has been replaced by an assured first strike policy by Donald Trump.

Russia revoked the pledge of the USSR not to be the first to use nuclear weapons in any conflict in 1993.(5)

In 2002 the Bush administration modified US strategic doctrine from a retaliatory role to permit a preemptive nuclear attack. In effect the US has returned to the first-strike policy developed by Kissinger and Kahn in the 1960’s.

Then in 2006 the influential US journal Foreign Affairs featured an article by Keir A. Lieber and Daryl G. Press entitled “The Rise of U.S. Nuclear Primacy”. The article begins as follows:

“Today, for the first time in almost 50 years, the United States stands on the verge of attaining nuclear primacy. It will probably soon be possible for the United States to destroy the long-range nuclear arsenals of Russia or China with a first strike. This dramatic shift in the nuclear balance of power stems from a series of improvements in the United States’ nuclear systems, the precipitous decline of Russia’s arsenal, and the glacial pace of modernization of China’s nuclear forces.”(6)

The US military can plan for a nuclear first strike against Russia or China, and there is a growing belief in official circles that the US is in a position to destroy the ability of its enemies to retaliate with their own nuclear weapons.

To implement this policy the US has established anti-ballistic missile bases around Russia.

As Paul Craig Roberts explains:

“US anti-ballistic missile (ABM) bases have been established in Poland on Russia’s frontier, and other bases are planned. When completed Russia will be ringed with US missile bases.

“Anti-ballistic missiles, known as ‘star wars’, are weapons designed to intercept and destroy ICBMs. In Washington’s war doctrine, the US hits Russia with a first strike, and whatever retaliatory force Russia might have remaining is prevented from reaching the US by the shield of ABMs.”(7)

The US has also located a Terminal High Altitude Area Defense (THAAD) anti-ballistic system in South Korea which can be used to destroy missiles fired by China in retaliation for a US first strike.(8)

Remember there is no point in having an anti-ballistic missile system in place if you really believe any nuclear war is simply mutually assured destruction.

As U.S. Pacific Fleet chief says he’d obey President Donald Trump’s order to launch a nuclear strike on China, here’s what would happen if Trump made the call.. With CIA’s recent assessment that China poses the biggest threat to Washington in the long term, the commander of the U.S. Navy’s Pacific Fleet Admiral Scott Swift says he would launch a nuclear strike against China.
As U.S. Pacific Fleet chief says he’d obey President Donald Trump’s order to launch a nuclear strike on China. With CIA’s recent assessment that China poses the biggest threat to Washington in the long term, the commander of the U.S. Navy’s Pacific Fleet Admiral Scott Swift says he would launch a “first strike” nuclear attack against China if ordered to do so.

Further, President Trumps public announcements that he approves of first-strike nuclear use has pretty much terrified the rest of the world, and caused both China and Russia to move military forces to an offensive position.

It is the complete ratcheting up of HATE and ACCUSATIONS against China that is dangerous. As the Chinese rightly believe that this is a lead up towards an actual “hot” war, and the best defense is an aggressive offense.

Thus…

While the ANTI-CHINA attacks increase in intensity…

… so does the likelihood of a joint China – Russia preemptive nuclear strike followed by a complete debilitating “double tap”.

But why would China and Russia want to do this?

Preemptive “first strike” thinking and policy makes nuclear war inevitable.

The US military believes it can launch a nuclear war and survive any attempt by its enemies to destroy it.

This makes nuclear war much more likely because the Russians and Chinese both know that the US thinks they can actually make a successful first strike against them.

So…

What better reason do they need for making a first strike themselves?

Again Paul Craig Roberts explains:

“Washington has created a dangerous situation. As Russia and China are clearly threatened with a first strike, they might decide to strike first themselves. Why should Russia and China sit and await the inevitable while their adversary creates the ability to protect itself by developing its ABM shield? Once Washington completes the shield, Russia and China are certain to be attacked, unless they surrender in advance.”(9)

The military planners on both sides use what is called the counterforce strategy which involves attacking their opponent’s weapons nuclear and the their leadership.

“The requirements for the counterforce mission perpetuate the most dangerous characteristics of nuclear forces, with weapons kept at high levels of alert, ready to launch upon warning of an enemy attack, and able to preemptively attack enemy forces.”(10)

As Steven Starr explains, counterforce doctrines emphasize the need for preemptive strikes once a war begins.

“Both sides would be under immense pressure to launch a preemptive nuclear first-strike once military hostilities had commenced, especially if nuclear weapons had already been used on the battlefield.”(11)

We need to realize that the duty of a nations leaders is to protect their country from its opponents.

The US has publicly adopted a first-strike policy, based on the assumption that a preemptive strike on Russian and China will neutralize their nuclear weapons by either destroying them before they are used, or shooting them down after they are launched with ABMs.

The Russians and Chinese know the US might launch a preemptive strike at any time, and realize that the best way to protect themselves is to launch their own preemptive strike before the US does.

This means that we are now as close to a nuclear war as we were in the worst period of the Cold War in the 1960’s.

This is why I disagree with the “long war” theory of David Gompert.

Once conventional hostilities begin, each side will be sitting with their fingers on the preemptive strike button hoping they can beat the other to a nuclear first-strike. He says the US would “develop plans to limit the scope, intensity and duration of such a conflict”. And the US will assume the Russians or Chinese have no plans for a first strike themselves? Let’s just have a conventional war and see what happens?

If the US says it can win a nuclear war with China or Russia, once conventional hostilities begin the Russians and Chinese would be mad not to expect a US first-strike. And the only way to protect themselves is to be ready themselves to make a first-strike before the US.

As the anti-China hybrid war increases in intensity...

... the likelihood of the United States attacking under some "excuse" or "international incident" grows to an unmanageable level.

It becomes necessary for both China and Russia to perform a lethal "first strike" nuclear event to completely neuter the United States from reaching that point.

What would actually happen if things went nuclear?

Nobody know for sure, of course, but it seems the best possible outcome would be just short of the extermination of the human race.

The Northern Hemisphere would probably be unfit for human habitation.

In the effort to suppress China President Trump unleashed a global biological weapon COVID-19 that put the world in chaos. He also unleashed a trade war that caused the generally collapse of the global world economy, what makes you think that he wouldn't consider a nuclear strike because it's "God's will" that the USA make the first move?
In the effort to suppress China President Trump unleashed a global biological weapon COVID-19 that put the world in chaos. He also unleashed a trade war that caused the generally collapse of the global world economy, what makes you think that he wouldn’t consider a nuclear strike because it’s “God’s will” that the USA make the first move?

Both the US and Russia each have 400 to 500 launch-ready ballistic missiles armed with a total of at least 1800 strategic nuclear warheads, which can be launched with only a few minutes warning.(12)

President Trump is has no doubts about which country is the most important and how its dominance should be maintained.

What Would Russia Do if Attacked?

We can have some answer to this question from an article by three Russians living in the US. They have warned the citizens of the US that nuclear war with Russia will “wipe the USA off the political map”:

“But we are just as certain that if Russia is attacked, or even threatened with attack, she will not back down, and that the Russian leadership will not ‘blink.’ 

With great sadness and a heavy heart they will do their sworn duty and unleash a nuclear barrage from which the United States will never recover. 

Even if the entire Russian leadership is killed in a first strike, the so-called ‘Dead Hand (the ‘Perimetr’ system) will automatically launch enough nukes to wipe the USA off the political map. 

We feel that it is our duty to do all we can to prevent such a catastrophe. »(14)

The Russian Dead Hand or Perimetr System

The Dead Hand or perimetr system guarantees retaliation against the US. Because the Russians don’t trust computers alone to make such decisions.

It has a critical human safeguard, bunkered in an incredibly strange underground chamber. The operators and their equipment are located in a hardened underground bunker in the shape of a sphere, very deep and very hardened, probably the most secure place in the Cold War.

The Russian Dead Hand System.
The Russian Dead Hand System.

In this isolated spheroid room, duty officers sit and wait for three conditions to be met: “predelegation,” decapitation, and active nuclear war.

When these three conditions are met, the officers can issue launch commands to small missiles that would fly the entire width of the Soviet Union and give commands electronically to all the missile silos below to launch.(15)

The Russian SS-18 Satan

No this is not “just another” big nuclear bomb.

This weapon is designed to completely destroy huge state-sized sections of America.

Silo for the biggest and nastiest nuclear weapons on the planet.
Silo for the biggest and nastiest nuclear weapons on the planet.

The RS-28 Sarmat can reportedly hold up to 10 nuclear warheads, enough to effectively decimate an area the size of the entire state of Texas, or even the whole of France. The missile is intended to replace the R-36 Voevoda, dubbed “Satan” by NATO in the 1970s.

The new weapon can deploy warheads of 40 megatons, or about 2,000 times as powerful as the bombs dropped on Hiroshima and Nagaski in 1945.
Former assistant secretary of the Treasury for Economic Policy Dr. Paul Craig Roberts called the atomic bombs that Washington dropped on Japan “popguns” compared to today’s thermo-nuclear weapons.

“One Russian SS-18 wipes out three-fourths of New York state for thousands of years,” he said in a blog post. “Five or six of these ‘Satans’ as they are known by the US military, and the East Coast of the United States disappears.”

To make it even more frightening, the Satan 2 is also capable of evading radar defences and could travel far enough to strike the US East and West Coast.

-https://www.2oceansvibe.com/2016/10/26/russias-new-missile-is-called-satan-2-and-could-destroy-texas-lets-take-a-look-at-it/#ixzz6PUcHSray

Some of the consequences of such a nuclear war are:

Do I really need to enumerate them?

Maybe so, since what passes for education today in the United States is so dolefully inadequate.

Missile Launch.
Missile Launch.

[0] The destruction of all cities

Not just cities, but all water, electricity, transportation, trade, and economic activity. Everything would grind to a halt, and American would be forced to live off the food that they produced themselves, heat their homes with wood that they collected, and coal that they acquired, and travel by foot or bicycle over roads and destroyed bridges.

[1] Nuclear Winter

In a recent article in the Bulletin of the Atomic Scientists entitled “Self-assured destruction: The climate impacts of nuclear war” begins as follows:

“A nuclear war between Russia and the United States, even after the arsenal reductions planned under New START, could produce a nuclear winter. Hence, an attack by either side could be suicidal, resulting in self-assured destruction.”(16)

[2] Fire-storms, Falling Temperatures and Destruction of the Ozone Layer
After a nuclear exchange

“nuclear firestorms would produce millions of tons of smoke, which would rise above cloud level and form a global stratospheric smoke layer that would rapidly encircle the Earth. The smoke layer would remain for at least a decade, and it would act to destroy the protective ozone layer (vastly increasing the UV-B reaching Earth) as well as block warming sunlight, thus creating Ice Age weather conditions that would last 10 years or longer.

“Following a US-Russian nuclear war, temperatures in the central US and Eurasia would fall below freezing every day for one to three years; the intense cold would completely eliminate growing seasons for a decade or longer. No crops could be grown, leading to a famine that would kill most humans and large animal populations.”(17)

[3] All Spent Fuel from Nuclear Reactors Released into the Atmosphere

“Electromagnetic pulse from high-altitude nuclear detonations would destroy the integrated circuits in all modern electronic devices, including those in commercial nuclear power plants. Every nuclear reactor would almost instantly meltdown; every nuclear spent fuel pool (which contain many times more radioactivity than found in the reactors) would boil-off, releasing vast amounts of long-lived radioactivity. The fallout would make most of the US and Europe uninhabitable.”(18)

Is anyone surprised that we would never see this explained in our mass media? If such a nuclear war ever does occur, will any of the survivors mourn the loss of the Death Cult called Western Civilization?August 30th

[4] EMP

As a result of just one EMP attack on the U.S., in an instant the nation’s power grid will fail as anything with circuits (including most automobiles built since the early 1960s when computerized components became more standard in automobiles) will cease to work.Trains, buses, subway systems and commercial airlines and other modern planes will cease to work also — even the 4,000 or so commercial flights (think Delta, U.S. Airways, Southwest Airlines, and many others) that are in the sky over America at any given time.

Imagine the world suddenly without TV, radio, phone, internet, refrigeration, microwaves, stoves and ovens, washers and dryers, waste removal, sewage treatment facilities, clean water from the tap (provided by water companies that use industrial equipment to treat water; even water that at a previous time may have been sewage) making it safe to drink; gas companies who provide heat and power gone; or of course the electric company.

Imagine each going offline — permanently.

Imagine the U.S. unable to transport food from farmland in distant states and counties — meat, dairy, eggs, produce, grain products, packaged food.

300,000 million people (the population of the United States) will quickly descend on the packaged food left on store shelves in the initial hours of the realization that an EMP had taken place.

Many will hoard — meaning, get there hands on as much packaged food as possible and then fight tooth and nail to keep it out of the hands of others who may experience panic when they see store shelves emptying and realize they don’t have more than a few days of food at home. They realize now they’re in trouble. Food is disappearing fast. Everyone is taking it.

Too bad those unprepared for disaster didn’t see the signs that America (and other Western nations) are increasingly hated by nations in the world — nations with the desire and growing means to bring our nation (and possibly other Western nations) to collapse.

Now imagine what would happen afterwards…

Most neocons imagine a world pretty much like it is now. Only instead of Yemen, it would be over some nameless islands in the South China Sea.

They never, ever, contemplate America or Americans ever being put into danger. It is beyond their comprehension. After all, they argue, that were the evil Chinese and Russians to come to America, that there would be a “rifle behind every tree”, and a “pistol in every blade of grass”.

Instead…

They envision war being fought remotely in far away distant place, and selected news media reports that always portray America as “winning”. They envision looting the riches of the conquered lands. With huge enormous cargo planes of gold flying back to the leadership in the States, and impressive videos of new, state of the art technology, shooting and blowing up cities, and villages.

But…

Were a war to occur, there will not be any television, nor internet. All American infrastructure will be fried into useless slag.

No body will know what is going on.

There will be strange “rain falls” of radioactive grey soot and dust from the sky. Vehicles will not work, and even the Emergency Broadcast System will not work. GPS will be out, as will be all electricity and water.

Then your immediate worry will be your neighbors and marauding strangers who will form groups of bandits…

… followed by sanitation and medicine for illness and sickness.

It will be a nightmare where an infected cut or scratch can kill you, where COVID-9 will mean a death sentence, and where trading your daughter out (to a platoon of men) for some moldy turnips will be considered a good deal on a good day.

Life as a subjugated people

The Trump neocon leadership isn’t even thinking the “unthinkable”.

What will happen with the dust settles and the war is over?

Even if both sides are completely obliterated, and decimated, it will be China that will survive. These people are “hard scrabble” survivors and are everywhere. With a population four times that of the United States, and the vast bulk of educated people speaking English with solid STEM backgrounds. It will be the Chinese who will define what will happen afterwards.

The Chinese are a disciplined and tough race of people that do  not play.
The Chinese are a disciplined and tough race of people that do not play.

Americans. Um, not so.

Modern Americans today.
Modern Americans today.

And the new rulers; the Chinese and the Russians, oh they will NOT be kind.

If you thought that the Civil War was bad, then imagine an angry and pissed off nation that has AI, robotics, and a 5G infrastructure. It will be just like what occurred back in historical times, and it was nasty. You will pray that you will get to live a life as a slave with at least one meal a day between your daily torture sessions.

So…

You think that maybe I am exaggerating, eh?

Well, learns what ALWAYS happens to a subjugated people. Learn some history…

Some History

Perhaps a little taste of what happened in the past might awake the inner zen within you. You need to fully come to grips with the kind of “fire” that Trump and his neocon cohorts are actually playing with. Listen to me closely.

China is a serious, serious nation.

It is run by a leadership that have obtained their positions through merit. They relish in strife, and view soft people as weak. Most of the leadership are STEM graduates and they view the “softer” humanities as recreational endeavors, not something that should be seriously studied.

The Chinese do not play.

They are like the modern embodiment of Genghis Khan…

Genghis Khan had so much power that he could do whatever he wanted. 

For instance, when Genghis occupied some new area, he would kill or enslave all the men and share all the women amongst his tribe. Genghis Khan would even make beauty contests of captured women to decide which woman is the most beautiful one. Yeah, he was having his Miss Universe competition before it was cool. So, the queen of those beauty competitions would win the privilege to become one of many Genghis Khan's women. 

Rest of the Mongolian army would share all the other contestants. 

-The Richest
Incursions into Southeast Asia were largely successful, most factions agreed to pay tribute, and only the Invasions into Vietnam and Java failed. 

Europe was devastated by the Mongols. They destroyed near enough every major Russian city, and invaded Volga Bulgaria, Bulgaria, Poland, and Hungary. 

If rumours spread that the Mongols were coming, then it would cause a mass panic, and some would run to safety. 

There was no guaranteed way to defeat the Mongol hordes, they continuously defeated much larger armies, so numerical strength couldn’t protect you. 

Mongol conquests would leave once populous and flourishing areas as wastelands, with little to no people, those remaining would be slaves. 

-ESKify
This was one of the most devastating battles in European history. 25% of Hungary’s population was wiped out by after the Mongol incursions. Half of all liveable places had crumbled, smashed to bits by hordes of Mongols. Losses were heavy on both sides, but the Europeans suffered most. This was the most major battle of the war between Hungary and the Mongolians. 

-ESKify
Subutai led an army of 20,000 Mongols against a Russian army 4 times its size. The Mongol rear guard was defeated early in the battle, and so the rest of the horde was forced to retreat. 

Mstislav the Bold chased down the retreating Mongols with victory in his eyes. His army spread out as they attempted to catch them, a chase which lasted many days. 

Mstislav spotted Mongols in formation along the Kalka River, and attacked without waiting for reinforcements. 

With his army in disarray, Mstislav was forced to retreat back to a fortified camp. He had fallen for a feigned retreat. 

Mstislave surrendered to Subutai with the agreement that neither he, nor any of his men would be harmed. 

They were all slaughtered upon leaving the camp. 

Luckily, Mstislav managed to escape. Mstislav the Bold, boldly ran away. 

-ESKify
Worse was to come in 1221 — ‘a year to live in infamy’. While Genghis’s other armies had been busy in the east, threatening Tbilisi in Georgia and terrifying the Christian world, Tolui, one of Genghis’s equally reprehensible sons, took Merv (in modern-day Turkmenistan), one of the largest cities in the world. 

Promised safety, the citizens surrendered and emerged from behind their walls. 

Tolui ‘surveyed the masses dolefully gathered with their possessions, mounted a golden chair and ordered mass executions to commence’. 

They took four days and nights to complete. Genghis’s rotten fruit did not fall far from the tree. Terror — and the certainty of its visitation — was a major weapon in Genghis’s arsenal: decapitated women, children and even cats and dogs were reputedly displayed. 

But while the butchery was indeed immense, it is worth questioning its extent on occasion: a depopulated city had little economic value, and imported colonizers could make up only so much of the shortfall. 

- Was Genghis Khan the cruellest man who ever lived?
Most military historians judge that no European force could have stopped the disciplined and innovative Mongolian armies. “Employed against the Mongol invaders of Europe, knightly warfare failed even more disastrously for the Poles at Legnica and the Hungarians at Mohi in 1241” 

-Stephen Hicks
Genghis Khan was the most feared human of the 13th century, who could destroy dynasties just by moving his little finger. He created the Mongol Empire all by himself and earned his eternal spot in the history books. 

However, a lot of people had to suffer for Genghis Khan to succeed. 

Oh yes, the Mongolians were known for their horrendous torturing techniques. One of the most popular was pouring molten silver down the throat and ears of a victim. 

Genghis Khan also liked bending his enemy's back until the backbone snapped. If that sounds barbaric, skip this next part. 

So, the Mongols once celebrated victory over Russians in a very bizarre way. They picked all the Russian survivors, dropped them on the ground and put a heavy wooden gate on top of them. 

Then, Genghis Khan and the entire Mongol army had a huge banquet on that wooden gate. They ate, drank, and watched how Russians were dying one by one from the suffocation, pressure, and wounds. 

-The Richest
The Mongol were masterful at spreading fear and hate throughout Asia, people feared them, and therefore hated them. 

They would rape and pillage entire villages, and torture their victims for fun. Nobles would get it the worst. 

Spilling noble blood was considered a crime, so they simply crushed them to death, which took many hours. 

Mongols would literally dine on top of them, making merry to the sounds of their screams from underneath. 

The sounds of bodies squelching, and bones snapping didn’t faze them. 

But rumours of this execution method struck terror. Fear made them powerful, as people often chose to surrender and pay tribute rather than risk fighting them. 

-ESKify
“The greatest joy for a man is to defeat his enemies, to drive them before him, to take all they possess, to see those they love in tears, to ride their horses, and to hold their wives and daughters in his arms.” 

-Genghis Khan.

Conclusion

Currently the United States leadership is run by neocons. They believe that God ordained Americans to rule over the earth and subdue all other peoples, races, and nations. As it is “God’s will”. They do so in the belief that they will be blessed by divine inspiration and profound leadership.

Trump and his followers think that he was given ability and strength by God personally, and that it is his duty to take over the world and rule it with America always being first.
Trump and his followers think that he was given ability and strength by God personally, and that it is his duty to take over the world and rule it with America always being first.

From day one, the Trump campaign and his administration has been run and conducted on a MAGA (Make America Great Again) narrative and slogan. This means that America must remain the sole top major nation in the world. If it cannot do so by ability, then it must destroy all the other nations to make this situation come to fruition.

The neocons are still in control, and they have been waging a non-stop “hybrid war” against China that includes all sort of biological weapons attacks. All attacks, on all fronts, have either failed or boomeranged back to America.

The neocons, however, still believe that they have the “will of God” on their side.

Thus, they are amplifying the narrative that “American must do something” about “The South China Sea”, Taiwan, and Hong Kong. It is no mistake that two aircraft carrier groups and one assault group are in the South China Sea now, nor is it a mistake that American hunter-killer subs are stalking the sea trading lanes where all the shipping is conducted.

The Neocons want war and are going to get it one way or the other.

I argue that this kind of thinking is insane, crazy, deluded and is dangerous. I also argue further that anything contemplated with China will end up horribly. Very, very horribly, and could actually result in the complete annihilation of America into balkanized ruined city-states…

…and the people will end up cursing the American leadership for all of eternity.

Footnotes:

1. http://australianvoice.livejournal.com/21217.html
2. http://www.abc.net.au/news/2016-08-15/us-china-war-could-erupt-ex-obama-adviser-says/7733996
3. http://theduran.com/putin-china-russian-chinese-alliance/
4. http://theweek.com/articles/449917/what-usrussia-war-look-like
5. http://nationalinterest.org/feature/5-russian-nuclear-weapons-war-the-west-should-fear-12159
6. https://www.foreignaffairs.com/articles/united-states/2006-03-01/rise-us-nuclear-primacy
7. http://www.paulcraigroberts.org/2014/06/03/ready-nuclear-war-paul-craig-roberts/
8. http://www.presstv.com/Detail/2016/04/10/459985/US-planning-first-strike-China
9. http://www.paulcraigroberts.org/2014/06/03/ready-nuclear-war-paul-craig-roberts/
10. http://fas.org/programs/ssp/nukes/doctrine/targeting.pdf
11. http://www.paulcraigroberts.org/2014/05/30/lethality-nuclear-weapons/
12. http://www.paulcraigroberts.org/2014/05/30/lethality-nuclear-weapons/
13. http://www.paulcraigroberts.org/2014/05/30/lethality-nuclear-weapons/
14. http://thesaker.is/a-russian-warning/
15. http://www.businessinsider.com.au/a-spherical-bunker-in-russia-was-the-most-secure-place-in-the-entire-cold-war-2015-3?r=US&IR=T
16. http://thebulletin.org/2012/september/self-assured-destruction-climate-impacts-nuclear-war
17. http://www.paulcraigroberts.org/2014/05/30/lethality-nuclear-weapons/
18. http://www.paulcraigroberts.org/2014/05/30/lethality-nuclear-weapons/Tags: archiveaustralian politicsusa vs russia/chinaSource: http://australianvoice.livejournal.com/ ImprimerFacebook

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Genesis Revisited (full text) by Zecharia Sitchin in free HTML

This is a complete reprint of the non-fiction work by Zecharia Sitchin titled “Genesis Revisited”. It is free here and provided in HTML for easy translation online for non-English speakers.

This work is part of a long series of books by this author. You can classify it as “speculative history”, as opposed to “established history”.

You see, Zecharia is a linguist that specialized in ancient languages. Certainly an odd-ball person, wouldn’t you think? And his specialty was ancient Sumeria. You know, the “birth place” of civilization. And the thing is, whenever he conducted his translations it was as if the ancient peoples were transcribing actual events, not recording tales and histories. And as such, these actual histories intrigued him.

For they described an extraterrestrial species that “grew” humans, adapted them, enslaved them, and then left and returned to their “home in the sky”.

To me, in my MAJestic role, it sounds a lot to me like they are describing the species that I refer to as the Type-1 greys.

And why mainstream science, and literature has scoffed and belittled his work. It just doesn’t match with their world narrative. You know the one where there is only one intelligent species; Man, and that we are the direct image of, and embodiment of God.

I do not know how accurate his conclusions are, or how precisely they fit within the world history as I know it to be. What I can say is that, taken as a whole, his work suggests extraterrestrial interaction with early humans. It is not to be discounted, as there are elements within his narrative that “ring true” for me.

And thus this volume is being reprinted herein.

About Zecharia Sitchin

Zecharia Sitchin is a researcher and author of (at least) 14 books that retell the history and prehistory of mankind.

Zecharia Sitchin has 76 books on Goodreads with 36910 ratings. Zecharia Sitchin’s most popular book is The 12th Planet (Earth Chronicles, #1).

He explains the prehistory of mankind by combining archaeology, the Bible, and ancient Mesopotamian and Egyptian texts with the latest in scientific discoveries. This ranges from space exploration to biology.

Phew!

Being able to read millennia-old Sumerian cuneiform tablets, his writings treat ancient sources not as myth, but as records of actual events. The result is a saga of flesh and blood, astronauts, gods and Earthlings, and a chain of events from the past that leads to our contemporaneous modern lifestyle.

His Books

His books are divided into a number of “series”. The first is the “Earth Chronicles”.

The Earth Chronicles Series

The 12th Planet (1976)

This is the first volume of the series that puts forth the view that humanity was the creation of a group of aliens who came to Earth, some time between 450,000 BCE and 13,000 BCE. The book tells us how the aliens mixed their own DNA with that of the proto-humans to create a superior race of the Homo sapiens, to work for the mining enterprises they had set up on Earth.

The Stairway to Heaven (1980)

This second volume of the series ponders on the mystery of immortality. It seeks to unravel the secrets of alien landings on Earth, stating that the Anunnaki gods may have had a spaceport in the Sinai Peninsula of Egypt, where they frequently landed―”Those Who from Heaven to Earth Came.” He also puts forth a thought that the Pyramid of Giza may have been the Pharaoh’s entrance to the world of the immortal gods, which he aimed to enter in his afterlife.

The Wars of Gods and Men (1985)

Sitchin begins this volume by saying that the Sinai spaceport was destroyed by nuclear weapons some 4,000 years ago. The book goes on to describe the violent beginnings of humanity on Earth, and how these power conflicts had begun ages before on another planet. The volume takes references from ancient texts, and attempts to reconstruct epic events like The Great Flood.

The Lost Realms (1990)

Another well-researched volume in the series, The Lost Realms seeks to uncover the mysteries of ancient civilizations. The book describes how, in the 16th century, the Spaniards came to the New World in quest of the legendary City of Gold, El Dorado, and found instead, the most inexplicable ancient ruins in the most inaccessible of places. He further put forth the idea that the so-called pre-Columbian people―Mayans, Aztecs, Incans, etc.―might, in fact, have been the fabled Anunnaki.

When Time Began (1993)

Through this book, Sitchin attempts to draw correlations between the various events in several millennia, which helped shape the human civilization on Earth. He stresses on the idea that the human race has progressed and prospered with the help of ancient aliens, who left behind several impressive and imposing structures, which testify their genius to this day.

The Cosmic Code (1998)

Yet another engaging volume, The Cosmic Code delves in the idea that the human DNA, which was created by the ancient aliens, is in fact, a cosmic code that connects Man to God and the Earth to Heaven. He refers to writings on ancient prophesies, and proposes that this cosmic code is key to several secrets related to the celestial destiny of man.

The End of Days: Armageddon and Prophecies of the Return (2007)

In this last volume of the Earth Chronicles, Sitchin stresses on the idea that the past is very similar to the future. He attempts to put forth compelling evidence that the fate of man and that of our planet depends on a predetermined celestial time cycle, and if we understand the past properly, it is also possible to foretell the future.

The Companion Volumes

Genesis Revisited: Is Modern Science Catching Up With Ancient Knowledge? (1990)

Sitchin wrote this first companion volume to his Earth Chronicles series, in which he attempts to establish, in the light of ancient as well as modern evidence, that all the advances made by humans today were actually known to our ancestors, millions of years ago.

This is the volume and work that is reprinted in this post.

Divine Encounters: A Guide to Visions, Angels and Other Emissaries (1995)

This book seeks to tackle the issue of the possible links between humans and the so-called divine beings. Sitchin refers to several Biblical stories in his attempt to establish a probability of an interaction between Anunnaki and the humans, thus, also offering an explanation to the UFO sightings in recent years.

The Lost Book of Enki: Memoirs and Prophecies of an Extraterrestrial God (2001)

This companion volume attempts to reveal the actual identity of the Anunnaki―the first gods of mankind according to the Sumerian mythology. Sitchin has taken efforts to explain the reason behind the creation of humans, and the probable existence of the knowledge of genetic engineering, millions of years ago.

The Earth Chronicles Expeditions (2004)

This book is Zecharia Sitchin’s autobiographical account of his various expeditions to the ancient and relatively modern archaeological sites in quest of the probable connection between humans and extraterrestrials. He presents compelling evidence to state that ancient myths are, in fact, recollections of real events of the past. The book also contains many photographs from the author’s personal collection.

Journeys to the Mythical Past (2007)

A continuation of the earlier volume, The Earth Chronicles Expeditions, this book talks about some more investigations and discoveries of Sitchin, and how all these experiences inspired him to write his Earth Chronicles. This autobiographical account takes us to several interesting places right from Egypt to the Vatican to the Alps and Malta, and attempts to list some mind-stirring facts.

The Earth Chronicles Handbook: A Comprehensive Guide to the Seven Books of The Earth Chronicles (2009)

This is an encyclopedic compilation that is meant to serve as a navigational tool for the entire Earth Chronicles series. This is a must-have volume, especially if you are reading the series without any background knowledge.

There Were Giants Upon the Earth: Gods, Demigods & Human Ancestry: The Evidence of Alien DNA (2010)

This volume attempts to present supporting evidence for the author’s assertion in the Earth Chronicles that the human DNA was genetically engineered by the aliens. In the light of ancient writings and artifacts, Sitchin not only tries to reveal the DNA source, but also to provide proof of alien presence on Earth millions of years ago.

The King Who Refused to Die: The Anunnaki and The Search for Immortality (2013)

This is the last book authored by Zecharia Sitchin, which attempts to reconstruct the famous epic of Gilgamesh in the wake of his own findings. The novel tells a tale of ancient Sumerian ceremonies, love and betrayal, gods among men, travels from one planet to the other, and the age-old thirst of humans for immortality. The book was published after Sitchin’s death.

A final word before we get to the book…

Though all of Zecharia Sitchin’s books are international bestsellers, it is worth pointing out that his research and ideas have been subject to some really serious criticisms. Most of his ideas have been completely dismissed by academics and scientists as pseudohistory and pseudoscience. Nevertheless, irrespective of whether they hold any truth or not, Sitchin’s books are most certainly quite engaging reads.

Note that all illustrations are not included herein. Sorry for that.

Genesis Revisited (full text)

FOREWORD

The last decades of the twentieth century have witnessed an upsurge of human knowledge that boggles the mind. Our ad- vances in every field of science and technology are no longer measured in centuries or even decades but in years and even months, and they seem to surpass in attainments and scope anything that Man has achieved in the past.

But is it possible that Mankind has come out of the Dark Ages and the Middle Ages; reached the Age of Enlightenment; experienced the Industrial Revolution; and entered the era of high-tech, genetic engineering, and space flight—only to catch up with ancient knowledge?

For many generations the Bible and its teachings have served as  an  anchor  for  a  searching  Mankind,  but  modern  science appeared to have cast us ail adrift, especially in the confrontation between Evolution and Creationism. In this volume it will be shown that the conflict is baseless; that the Book of Genesis and its sources reflect the highest levels of scientific knowledge.

Is it possible, then, that what our civilization is discovering today about our planet Earth and about our corner of the uni- verse, the heavens, is only a drama that can be called “Genesis Revisited”—only a rediscovery of what had been known to a much earlier civilization, on Earth and on another planet?

The question is not one of mere scientific curiosity; it goes to the core of Mankind’s existence, its origin, and its destiny.

It  involves  the  Earth’s  future  as  a  viable  planet  because  it concerns events in Earth’s past; it deals with where we are going because it reveals where we have come from. And the answers, as we shall see, lead to inevitable conclusions that some consider too incredible to accept and others too awesome to face.

1

The Host of Heaven

In the beginning
God created the Heaven and the Earth.

The very concept of a beginning of all things is basic to modern astronomy and astrophysics. The statement that there was a void and chaos before there was order conforms to the very latest theories that chaos, not permanent stability, rules the universe. And then there is the statement about the bolt of light that began the process of creation.

Was this a reference to the Big Bang, the theory according to which the universe was created from a primordial explosion,

a burst of energy in the form of light, that sent the matter from which stars and planets and rocks and human beings are formed flying in all directions and creating the wonders we see in the heavens and on Earth? Some scientists, inspired by the insights of our most inspiring source, have thought so. But then, how did ancient Man know the Big Bang theory so long ago? Or ws this biblical tale the description of matters closer to home, of how our own little planet Earth and the heavenly zone called the Firmament, or “hammered-out bracelet,” were formed?

Indeed, how did ancient Man come to have a cosmogony at all? How much did he really know, and how did he know it?

It is only appropriate that we begin the quest for answers where the events began to unfold—in the heavens; where also, from time immemorial, Man has felt that his origins, higher values—God, if you will—are to be found. As thrilling as discoveries made by the use of microscopes are, it is what telescopes enable us to see that fills us with the realization of the grandeur of nature and the universe. Of all recent advances,

the most impressive have undoubtedly been the discoveries in the heavens surrounding our planet. And what staggering ad-

3

Figure I

vances they have been! In a mere few decades we Earthlings have soared off the face of our planet; roamed Earth’s skies hundreds of miles above its surface; landed on its solitary satellite, the Moon; and sent an array of unmanned spacecraft to probe our celestial neighbors, discovering vibrant and active worlds dazzling in their colors, features, makeup, satellites, rings. For the first time, perhaps, we can grasp the meaning and feel the scope of the Psalmist’s words:

The heavens bespeak the glory of the Lord and the vault of heaven reveals His handiwork.

A fantastic era of planetary exploration came to a magnificent climax when, in August 1989, the unmanned spacecraft des- ignated Voyager 2 flew by distant Neptune and sent back to Earth pictures and other data. Weighing just about a ton but ingeniously packed with television cameras, sensing and meas- uring equipment, a power source based on nuclear decay, trans- mitting antennas, and tiny computers (Fig. 1), it sent back whisperlike pulses that required more than four hours to reach Earth even at the speed of light. On Earth the pulses were captured by an array of radiotelescopes that form the  Deep Space Network of the U.S. National Aeronautics and Space Administration (NASA); then the faint signals were translated by electronic wizardry into photographs, charts, and other forms of data at the sophisticated facilities of the Jet Propulsion

Laboratory (JPL) in Pasadena, California, which managed the project for NASA.

Launched  in  August  1977,  twelve  years  before  this  final mission—the visit to Neptune—was accomplished. Voyager 2 and its companion. Voyager I, were originally intended to reach and scan only Jupiter and Saturn and augment data ob- tained earlier about those two gaseous giants by the Pioneer 10 and Pioneer 11 unmanned spacecraft. But with remarkable ingenuity  and  skill,  the  JPL  scientists  and  technicians  took advantage of a rare alignment of the outer planets and, using the gravitational forces of these planets as “slingshots,” man- aged to thrust Voyager 2 first from Saturn to Uranus and then from Uranus to Neptune (Fig. 2).

Voyager 1 & 2 flight paths.

Figure 2

Thus it was that for several days at the end of August 1989, headlines concerning another world pushed aside the usual news of armed conflicts, political upheavals,  sports  results, and market reports that make up Mankind’s daily fare. For a few days the world we call Earth took time out to watch another world; we, Earthlings, were glued to our television sets, thrilled by closeup pictures of another planet, the one we call Neptune.

As the dazzling images of an aquamarine globe appeared on our television screens, the commentators  stressed  repeatedly that this was the first time that Man on Earth had ever really been able to see this planet, which even with the best Earth- based telescopes is visible only as a dimly lit spot in the dark- ness of space almost three billion miles from us. They reminded the viewers that Neptune was discovered only in 1846, after perturbations in the orbit of the somewhat nearer planet Uranus indicated the existence of another celestial body beyond it. They reminded us that no one before that—neither Sir Isaac Newton nor Johannes Kepler, who between them discovered and laid down the laws of celestial motion in the seventeenth and eighteenth centuries; neither Copernicus, who in the six- teenth century determined that the Sun, not the Earth, was in the center of our planetary system, nor Galileo, who a century later used a telescope to announce that Jupiter had four moons—no great astronomer until the  mid-nineteenth  century and certainly no one in earlier times knew of Neptune. And thus not only the average TV viewer but the astronomers them- selves were about to see what had been unseen before—it would be the first time we would learn the true hues and makeup of Neptune.

But two months before the August encounter, I had written an article for a number of U. S., European, and South American monthlies contradicting these long-held notions: Neptune was known in antiquity, I wrote; and the discoveries that were about to be made would only confirm ancient knowledge. Neptune, I predicted, would be blue-green, watery, and have patches the color of “swamplike vegetation”!

The electronic signals from Voyager 2 confirmed all that and more. They revealed a beautiful blue-green, aquamarine planet embraced by an atmosphere of helium, hydrogen, and methane gases, swept by swirling, high-velocity winds that make  Earth’s  hurricanes  look  timid.  Below  this  atmosphere there appear mysterious giant “smudges” whose coloration is sometimes darker blue and sometimes greenish yellow, perhaps depending on the angle at which sunlight strikes them. As expected, the atmospheric and surface temperatures are below freezing, but unexpectedly Neptune was found to emit heat that emanates from within the planet. Contrary to the previous consideration of Neptune as being a “gaseous” planet, it was determined by Voyager 2 to have a rocky core above which there floats, in the words of the JPL scientists, “a slurry mixture of water ice.” This watery layer, circling the rocky core as the planet revolves in its sixteen-hour day, acts as a dynamo that creates a sizable magnetic field.

This beautiful planet (see Neptune, back cover) was found to be encircled by several rings made up of boulders, rocks, and dust and is orbited by at least eight satellites, or moons. Of the latter, the largest, Triton, proved no less spectacular than its planetary master. Voyager 2 confirmed the retrograde mo- tion of this small celestial body (almost the size of Earth’s Moon): it orbits Neptune in a direction opposite to that of the coursing of Neptune and all other known planets in our Solar System, not anticlockwise as they do but clockwise. Besides its very existence, its approximate size, and its retrograde motion, astronomers knew nothing else of Triton. Voyager 2 revealed it to be a “blue moon,” an appearance resulting from methane in Triton’s atmosphere. The surface of Triton showed through the thin atmosphere—a pinkish gray surface with rugged, mountainous features on one side and smooth, almost craterless  features  on  the  other  side.  Close-up  pictures  suggested recent volcanic activity but of a very odd kind: what the active, hot interior of this celestial body spews out is not molten lava but jets of slushy ice. Even preliminary assessments indicated that Triton had flowing water in its past, quite possibly even lakes that may have existed on the surface until relatively recent times, in geological terms. The astronomers had no immediate explanation for “double-tracked ridge lines” that run straight for hundreds of miles and, at one or even two points, intersect at what appears to be right angles, suggesting rectangular areas (Fig. 3).

The discoveries thus fully confirmed my prediction: Neptune is indeed blue-green; it is made up in great part of water; and it does have patches whose coloration looks like “swamplike vegetation.” This last tantalizing aspect may bespeak more than a color code if the full implication of the discoveries on Triton is taken into consideration: there, “darker patches with brighter halos” have suggested to the scientists of NASA the existence of “deep pools of organic sludge.” Bob Davis re-

Triton.

Figure 3

ported from Pasadena to The Wall Street Journal that Triton, whose atmosphere contains as much nitrogen as Earth’s, may be spewing out from its active volcanoes not only gases and water ice but also ‘”organic material, carbon-based compounds which apparently coat parts of Triton.”

Such gratifying and overwhelming corroboration of my prediction was not the result of a mere lucky guess. It goes back to  1976  when  The  12th  Planet,  my  first  book  in  The  Earth Chronicles series, was published. Basing my conclusions on millennia-old Sumerian texts, I had asked rhetorically: “When we probe Neptune someday, will we discover that its persistent association with waters is due to the watery swamps” that had once been seen there?

existence of “deep pools of organic sludge.” Bob Davis re-

Figure 3

ported from Pasadena to The Wall Street Journal that Triton, whose atmosphere contains as much nitrogen as Earth’s, may be spewing out from its active volcanoes not only gases and water ice but also ‘”organic material, carbon-based compounds which apparently coat parts of Triton.”

Such gratifying and overwhelming corroboration of my pre- diction was not the result of a mere lucky guess. It goes back to  1976  when  The  12th  Planet,  my  first  book  in  The  Earth Chronicles series, was published. Basing my conclusions on millennia-old Sumerian texts, I had asked rhetorically: “When we probe Neptune someday, will we discover that its persistent association with waters is due to the watery swamps” that had once been seen there?

This  was  published,  and  obviously  written,  a  year  before Voyager 2 was even launched and was restated by me in an article two months before the Neptune encounter.

How could I be so sure, on the eve of Voyager’s encounter with Neptune, that my 1976 prediction would be corrobo- rated—how dared I take the chance that my predictions would be  disproved  within  weeks  after  submitting  my  article?  My certainty was based on what happened in January 1986, when Voyager 2 flew by the planet Uranus.

Although somewhat closer to us—Uranus is “only” about two billion miles away—it lies so far beyond Saturn that it cannot be seen from Earth with the naked eye. It was discovered in  1781  by  Frederick  Wilhelm  Herschel,  a  musician  turned amateur astronomer, only after the telescope was perfected. At the time of its discovery and to this day, Uranus has been hailed as the first planet known in antiquity to be discovered in modern times; for, it has been held, the ancient peoples knew of and venerated the Sun, the Moon, and only five planets (Mercury,  Venus, Mars,  Jupiter,  and Saturn),  which they believed moved around the Earth in the “vault of heaven”; nothing could be seen or known beyond Saturn.

But the very evidence gathered by Voyager 2 at Uranus proved the opposite: that at one time a certain ancient people did know about Uranus, and about Neptune, and even about the more-distant Pluto!

Scientists are still analyzing the photographs and data from Uranus and its amazing moons, seeking answers to endless

Plate A

puzzles. Why does Uranus lie on its side, as though it was hit by another large celestial object in a collision? Why do its winds blow in a retrograde direction, contrary to what is normal in the Solar System? Why is its temperature on the side that is hidden from the Sun the same as on the side facing the Sun? And what shaped the unusual features and formations on some of the Uranian moons? Especially intriguing is the moon called Miranda, “one of the most enigmatic objects in the Solar Sys-

Figure 4

tern,” in the words of NASA’s astronomers, where an elevated, flattened-out plateau is delineated by 100-mile-long escarpments that form a right angle (a feature nicknamed “the Chevron” by the astronomers), and where, on both sides of this plateau, there appear elliptical features that look like racetracks ploughed over by concentric furrows (Plate A and Fig. 4).

Two phenomena, however, stand out as the major discov- eries regarding Uranus, distinguishing it from other planets. One is  its  color.  With  the aid  of Earth-based  telescopes  and

unmanned spacecraft we have become familiar with the gray- brown of Mercury, the sulphur-colored haze that envelops Ve- nus, the reddish Mars, the multihued red-brown-yellow Jupiter and Saturn. But as the breathtaking images of Uranus began to appear on television screens in January 1986, its most striking feature was its greenish blue color—a color totally different from that of all the previous planets seen (see Uranus, back cover).

The other different and unexpected finding had to do with what Uranus is made of. Defying earlier assumptions by astron- omers that Uranus is a totally “gaseous” planet like the giants Jupiter and Saturn, it was found by Voyager 2 to be covered not by gases but by water; not just a sheet of frozen ice on its surface but an ocean of water. A gaseous atmosphere, it was found, in- deed enshrouds the planet; but below it there churns an immense layer—6,000 miles thick!—of “super-heated water, its tempera- ture as high as 8,000 degrees Fahrenheit” (in the words of JPL analysts). This layer of liquid, hot water surrounds a molten rocky core where radioactive elements (or other, unknown pro- cesses) produce the immense internal heat.

As the images of Uranus grew bigger on the TV screen the closer Voyager 2 neared the planet, the moderator at the Jet Propulsion Laboratory drew attention to its unusual green-blue color. I could not help cry out loud, ‘ ‘Oh, my God, it is exactly as the Sumerians had described it!” I hurried to my study, picked up a copy of The 12th Planet, and with unsteady hands looked up page 269 (in the Avon paperback edition). I read again and again the lines quoting the ancient texts. Yes, there was no doubt: though they had no telescopes, the Sumerians had described Uranus as MASH.SIG, a term which I had trans- lated “bright greenish.”

A few days later came the results of the analysis of Voyager 2’s data, and the Sumerian reference to water on Uranus was also corroborated. Indeed, there appeared to be water all over the place: as reported on a wrap-up program on the television series NOVA (‘The Planet That Got Knocked on Its Side”), “Voyager 2 found that all the moons of Uranus are made up of rock and ordinary water ice” This abundance, or even the mere presence, of water on the supposed “gaseous” planets and their satellites at the edges of the Solar System was totally unexpected.

Yet here we had the evidence, presented in The 12th Planet, that in their texts from millennia ago the ancient Sumerians had not only known of the existence of Uranus but had ac- curately described it as greenish blue and watery!

What did all that mean? It meant that in 1986 modern science did not discover what had been unknown; rather, it rediscov- ered and caught up with ancient knowledge. It was, therefore, because of that 1986 corroboration of my 1976 writings and thus of the veracity of the Sumerian texts that I felt confident enough to predict, on the eve of the Voyager 2 encounter with Neptune, what it would discover there.

The Voyager 2 flybys of Uranus and Neptune had thus con- firmed not only ancient knowledge regarding the very existence of these two outer planets but also crucial details regarding them. The 1989 flyby of Neptune provided still more corroboration of the ancient texts. In them, Neptune was listed before Uranus, as would be expected of someone who is coming into the Solar System and sees first Pluto, then Neptune, and then Uranus. In these texts or planetary lists Uranus was called Kakkab shanamma, “Planet Which Is the Double” of Neptune. The Voyager 2 data goes far to uphold this ancient notion.

Uranus is indeed a look-alike of Neptune in size, color, and watery content; both planets are encircled by rings and orbited by a multitude of satellites, or moons. An unexpected similarity has been found regarding the two planets’ magnetic fields: both have an unusually extreme inclination relative to the planets’ axes of rotation—58 degrees on Uranus, 50 degrees on Neptune. “Neptune appears to be almost a magnetic twin of Uranus,” John Noble Wilford reported in The New York Times. The two planets are also similar in the lengths of their days: each about sixteen to seventeen hours long.

The ferocious winds on Neptune and the water ice slurry layer on its surface attest to the great internal heat it generates,like that of Uranus. In fact, the reports from JPL state that initial temperature readings indicated that “Neptune’s temperatures are similar to those of Uranus, which is more than a billion miles closer to the Sun.” Therefore, the scientists assumed “that Neptune somehow is generating more of its internal heat than Uranus does”—somehow compensating for its greater distance from the Sun to attain the same temperatures as Uranus generates, resulting in similar temperatures on both planets—and thus adding one more feature “to the size and other characteristics that make Uranus a near twin of Neptune.”

“Planet which is the double,” the Sumerians said of Uranus in comparing it to Neptune. “Size and other characteristics that make Uranus a near twin of Neptune,” NASA’s scientists announced. Not only the described characteristics but even the terminology—”planet which is the double,” “a near twin of Neptune”—is similar. But one statement, the  Sumerian  one, was made circa 4,000 B.C., and the other, by NASA, in AD . 1989, nearly 6,000 years later. . . .

In the case of these two distant planets, it seems that modern science has only caught up with ancient knowledge. It sounds incredible, but the facts ought to speak for themselves. More- over, this is just the first of a series of scientific discoveries in the years since The 12th Planet was published that corroborate its findings in one instance after another.

Those who have read my books (The Stairway to Heaven, The Wars of Gods and Men, and The Lost Realms followed the first one) know that they are based, first and foremost, on the knowledge bequeathed to us by the Sumerians.

Theirs was the first known civilization. Appearing suddenly and seemingly out of nowhere some 6,000 years ago, it is credited with virtually all the “firsts” of a high civilization: inventions and innovations, concepts and beliefs, which form the foundation of our own Western culture and indeed of all other civilizations and cultures throughout the Earth. The wheel and animal-drawn vehicles, boats for rivers and ships for seas, the kiln and the brick, high-rise buildings, writing and schools and scribes, laws and judges and juries, kingship and citizens’ councils, music and dance and art, medicine and chemistry, weaving and textiles, religion and priesthoods and temples— they all began there, in Sumer, a country in the southern part of today’s Iraq, located in ancient Mesopotamia. Above all, knowledge of mathematics and astronomy began there.

Indeed, all the basic elements of modern astronomy are of Sumerian origin: the concept of a celestial sphere, of a horizon and a zenith, of the circle’s division into 360 degrees, of a celestial band in which the planets orbit the Sun, of grouping stars into constellations and giving them the names and pictorial images that we call the zodiac, of applying the number 12 to this zodiac and to the divisions of time, and of devising a calendar that has been the basis of calendars to this very day. All that and much, much more began in Sumer.

Figure 5

The Sumerians recorded their commercial and legal transactions, their tales and their histories, on clay tablets (Fig. 5a); they drew their illustrations on cylinder seals on which the depiction was carved in reverse, as a negative, that appeared as a positive when the seal was rolled on wet clay (Fig. 5b). In the ruins of Sumerian cities excavated by archaeologists in the past century and a half, hundreds, if not thousands, of the texts and illustrations that were found dealt with astronomy. Among them are lists of stars and constellations in their correct heavenly locations and manuals for observing the rising and setting of stars and planets. There are texts specifically dealing with the Solar System. There are texts among the unearthed tablets that list the planets orbiting the Sun in their correct order; one text even gives the distances between the planets. And there are illustrations on cylinder seals depicting the Solar System, as the one shown in Plate B that is at least 4,500 years old and that is now kept in the Near Eastern Section of the State Museum in East Berlin, catalogued under number VA/243.

If we sketch the illustration appearing in the upper left-hand comer of the Sumerian depiction (Fig. 6a) we see a complete Solar System in which the Sun (not Earth!) is in the center,

Plate B

orbited by all the planets we know of today. This becomes clear when we draw these known planets around the Sun in their correct relative sizes and order (Fig. 6b). The similarity between the ancient depiction and the current one is striking; it leaves no doubt that the twinlike Uranus and Neptune were known in antiquity.

The Sumerian depiction also reveals, however, some differences. These are not artist’s errors or misinformation; on the contrary, the differences—two of them—are very significant.

The first difference concerns Pluto. It has a very odd orbit— too inclined to the common plane (called the Ecliptic) in which the planets orbit the Sun, and so elliptical that Pluto sometimes (as at present and until 1999) finds itself not farther but closer to the Sun than Neptune. Astronomers have therefore  speculated, ever since its discovery in 1930, that Pluto was originally a satellite of another planet; the usual assumption is that it was a moon of Neptune that “somehow”—no one can figure out how—got torn away from its attachment to Neptune and attained its independent (though bizarre) orbit around the Sun.

This is confirmed by the ancient depiction, but with a significant difference. In the Sumerian depiction Pluto is shown not near Neptune but between Saturn and Uranus. And Sumerian cosmological texts, with which we shall deal at length, relate that Pluto was a satellite of Saturn that was let loose to

eventually attain its own “destiny”—its independent orbit around the Sun.

The ancient explanation regarding the origin of Pluto reveals not just factual knowledge but also great sophistication in matters  celestial.  It  involves  an  understanding  of  the  complex forces that have shaped the Solar System, as well as the development of astrophysical theories by which moons can be- come planets or planets in the making can fail and remain moons. Pluto, according to Sumerian cosmogony, made it; our Moon, which was in the process of becoming an independent planet, was prevented by celestial events from attaining the independent status.

Modern astronomers moved from speculation to the convic- tion that such a process has indeed occurred in our Solar System only after observations by the Pioneer and Voyager spacecraft determined in the past decade that Titan, the largest moon of Saturn, was a planet-in-the-making whose detachment from Saturn was not completed. The discoveries at Neptune rein- forced the opposite speculation regarding Triton, Neptune’s moon that is just 400 miles smaller in diameter than  Earth’s Moon. Its peculiar orbit, its volcanism, and other unexpected features have suggested to the JPL scientists, in the words of the Voyager project’s chief scientist Edward Stone, that “Tri- ton may have been an object sailing through the Solar System several billion years ago when it strayed too close to Neptune, came under its gravitational influence and started orbiting the planet.”

How far is this hypothesis from the Sumerian notion that planetary moons could become planets, shift celestial positions, or fail to attain independent orbits? Indeed, as we continue to expound the Sumerian cosmogony, it will become evident that not only is much of modern discovery merely a rediscovery of ancient knowledge but that ancient knowledge offered expla- nations for many phenomena that modern science has yet to figure out.

Even at the outset, before the rest of the evidence in support of this statement is presented, the question inevitably arises: How on Earth could the Sumerians have known all that so long ago, at the dawn of civilization?

The answer lies in the second difference between the Sumerian depiction of the Solar System (Fig. 6a) and our present knowledge of it (Fig. 6b). It is the inclusion of a large planet in the empty space between Mars and Jupiter. We are not aware of any such planet; but the Sumerian cosmological, astronomical, and historical texts insist that there indeed exists one more planet in our Solar System—its twelfth member: they included the Sun, the Moon (which they counted as a celestial body in its own right for reasons stated in the texts), and ten, not nine, planets. It was the realization that a planet the Sumerian texts called NIBIRU (“Planet of the Crossing”) was neither Mars nor Jupiter, as some scholars have debated, but another planet that passes between them every 3,600 years that gave rise to my first book’s title, The 12th Planet—the planet which is the “twelfth member” of the Solar System (although technically it is, as a planet, only the tenth).

It was from that planet, the Sumerian texts repeatedly and persistently stated, that the ANUNNAKI came to Earth. The term literally means “Those Who from Heaven to Earth Came.” They are spoken of in the Bible as the Anakim, and in Chapter 6 of Genesis are also called Nefilim, which in He- brew means the same thing: Those Who Have Come Down, from the Heavens to Earth.

And it was from the Anunnaki, the Sumerians explained— as though they had anticipated our questions—that they had learnt all they knew. The advanced knowledge we find in Sumerian texts is thus, in effect, knowledge that was possessed by the Anunnaki who had come from Nibiru; and theirs must have been a very advanced civilization, because as I have surmised from the Sumerian texts, the Anunnaki came to Earth about 445,000 years ago. Way back then they could already travel in space. Their vast elliptical orbit made a loop—this is the exact translation of the Sumerian term—around all the outer planets, acting as a moving observatory from which the Anunnaki could investigate all those planets. No wonder that what we are discovering now was already known in Sumerian times.

Why anyone would bother to come to this speck of matter we  call  Earth,  not  by accident,  not  by chance,  not  once  but repeatedly, every 3,600 years, is a question the Sumerian texts have answered. On their planet Nibiru, the Anunnaki/Nefilim were facing a situation we on Earth may also soon face: ecological deterioration was making life increasingly impossible. There was a need to protect their dwindling atmosphere, and the only solution seemed to be to suspend gold particles above it, as a shield. (Windows on American spacecraft, for example, are coated with a thin layer of gold to shield the astronauts from radiation). This rare metal had been discovered by the Anunnaki on what they called the Seventh Planet (counting from the outside inward), and they launched Mission Earth to obtain it. At first they tried to obtain it effortlessly, from the waters of the Persian Gulf; but when that failed, they embarked on toilsome mining operations in southeastern Africa.

Some 300,000 years ago, the Anunnaki assigned to the African mines mutinied. It was then that the chief scientist and the chief medical officer of the Anunnaki used genetic manipulation and in-vitro fertilization techniques to create “primitive workers”—the first Homo sapiens to take over the backbreaking toil in the gold mines.

The Sumerian texts that describe all these events and their condensed version in the Book of Genesis have been extensively dealt with in The 12th Planet. The scientific aspects of those  developments  and  of  the  techniques  employed  by  the Anunnaki are the subject of this book. Modern science, it will be shown, is blazing an amazing track of scientific advances— but the road to the future is replete with signposts, knowledge, and advances from the past. The Anunnaki, it will be shown, have been there before; and as the relationship between them and the beings they had created changed, as they decided to give Mankind civilization, they imparted to us some of their knowledge and the ability to make our own scientific advances.

Among the scientific advances that will be discussed in the ensuing chapters will  also be the mounting evidence for the existence of Nibiru. If it were not for The 12th Planet, the discovery of Nibiru would be a great event in astronomy but no more significant for our daily lives than, say, the discovery in 1930 of Pluto. It was nice to learn that the Solar System has one more planet “out there,” and it would be equally gratifying to confirm that the planetary count is not nine but ten; that would especially please astrologers, who need twelve celestial bodies and not just eleven for the twelve houses of the zodiac.

But after the publication of The 12th Planet and the evidence therein—which has not been refuted since its first printing in 1976—and the evidence provided by scientific advances since then, the discovery of Nibiru cannot remain just a matter in- volving textbooks on astronomy. If what I have written is so—

if, in other words, the Sumerians were correct in what they were recording—the discovery of Nibiru would mean not only that there is one more planet out there but that there is Life out there. Moreover, it would confirm that there are intelligent beings out there—people who were so advanced that, almost half a million years ago, they could travel in space; people who were coming and going between their planet and Earth every 3,600 years.

It is who is out there on Nibiru, and not just its existence, that is bound to shake existing political, religious, social, economic, and military orders on Earth. What will the repercussions be when—not if—Nibiru is found?

It is a question, believe it or not, that is already being pondered.

GOLD MINING—HOW LONG AGO?

Is there evidence that mining took place, in southern Africa, during the Old Stone Age? Archaeological studies indicate that it indeed was so.

Realizing that sites of abandoned ancient mines may  in- dicate where gold could be found, South Africa’s leading mining  corporation,  the  Anglo-American   Corporation,   in the 1970s engaged archaeologists to look for such ancient mines. Published reports (in the corporation’s journal  Op- tima) detail the discovery in Swaziland and other  sites  in South Africa of extensive mining areas with shafts to depths of fifty feet. Stone objects and charcoal remains  established dates of 35,000, 46,000, and  60,000  B.C.  for  these  sites. The archaeologists and anthropologists  who  joined  in  dating the finds believed that mining technology was used in south- ern Africa “during much of the period subsequent to 100,000 B.C.”

In September 1988, a team of international physicists came to South Africa to verify the age of human habitats in Swaziland and Zululand. The most modern techniques indicated an age of 80,000 to 115,000 years.

Regarding the most ancient gold mines of Monotapa in southern Zimbabwe, Zulu legends hold that they were worked by “artificially produced flesh and blood slaves created by the First People.” These slaves, the Zulu legends recount, “went into battle with the Ape-Man”  when  “the great war star appeared in the sky” (see  Indaba  My  Chil- dren, by the Zulu medicine man Credo  Vusamazulu  Mu- twa).

2

IT CAME FROM OUTER SPACE

“It was Voyager [project] that focused our attention on the importance of collisions,” acknowledged Edward Stone of the California Institute of Technology (Caltech), the chief scientist of the Voyager program. “The cosmic crashes were potent sculptors of the Solar System.”

The Sumerians made clear, 6,000 years earlier, the  very same fact. Central to their cosmogony, world view, and religion was a cataclysmic event that they called the Celestial Battle.

It was an event to which references were made in miscellaneous Sumerian texts, hymns, and proverbs—just as we find in the Bible’s books of Psalms, Proverbs, Job, and  various  others. But the Sumerians also described the event in detail, step by step, in a long text that required seven tablets. Of its Sumerian original  only  fragments  and  quotations  have  been  found;  the mostly complete text has reached us in the Akkadian language, the language of the Assyrians and Babylonians who followed the Sumerians in Mesopotamia. The text deals with the formation of the Solar System prior to the Celestial Battle and even more so with the nature, causes, and results of that awe- some  collision.  And,  with  a  single  cosmogonic  premise,  it explains puzzles that still baffle our astronomers and astro- physicists.

Even more important, whenever these modern scientists have come upon a satisfactory answer—it fits and corroborates the Sumerian one!

Until the Voyager discoveries, the prevailing scientific view point considered the Solar System as we see it today as the way it had taken shape soon after its beginning, formed by immutable laws of celestial motion and the force of gravity. There have been oddballs, to be sure—meteorites that come from somewhere and collide with the stable members of the Solar System, pockmarking them with craters, and comets that zoom about in greatly elongated orbits, appearing from some- where and disappearing, it seems, to nowhere. But these examples of cosmic debris, it has been assumed, go back to the very beginning of the Solar System, some 4.5 billion years ago, and are pieces of planetary matter that failed to be incorporated into the planets or their moons and rings. A little more baffling has been the asteroid belt, a band of rocks that forms an orbiting chain between Mars and Jupiter. According to Bode’s law, an empirical rule that explains why the planets formed where they did, there should have been a planet, at least twice the size of Earth, between Mars and Jupiter. Is the orbiting debris of the asteroid belt the remains of such a planet? The affirmative answer is plagued by two problems: the total amount of matter in the asteroid belt does not add up to the mass of such a planet, and there is no plausible explanation for what might have caused the breakup of such a hypothetical

Figure 7

celestial collision—when, with what, and why? The scientists had no answer.

The realization that there had to be one or more major col- lisions that changed the Solar System from its initial form became inescapable after the Uranus flyby in 1986, as Dr. Stone has admitted. That Uranus was lilted on its side was already known from telescopic and other instrumental obser- vations even before the Voyager encounter. But was it formed that way from the very beginning, or did some external force— a forceful collision or encounter with another major celestial body—bring about the tilting?

The answer had to be provided by the closeup examination of the moons of Uranus by Voyager 2. The fact that these moons swirl around the equator of Uranus in its tilted position—forming, all together, a kind of bull’s-eye facing the Sun (Fig. 7)—made scientists wonder whether these moons were there at the time of the tilting event, or whether they formed after the event, perhaps from matter thrown out by the force of the collision that tilted Uranus.

The theoretical basis for the answer was enunciated, prior to the encounter with Uranus, among others by Dr. Christian Veillet of the French Centre d’Etudes et des Recherches Geo- dynamiques. If the moons formed at the same time as Uranus, the celestial “raw material” from which they agglomerated should have condensed the heavier matter nearer  the  planet; there should be more of heavier, rocky material and thinner

ice coats on the inner moons and a lighter combination of materials (more water ice, less rocks) on the outer moons. By the same principle of the distribution of material in the Solar System—a larger proportion of heavier matter nearer the Sun, more of the lighter matter (in a “gaseous” state) farther out— the moons of the more distant Uranus should be proportionately lighter than those of the nearer Saturn.

But  the  findings  revealed  a  situation  contrary to  these  expectations. In the comprehensive summary reports on the Uranus encounter, published in Science, July 4, 1986, a team of forty  scientists  concluded  that  the  densities  of  the  Uranus moons (except for that of the moon Miranda)’ ‘are significantly heavier than those of the icy satellites of Saturn.” Likewise, the Voyager 2 data showed—again contrary to what “should have been”—that the two larger inner moons of Uranus, Ariel and Umbriel, are lighter in composition (thick, icy layers; small, rocky cores) than the outer moons Titania and Oberon, which were discovered to be made mostly of heavy rocky material and had only thin coats of ice.

These findings by Voyager 2 were not the only clues sug- gesting that the moons of Uranus were not formed at the same time as the planet itself but rather some lime later, in unusual circumstances. Another discovery that puzzled the  scientists was that the rings of Uranus were pitch-black, “blacker than coal dust,” presumably composed of “carbon-rich material, a sort of primordial tar scavenged from outer space” (the em- phasis is mine). These dark rings, warped, tilted, and “bi- zarrely elliptical,” were quite unlike the symmetrical bracelets of icy particles circling Saturn. Pitch-black also were six of the new moonlets discovered at Uranus, some acting as “shepherds” for the rings. The obvious conclusion was that the rings and moonlets were formed from the debris of a “violent event in Uranus’s past.” Assistant project scientist at JPL Ellis Miner stated it in simpler words: “A likely possibility is that an interloper from outside the Uranus system came in and struck a once larger moon sufficiently hard to have fractured it.”

The theory of a catastrophic celestial collision as the event that could explain all the odd phenomena on Uranus and its moons and rings was further strengthened by the discovery that the boulder-size black debris that forms the Uranus rings circles the planet once every eight hours—a speed that is twice the speed of the planet’s own revolution around its axis. This raises the question, how was this much-higher speed imparted to the debris in the rings?

Based on all the preceding data, the probability of a celestial collision emerged as the only plausible answer. “We must take into account the strong possibility that satellite formation con- ditions were affected by the event that created Uranus’s large obliquity,” the forty-strong team of scientists stated. In simpler words, it means that in all probability the moons in question were created as a result of the collision that knocked Uranus on its side. In press conferences the NASA scientists were more audacious. “A collision with something the size of Earth, traveling at about 40,000 miles per hour, could have done it,”they said, speculating that it probably happened about four billion years ago.

Astronomer Garry Hunt of the Imperial College, London, summed it up in seven words: “Uranus took an almighty bang early on.”

But neither in the verbal briefings nor in the long written reports was an attempt made to suggest what the “something” was, where it had come from, and how it happened to collide with, or bang into, Uranus.

For those answers, we will have to go back to the Sumerians… .

Before we turn from knowledge acquired in the late 1970s and 1980s to what was known 6,000 years earlier, one more aspect of the puzzle should be looked into: Are the oddities at Neptune the result of collisions, or ‘ ‘bangs,” unrelated to those of Uranus—or were they all the result of a single catastrophic event that affected all the outer planets?

Before the Voyager 2 flyby of Neptune, the planet was known to have only two satellites, Nereid and Triton. Nereid was found to have a peculiar orbit: it was unusually tilted compared  with  the  planet’s  equatorial  plane  (as  much  as  28 degrees) and was very eccentric—orbiting the planet not in a near-circular path but in a very elongated one, which takes the moon as far as six million miles from Neptune and as close as one million miles to the planet. Nereid, although of a size that by planetary-formation rules should be spherical, has an odd shape like that of a twisted doughnut. It also is bright on one side and pitch-black on the other. All these peculiarities have led Martha W. Schaefer and Bradley E. Schaefer, in a major study on the subject published in Nature magazine (June 2, 1987) to conclude that “Nereid accreted into a moon around Neptune or another planet and that both it and Triton were knocked  into  their  peculiar  orbits  by  some  large  body  or planet.” “Imagine,” Brad Schaefer noted, “that at one time Neptune had an ordinary satellite system like that of Jupiter or Saturn; then some massive body comes into the system and perturbs things a lot.”

The dark material that shows up on one side of Nereid could be explained in one of two ways—but both require a collision in the scenario. Either an impact on one side of the satellite swept off an existing darker layer there, uncovering lighter material below the surface, or the dark matter belonged to the impacting body and “went splat on one side of Nereid.” That the latter possibility is the more plausible is suggested by the discovery, announced by the JPL team on August 29, 1989, that all the new satellites (six more) found by Voyager 2 at Neptune “are very dark” and “all have  irregular  shapes,” even the moon designated 1989N1, whose size normally would have made it spherical.

The theories regarding Triton and its elongated and retro- grade (clockwise) orbit around Neptune also call for a collision event.

Writing in the highly prestigious magazine Science on the eve of the Voyager 2 encounter with Neptune, a team of Caltech scientists  (P.  Goldberg,  N.  Murray.  P.  Y.  Longaretti,  and  D. Banfield)  postulated  that  “Triton  was  captured  from  a  heliocentric orbit”—from an orbit around the Sun—”as a result of a collision with what was then one of Neptune’s regular satellites.” In this scenario the original small Neptune satellite “would have been devoured by Triton,” but the force of the collision would have been such that it dissipated enough of Triton’s orbital energy to slow it down and be captured by Neptune’s  gravity.  Another theory,  according to  which Triton was an original satellite of Neptune, was shown by this study to be faulty and unable to withstand critical analysis.

The data collected by Voyager 2 from the actual flyby of Triton supported this theoretical conclusion. It also was in accord with other studies (as by David Stevenson of Caltech) that  showed  that  Triton’s  internal  heat  and  surface  features could be explained only in terms of a collision in which Triton was captured into orbit around Neptune.

“Where did these impacting bodies come from?”  rhetori- cally asked Gene Shoemaker, one of NASA’s scientists, on the NOVA television program. But the question was left with- out an answer. Unanswered too was the question of whether the cataclysms at Uranus and Neptune were aspects of a single event or were unconnected incidents.

It is not ironic but gratifying to find that the answers to all these puzzles were provided by the ancient Sumerian texts.

and that all the data discovered or confirmed by the Voyager flights uphold and corroborate the Sumerian information and my presentation and interpretation thereof in The 12th Planet. The Sumerian texts speak of a single but comprehensive event. Their texts explain more than what modern astronomers have been trying to explain regarding the outer planets. The ancient texts also explain matters closer to home, such as the origin of the Earth and its Moon, of the Asteroid Belt and the comets. The texts then go on to relate a tale that combines the credo of the Creationists with the theory of Evolution, a tale that offers a more successful explanation than either mod- ern conception of what happened on Earth and how Man and his civilization came about.

It all began, the Sumerian texts relate, when the Solar System was still young. The Sun (APSU in the Sumerian texts, mean- ing “One Who Exists from the Beginning”), its little com- panion MUM. MU (” One Who Was Born,” our Mercury) and farther away TI.AMAT (“Maiden of Life”) were the first members of the Solar System; it gradually expanded by the “birth” of three planetary pairs, the planets we call Venus and Mars between Mummu and Tiamat, the giant pair Jupiter and Saturn (to use their modern names) beyond Tiamat, and Uranus and Neptune farther out (Fig. 8).

Into this original Solar System, still unstable soon after its formation (I estimated the time about four billion years ago), an  Invader  appeared.  The  Sumerians  called  it  NIBIRU;  the Babylonians renamed it Marduk in honor of their national god. It appeared from outer space, from “the Deep,” in the words of the ancient text. But as it approached the outer planets of our Solar System, it began to be drawn into it. As expected, the first outer planet to attract Nibiru with its gravitational pull was  Neptune—E.A  (“He  Whose  House  Is  Water”)  in  Sumerian. “He who begot him was Ea,” the ancient text explained.

Nibiru/Marduk itself was a sight to behold; alluring, spar- kling, lofty, lordly are some of the adjectives used to describe it. Sparks and flashes bolted from it to Neptune and Uranus as it passed near them. It might have arrived with its own satellites already orbiting it, or it might have acquired some as a result

Figure 8

of the gravitational pull of the outer planets. The ancient text speaks of its “perfect members. . .difficult to  perceive”— “four were his eyes, four were his ears.”

As  it  passed  near  Ea/Neptune,  Nibiru/Marduk’s  side  began to bulge “as though he had a second head.” Was it then that the bulge was torn away to become Neptune’s moon Tri- ton? One aspect thai speaks strongly for this is the fact that Nibiru/Marduk entered the Solar System in a retrograde (clock- wise) orbit, counter to that of the other planets (Fig. 9). Only

Figure 9

this Sumerian detail, according to which the invading planet was moving counter to the orbital motion of all the other planets, can explain the retrograde motion of Triton, the highly elliptical orbits of other satellites and comets, and the other major events that we have yet to tackle.

More satellites were created as Nibiru/Marduk passed by Anu/Uranus. Describing this passing of Uranus, the text states that “Anu brought forth and begot the four winds”—as clear a reference as one could hope for to the four major moons of Uranus that were formed, we now know, only during the col- lision that tilted Uranus. At the same time we learn from a later passage in the ancient text that Nibiru/Marduk himself gained three satellites as a result of this encounter.

Although the Sumerian texts describe how, after its eventual capture into solar orbit, Nibiru/Marduk revisited the outer planets and eventually shaped them into the system as we know it today, the very first encounter already explains the various puzzles that modern astronomy faced or still faces regarding Neptune, Uranus, their moons, and their rings.

Past Neptune and Uranus, Nibiru/Marduk was drawn even more into the midst of the planetary system as it reached the immense gravitational pulls of Saturn (AN.SHAR, “Foremost of the Heavens”) and Jupiter (KI.SHAR, “Foremost of the Firm Lands”). As Nibiru/Marduk “approached and stood as

though in combat” near Anshar/Saturn, the two planets “kissed their lips.” It was then that the “destiny,” the orbital path, of Nibiru/Marduk was changed forever. It was also then that the chief satellite of Saturn, GA.GA (the eventual Pluto), was pulled away in the direction of Mars and Venus—a di- rection possible only by the retrograde force of Nibiru/Marduk. Making a vast elliptical orbit, Gaga eventually returned to the outermost reaches of the Solar System. There it “addressed” Neptune and Uranus as it passed their orbits on the swing back. It was the beginning of the process by which Gaga was to become our Pluto, with its inclined and peculiar orbit that sometimes takes it between Neptune and Uranus.

The new “destiny,” or orbital path, of Nibiru/Marduk was now irrevocably set toward the olden planet Tiamat. At that time, relatively early in the formation of the Solar System, it was marked by instability, especially (we learn from the text) in the region of Tiamat. While other planets nearby were still wobbling in their orbits, Tiamat was pulled in many directions by the two giants beyond her and the two smaller planets between her and the Sun. One result was the tearing off her, or the gathering around her, of a “host” of satellites “furious with rage,” in the poetic language of the text (named by schol- ars the Epic of Creation). These satellites, “roaring monsters,” were “clothed with terror” and “crowned with halos,” swirl- ing furiously about and orbiting as though they were “celestial gods”—planets.

Most dangerous to the stability or safety of the other planets was Tiamat’s “leader of the host,” a large satellite that grew to almost planetary size and was about to attain its independent “destiny”—its own orbit around the Sun. Tiamat “cast a spell for him, to sit among the celestial gods she exalted him.” It was called in Sumerian KIN.GU—”Great Emissary.”

Now the text raised the curtain on the unfolding drama; I have recounted it, step by step, in The 12th Planet. As in a Greek tragedy, the ensuing “celestial battle” was unavoidable as gravitational and magnetic forces came inexorably into play, leading to the collision between the oncoming Nibiru/Marduk with  its  seven  satellites  (“winds”  in  the  ancient  text)  and

Tiamat and its “host” of eleven satellites headed by Kingu.

Although  they  were  headed  on  a  collision  course,  Tiamat orbiting counterclockwise and Nibiru/Marduk clockwise, the

Figure 10

two planets did not collide—a fact of cardinal astronomical importance. It was the satellites, or “winds,” (literal Sumerian meaning: “Those that are by the side”) of Nibiru/Marduk that smashed into Tiatnat and collided with her satellites.

In the first such encounter (Fig. 10), the first phase of the Celestial Battle,

The four winds he stationed that nothing of her could escape: 

The South Wind, the North Wind, the East Wind, the West Wind. 
Close to his side he held the net,the gift of his grandfather Anu who brought forth the Evil Wind, the Whirlwind and the Hurricane. . . .
He sent forth the winds which he had created, the seven of them; to trouble Tiamat within they rose up behind him.

These “winds,” or satellites, of Nibiru/Marduk, “the seven of them,” were the principal “weapons” with which Tiamat was attacked in the first phase of the Celestial Battle (Fig. 10). But the invading planet had other “weapons” too:

In front of him he set the lightning, with a blazing flame he filled his body;

He then made a net to enfold Tiamat therein. . . .

A fearsome halo his head was turbaned.

He was wrapped with awesome terror as with a cloak.

As the two planets and their hosts of satellites came close enough for Nibiru/Marduk to “scan the inside of Tiamat” and ‘ ‘perceive the scheme of Kingu,” Nibiru/ Marduk attacked Tia- mat with his “net” (magnetic field?) to “enfold her,” shooting at the old planet immense bolts of electricity (“divine light- nings”). Tiamat “was filled with brilliance”—slowing down, heating up, “becoming distended.” Wide gaps opened in its crust, perhaps emitting steam and volcanic matter. Into one widening fissure Nibiru/Marduk thrust one of its main satel- lites, the one called “Evil Wind.” It tore Tiamat’s “belly, cut through her insides, splitting her heart.”

Besides splitting up Tiamat and “extinguishing her life,” the first encounter sealed the fate of the moonlets orbiting her— all except the planetlike Kingu. Caught in the “net”—the magnetic and gravitational pull—of Nibiru/Marduk, “shat- tered, broken up,” the members of the “band of Tiamat” were thrown off their previous course and forced into new orbital paths in the opposite direction: “Trembling with fear, they turned their backs about.”

Thus were the comets created—thus, we learn from a 6,000- year-old text, did the comets obtain their greatly elliptical and retrograde orbits. As to Kingu, Tiamat’s principal satellite, the text informs us that in that first phase of the celestial collision

Kingu was just deprived of its almost-independent orbit. Nibiru/Marduk took away from him his “destiny.” Ni- biru/Marduk made Kingu into a DUG.GA.E, “a mass of lifeless clay,” devoid of atmosphere, waters and radioactive matter and shrunken in size; and “with fetters bound him,” to remain in orbit around the battered Tiamal.

Having vanquished Tiamat, Nibiru/Marduk sailed on on his new “destiny.” The Sumerian text leaves no doubt that the erstwhile invader orbited the Sun:

He crossed the heavens and surveyed the regions, and Apsu's quarter he measured;

The Lord the dimensions of the Apsu measured.

Having circled the Sun (Apsu),  Nibiru/Marduk  continued into distant space. But now, caught forever in solar orbit, it had to turn back. On his return round, Ea/Neptune was there to greet him and Anshar/Saturn hailed his victory. Then his new orbital path returned him to the scene of the Celestial Battle, “turned back to Tiamat whom he had bound.”

The Lord paused to view her lifeless body. To divide the monster he then artfully planned. Then, as a mussel, he split her into two parts.

With this act the creation of “the heaven” reached its final stage, and the creation of Earth and its Moon began. First the new impacts broke Tiamat into two halves. The upper part, her “skull,” was struck by the Nibiru/Marduk satellite called North Wind; the blow carried it, and with it Kingu, “to places that have been unknown”—to a brand-new orbit where there had not been a planet before. The Earth and our Moon were created (Fig. 11)!

The other half of Tiamat was smashed by the impacts into bits and pieces. This lower half, her “tail,” was “hammered together” to become a “bracelet” in the heavens:

Locking the pieces together,as watchmen he stationed them. . . .
He bent Tiamat's tail to form the Great Band as a bracelet.

Thus was “the Great Band,” the Asteroid Belt, created. Having disposed of Tiamat and Kingu, Nibiru/Marduk once

Figur e I I

again “crossed the heavens and surveyed the regions.”

This time his attention was focused on the “Dwelling of Ea” (Nep- tune), giving that planet and its twinlike Uranus their final makeup. Nibiru/Marduk also, according to the ancient text, provided Gaga/Pluto with its final “destiny,” assigning to it “a hidden place”—a hitherto unknown part of the heavens.

It was farther out than Neptune’s location; it was, we are told, “in the Deep”—far out in space. In line with its new position as the outermost planet, it was granted a new name: US.MI— “He Who Shows the Way,” the first planet encountered com- ing into the Solar System—that is, from outer space toward the Sun.

Thus was Pluto created and put into the orbit it now holds. Having thus “constructed the stations” for the planets, Ni-

Figure 12

Figure 13

biru/Marduk made two “abodes” for itself. One was in the “Firmament,” as the asteroid belt was also called in the ancient texts; the other far out “in the Deep” was called the “Great/Distant Abode,” alias E.SHARRA (“Abode/Home  of the Ruler/Prince”).

Modern astronomers call these two pla- netary positions the perigee (the orbital point nearest the Sun) and the apogee (the farthest one) (Fig. 12). It is an orbit, as concluded from the evidence amassed in The 12th Planet, that takes 3,600 Earth-years to complete.

Thus did the Invader that came from outer space become the twelfth member of the Solar System, a system made up of the Sun in the center, with its longtime companion Mercury; the  three  olden  pairs  (Venus  and  Mars,  Jupiter  and  Saturn, Uranus and Neptune); the Earth and the Moon, the remains of the  great  Tiamat,  though  in  a  new  position;  the  newly independent Pluto; and the planet that put it all into final shape, Nibiru/Marduk (Fig. 13).

Modern  astronomy and  recent  discoveries  uphold  and  corroborate this millennia-old tale.

WHEN EARTH HAD NOT BEEN FORMED

In 1766 J. D. Titius proposed and in 1772 Johann Elert Bode popularized what became known  as  “Bode’s  law,”  which showed that planetary distances follow, more or less, the pro- gression 0, 2, 4, 8, 16, etc., if the formula is manipulated by multiplying by 3, adding 4, and dividing by 10. Using as a measure the astronomical unit (AU), which is the  distance  of Earth from the Sun, the formula indicates that there should be a planet between Mars and Jupiter (the asteroids  are  found there) and a planet beyond  Saturn  (Uranus  was  discovered). The formula shows tolerable deviations up until one reaches Uranus    but    gets    out    of    whack    from    Neptune    on.

Bode’s law, which was arrived at empirically, thus uses Earth as its arithmetic starting point. But according to the Sumerian cosmogony, at the beginning there  was  Tiamat  between  Mars and Jupiter, whereas Earth had not yet formed.

Dr. Amnon Sitchin has pointed out that if Bode’s law is stripped of its arithmetical devices and only the geometric progression is retained, the formula works just as well if Earth is omitted—thus confirming Sumerian cosmogony:

3

IN THE BEGINNING

In the beginning
God created the heaven and the earth.
And the earth was without form and void
and darkness was upon the face of the deep,
And the Spirit of God moved upon the face of the waters.
And God said. Let there be light; and there was light.

For generations this majestic outline of the manner in which our world was created has been at the core of Judaism as well as of Christianity and the third monotheistic religion Islam, the latter two being outgrowths of the first. In the seventeenth century Archbishop James Ussher of Armagh in Ireland cal- culated from these opening verses of Genesis the precise day and even the moment of the world’s creation, in the year 4004 B.C. Many old editions of the Bible still carry Ussher’s chro- nology printed in the margins; many still believe that Earth and the Solar System of which it is a part are indeed no older than that. Unfortunately, this belief,  known  as  Creationism, has taken on science as its adversary; and science, firmly wed to the Theory of Evolution, has met the challenge and joined the battle.

It is regrettable that both sides pay little heed to what has been known for more than a century—that the creation tales of Genesis are edited and abbreviated versions of much more detailed Mesopotamian texts, which were in turn versions of an original Sumerian text.

The battle lines between the Creationists and  Evolutionists—a  totally  unwarranted  demarcation, as the evidence herewith presented will  show—are  undoubtedly more sharply etched by the principle of the separation between religion and state that is embodied in the U.S. Constitution. But such a separation is not the norm among the Earth’s nations (even in enlightened democracies such as En- gland), nor was it the norm in antiquity, when the biblical verses were written down.

indeed, in ancient times the king was also the high priest, the state had a national religion and a national god, the temples were the seat of scientific knowledge, and the priests were the savants. This was so because when civilization began, the gods who were worshipped—the focus of the act of being “reli- gious”—were none other than the Anunnaki/Nefilim, who were the source of all manner of knowledge, alias science, on Earth.

The merging of state, religion, and science was nowhere more complete than in Babylon. There the original Sumerian Epic of Creation was translated and revised so that Marduk, the Babylonian national god, was assigned a celestial coun- terpart. By renaming Nibiru “Marduk” in the Babylonian ver- sions of the creation story, the Babylonians usurped for Marduk the attributes of a supreme “God of Heaven and Earth.” This version—the most intact one found so far—is known as Enuma elish (“When in the heights”), taken from its opening words. It became the most hallowed religious-political-scientific document of the land; it was read as a central part of the New Year rituals, and players reenacted the tale in passion plays to bring its import home to the masses. The clay tablets (Fig. 14) on which they were written were prized possessions of temples and royal libraries in antiquity.

The decipherment of the writing on the clay tablets discovered in the ruins of ancient Mesopotamia more than a century ago led to the realization that texts existed that related biblical creation tales millennia before the Old Testament was com- piled. Especially important were texts found in the library of the Assyrian king Ashurbanipal in Nineveh (a city of biblical renown); they recorded a tale of creation that matches, in some parts word for word, the tale of Genesis. George Smith of the British Museum pieced together the broken tablets that held the creation texts and published, in 1876, The Chaldean Genesis, it conclusively established that there indeed existed an Akkadian text of the Genesis tale, written in the Old Babylonian dialect, that preceded the biblical text by at least a thousand years. Excavations between 1902 and 1914 uncovered tablets

with the Assyrian version of the creation epic, in which the name of Ashur, the Assyrian national god, was substituted for that of the Babylonian Marduk. Subsequent discoveries estab- lished not only the extent of the copying and translation, in antiquity, of this epic text, but also its unmistakable Sumerian origin.

It was L. W. King who, in 1902, in his work The Seven Tablets of Creation, showed that the various fragments add up to seven tablets; six of them relate the creation process; the seventh tablet is entirely devoted to the exaltation of “the Lord” — Marduk in the Babylonian version, Ashur in the Assyrian one. One can only guess that this seven-tablet division somehow is the basis of the division of the biblical story into a seven-part timetable, of which six parts involve divine handiwork and the seventh is devoted to a restful and satisfactory look back at what had been achieved.

It is true that the Book of Genesis, written in Hebrew, uses the term yom, commonly meaning and translated as “day,” to denote each phase. Once, as a guest on a radio talk show in a “Bible Belt” city, I was challenged by a woman who called in about this very point. I explained that by “day” the ible does not mean our term of twenty-four hours on Earth but rather conveys the concept of a phase in the process of creation. No, she insisted, that is exactly what the Bible means: twenty-four hours. I then pointed out to her that the text of the first chapter of Genesis deals not with a human timetable but with that of the Creator, and we are told in the Book of Psalms (90:4) that in God’s eyes “a thousand years are like yester- day.” Would she concede, at least, that Creation might have taken six thousand years? I asked. To my disappointment, there was no  concession.  Six  days  means  six  days,  she  insisted. Is the biblical tale of creation a religious document, its con- tents to be considered only a matter of faith to be believed or disbelieved; or it is a scientific document, imparting to us essential knowledge of how things began, in the heavens and on Earth? This, of course, is the core of the ongoing argument between Creationists and Evolutionists. The two camps would have laid down their arms long ago were they to realize that what the editors and compilers of the Book of Genesis had done was no different from what the Babylonians had done: using the only scientific source of their time, those descendants of Abraham—scion of a royal-priestly family from the Su- merian capital Ur—also took the Epic of Creation, shortened and edited it, and made it the foundation of a national religion glorifying Yahweh “who is in the Heavens and on Earth.”

In Babylon, Marduk was a dual deity. Physically present, resplendent in his precious garments (Fig. 15), he was wor- shipped as Ilu (translated “god” but literally meaning “the Lofty One”); his struggle to gain supremacy over the other Anunnaki gods has been detailed in my book The Wars of Gods and Men. On the other hand, “Marduk” was a celestial deity.

Figure 15

a planetary god, who in the heavens assumed the attributes, role, and credit for the primordial creations that the Sumerians had attributed to Nibiru, the planet whose most frequent symbolic depiction was that of a winged disc (Fig. 16). The Assyrians, replacing Marduk with their national god Ashur, combined the two aspects and depicted Ashur as a god within the winged disc (Fig. 17).

The Hebrews followed suit but, preaching monotheism and recognizing—based on Sumerian scientific knowledge—the universality of God, ingeniously solved the problem of duality and of the multitude of Anunnaki deities involved in the events on Earth by concocting a singular-but-plural entity, not an El (the Hebrew equivalent of Ilu) but Elohim—a Creator who is plural (literally “Gods”) and yet One.

This departure from the Babylonian and Assyrian religious viewpoint can be explained only by a realization that the Hebrews were aware that the deity who could speak to Abraham and Moses and the celestial Lord whom the Sumerians called Nibiru were not one and the same scientifically, although all were part of a universal, ev-

crlasting, and omnipresent God—Elohim—-in whose grand de- sign for the universe the path of each planet is its predetermined “destiny,” and what the Anunnaki had done on Earth was likewise a predetermined mission. Thus was the handiwork of a universal God manifest in Heaven and on Earth.

These profound perceptions, which lie at the core of the biblical adoption of the creation story, Enuma elish, could be arrived at only by bringing together religion and science while retaining, in the narrative and sequence of events, the scientific basis.

But  to  recognize  this—that  Genesis  represents  not  just  religion  but  also  science—one  must  recognize  the  role  of  the aunnaki and accept that the Sumerian texts are not “myth” but factual reports. Scholars have made much progress in this respect, but they have not yet arrived at a total recognition of the factual nature of the texts. Although both scientists and theologians are by now well aware of the Mesopotamian origin of Genesis, they remain stubborn in brushing off the scientific value of these ancient texts. It cannot be science, they hold, because “it should be obvious by the nature of things that none of these stories can possibly be the product of human memory” (to quote N. M. Sama of the Jewish Theological Seminary in Understanding Genesis). Such a statement can be  challenged only by explaining, as I have repeatedly done in my writings, that the information of how things began—including how Man himself was created—indeed did not come from the memory of  the  Assyrians  or  Babylonians  or  Sumerians  but  from  the knowledge and science of the Anunnaki/Nefilim. They too, of course, could not “remember”1 how the Solar System was created or how Nibiru/Marduk invaded the Solar System, be- cause they themselves were not yet created on their planet. But just as our scientists have a good notion of how the Solar System came about and even how the whole universe came into being (the favorite theory is that of the Big Bang), the Anunnaki/Nefilim, capable of space travel 450,000 years ago, surely had the capacity to arrive at sensible scenarios of cre- ation; much more so since their planet, acting as a spacecraft that sailed past all the outer planets, gave them a chance at repeated close looks that were undoubtedly more extensive than our Voyager “peeks.”

Several updated studies of the Enumu elish, such as The Babylonian Genesis by Alexander Heidel of the Oriental In- stitute, University of Chicago, have dwelt on the parallels in theme and structure between the Mesopotamian and biblical narratives. Both indeed begin with the statement that the tale takes its reader (or listener, as in Babylon) to the primordial time when the Earth and “the heavens” did not yet exist. But whereas the Sumerian cosmogony dealt with the creation of the Solar System and only then set the stage for the appearance of the celestial Lord (Nibiru/Marduk), the biblical version skipped all that and went directly to the Celestial Battle and its aftermath.

With the immensity of space as its canvas, here is how the Mesopotamian version began to draw the primordial picture:

When in the heights Heaven had not been named And below earth had not been called,
Naught but primordial Apsu, their Begetter,
Mummu, and Tiamat, she who bore them all.
Their waters were mingled together.
No reed had yet been formed,
No marshland had appeared.

Even in the traditional King James version, the biblical open- ing is more matter-of-fact, not an inspirational religious opus but a lesson in primordial science, informing the reader that there indeed was a time when Heaven and the Earth did not yet exist, and that it took an act of the Celestial Lord, his “spirit” moving upon the “waters.” to bring Heaven and Earth about with a bolt of light.

The progress in biblical and linguistic studies since the time of King James has moved the editors of both the Catholic The New American Bible and The New English Bible of the churches in Great Britain to substitute the word “wind”—which is what the Hebrew ru’ach means—for the “Spirit of God,” so that the last verse now reads “a mighty wind swept over the waters.” They retain, however, the concept of “abyss” for the Hebrew word Tehom in the original Bible; but by now even theologians acknowledge that the reference is to no other entity than the Sumerian Tiamat.

With this understanding, the reference in the Mesopotamian version to the mingling “waters” of Tiamat ceases to be al- legorical and calls for a factual evaluation. It goes to the ques- tion of the plentiful waters of Earth and the biblical assertion (correct, as we shall soon realize) that when the Earth was formed it was completely covered by water. If water was so abundant even at the moment of Earth’s creation, then only if Tiamat was also a watery planet could the half that became Earth be watery!

The watery nature of Tehom/Tiamat is mentioned in various biblical references. The prophet Isaiah (51:10) recalled “the primeval days” when the might  of  the  Lord  “carved the Haughty One, made spin the watery monster, drained off the waters of the mighty Tehom.” The psalmist extolled the Lord of Beginnings who “by thy might the waters thou didst disperse, the leader of the watery monsters thou didst break up.”

What was the “wind” of the Lord that “moved upon the face of the waters” of Tehom/Tiamat? Not the divine “Spirit” but the satellite of Nibiru/Marduk that, in the Mesopotamian texts, was called by that term! Those texts vividly described the flashes and lightning strokes that burst off Nibiru/Marduk as it closed in on Tiamat. Applying this knowledge to the biblical text, its correct reading emerges:

When, in the beginning,
The Lord created the Heaven and the Earth,
The Earth, not yet formed, was in the void,
and there was darkness upon Tiamat.
Then the Wind of the Lord swept upon its waters
and the Lord commanded, "Let there be lightning!"
and there was a bright light.

The continuing narrative of Genesis does not describe the ensuing splitting up of Tiamat or the breakup of her host of satellites, described so vividly in the Mesopotamian texts. It is evident, however, from the above-quoted verses from Isaiah and Psalms, as well as from the narrative in Job (26:7-13), that the Hebrews were familiar with the skipped-over portions of the original tale. Job recalled how the celestial Lord smote “the helpers of the Haughty One,” and he exalted the Lord who, having come from the outer reaches of space, cleaved Tiamat (Tehom) and changed the Solar System:

The hammered canopy He stretched out in the place of Tehom,
The Earth suspended in the void; He penned waters in its denseness,
without any cloud bursting. . . .
His powers the waters did arrest,
His energy the Haughty One did cleave.
His wind the Hammered Bracelet measured out,
His hand the twisting dragon did extinguish.

The Mesopotamian texts continued from here to describe how Nibiru/Marduk formed the asteroid belt out of Tiamat’s lower half:

The other half of her
he set up as a screen for the skies;
Locking them together
as watchmen he stationed them. . . .
He bent Tiamat's tail
to form the Great Band as a bracelet.

Genesis picks up the primordial tale here and describes the forming of the asteroid belt thus:

And Elohim said:
Let there be a firmament in the midst of the waters and let it divide the waters from the waters.
And Elohim made the Firmament,
dividing the waters which are under the Firmament
from the waters which are above the Firmament.
And Elohim called the Firmament "Heaven."

Realizing that the Hebrew word Shama’im is used to speak of Heaven or the heavens in general, the editors of Genesis went into some length to use two terms for “the Heaven” created as a result of the destruction of Tiamat. What separated the “upper waters” from the “lower waters.” the Genesis text stresses, was  the  Raki’a;  generally  translated  “Firmament,” it literally means “Hammered-out Bracelet.” Then Genesis goes on to explain that Elohim then called the Raki’a, the so- called Firmament, Shama’im, “the Heaven”—a name that in its first use in the Bible consists of the two words sham and ma’im, meaning literally “where the waters were.” In the creation tale of Genesis, “the Heaven” was a specific celestial location, where Tiamat and her waters had been, where the asteroid belt was hammered out.

That happened, according to the Mesopotamian texts, when Nibiru/Marduk returned to the Place of Crossing—the second phase of the battle with Tiamat: “Day Two,” if you wish, as the biblical narrative does.

The ancient tale is replete with details, each of which is amazing by itself. Ancient awareness of them is so incredible that its only plausible explanation is the one offered by the Sumerians themselves—namely, that those who had come to Earth from Nibiru were the source of that knowledge. Modern astronomy has already corroborated many of these details; by doing so, it indirectly confirms the key assertions of the ancient cosmogony and astronomy: the Celestial Battle that resulted in the breakup of Tiamat, the creation of Earth and the asteroid belt, and the capture of Nibiru/Marduk into permanent orbit around our Sun.

Let us look at one aspect of the ancient tale—the “host” of satellites, or “winds,” that the “celestial gods” had.

We now know that Mars has two moons, Jupiter sixteen moons and several more moonlets, Saturn twenty-one or more, Uranus  as  many as fifteen, Neptune eight.  Until  Galileo  discovered with his telescope the four brightest and largest sat- ellites of Jupiter in 1610, it was unthinkable that a celestial body could have more than one such companion-—evidence Earth and its solitary Moon.

But here we read in the Sumerian texts that as Ni- biru/Marduk’s  gravity interacted with that of Uranus, the Invader “begot” three satellites (“winds”) and Anu/Uranus “brought forth” four such moons. By the time Nibiru/Marduk reached Tiamat, it had a total of seven “winds” with which to attack Tiamat, and Tiamat had a “host” of eleven—among them the “leader of the host,” which was about to become an independently orbiting planet, our eventual Moon.

Another element of the Sumerian tale, of great significance to the ancient astronomers, was the assertion that the debris from the lower half of Tiamat was stretched out in the space where she had once existed.

The Mesopotamian texts, and the biblical version thereof in Genesis, are emphatic and detailed about the formation of the asteroid belt—insisting that such a “bracelet” of debris exists and orbits the Sun between Mars and Jupiter. But our astronomers were not aware of that until the nineteenth century. The first realization that the space between Mars and Jupiter was not just a dark void was the discovery by Giuseppe Piazzi on January 1, 1801, of a small celestial object in the space between the two planets, an object that was named Ceres and that has the distinction of being the first known (and named) asteroid.

Three more asteroids (Pallas, Juno, and Vesta) were discovered by 1807, none after that until 1845, and hundreds since then, so that almost 2,000 are known by now. Astronomers believe that there may be as many as 50,000 asteroids at least a mile in diameter, as well as many more pieces of debris, too small to be seen from Earth, which number in the billions.

In other words, it has taken modern astronomy almost two centuries to find out what the Sumerians knew 6,000 years ago.

Even with this knowledge, the biblical statement that the “Hammered-out Bracelet,” the Shama’im—alias “the Heaven,”  divided  the  “waters  which  are below  the Firmament” from the “waters which are above the Firmament” remained a puzzle. What, in God’s name, was the Bible talking about?

We have known, of course, that Earth was a watery planet, but it has been assumed that it is uniquely so. Many will undoubtedly recall science-fiction tales wherein aliens come to Earth to carry off its unique and life-giving liquid, water. So even if the ancient texts had in mind Tiamat’s, and hence Earth’s, waters, and if this was what was meant by the “water which is below the Firmament,” what water was there to talk about regarding that which is “above the Firmament”?

We know—don’t we?-—that the asteroid belt had, indeed, as the ancient text reported, divided the planets into two groups.

“Below” it are the Terrestrial,  or inner,  Planets;  “above”  it the gaseous, or Outer, Planets. But except for Earth the former had barren surfaces and the latter no surfaces at all, and the long-held conventional wisdom was that neither group (again, excepting Earth) had any water.

Well, as a result of the missions of unmanned spacecraft to all the other planets except Pluto, we now know better. Mercury,  which  was  observed  by  the  spacecraft  Mariner  10  in 1974/75, is too small and too close to the Sun to have retained water, if it ever had any. But Venus, likewise believed to be waterless because of its relative proximity to the Sun, surprised the scientists. It was discovered by unmanned spacecraft, both American and Soviet, that the extremely hot surface of the planet (almost 900 degrees Fahrenheit) was caused not so much by its proximity to the Sun as by a “greenhouse” effect: the planet is enshrouded in a thick atmosphere of carbon dioxide and clouds that contain sulphuric acid. As a result the heat of the Sun is trapped and does not dissipate back into space during the night. This creates an ever-rising temperature that would have vaporized any water that Venus might have had. But did it ever have such water in its past?

The careful analysis of the results of unmanned probes led the scientists to answer emphatically, yes. The topographical features revealed by radar mapping suggested erstwhile oceans and seas. That such bodies of water might have indeed existed on Venus was indicated by the finding that the “hell-like atmosphere,” as some of the scientists termed it, contained traces of water vapor.

Data from two unmanned spacecraft that probed Venus for an extended period after December 1978, Pioneer-Venus I and 2, convinced the team of scientists that analyzed the findings that Venus “may once have been covered by water at an average depth of thirty feet”; Venus, they concluded (Science, May 7, 1982), once had “at least 100 times as much water in liquid form as it does today in the form of vapor.” Subsequent studies have suggested that some of that ancient water was used up in the formation of the suphuric acid clouds, while some of it gave up its oxygen to oxidize the rocky surface of the planet.

“The lost oceans of Venus” can be traced in its rocks; that was the conclusion of a joint report of U.S. and Soviet scientists

Plate C

published in the May 1986 issue of Science. There was indeed water “below the Firmament,” not only on Earth but also on Venus.

The latest scientific discoveries have added Mars to the list of inner planets whose waters corroborate the ancient statement.

At the end of the nineteenth century the existence of enig- matic “canals” on Mars was popularized by the telescopic observations  of  the  Italian  astronomer  Giovanni  Schiaparelli and the American Percival Lowell. This was generally laughed off; and the conviction prevailed that Mars was dry and barren. The first unmanned surveys of Mars, in the 1960s, seemed to confirm the notion that it was a “geologically lifeless planet, like the Moon.” This notion was completely discredited when the  spacecraft  Mariner  9  launched  in  1971,  went  into  orbit around Mars and photographed its entire surface, not just the 10  percent  or  so  surveyed  by  all  the  previous  probes.  The results, in the words of the astronomers managing the project, “were  astounding.”  Mariner  9  revealed  that  volcanoes,  canyons, and dry river beds abound on Mars (Plate C). “Water has  played  an  active  role  in  the  planet’s  evolution,” stated Harold Masursky of the U.S. Geological Survey, who headed the team analyzing the photographs. “The most convincing evidence was found in the many photographs showing deep, winding channels that may have once been fast-flowing streams. … We are forced to no other conclusion but that we are seeing the effects of water on Mars.”

The Mariner 9 findings were confirmed and augmented by the results of the Viking 1 and Viking 2 missions launched five years later; they examined Mars both from orbiters and from landers that descended to the planet’s surface. They showed such features as evidence of several floodings by large quan- tities of water in an area designated Chryse Planitis; channels that once held and were formed by running water coming from the Vallis Marineris area; cyclical meltings of permafrost in the equatorial regions; rocks weathered and eroded by the force of water; and evidence of erstwhile lakes, ponds, and other “water basins.”

Water  vapor  was  found  in  the  thin  Martian  atmosphere;

Charles A. Barth, the principal scientist in charge of Mariner 9’s ultraviolet measurements, estimated that the evaporation amounted to the equivalent of 100,000 gallons of water daily. Norman Horowitz of Caltech reasoned that “large amounts of water in some form have in past eons been introduced to the surface  and  into  the  atmosphere  of  Mars,”  because  that  was required in order to have so much carbon dioxide (90 percent) in the Martian atmosphere. In a report published in 1977 by the American Geographical Union (Journal of Geophysical Research, September 30, 1977) on the scientific results of the Viking project, it was concluded that “a long time ago giant flash floods carved the Martian landscape in a number of places; a volume of water equal to Lake Erie poured . . . scouring great channels.”

The Viking 2 lander reported frost on the ground where it came to rest. The frost was found to consist of a combination of water, water ice, and frozen carbon dioxide (dry ice). The debate about whether the polar ice caps of Mars contain water ice or dry ice was resolved in January 1979 when JPL scientists reported at the 2nd International Colloquium on Mars, held at the California Institute of Technology (Caltech) in Pasadena, that “the north pole consists of water ice,” though not so the south pole.

The final NASA report after the Viking missions (Mars: The Viking Discoveries) concluded that “Mars once had enough water to form a layer several meters deep over the whole surface of the planet.” This was possible, it is now believed, because Mars (like Earth) wobbles slightly as it spins about its axis. This action results in significant climatic changes every 50,000 years. When the planet was warmer it may have had lakes as large as Earth’s Great Lakes in North America and as much as three miles deep. ‘This is an almost inescapable conclu- sion,” stated Michael H. Carr and Jack McCauley of the U.S. Geological Survey in 1985. At two conferences on Mars held in Washington, DC, in July 1986 under the auspices of NASA. Walter Sullivan reported in The New York Times, sci- entists expressed the belief that ‘ ‘there is enough water hidden in the crust of Mars to theoretically flood the entire planet to an average depth of at least 1,000 feet.” Arizona State Uni- versity scientists working for NASA advised Soviet scientists in charge of their country’s Mars landing projects that some deep Martian canyons may still have flowing water in their depths, or at least just below the dry riverbeds.

What had started out as a dry and barren planet has emerged, in the past decade, as a planet where water was once abundant—not just passively lying about but flowing and gushing and shaping the planet’s features. Mars has joined Venus and Earth in corroborating the concept of the Sumerian texts of water “below the Firmament,” on the inner planets.

The ancient assertion that the asteroid belt separated the waters that were below the Firmament from those that were above it implies that there was water on the celestial bodies that are located farther out. We have already reviewed the latest discoveries of Voyager 2 that confirm the Sumerian de- scription of Uranus and Neptune as “watery.” What about the other two celestial bodies that are orbiting between those two outer planets and the asteroid belt, Saturn and Jupiter?

Saturn itself, a gaseous giant whose volume is more than eight hundred times greater than that of Earth, has not yet been penetrated down to its surface—assuming it has, somewhere below its vast atmosphere of hydrogen and helium, a solid or liquid core. But its various moons as well as its breathtaking rings (Fig. 18) are now known to be made, if not wholly then in large part, of water ice and perhaps even liquid water.

Originally, Earth-based observations of Saturn showed only seven rings; we now know from space probes that there are many more, with thinner rings and thousands of ringlets filling the spaces between the seven major rings; all together they create the effect of a disk that, like a phonograph record, is “grooved” with rings and ringlets. The unmanned spacecraft Pioneer 11 established in 1979 that the rings and ringlets consist of icy material, believed at the time to be small pieces of ice a few inches in diameter or as small as snowflakes. What was originally described as “a carousel of bright icy particles” was revealed, however, by the data from Voyager 1 and Voyager 2 in 1980 and 1981 to consist of chunks of ice ranging from boulder size to that of “big houses.” We are seeing “a sea of sparkling ice,” JPL’s scientists said. The ice, at some pri- mordial time, had been liquid water.

The several larger moons of Saturn at which the three space- craft, especially Voyager 2, took a peek, appeared to have much more water, and not only in the form of ice. Pioneer 11 reported in 1979 that the group of inner moons of Saturn— Janus, Mimas, Enceladus, Tethys, Dione, and Rhea—ap- peared to be “icy bodies . . . consisting largely of ice.” Voyager 1 confirmed in 1980 that these inner satellites as well as the newly discovered moonlets were “spheres of ice.” On Enceladus, which was examined more closely, the indications were that its smooth plains resulted from the filling in of old craters with liquid water that had oozed up to the surface and then frozen.

Voyager 1 also revealed that Saturn’s outer moons were ice covered. The moon lapetus, which puzzled astronomers be- cause it showed dark and bright portions, was found to be “coated with water ice” in the bright areas. Voyager 2 con- firmed in 1981 that lapetus was “primarily a ball of ice with some rock in its center.” The data, Von R. Eshleman of Stanford University concluded, indicated that lapetus was 55 per- cent water ice, 35 percent rock, and 10 percent frozen methane. Saturn’s largest moon, Titan—larger than the planet Mer- cury—was found to have an atmosphere and a surface rich in hydrocarbons. But under them there is a mantle of frozen ice, and some sixty miles farther down, as the internal heat of this celestial body increases, there is a thick layer of water slush. Farther down, it is now believed, there probably exists a layer of bubbling hot water more than 100 miles deep. All in all, the Voyagers’ data suggested that Titan is 15 percent rock and 85 percent water and ice.

Is Saturn itself a larger version of Titan, its largest moon?

Future missions might provide the answer. For the time being it is clear that wherever the modern instruments could reach— moons, moonlets, and rings—there was water everywhere. Saturn did not fail to confirm the ancient assertions.

Jupiter was investigated by Pioneer 10 and Pioneer 11 and by the two Voyagers. The results were no different than at Saturn. The giant gaseous planet was found to emit immense amounts of radiation and heat and to be engulfed by a thick atmosphere that is subject to violent storms. Yet even this

impenetrable envelope was found to be constituted primarily of hydrogen, helium, methane, ammonia, water vapor, and probably droplets of water, somewhere farther down inside the thick atmosphere there is liquid water, the scientists have con- cluded.

As with Saturn, the moons of Jupiter proved more fascinating, revealing, and surprising than the planet itself. Of the four Galilean moons, Io, the closest to Jupiter (Fig. 19), revealed totally unexpected volcanic activity. Although what the volcanoes spew is mostly sulphur based, the erupted material contains some water. The surface of Io shows vast plains with troughs running through them, as if they had been carved by running water. The consensus is that Io has “some internal sources of water.”

Europa, like Io, appears to be a rocky body, but its somewhat lower density suggests that it may contain more internal water than Io. Its surface shows a latticework of veinlike lines that suggested to the NASA teams shallow fissures in a sea of frozen ice. A close look at Europa by Voyager 2 revealed a layer of mushy water ice under the cracked surface. At the December 1984 meeting of the American Geophysical Union in San Fran- cisco, two scientists (David Reynolds and Steven Squyres) of NASA’s Ames Research Center suggested that under Europa’s ice sheet there might exist warmer oases of liquid water that could sustain living organisms. After a reexamination of Voy- ager 2 photographs, NASA scientists tentatively concluded that the spacecraft witnessed volcanic eruptions of water and am- monia from the moon’s interior. The belief now is that Europa has an ice covering several miles thick “overlaying an ocean of liquid water up to thirty miles deep, kept from freezing by radioactive decay and the friction of tidal forces.”

Ganymede, the largest of Jupiter’s moons, appears to be covered with water ice mixed with rock, suggesting it has undergone moonquakes that have cracked its crust of frozen ice. It is thought to be made almost entirely of water ice, with an inner ocean of liquid water near its core. The fourth Galilean moon, Callisto—about the size of the planet Mercury—also has an ice-rich crust; under it there are mush and liquid water surrounding a small, rocky core. Estimates are that Callisto is more than 50 percent water. A ring discovered around Jupiter is also made mostly, it not wholly, of ice particles.

Modern science has confirmed the ancient assertion to the fullest: there indeed have been “waters above the Firmament.”

Jupiter is the Solar System’s largest planet—as large as 1,300 Earths. It contains some 90 percent of the mass of the complete planetary system of the Sun. As stated earlier, the Sumerians called it KI.SHAR, “Foremost of the Firm Lands,” of the planetary bodies. Saturn, though smaller than Jupiter, occupies a much larger portion of the heavens because of its rings, whose “disk” has a diameter of 670,000 miles. The Sumerians called it AN.SHAR, “Foremost of the Heavens.”

Evidently they knew what they were talking about.

SEEING THE SUN

When we can see the Sun with the naked eye, as at dawn or at sunset, it is a perfect disk. Even when viewed with telescopes, it has the shape of a perfect globe. Yet the Sumerians depicted it as a disk with a triangular rays ex- tending from its round surface, as seen on cylinder seal VA/243 (Plate B and Fig. 6a). Why?

In 1980 astronomers of  the  High  Altitude  Observatory  of the University of Colorado took pictures of the Sun with  a special camera during an eclipse observed in India. The pictures revealed that because of magnetic influences, the Sun’s corona gives it the appearance of a disk with triangular rays extending from its surface—just as the Sumerians had depicted millennia earlier.

In January 1983, I brought the “enigmatic  representa- tion” on the Sumerian cylinder seal to the  attention  of  the editor of Scientific American, a journal that reported the astronomers’ discovery. In response, the editor, Dennis Flanagan, wrote to me on January 27, 1983:

“Thank you for your letter of January 25.

“What  you  have to  say  is  most  interesting,  and  we may well be able to publish it.”

“In  addition  to  the  many  puzzles  posed  by  this  depiction,” 1 had written in my letter, “foremost of which is the source  of  the  Sumerian  knowledge,  is  now  their  apparent familiarity with the true shape of the Sun’s corona.”

Is  it  the  need  to  acknowledge  the  source  of  Sumerian knowledge  that  is  still  holding  up  publication  of  what  Scientific American has deemed “most interesting”?

4

THE MESSENGERS OF GENESIS

In 1986 Mankind was treated to a oncc-in-a-lifetime event: the appearance of a messenger from the past, a Messenger of Genesis. Its name was Halley’s comet.

One of many comets and other small objects that roam the heavens, Halley’s comet is unique in many ways; among them is the fact that its recorded appearances have been traced to millennia ago, as well as the fact that modern science was able, in 1986, to conduct for the first time a comprehensive, close-

up examination of a comet and its core. The first fact under- scores the excellence of ancient astronomy; because of the second, data was obtained that—-once again—corroborated ancient knowledge and the tales of Genesis.

The chain of scientific developments that led Edmund Hal- ley, who became British Astronomer Royal in 1720, to determine, during the years 1695-1705, that the comet he observed in 1682 and that came to bear his name was a periodic one, the same that had been observed in 1531 and 1607, involved the promulgation of the laws of gravitation and celestial motion by Sir Isaac Newton and Newton’s consulting with Halley about his findings. Until then the theory regarding comets was that they crossed the heavens in straight lines, appearing at one end of the skies and disappearing in the other direction, never to be seen again. But based on Newtonian laws, Halley concluded that the curve described by comets is elliptical, eventually bringing these celestial bodies back to where they had been observed before. The “three” comets of 1531, 1607, and 1682 were unusual in that they were all orbiting in the “wrong” direction—clockwise rather than counterclockwise; had similar deviations from the general orbital plane of the planets around the Sun—being inclined about 17 to 18 degrees—and were

similar in appearance. Concluding they were one and the same comet, he plotted its course and calculated its period (the length of time between its appearances) to be about seventy-six years. He then predicted that it would reappear in 1758. He did not live long enough to see his prediction come true, but he was honored by having the comet named after him.

Like that of all celestial bodies, and especially because of a comet’s small size, its orbit is easily perturbed by the gravitational pull of the planets it passes (this is especially true of Jupiter’s effect). Each time a comet nears the Sun, its frozen material comes to life; the comet develops a head and a long tail and begins to lose some of its material as it turns to gas and vapor. All these phenomena affect the comet’s orbit; there- fore, although more precise measurements have somewhat narrowed the orbital range of Halley’s comet from the seventy- four to seventy-nine years that he had calculated, the period of seventy-six years is only a practical average; the actual orbit and its period must be recalculated each time the comet makes an appearance.

With the aid of modern equipment, an average of five or six comets are reported each year; of them, one or two are comets on return trips, while the others are newly discovered. Most of the returning comets are short-period ones, the shortest known being that of Encke’s comet, which nears the Sun and then returns to a region slightly beyond the asteroid belt (Fig.

20) in a little over three years. Most short-period comets av- erage an orbital period of about seven years, which carries them to the environs of Jupiter. Typical of them is comet Giacobini-Zinner (named, like other comets, after its discoverers), which has a period of 6 1/2 years; its latest passage within Earth’s view was in 1985. On the other hand there are the very-long-period comets like comet Kohoutek, which was dis- covered in March 1973, was fully visible in December 1973 and January 1974, and then disappeared from view, perhaps to return in 75,000 years. By comparison, the cycle of 76 years for Halley’s comet is short enough to remain in living memories, yet long enough to retain its magic as a once-in-a-lifetime celestial event.

When Halley’s comet appeared on its next-to-last passage around the Sun, in 1910, its course and aspects had been well mapped out in advance (Fig. 21). Still, the Great Comet of

1910, as it was then hailed, was awaited with great appre- hension. There was fear that Earth or life on it would not survive the anticipated passage because Earth would be envel- oped in the comet’s tail of poisonous gases. There was also alarm at the prospect that, as was believed in earlier times, the appearance of the comet would be an ill omen of pestilence, wars, and the death of kings. As the comet reached its greatest magnitude and brilliance in May of 1910, its tail stretching over more than half the vault of heaven (Fig. 22), King Edward VII of Great Britain died. On the European continent, a series of political upheavals culminated in the outbreak of World War I in 1914.

The  belief,  or superstition,  associating Halley’s  comet  with wars and upheavals was fed by much that was coming to light about events that coincided with its previous appearances. The Seminole Indians’ revolt against the white settlers of Florida in 1835, the Great Lisbon Earthquake of 1755, the outbreak of the Thirty Years’ War in 1618, the Turkish siege of Belgrade in 1456, the outbreak of the Black Death (bubonic plague) in 1347—all were accompanied or preceded by the appearance of a great comet, which was finally recognized as Halley’s Comet, thus establishing its role as the messenger of God’s wrath.

Whether divinely ordained or not, the coincidence of the comet’s appearance in conjunction with major historic events seems to grow the more we go back in time. One of the most celebrated appearances of a comet, definitely Halley’s, is that of 1066, during the Battle of Hastings in which the Saxons, under King Harold, were defeated by William the Conqueror. The comet was depicted (Fig. 23) on the famous Bayeux tap- estry, which is thought to have been commissioned by Queen

Matilda, wife of William the Conqueror, to illustrate his vic- tory. The inscription next to the comet’s tail, Isti mirant stella, means, “They are in awe of the star,” and refers to the de- piction of King Harold tottering on his throne.

The year A.D. 66 is considered by astronomers one in which Halley’s comet made an appearance; they base their conclusion on at least two contemporary Chinese observations. That was the year in which the Jews of Judea launched their Great Revolt against Rome. The Jewish historian Josephus (Wars of the Jews, Book VI) blamed the fall of Jerusalem and the de- struction of its holy Temple on the misinterpretation by the Jews of the heavenly signs that preceded the revolt: “a star resembling a sword which stood over the city, a comet that continued a whole year.”

Until recently the earliest certain record of the observation of a comet was found in the Chinese Chronological Tables of Shih-chi for the year 467 B.C., in which the pertinent entry reads, “During the tenth year of Ch’in Li-kung a broom-star was seen.” Some believe a Greek inscription refers to the same comet in that year. Modern astronomers are not sure that the 467 B.C. Shih-chi entry refers to Halley’s comet; they are more confident regarding a Shih-chi entry for the year 240 B.C. (Fig. 24). In April 1985, F. R. Stephenson, K. K. C. Yau, and H.

Hunger reported in Nature that a reexamination of Babylonian astronomical tablets that had been lying in the basement of the British Museum since their discovery in Mesopotamia more than a century ago, shows that the tablets recorded the ap- pearance of extraordinary celestial bodies—probably comets, they said—in the years 164 B.C. and 87 B.C. The periodicity of seventy-seven years suggested to these scholars that the unusual celestial bodies were Halley’s comet.

The year 164 B.C., as none of the scholars who have been preoccupied with Halley’s comet have realized, was of great significance in Jewish and Near Eastern history. It was the very year in which the Jews of Judea, under the leadership of the Maccabees, revolted against Greek-Syrian domination, recap- tured Jerusalem, and purified the defiled Temple. The Temple rededication ceremony is celebrated to this day by Jews as the festival of Hanukkah (“Rededication”). The 164 B.C. tablet (Fig. 25), numbered WA-41462 in the British Museum, is clearly dated to the relevant year in the reign of the Seleucid (Greek-Syrian) king Antiochus Epiphanes, the very evil King Antiochus of the Books of Maccabees. The unusual celestial object, which the three scholars believe was Halley’s comet, is reported to have been seen in the Babylonian month of Kislimu, which is the Jewish month Kislev and, indeed, the one in which Hanukkah is celebrated.

In another instance, the comparison by Josephus of the comet to a celestial sword  (as  it  seems  to  be  depicted  also  in the Bayeux tapestry) has led some scholars to suggest that the Angel of the Lord that King David saw “standing between the earth and heaven, having a sword in his hand stretched out over Jerusalem” (I Chronicles 21:16) might have been in reality Halley’s comet, sent by the Lord to punish the king for having conducted a prohibited census. The time of this incident, circa 1000 B.C., coincides with one of the years in which Halley’s comet should have appeared.

In an article published in 1986,1 pointed out that the Hebrew name for “comet” is Kokhav shavit, a “Scepler star.” This has a direct bearing, I wrote, on the biblical tale of the seer Bilam. When the Israelites ended their wanderings in the desert after the Exodus and began the conquest of Canaan, the Moa- bite king summoned Bilam to curse the Israelites. But Bilam, realizing that the Israelite advance was divinely ordained, blessed them instead. He did so, he explained (Numbers 24:17), because he was shown a celestial vision:

I see it, though not now;
I behold it, though it is not near:
A star of Jacob did course, A scepter of Israel did arise.

In The Stairway to Heaven I provided a chronology that fixed the date of the Exodus at 1433 B.C.; the Israelite entry into Canaan began forty years later, in 1393 B.C. Halley’s comet, at an interval of 76 or 77 years, would have appeared circa 1390 B.C. Did Bilam consider that event as a divine signal that the Israelite advance could not and should not be stopped? If, in biblical times, the comet we call Halley’s was considered the Scepter Star of Israel, it could explain why the Jewish revolts of 164 B.C. and A.D. 66 were timed to coincide with the comet’s appearances. It is significant that in spite of the crushing defeat of the Judean revolt by the Romans in A.D. 66, the Jews took up arms again some seventy years later in a heroic effort to free Jerusalem and rebuild the Temple. The leader of that revolt, Shimeon Bar Kosiba, was renamed by the religious leaders Bar Kokhba, “Son of the Star,” specif- ically because of the above-quoted verses in Numbers 24.

One can only guess whether the revolt the Romans put down after three years, in A.D. 135, was also intended as  was the Maccabean one, to achieve the rededication of the Temple by the time of the return of Halley’s comet, in A.D.  142. The realization that we, in 1986, have seen and experienced the return of a majestic celestial body that had great historic impact in the past, should send a shudder down some spines, mine among them.

How far back does this messenger of the past go? According

to the Sumerian creation epics, it goes all the way back to the time of the Celestial Battle. Halley’s comet and its like are truly the Messengers of Genesis.

The Solar System, astronomers and physicists believe, was formed out of a primordial cloud of gaseous matter; like every- thing else in the universe, it was in constant motion—circling about its galaxy (the Milky Way) and rotating around its own center of gravity. Slowly the cloud spread as it cooled; slowly the center became a star (our Sun) and the planets coalesced out of the rotating disc of gaseous matter. Thenceforth, the motion of all parts of the Solar System retained the original direction of the primordial cloud, anticlockwise.  The  planets orbit the Sun in the same direction as did the original nebula; so do their satellites, or moons; so should also the debris that either did not coalesce or that resulted from the disintegration of bodies such as comets and asteroids. Everything must keep going anticlockwise. Everything must also remain within the plane of the original disk, which is called the Ecliptic.

Nibiru/Marduk did not conform to all that. Its orbit, as previously reviewed, was retrograde—in the opposite  direction, clockwise. Its effect on Pluto—which according to the Sumerian texts was GA.GA and was shifted by Nibiru to its present orbit, which is not within the ecliptic but inclined 17 degrees to it—suggests that Nibiru itself followed an inclined path. Sumerian instructions for its observation, fully discussed in The 12th Planet, indicate that relative to the ecliptic it arrived from the southeast, from under the ecliptic; formed an arc above the ecliptic; then plunged back below the ecliptic in its journey back to where it had come from.

Amazingly,  Halley’s  comet  shows  the  same  characteristics, and except for the fact that its orbit is so much smaller than that of Nibiru (currently about 76 years compared with Nibiru’ s 3,600 Earth-years), an illustration of Halley’s orbit (Fig. 26) could give us a good idea of Nibiru’s inclined and retrograde path. Looking at Halley’s comet, we see a miniature Nibiru! This orbital similarity is but one of the aspects that make this comet, and others too, messengers from the past—not only the historic past, but all the way back to Genesis.

Halley’s  comet  is  not  alone  in  having  an  orbit  markedly inclined  to  the  ecliptic  (a  feature  measured  as  an  angle  of Declination) and a retrograde direction. Nonperiodic comets— comets  whose  paths  form  not  ellipses  but  parabolas  or  even hyperbolas and whose orbits are so vast and whose limits are so far away they cannot even be calculated—have marked declinations, and about half of them move in a retrograde direction. Of about 600 periodic comets (which are now given the letter “P” in front of their name) that have been classified and catalogued, about 500 have orbital periods longer than 200 years; they all have declinations more akin to that of Halley’s than to the greater declinations of the nonperiodic comets, and more than half of them course in retrograde motion. Comets with medium orbital periods (between 200 and 20 years) and short periods (under 20 years) have a mean declination of 18 degrees, and some, like Halley’s, have retained the retrograde motion in spite of the immense gravitational effects of Jupiter.

It is noteworthy that of recently discovered comets, the one designated P/Hartley-IRAS (1983v) has an orbital period of 21 years, and its orbit is both retrograde and inclined to the ecliptic.

Where do comets come from, and what causes their odd orbits, of which the retrograde direction is the oddest in as- tronomers’ eyes? In the 1820s the Marquis Pierre-Simon de Laplace believed that comets were made of ice and that their glowing head (“coma”) and tail that formed as they neared the Sun, were both made of vaporized ice. This concept was replaced after the discovery of the extent and nature of the asteroid belt, and theories developed that comets were “flying sandbanks”—pieces of rock that might be the remains of a disintegrated planet. The thinking changed again in the 1950s mainly because of two hypotheses: Fred L. Whipple (then at Harvard) suggested that comets were “dirty snowballs” of ice (mainly water ice) mixed with darker specks of sandlike ma- terial; and Jan Oort, a Dutch astronomer, proposed that long- period comets come from a vast reservoir halfway between the Sun and the nearer stars. Because comets appear from all di- rections (traveling prograde, or anticlockwise; retrograde; and at different declinations), the reservoir of comets—billions of them—is not a belt or ring like the asteroid belt or the rings of Saturn but a sphere that surrounds the Solar System. This “Oort Cloud,” as the concept came to be named, settled at a mean distance, Oort calculated, of 100,000 astronomical units (AU) from the Sun, one AU being the average distance (93 million miles) of the Earth from the Sun. Because of pertur- bations and intercometal collisions, some of the cometary horde may have come closer, to only 50,000 AU from the Sun (which is still ten thousand times the distance of Jupiter from the Sun). Passing stars occasionally perturb these comets and send them flying toward the Sun. Some, under the gravitational influence of the planets, mainly Jupiter, become medium- or short-period comets; some, especially influenced by the mass of Jupiter, are forced into reversing their course (Fig. 27). This, briefly, is how the Oort Cloud concept is usually stated.

Since the 1950s the number of observed comets has increased by more than 50 percent, and computer technology has made possible the projection backward of cometary motions to determine their source. Such studies, as one by a team at the Harvard-Smithsonian Observatory under Brian G. Marsden, have shown that of 200 observed comets with periods of 250 years or more, no more than 10 percent could have entered the

Solar System from outer space; 90 percent have always been bound to the Sun as the focus of their orbits. Studies of cometary velocities have shown, in the words of Fred L. Whipple in his book, The Mystery of Comets, that “if we are really seeing comets coming from the void, we should expect them to fly by much faster than just 0.8 kilometers per second,” which they do not. His conclusion is that “with few exceptions, comets belong to the Sun’s family and are gravitationally attached to it.”

“During the past few  years,  astronomers have questioned the simple view of Oort’s Cloud,” stated Andrew Theokas of Boston  University  in  the  New  Scientist  (February  11,  1988); “astronomers still believe that the Oort Cloud exists, but the new results demand that they reconsider its size and shape.

They even reopen the questions about the origin of the Oort Cloud and whether it contains “new’ comets that have come from interstellar space.” As an alternative idea Theokas men- tions that of Mark Bailey of the University of Manchester, who suggested that most comets “reside relatively close to the Sun, just beyond the orbits of the planets.” Is it perhaps, one may ask, where Nibiru/Marduk’s “distant  abode”—its  aphelion— is?

The interesting aspect of the “reconsideration” of the Oort Cloud notion and the new data suggesting that comets, by and large, have always been part of the Solar System and not just outsiders occasionally thrust into it, is that Jan Oort himself had said so. The existence of a cloud of comets in interstellar space was his solution to the problem of parabolic and hyperbolic cometal orbits, not the theory he had developed. In the study that made him and the Oort Cloud famous (“The Structure of the Cloud of Comets Surrounding the Solar System and a Hypothesis Concerning its Origin,” Bulletin of the Astronomical Institutions of the Netherlands vol. 11, January 13, 1950) Oort’s new theory was called by him a “hypothesis of a common origin of comets and minor planets” (i.e., asteroids). The comets are out there, he suggested, not because they were “born” there but because they were thrust out to there. They were fragments of larger objects, “diffused away” by the perturbations of the planets and especially by Jupiter— just as more recently the Pioneer spacecraft were made to fly off into space by the “slingshot” effects of Jupiter’s and Sat- urn’s gravitation.

“The main process now,” Oort wrote, “is the inverse one,

that of a slow transfer of comets from a large cloud into short- period orbits. But at the epoch at which the minor planets (asteroids) were formed . . . the trend must have been the op- posite, many more objects being transferred from the asteroid region to the comet cloud. … It appears far more probable that instead of having originated in the faraway regions, comets

were born among the planets. It is natural to think in the first place of a relation with the minor planets (asteroids). There are indications that the two classes of objects”—comets and asteroids—”belong to the same ‘species.’ . . . It seems rea- sonable to assume that the comets originated together with the minor planets.” Summing up his study, Oort put it this way:

The existence of the huge cloud of comets finds a natural explanation if comets (and meteorites) are considered as minor planets escaped, at an early stage of the planetary system, from the ring of asteroids.

It all begins to sound like the Enuma elish. . . .

Placing the origin of the comets within the asteroid belt and considering both comets and asteroids as belonging to the same “species” of celestial objects—objects of a common birth— still leaves open the questions: How were these objects created? What gave “birth” to them? What “diffused” the  comets? What gave comets their inclinations and retrograde motions?

A major and outspoken study on the subject was made public in 1978 by Thomas C. Van Flandern of the U.S. Naval Observatory, Washington, D.C. (Icarus, 36). He titled the study, “A  Former  Asteroidal  Planet  as  the  Origin  of  Comets,”  and openly subscribed to the nineteenth-century suggestions that the asteroids, and the comets, come from a former planet that had exploded. It is noteworthy that in the references to Oort’s work, Van Flandern picked out its true essence: “Even  the father of the modern ‘cloud of comets’ theory was led to conclude,”  Van  Flandern  wrote,  “on  the  basis  of  evidence  then

available, that a solar system origin for these comets, perhaps in connection with ‘the occurrence which gave birth to the belt of asteroids,’ was still the least objectionable hypothesis.” He also referred to studies, begun in 1972, by Michael W. Oven- den, a noted Canadian astronomer who introduced the concept of a “principle of least interaction action,” a corollary of which was the suggestion that “there had existed, between Mars and Jupiter, a planet of a mass of about 90 times that of Earth, and that this planet had ‘disappeared’ in the relatively recent past, about 107 [10,000,000] years ago.” This, Ovenden further explained in 1975 (“Bode’s Law—Truth or  Consequences?” vol. 18, Vistas in Astronomy), is the only way to meet the requirement that “the cosmogonic theory must be capable of producing retrograde as well as direct” celestial motions.

Summarizing his findings, Van Flandern said thus in 1978:

The principal conclusion of this paper is that the comets originated in a breakup event in the inner solar system.

In all probability it was the same event which gave rise to the asteroid belt and which produced most of the meteors visible today.

He said that it was less certain that the same “breakup event” may have also given birth to the satellites of Mars and the outer satellites of Jupiter, and he estimated that the “breakup event” occurred five million years ago. He had no doubt, however, that the “breakup event” took place “in the asteroid belt.” Physical, chemical, and dynamic properties of the re- sulting celestial bodies, he stated emphatically, indicate “that a large planet did disintegrate” where the asteroid belt is today.

But what caused this large planet to disintegrate? “The most frequently asked question about this scenario,” Van Flandern wrote, “is ‘how can a planet blow up?’… There is presently,”

he conceded, “no satisfactory answer to this question.”

No satisfactory answer, that is, except the Sumerian one: the tale of Tiamat and Nibiru/Marduk, the Celestial Battle, the breakup of half of Tiamat, the annihilation of its moons (except for “Kingu”), and the forcing of their remains into a retrograde orbit…

A key criticism of the destroyed-planet theory has been the problem of the whereabouts of the planet’s matter; when astronomers estimate the total mass of the known asteroids and comets it adds up to only a fraction of the estimated mass of the broken-up planet. This is especially true if Ovenden’s estimate of a planet with a mass ninety times that of Earth is used in the calculations. Ovenden’s response to such criticism has been that the missing mass was probably swept up by Jupiter; his own calculations (Monthly Notes of the Royal Astronomical Society, 173, 1975) called for an increase in the mass of Jupiter by as much as 130 Earth-masses as a result of the capture of asteroids, including Jupiter’s several retrograde moons. To allow for the discrepancy between the mass (ninety times that of Earth) of the broken-up planet and the accretion of 130 Earth-sized masses to Jupiter, Ovenden cited other studies that concluded that Jupiter’s mass had decreased some time in its past.

Rather than to first inflate the size of Jupiter and then shrink it back, a better scenario would be to shrink the estimated size of the destroyed planet. That is what the Sumerian texts have put forth. If Earth is the remaining half of Tiamal, then Tiamat was roughly twice the size of Earth, not ninety times. Studies of the asteroid belt reveal not only capture by Jupiter but a dispersion of the asteroids from their assumed original site at about 2.8 AU to a zone so wide that it occupies the space between 1.8 AU and 4 AU. Some asteroids are found between Jupiter and Saturn; a recently discovered one (2060 Chiron) is located between Saturn and Uranus at 13.6 AU. The smashup of the destroyed planet must have been, therefore, extremely forceful—as in a catastrophic collision.

In addition to the voids between groups of asteroids, astronomers discern gaps within the clusters of asteroids (Fig. 28). The latest theories hold that there had been asteroids in the gaps but they were ejected, all the way to outer space except for those that may have been captured on the way by the gravitational forces of the outer planets; also, the asteroids that used to be in the “gaps” were probably destroyed “by catastrophic collisions”! (McGraw-Hill Encyclopedia of Astronomy, 1983). In the absence of valid explanations for such ejections and catastrophic collisions, the only plausible theory is that offered by the Sumerian texts, which describe the orbit of Nibiru/Marduk as a vast, elliptical path that brings it periodically (every 3,600 Earth years, by my calculations) back into the asteroid belt. As Figures 10 and 11 show, the conclusion drawn from the ancient texts was that Nibiru/Marduk

passed by Tiamat on her outer, or Jupiter, side; repeated returns to that celestial zone can account for the size of the “gap” there. It is the periodic return of Nibiru/Marduk that causes the “ejecting” and “sweeping.”

By the acknowledgment of the existence of Nibiru and its periodic return to the Place of the Battle, the puzzle of the “missing matter” finds a solution. It also addresses the theories that place the accretions of mass by Jupiter at a relatively recent time (millions, not billions, of years ago). Depending on where Jupiter was at the times of Nibiru’s perihelion, the accretions might have occurred during various passages of Nibiru and not necessarily as a one-and-only event at the time of the cata- strophic breakup of Tiamat. Indeed, spectrographic studies of asteroids reveal that some of them “were heated within the first few hundred million years after the origin of the solar system” by heat so intense as to melt them; “iron sank to their centers, forming strong stony-iron cores, while basaltic lavas floated to their surface, producing minor planets like Vesta” (McGraw-Hill Encyclopedia of Astronomy). The suggested time of the catastrophe is the very time indicated in The 12th Planet—some 500 million years after the formation of the Solar System.

Recent scientific advances in astronomy and astrophysics go beyond corroborating the Sumerian cosmogony in regard to the celestial collision as the common origin of the comets and the asteroids, the site of that collision (where the remains of the asteroid belt still orbit), or even the time of the cata- strophic event (about 4 billion years ago). They also corro- borate the ancient texts in the vital matter of water.

The presence of water, the mingling of waters, the separation of waters—all somehow played an important role in the tale of Tiamat, Nibiru/Marduk, and the Celestial Battle and its aftermath. Part of the puzzle was already answered when we showed that the ancient notion of the asteroid belt as a divider of the waters “above” and the water “below” is corroborated by modern science. But there was more to this preoccupation with water. Tiamat was described as a “watery monster,” and the Mesopotamian texts speak of the handling of her waters by Nibiru/Marduk:

Half of her he stretched as a ceiling to be Sky,
As a bar at the Place of Crossing he posted it to guard;
Not to allow her waters to escape was its command.

The concept of an asteroid belt not only as a divider between the waters of the planets above and below it but also as a “guardian” of Tiamat’s own waters is echoed in the biblical verses of Genesis, where the explanation is given that the “Hammered-out bracelet” was also called Shama’im, the place “where the waters were.” References to the waters where the Celestial Battle and the creation of the Earth and the Shama’im took place are frequent in the Old Testament, indicating millennia-old familiarity with Sumerian cosmogony even at the time of the Prophets and Judean kings. An example is found in Psalm 104, which depicts the Creator as the Lord

Who has stretched out the Shama'im as a curtain, Who in the waters for His ascents put a ceiling.

These verses are almost a word-for-word copy of the verses in Enuma dish; in both instances, the placing of the asteroid belt “where the waters were” followed the earlier acts of the splitting up of Tiamat and having the invader’s “wind” thrust the half that became Earth into a new orbit. The waters of Earth would explain the whereabouts of some or most of Tia- mat’s waters. But what about the remains of her other part and of her satellites? If the asteroids and comets are those remains, should they not also contain water?

What would have been a preposterous suggestion when these objects were deemed “chunks of debris” and “flying sand- banks” has turned out, as the result of recent discoveries, to be not so preposterous: the asteroids are celestial objects in which water—yes, water—is a major component.

Most asteroids belong to two classes. About 15 percent be- long to the S type, which have reddish surfaces made up of silicates and metallic iron. About 15 percent are of the C type: they are carbonaceous (containing carbon), and it is these that have been found to contain water. The water discovered in such asteroids (through spectrographic studies) is not in liquid form; since asteroids have no atmospheres, any water on their

surface would quickly dissipate. But the presence of water molecules in the surface materials indicates that the minerals that make up the asteroid have captured water and combined with it. Direct confirmation of this finding was observed in August 1982, when a small asteroid that came too close to Earth plunged into the Earth’s atmosphere and disintegrated; it was seen as “a rainbow with a long tail going across the sky.” A rainbow appears when sunlight falls on a collection of water drops, such as rain, fog, or spray.

When the asteroid is more like what its name originally implied, “minor planet,” actual water in  liquid  form  could well be present. Examination of the infrared spectrum of the largest and first-to-be-discovered asteroid Ceres shows an extra dip in the spectral readings that is the result of free water rather than water bound to minerals. Since free water even on Ceres will quickly evaporate, the astronomers surmise that Ceres must have a constant source of water welling up from its in- terior. “If that source has been there throughout the career of Ceres,” wrote the British astronomer Jack Meadows (Space Garbage—Cornels, Meteors and Other Solar-System Debris), “then it must have started life as a very wet lump of rock.” He pointed out that carbonaceous meteorites also “show signs of having been extensively affected by water in times past.”

The celestial body designated 2060 Chiron, interesting in many ways, also confirms the presence of water in the remnants of the Celestial Battle. When Charles Kowal of the Hale Observatories  on  Mount  Palomar,  California,  discovered  it  in November 1977, he was not certain what it was. He simply referred to it as a planetoid, named it temporarily “O-K” for “Object Kowal,” and opined that it might be a wayward satellite of either Saturn or Uranus. Several weeks of follow-up studies revealed an orbit much more elliptical than that of planets or planetoids, one closer to that of comets. By 1981 the object was determined to be an asteroid, perhaps one of others to be found reaching as far out as Uranus, Neptune or beyond, and was given the designation 2060 Chiron. However, by 1989, further observations by astronomers at Kitt Peak National Observatory (Arizona) detected an extended atmo- sphere of carbon dioxide and dust around Chiron, suggesting that it is more cometlike. The latest observations have also established that Chiron “is essentially a dirty snowball com- posed of water, dust and carbon-dioxide ice.”

If Chiron proves to be more a comet than an asteroid, it will only serve as further evidence that both classes of these rem- nants of the Genesis event contain water.

When a comet is far away from the Sun, it is a dark and invisible object. As it nears the Sun, the Sun’s radiation brings the comet’s nucleus to life. It develops a gaseous head (the coma) and then a tail made up of gases and dust ejected by the nucleus as it heats up. It is the observation of these emis- sions that has by and large confirmed Whipple’s view of comets as “dirty snowballs,” first by determining that the onset of activity in comets as the nucleus begins to heat up is consistent with the thermodynamic properties of water ice, and then by spectroscopic analysis of the gaseous emissions, which have invariably shown the presence of the compound H2O (i.e., water).

The presence of water in comets has been definitely estab- lished in recent years through enhanced examination of arriving comets. Comet Kohoutek (1974) was studied not only from Earth but also with rockets, from orbiting manned spacecraft (Skylab), and from the Mariner 10 spacecraft that was on its way to Venus and Mercury. The findings, it was reported at the time, provided “the first direct proof of water” in a comet. “The water finding, as well as that of two complex molecules in the comet’s tail, are the most significant to date,” stated Stephen P. Moran, who directed the scientific project for NASA. And all scientists concurred with the evaluation by astrophysicists  at  the  Max  Planck  Institute  for  Physics  and Astrophysics in Munich that was seen were “the oldest and essentially unchanged specimens of the material from the birth of the Solar System.”

Subsequent cometary observations confirmed these findings. However, none of those studies, accomplished with a variety of instruments, match the intensity with which Halley’s comet was probed in 1986. The Halley findings established unequivocally that the comet was a watery celestial body.

Apart from several only partly successful efforts by the United States to examine the comet from a distance, Halley’s comet was met by a virtual international welcoming flotilla of

five spacecraft, all unmanned. The Soviets directed to a Comet Halley rendezvous Vega 1 and Vega 2 (Fig. 29a), the Japanese sent the spacecraft Sakigake and Suisei, and the European Space Agency launched Giotto (Fig. 29b)—so named in honor of the Florentine master painter Giotto di Bondone (fourteenth century), who was so enchanted by Halley’s comet when it appeared in his time that he included it, streaking across the sky, in his famous fresco Adoration of the Magi, suggesting that this comet was the Star of Bethlehem in the tale of the birth of Christ (Fig. 30).

As intensive observations began when Halley’s comet developed its coma and tail in November 1985, astronomers at the Kitt Peak Observatory tracking the comet with telescopes reported it was certain “that the comet’s dominant constituent is water ice, and that much of the tenuous 360,000-mile-wide cloud surrounding it consisted of water vapor.” A statement by Susan Wyckoff of Arizona State University claimed that

“this was the first strong evidence that water ice was prevalent.” These telescopic observations were augmented  in  January 1986 by infrared observations from high-altitude aircraft, whereupon a team made up of NASA scientists and astronomers from several American universities announced “direct confirmation that water was a major constituent of Halley’s comet.”

By January 1986, Halley’s comet had developed an immense tail and a halo of hydrogen gas that measured 12.5 million miles  across—fifteen  times  bigger  than  the  diameter  of  the Sun. It was then that NASA’s engineers commanded the space- craft Pioneer-Venus (which was orbiting Venus) to turn its instruments toward the nearing comet (at its perihelion Halley’s passed between Venus and Mercury). The spacecraft’s spectrometer, which “sees” the atoms of its subject, revealed that “the comet was losing 12 tons of water per second.” As it neared perihelion on March 6, 1986, Ian Stewart, the director of NASA’s Halley’s project at the Ames Research Center, reported that the rate of water loss “increased enormously,” first to 30 tons a second and then to 70 tons a second; he assured the press, however, that even at this rate Halley’s comet had “enough water ice to last thousands of more orbits.”

The close encounters with Halley’s comet began on March 6, 1986, when Vega 1 plunged through Halley’s radiant at- mosphere and, from a distance of less than 6,000 miles, sent the first-ever pictures of its icy core. The press dutifully noted that what Mankind was seeing was the nucleus of a celestial body that had evolved when the Solar System began. On March 9, Vega 2 flew within 5,200 miles of Halley’s nucleus and confirmed the findings of Vega 1. The spacecraft also revealed that the comet’s “dust” contained chunks of solid matter, some boulder size, and that this heavier crust or layer enveloped a nucleus where the temperature—almost 90 million miles from the Sun—was a hot 85 degrees Fahrenheit.

The two Japanese spacecraft, designed to study the effect of the solar wind on the comet’s tail and the comet’s huge hydrogen cloud, were targeted to pass at substantial distances from Halley’s. But Giotto’s mission was to meet the comet virtually head-on, swooping at an immense encounter speed within 300 mites from the comet’s core. On March 14 (European time), Giotto streaked past the heart of Halley’s comet and revealed a “mysterious nucleus,” its color blacker than coal, its size bigger than had been thought (about half the size of Manhattan Island). The shape of the nucleus was rough and irregular (Fig. 31), some describing it as “two peas in a pod” and some as an irregularly shaped “potato.” From the nucleus five main jets were emitting streams of dust and 80 percent water vapor, indicating that within the carbonaceous crust the comet contained “melted ice”—liquid water.

The first comprehensive review of the results of all these close-up observations was published in Nature’s special sup- plement of 15-21 May, 1986. In the series of very detailed reports, the Soviet team confirmed the first findings that water (H2O) is the comet’s major component, followed by carbon and hydrogen compounds. The Giotto report stated repeatedly that “H2O is the dominant parent molecule in Halley’s coma,” and that “water vapor accounts for about 80% of the volume of gases escaping from the comet.” These preliminary con- clusions were reaffirmed in October 1986, at an international

conference in Heidelberg, West Germany. And in December 1986, scientists at the John Hopkins University announced that evaluation of data collected in March 1986 by the small Earth- orbiting satellite IUE (International Ultraviolet Explorer) re- vealed an explosion on Hailey’s Comet that blew 100 cubic feet of ice out of the comet’s nucleus.

There was water everywhere on these Messengers of Genesis!

Studies  have shown  that  comets  coming in  from  the cold “come to life” as they reach a distance of between 3 to 2.5

AU, and that water is the first substance to unfreeze there. Little significance has been given to the fact that this distance from the Sun is the zone of the asteroid belt, and one must wonder whether it is there that comets come to life because it is where they were born—whether water comes to life there because there is where it had been, on Tiamat and her watery host     

In the discoveries concerning the comets and the asteroids, something else came to life: the ancient knowledge of Sumer.

CELESTIAL “SEEING EYES”

When the Anunnaki’s Mission Earth reached its full com- plement, there were six hundred of them  on  Earth,  while three hundred remained in orbit,  servicing  the  shuttle  craft. The Sumerian term for the latter was IGI.GI, literally “Those who observe and see.”

Archaeologists have found in Mesopotamia many objects they call “eye idols” (a), as well as  shrines  dedicated  to these “gods” (b). Texts refer to devices used by the  An- unnaki to “scan the Earth  from  end  to  end.”  These  texts and depictions imply the use by the Anunnaki of Earth- orbiting, celestial  “seeing eyes”—satellites that “observe and see.”

Perhaps it is no coincidence that some  of the Earth-scanning,  and  especially  fixed-position  communications  satellites launched in our own modern times, such as  Intelsat- IV and Intelsat IV-A (c, d), look so much like these millennia-old depictions.

5

GAIA: THE CLEAVED PLANET

Why do we call our planet “Earth”?

In German it is Erde, from Erda in Old High German; Jordh in Icelandic, Jord in Danish. Erthe in Middle English, Airtha in Gothic; and going eastward geographically and backward in time, Ereds or Aratha in Aramaic, Erd or Ertz in Kurdish, Eretz in Hebrew. The sea we nowadays call the Arabian Sea, the body of water that leads to the Persian Gulf, was called in antiquity the Sea of Erythrea; and to this day, ordu means an encampment or settlement in Persian. Why?

The answer lies in the Sumerian texts that relate the arrival of the first group of Anunnaki/Nefilim on Earth. There were fifty of them, under the leadership of E.A (“Whose Home is Water”), a great scientist and the Firstborn son of the ruler of Nibiru, ANU. They splashed down in the Arabian Sea and waded ashore to the edge of the marshlands that, after the climate warmed up, became the Persian Gulf (Fig. 32). And at the head of the marshlands they established their first set- tlement on a new planet; it was called by them E.RI.DU— “Home In the Faraway”—a most appropriate name.

And so it was that in time the whole settled planet came to be called after that first settlement—Erde, Erthe, Earth. To this day, whenever we call our planet by its name, we invoke the memory of that first settlement on Earth; unknowingly, we remember Eridu and honor the first group of Anunnaki who established it.

The Sumerian scientific or technical term for Earth’s globe and its firm surface was KI. Pictographically it was represented as a somewhat flattened orb (Fig. 33a) crossed by vertical lines not unlike modern depictions of meridians (Fig. 33b). Since Earth does indeed bulge somewhat at its equator, the Sumerian

representation is more correct scientifically than the usual modern way of depicting Earth as a perfect globe. . . .

After Ea had completed the establishment of the first five of the seven original settlements of the Anunnaki, he was given the title/epithet EN.KI, “Lord of Earth.” But the term KI, as a root or verb, was applied to the planet called “Earth” for a reason. It conveyed the meaning “to cut off, to sever, to hollow out.” Its derivatives illustrate the concept: KI.LA meant “ex- cavation,” KI.MAH “tomb,”  KI.IN.DAR  ”crevice,  fissure.” In Sumerian astronomical texts the term KI was prefixed with the  determinative  MUL  (“celestial  body”).  And  thus  when they spoke of mul.KI, they conveyed the meaning, “the  ce- lestial body that had been cleaved apart.”

By calling Earth KI, the Sumerians thus invoked their cos- mogony—the tale of the Celestial Battle and the cleaving of Tiamat.

Unaware of its origin we continue to apply this descriptive epithet to our planet to this very day. The intriguing fact is that over time (the Sumerian civilization was two thousand years old by the time Babylon arose) the pronunciation of the term ki changed to gi, or sometimes ge. It was so carried into the Akkadian and its linguistic branches (Babylonian, Assyr- ian, Hebrew), at all times retaining its geographic or topo- graphic connotation as a cleavage, a ravine, a deep valley. Thus the biblical term that through Greek translations of the Bible is read Gehenna stems from the Hebrew Gai-Hinnom, the crevicelike narrow ravine outside Jerusalem named after Hinnom, where divine retribution shall befall the sinners via an erupting subterranean fire on Judgment Day.

We have been taught in school that the component geo in all the scientific terms applied to Earth sciences—geo-graphy, goo-metry, geo-logy, and so on—comes from the Greek Gaia (or Gaea), their name for the goddess of Earth. We were not taught where the Greeks picked up this term or what its real meaning was. The answer is, from the Sumerian KI or GI.

Scholars agree that the Greek notions of primordial events and of the gods were borrowed from the Near East, through Asia Minor (at whose western edge early Greek settlements like Troy were located) and via the island of Crete in the eastern Mediterranean. According to Greek tradition Zeus, who was

the chief god of the twelve Olympians, arrived on the Greek mainland via Crete, whence he had fled after abducting the beautiful Europa, daughter of the Phoenician king of Tyre. Aphrodite arrived from the Near East via the island of Cyprus. Poseidon (whom the Romans called Neptune) came on horse- back via Asia Minor, and Athena brought the olive to Greece from the lands of the Bible. There is no doubt that the Greek alphabet developed from a Near Eastern one (Fig. 34). Cyrus H. Gordon (Forgotten Scripts: Evidence for the Minoan Lan- guage and other works) deciphered the enigmatic Cretan script known as Linear A by showing that it represented a Semitic, Near Eastern language. With the Near Eastern gods and the terminology came also the “myths” and legends.

The earliest Greek writings concerning antiquity and the affairs of gods and men were the Iliad, by Homer; the Odes of  Pindar  of  Thebes;  and  above  all  the  Theogony  (“Divine Genealogy”) by Hesiod, who composed this work and another (Works and Days). In the eighth century B.C., Hesiod began the divine tale of events that ultimately led to the supremacy of Zeus—a story of passions, rivalries, and struggles covered in The Wars of Gods and Men, third book of my series The Earth Chronicles—and the creation of the celestial gods, of Heaven and Earth out of Chaos, a tale not unlike the biblical Beginning:

Verily, at first Chaos came to be, and next the wide-bosomed Gaia—
she who created all the immortal ones
who hold the peaks of snowy Olympus:
Dim Tartarus, wide-pathed in the depths,
and Eros, fairest among the divine immortals. . . .
From Chaos came forth Erebus and black Nyx;
And of Nyx were born Aether and Hemera.

At this point in the process of the formation of the “divine immortals”—the celestial gods—”Heaven” does  not  yet  ex- ist, just as the Mesopotamian sources recounted. Accordingly, the “Gaia” of these verses is the equivalent of Tiamat, “she who bore them all” according to the Enuma elish. Hesiod lists the celestial gods who followed “Chaos” and “Gaia” in three pairs (Tartarus and Eros, Erebus and Nyx, Aether and Hemera). The parallel with the creation of the three pairs in Sumerian cosmogony (nowadays named Venus and Mars, Saturn and Jupiter, Uranus and Neptune) should be obvious (though this comparability seems to have gone unnoticed).

Only after the creation of the principal planets that made up the Solar System when Nibiru appeared to invade it does the tale by Hesiod—as in the Mesopotamian and biblical texts— speak of the creation of Ouranos, “Heaven.” As explained in the Book of Genesis, this Shama’im was the Hammered-Out- Bracelet, the asteroid belt. As related in the Enuma elish, this was the half of Tiamat that was smashed to pieces, while the other, intact half became Earth. All this is echoed in the ensuing verses of Hesiod’s Theogony:

And Gaia then bore starry Ouranos
—equal to herself—
to envelop her on every side,
to be an everlasting abode place for the gods.

Equally split up. Gaia ceased to be Tiamat. Severed from the smashed-up half that became the Firmament, everlasting abode of the asteroids and comets, the intact half (thrust into another orbit) became Gaia, the Earth. And so did this planet, first as Tiamat and then as Earth, live up to its epithets: Gaia, Gi, Ki—the Cleaved One.

How did the Cleaved Planet look in the aftermath of the Celestial Battle, now orbiting as Gaia/ Earth? On one side there were the firm lands that had formed the crust of Tiamat; on the other side there was a hollow, an immense cleft into which the waters of the erstwhile Tiamat must have poured. As Hesiod put it, Gaia (now the half equivalent to Heaven) on one side “brought forth long hills, graceful haunts of the goddess- Nymphs”; and on the other side “she bare Pontus, the fruitless deep with its raging swell.'”

This is the same picture of the cleaved planet provided by the Book of Genesis:

And Elohim said,
"Let the waters under the heaven be gathered together into one place, and let the dry land appear."
And it was so.
And Elohim called the dry land "Earth,"
and the gathered-together water He called "Seas."

Earth, the new Gaia, was taking shape.

Three thousand years separated Hesiod from the time when the Sumerian civilization had blossomed out; and it is clear that throughout those millennia ancient peoples, including the authors or compilers of the Book of Genesis, accepted the Sumerian cosmogony. Called  nowadays  “myth,”  “legend,” or “religious beliefs,” in those previous millennia it was science—knowledge, the Sumerians asserted, bestowed by the Anunnaki.

According to that ancient knowledge, Earth was not an original member of the Solar System. It was the cleaved-off half of a planet then called Tiamat, “she who bore them all.” The Celestial Battle that led to the creation of Earth occurred several hundred million years after the Solar System with its planets had been created. Earth, as a part of Tiamat, retained much of the water that Tiamat, “the watery monster,” was known for. As Earth evolved into an independent planet and attained the shape of a globe dictated by the forces of gravity, the waters were gathered into the immense cavity on the torn-off side, and dry land appeared on the other side of the planet This, in summary, is what the ancient peoples firmly believed. What does modern science have to say?

The theories concerning planetary formation hold that they started as balls congealing from the gaseous disk extending from the Sun. As they cooled, heavier matter—iron, in Earth’s case—sank into their centers, forming a solid inner core. A less solid, plastic, or even fluid outer core surrounded the inner one; in Earth’s case, it is believed to consist of molten iron. The two cores and their motions act as a dynamo, producing the planet’s magnetic field. Surrounding the solid and fluid cores is a mantle made of rocks and minerals; on Earth it is estimated to be some 1,800 miles thick. While the fluidity and heat generated at the planet’s core (some 12,000 degrees Fahrenheit in the Earth’s center) affect the mantle and what is on top of it, it is the uppermost 400 miles or so of the mantle (on Earth) that mostly account for what we see on the surface of the planet—its cooled crust.

The processes that produce, over billions of years, a spher- ical orb—the uniform force of gravity and the planet’s rotation around its axis—should also result in an orderly layering. The solid inner core, the flexible or fluid outer core, the thick lower mantle of silicates, the upper mantle of rocks, and the upper- most crust should encompass one another in ordered layers,

like the skin of an onion. This holds true for the orb called Earth (Fig. 35)—but only up to a point; the main abnormalities concern Earth’s uppermost layer, the crust.

Ever since the extensive probes of the Moon and Mars in the 1960s and 1970s, geophysicists have been puzzled by the paucity of the Earth’s crust. The crusts of the Moon and of Mars comprise 10 percent of their masses, but the Earth’s crust comprises less than one half of 1 percent of the Earth’s land- mass. In 1988, geophysicists from Caltech and the University of Illinois at Urbana, led by Don Anderson, reported to the American Geological Society meeting in Denver,  Colorado, that they had found the “missing crust.” By analyzing shock waves from earthquakes, they concluded that material that be- longs in the crust has sunk down and lies some 250 miles below the Earth’s surface. There is enough crustal material there, these scientists estimated, to increase the thickness of the Earth’s crust tenfold. But even so, it would have given Earth a crust comprising no more than about 4 percent of its land-mass—still only about half of what seems to be the norm (judging by the Moon and Mars); half of the Earth’s crust will still be missing even if the findings by this group prove correct. The theory also leaves unanswered the question of what force caused the crustal material, which is lighter than the mantle’s material, to “dive”—in the words of the report—hundreds of miles into the Earth’s interior. The team’s suggestion was that the crustal material down there consists of “huge slabs of crust” that “dived into the Earth’s interior” where fissures exist in the crust. But what force had broken up the crust into such “huge slabs”?

Another abnormality of the Earth’s crust is that it is not uniform. In the parts we call “continents,” its thickness varies from about 12 miles to almost 45 miles; but in the parts taken up by the oceans the crust is only 3.5 to five miles thick. While the average elevation of the continents is about 2,300 feet, the average depth of the oceans is more than 12,500 feet. The combined result of these factors is that the much thicker con- tinental crust reaches much farther down into the mantle, whereas the oceanic crust is just a thin layer of solidified ma- terial and sediments (Fig. 36).

There are other differences between the Earth’s crust where the continents are and where the oceans are. The composition of the continental crust, consisting in large part of rocks resembling granite, is relatively light in comparison with the composition of the mantle: the average continental density is 2.7-2.8 grams per cubic centimeter, while that of the mantle is 3.3 grams per cubic centimeter. The oceanic crust is heavier and denser than the continental crust, averaging a density of 3.0 to 3.1 grams per cubic centimeter; it is thus more akin to the mantle, with its composition of basaltic and other dense rocks, than to the continental crust. It is noteworthy that the “missing crust” the scientific team mentioned above suggested had dived into the mantle is similar in composition to the oceanic crust, not to the continental crust.

This leads to one more important difference between the Earth’s continental and oceanic crusts. The continental part of the crust is not only lighter and thicker, it is also much older than the oceanic part of the crust. By the end of the 1970s the consensus among scientists was that the greater part of today’s continental surface was formed some 2.8 billion years ago. Evidence of a continental crust from that time that was about as thick as today’s is found in all the continents in what geologists term Archean Shield areas; but within those areas, crustal rocks were discovered that turned out to be 3.8 billion years old. In 1983, however, geologists of the Australian National University found, in western Australia, rock remains of a continental crust whose age was established to be 4.1 to 4.2 billion years old. In 1989, tests with new, sophisticated methods on rock samples collected a few years earlier in northern Canada (by researchers from Washington University in St. Louis and from the Geological Survey of Canada) determined the rocks’ age to be 3.96 billion years; Samuel Bowering of Washington University reported evidence that nearby rocks in the area were as much as 4.1 billion years old.

Scientists are still hard put to explain the gap of about 500 million years between the age of the Earth (which meteor fragments, such as those found at Meteor Crater in Arizona, show to be 4.6 billion years) and the age of the oldest rocks thus far found; but no matter what the explanation, the fact that Earth had its continental crust at least 4 billion years ago is by now undisputed. On the other hand, no part of the oceanic crust has been found to be more than 200 million years old.

This is a tremendous difference that no amount of speculation about rising and sinking continents, forming and vanishing seas can explain. Someone has compared the Earth’s crust to the skin of an apple. Where the oceans are, the “skin” is fresh— relatively speaking, born yesterday. Where the oceans began in primordial times, the “skin,” and a good part of the “apple” itself, appear to have been shorn off.

The differences between the continental and oceanic crusts must have been even greater in earlier times, because the continental crust is constantly eroded by the forces of nature, and a good deal of the eroded solids are carried into the oceanic basins, increasing the thickness of the oceanic crust. Furthermore, the oceanic crust is constantly enhanced by the upwelling of molten basaltic rocks and silicates that flow up from the mantle through faults in the sea floor. This process, which puts down ever-new layers of oceanic crust, has been going on for 200 million years, giving the oceanic crust its present form. What was there at the bottom of the seas before then? Was there no crust at all, just a gaping “wound” in the Earth’s surface? And is the ongoing oceanic crust formation akin to the process of blood clotting, where the skin is pierced and wounded?

Is Gaia—a living planet—trying to heal her wounds?

The most obvious place on the surface of the Earth where it was so “wounded” is the Pacific Ocean. While the average plunge in the crust’s surface in its oceanic parts is about 2.5 miles, in the Pacific the crust has been gouged out to a present depth reaching at some points 7 miles. If we could remove from the Pacific’s floor the crust built up there over the last 200 million years, we would arrive at depths reaching 12 miles below the water’s surface and between some 20 to nearly 60 miles below the continental surface. This is quite a cavity. . . .

How deep was it before the crustal buildup over the past 200 million years—how large was the “wound” 500 million years ago, a billion years ago, 4 billion years ago? No one can even guess, except to say that it was substantially deeper.

What can be said with certainty is that the extent of the gouging was more extensive, affecting a vastly greater part of the planet’s surface. The Pacific Ocean at present  occupies about a third of Earth’s surface; but (as far as can be ascertained for the past 200 million years) it has been shrinking. The reason for the shrinkage is that the continents flanking it—the Americas on the east, Asia and Australia on the west—are moving closer to each other, squeezing out the Pacific slowly but relentlessly, reducing its size inch by inch year by year.

The science and explanations dealing with this process have come to be known as the Theory of Plate Tectonics. Its origin lies, as in the study of the Solar System, in the discarding of notions of a uniform, stable, permanent condition of the planets in favor of the recognition of catastrophism, change, and even evolution—concerning not only flora and fauna but the globes on which they evolved as “living” entities that can grow and shrink, prosper and suffer, even be born and die.

The new science of plate tectonics, it is now generally recognized, owes its beginning to Alfred Wegener, a German meteorologist, and his book Die Entstehung der Kontinente und Ozeane, published in 1915. As it was for others before him, his starting point was the obvious “fit” between the contours of the continents on both sides of the southern Atlantic. But before Wegener’s ideas, the solution had been to postulate the disappearance, by sinking, of continents or land bridges: the belief that the continents have been where they are from time immemorial, but that a midsection sank below sea level, giving the appearance of continental separation. Augmenting available data on flora and fauna with considerable geological “matches” between the two sides of the Atlantic, Wegener came up with the notion of Pangaea—a supercontinent, a single huge landmass into which he could fit all the present continental masses like pieces in a jigsaw puzzle. Pangaea, which covered about one half of the globe, Wegener suggested, was surrounded by the primeval Pacific Ocean. Floating in the midst of the waters like an ice floe, the single landmass underwent a series of liftings and healings until a definite and final breakup in the Mesozoic Era, the geological period that lasted from 225 to 65 million years ago. Gradually the pieces began to drift apart.  Antarctica,  Australia,  India, and Africa began to break away and separate (Fig. 37a). Subsequently, Africa and South America split apart (Fig. 37b) as North America began to move away from Europe and India was thrust toward Asia (Fig. 37c); and so the continents continued to drift until they rearranged themselves in the pattern we know today (Fig. 37d).

The split-up of Pangaea into several separate continents was accompanied by the opening up and closing down of bodies of water between the separating pieces of the landmass. In time the single “Panocean” (if I may be allowed to coin a term) also separated into a series of connecting oceans or enclosed seas (such as the Mediterranean, Black, and Caspian seas), and such major bodies of water as the Atlantic and the Indian oceans took shape. But all these bodies of water were “pieces” of the original “Panocean,” of which the Pacific Ocean still remains.

Wegener’s view of the continents as “pieces of a cracked ice floe” shifting atop an impermanent surface of the Earth was  mostly  received  with  disdain,  even  ridicule,  by  the  geologists and paleontologists of the time. It took half a century for the idea of Continental Drift to be accepted into the halls of science. What helped bring about the changed attitude were surveys of the ocean floors begun in the 1960s that revealed such features as the Mid-Atlantic Ridge that, it was surmised, was formed by the rise of molten rock (called “magma”) from the Earth’s interior. Welling up, in the case of the Atlantic, through a fissure in the ocean floor that runs almost the whole ocean’s length, the magma cooled and formed a ridge of basaltic rock. But then as one welling up followed another, the old sides of the ridge were pushed to either side to make way for the new magma flow. A major advance in these studies of the ocean floors took place with the aid of Seasat, an oceanographic satellite launched in June 1978 that orbited the Earth for three months; its data were used to map the sea floors, giving us an entirely new understanding of our oceans, with their ridges, rifts, seamounts, underwater volcanoes, and fracture zones. The discovery that as each upwelling of magma cooled and solidified it retained the magnetic direction of its position at that time was followed by the determination that a series of such magnetic lines, almost parallel to one another, provided a time scale as well as a directional map for the ongoing expansion of the ocean’s floor. This expansion of the sea floor in the Atlantic was a major factor in pushing apart Africa and South America and in the creation of the Atlantic Ocean (and its continuing widening).

Other forces, such as the gravitational pull of the Moon, the Earth’s rotation, and even movements of the underlying mantle, also are believed to act to split up the continental crust and shift the continents about. These forces also exert their influence, naturally, in the Pacific region. The Pacific Ocean revealed   even   more   midocean  ridges,   fissures,   underwater volcanoes,  and  other features like  those  that have  worked to expand the Atlantic Ocean. Why, then, as all the evidence shows, have the landmasses flanking the Pacific not moved apart (as the continents flanking the Atlantic have done) but rather keep moving closer, slowly but surely, constantly re- ducing the size of the Pacific Ocean?

The explanation is found in a companion theory of continental drift, the Theory of Plate Tectonics. The continents, it has been postulated, rest upon giant movable “plates” of the Earth’s crust, and so do the oceans. When the continents drift, when oceans expand (as the Atlantic) or contract (as the Pacific), the underlying cause is the movement of the plates on which they ride. At present scientists recognize six major plates (some of which are further subdivided): the Pacific, American, Eurasian, African, Indo-Australian, and Antarctic (Fig. 38).

The spreading seafloor of the Atlantic Ocean is still distancing the Americas from Europe and Africa, inch by inch. The con- comitant shrinking of the Pacific Ocean is now recognized to be accommodated by the dipping, or “subduction,” of the Pacific plate under the American plate. This is the primary cause of the crustal shifts and earthquakes all along the Pacific rim, as well as of the rise of the major mountain chains along that rim. The collision of the Indian plate with the Eurasian one created the Himalayas and fused the Indian subcontinent to Asia. In 1985, Cornell University scientists discovered the “geological suture” where a part of the western African plate remained attached to the American plate when the two broke apart some fifty million years ago, “donating” Florida and southern Georgia to North America.

With some modifications, almost all scientists today accept Wegener’s hypothesis of an Earth initially consisting of a single landmass  surrounded  by  an  all-embracing  ocean.  Notwithstanding (geologically) the young age (200 million years) of the present seafloor, scholars recognize that there had been a primeval ocean on Earth whose traces can be found not in the newly covered depths of the oceans but on the continents. The Archean Shield zones, where the youngest rocks are 2.8 billion years old, contain belts of two kinds: one of greenstone, another of granite-gneiss. Writing in Scientific American of March, 1977, Stephen Moorbath (‘The Oldest Rocks and the Growth of Continents””) reported (hat geologists “believe that the greenstone belt rocks were deposited in a primitive oceanic environment and in effect represent ancient oceans, and that the granite-gneiss terrains may be remnants of ancient oceans.” Extensive rock records in virtually all the continents indicate that they were contiguous to oceans of water for more than three billion years; in some places, such as Zimbabwe in south- ern Africa, sedimentary rocks show that they accreted within large bodies of water some 3.5 billion years ago. And recent advances in scientific dating have extended the age of the Archean belts—those that include rocks that had been depos- ited in primeval oceans—back to 3.8 billion years (Scientific American, September, 1983; special issue: “The Dynamic Earth”).

How long has continental drift been going on? Was there a Pangaea?

Stephen Moorbath, in the above-mentioned study, offered the conclusion that the process of continental breakup began some 600 million years ago: “Before that there may have been just the one immense supercontinent known as Pangaea, or possibly two supercontinents: Laurasia to the north and Gondwanaland to the south.” Other scientists, using computer simulations, suggest that 550 million years ago the landmasses that eventually formed Pangaea or its two connected parts were no less separate than they are today, that plate-tectonic processes of one kind or another have been going on since at least about four billion years ago. But whether the mass of dry land was first a single supercontinent or separate landmasses that then joined, whether a superocean surrounded a single mass of dry land or bodies of water first stretched between several dry lands, is, in the words of Moorbath, like the chicken-and- the-egg argument: “Which came first, the continents or the oceans?”

Modern science thus confirms the scientific notions that were expressed in the ancient texts, but it cannot see far enough back to resolve the land mass/ocean sequence. If every modern scientific discovery seems to have corroborated this or that aspect of ancient knowledge, why not also accept the ancient answer in this instance: that the waters covered the face of the Earth  and—on  the  third  “day,”  or  phase—were  “gathered into” one side of the Earth to reveal the dry land. Was the uncovered dry land made up of isolated continents or one supercontinent, a Pangaea? Although it really matters not as far as the corroboration of ancient knowledge is concerned, it is interesting to note that Greek notions of Earth, although they led to a belief that the Earth was disklike rather than a globe, envisioned it as a landmass with a solid foundation surrounded by waters. This notion must have drawn on earlier and more accurate knowledge, as most of Greek science did. We find that the Old Testament repeatedly referred to the “founda- tions” of Earth and expressed knowledge of the earlier times regarding the shape of Earth in the following verses praising the Creator:

The Lord's is the Earth and its entirety, the world and all that dwells therein. For He hath founded it upon the seas and established it upon the waters.
(Psalms 24:1-2)

However the Moon became a constant companion of Earth— the various theories will soon be examined—it, like Earth, belonged to the same Solar System, and the histories of both go back to its creation. On Earth, erosion caused by the forces of nature as  well  as  by the life that has evolved on it has obliterated much of the evidence bearing on that creation, to say nothing of the cataclysmic event that changed and re- vamped the planet. But the Moon, so it was assumed, had remained in its pristine condition. With neither winds, atmosphere, nor waters, there were no forces of erosion. A look at the Moon was tantamount to a peek at Genesis. Man has peered at the Moon for eons, first with the naked eye, then with Earth-based instruments. The space age made it possible to probe the Moon more closely. Between 1959 and 1969, a number of Soviet and American unmanned spacecraft photographed and otherwise examined the Moon either by or- biting it or by landing on it. Then Man finally set foot on the

Moon when the landing module of Apollo 11 touched down on the Moon’s surface on July 20, 1969, and Neil Armstrong announced, for all the world to hear: “Houston! Tranquility Base here. The Eagle has landed!”

In all, six Apollo spacecraft set down a total of twelve astronauts on the Moon; the last manned mission was that of Apollo  17,  in  December  1972.  The  first  one  was  admittedly intended primarily to “beat the Russians to the Moon”; but the missions became increasingly scientific as the Apollo pro- gram progressed. The equipment for the tests and experiments became more sophisticated, the choice of landing sites was more scientifically oriented, the areas covered increased with the aid of surface vehicles, and the length of stay increased from hours to days. Even the crew makeup changed, to include in the last mission a trained geologist, Harrison Schmitt; his expertise was invaluable in the on-the-spot selection of rocks and soil to be taken back to Earth, in the description and evaluation of dust and other lunar materials left behind, and in the choice and description of topographic features—hills, valleys, small canyons, escarpments, and giant boulders (Plate D)—without which the true face of the Moon would have remained inscrutable. Instruments were left on the Moon to measure and record its phenomena over long periods; deeper soil samples were obtained by drilling into the face of the Moon; but most scientifically precious and rewarding were the 838 pounds of lunar soil and Moon rocks brought back to Earth. Their examination, analysis, and study were still in progress as the twentieth anniversary of the first landing was being celebrated.

The notion of “Genesis rocks” to be found on the Moon was proposed to NASA by the Nobel laureate Harold Urey. The so-called Genesis rock that was one of the very first to be picked up on the Moon proved, as the Apollo program pro- gressed, not to be the oldest one. It was “only” some 4.1 billion years old, whereas the rocks later found on the Moon ranged from 3.3 billion-year-old “youngsters” to 4.5 billion- year “old-timers.” Barring a future discovery of somewhat older rocks, the oldest rocks found on the Moon have thus brought its age to within 100 million years of the estimated age of the Solar System—of 4,6 billion years—which until then was surmised only from the age of meteorites that struck the Earth.

The Moon, the lunar landings established, was a Witness to Genesis.

Establishing the age of the Moon, the time of its creation, intensified the debate concerning the question of how the Moon was created.

“The hope of establishing the Moon’s origin was a primary scientific rationale for the manned landings of the Apollo proj- ect in the 1960s,” James Gleick wrote in June 1986 for The New York Times Science Service. It was, however, “the great question that Apollo failed to answer.”

How could modern science read an uneroded “Rosetta stone” of the Solar System, so close by, so much studied, landed upon six times—and not come up with an answer to the basic question? The answer to the puzzle seems to be that the findings were applied to a set of preconceived notions; and because none of these notions is correct, the findings appear to leave the question unanswered.

One of the earliest scientific theories regarding the Moon’s origin was published in 1879 by Sir George H. Darwin, second son of Charles Darwin. Whereas his father put forth the theory regarding the origin of species on Earth, Sir George was the first to develop a theory of origins for the Sun-Earth-Moon system based on mathematical analysis and geophysical theory. His specialty was the study of tides; he therefore conceived of the Moon as having been formed from matter pulled off Earth by solar tides. The Pacific basin was later postulated to be the scar that remained after this “pinching off” of part of Earth’ s body to form the Moon.

Although, as the Encyclopaedia Britannica puts it so mildly, it is “a hypothesis now considered unlikely to be true,” the idea reappeared in the twentieth century as one of three contenders for being proved or disproved by the lunar findings. Given a high-tech name, the Fission Theory, it was revived with a difference. In the reconstructed theory, the simplistic idea of the tidal pull of the Sun was dropped; instead it was proposed that the Earth divided into two bodies while spinning very rapidly during its formation. The spinning was so rapid that a chunk of the material of which the Earth was forming was thrown off, coalesced at some distance from the bulk of the Earthly matter, and eventually remained orbiting its bigger twin brother as its permanent satellite (Fig. 39).

The “thrown-off chunk” theory, whether in its earlier or renewed  form,  has  been  conclusively  rejected  by  scientists from various disciplines. Studies presented at the third Conference on the Origins of Life (held in Pacific Palisades, California, in 1970) established that tidal forces as the cause of the fission could not account for the origin of the Moon beyond a distance of five Earth radii, whereas the Moon is some 60 Earth radii away from the Earth. Also, scientists consider a

study by Kurt S. Hansen in 1982 (Review of Geophysics and Space Physics, vol. 20) as showing conclusively that the Moon could never have been closer to Earth than 140,000 miles; this would rule out any theory that the Moon was once part of Earth (the Moon is now an average distance of about 240,000 miles from Earth, but this distance has not been constant).

Proponents of the Fission Theory have offered various var- iants thereof in order to overcome the distance problem, which is further constrained by a concept termed the Roche limit (the distance within which the tidal forces overcome the gravita- tional force). But all variants of the fission theory have been rejected because they violate the laws of the preservation of energy. The theory requires much more angular momentum than has been preserved in the energy that exists to spin the Earth and the Moon around their axes and to orbit around the Sun. Writing in the book Origin of (he Moon (1986), John A. Wood of the Harvard-Smithsonian Center for Astrophysics (” ‘A Review of Hypotheses of Formation of Earth’s Moon”) summed up this constraint thus: “The fission model has very severe dynamic problems: In order to fission, the Earth had to have about four times as much angular momentum as the Earth- Moon system now has. There is no good explanation why the Earth had such an excess of angular momentum in the first place, or where the surplus angular momentum went after fis- sion occurred.”

The  knowledge  about  the  Moon  acquired  from  the  Apollo program has added geologists and chemists to the lineup of scientists rejecting the fission theory. The Moon’s composition is in many respects similar to that of Earth, yet different in key respects. There is sufficient “kinship” to indicate they are very close relatives, but there are enough differences to show they are not twin brothers. This is especially true of the Earth’s crust and mantle, from which the Moon had to be formed, according to the fission theory. Thus, for example, the Moon has too little of the elements called “siderophile,” such as tungsten, phosphorus, cobalt, molybdenum, and nickel, com- pared with the amount of these substances present in the Earth’s mantle and crust; and too much of the “refractory” elements such as aluminum, calcium, titanium, and uranium. In a highly technical summary of the various findings (“The Origin of the Moon,” American Scientist, September-October 1975), Stuart R. Taylor stated: “For all these reasons, it is difficult to match the composition of the bulk of the Moon to that of the terrestrial mantle.”

The book Origin of the Moon, apart from its introductions and summaries (such as the above-mentioned article by J. A. Wood), is a collection of papers presented by sixty-two sci- entists at the Conference on the Origin of the Moon held at Kona, Hawaii, in October 1984—the most comprehensive since the conference twenty years earlier that had mapped out the scientific goals of the unmanned and manned Moon probes. In their papers, the contributing scientists, approaching the problem from various disciplines, invariably reached conclu- sions against the fission theory. Comparisons of the compo- sition of the upper mantle of the Earth with that of the Moon, Michael J. Drake of the University of Arizona stated, “rig- orously exclude” the Rotational Fission hypothesis.

The laws of angular momentum plus the comparisons of the composition of the Moon with that of Earth’s mantle also ruled out, after the landings on the Moon, the second favored theory, that of Capture. According to this theory, the Moon was formed not near the Earth but among the outer planets or even beyond them. Somehow thrown off into a vast elliptical orbit around the Sun, it passed loo closely to the Earth, was caught by the Earth’s gravitational force, and became Earth’s satellite.

This  theory,  it  was  pointed  out  after  numerous  computer studies, required an extremely slow approach by the Moon toward the Earth. This capture process not unlike that of the satellites we have sent to be captured and remain in orbit around Mars or Venus, fails to take into account the relative sizes of Earth and Moon. Relative to the Earth, the Moon (about one- eightieth the mass of Earth) is much too large to have been snared from a vast elliptical orbit unless it was moving very slowly; but then, all the calculations have shown, the result would be not a capture but a collision. This theory was further laid to rest by comparisons of the compositions of the two celestial bodies: the Moon was too similar to Earth and too dissimilar  to the outer bodies to have been born so far away from Earth.

Extensive studies of the Capture Theory suggested that the Moon would have remained intact only if it had neared Earth, not from way out, but from the very same part of the heavens where Earth itself was formed. This conclusion was accepted even by S. Fred Singer of George Mason University—a proponent of the capture hypothesis—in his paper (“Origin of the Moon by Capture”) presented at the above-mentioned Con- ference on the Origin of the Moon. “Capture from an eccentric heliocentric orbit is neither feasible nor necessary,” he stated; the oddities in the Moon’s composition “can be explained in terms of a Moon formed in an Earthlike orbit”: the Moon was “captured” while forming near Earth.

These admissions by proponents of the fission and the capture  theories  lent  support  to  the  third  main  theory that  was previously current, that of Coaccretion, a common birth. This theory has its roots in the hypothesis proposed at the end of the eighteenth century by Pierre-Simon de Laplace, who said that the Solar System was born of a nebular gas cloud that coalesced in time to form the Sun and the planets—a hypothesis that has been retained by modern science. Showing that lunar accelerations are dependent on eccentricities in the Earth’s orbit, Laplace concluded that the two bodies were formed side by side, first the Earth and then the Moon. The Earth and the Moon, he suggested, were sister planets, partners in a binary, or two-planet, system, in which they orbit the Sun together while one “dances” around the other.

That natural satellites, or moons, coalesce from the remain- der of the same primordial matter of which their parent planet was formed is now the generally accepted theory of how planets acquired moons and should also apply to Earth and the Moon. As has been found by the Pioneer and Voyager spacecraft, the moons of the outer planets—that had to be formed, by and large, out of the same primordial material as their “parents”— are both sufficiently akin to their parent planets and at the same time reveal individual characteristics as “children” do; this might well be true also for the basic similarities and sufficient dissimilarities between the Earth and the Moon.

What nevertheless makes scientists reject this theory when it is applied to the Earth and the Moon is their relative sizes. The Moon is simply too large relative to the Earth—not only about one-eightieth of its mass but about one quarter of its diameter. This relationship is out of all proportion to what has been found elsewhere in the Solar System. When the mass of all the moons of each planet (excluding Pluto) is given as a ratio of the planet’s mass, the result is as follows:

A comparison of the relative sizes of the largest moon of each of the other planets with the size of the Moon relative to Earth (Fig. 40) also clearly shows the anomaly. One result of this disproportion is that there is too much angular momentum in the combined Earth-Moon system to support the Binary Planets hypothesis.

With all three basic theories unable to meet some of the required criteria, one may end up wondering how Earth ended up with its satellite at all… Such a conclusion, in fact, does

not bother some; they point to the fact that none of the terrestrial planets (other than Earth) have satellites: the two tiny bodies that orbit Mars are, all are agreed, captured asteroids. If con- ditions in the Solar System were such that none of the planets formed between the Sun and Mars (inclusive) obtained satel- lites in any one of the considered methods—Fission, Capture, Coaccretion—should not Earth, too, being within this moon- less zone, have been without a moon? But the fact remains that Earth as we know it and where we know it does have a moon, and an extremely large one (in proportion) to boot. So how to account tor that?

Another finding of the Apollo program also stands in the way of accepting the coaccretion theory. The Moon’s surface as well as its mineral content suggest a “magma ocean” created by partial melting of the Moon’s interior. For that, a source of heat great enough to melt the magma is called for. Such heat can result only from cataclysmic or catastrophic event; in the coaccretion scenario no such heat is produced. How then explain the magma ocean and other evidence on the Moon of a cataclysmic heating?

The need for a birth of the Moon with the right amount of angular momentum and a cataclysmic, heat-producing event led to a post-Apollo program hypothesis that has been dubbed the Big Whack Theory. It developed from the suggestion by William Hartmann, a geochemist at the Planetary Science In- stitute in Tucson, Arizona, and his colleague Donald R. Davis in 1975 that collisions and impacts played a role in the creation of the Moon (“Satellite-sized Planetesimals and Lunar Ori- gin,” Icarus, vol. 24). According to their calculations, the rate at which planets were bombarded by small and large asteroids during the late stages of the planets’ formation was much higher than at present; some of the asteroids were big enough to deliver a blow that could chip off parts of the planet they hit; in Earth’s case, the blown-off chunk became the Moon.

The idea was taken up by two astrophysicists, Alastair G. W. Cameron of Harvard and William R. Ward of Caltech. Their study,  “The  Origin  of  the  Moon”  (Lunar  Science,  vol.  7, 1976) envisioned a planet-sized body—at least as large as the planet Mars—racing toward the Earth at 24,500 miles per hour; coming from the outer reaches of the Solar System, its path arced toward the Sun—but the Earth, in its formative orbit,

stood in the way. The “glancing blow” that resulted (Fig. 41) slightly tilted the Earth, giving it its ecliptic obliquity (currently about 23.5 degrees); it also melted the outer layers of both bodies, sending a plume of vaporized rock into orbit around the Earth. More than twice as much material as was needed to form the Moon was shot up, with the force of the expanding vapor acting to distance the debris from Earth. Some of the ejected material fell back to Earth, but enough remained far enough away to eventually coalesce and become the Moon.

This Collision-Ejection theory was further perfected by its authors as various problems raised by it were pointed out; it was also modified as other scientific teams tested it through computer simulations (the leading teams were those of A. C. Thompson and D. Stevenson at Caltech, H. J. Melosh and M. Kipp at Sandia National Laboratories, and W. Benz and W. L. Slattery at Los Alamos National Laboratory).

Under this scenario (Fig. 42 shows a simulated sequence,

lasting about eighteen minutes in all), the impact resulted in immense heat (perhaps 12,000 degrees Fahrenheit) that caused a melting of both bodies. The bulk of the impactor sank to the center of the molten Earth; portions of both bodies were va- porized and thrust out. On cooling, the Earth re-formed with the iron-rich bulk of the impactor at its core. Some of the ejected material fell back to Earth;  the rest,  mostly from the impactor, cooled and coalesced at a distance—resulting in the Moon that now orbits the Earth.

Another major departure from the original Big Whack hypothesis was the realization that in order to resolve chemical composition  constraints, the impactor had  to  come from  the same place in the heavens as Earth itself did—not from the outer regions of the Solar System. But if so, where and how did  it  acquire the immense momentum  it  needed  for the vaporizing impact?

There is also the question of plausibility, which Cameron himself recognized in his presentation at the Hawaii conference. “Is it plausible,” he asked, “that an extra- planetary body with about the mass of Mars or more should have been wandering around in the inner solar system at an appropriate  time  to  have  participated  in  our  postulated  collision?” He felt that about 100 million years after the planets were formed, there were indeed enough planetary instabilities in the newborn Solar System and enough  “proto – planetary remnants” to make the existence of a large impactor and the postulated collision plausible.

Subsequent calculations showed that in order to achieve the

end results, the impactor had to be three times the size of Mars. This heightened the problem of where and how in Earth’s vicinity such a celestial body could accrete. In response, astronomer George Wetherill of the Carnegie Institute calculated backward and found that the terrestrial planets could have evolved from a roaming band of some five hundred planetesimals. Repeatedly colliding among themselves, the small moonlets acted as the building blocks of the planets and of the bodies that continued to bombard them. The calculations sup- ported the plausibility of the Big Whack theory in its modified Collision-Ejection scenario, but it retained the resulting immense heat. “The heat of such an impact,” Wetherill concluded, “would have melted both bodies.” This, it seemed, could explain a) how the Earth got its iron core and b) how the Moon got its molten magma oceans.

Although this latest version left many other constraints un- met, many of the participants in the 1984 Conference on the Origin of the Moon were ready, by the time the conference ended, to treat the collision-ejection hypothesis as the leading contender—not so much out of conviction of its correctness as out of exasperation. “This happened,” Wood wrote in his summary, “mainly because several independent investigators showed that coaccretion, the model that had been most widely accepted by lunar scientists (at least at a subconscious level), could not account for the angular momentum content of the Earth-Moon system.” In fact, some of the participants at the conference, including Wood himself, saw vexing problems inherent in the new theory. Iron, Wood pointed out, “is actually quite volatile and would have suffered much the same fate as the other volatiles, like sodium and water”; in other words, it would not have sunk intact into the Earth’s core as the theory postulates. The abundance of water on Earth, to say nothing of the abundance of iron in the Earth’s mantle, would not have been possible if Earth had melted down.

Since each variant of the Big Whack hypothesis involved a total meltdown of the Earth, it was necessary that other evidence of such a meltdown be found. But as was overwhelmingly reported at the 1988 Origin of the Earth Conference at Berkeley, California, no such evidence exists. If Earth had melted and resolidified, various elements in its rocks would have  crystallized  differently  from  the  way  they  actually  are found, and they would have reappeared in certain ratios, but this is not the case. Another result should have been the distortion of the chondrite material—the most primordial matter on Earth that is also found in the most primitive meteorites— but no such distortion has been found. One investigator, A. E. Ringwood  of  the  Australian  National  University,  extended these tests to more than a dozen elements whose relative abun- dance should have been altered had the first crust of Earth been formed after an Earth meltdown; but there was no such alter- ation to any significant extent. In a review of these findings in Science (March 17, 1989) it was pointed out that at the 1988 conference the geochemists “contended that a giant impact and its inevitable melting of Earth do not jibe with what they know of geochemistry. In particular, the composition of the upper few hundred kilometers of the mantle implies it has not been totally molten at any time.” “Geochemistry,” the authors of the article in Science concluded, “would thus seem to be a potential stumbling block for the giant-impact origin of the moon.” In “Science and Technology,” (The Economist, July 22, 1989) it was likewise reported that numerous studies have led geochemists “to be skeptical about the impact story.”

Like the previous theories, the Big Whack also ended up meeting some constraints but failing others. Still, one should ask  whether,  while  this  theory  of  impact-meltdown  ran  into problems when applied to Earth, did it not at least solve the problem of the melting that is evident on the Moon?

As it turned out, not exactly so. Thermal studies did, indeed, indicate  the  Moon  had  experienced  a  great  meltdown.  “The indications are that the Moon was largely or totally molten early in lunar history,” Alan B. Binder of NASA’s Johnson Space Center said at the 1984 Conference on the Origin of the Moon. “Early,” but not “initial,” countered other  scientists. This crucial difference was based on studies of stresses in the Moon’s crust (by Sean C. Solomon of the Massachusetts Institute of Technology), as well of isotope ratios (when atomic nuclei of the same element have different masses because they have different numbers of neutrons) studied by D. L. Turcotte and L. H. Kellog of Cornell University. These studies, the 1984 conference was told, “support a relatively cool origin for the Moon.”

What, then, of the evidence of meltings on the Moon? There is no doubt that they have occurred: the giant craters, some a hundred or more miles in diameter, are silent witnesses visible to all. There are the maria (“seas”), that, it is now known, were not bodies of water but areas of the Moon’s surface flattened  by immense impacts. There are the magma oceans.

There are glass and glassy material embedded in the rocks and grains of the Moon’s surface that resulted from shock melting of the surface caused by high-velocity impacts (as distinct from heated lava as a source). At the third Conference on the Origins of Life, a whole day was devoted to the subject of “Glass on the Moon,” so important was this clue held to be. Eugene Shoemaker of NASA and Caltech reported that such evidence of “shock vitrified” glasses and other types of melted rock were found in abundance on the Moon; the presence of nickel in the glassy spheres and beads suggested to him that the impactor had a composition different from that of the Moon, since the Moon’s own rocks lack nickel.

When did all these impacts that caused the surface melting take place?  Not, the findings showed, when the Moon was created  but  some 500 million  years  afterward.  It  was  then.

NASA scientists reported at a 1972 press conference and subsequently, that “the Moon had undergone a convulsive evolution. . . . The most cataclysmic period came 4 billion years ago, when celestial bodies the size of large cities and small countries came crashing into the Moon and formed its huge basins and towering mountains. The huge amounts of radio- active minerals left by the collisions began heating the rock beneath the surface, melting massive amounts of it and forcing seas of lava through cracks in the surface. . . . Apollo 15 found rockslides in the crater Tsiolovsky six times greater than any rockslide on Earth. Apollo 16 discovered that the collision that created the Sea of Nectar deposited debris as much as 1,000 miles away. Apollo 17 landed near a scarp eight times higher than any on Earth.”

The oldest rocks on the Moon were judged to be 4.25 billion years old; soil particles gave a date of 4.6 billion years. The age of the Moon, all 1,500 or so scientists who have studied the rocks and soil brought back agree, dates back to the time the Solar System first took shape. But then something happened about 4 billion years ago. Writing in Scientific American (Jan- uary 1977), William Hartmann, in his article “Cratering in the Solar  System,”  reported  that  “various  Apollo  analysts  have found that the age of many samples of lunar rocks cuts off rather sharply at four billion years; few older rocks have sur- vived.” The rocks and soil samples that contained the glasses formed by the intense impacts were as old as 3.9 billion years. “We know that a widespread cataclysmic episode of intense bombardment  destroyed  older  rocks  and  surfaces  of  the planets,” Gerald J. Wasserburg of Caltech stated on the eve of the last Apollo mission; the remaining question, then, was “what happened between the origin of the Moon about 4.6 billion years ago and 4 billion years ago,” when the catastrophe occurred.

So the rock found by astronaut David Scott that was nick- named “the Genesis Rock” was not formed at the time the Moon was formed, it was actually formed as a result of that catastrophic event some 600 million years later. Even so, it was appropriately named; for the tale in Genesis is not that of the primordial forming of the Solar System 4.6 billion years ago, but of the Celestial Battle of Nibiru/Marduk with Tiamat some 4 billion years ago.

Unhappy with all the theories that have so far been offered for the origin of the Moon, some have attempted to select the best one by grading the theories according to certain constraints and criteria. A “Truth Table” prepared by Michael J. Drake of the University of Arizona Lunar and Planetary Laboratory had the Coaccretion theory far ahead of all others. In John A. Wood’s analysis it met all the criteria except that of the Earth- Moon angular momentum and the melting on the Moon; oth- erwise it bettered all others. The consensus has now focused again on the Coaccretion theory, with some elements borrowed from the Giant Impact and Fission theories. According to the theory offered at the 1984 Conference by A. P. Boss of the Carnegie Institute and S. J. Peale of the University of Cali- fornia, the Moon is indeed seen as coaccreting with Earth from the same primoridal matter, but the gas cloud within which the coaccretion took place was subjected to bombardments by pla- netesimals, which sometimes disintegrated the forming  Moon and sometimes added foreign material to its mass (Fig. 43). The net result was an ever-larger Moon attracting and absorbing other moonlets that were forming within the circumterrestrial ring—a Moon both akin to and somewhat different from the Earth.

Having swung from theory to theory, modern science now embraces as a theory for the origin of our Moon the same process that gave the outer planets their multimoon systems. The hurdle still to be overcome is the need to explain why, instead of a swarm of smaller moons, a too-small Earth has ended up with a single, too-large Moon.

For the answer, we have to go back to Sumerian cosmogony. The first help it offers modern science is its assertion that the Moon originated not as a satellite of Earth but of the much larger Tiamat. Then—millennia before Western civilization had discovered the swarms of moons encircling Jupiter, Saturn, Uranus, and Neptune—the Sumerians ascribed to Tiamat a swarm of satellites, “eleven in all.” They placed Tiamat be- yond Mars, which would qualify her as an outer planet; and the “celestial horde” was acquired by her no differently than by the other outer planets.

When we compare the latest scientific theories with Sumerian cosmogony, we find not only that modern scientists have come around to accepting the same ideas found in the Sumerian body of knowledge but are even using terminology that mimics the Sumerian texts. . . .

Just as the latest modern theories do, the Sumerian cosmogony also describes the scene as that of an early, unstable Solar System  where planetesimals and  emerging  gravitational forces disturb the planetary balance and, sometimes, cause moons to grow disproportionately. In The 12th Planet, I described the celestial conditions thus: “With the end of the majestic drama of the birth of the planets, the authors of the Creation Epic now raise the curtain on Act II, on a drama of celestial turmoil. The newly created family of planets was far from being stable. The planets were gravitating toward each other; they were converging on Tiamat, disturbing and endangering the primordial bodies.” In the poetic words of the Enuma elish,

The divine brothers banded together;
They disturbed Tiamat as they surged back and forth.
They were troubling the belly of Tiamatby their antics in the dwellings of heaven.
Apsu [the Sun] could not lessen their clamor;
Tiamat was speechless at their ways.
Their doings were loathsome . . . 
Troublesome were their ways; they were overbearing.

“We have here obvious references to erratic orbits,” I wrote in The 12th Planet. The new planets “surged back and forth”; they got too close to each other (“banded together”); they interfered with Tiamat’s orbit; they got too close to her “belly”; their “ways”—orbits—”were troublesome”; their gravitational pull was “overbearing”—excessive, disregarding the others’ orbits.

Abandoning earlier concepts of a Solar System slowly cooling and gradually freezing into its present shape out of the hot primordial cloud, scientific opinion has now swung in the opposite  direction.  “As  faster  computers  allow  celestial  mechanicians longer looks at the behavior of the planets,” Richard A. Kerr wrote in Science (“Research News,” April 14, 1989), “chaos is turning up everywhere.” He quoted such studies as that by Gerald J. Sussman and Jack Wisdom of the Massachusetts Institute of Technology in which they went back by computer simulations and discovered that “many orbits  that lie between Uranus and Neptune become chaotic,” and that “the orbital behavior of Pluto is chaotic and unpredictable.”

J. Laskar of the Bureau des Longitudes in Paris found original chaos throughout the Solar System, “but especially among the inner planets, including Earth.”

George Wetherill, updating his calculations of multicolli- sions by some five hundred planetesimals (Science, May 17, 1985), described the process in the zone of the terrestrial planets as the accretion of “lots of brothers and sisters” that collided to form “trial planets.” The process of accretion—crashing into one another, breaking up, capturing the material of others, until some grew larger and eventually became the terrestrial planets—he said, was nothing short of a “battle royal” that lasted most of the first 100 million years of the Solar System.

The eminent scientist’s words are astoundingly similar to those of the Enutna elish. He speaks of “lots of brothers and sisters” moving about, colliding with each other,  affecting each other’s orbits and very existence. The ancient text speaks of “divine brothers” who “disturbed,” “troubled,” “surged back and forth” in the heavens in the very zone where Tiamat was, near her “belly.” He uses the expression “battle royal” to describe the conflict between these “brothers and sisters.” The Sumerian narrative uses the very same word—”battle”—- to describe what happened, and recorded for all time the events of Genesis as the Celestial Battle.

We read in the ancient texts that as the celestial disturbances increased, Tiamat brought forth her own “host” with which “to  do  battle”  with  the  celestial  “brothers”  who  were  encroaching on her:

She has set up an Assembly and is furious with rage. . . .
Withall, eleven of this kind she brought forth. . . .
They thronged and marched at the side of Tiamat; Enraged, they plot ceaselessly day and night. They are set for combat, fuming and raging; They have assembled, prepared for conflict.

Just as modern astronomers are troubled by the disproportionately large size of the Moon, so were the authors of the Enuma elish. Putting words in the mouths of the other planets, they point to the expanding size and disturbing mass of “Kingu” as their chief complaint:

From among the gods who formed her host her first-born, Kingu, she elevated;
In their midst she made him great.
To be head of her ranks, to command her host,
to raise weapons for the encounter,
to be in the lead for combat,
in the battle to be the commander— these to the hand of Kingu she entrusted. As she caused him to be in her host,
"I have cast a spell for thee," she said to him;
"I have made thee great in the assembly of the gods;
Dominion over the gods I have given unto thee.
Verily, thou art supreme!"

According to this ancient cosmogony, one of the eleven moons of Tiamat did grow to an unusual size because of the ongoing perturbations and chaotic conditions in the newly formed Solar System. How the creation of this monstrous moon affected these conditions is regrettably not clear from the an- cient text; the enigmatic verses, with some of the original words subject to different readings and translations, seem to say that making Kingu “exalted” resulted in “making the fire subside” (per E. A. Speiser), or “quieting the fire-god” (per A. Heidel) and humbling /vanquishing the “Power-weapon which is so potent in its sweep”—a possible reference to the disturbing pull of gravitation.

Whatever quieting effect the enlargement of “Kingu” may have had on Tiamat and her host, it proved increasingly dis- ruptive to the other planets. Especially disturbing to them was the elevation of Kingu to the status of a full-fledged planet:

She gave him a Tablet of Destinies, fastened it on his breast. . . .
Kingu was elevated,
had received a heavenly rank.

It was this “sin” of Tiamat, her giving Kingu his own orbital “destiny,” that enraged the other planets to the point of “calling in” Nibiru/Marduk to put an end to Tiamat and her out- of-line consort. In the ensuing Celestial Battle, as described earlier, Tiamat was split in two: one half was shattered; the other half, accompanied by Kingu, was thrust into a new orbit to become the Earth and its Moon.

We have here a sequence that conforms with the best points of the various modern theories regarding the origin, evolution, and final fate of the Moon. Though the nature of the “power- weapon . . . so potent in its sweep” or that of “the fire-god” that caused Kingu to grow disproportionately large remains unclear, the fact of the disproportionate size of the Moon (even relative to the larger Tiamat) is recorded in all its disturbing details. All is there-—except that it is not Sumerian cosmogony that corroborates modern science, but modern science that catches up with ancient knowledge.

Could the Moon have indeed been a planet-in-the- making, as the Sumerians said? As reviewed in earlier chapters, this was quite conceivable. Did it in fact assume planetary aspects? Contrary to long-held views that the Moon was always an inert object, it was found, in the 1970s and 1980s, to possess virtually all the attributes of a planet except its own independent orbit around the Sun. Its surface has regions of rugged and tangled mountains; it has plains and “seas” that, if not formed by water, were probably formed by molten lava. To the sci- entists’ surprise the Moon was found to be layered, as the Earth is. In spite of the depletion of its iron by the catastrophic event discussed earlier, it appears to have retained an iron core. Scientists debate whether the core is still molten, for to their astonishment the Moon  was found to have once possessed a magnetic field, which is caused by the rotation of a molten iron core, as is true of the Earth and other planets. Significantly, as studies by Keith Runcorn of Britain’s University of New- castle-upon-Tyne indicate, the magnetism “dwindled away circa four billion years ago”-—the time of the Celestial Battle.

Instruments installed on the Moon by Apollo astronauts relayed data that revealed “unexpectedly high heat flows from beneath the lunar surface,” indicating ongoing activity inside the “lifeless orb.” Vapor—water vapor—was detected by Rice University scientists, who reported (in October 1971) seeing “geysers of water vapor erupting through cracks in the lunar surface.” Other unexpected findings reported at the Third Lunar Science Conference in Houston in 1972 disclosed on-going volcanism on the Moon, which “‘would imply the simultaneous existence near the lunar surface of significant quantities of heat and water.”

In 1973, “bright flashes” sighted on the Moon were found to be emissions of gas from the Moon’s interior. Reporting this, Walter Sullivan, science editor of The New York Times, observed that it appeared that the Moon, even if not a “living celestial body… is at least a breathing one,” Such puffs of gas  and  darkish  mists have  been  observed  in  several  of  the Moon’s deep craters from the very first Apollo mission and at least through 1980.

The indications that lunar volcanism may still be going on have led scientists to assume that the Moon once had a full- fledged atmosphere whose volatile elements and compounds included hydrogen, helium, argon, sulfur, carbon compounds,

and water. The possibility that there may still be water below the Moon’s surface has raised the intriguing question of whether water once flowed on the face of the Moon—water that, as a very volatile compound, evaporated and was dissi- pated into space.

Were it not for budgetary constraints, NASA would have been willing to adopt the recommendations of a panel of sci- entists to explore the Moon with a view to begin mining its mineral resources. Thirty geologists, chemists, and physicists who met in August 1977 at the University of California in San Diego pointed out that research on the Moon—both from orbit and on its surface—had been limited to its equatorial regions; they urged the launching of a lunar polar orbiter, not only because such an orbiter could collect data from the entire Moon, but also with a view to discovering if there is now water on the Moon. “One target of the orbiter’s observations,” ac- cording to James Arnold of the University of California, “would be small areas near each pole where the Sun never shines. It has been theorized by scientists that as much as 100 billion tons of water in the form of ice are likely to be found in those places. … If you’re going to have large-scale activities in space, like mining and manufacturing, it’s going to involve a lot of water, the Moon’s polar regions could be a good source.”

Whether the Moon still has water, after all the cataclysmic events it has undergone, is still to be ascertained. But the increasing evidence that it may still have water in its interior and may have had water on its surface should not be surprising. After all, the Moon—alias Kingu—was the leading satellite of the “watery monster” Tiamat.

On the occasion of the last Apollo mission to the Moon, The Economist (Science and Technology, December 11,1 972) summed up the program’s discoveries thus: “Perhaps the most important of all, exploration of the moon has shown that it is not a simple, uncomplicated sphere but a true planetary body.”

“A true planetary body.” Just as the Sumerians described millennia ago. And just as they stated millennia ago, the planet- to-be was not to become a planet with its own orbit around the Sun because it was deprived of that status as a result of the Celestial Battle. Here is what Nibiru/Marduk did to “Kingu”:

And Kingu, who had become chief among them,
he made shrink, as a DUG.GA.E god he counted him.
He took from him the Tablet of Destinies
which was not rightfully his;
He sealed on it his own seal
and fastened it to his own breast.

Deprived of its orbital momentum, Kingu was reduced to the status of a mere satellite—our Moon.

The Sumerian observation that Nibiru/Marduk made Kingu “shrink” has been taken to refer to its reduction in rank and importance. But as recent findings indicate, the Moon has been depleted of the bulk of its iron by a cataclysmic event, resulting in a marked decrease in its density. “There are two planetary bodies within the Solar System whose peculiar mean density implies that they are unique and probably the products of unusual circumstances,” Alastair Cameron wrote in Icarus (vol. 64, 1985); “these are the Moon and Mercury. The former has a low mean density and is greatly depleted in iron.” In other words, Kingu has indeed shrunk!

There is other evidence that the Moon became more compact as a result of heavy impacts. On the side facing away from Earth-—its far side—the surface has highlands and a thick

crust, while the near side—-the side facing Earth—shows large, flat plains, as though the elevated features had been wiped off. Inside the Moon, gravitational variations reveal the existence of compacted, heavier masses in several concentrations, es- pecially where the surface had been flattened out. Though outwardly the Moon (as do all celestial bodies larger than a minimal size) has a spherical shape, the mass in its core appears to have the shape of a gourd, as a computer study shows (Fig. 44). It is a shape that bears the mark of the “big whack” that compressed the Moon and thrust it into its new place in the heavens, just as the Sumerians had related.

The  Sumerian  assertion  that  Kingu  was  turned  into  a DUG.GA.E is equally intriguing. The term, I wrote in The 12th Planet, literally means “pot of lead.” At the time I took it to be merely a figurative description of the Moon as ” a mass of lifeless clay.” But the Apollo discoveries suggest that the Sumerian  term  was  not  just  figurative  but  was  literally  and scientifically correct. One of the initial puzzles encountered on the Moon was so-called “parentless lead.” The Apollo program revealed that the top few miles of the Moon’s crust are unusually rich in radioactive elements such as uranium. There was also evidence of the existence of extinct radon. These elements decay and become lead at either final or intermediary stages of the radioactive-decay process.

How the Moon became so enriched in radioactive elements remains an unresolved puzzle, but that these elements had mostly decayed into lead is now evident. Thus, the Sumerian assertion that Kingu was turned into a “pot of lead” is an accurate scientific statement.

The Moon was not only a Witness to Genesis. It is also a witness to the veracity of the biblical Genesis—to the accuracy of ancient knowledge.

IN THE ASTRONAUTS’ OWN WORDS

Feeling changes of “almost a spiritual nature” in  their views of themselves, of other humans, and of the possibility of intelligent life existing  beyond  Earth  have  been  reported by almost all the American astronauts.

Gordon Cooper, who piloted Mercury 9 in 1963 and co- piloted Gemini 5 in 1965, returned with the belief that “in- telligent, extraterrestrial life has visited  Earth  in  ages  past” and  became  interested  in  archaeology.  Edward  G.  Gibson, a scientist aboard Skylab 3 (1974), said that  orbiting  the Earth for days “makes you speculate a little more about life existing elsewhere in the universe.”

Especially moved were the astronauts of the Apollo  missions to the Moon. “Something happens to you  out  there,” stated  Apollo  14  astronaut  Ed  Mitchell.  Jim  Irwin  Apollo 15) was “deeply moved …  and  felt  the  presence  of  God.” His comrade on the mission, Al Worden, speaking on the twentieth anniversary of the first landing on the Moon on a TV program (“The Other Side of the Moon” produced by Michael G. Lemle) compared the lunar module  that  was used to land on and take off vertically from the Moon to the spaceship described in Ezekiel’s vision.

“In my mind,” said Al Worden, “the universe has to  be cyclic; in one galaxy there  is  a  planet  becoming  unlivable and in another part or a different galaxy there is a planet that is perfect for habitation, and I see some  intelligent being, like us, skipping around from planet to  planet,  as South Pacific Indians do on islands, to continue the species. I think that’s what the space program is all about. … 1 think we may be a combination of creatures that were living here on Earth some time in the past, and had  a  visitation  by beings from somewhere else in the universe; and those two species getting together and having progeny.  . . .  In  fact,  a very small group of explorers could land on a  planet  and create successors to themselves  who  would  eventually  take up the pursuit of inhabiting the rest of the universe,”

And Buzz Aldrin (Apollo 11) expressed  the  belief  that “one of these days, through telescopes that may be in orbit, like the Hubble telescope,  or  other  technical  breakthroughs, we may learn that indeed we are not alone in this marvelous universe.

7

THE SEED OF LIFE

Of all the mysteries confronting Mankind’s quest for knowl- edge, the greatest is the mystery called “life.”

Evolution theory explains how life on Earth evolved, all the way from the earliest, one-celled creatures to Homo sapiens; it does not explain how life on Earth began. Beyond the question, Are we alone? lies the more fundamental question: Is life on Earth unique, unmatched in our Solar System, our galaxy, the whole universe?

According to the Sumerians, life was brought into the Solar System by Nibiru; it was Nibiru that imparted the “seed of life” to Earth during the Celestial Battle with Tiamat. Modern science has come a long way toward the same conclusion.

In order to figure out how life might have begun on the primitive Earth, the scientists had to determine, or at least assume, what the conditions were on the newly born Earth. Did it have water? Did it have an atmosphere? What of life’s main building blocks—molecular combinations of hydrogen, carbon,  oxygen,  nitrogen,  sulfur,  and  phosphorus?  Were  they available on the young Earth to initiate the precursors of living organisms? At present the Earth’s dry air is made up of 79 percent nitrogen (N2), 20 percent oxygen (O2) and 1 percent argon (Ar), plus traces of other elements (the atmosphere contains water vapor in addition to the dry air). This docs not reflect the relative abundance of elements in the universe, where hydrogen (87 percent) and helium (12 percent) make up 99 percent of all abundant elements. It is therefore believed (among other reasons) that the present earthly atmosphere is not Earth’s original one. Both hydrogen and helium are highly volatile, and their diminished presence in Earth’s atmosphere, as well as its deficiency of “noble” gases such as neon, argon, krypton, and xenon (relative to their cosmic abundance), sug- gest to scientists that the Earth experienced a “thermal epi- sode” sometime before 3.8 billion years ago—an occurrence with which my readers are familiar by now. . . .

By and large the scientists now believe that Earth’s atmosphere was reconstituted initially from the gases spewed out by the volcanic convulsions of a wounded Earth. As clouds thrown up by these eruptions shielded the Earth and it began to cool, the vaporized water condensed and came down in torrential rains. Oxidation of rocks and minerals provided the first reservoir of higher levels of oxygen on Earth; eventually, plant life added both oxygen and carbon dioxide (CO2) to the atmosphere and started the nitrogen cycle (with the aid of bacteria).

It is noteworthy that even in this respect the ancient texts stand up to the scrutiny of modern science. The fifth tablet of Enutna elish, though badly damaged, describes the  gushing lava as Tiamat’s “spittle” and places the volcanic activity earlier than the formation of the atmosphere, the oceans, and the  continents.  The  spittle,  the  text  states,  was  “laying  in layers” as it poured forth. The phase of “making the cold” and the “assembling of the water clouds” are described; after that the “foundations” of Earth were raised and the oceans were gathered—just as the verses in Genesis have reiterated. It was only thereafter that life appeared on Earth: green herbage upon the continents and ‘”swarms” in the waters.

But living cells, even the simplest ones, are made up of complex molecules of various organic compounds, not just of separate chemical elements. How did these molecules come about? Because many of these compounds have been found elsewhere in the Solar System, it has been assumed that they form naturally, given enough time. In 1953 two scientists at the University of Chicago, Harold Urey and Stanley Miller, conducted what has since been called “a most striking experiment.” In a pressure vessel they mixed simple organic molecules of methane, ammonia, hydrogen, and water vapor, dissolved the mixture in water to simulate the primordial watery “soup,” and subjected the mixture to electrical sparks to emulate primordial lightning bolts. The experiment produced several amino and hydroxy acids—the building blocks of proteins.

which are essential to living matter. Other researchers later subjected similar mixtures to ultraviolet light, ionizing radiation, or heat to simulate the effects of the Sun’s rays as well as various other types of radiation on the Earth’s primitive atmosphere and murky waters. The results were the same.

But it was one thing to show that nature itself could, under certain conditions, come up with life’s building blocks—not just simple but even complex organic compounds; it was an- other thing to breathe life into the resulting compounds, which remained  inert  and  lifeless  in  the  compression  chambers.

“Life” is defined as the ability to absorb nutrients (of any kind) and to replicate, not just to exist. Even the biblical tale of Creation recognizes that when the most complex being on Earth, Man, was shaped out of “clay,” divine intervention was needed to “breathe the spirit/breath of life” into him. Without that, no matter how ingeniously created, he was not yet animate, not yet living.

As astronomy has done in the celestial realm, so, in the 1970s and 1980s, did biochemistry unlock many of the secrets of terrestrial life. The innermost reaches of living cells have been pried open, the genetic code that governs replication has been understood, and many of the complex components that make the tiniest one-celled being or the cells of the most advanced creatures have been synthesized. Pursuing the research, Stanley Miller, now at the University of California at San Diego, has commented that “we have learned how to make organic compounds from inorganic elements; the next step is to learn how they organize themselves into a replicating cell.”

The murky-waters, or “primordial-soup,” hypothesis for the origin of life on Earth envisions a multitude of those earliest organic molecules in the ocean, bumping into each other as the result of waves, currents, or temperature changes, and eventually sticking to one another through natural cell attractions  to  form  cell  groupings  from  which  polymers—long-chained molecules that lie at the core of body formation— eventually developed. But what gave these cells the genetic memory to know, not just how to combine, but how to replicate, to make the ultimate bodies grow? The need to involve the genetic code in the transition from inanimate organic matter to an animate state has led to a “Made-of-Clay” hypothesis.

The launching of this theory is attributed to an announcement in April 1985 by researchers at the Ames Research Center, a NASA facility at Mountainview, California; but in fact the idea that clay on the shores of ancient seas played an important role in the origin of life on Earth was made public at the October 1977 Pacific Conference on Chemistry. There James A. Law- less, who headed a team of researchers at NASA’s Ames fa- cility, reported on experiments in which simple amino acids (the chemical building blocks of proteins) and nucleotides (the chemical building blocks of genes)—assuming they had al- ready developed in the murky “primordial soup” in the sea— began to form into chains when deposited on clays that con- tained traces of metals such as nickel or zinc, and allowed to dry.

What the researchers found to be significant was that the traces of nickel selectively held on only to the twenty kinds of amino acids that are common to all living things on Earth, while the traces of zinc in the clay helped link together the nucleotides, which resulted in a compound analogous to a crucial enzyme (called DNA-polymerase) that links pieces of genetic material in all living cells.

In 1985 the scientists of the Ames Research Center reported substantial advances in understanding the role of clay in the processes that had led to life on Earth. Clay, they discovered, has two basic properties essential to life: the capacity to store and the ability to transfer energy. In the primordial conditions such energy might have come from radioactive decay, among other possible sources. Using the stored energy, clays might have acted as chemical laboratories where inorganic raw ma- tefials were processed into more complex molecules. There was more: one scientist, Armin Weiss of the University of Munich, reported experiments in which clay crystals seemed to reproduce themselves from a “parent crystal”—a primitive replication phenomenon; and Graham Cairns-Smith of the Uni- versity of Glasgow held that the inorganic “proto-organisms” in the clay were involved in “directing” or actually acting as a “template” from which the living organisms eventually evolved.

Explaining these tantalizing properties of clay-—even common clay—Lelia Coyne, who headed one research team, said that the ability of the clays to trap and transmit energy was due to “mistakes” in the formation of clay crystals; these defects in the clays’ microstructure acted as the sites where energy was stored and from which the chemical directions for the formation of the proto-organisms emanated.

“If the theory can be confirmed,” The New York Times commented in its report of the announcements, “it would seem that an accumulation of chemical mistakes led to life on Earth.” So  the  “life-from-clay”  theory,  in  spite  of  the  advances  it offered, depended, as the “murky-soup” theory did, on random occurrences—microstructural mistakes here, occasional lightning strikes and collisions of molecules there—to explain the transition from chemical elements to simple organic molecules to complex organic molecules and from inanimate to animate matter.

The improved theory seemed to do another thing, which did not escape notice. “The theory,” The New York Times continued, “is also evocative of the biblical account of the Creation. In Genesis it is written, ‘And the Lord God formed man of dust of the ground,’ and in common usage the primordial dust  is  called  cl a y. ”  This  news  story,  and  the  biblical parallel implicit in it, merited an editorial in the venerable newspaper. Under the headline “Uncommon Clay,” the editorial said:

Ordinary clay, it seems, has two basic properties essential to life. It can store energy and also transmit it. So, the scientists reason, clay could have acted as a "chemical factory" for turning inorganic raw materials into more complex molecules. Out of those complex molecules arose life—and, one day, us.

That the Bible's been saying so all along, clay being what Genesis meant by the "dust of the ground" that formed man, is obvious. What is not so obvious is how often we have been saying it to one another, and without knowing it.

The combined murky-soup and life-from-clay theories, few have realized, have gone even further in substantiating the ancient accounts. Further experiments by Lelia Coyne together with Noam Lahab of the Hebrew University, Israel, have shown that to act as catalysts in the formation of short strings of amino acids, the clays must undergo cycles of wetting and drying. This process calls for an environment where water can alternate with dryness, either on dry land that is subjected to on-and-off rains or where seas slosh back and forth as a result of tides. The conclusion, which appeared to gain support from experiments aimed at searching for “protocells” that were conducted at the Institute for Molecular and Cellular Evolution at the University of Miami, pointed to primitive algae as the first one-celled living creatures on Earth. Still found in ponds and in damp places, algae appear little changed in spite of the passage of billions of years.

Because until a few decades ago no evidence for land life older than about 500 million years had been found, it was assumed that the life that evolved from algae was limited to the oceans. “There were algae in the oceans but the land was

yet devoid of life,” textbooks used to state. But in 1977 a scientific team led by Elso S. Barghoorn of Harvard discovered in sedimentary rocks in South Africa (at a site in Swaziland called Figtree) the remains of microscopic, one-celled creatures that were 3.1 (and perhaps as much as 3.4) billion years old; they were similar to today’s blue-green algae and pushed back by almost a billion years the time when this precursor of more complex forms of life evolved on Earth.

Until then evolutionary progression was believed to have occurred primarily in the oceans, with land creatures evolving from maritime forms, with amphibian life forms as an intermediary. But the presence of green algae in sedimentary rocks of such a great age required revised theories. Though there is no unanimity regarding the classification of algae as either plant or nonplant, since it has backward affinities with bacteria and forward affinities with the earliest fauna, either green or blue- green algae is undoubtedly the precursor of chlorophyllic plants—the plants that use sunlight to convert their nutrients to organic compounds, emitting oxygen in the process. Green algae, though without roots, stems, or leaves, began the plant family whose descendants now cover the Earth.

It is important to follow the scientific theories of the ensuing evolution of life on Earth in order to grasp the accuracy of the biblical record. For more complex life forms to evolve, oxygen was needed. This oxygen became available only after algae or proto-algae began to spread upon the dry land. For these green plantlike forms to utilize and process oxygen, they needed an environment of rocks containing iron with which to “bind” the oxygen (otherwise they would have been destroyed by oxidation; free oxygen was still a poison to these life forms). Scientists believe that as such “banded-iron formations’1 sank into ocean bottoms as sediments, the single-celled organisms evolved into multicelled ones in the water. In other words, the covering of the lands with green algae had to precede the emergence of maritime life.

The Bible, indeed, says as much: Green herbage, it states, was created on Day Three, but maritime life not until Day Five. It was on the third “day,” or phase, of creation that Elohim said:

Let the Earth bring forth green herbage, and grasses that yield seeds, and fruit trees that bear fruit of all kinds
in accordance with the seeds thereof.

The presence of fruits and seeds as the green growth ad- vanced from grasses to trees also illustrates the evolution from asexual reproduction to sexual reproduction. In this, too, the Bible includes in its scientific account of evolution a step that modern science believes took place, in algae, some two billion years ago. That is when the “green herbage” began to increase the air’s oxygen.

At that point, according to Genesis, there were no “crea- tures” on our planet—neither in the waters, nor in the air, nor on dry land. To make the eventual appearance of vertebrate (inner-skeleton) “creatures” possible, Earth had to set the pat- tern of the biological clocks that underlie the life cycles of all living forms on Earth. The Earth had to settle into its orbital and rotational patterns and be subjected to the effects of the Sun and the Moon, which were primarily manifested in the cycles of light and darkness. The Book of Genesis assigns the fourth “day” to this organization and to the resulting year,

month, day, and night repetitious periods. Only then, with all celestial relationships and cycles and their effects firmly es- tablished, did the creatures of the sea, air, and land make their appearance.

Modern science not only agrees with this biblical scenario but, may also provide a clue to the reason the ancient authors of the scientific summary called Genesis inserted a celestial “chapter” (“day four”) between the evolutionary record  of “day three”—time of the earliest appearance of life forms— and “day five,” when the “creatures” appeared. In modern

science, too, there is an unfilled gap of about 1.5 billion years—from about 2 billion years to about 570 million years ago—about which little is known because of the paucity of geological and fossil data. Modem science calls this era “Precambrian”; lacking the data, the ancient savants used (his gap to describe the establishment of celestial relationships and biological cycles.

Although modern science regards the ensuing Cambrian period (so named after the region in Wales where the first geologic data for it were obtained) as the first phase of the Paleozoic (“Old Life”) era, it was not yet the time of vertebrates—the life forms with an inner skeleton that the Bible calls “creatures.” The first maritime vertebrates appeared about 500 mil- lion years ago, and land vertebrates followed about 100 million years later, during periods that are regarded by scientists as the transition from the Lower Paleozoic era to the Upper Paleozoic era. When that era ended, about 225 million years ago,

(Fig. 45) there were fish in the waters as well as sea plants, and amphibians had made the transition from water to dry land and the plants upon the dry lands attracted ihe amphibians to evolve into reptiles; today’s crocodiles are a remnant of that evolutionary phase.

The  following  era,  named  the  Mesozoic  (“Middle  Life”), embraces the period from about 225 million to 65 million years ago and has often been nicknamed the ” Age of the Dinosaurs.” Alongside a variety of amphibians and marine lizards there evolved, away from the oceans and their teeming marine life, two main lines of egg-laying reptilians: those who took to flying and evolved into birds; and those who, in great variety, roamed and dominated the Earth as dinosaurs (“terrible lizards”) (Fig. 46).

It is impossible to read the biblical verses with an open mind without realizing that the creational events of the fifth “day” of Genesis describe the above-listed development:

And Elohim said:
"Let the waters swarm with living creatures,
and let aves fly above the earth, under the dome of the sky.''
And Elohim created the large reptilians,
and all the living creatures that crawl
and that swarmed in the waters, all in accordance with their kinds,
and all the winged aves by their kinds. And Elohim blessed them, saying:
"Be fruitful and multiply and fill the waters of the seas, and let the aves multiply upon the earth."
The tantalizing reference in these verses of Genesis to the "large reptilians" as a recognition of the dinosaurs cannot be dismissed. The Hebrew term used here, Taninim (plural of Tanin) has been variously translated as "sea serpent," "sea monsters," and "crocodile." To quote the Encyclopaedia Britannica, "the crocodiles are the last living link with the dinosaur-like reptiles of prehistoric times; they are, at the same

time, the nearest living relatives of the birds.” The conclusion that by “large Taninim”‘ the Bible meant not simply large reptilians but dinosaurs seems plausible—not because the Su- merians had seen dinosaurs, but because Anunnaki scientists had surely figured out the course of evolution on Earth at least as well as twentieth-century scientists have done.

No less intriguing is the order in which the ancient text lists the three branches of vertebrates. For a long time scientists held that birds evolved from dinosaurs, when these reptiles began to develop a gliding mechanism to ease their jumping from tree branches in search of food or, another theory holds, when  ground-bound  heavy  dinosaurs  attained  greater  running

speed by reducing their weight through the development of hollow bones. A fossil confirmation of the origin of birds from the latter, gaining further speed for soaring by evolving two- leggedness, appeared to have been found in the remains of Deinonychus (“terrible-clawed” reptile), a fast runner whose tail skeleton assumed a featherlike shape (Fig. 47). The discovery of fossilized remains of a creature now called Archaeopteryx (“old feather”—Fig. 48a) was deemed to have provided the “missing link” between dinosaurs and birds and gave rise to the theory that the two-—dinosaurs and birds—had an early common land ancestor at the beginning of the Triassic period. But even this antedating of the appearance of birds has come into question since additional fossils of Archaeopteryx

were discovered in Germany; they indicate that this creature was by and large a fully developed bird (Fig. 48b) that had not evolved from the dinosaurs but rather directly from a much earlier ancestor who had come from the seas.

The biblical sources appear to have known all that. Not only does the Bible not list the dinosaurs ahead of birds (as scientists

did for awhile); it actually lists birds ahead of the dinosaurs. With so much of the fossil record still incomplete, paleontol- ogists may still find evidence that will indeed show that early birds had more in common with sea life than with desert lizards.

About 65 million years ago the era of the dinosaurs came to  an  abrupt  end;  theories  regarding  the  causes  range  from

climatic changes to viral epidemics to destruction by a “Death Star.” Whatever the cause, there was an unmistakable end of one evolutionary period and the beginning of another. In the words of Genesis, it was the dawn of the sixth “day.” Modern science calls it the Cenozoic (“current life”) era, when mam- mals spread across the Earth. This is how the Bible put it:

And Elohim said:

“Let the Earth bring forth living animals

according to their kind:

bovines, and those that creep,

and beasts of the land,

all according to their kind,”

And it was so.

Thus did Elohim make all the animals of the land

according to their kinds,

and all the bovines according to their kinds,

and all those that creep upon the earth by their kinds.

There is full agreement here between Bible and Science. The conflict between Creationists and Evolutionists reaches its crux in the interpretation of what happened next—-the appear- ance of Man on Earth. It is a subject that will be dealt with in the next chapter. Here it is important to point out that although one might expect that a primitive or unknowing society, seeing how Man is superior to all other animals, would assume Man to be the oldest creature on Earth and thus the most developed, the wisest. But the Book of Genesis does not say so at all. On

the contrary, it asserts that Man was a latecomer to Earth. We are not the oldest story of evolution but only its last few pages. Modem science agrees.

That is exactly what the Sumerians had taught in their schools. As we read in the Bible, it was only after all the “days” of creation had run their course, after “all the fishes of the sea and all the fowl that fly the skies and all the animals that fill the earth and all the creeping things that crawl upon the earth” that “Elohim created the Adam.”

On the sixth “day” of creation, God’s work on Earth was done.

“This,” the Book of Genesis states, “is the way the Heaven and the Earth have come to be.”

Up to the point of Man’s creation, then, modern science and ancient knowledge parallel each other. But by charting the course of evolution, modern science has left behind the initial question about the origin of life as distinct from its development and evolution.

The murky-soup and life-from-clay theories only suggest that, given the right materials and conditions, life could arise

spontaneously.  This  notion,  that  life’s  elemental  building

blocks,  such  as  ammonia  and  methane  (the  simplest  stable

compounds of nitrogen and hydrogen and of carbon and hy-

drogen, respectively) could have formed by themselves as part

of  nature’s  processes,  seemed  fortified  by the  discovery  in

recent decades that these compounds are present and even plentiful on other planets. But how did chemical compounds become animate?

That the feat is possible is obvious; the evidence is that life did appear on Earth. The speculation that life, in one form or another, may also exist elsewhere in  our Solar System, and

probably in other star systems, presupposes the feasibility of the transition from inanimate to animate matter. So, the ques- tion is not can it happen but how did it happen here on Earth?

For life as we see it on Earth to happen, two basic molecules are necessary: proteins, which perform all the complex met- abolic functions of living cells; and nucleic acids, which carry

the genetic code and issue the instructions for the cell’s pro- cesses. The two kinds of molecules, as the definition itself

suggests, function within a unit called a cell—quite a complex organism in itself, which is capable of triggering the replication not only of itself but of the whole animal of which the single cell is but a minuscule component. In order to become proteins, amino acids must form long and complex chains. In the cell they perform the task according to instructions stored in one nucleic acid (DNA—deoxyribonucleic acid) and transmitted by another nucleic acid (RNA—ribonucleic acid). Could ran- dom conditions prevailing on the primordial Earth have caused amino acids to combine into chains? In spite of varied attempts and theories (notable experiments were conducted by Clifford Matthews of the University of Illinois), the pathways sought by the scientists all required more “compressive energy” than would have been available.

Did DNA and RNA, then, precede amino acids on Earth? Advances in genetics and the unraveling of the mysteries of

the living cell have increased, rather than diminished, the prob-

lems. The discovery in 1953 by James D. Watson and Francis

H. Crick of the “double-helix” structure of DNA opened  up

vistas of immense complexity regarding these two chemicals

of life.  The relatively giant  molecules  of DNA are in the

form of two long, twisted strings connected by “rungs” made of four very complex organic compounds (marked on gene- tic charts by the initials of the names of the compounds, A-G-C-T). These four nucleotides can combine in pairs in sequences of limitless variety and are bound into place (Fig.

49) by sugar compounds alternating with phosphates. The nu-

cleic acid RNA, no less complex and built of four nucleotides whose initials are A-G-C-U, may contain thousands of com- binations.

How much time did evolution take on Earth to develop these complex compounds, without which life as we know it would have never evolved?

The fossil remains of algae found in 1977 in South Africa were dated to 3.1 to 3.4 billion years ago. But while that discovery was of microscopic, single-celled organisms, other discoveries in 1980 in western Australia deepened the won- derment. The team, led by J. William Schopf of the University of California at Los Angeles, found fossil remains of organisms

that not only were much older—3.5 billion years—but that

Figure 49

were multicelled and looked under the microscope like chain- like filaments (Fig. 50). These organisms already possessed both amino acids and complex nucleic acids, the replicating genetic compounds, 3.5 billion years ago; they therefore had to represent, not the beginning of the chain of life on Earth, but an already advanced stage of it.

What these finds had set in motion can be termed the search for the first gene. Increasingly, scientists believe that before algae there were bacteria. “We are actually looking at cells which are the direct morphological remains of the bugs them- selves,” stated Malcolm R. Walter, an Australian member of the team. “They look like modern bacteria,” he added. In fact, they looked like five different types of bacteria whose structures, amazingly, “were almost identical to several mod- ern-day bacteria.”

Figure 50

The notion that self-replication on Earth began with bacteria that preceded algae seemed to make sense, since advances in genetics showed that all life on Earth, from the simplest to the most complex, has the same genetic “ingredients” and the same twenty or so basic amino  acids.  Indeed,  much  of the early genetic research and development of techniques in genetic engineering were done on the lowly bacterium Esch- erichia coli (E. coli, for short), which can cause diarrhea in humans and cattle. But even this minuscule, single-celled bac- terium that reproduces not sexually but simply by dividing, has almost 4,000 different genes!

That bacteria have played a role in the evolutionary process is apparent, not only from the fact that so many marine, plant and animal higher organisms depend on bacteria for many vital processes, but also from discoveries, first in the Pacific Ocean

and then in other seas, that bacteria did and still make possible life forms that do not depend on photosynthesis but metabolize sulfur compounds in the oceans’ depths. Calling such early bacteria “archaeo-bacteria,” a team led by Carl R. Woese of the University of Illinois dated them to a time between 3.5 and 4 billion years ago. Such an age was corroborated in 1984 by

finds in an Austrian lake by Hans Fricke of the Max Planck Institute and Karl Stetter of the University of Regensburg (both in West Germany).

Sediments  found  off  Greenland,  on  the  other  hand,  bear

chemical traces that indicate the existence of photosynthesis as early as 3.8 billion years ago. All these finds have thus shown that, within a few hundred million years of the impen- etrable limit of 4 billion years, there were prolific bacteria and archaeo-bacteria of a marked variety on Earth. In more recent studies  (Nature,  November  9,  1989),  an  august  team  of  sci-

entists led by Norman H. Sleep of Stanford University con- cluded that the “window of time” when life on Earth began was just the 200 million years between 4 and 3.8 billion years ago. “Everything alive today,” they stated, “evolved from organisms that originated within that Window of Time.” They did not attempt, however, to establish how life originated at

such a time.

Based on varied evidence, including the very reliable iso-

topic ratios of carbon, scientists have concluded that no matter

how life on Earth began, it did so about 4 billion years ago.

Why then only and not sooner, when the planets were formed

some 4.6 billion years ago? All scientific research, conducted

on Earth as well as on the Moon, keeps bumping against the 4-billion-year date, and all that modern science can offer in explanation is some “catastrophic event.” To know more, read the Sumerian texts….

Since the fossil and other data have shown that celled and  replicating  organisms  (be  they  bacteria  or  archaeo-

bacteria) already existed on Earth a mere 200 million years after the “Window of Time” first opened, scientists began to search for the “essence” of life rather than for its resulting organisms: for traces of DNA and RNA themselves. Viruses, which are pieces of nucleic acids looking for cells in which to replicate, are prevalent not only on land but also in water, and

that has made some believe that viruses may have preceded bacteria. But what gave them their nucleic acids?

An avenue of research was opened a few years ago by Leslie Orgel of the Salk Institute in La Jolla, California, when he proposed that the simpler RNA might have preceded the much more complex DNA. Although RNA only transmits the genetic

messages contained in the DNA blueprint, other researchers, among them Thomas R. Cech and co-workers at the University of Colorado and Sidney Altman of Yale University concluded that a certain type of RNA could catalyze itself under certain conditions. All this led to computerized studies of a type of RNA called transfer-RNA undertaken by Manfred Eigen, a Nobel-prize winner. In a paper published in Science (May 12, 1989) he and his colleagues from Germany’s Max Planck In- stitute reported that by sequencing transfer-RNA backward on the Tree of Life, they found that the genetic code on Earth cannot be older than 3.8 billion years, plus or minus 600 million years. At that time, Manfred Eigen said, a primordial  gene might have appeared “whose message was the biblical in- junction ‘Go out into the world, be fruitful and multiply’.” If the leeway, as it appears, had to be on the plus side—i.e., older than 3.8 billion years—”this would be possible only in the case of extraterrestrial origin,” the authors of the learned paper added.

In her summation of the fourth Conference on the Origin of Life, Lynn Margulis had predicted this astounding conclusion.

“We now recognize that if the origin of our self-replicating system occurred on the early Earth, it must have occurred quite quickly—millions, not billions of years,” she stated. And she added:

The central problem inspiring these conferences, perhaps slightly better defined, is as unsolved as ever. Did our organic matter originate in interstellar space? The infant science of radioastronomy has produced evidence that some of the smaller organic molecules are there.

Writing in 1908, Svante Arrhenius (Worlds in the Making) proposed that life-bearing spores were driven to Earth by the pressure of light waves from the star of another planetary sys- tem where life had evolved long before it did on Earth. The notion came to be known as “the theory of Panspermia”; it languished on the fringes of accepted science because, at the time, one fossil discovery after another seemed to corroborate the theory of evolution as an unchallenged explanation for the origin of life on Earth.

These fossil discoveries, however, raised their own questions and doubts; so much so that in 1973 the Nobel laureate (now Sir) Francis Crick together with Leslie Orgel, in a paper titled “Directed Panspermia” (Icarus, vol. 19), revived the notion of the seeding of Earth with the first organisms or spores from an extraterrestrial source—not, however, by chance  but  as “the deliberate activity of an extraterrestrial society.” Whereas our Solar System was formed only some 4.6 billion years ago, other solar systems in the universe may have formed as much as 10 billion years earlier; while the interval between the for- mation of Earth and the appearance of life on Earth is much too short, there has been as much as six billion years available for the process on other planetary systems. “The time available makes it possible, therefore, that technological societies existed elsewhere in the galaxy even before the formation of the Earth,” according to Crick and Orgel. Their suggestion was therefore that the scientific community “consider a new ‘in- fective’ theory, namely that a primitive form of life was de- liberately planted on Earth by a technologically advanced society on another planet.” Anticipating criticism—which in- deed followed—that no living spores could survive the rigors of space, they suggested that the microorganisms were not sent to just drift in space but were placed in a specially designed spaceship with due protection and a life-sustain ing environ- ment.

In spite of the unquestionable scientific credentials of Crick and Orgel, their theory of Directed Panspermia met with disbe-

lief and even ridicule. However, more recent scientific ad- vances changed these attitudes; not only because of the narrowing of the Window of Time to a mere couple of hundred million years, almost ruling out the possibility that the essential genetic matter had enough time to evolve here on Earth. The change in opinion was also due to the discovery that of the

myriad of amino acids that exist, it is only the same twenty or so that are part of all living organisms on Earth, no matter what these organisms are and when they evolved; and that the same DNA, made up of the same four nucleotides—that and no other—is present in all living things on Earth.

It was therefore that the participants of the landmark eighth

Conference on the Origins of Life, held at Berkeley, California,

in 1986. could no longer accept the random formation of life inherent in the murky-soup or life-from-clay hypotheses, for according to these theories, a variety of life forms and genetic codes should have arisen. Instead, the consensus was that “all life on Earth, from bacteria to sequoia trees to humans, evolved from a single ancestral cell.”

But where did this single ancestral cell come from? The 285 scientists from 22 countries did not endorse the cautious sug- gestions that, as some put it, fully formed cells were planted on Earth from space. Many were, however, willing to consider

that “the supply of organic precursors to life was augmented from space.” When all was said and done, the assembled scientists were left with only one avenue that, they hoped, might provide the answer to the puzzle of the origin of life on Earth: space exploration. The research should shift from Earth to Mars, to the Moon, to Saturn’s satellite Titan, it was sug-

gested, because their more pristine environments might have better preserved the traces of the beginnings of life.

Such a course of research reflects the acceptance, it must be obvious, of the premise that life is not unique to Earth. The first reason for such a premise is the extensive evidence that organic compounds permeate the Solar System and outer space.

The data from interplanetary probes have been reviewed in an earlier chapter; the data indicating life-related elements and compounds in outer space are so voluminous that only a few instances must suffice here. In 1977, for example, an inter- national team of astronomers at the Max Planck Institute dis- covered water molecules outside our own galaxy. The density

of the water vapor was the same as in Earth’s galaxy, and Otto Hachenberg of the Bonn Institute for Radio Astronomy con- sidered that finding as support for the conclusion that “con- ditions exist at some other place which, like those on Earth, are suitable for life.” In 1984 scientists at the Goddard Space Center found ‘ ‘a bewildering array of molecules, including the

beginning of organic chemistry” in interstellar space. They had discovered “complex molecules composed of the same atoms that make up living tissue,” according to Patrick Thad- deus of the Center’s Institute for Space Studies, and it was “reasonable to assume that these compounds were deposited on Earth at the time of its forming and that life ultimately came

from them.” In 1987, to give one more instance, NASA in- struments discovered that exploding stars (supernovas) pro- duced most of the ninety-odd elements, including carbon, that are contained in living organisms on Earth.

How did such life-essential compounds, in forms that ena- bled life to sprout on Earth, arrive on Earth from space, near

or distant? Invariably, the celestial emissaries under consid- eration are comets, meteors, meteorites, and impacting aster- oids. Of particular interest to scientists are meteorites containing carbonaceous chondrites, believed to represent the most primordial planetary matter in the Solar System. One, which  fell  near  Murchison  in  Victoria,  Australia,  in  1969,

revealed an array of organic compounds, including amino acids and nitrogenous bases that embraced all the compounds in- volved in DNA. According to Ron Brown of Monash Uni- versity in Melbourne, researchers have even found “formations in the meteorite reminiscent of a very primitive form of cell structure.”

Until then, carbonaceous chondrite meteorites, first collected in France in 1806, were dismissed as unreliable evidence be- cause their life-related compounds were explained away as terrestrial contamination. But in 1977 two meteorites of this type were discovered buried in the icy wilderness of Antarctica, where no contamination was possible. These, and meteorite fragments collected elsewhere in Antarctica by Japanese sci- entists, were found to be rich in amino acids and to contain at least three of the nucleotides (the A, G, and U of the genetic “alphabet”) that make up DNA and/or RNA. Writing in Sci- entific American (August 1983), Roy S. Lewis and Edward Anders concluded that “carbonaceous chondrites, the most primitive meteorites, incorporate material  originating  outside the Solar System, including matter expelled by supernovas and other stars.” Radiocarbon dating has given these meteorites an age of 4.5 to 4.7 billion years; it makes them not only as old as but even older than Earth and establishes their extra- terrestrial origin.

Reviving, in a way, the old beliefs that comets cause plagues on Earth, two noted British astronomers. Sir Fred Hoyle and Chandra Wickramasinghe, suggested in a study in the New Scientist (November 17, 1977) that “life on Earth began when

stray comets bearing the building blocks of life crashed into the primitive Earth.” In spite of criticism by other scientists, the two have persisted in pressing this theory forward at sci- entific conferences, in books (Lifecloud and others) and in scholarly publications, offering each time more supportive ar- guments for the thesis that “about four billion years ago life arrived in a comet.”

Recent close studies of comets, such as Halley’s, have shown that the comets, as do the other messengers from far out in space, contain water and other life-building compounds. These findings have led other astronomers and biophysicists to con-

cede the possibility that cometary impacts had played a role in giving rise to life on Earth. In the words of Armand Del- semme of the University of Toledo, “A large number of comets hitting Earth contributed a veneer of chemicals needed for the formation of amino acids; the molecules in our bodies were likely in comets at one time.”

As scientific advances made more sophisticated studies of meteorites, comets, and other celestial objects possible, the results included an even greater array of the compounds es- sential to life. The new breed of scientists, given the name “Exobiologists,” have even found isotopes and other elements in these celestial bodies that indicate an origin preceding the

formation of the Solar System. An extrasolar origin for the life that eventually evolved on Earth has thus become a more ac- ceptable proposition. The argument between the Hoyle-Wick- ramasinghe team and others has by now shifted its focus to whether the two are right in suggesting that “spores”—actual microorganisms—rather  than  the  antecedent  life-forming  com-

pounds were delivered to Earth by the cometary/meteoritic impacts.

Could “spores” survive in the radiation and cold of outer space? Skepticism regarding this possibility was greatly dis- pelled by experiments conducted at Leiden University, Hol- land, in 1985. Reporting in Nature (vol. 316) astrophysicist J.

Mayo Greenberg and his associate Peter Weber found that this was possible if the “spores” journeyed inside an envelope of molecules of water, methane, ammonia, and carbon monox- ide—all readily available on other celestial bodies.  Pansper- mia, they concluded, was possible.

How about directed panspermia, the deliberate seeding of Earth by another civilization, as suggested earlier by Crick and Orgel? In their view, the “envelope” protecting the spores was not made up just of the required compounds, but was a spaceship in which the microorganisms were kept immersed in nutrients. As much as their proposal smacks of science fiction, the two held fast to their “theorem.” “Even though it sounds a bit cranky,” Sir Francis Crick wrote in The New York Times (October 26, 1981), “all the steps in the argument are scientifically plausible.” Foreseeing that Mankind might one day send its “seeds of life” to other worlds, why could it not be that a higher civilization elsewhere had done it to Earth in the distant past?

Lynn Margulis, a pioneer of the Origin of Life conferences and now a member of the U.S. National Academy of Sciences, held in her writings and interviews that many organisms, when faced with harsh conditions, “release tough little packages”—

she named them “Propagules”—”that can carry genetic ma- terial into more hospitable surroundings” (Newsweek, October 2, 1989). It is a natural “strategy for survival” that has ac- counted for “space age spores”; it will happen in the future because it has happened in the past.

In a detailed report concerning all these developments, head-

lined “NASA to Probe Heavens for Clues to Life’s Origins on Earth” in The New York Times (September 6, 1988), Sandra Blakeslee summed up the latest scientific thinking thus:

Driving the new search for clues to life’s beginnings is the recent discovery that comets, meteors and interstellar dust carry vast amounts of complex organic chemicals as well as the elements crucial to living cells.

Scientists believe that Earth and other planets have been seeded from space with these potential building blocks of life.

“Seeded from space”—the very words written down mil- lennia ago by the Sumerians!

It is noteworthy that in his ‘presentations, Chandra Wick- ramasinghe has frequently invoked the writings of the Greek philosopher Anaxagoras who, about 500 B.C., believed that

the “seeds of life” swarm through the universe, ready to sprout and create life wherever a proper environment is found. Com- ing as he did from Asia Minor, his sources, as was true for so much of early Greek knowledge, were the Mesopotamian writ- ings and traditions.

After a detour of 6.000 years, modem science has come back to the Sumerian scenario of an invader from outer space that brings the seed of life into the Solar System and imparts it to “Gaia” during the Celestial Battle.

The Anunnaki, capable of space travel about half a million years before us, discovered this phenomenon long before us;

in this respect, modem science is just catching up with ancient knowledge.

8

THE ADAM: A SLAVE MADE TO ORDER

The biblical tale of Man’s creation is, of course, the crux of the debate—at times bitter—between Creationists and Evo- lutionists and of the ongoing confrontation between them—at times in courts, always on school boards. As previously stated, both sides had better read the Bible again (and in its Hebrew original); the conflict would evaporate once Evolutionists rec- ognized the scientific basis of Genesis and Creationists realized what its text really says.

Apart from the naive assertion by some that in the account of Creation the “days” of the Book of Genesis  are literally

twenty-four-hour periods and not eras or phases, the sequence

in the Bible is, as previous chapters should have made clear,

a description of Evolution that is in accord with modern sci-

ence. The insurmountable problem arises when Creationists

insist that we. Mankind, Homo sapiens sapiens, were created

instantaneously and without evolutionary predecessors by “God.” “And the Lord God formed Man of the dust of the ground, and breathed into his nostrils the breath of life, and Man became a living soul.” This is the tale of Man’s creation as told in chapter 2, verse 7 of the Book of Genesis—according to the King James English version; and this is what the Cre-

ationist zealots firmly believe.

Were they to learn the Hebrew text—which is, after all, the

original—they would discover that, first of all, the creative act

is attributed to certain Elohim—a plural term that at the least

should be translated as “gods,” not “God.” And second, they

would become aware that the quoted verse also explains why

“The Adam” was created: “For there was no Adam to till the land.” These are two important—and unsettling—hints to who had created Man and why.

158

Then, of course, there exists the other problem, that of another (and prior) version of the creation of Man, in Genesis 1:26-27. First, according to the King James version, “God said, Let us make men in our image, after our likeness”; then the suggestion was carried out: “And God created man in his own image, in the image of God created He him; male and female created He them.” The biblical account is further com- plicated by the ensuing tale in Chapter 2, according to which “The Adam” was alone until God provided him with a female counterpart, created of Adam’s rib.

While Creationists might be hard put to decide which par- ticular version is the sine qua non tenet, there exists the problem

of pluralism. The suggestion for Man’s creation comes from

a plural entity who addresses a plural audience, saying, “Let

us make an Adam in our image and after our likeness.” What,

those who believe in the Bible must ask, is going on here?

As both Orientalists and Bible scholars now know, what

went on was the editing and summarizing by the compilers of the Book of Genesis of much earlier and considerably more detailed texts first written down in Sumer. Those texts, re- viewed and extensively quoted in The 12th Planet with all sources listed, relegate the creation of Man to the Anunnaki. It happened, we learn from such long texts as Atra Basis, when

the rank-and-file astronauts who had come to Earth for its gold mutinied. The backbreaking work in the gold mines, in south- east Africa, had become unbearable. Enlil, their commander- in-chief, summoned the ruler of Nibiru, his father Anu, to an Assembly of the Great Anunnaki and demanded harsh punish- ment of his rebellious crew. But Anu was more understanding.

“What are we accusing them of?” he asked as he heard the complaints of the mutineers. “Their work was heavy, their distress was much!” Was there no other way to obtain the gold, he wondered out loud.

Yes, said his other son Enki (Enlil’s half brother and rival), the brilliant chief scientist of the Anunnaki. It is possible to

relieve the Anunnaki of the unbearable toil by having someone else take over the difficult work: Let a Primitive Worker be created!

The idea appealed to the assembled Anunnaki. The more they discussed it, the more clear their clamor grew for such a

Primitive Worker, an Adamu, to take over the work load. But, they wondered, how can you create a being intelligent enough to use tools and to follow orders? How was the creation or “bringing forth,” of the Primitive Worker to  be  achieved? Was it, indeed, a feasible undertaking?

A Sumerian text has immortalized the answer given by Enki to the incredulous assembled Anunnaki, who saw in the cre-

ation of an Adamu the solution to their unbearable toil:

The creature whose name you uttered— IT EXISTS!

All you have to do, he added, is to

Bind upon it the image of the gods.

In these words lies the key to the puzzle of Man’s creation, the magical wand that removes the conflict between Evolution and Creationism. The Anunnaki, the Elohim of the biblical verses, did not create Man from nothing. The being was already there, on Earth, the product of evolution. All that was needed to upgrade it to the required level of ability and intelligence was to “bind upon it the image of the gods,” the image of the Elohim themselves.

For the sake of simplicity let us call the “creature” that already existed then Apeman/Apewoman. The process envi- sioned by Enki was to “bind” upon the existing creature the “image”—the inner, genetic makeup—of the Anunnaki; in other words, to upgrade the existing Apeman/Apewoman through genetic manipulation and, by thus jumping the gun on evolution, bring “Man”—Homo sapiens—into being.

The term Adamu, which is clearly the inspiration for the biblical name “Adam,” and the use of the term “image” in

the Sumerian text, which is repeated intact in the biblical text, are not the only clues to the Sumerian/Mesopotamian origin of the Genesis creation of Man story. The biblical use of the plural pronoun and the depiction of a group of Elohim reaching a consensus and following it up with the necessary action also lose their enigmatic aspects when the Mesopotamian sources

are taken into account.

In them we read that the assembled Anunnaki resolved lo proceed with the project, and on Enki’s suggestion assigned the task to Ninti, their chief medical officer:

They summoned and asked the goddess,

the midwife of the gods, the wise birthgiver,

[saying:]

“To a creature give life, create workers!

Create a Primitive Worker, that he may bear the yoke!

Let him bear the yoke assigned by Enlil, Let The Worker carry the toil of the gods!”

One cannot say for certain whether it was from the Atra Hasis text, from which the above lines are quoted, or from much earlier Sumerian texts that the editors of Genesis got their abbreviated version. But we have here the background of events that led to the need for a Primitive Worker, the assembly of the gods and the suggestion and decision to go ahead and have one created. Only by realizing what the biblical sources were can we understand the biblical tale of the Elohim—the Lofty Ones, the “gods”—saying: “Let us make the Adam in our image, after our likeness,” so as to remedy the situation that “there was no Adam to till the land.”

In The 12th Planet it was stressed that until the Bible begins to relate the genealogy and history of Adam, a specific person,

the Book of Genesis refers to the newly created being as “The

Adam,” a generic term. Not a person called Adam, but, lit-

erally, “the Earthling,” for that is what “Adam” means, com-

ing as it does from the same root as Adamah, “Earth.” But

the term is also a play on words, specifically dam, which means

“blood” and reflects, as we shall soon see, the manner in which The Adam was “manufactured.”

The Sumerian term that means “Man” is LU. But its root meaning is not “human being”; it is rather “worker, servant,” and as a component of animal names implied “domesticated.” The Akkadian language in which the Atra Hasis text was writ-

ten (and from which all Semitic languages have stemmed) applied to the newly created being the term lulu, which means, as in the Sumerian, “Man” but which conveys the notion of

mixing. The word lulu in a more profound sense thus meant “the mixed one.” This also reflected the manner in which The Adam—”Earthling” as well as “He of the blood”—-was cre- ated.

Numerous texts in varying states of preservation or frag- mentation  have  been  found  inscribed  on  Mesopotamian  clay

tablets. In sequels to The 12th Planet the creation “myths” of

other peoples, from both the Old and New Worlds, have been

reviewed; they all record a process involving the mixing of a

godly element with an earthly one. As often as not, the godly

element  is  described  as  an  “essence” derived from  a  god’s

blood, and the earthly element as “clay” or “mud.” There can be no doubt that they all attempt to tell the same tale, for they all speak of a First Couple. There is no doubt that their origin is Sumerian, in whose texts we find the most elaborate descriptions and the greatest amount of detail concerning the wonderful deed: the mixing of the “divine” genes of the An-

unnaki with the “earthly” genes of Apeman by fertilizing the egg of an Apewoman.

It was fertilization in vitro—in glass tubes, as depicted in this rendering on a cylinder seal (Fig. 51). And, as I have been saying since modern science and medicine achieved the feat of in vitro fertilization, Adam was the first test-tube baby. . . .

Figure 51

There is reason to believe that when Enki made the surprising suggestion to create a Primitive Worker through genetic ma- nipulation, he had already concluded that the feat was possible. His suggestion to call in Ninti for the task was also not a spur- of-the-moment idea.

Laying the groundwork for ensuing events, the Atra Hasis text begins the story of Man on Earth with the assignment of tasks among the leading Anunnaki. When the rivalry between the two half brothers. Enlil and Enki, reached dangerous levels, Anu made them draw lots. As a result, Enlil was given mastery

over the old settlements and operations in the E.DIN (the bib- lical Eden) and Enki was sent to Africa, to supervise the AB. ZU, the land of mines. Great scientist that he was, Enki was bound to have spent some of his time studying the flora and fauna of his surroundings as well as the fossils that, some 300,000 years later, the Leakeys and other paleontologists have

been uncovering in southeastern Africa. As scientists do today, Enki, too, must have contemplated the course of evolution on Earth. As reflected in the Sumerian texts, he came to the con- clusion that the same “seed of life” that Nibiru had brought with it from its previous celestial abode had given rise to life on both planets; much earlier on Nibiru, and later on Earth,

once the latter had been seeded by the collision.

The being that surely fascinated him most was Apeman— a step above the the other primates, a hominid already walking erect and using sharpened stones as tools, a proto-Man—but not yet a fully evolved human. And Enki must have toyed with the intriguing challenge of “playing God” and conducting experiments in genetic manipulation.

To aid his experiments he asked Ninti to come to Africa and be by his side. The official reason was plausible. She was the chief medical officer; her name meant “Lady Life” (later on she  was  nicknamed  Mammi,  the  source  of  the  universal

Mamma/Mother). There was certainly a need for medical ser- vices, considering the harsh conditions under which the miners toiled. But there was more to it: from the very beginning, Enlil and Enki vied for her sexual favors, for both needed a male heir by a half sister, which she was. The three of them were children of Anu, the ruler of Nibiru, but not of the same mother;

and according to the succession rules of the Anunnaki (later

adopted by the Sumerians and reflected in the biblical tales of the Patriarchs), it was not necessarily the Firstborn son but a son bom by a half sister from the same royal line who became the Legal Heir. Sumerian texts describe torrid lovemaking be- tween Enki and Ninti (with unsuccessful results, though: the offspring were all females); there was thus more than an interest in science that led to Enki’s suggestion to call in Ninti and assign the task to her.

Knowing all this, we should not be surprised to read in the creation texts that, first, Ninti said she could not do it alone,

that she had to have the advice and help of Enki; and second, that she had to attempt the task in the Abzu, where the right materials and facilities were available. Indeed, the two must have conducted experiments together there long before the suggestion was made at the assembly of the Anunnaki to ”let us make an Adamu in our image.” Some ancient depictions

show “Bull-Men” accompanied by naked Ape-men (Fig. 52) or Bird-Men (Fig. 53). Sphinxes (bulls or lions with human heads) that adorned many ancient temples may have been more than imaginary representations; and when Berossus, the Ba- bylonian priest, wrote down Sumerian cosmogony and tales of creation for the Greeks, he described a prehuman period when

Figure 52

Figure 53

“men appeared with two wings,” or “one body and two heads,” or with mixed male and female organs, or “some with the legs and horns of goats” or other hominid-animal mixtures. That these creatures were not freaks of nature but the result of deliberate experiments by Enki and Ninti is obvious from the Sumerian texts. The texts describe how the two came up with a being who had neither male nor female organs, a man who could not hold back his urine, a woman incapable of bearing children, and creatures with numerous other defects. Finally, with a touch of mischief in her challenging announce- ment, Ninti is recorded to have said:

How good or bad is man’s body? As my heart prompts me,

I can make its fate good or bad.

Having reached this stage, where genetic manipulation was sufficiently perfected to enable the determination of the re- sulting body’s good or bad aspects, the two felt they could master the final challenge: to mix the genes of hominids. Ape- men, not with those of other Earth creatures but with the genes of the Anunnaki themselves. Using all the knowledge they had amassed, the two Elohim set out to manipulate and speed up the process of Evolution. Modern Man would have undoubt-

edly eventually evolved on Earth in any case, just as he had done on Nibim, both having come from the same “seed of life.” But there was still a long way and a long time to go from the stage hominids were at 300,000 years ago to the level of development the Anunnaki had reached at that time. If, in the course of 4 billion years, the evolutionary process had been earlier on Nibiru just 1 percent of that time, Evolution would have been forty million years ahead on Nibiru compared with the course of evolution on Earth. Did the Anunnaki jump the gun on evolution on our planet by a million or two million years? No one can say for sure how long it would have taken Homo sapiens to evolve naturally on Earth from the earlier hominids, but surely forty million years would have been more than enough time.

Called upon to perform the task of “fashioning servants for the gods”—”to bring to pass a great work of wisdom.” in the words of the ancient texts—Enki gave Ninti the following

instructions:

Mix to a core the clay

from the Basement of the Earth,

just above the Abzu,

and shape it into the form of a core.

I shall provide good, knowing young Anunnaki

who will bring the clay to the right condition.

In The 12th Planet, I analyzed the etymology of the Sumerian and Akkadian terms that are usually translated “clay” or “mud” and showed that they evolved from the Sumerian TI.IT, literally, “that which is with life,” and then assumed the derivative meanings of “clay” and “mud,” as well as “egg.” The earthly element in the procedure for “binding upon” a being who already existed “the image of the gods” was thus to be the female egg of that being—of an Apewoman.

All the texts dealing with this event make it clear that Ninti relied on Enki to provide the earthly element, this egg of a

female Apewoman, from the Abzu, from southeast Africa. Indeed, the specific location is given in the above quote: not exactly the same site as the mines (an area identified in The 12th Planet as Southern Rhodesia, now Zimbabwe) but a place

“above” it, farther north. This area was, indeed, as recent finds have shown, where Homo sapiens emerged. . . .

The task of obtaining the “divine” elements was Ninti’s. Two extracts were needed from one of the Anunnaki, and a

young “god” was carefully selected for the purpose. Enki’s instructions to Ninti were to obtain the god’s blood and shiru, and through immersions in a “purifying bath” obtain their “essences.” What had to be obtained from the blood was termed TE.E.MA, at best translated “personality,” a term that expresses the sense of the word: that which makes a person

what he is and different from any other person. But the trans- lation “personality” does not convey the scientific precision of the term, which in the original Sumerian meant “That which houses that which binds the memory.” Nowadays we call it a “gene.”

The other  element for  which the  young Anunnaki was se-

lected, shiru, is commonly translated “flesh.” In time,  the word did acquire the meaning “flesh” among its various con- notations. But in the earlier Sumerian it referred to the sex or reproductive organs; its root had the basic meaning “to bind,” “that which binds.” The extract from the shiru was referred to  in  other  texts  dealing  with  non-Anunnaki  offspring  of  the

“gods” as kisru; coming from the male’s member, it meant “semen,” the male’s sperm.

These two divine extracts were to be mixed well by Ninti in a purifying bath, and it is certain that the epithet lulu (“The mixed one”) for the resulting Primitive Worker stemmed from this mixing process. In modern terms we would call him a

hybrid.

All these procedures had to be performed under strict sanitary

conditions. One text even mentions how Ninti first washed her

hands  before  she  touched  the  “clay.”  The  place  where  these

procedures  were  carried  out was  a special structure called in

Akkadian  Bit  Shimti,  which,  coming  from  the  Sumerian

SHI.1M.TI literally meant “house where the wind of life is breathed in”—the source, no doubt, of the biblical assertion that after having fashioned the Adam from the clay, Elohim “blew in his nostrils the breath of life.” The biblical term, sometimes translated “soul” rather than “breath of life,” is Nephesh. The identical term appears in the Akkadian account

of what took place in the “house where the wind of life is hreathed in” after the purifying and extracting procedures were completed:

The god who purifies the napishtu, Enki, spoke up.

Seated before her [Ninti] he was prompting her.

After she had recited her incantation,

she put her hand to the clay.

A depiction on a cylinder seal (Fig. 54) may well have illustrated the ancient text. It shows Enki seated, “prompting” Ninti (who is identified by her symbol, the umbilical cord), with the “test-tube” flasks behind her.

The mixing of the “clay” with all the component extracts and “essences” was not yet the end of the procedure. The egg of the Apewoman, fertilized in the “purifying baths” with the

sperm and genes of the young Anunnaki “god,” was then deposited in a “mold,” where the “binding” was to be com- pleted. Since this part of the process is described again later in connection with the determining of the sex of the engineered being, one may surmise that was the purpose of the ‘ ‘binding” phase.

The length of time the fertilized egg thus processed stayed

Figure 54

in the “mold” is not stated, but what was to be done with it was quite clear. The fertilized and “molded” egg was to be reimplanted in a female womb—but not in that of its original Apewoman. Rather, it was to be implanted in the womb of a “goddess,” an Anunnaki female! Only thus, it becomes clear, was the end result achievable.

Could the experimenters, Enki and Ninti, now be sure that, after all their trial-and-error attempts to create hybrids, they would then obtain a perfect lulu by implanting the fertilized and processed egg in one of their own females—that what she

would give birth to would not be a monster and that her own life would not be at risk?

Evidently they could not be absolutely sure; and as often happens with scientists who use themselves as guinea pigs for a dangerous first experiment calling for a human volunteer, Enki announced to the gathered Anunnaki that his own spouse,

Ninki (“Lady of the Earth”) had volunteered for the task. “Ninki, my goddess-spouse,” he announced, “will be the one for labor”; she was to be the one to determine the fate of the new being:

The newborn’s fate thou shalt pronounce; Ninki would fix upon it the image of the gods; And what it will be is “Man.”

The female Anunnaki chosen to serve as Birth Goddesses if the experiment succeeded, Enki said, should stay and observe what was happening. It was not, the texts reveal, a simple and smooth birth-giving process:

The birth goddesses were kept together. Ninti sat, counting the months.

The fateful tenth month was approaching, The tenth month arrived—

the period of opening the womb had elapsed.

The drama of Man’s creation, it appears, was compounded by a late birth; medical intervention was called for. Realizing what had to be done, Ninti “covered her head” and, with an instrument whose description was damaged on the clay tablet,

“made an opening.” This done, “that which was in the womb came forth.” Grabbing the newborn baby, she was overcome with joy. Lifting it up for all to see (as depicted in Fig. 51), she shouted triumphantly:

I have created!

My hands have made it!

The first Adam was brought forth.

The successful birth of The Adam—by himself, as the first biblical version states—confirmed the validity of the process and opened the way for the continuation of the endeavor. Now, enough “mixed clay” was prepared to start pregnancies in fourteen birth goddesses at a time:

Ninti nipped off fourteen pieces of clay, Seven she deposited on the right, Seven she deposited on the left; Between them she placed the mold.

Now the procedures were genetically engineered to come up with seven males and seven females at a time. We read on another tablet that Enki and Ninti,

The wise and learned,

Double-seven birth-goddesses had assembled.

Seven brought forth males,

Seven brought forth females;

The birth-goddesses brought forth

the Wind of the Breath of Life.

There is thus no conflict among the Bible’s various versions of Man’s creation. First, The Adam was created by himself; but then, in the next phase, the Elohim indeed created the first humans “male and female.”

How many times the “mass production” of Primitive Work- ers was repeated is not stated in the creation texts. We read elsewhere that the Anunnaki kept clamoring for more, and that eventually Anunnaki from the  Edin—Mesopotamia—came  to the Abzu in Africa and forcefully captured a large number of

Primitive Workers to take over the manual work back in Mes- opotamia. We also learn that in time, tiring of the constant need for Birth Goddesses, Enki engaged in a second genetic manipulation to enable the hybrid people to procreate on their own; but the story of that development belongs in the next chapter.

Bearing in mind that these ancient texts come to us across a bridge of time extending back for millennia, one must admire the ancient scribes who recorded, copied, and translated the earliest texts-—as often as not, probably, without really know- ing what this or that expression or technical term originally meant but always adhering tenaciously to the traditions that required a most meticulous and precise rendition of the copied texts.

Fortunately, as we enter the last decade of the twentieth century of the Common Era, we have the benefit of modern

science on our side. The “mechanics” of cell replication and human reproduction, the function and code of the genes, the cause of many inherited defects and illnesses—all these and so many more biological processes are now understood; per- haps not yet completely but enough to allow us to evaluate the ancient tale and its data.

With all this modern knowledge at our disposal, what is the verdict on that ancient information? Is it an impossible fantasy, or are the procedures and processes, described with such at- tention to terminology, corroborated by modern science?

The answer is yes, it is all the way we would do it today— the way we have been following, indeed, in recent years.

We know today that to have someone or something ‘ ‘brought forth” in the “image” and “after the likeness” of an existing being (be it a tree, a mouse, a man) the new being must have the genes of its creator; otherwise, a totally different being would emerge. Until a few decades ago all that science was aware of was that there are sets of chromosomes lurking within

every living cell that impart both the physical and mental/ emotional characteristics to offspring. But now we know that the chromosomes are just stems on which long strands of DNA are positioned. With only four nucleotides at its disposal, the DNA can be sequenced in endless combinations, in short or

long stretches interspersed with chemical signals that can mean “stop” or “go” instructions (or, it seems, to do nothing at all anymore). Enzymes are produced and act as chemical busy- bodies, launching chemical processes, sending off RNAs to do their job, creating proteins to build body and muscles, produce the myriad differentiated cells of a living creature, trigger the immune system, and, of course, help the being procreate by bringing forth offspring in its own image and after its likeness.

The beginnings of genetics are now credited to Gregor Jo- hann Mendel, an Austrian monk who, experimenting with plant hybridization, described the hereditary traits of common peas

in a study published in 1866. A kind of genetic engineering has of course been practiced in horticulture (the cultivation of flowers, vegetables, and fruits) through the procedure called grafting, where the part of the plant whose qualities are desired to be added to those of another plant is added via an incision to the recipient plant. Grafting has also been tried in recent

years in the animal kingdom, but with limited success between donor and recipient due to rejection by the recipient’s immune system.

The next advance, which for a while received great publicity, was the procedure called Cloning. Because each cell—let us say a  human  cell—contains  all  the  genetic  data necessary to

reproduce that human, it has the potential forgiving rise, within a female egg, to the birth of a being identical to its parent. In theory, cloning offers a way to produce an endless number of Einsteins or, heaven help us. Hitlers.

Experimentally the possibilities of cloning began to be tested with plants, as an advanced method to replace grafting. Indeed,

the term cloning comes from the Greek klon which means “twig.” The procedure began with the notion of implanting just one desired cell from the donor plant in the recipient plant. The technique then advanced to the stage where no recipient plant was needed at all; all that had to be done was to nourish the desired cell in a solution of nutrients until it began to grow,

divide, and eventually form the whole plant. In the 1970s one of the hopes pinned on this process was that whole forests of trees identical to a desired species will be created in test tubes, then shipped in a parcel to the desired location to be planted and grow.

Adapting this technique from plants to animals proved more tricky. First, cloning involves asexual reproduction. In animals that reproduce by fertilizing an egg with a sperm, the repro- ductive cells (egg and sperm) differ from all other cells in that they do not contain all the pairs of chromosomes (which carry the genes as on stems) but only one set each. Thus, in a fertilized human egg (“ovum”) the forty-six chromosomes that constitute the required twenty-three pairs are provided half by the mother (through the ovum) and half by the father (in the sperm). To achieve cloning, the chromosomes in  the  ovum must be removed surgically and a complete set of pairs inserted instead, not from a male sperm but from any other human cell. If all succeeds and the egg, nestled in the womb, becomes first an embryo, then a fetus and then a baby—the baby will be identical to the person from whose single cell it has grown.

There were other problems inherent in the process, too tech- nical to detail here, but they were slowly overcome with the

aid of experimentation, improved instruments, and progress in

understanding  genetics.  One  intriguing  finding  that  aided  the

experiments was that the younger the source of the transplanted

nucleus the better the chances of success. In 1975 British sci-

entists succeeded in cloning frogs from tadpole cells; the pro-

cedure required the removal of a frog egg’s nucleus and its replacement with a tadpole cell’s nucleus. This was achieved by microsurgery, possible because the cells in question are considerably larger than, say, human cells. In 1980 and 1981 Chinese and American scientists claimed to have cloned  fish with similar techniques; flies were also experimented on.

When the experiments shifted to mammals, mice and rabbits were chosen because of their short reproductive cycles. The problem with mammals was not only the complexity of their cells and cell nuclei but also the need to nestle the fertilized egg in a womb. Better results were obtained when the egg’s nucleus  was  not  removed  surgically  but  was  inactivated  by

radiation; even better results followed when this nucleus was “evicted” chemically and the new nucleus also introduced chemically; the procedure, developed through experiments on rabbit eggs by J. Derek Bromhall of Oxford University, became known as Chemical Fusion.

Other experiments relating to the cloning of mice seemed

to indicate that for a mammal’s egg to be fertilized, to start dividing, and, even more important, to begin the process of differentiation (into the specialized cells that become the dif- ferent parts of the body), more than the donor’s set of chro- mosomes is needed. Experimenting at Yale, Clement L. Markert concluded that there was something in the male sperm that promoted these processes, something beside the chro- mosomes; that “the sperm might also be contributing some unidentified spur that stimulates development of the egg.”

In order to prevent the sperm’s male chromosomes from merging with the egg’s female chromosomes (which  would have resulted in a normal fertilization rather than in cloning), one set had to be removed surgically just before the merger began and the remaining set “excited” by physical or chemical means to double itself. If the sperm’s chromosomes were cho- sen for the latter role, the embryo might become either male or female; if the egg’s set were chosen and duplicated, the embryo could only be female. While Markert was continuing his experiments on such methods of nuclear transfer, two other scientists (Peter C. Hoppe and Karl Illmensee) announced in 1977 the successful birth, at the Jackson Laboratory in Bar Harbor, Maine, of seven “single-parent mice.” The process, however, was more accurately designated parthenogenesis, “virgin birth,” than cloning; since what the experimenters did was to cause the chromosomes in the egg of a female mouse to double, keep the egg with the full set of chromosomes in certain solutions, and then, after the cell had divided several times, introduce the self-fertilized cell into the womb of a female mouse. Significantly, the recipient mouse had to be a different female, not the mouse whose own egg had been used.

Quite a stir was caused early in 1978 by the publication of a book that purported to relate how an eccentric American millionaire,  obsessed  by  the  prospect  of  death,  sought  im-

mortality by arranging to be cloned. The book claimed that the nucleus of a cell taken from the millionaire was inserted into a female egg, which was carried through pregnancy to a suc- cessful birth by a female volunteer; the boy, fit and healthy in all respects, was reported at the time of publication to have been fourteen months old. Though written as a factual report,

the tale was received with disbelief. The scientific community’s

skepticism stemmed not from the impossibility of the feat— indeed, that it would one day be possible almost all concerned agreed—-but from doubts whether the feat could have been achieved by an unknown group in the Caribbean when the best researchers had only, at that time, achieved the virgin birth of mice. There was also doubt about the successful cloning of a male adult, when all the experiments had indicated that the older the donor’s cell, the lower the chances of success.

With the memory of the horrors inflicted on Mankind by Nazi Germany in the name of a “master race” still fresh, even

the possibility of cloning selected humans for evil purposes (a

theme of Ira Levin’s best-selling novel The Boys from Brazil)

was reason enough to dampen interest in this avenue of genetic

manipulation.  One  alternative,  which  substituted  the  “Should

man play God?” outcry with what one might call the “Can

science play husband?” idea, was the process that led to the phenomenon of “Tesi-tube babies.”

Research conducted at Texas A & M University in 1976 showed that it was possible to remove an embryo from a mam- mal (a baboon, in that instance) within five days of ovulation and reimplant it in the uterus of another female baboon in a

transfer that led to a successful pregnancy and birth. Other researchers found ways to extract the eggs of small mammals and fertilize them in test tubes. The two processes, that of Embryo Transfer and In vitro Fertilization, were employed in an event that made medical history in July, 1978, when Louise Brown was born at the Oldham and District General Hospital

in northwest England. The first of many other test-tube babies, she was conceived in a test tube, not by her parents but by techniques employed by Doctors Patrick Steptoe and Robert Edwards. Nine months earlier they had used a device with a light at its end to suck out a mature egg from Mrs. Brown’s ovary.  Bathed  in  a  dish  containing life-support  nutrients,  the

extracted egg was “mixed”—the word was used by Dr. Ed- wards-—with the husband’s sperm. Once a sperm succeeded in fertilizing the egg, the egg was transferred to a dish con- taining other nutrients, where it began to divide. After fifty hours it had reached an eight-celled division; at that point, the egg was re-implanted in Mrs. Brown’s womb. With care and

special treatment, the embryo developed properly; a caesarean

delivery completed the feat, and a couple who before this could not have a child because of the wife’s defective fallopian tubes now had a normal daughter.

“We have a girl and she’s perfect!” the gynecologist who performed the caesarean delivery shouted as he held up the baby.

“I have created, my hands have made it!” Ninti cried out as she delivered the Adam by caesarean section, an eon ear- lier. …

Also reminiscent of the ancient reports of the long road of trial and error taken by Enki and Ninti was the fact that the Baby Louise “breakthrough” about which the media went wild

(Fig. 55) came after twelve years of trial and error, in the course of which fetuses and even babies turned out defective. Undoubtedly unbeknown to the doctors and researchers was the fact that, in discovering also that the addition of blood serum to the mixture of nutrients and sperm was essential to

Figure 55

success, they were following (he very same procedures that Enki and Ninti had employed. . .

Although the feat gave new hope to barren women (it also opened the way to surrogate motherhood, embryo freezing, semen banks, and new legal entanglements), it was just a distant cousin of the feat accomplished by Enki and Ninti. Yet it had to employ the techniques of which we have read in the ancient texts—just as the scientists engaged in nucleus transfers have found that the male donor must be young, as the Sumerian texts have stressed.

The most obvious difference between the test-tube baby var- iants and what the ancient texts describe is that in the former the natural process of procreation is emulated: human male sperm fertilize a human female egg that then develops in the

womb. In the case of the creation of The Adam, the genetic material of two different (even if not dissimilar) species was mixed to create a new being, positioned somewhere between the two “parents.”

In recent years modern science has made substantial ad- vances  in  such  genetic  manipulation.  With  the  aid  of

increasingly sophisticated equipment, computers, and ever- more minute instruments, scientists have been able to “read” the genetic code of living organisms, up to and including that of Man. Not only has it become possible to read the A-G-C- T of DNA and the A-G-C-U “letters” of the genetic “al- phabet,”  but  we  can  now  also  recognize  the  three-letter

“words” of the genetic code (like AGG, AAT, GCC, GGG— and so on in myriad combinations) as well as the segments of the DNA strands that form genes, each with its specific task— for example, to determine the color of the eyes, to direct growth, or to transmit a hereditary disease. Scientists have also found that some of the code’s “words” simply act to instruct

the replication process where to start and when to stop. Grad- ually, scientists have become able to transcribe  the  genetic code to a computer screen and to recognize in the printouts (Fig. 56) the “stop” and “go” signs. The next step was to tediously find out the function of each segment, or gene—of which the simple E. colt bacterium has about 4,000 and human

beings well over 100,000. Plans are now afoot to “map” the

Figure 56

complete human genetic  makeup  (“Genome”);  the  enormity of the task, and the extent of the knowledge already gained, can be appreciated by the fact that if the DNA in all human cells were extracted and put in a box, the box need be no bigger than an ice cube; but if the twisting strands of DNA were stretched out, the string would extend 47 million miles. . . .

In spite of these complexities, it has become possible, with the aid of enzymes, to cut DNA strands at desired places, remove a “sentence” that makes up a gene, and even insert into the DNA a foreign gene; through these techniques an undesired trait (such as one that causes disease) can be removed

or a desired one (such as a growth-hormone gene) added. The advances in understanding and manipulating this fundamental chemistry of life were recognized in 1980 with the award of the Nobel prize in chemistry to Walter Gilbert of Harvard and Frederick Sanger of Cambridge University for the development of rapid methods for reading large segments of DNA, and to Paul Berg of Stanford University for pioneering work in “gene splicing.” Another term used for the procedures is “Recom- binant DNA technology,” because after the splicing, the DNA is recombined with newly introduced segments of DNA.

These capabilities have made possible gene therapy, the removal from or correction within human cells of genes causing inherited sicknesses and defects. It has also made possible Biogenetics: inducing, through genetic manipulation, bacteria or mice to manufacture a needed chemical (such as insulin) for medical treatment. Such feats of recombinant technology are possible because all the DNA in all living organisms on Earth is of the same makeup, so that a strand of bacteria DNA will accept (“recombine” with) a segment of human DNA. (Indeed, American and Swiss researchers reported in July 1984 the discovery of a DNA segment that was common to human beings, flies, earthworms, chickens, and frogs—further cor- roboration of the single genetic origin of all life on Earth.)

Hybrids such as a mule, which is the progeny of a donkey and a horse, can be born from the mating of the two because they have similar chromosomes (hybrids, however, cannot pro- create). A sheep and a goat, though not too distant relatives, cannot naturally mate; however, because of their genetic kin-

ship, experiments have brought them together to form (in 1983) a “geep” (Fig. 57)—a sheep with its woolly coat but with a goat’s horns. Such mixed, or1 “mosaic,” creatures are called chimeras, after the monster in Greek mythology that had the forepart of a lion, the middle of a goat, and the tail of a dragon (Fig. 58). The feat was attained by “Cell Fusion,” the fusing together of a sheep embryo and a goat embryo at the stage of their early divisions into four cells each, then incubating the mixture in a test tube with nutrients until it was time to transfer the mixed embryo to the womb of a sheep that acted as a surrogate mother.

In such cell fusions, the outcome (even if a viable offspring

Figure 57

Figure 58

is born) cannot be predicted; it is totally a matter of chance which genes will end up where on the chromosomes, and what traits—”images” and “likenesses”—will be picked up from which cell donor. There is little doubt that the monsters of Greek mythology, including the famous Minotaur  (half  bull, half man) of Crete, were recollections of the tales transmitted to the Greeks by Berossus, the Babylonian priest, and that his sources were the Sumerian texts concerning the trial-and-error experiments of Enki and Ninti which produced all kinds of chimeras.

The advances in genetics have provided biotechnology with other routes than the unpredictable chimera route; it is evident that in doing so, modern science has followed the alternate (though more difficult) course of action undertaken by Enki and Ninti. By cutting out and adding on pieces of the genetic strands, or Recombinant Technology, the traits to be omitted, added, or exchanged can be specified and targeted. Some of the landmarks along this progress in genetic engineering were the transfer of bacterial genes to plants to make the latter resistant to certain diseases and, later (in 1980), of specific bacteria genes into mice. In 1982 growth genes of a rat were spliced into the genetic code of a mouse (by teams headed by Ralph L. Brinster of the University of Pennsylvania and Rich- ard D. Palmiter of Howard Hughes Medical Institute), resulting in the birth of a “Mighty Mouse” twice the size of a normal mouse. In 1985 it was reported in Nature (June 27) that ex- perimenters at various scientific centers had succeeded in in- serting functioning human growth genes into rabbits, pigs, and sheep; and in 1987 (New Scientist, September 17) Swedish scientists likewise created a Super-Salmon. By now, genes carrying other traits have been used in such “trans-genic” recombinations between bacteria, plants, and mammals. Tech- niques have even progressed to the artificial manufacture of compounds that perfectly emulate specific functions of a given gene, mainly with a view to treating diseases.

In mammals, the altered fertilized female egg  ultimately must be implanted in the womb of a surrogate mother—the function that was assigned, according to the Sumerian tales,

to the “Birth Goddesses.” But before that stage, a way had to be found to introduce the desired genetic traits from the male donor into the egg of the female participant. The most common method is micro-injection, by which a female egg, already fertilized, is extracted and injected with the desired added genetic trait; after a short incubation in a glass dish, the

egg is reimplanted in a female womb (mice, pigs, and other mammals have been tried). The procedure is difficult, has many hurdles, and results in only a small percentage of successes— but it works. Another technique has been the use of viruses, which naturally attack cells and fuse with their genetic cores: the new genetic trait to be transferred into a cell is attached

by complex ways to a virus, which then acts as the carrier; the

problem here is that the choice of the site on the chromosome stem to which the gene is to be attached is uncontrollable, and in most cases chimeras have resulted.

In June 1989 a report in Cell by a team of Italian scientists

headed by Corrado Spadafora of the Institute of Biomedical Technology in Rome announced success in using sperm to act as the carriers of the new gene. They reported procedures whereby sperm were induced to let down their natural resis- tance to foreign genes; then, after being soaked in solutions containing the new genetic material, the sperm incorporated

the genetic material into their cores. The altered sperm were then used to impregnate female mice; the offspring contained the new gene in their chromosomes (in this case a certain bacterial enzyme).

The use of the most natural medium—sperm—to carry ge- netic material into a female egg astounded the scientific com-

munity in its simplicity and made front-page news even in The New York Times. A follow-up study in Science of August 11, 1989, reported mixed successes by other scientists in dupli- cating the Italian technique. But all the scientists involved in recombinant technologies concurred that, with some modifi- cations  and  improvements,  a  new  technique—and  the  most

simple and natural one—has been developed.

Some have pointed out that the ability of sperm to take up

foreign DNA was suggested by researchers as early as 1971,

after experiments with rabbit sperm. Little is it realized that

the technique had been reported even earlier, in Sumerian texts

describing the creation of The Adam by Enki and Ninti, who

had mixed the Apewoman’s egg in a test tube with the sperm of a young Anunnaki in a solution also containing blood serum.

In 1987 the dean of anthropology at the University of Flor- ence, Italy, raised a storm of protests by clergymen and hu- manists when he revealed that ongoing experiments could lead to the “creation of a new breed of slave, an anthropoid with

a chimpanzee mother and a human father.” One of my fans sent me the clipping of the story with  the  comment,  “Well, Enki, here we go again!”

This seems to best sum up the achievements of modern microbiology.

The Adam: A Slave Made to Order                 183

WASPS, MONKEYS, AND BIBLICAL PATRIARCHS

Much of what has happened on Earth, and especially its earliest wars, stemmed from the Succession Code  of  the Anunnaki that  deprived  the  firstborn  son  of  the  succession if another son was born to the ruler by a half sister.

The  same  succession  rules,   adopted   by   the   Sumerians, are reflected in the tales of the Hebrew Patriarchs.  The  Bible relates that Abraham (who came  from  the  Sumerian  capital city of Ur) asked his wife Sarah (a name  that  meant  “Prin- cess”) to identify herself,  when  meeting  foreign  kings,  as his sister  rather  than  as  his  wife.  Though  not  the  whole  truth it was  not  a  lie,  as  explained  in  Genesis  20:12:  “Indeed  she is my sister,  the  daughter  of  my  father  but  not  the  daughter of my mother, and she became my wife.”

Abraham’s  successor  was  not  the  firstborn  Ishmael, whose mother was the handmaiden  Hagar,  but  Isaac,  the son of the half sister Sarah, though he was born much later.

The strict adherence  to  these  succession  rules  in  antiquity in all  royal  courts,  whether  in  Egypt  of  the  Old  World  or in the Inca empire in the New World,  suggest  some  “blood- line,” or genetic,  assumption  that  appears  odd  and  contrary to the belief that mating with close relatives is undesirable.

But  did  the  Anunnaki  know   something   modern   science has yet to discover?

In 1980 a group led by Hannah Wu at Washington  Uni- versity found that,  given  a  choice,  female  monkeys  preferred to mate with half brothers. “The exciting thing about this experiment,”  the  report  stated,  “is  that  although  the  pre- ferred half brothers shared the same father, they  had  dif- ferent mothers.”  Discover  magazine  (December  1988) reported  studies  showing  that  “male  wasps   ordinarily   mate with their sisters.” Since  one  male  wasp  fertilizes  many females, the preferential mating was found to be with half sisters: same father but different mother.

It appears thus that there was more than whim to the succession code of the Anunnaki.

9

THE MOTHER CALLED EVE

By tracing Hebrew words in the Bible through their Akkadian stem to their Sumerian origin it has been possible to understand the true meaning of biblical tales, especially those in the Book of Genesis. The fact that so many Sumerian terms had more than one meaning, mostly but not always derived from a com- mon original pictograph, constitutes a major difficulty in un- derstanding Sumerian and requires reading them carefully in context. On the other hand, the propensity of Sumerian writers to use that for frequent plays of words, makes their texts an intelligent reader’s joy.

Dealing, for example, with the biblical tale of the “up- heavaling” of Sodom and Gomorrah in The Wars of Gods and Men, 1 pointed out that the notion that Lot’s wife was turned

into a “pillar of salt” when she stayed back to watch what was happening, in fact meant “pillar of vapor” in the original Sumerian terminology. Since salt was obtained in Sumer from vapor-filled swamps, the original Sumerian term NI.MUR came to mean both “salt” and “vapor.” Poor Lot’s wife was vaporized, not turned into salt, by the nuclear blasts that caused

the upheaval of the cities of the plain.

Regarding the biblical tale of Eve, it was the great Sumer-

ologist Samuel N. Kramer who first pointed out that her name,

which meant in Hebrew “She who has life,” and the tale of

her origin from Adam’s rib in all probability stemmed from

the Sumerian play on the word TI, which meant both “life”

and “rib.”

Some other original or double meanings in the creation tales

have already been mentioned in a previous chapter. More can

be gleaned about “Eve” and her origins from comparisons of

184

the biblical tales with the Sumerian texts and an analysis of Sumerian terminology.

The genetic manipulations, we have seen, were conducted

by Enki and Ninti in a special facility called, in the Akkadian versions, Bit Shimti—”House where the wind of life is breathed in”; this meaning conveys a pretty accurate idea of what the purpose of the specialized structure,  a  laboratory, was. But here we have to invite into the discussion the Su- merian penchant for word play, thereby throwing fresh light

on the source of the tale of Adam’s rib, the use of clay, and the breaths of life.

The Akkadian term, as earlier stated, was a rendering of the Sumerian SHI.IM.T1. a compound word in which each of the three components conveyed a meaning that combined with, strengthened, and expanded the other two. SHI stood for what the Bible called Nephesh, commonly translated “soul” but more accurately meaning “breath of life.” IM had several meanings, depending on the context. It meant “wind,” but it could also mean “side.” In astronomical texts it denoted a satellite that is “by the side” of its planet; in geometry it meant the side of a square or triangle; and in anatomy it meant “rib.” To this day the parallel Hebrew word Sela means both the side of a geometric shape and a person’s rib. And, lo and behold, IM also had a totally unrelated fourth meaning: “clay.” . . .

As if the  multiple  meanings  “wind”/”side”/”rib”/”clay” of IM were not enough, the term TI added to the Sumerians’

linguistic fun. It meant, as previously mentioned, both “life” and “rib”—the latter being the parallel of the Akkadian situ, from which came the Hebrew Sela. Doubled, TI.TI meant “belly”—that which held the fetus; and, lo and behold, in Akkadian titu acquired the meaning “clay,” from which the Hebrew word Tit has survived. Thus, the component TI of the

laboratory’s Sumerian name, SHI.IM.TI, we have the mean- ings “life”/”clay’7″belly’7″rib.”

In the absence of the original Sumerian version from which the compilers of Genesis might have obtained their data, one cannot be sure whether they had chosen the ” ‘rib” interpretation because it was conveyed by both IM and TI or because it gave

them an opening to making a social statement in the ensuing verses:

And Yahweh Elohim caused a deep sleep upon the Adam, and he slept.

And He look one of his ribs

and closed up the flesh in its place.

And Yahweh Elohim constructed of the rib

which He had taken from the Adam a woman, and He brought her to the Adam.

And the Adam said,

“This is now bone of my bones,

flesh of my flesh.”

Therefore is the being called Ish-sha [“Woman”] because out of Ish [“Man”] was this one taken. Therefore doth a man leave his father and his mother and shall cleave unto his wife

to become as one flesh.

This tale of the creation of Man’s female counterpart relates how the Adam, having already been placed in the E.DIN to till it and tend its orchards, was all alone. “And Yahweh Elohim said, it is not good that the Adam is by himself; let me make him a mate.” This obviously is a continuation of the version whereby The Adam alone was created, and not part of the version whereby Mankind was created male and female right away.

In order to resolve this seeming confusion, the sequence of creating the Earthlings must be borne in mind. First the male lulu, “mixed one” was perfected; then the fertilized eggs of Apewoman, bathed and mixed with the blood serum and sperm

of a young Anunnaki, were divided into batches and placed in a “mold,” where they acquired either male or female char- acteristics. Reimplanted in the wombs of Birth Goddesses, the embryos produced seven males and seven females each time. But these “mixed ones” were hybrids, which could not pro- create (as mules cannot). To get more of them, the process

had to be repeated over and over again.

At some point it became apparent that this way of obtaining

the serfs was not good enough; a way had to be found to get

more of these humans without imposing the pregnancies and

deliveries on female Anunnaki. That way was a second genetic

manipulation by Enki and Ninti, giving The Adam the ability to procreate on his own. To be able to have offspring, Adam had to mate with a fully compatible female. How and why she was brought into being is the story of the Rib and of the Garden of Eden.

The tale of the Rib reads almost like a two-sentence summary of a report in a medical journal. In no uncertain terms it de- scribes a major operation of the kind that makes headlines nowadays, when a close relative (for example, a father or a sister) donates an organ for transplant. Increasingly, modern medicine resorts to the transplantation of bone marrow when

the malady is a cancer or affects the immune system.

The donor in the biblical case is Adam. He is given general

anesthesia and is put to sleep. An incision is made and a rib

is removed. The flesh is then pulled together to close up the

wound, and Adam is allowed to rest and recover.

The action continues elsewhere. The Elohim  now use the

piece of bone to construct a woman; not to create a woman, but to “construct” one. The difference in terminology is sig- nificant; it indicates that the female in question already existed but required some constructive manipulation to become a mate for Adam. Whatever was needed was obtained from the rib, and the clue to what the rib supplied lies in the other meanings

of IM and TI—life, belly, clay. Was an extract of Adam’s bone marrow implanted in that of a female Primitive Worker’s “clay” through her belly? Regrettably, the Bible does not describe what was done to the female (named Eve by Adam), and the Sumerian texts that have surely dealt with this point have not been found so far. That something of the kind did

exist is certain from the fact that the best available translation of the Atra Hasis text into Early Assyrian (about 850 B.C.) contains lines that parallel some of the biblical verses about a man leaving his father’s house and becoming as one with his wife as they lie in bed together. The tablet that carries this text is too damaged, however, to reveal all that the Sumerian orig-

inal text had to say.

But we do know nowadays, thanks to modern science, that sexuality and the ability to procreate lie in human chromo- somes; each person’s cell contains twenty-three pairs—in the case of a woman a pair of X chromosomes and in the case of

Figure 59

men one X and one Y chromosome (Fig. 59). However, the reproductive cells (female egg, male sperm) each contain only one set of chromosomes, not pairs. The pairing takes place when the egg is fertilized by the sperm; the embryo thus has the twenty-three pairs of chromosomes, but only half of them come from the mother and only half from the father. The mother, having two X chromosomes, always contributes an X. The father, having both an X and a Y, may end up contributing either one; if it is an X, the baby will be female; if a Y, it will be a male.

The key to reproduction thus lies in the fusion of the two single sets of chromosomes; if their number and genetic code differ, they will not combine and the beings will not procreate. Since both female and male Primitive Workers already existed,

their sterility was not due to the lack of X or Y chromosomes. The need for a bone—the Bible stresses that Eve was “bone of the bones” of Adam—suggests that there was a need to overcome some immunological rejection by the female Prim- itive Workers of the males’ sperms. The operation carried out by the Elohim overcame this problem. Adam and Eve discov- ered their sexuality, having acquired “knowing”—a biblical term that connoted sex for the purpose of procreation (“And Adam knew Eve his wife and she conceived and gave birth to Cain.”). Eve, as the tale of the two of them in the Garden of Eden relates, was thenceforth able to become pregnant by Adam, receiving from the deity a blessing combined with a curse: “In suffering shall thou bear children.”

With that, “The Adam,” Elohim said, “has become as one of us.” He was granted “Knowing.” Homo sapiens was able to procreate and multiply on his own. But though he was given

a good measure of the genetic makeup of the Anunnaki, who made Man in their image and after their likeness even in this respect of procreation, one genetic trait was not transmitted. That was the longevity of the Anunnaki. Of the fruit of the “Tree of Life,” partaking of which would have made Man live as long as the Anunnaki, he was not even to taste. This

point is clearly spelled out in the Sumerian tale of Adapa, the Perfect Man created by Enki:

Wide understanding he perfected for him. … Wisdom he had given him. . . .

To him he had given Knowing; Eternal life he had not given him.

Ever since publication of The 12th Planet in 1976, I have spared no effort to explain the seeming “immortality” of the “gods.” Using flies in my home as an example, I have been wont to say that if flies could talk, Papa Fly would tell Son Fly, “You know, this man here is immortal; as long as I have lived, he has not aged at all; my father told me that his father, all our forefathers as far as we can remember, have seen this man the way he is: ever-living, immortal!”

My “immortality” (in the eyes of the talking flies) is, of course, simply a result of the different life cycles. Man lives

so many decades of years; flies count their lives in days. But what are all these terms? A “day” is the time it takes our planet to complete one revolution about its axis; a “year” is the time it takes our planet to complete one orbit around the Sun. The length of time activities by the Anunnaki took on Earth was counted in sars, each one equivalent to 3,600 Earth- years. A sar, I have suggested, was the “year” on Nibiru— the time it took that planet to complete one orbit around the Sun. So when the Sumerian King Lists reported, for example, that one leader of the Anunnaki administered one of their cities for 36,000 years, the text actual states ten sars. if a single generation for Man is twenty years, there would be 180 gen- erations of Man’s progeny in one Anunnaki “year”—making them appear to be Forever Living, “immortal.”

The  ancient  texts  make clear  that  this  longevity was  not passed on to Man, but intelligence was. This implies a belief

or knowledge, in antiquity, that the two traits, intelligence and

longevity, could somehow be bestowed upon or denied to Man

by  those  who  had  genetically  created  him.  Not  surprisingly,

perhaps, modem science agrees. “Evidence amassed over the

past  60  years  suggests  that  there  is  a  genetic  component  to

intelligence,” Scientific American reported in its March 1989 issue. Besides giving examples of geniuses in various fields who had bequeathed their talents to children and grandchildren, the article highlighted a report by researchers from the Uni- versity of Colorado at Boulder and Pennsylvania State Uni- versity  (David  W.  Fulker,  John  C.  DeFries,  and  Robert

Plomin), who had established a “close biological correlation” in mental abilities attributable to genetic heredity. Scientific American headlined the article, “More Evidence Links Genes and Intelligence.” Other studies, recognizing that “memories are made of molecules,” have led to the suggestion that if computers are ever to match human intelligence, they ought

to be “molecular computers.” Updating suggestions made in this direction by Forrest Carter of the Naval Research Labo- ratories in Washington, D.C., John Hopfield of Caltech and AT&T’s Bell Laboratories outlined in 1988 (Science, vol. 241) a blueprint for a “biological computer.”

Evidence has also been mounting for the genetic source of

the life cycles of living organisms. The various stages in the

life of insects and the length of time they live are clearly genetically orchestrated. So is the fact that so many creatures— but not mannals—die after reproducing. Octopuses, for ex- ample, it was discovered (by Jerome Wodinsky of Brandeis University) are genetically programmed to “self-destruct” after reproduction through chemicals found in their optical glands. The studies were carried out in the course of research on the aging process in animals, not on the life of octupuses per se. Many other studies have shown that some animals possess the capacity to repair damaged genes in their cells and thus halt or reverse the aging process. Every species clearly has a life span fixed by its genes—a single day for the mayfly, about six years for a frog, a limit of about fifteen for a dog. Nowadays the human limit lies somewhere not much beyond one hundred years but in earlier times human life spans were much longer.

According to the Bible, Adam lived to be 930 years old, his son Seth 912 years, and his son Enosh, 905. Although there

is reason to believe that the editors of Genesis reduced by a

factor of 60 the much greater life spans reported in the Sumerian

texts,  the  Bible  does  acknowledge  that  mankind  had  much

longer lifetimes before the Deluge. Patriarchal life spans began

to shorten as the millennia raced on. Terah, Abraham’s father,

died at the age of 205. Abraham lived 175 years; his son Isaac died at age 180. Isaac’s son Jacob lived to be 147 but Jacob’s son passed away at age 110.

While it is believed the genetic errors that accumulate as DNA keeps reproducing itself in the cells contribute to the aging process, scientific evidence indicates the existence of a

biological “clock” in all creatures, a basic, built-in genetic trait that controls the life span of each species. What that gene or group of genes is, what makes it tick, what triggers it to “express” itself, are still matters of intense research. But that the answer lies in the genes has been shown by numerous studies. Some, on viruses, show that they possess fragments

of DNA that can literally “immortalize” them.

Enki  must  have  known  all  that,  so  that  when  it  came  to

perfecting The Adam—creating a true, procreating Homo sap-

iens—he gave Adam intelligence and “Knowing,” but not the

full longevity that the Anunnaki genes possessed.

As Mankind keeps distancing itself from the days of its creation as a Lulu, a “mixed” being who carried the genetic heritage of both the Earth and the Heavens, the shortening of its average life span might be seen as a symptom of the minute loss, from generation to generation, of what some consider “divine” elements and the increasing preponderance of the “animal which is within us.” The existence in our genetic makeup of what some call “nonsense” DNA—segments of DNA that seem to have lost their purpose—is an apparent leftover from the original “mixing.” The two independent, though connected, parts of the brain—one more primitive and emotional, the other newer and more rational—are another attestation to the mixed genetic origin of Mankind.

The evidence that corroborates the ancient tales of creation, massive as it has been so far, does not end with genetic ma- nipulation. There is more to come, and it is all above Eve!

Modern anthropology, with the aid of fossil finds by pa- leontologists and advances in other fields of science, has made great strides in tracing back the origin of Man. By now the question “Where did we come from?” has been clearly an- swered: Mankind arose in southeastern Africa.

The story of Man, we now know, did not begin with Man; the “chapter” that tells of the group of mammals called “Pri- mates” takes us back some forty-five or fifty million years, when a common ancestor of monkeys, apes, and Man appeared in Africa. Twenty-five or thirty million years  later—that  is how slowly the wheels of evolution turn—a precursor of the

Great Apes branched off the primate line. In the 1920s fossils of this early ape, “Proconsul,” were found by chance on an island in Lake Victoria (see map), and the find eventually attracted to the area the best-known husband-wife team of paleontologists, Louis S. B. and Mary Leakey. Besides Pro- consul fossils they also discovered in the area remains of Ra-

mapithecus, the first erect ape or manlike primate; it was some fourteen million years old—some eight or ten million years up the evolutionary tree from Proconsul.

These discoveries meant more than finding a few fossils; they unlocked the door to nature’s secret laboratory, the hide- away where Mother Nature keeps forging ahead with the ev-

Figure 60

olutionary march that has led from mammal to primate to great apes to hominids. The place was the rift valley that slashes through Ethiopia, Kenya, and Tanzania—part of the rift system that begins in the Jordan Valley and the Dead Sea in Israel, includes the Red Sea, and runs all the way to southern Africa (map, Fig. 60).

Numerous fossil finds have been made at sites that the Leak- eys and other paleoanthropologists have made famous. The

richest finds have been in Olduvai Gorge in Tanzania; near

Lake Rudolf (renamed Lake Turkana) in Kenya; and in the Afar province of Ethiopia, to name the best-known sites. There have been many discoverers from many nations, but some— prominent in the scholarly debates regarding the meaning and time scales of the finds—ought to be mentioned: the Leakeys’ son Richard (curator of the National Museums of Kenya), Donald C. Johanson (curator at the Cleveland Museum of Nat- ural History at the time of his discoveries), Tim White, and J. Desmond Clark (University of California at Berkeley), Alan Walker (John Hopkins University), Andrew Hill and David Pilbeam of Harvard, and Raymond Dart and Phillip Tobias of South Africa.

Putting aside the problems raised by pride of discovery, different interpretations of finds, and a propensity for splitting species and genuses into smaller subdivisions, it is safe to state that the branch leading to humans separated from that of four-

legged apes some fourteen million years ago and that it took another nine million years or so until the first apes with hominid aspects, called Australopithecus, showed up—-all where nature had chosen its “man-making” laboratory to be.

While the fossil record for those intervening ten million years is  almost  blank,  paleoanthropologists  (as  the  new  group  of

scientists has come to be called) have been quite ingenious in piecing together the record in the ensuing three million years. Sometimes with only a jawbone, a fractured skull, a pelvis bone, the remains of some fingers, or, with luck, even parts of skeletons, they have been able to reconstruct the beings these fossils represented; with the aid of other finds, such as

animal bones or stones crudely shaped to serve as tools, they have determined the developmental stage and customs of the beings; and by dating the geologic strata in which the fossils are found, they have been able to date the fossils themselves.

Among the outstanding road markers have been such finds as skeletal parts of a female nicknamed “Lucy” (who might

have looked like the hominid in Fig. 61)—believed to have been an advanced Australopithecus who lived some 3.5 million years ago; a fossil known by its catalog number as “Skull 1470” of a male from perhaps 2 million years ago and con- sidered by its finders to be a “near man,” or Homo habilis (“Handy Man”)—a term to whose implications many object;

Figure 61

and skeletal remains of a “strapping young male” cataloged WT.15000 of a Homo erectus from about 1.5 million years ago, probably the first true hominid. He ushered in the Old Stone Age; he began to use stones as tools, and migrated via the Sinai peninsula, which acts as a land bridge between Africa and Asia, to southeast Asia on the one hand and to southern Europe on the other.

The trail of the Homo genus is lost after that; the chapter between about 1.5 million years to about 300,000 years ago is missing, except for traces of Homo erectus on the peripheries of this hominid’s migrations. Then, about 300,000 years ago, without any evidence of gradual change, Homo sapiens made his appearance. At first it was believed that Homo sapiens neanderthalis. Neanderthal man (so named after the site of his first discovery in Germany), who came into prominence in Europe and parts of Asia about 125,000 years ago, was the ancestor of the Cro-Magnons, Homo sapiens sapiens, who took over the lands about 35,000 years ago. Then it was held that

the more “brutish” and thus “primitive'” Neanderthal stemmed from a different Homo sapiens branch, that Cro- Magnon had developed somewhere on his own. Now it is known that the latter notion is more correct, but not entirely. Related but not the offspring of each other, the two lines of Homo sapiens lived side by side as far back as 90,000 or even 100,000 years ago.

The evidence was found in two caves, one on Mount Carmel and the other near Nazareth, in Israel; they are among a number of caves in the area where prehistoric man had made himself a home. The first finds in the 1930s were believed to be about 70,000 years old and only of Neanderthal Man, thus fitting well with the theories then held. In the 1960s a joint Israeli- French team reexcavated the cave at Qafzeh, the one near Nazareth, and discovered that the remains were not only of Neanderthals but also of Cro-Magnon types. In fact, the lay- ering indicated that Cro-Magnons had used the cave before the Neanderthals—a fact that pushed back the appearance of the Cro-Magnons from the supposed 35,000 years ago to well before 70,000 years ago.

Themselves incredulous, the scientists at Hebrew University in Jerusalem turned for verification to the remains of rodents

found in the same layers. Their examination gave the same

incredible  date:  Cro-Magnons,  Homo  sapiens  sapiens,  who

were not supposed to have made an appearance before 35,000

years ago, had reached the Near East and settled in what is

now Israel more than 70,000 years ago. Moreover, for a long

time they shared the area with the Neanderthals.

At the end of 1987 the finds at Qafzeh and Kebara, the cave

on  Mount  Carmel,  were  dated  by  new  methods,  including

Thermoluminescence,  a  technique  that  gives  reliable  dates

much  further  back  than  the  40,000  to  50,000  year  limit  of

radiocarbon dating. As reported in two issues (vols. 330 and

340) of Nature by the leader of the French team, Helene Val- lades of the National Research Center at Gif sur Yvette, the results showed without doubt that both Neanderthals and Cro- Magnons dwelt in the area between 90,000 and 100,000 years ago (scientists now use 92,000 years as the mean date). These findings were confirmed later at another site in the Galilee.

Devoting an editorial in Nature to the findings, Christopher

Stringer of the British Museum acknowledged that the con- ventional view that Neanderthals preceded Cro-Magnons had to be discarded. Both lines appeared to stem from an earlier form of Homo sapiens. “Wherever the original ‘Eden1 for modern humans might have been,” the editorial stated, it now appeared that for some reason Neanderthals were the first to migrate northward, about 125.000 years ago. Joined by his colleague, Peter Andrews, and Ofer Bar-Yosef of Hebrew Uni- versity and Harvard, they forcefully argued for an “Out of Africa” interpretation of these finds. A northward migration by these first Homo sapiens from an African birthplace was confirmed by the discovery (by Fred Wendorf of Southern Methodist University, Dallas) of a Neanderthal skull near the Nile in Egypt that was 80,000 years old.

“Does it all mean an earlier dawn for humans’?” a Science headline asked. As scientists from other disciplines joined the search, it became clear the answer was yes. The Neanderthals, it was determined, were not just visitors to the Near East but long-time dwellers there. And they were not the primitive brutes that earlier notions had made them out to be. They buried their dead in rituals that indicated religious practices and “at least one type of spiritually motivated behavior that allies them with modern humans” (Jared M. Diamond of the University of California Medical School at Los Angeles). Some, as the discoverer of Neanderthal remains at the Shanidar cave, Ralph

S. Solecki of Columbia University, believe that the Neander- thals knew how to use herbs for healing—60,000 years ago.

Skeletal  finds  in  the  Israeli  caves  convinced  anatomists  that,

contrary to previously held theories. Neanderthals could speak:

“Fossil  brain  casts  show  a  well-developed  language  area,”

stated Dean Falk of the State University of New York at Al-

bany. And “Neanderthal’s brain was bigger than ours …  he

was not dull-witted and inarticulate,” concluded neuroanato- mist Terrence Deacon of Harvard.

All these recent discoveries have left no doubt that Nean- derthal man was without doubt a Homo sapiens—not an ances- tor of Cro-Magnon man but an earlier type from the same human stock.

In March 1987 Christopher Stringer of the British Museum, along with a colleague, Paul Mellars, organized a conference

at Cambridge University to update and digest the new findings concerning “The Origins and Dispersal of Modern Man.” As reported by J. A. J. Gowlett in Antiquity (July 1987), the con- ferees first considered the fossil evidence. They concluded that after a hiatus of 1.2 to 1.5 million years by Homo erectus. Homo sapiens made a sudden appearance soon after 300,000 years ago (as evidenced by fossil remains in Ethiopia, Kenya, and South Africa). Neanderthals “differentiated” from those early Homo sapiens (“Wise man”) about 230,000 years ago and may have begun their northward migrations 100,000 years later, perhaps coinciding with the appearance of Homo sapiens sapiens.

The conference also examined other lines of evidence, in- cluding the brand-new data provided by the field of biochem- istry. Most exciting were the findings based on genetics. The

ability of geneticists to trace parentage through comparisons of DNA “sentences” has been proven in paternity lawsuits. It was inevitable that the new techniques would be extended to trace not only child-parent relationships but also whole lin- eages of species. It was this new science of molecular genetics that enabled Allan C. Wilson and Vincent M. Sarich (both of

the University of California at Berkeley) to establish with great accuracy that hominids differentiated from apes about 5 mil- lion, not 15 million years ago, and that the hominids’ closest “next of kin” were chimpanzees and not gorillas.

Because a person’s DNA keeps getting mixed by the genes of  the  generational  fathers,  comparisons  of  the  DNA  in  the

nucleus of the cell (which come half from mother, half from father) do not work well after several generations. It was dis- covered, however, that in addition to the DNA in the cell’s nucleus, some DNA exists in the mother’s cell but outside the nucleus in bodies called “mitochondria” (Fig. 62). This DNA does not get mixed with the father’s DNA; instead, it is passed

on “unadulterated” from mother to daughter to granddaughter, and so on through the generations. This discovery, by Douglas Wallace of Emory University in the 1980s, led him to compare this “mtDNA” of about 800 women. The surprising conclu- sion, which he announced at a scientific conference in July 1986, was that the mtDNA in all of them appeared to be so

similar that these women must have all descended from a single female ancestor.

Figure 62

The research was picked up by Wesley Brown of the Uni- versity of Michigan, who suggested that by determining the rate of natural mutation of mtDNA, the length of time that had passed since this common ancestor was alive could be calcu- lated. Comparing the mtDNA of twenty-one women from di- verse geographical and racial backgrounds, he came to the conclusion that they owed their origin to “a single mitochon- drial Eve” who had lived in Africa between 300,000 and 180,000 years ago.

These intriguing findings were taken up by others, who set out to search for “Eve.” Prominent among them was Rebecca Cann of the University of California at Berkeley (later at Hawaii University). Obtaining the placentas of 147 women of different

races and geographical backgrounds who gave birth at San Francisco hospitals, she extracted and compared their mtDNA. The conclusion was that they all had a common female ancestor who had lived between 300,000 and 150,000 years (depending on whether the rate of mutation was 2 percent or 4 percent per million  years).  “We  usually assume  250,000  years,”  Cann

stated.

The  upper  limit  of  300,000  years,  palcoanthropologists

noted, coincided with the fossil evidence for the time Homo

sapiens  made  his  appearance.  “What  could  have  happened

300,000 years ago to bring this change about?” Cann and Allan

Wilson asked, but they had no answer.

To further test what has come to be called the “Eve Hy- pothesis,” Cann and her colleagues, Wilson and Mark Stone- king, proceeded to examine placentas of about 150 women in America whose ancestors came from Europe, Africa, the Mid- dle East, and Asia, as well as placentas from aborigine women in Australia and New Guinea. The results indicated that the African mtDNA was the oldest and that all those different women from various races and the most diverse geographic and cultural backgrounds had the same sole female ancestor who had lived in Africa between 290,000 and 140,000 years ago.

In an editorial in Science (September 11,1 987) in which all these findings were reviewed, it was stated that the overwhelm- ing evidence showed that “Africa was the cradle of modem humans. . . . The story molecular biology seems to be telling is that modern humans evolved in Africa about 200,000 years

ago.”

These  sensational  findings—since  then  corroborated  by

other  studies—made  worldwide  headlines.  “The  question

Where did we come from? has been answered” the National

Geographic  (October,  1988)  announced:  out  of  southeastern

Africa. “The Mother of Us All” has been found, headlined

the San Francisco Chronicle. “Out of Africa: Man’s Route to Rule the World,” announced the London Observer. Newsweek (January 11, 1988) in what was to be its best-selling issue ever depicted an “Adam” and an “Eve” with a serpent on its front cover, headlining it “The Search for Adam and Eve.”

The headline was appropriate, for as Allan Wilson observed,

“Obviously where there was a mother there had to be a father.”

All these very recent discoveries go a long way indeed in confirming the biblical claim regarding the first couple of Homo sapiens:

And Adam called his wife’s name Chava [“She of Life”—”Eve” in English] for she was the mother of all who live.

Several conclusions are offered by the Sumerian data. First, the creation of the Lulu was the result of the mutiny of the

Anunnaki about 300,000 years ago. This date as the upper limit for the first appearance of Homo sapiens has been cor- roborated by modem science.

Second, the forming of the Lulu had taken place “above the Abzu,” north of the mining area. This is corroborated by the location of the earliest human remains in Tanzania, Kenya, and Ethiopia—north of the gold-mining areas of southern Af- rica.

Third, the full emergence of the first type of Homo sapiens,

the Neanderthals—-about 230,000 years ago—falls well within the 250.000 years suggested by the mtDNA findings for the data of “Eve,” followed later by the emergence of Homo sapiens sapiens, “modern Man.”

There is no contradiction at all between these later dates and the 300,000-year date of the mutiny. Bearing in mind that

these were Earth-years, whereas for the Anunnaki 3,600 Earth- years amounted to only one of theirs, we should first recall that a period of trial and error followed the decision to ‘ ‘create the Adam,” until the “perfect model” was achieved. Then, even after the Primitive Workers were brought forth, seven males and seven females at a time, pregnancies by Birth God-

desses were required, as the new hybrid was unable to pro- create.

Clearly, the tracing of mtDNA accounts for the”Eve” who could bear children, not a female Lulu unable to procreate. The granting to mankind of this ability, it was shown earlier, took place as a result of a second genetic manipulation by Enki

and Ninti which, in the Bible, is reflected in the story of Adam, Eve, and the Serpent in the Garden of Eden.

Did that second genetic manipulation take place about 250,000 years ago, the data for “Eve” suggested by Rebecca Cann, or 200,000 years ago, as the article in Science prefers?

According to the Book of Genesis, Adam and Eve began to

have children only after their expulsion from “Eden.”  We know nothing of whether Abel, their second son who was killed by his elder brother Cain, had any offspring. But we do read that Cain and his descendants were ordered to migrate to far- away lands. Were these descendants of the “accursed line of Cain” the migrating Neanderthals? It is an intriguing possi-

bility that must remain a speculation.

What seems certain is that the Bible does recognize the final emergence of Homo sapiens sapiens, modern human beings. It tells us that the third son of Adam and Eve, Seth, had a son named Enosh, of whom the lineage of Mankind is descended. Now, Enosh in Hebrew means  “human,  human  being”—you and me. It was in the time of Enosh, the Bible states, that “men began to call the name of Yahweh. It was then, in other words, that fully civilized Man and religious worship were established.

With that, all the aspects of the ancient tale stand corrob- orated .

THE EMBLEM OF ENTWINED SERPENTS

In the biblical tale of Adam and Eve in the Garden of Eden, the antagonist of the Lord God who had caused them to acquire “knowing” (the ability to procreate) was the Serpent, Nahash in Hebrew.

The term has two other meanings: “he who knows se- crets” and “he who knows copper.” These other meanings or word plays are found in the Sumerian epithet BUZUR for Enki, which meant “he who solves secrets” and “he of the metal mines.” I have therefore suggested in previous writings that, in the original Sumerian version, the “Ser- pent” was Enki. His emblem was entwined serpents; it was the symbol of his “cult center” Eridu (a), of his African domains in general (b), and of the pyramids in particular (c); and it appeared on Sumerian illustrations on cylinder seals of the events described in the Bible.

What did the emblem of entwined serpents—the symbol for medicine and healing to this very day—represent? The discovery by modern science of the double-helix structure of DNA (see Fig. 49) offers the answer: the Entwined Ser- pents emulated the structure of the genetic code, the secret knowledge of which enabled Enki to create The Adam and then grant Adam and Eve the ability to procreate.

The emblem of Enki as a sign of healing was invoked by Moses when he made a nahash nehosheth—-a “copper ser- pent”—to halt an epidemic afflicting the Israelites. Was the involvement of copper in the triple meanings of the term

The Mother Called Eve                           203

and  in  the  making  of  the  copper  serpent  by  Moses  due  to some unknown role of copper in genetics and healing?

Recent experiments, conducted at the universities of Min- nesota and St. Louis, suggest that it is indeed so. They showed  that  radionucleide  copper-62  is  a   “positron-emit- ter,” valuable in imaging blood flow, and that other copper compounds can carry Pharmaceuticals  to  living  cells,  in- cluding brain cells.

10

WHEN WISDOM WAS LOWERED FROM HEAVEN

The Sumerian King Lists—a record of rulers, cities, and events arranged chronologically—divide prehistory and history  into two distinct parts: first the long record of what had happened before the Deluge, then what transpired after the Deluge. One was the time when the Anunnaki “gods” and then their sons by the “daughters of Man,” the so-called demigods, ruled upon the Earth; the other was when human rulers—kings se- lected by Enlil—were interposed between the “gods” and the people. In both instances the institution of an organized society and orderly government, “Kingship,” was stated to have been “lowered from heaven”—the emulation on Earth of the so- cietal and governmental organization on Nibiru.

“When kingship was lowered from heaven,” begins the Sumerian King List, “kingship was in Eridu. In Eridu, Alulim became king and ruled 28,800 years.” After listing the other antediluvial rulers and cities, the text states that “then the Flood swept over the Earth.” And it continues: “After the Flood had

swept over the Earth, when kingship was lowered again from heaven, kingship was in Kish.” From then on, the lists take us into historical times.

Although the subject of this volume is what we call Science and the ancients called Wisdom, a few words about “King- ship”—the good order of things, an organized society and its

institutions—will not be out of place, because without them no scientific progress or the dissemination and preservation of “Wisdom” could be possible. “Kingship” was  the  “portfo- lio” of Enlil, the Chief Administrator of the Anunnaki  on Earth. It is noteworthy that as in so many scientific fields where we still live off and build upon the Sumerian bequests, so does

204

the institution of kings and kingship still exist, having served Mankind for so many millennia. Samuel N. Kramer, in History Begins at Sumer, listed scores of “firsts” begun there, in- cluding a bicameral chamber of elected (or selected) deputies.

Various aspects of an organized and orderly society were incorporated into the concept of kingship, first and foremost among them the need for justice. A king was required to be “righteous” and to promulgate and uphold the laws, for Su- merian society was one that lived by the law. Many have learnt in school of the Babylonian king Hammurabi and his famous law code, dating back to the second millenium B.C.; but at least two thousand years before him Sumerian kings had al- ready promulgated codes of law. The difference was that Ham- murabi’s was a code of crime and punishment: if you do this, your punishment will be that. The Sumerian law codes, on the other hand, were codes of just behavior; they stated that “you should not take away a widow’s donkey” or delay the wages of a day laborer. The Bible’s Ten Commandments were, like the Sumerian codes, not a list of punishments but a code of what is right to do and what is wrong and should not be done.

The laws were upheld by a judicial administration. It is from Sumer that we have inherited the concept of judges, juries, witnesses, and contracts. The unit of society we call the “fam- ily,” based on a contractual marriage, was instituted in Sumer; so were rules and customs of succession, of adoption, of the

rights of widows. The rule of law was also applied to economic activities: exchange based on contracts, rules for employment, wages, and—how else—taxation. We know much of Sumer’s foreign trade, for example, because there had been a customs station at a city called Drehem where meticulous records were kept of all commercial movements of goods and animals.

All that and more came under the umbrella of “Kingship.” As the sons and grandchildren of Enlil entered the stage of relations between Man and his gods, the functions of kingship and the supervision of kings were gradually handed over to them, and Enlil as the All Beneficent became a cherished mem- ory. But to this day what we call a “civilized society” still

owes its foundations to the time when “kingship was lowered from heaven.”

“Wisdom”—sciences and the arts, the activities that re- quired know-how—were the domain first of Enki, the Chief Scientist of the Anunnaki, and later on, of his children.

We learn from a text scholars call “Inanna and Enki: The Transfer of the Arts of Civilization” that Enki possessed certain

unique objects called ME—a kind of computer or data disks— which held the information needed for the sciences, the han- dicrafts, and the arts. Numbering more than a hundred, they included such diverse subjects as writing, music, metalwork- ing, construction, transportation, anatomy, medical treatments, flood control, and urban decay; also, as other lists make clear,

astronomy, mathematics, and the calendar.

Like  Kingship,  Wisdom  was  “lowered  to  Earth  from

Heaven,” granted to Mankind by the  Anunnaki  “gods.”  It

was by their sole decision that scientific knowledge was passed

on to Mankind, usually through the medium of selected indi-

viduals; the instance of Adapa, to whom Enki granted “wide

understanding,” has already been mentioned. As rule, how- ever, the chosen person belonged to the priesthood—another “first” that stayed with Mankind for millennia through the Middle Ages, when priests and monks were still also the sci- entists.

Sumerian texts tell of Enmeduranki who was groomed by the gods to be the first priest, and relate how the gods

Showed him how to observe oil and water, secrets of Anu, Enlil and Enki.

They gave him the Divine Tablet,

the engraved secrets of Heaven and Earth.

They taught him how to make calculations with numbers.

These brief statements disclose considerable  information. The first subject Enmeduranki was taught, the knowledge of “oil and water,” concerned medicine. In Sumerian times phy- sicians were called either an A.ZU or a IA.ZU, meaning “One who knows water” and “One who knows oil,” and the dif- ference was the method by which they administered medica- ments: mixed and drunk down with water, or mixed with oil and administered by an enema. Next, Enmeduranki was given a “divine,” or celestial, tablet on which were engraved the

“secrets of Heaven and Earth”—information about the planets and the Solar System and the visible constellations of stars, as well as knowledge about “Earth sciences”-—geography, ge- ology, geometry and—since the Enuma etish was incorporated into the temple rituals on New Year’s Eve—cosmogony and evolution. And, to be able to understand all that—the third subject, mathematics: “calculations with numbers.”

In Genesis the story of the antediluvial patriarch called Enoch is summed up in the statement that he did not die but was taken up to the Lord when he was 365 years old (a number that corresponds to the number of days in a year); but considerably

more information about Enoch is provided in the Book of Enoch (of which several renderings have been found), which was not made part of the Bible. In it the knowledge imparted by angels to Enoch is described in much detail; it included mining and metallurgy and the secrets of the Lower World, geography and the way Earth is watered, astronomy and the laws governing

celestial motions, how to calculate the calendar, knowledge of plants and flowers and foods and so on—all shown to Enoch in special books and on “heavenly tablets.”

The biblical Book of Proverbs devotes a good deal of its teachings to Man’s need for Wisdom and to the realization that it is granted by God only to the righteous, “for it is the Lord

who giveth wisdom.” The many secrets of Heaven and Earth that Wisdom encompasses are highlighted in an Ode to Wisdom found in chapter 8 of Proverbs. The Book of Job likewise extols the virtues of Wisdom and all the abundance Man can obtain by it, but pointedly asks: “But whence cometh Wisdom, and  where  is  the  source  of  Understanding?”  To  which  the

answer is. “It is God who understands the way thereof”; the Hebrew word translated “God” is Elohim, the plural term first used in the creation tales. It is certain that the inspiration for these two biblical books, if not their actual source, was Su- merian and Akkadian texts of proverbs and of the Sumerian equivalent of the Book of Job; the latter, interestingly, was

titled “I Will Praise the Lord of Wisdom.”

There was no doubt in ancient times that scientific knowledge

was a gift and a teaching from the “gods”—the Anunnaki,

Elohim—to  Mankind.  The  assertions  that  astronomy was  a

major subject are self-evident statements, since, as must be

evident from earlier chapters in this book, the astounding knowledge in Sumerian times of the complete Solar System and the cosmogony that explained the origin of Earth, the asteroid belt, and the existence of Nibiru could have come only from the Anunnaki.

While I have seen a gratifying increase—to some extent, I would like to think, due to my writings—in the recognition of the Sumerian contribution to the beginnings and concept of

laws, medical treatment, and cuisine, the parallel recognition of the immense Sumerian contribution to astronomy has not come about; this, I suspect, because of the hesitation in crossing the “forbidden threshold” of the inevitable next step: if you admit what the Sumerians knew about celestial matters, you must admit the existence not only of Nibiru but also of its

people, the Anunnaki. . . .Nevertheless, this “fear of cross- ing” (a nice play on words, since Nibiru’s name meant “Planet of the Crossing” . . .) in no way negates the fact that modem astronomy owes to the Sumerians (and through them, to the Anunnaki) the basic concept of a spherical astronomy with all its technicalities; the concept of an ecliptic as the belt around

the Sun in which the planets orbit; the grouping of stars into constellations; the grouping of the constellations seen in the ecliptic into the Houses of the Zodiac; and the application of the number 12 to these constellations, to the months of the year, and to other celestial, or “divine,” matters. This  em- phasis on the number 12 can be traced to the fact that the Solar

System has twelve members, and each leading Anunnaki was assigned a celestial counterpart, forming a pantheon of twelve “Olympians” who were also each assigned a constellation and a month. Astrologers certainly owe much to these celestial divisions, since in the planet Nibiru astrologers find the twelfth member of the Solar System that they have been missing for

so long.

As the Book of Enoch details and as the biblical reference

to the number 365 attests, a direct result of the knowledge of

the interrelated motions of the Sun, the Moon, and the Earth

was the development of the calendar: the counting of the days

(and their nights), the months, and the years. It is now generally

recognized that the Western calendar we use nowadays harkens back to Mankind’s first-ever calendar, the one known as the

Calendar of Nippur. Based on the alignment of its start with the spring equinox in the zodiac of Taurus, scholars have con- cluded that this calendar was instituted at the beginning of the fourth millennium B.C. Indeed, the very concept of a calendar that is coordinated with the Earth-Sun occurrences of the equi- noxes (the time the Sun crosses the equator and day and night are equal) or, alternatively, with the solstices (when the Sun appears to have reached its farthest point north or south)— concepts that are found in all calendars in both the Old World and the New World—come to us from Sumer.

The Jewish calendar, as I have repeatedly pointed out in books and articles, still adheres to the calendar of Nippur not

only in its form and structure but also in its count of years. In

A.D. 1990 the Jewish calendar counts the year 5750; and it is

not from “the creation of the world,” as the explanation has

been, but from the start of the calendar of Nippur in 3760 B.C.

It was in that year, I have suggested in The Lost Realms,

that Anu, Nibiru’s king, came to Earth on a state visit. His name, AN in Sumerian and Anu in Akkadian, meant “heaven,” “The Heavenly One.” and was a component of numerous astronomical terms, such as AN.UR (“celestial ho- rizon”) and AN.PA (“point of zenith”), as well as being a component  of  the  name  “Anunnaki,”  “Those  Who  From

Heaven to Earth Came.” Archaic Chinese, whose  syllables were written and pronounced in a manner that reveals their Sumerian origin, used for example the term kuan to denote a temple that served as an observatory; the Sumerian kernel of the term, KU.AN, had meant “opening to the heavens.” (The Sumerian origin of Chinese astronomy and astrology was dis-

cussed by me in the article “The Roots of Astrology,” which appeared in the February 1985 issue of East-West Journal). Undoubtedly, the Latin annum (“year”) from which the French annee (“year”), the English annual (“yearly”), and so on stem from the time when the calendar and the count of years began with the state visit of AN.

The Chinese tradition of combining temples with observa- tories has, of course, not been limited to China; it harkens back to the ziggurats (step pyramids) of Sumer and Babylon. Indeed, a long text dealing with that visit by Anu and his spouse Antu to Sumer relates how the priests ascended to the ziggurat’s

Figure 63

topmost level to observe the appearance of Nibiru in the skies. Enki imparted the knowledge of astronomy (and of other sci- ences) to his firstborn son Marduk, and the renowned ziggurat of Babylon, built there after Marduk gained supremacy in Mes- opotamia, was built to serve as an astronomical observatory (Fig. 63).

Enki bestowed the “secrets” of the calendar,  mathematics, and writing on his younger son Ningishzidda, whom the Egyp-

tians called Thoth. In The Lost Realms I present substantial evidence to show that he was one and the same Mesoamerican god known as Quetzalcoatl, “The Plumed Serpent.” This god’s name, which means (in Sumerian) “Lord of the Tree of Life,” reflected the fact that it was to him that Enki entrusted medical knowledge, including the secret of reviving the dead.

A Babylonian text quotes the exasperated Enki as telling Mar- duk he had taught him enough, when Marduk also wanted to learn the secret of reviving the dead. That the Anunnaki could achieve that feat (at least in so far as their own were concerned)

Figure 64

is clear from a text titled “The Descent of Inanna to the Lower World,” where she was put to death by her own sister. When her father appealed to Enki to revive the goddess, Enki directed at the corpse “that which pulsates” and “that which radiates” and brought her back to life. A Mesopotamian depiction of a patient on a hospital table shows him receiving radiation treat- ment (Fig. 64).

Putting aside the ability to revive the dead (which is men- tioned as fact in the Bible), it is certain that the teaching of

anatomy and medicine was part of priestly training, as stated

in the Enmeduranki text. That the tradition continued into later

times is clear from Leviticus, one of the Five Books of Moses,

which contains extensive instructions by Yahweh to the Isra-

elite priests in matters of health, medical prognosis, treatment

and hygiene. The dietary commandments regarding “appro- priate” (kosher) and non-appropriate foods undoubtedly stemmed from health and hygienic considerations rather than from religious observance; and many believe that the important requirement of circumcision was also rooted in medical rea- sons.  These  instructions  were  not  unlike  those  in  numerous

earlier Mesopotamian texts that served as medical manuals for the  A.ZUs  and  IA.ZUs,  which  instructed  the  physician

-priests to first observe the symptoms; next stated which remedy had to be applied; and then gave a list of the chemicals, herbs,

and other pharmaceutical ingredients from which the medicines were to be prepared. That the Elohim were the source of these teachings should come as no surprise when we recall the med- ical, anatomical, and genetic feats of Enki and Ninti.

Basic to the science of astronomy and the workings of the calendar, as well as to commerce and economic activity, was the knowledge of mathematics—the “making of  calculations with numbers,” in the words of the Enmeduranki text.

The Sumerian numbers system is called sexagesimal, mean- ing “base 60.” The count ran from 1 to 60, as we now do

with 1 to 100. But then, where we say “two hundred,” the Sumerians said (or wrote) “2 gesh,” meaning 2 x 60, which equaled 120. When in their calculations the text said “take half” or “take one-third,” the meaning was one-half of 60

= 30, one-third of 60 = 20. This might seem to us, reared on the decimal system (“times 10”), which is geared to the

number of fingers on our hands, cumbersome and complicated; but to a mathematician, the sexagesimal system is a delight.

The number 10 is divisible by very few other whole numbers (by 2 and 5 only, to be precise). The number 100 is divisible only by 2, 4, 5, 10, 20, 25, and 50. But 60 is divisible by 2,

3, 4, 5, 6, 10, 12, 15, 20, and 30. Inasmuch as we have inherited the Sumerian 12 in our counting of the daily hours, 60 in our counting of time (60 seconds in a minute, 60 minutes in an hour), and 360 in geometry (360 degrees in a circle), the sexagesimal system is still the only perfect one in the celestial sciences, in time reckoning, and in geometry (where a triangle

has angles adding up to 180 degrees and a square’s angles add up to 360 degrees). In both theoretical and applied geometry (such as the measuring of field areas) this system made it possible to calculate the areas of diverse and complex shapes (Fig, 65), the volumes of vessels of all kinds (needed to hold grains or oil or wine), the length of canals, or the distances

between planets.

When record keeping began, a stylus with a round tip was

used to impress on wet clay the various symbols that stood for

the numbers 1, 10, 60, 600, and 3,600 (Fig. 66a). The ultimate

numeral was 3,600, signified by a large circle; it was called

SAR (Shar in Akkadian)—the “princely,” or “royal,” num-

Figure 65

Figure 66

ber, the number of Earth-years it took Nibiru to complete one orbit around the Sun.

With the introduction of cuneiform (“wedge-shaped”) writ- ing, in which scribes used a wedge-shaped stylus (Fig. 66b),

the numerals were also written in wedge-shaped signs (Fig. 66c). Other cuneiform signs denoted fractions or  multiples (Fig. 66d); together with combination signs that instructed the calculator to add, subtract, divide, or multiply, problems in arithmetic and algebra that would baffle many of today’s stu- dents  were  correctly  solved.  These  problems  included  the

squaring, cubing, or finding the square root of numbers. As shown by F. Thureau-Dangin in Textes mathematiques Ba- byloniens, the ancients followed prescribed formulas, with two or even three unknowns, that are still in use today.

Although  dubbed  “sexagesimal,”  the  Sumerian  system  of numeration and mathematics was in reality not simply based

on the number 60 but on a combination of 6 and 10. While in the decimal system each step up is accomplished by multiplying the previous sum by 10 (Fig. 67a), in the Sumerian system the numbers increased by alternate multiplications: once by 10, then by 6, then by 10, then again by 6 (Fig. 67b). This method has puzzled today’s scholars. The decimal system is obviously

geared to the ten digits of the human hands (as the numbers, too, are still called), so the 10 in the Sumerian system can be understood; but where did the 6 come from, and why?

Figure 67

There  have  been  other  puzzles.  Among  the  thousands  of mathematical tablets from Mesopotamia, many held tables of

ready-made calculations. Surprisingly, however, they did not run from smaller numbers up (like 1, 10, 60, etc.) but ran down, starting from a number that can only be described as astronomical: 12,960,000. An example quoted by Th.G. Pinches (Some Mathematical Tablets of the British Museum) began with the following lines at the top:

1.    12960000its 2/3 part8640000
2.its half part6480000
3.its third “4320000
4.its fourth “3240000

and continued all the way down through “its 80th part 180000” to the 400th part “[which is] 32400.” Other tablets carried the procedure down to the 16,000th part (equals 810), and there is no doubt that this series continued downward to 60, the 216,000th part of the initial number 12,960,000.

H. V. Hilprecht (The Babylonian Expedition of the University of  Pennsylvania),  after  studying  thousands  of  mathematical

tablets from the temple libraries of Nippur and Sippar and from the library of the Assyrian king Ashurbanipal in Nineveh, con- cluded that the number 12,960,000 was literally astronomi- cal—that it stemmed from the phenomenon of Precession, which retards the zodiac constellation against which the Sun rises by a full House once in 2,160 years. The complete circle

of the twelve Houses, by which the Sun returns to its original background spot, thus takes 25,920 years; the number 12,960,000 represented five hundred such complete Preces- sional circles.

It was incredible to learn, as Hilprecht and others have, that the  Sumerians  were  not  only  aware  of  the  phenomenon  of

precession but also knew that a shift from House to House in the zodiac required 2,160 years; it was doubly incomprehen- sible that they chose as the base of their mathematics a number representing five hundred complete twelve-House cycles, each one of which required the fantastic (as far as human beings are concerned) time span of 25,920  years. In fact, while modern

astronomy accepts the existence of the phenomenon and its periods as calculated in Sumer, there is no scientist now or in former times who can or could confirm from personal expc-

rience the shift of even one House (a shift to Aquarius is now anticipated); and all the scientists put together have yet to witness one complete cycle. Stilt, there it is in the Sumerian tablets.

It seems to me that a solution to all these puzzles can be found if modern science will accept the existence of Nibiru and its Anunnaki as fact. Since it was they who had granted mathematical “wisdom” to Mankind, the astronomical base number  and  the  sexagesimal  system  were  developed  by  the

Anunnaki for their own use and from their own viewpoint— and then were scaled down to human proportions.

As Hilprecht has correctly suggested, the number 12,960,000 indeed stemmed from astronomy—the time (25,920 years) required for a full precessional cycle. But that cycle could be broken down to more human-sized proportions,

that of the precessional shift by one zodiacal House. Although a complete shift in 2,160 years was also beyond an Earthling’s lifetime, the gradual shift of one degree every 72 years was an observable phenomenon (which the astronomer-priests wit- nessed and dealt with). This was the “earthly” element in the formulation.

Then there was the orbital period of Nibiru, which the An- unnaki knew equaled 3,600 Earth-years. Here, then, were two basic and immutable phenomena, cycles of a certain length that combined the movements of Nibiru and Earth in a ratio of 3,600:2,160. This ratio can be reduced to 10:6. Once in 21,600 years, Nibiru completed six orbits around the Sun and

Earth shifted ten zodiacal houses. This, I suggest, created the 6 x 1 0 x 6 x 1 0 system of alternating counting that is called “sexagesimal.”

The sexagesimal system, as has been noted, still lies at the core of modern astronomy and time-keeping. So has the legacy of the 10:6 ratio of the Anunnaki. Having perfected architecture

and the eye-pleasing plastic arts, the Greeks devised a canon of proportions called the Golden Section. They held that a perfect and pleasing ratio of the sides of a temple or great chamber was reached by the formula AB:AP = AP:PB, which gives a ratio of the long part or side to the shorter one of 100 to 61.8 (feet, cubits, or whatever unit of measure is chosen).

It seems to me that architecture owes the debt for this Golden

Section not to the Greeks but to the Anunnaki (via the Su- merians), for this ratio is really the 10:6 ratio on which the sexagesimal system was based.

The  same  can  be  said  of  the  mathematical  phenomenon

known as the Fibonacci Numbers, wherein a series of numbers grows in such a way that each successive number (e.g., 5) is the sum of its two preceding numbers (2 + 3); then 8 is the sum of 3 + 5, and so on. The fifteenth century mathematician Lucas Pacioli recognized the algebraic formula for this series and called the quotient—1.618-—the Golden Number and its

reciprocal—0.618—the Divine Number. Which brings us back to the Anunnaki. . . .

Having explained how, in my opinion, the sexagesimal sys- tem was devised, let us look at what Hilprecht concluded was the upper base of the system, the number 12,960,000.

It is easy to show that this number is simply the square of the real basic number of the Anunnaki—3,600—which is the length in Earth-years of Nibiru’s orbit. (3,600 x 3,600 = 12,960,000). It was from dividing 3,600 by the earthly ten that the easier-to-handle number of 360 degrees in a circle was obtained. The number 3,600, in turn, is the square of 60; this

relationship provided the number of minutes in an hour and (in modern times) the number of seconds in a minute, and of course the basic sexagesimal number.

The zodiacal origin of the astronomical number 12,960,000 can, 1 believe, explain a puzzling biblical statement. It is in Psalm 90 that we read that the Lord—the reference is to the

“Celestial Lord”—who has had his abode in the heavens for countless generations and from the time “before the mountains were brought forth, before Earth and continents were created,” considers a thousand years to be merely a single day:

A thousand years in thine eyes are but a day, a yesterday past.

Now if we divide the number 12,960,000 by 2,160 (the number of years to achieve a shift from one zodiac House), the result is 6,000—a thousand times six. Six as a number of “days” is not unfamiliar—we came upon it at the beginning of Genesis and its six days of creation. Could the psalmist

have seen the mathematical tablets in which he would have found the line listing “12,960,000 the 2160th part of which is a thousand times six”? It is indeed intriguing to find that the Psalms echo the numbers with which the Anunnaki had toyed.

In Psalm 90 and other relevant psalms, the Hebrew word translated as “generation” is Dor. It stems from the root dur, “to be circular, to cycle.” For human beings it does mean a generation; but for celestial bodies it means a cycle around the sun—an orbit. It is with this understanding that the true mean-

ing of Psalm 102, the moving prayer of a mortal to the Ev- erlasting One, can be grasped:

But thou, O Lord, shalt abide forever, and thy remembrance from cycle to cycle.

For He hath looked down from his sanctuary on high: From Heaven did Yahweh behold the Earth.

1 say. my God,

“Do not ascend me in the midst of my days,”

thou whose years arc in a cycle of cycles.

Thou art unchanged;

Thine years shalt have no end.

Relating it all to the orbit of Nibiru, to its cycle of 3,600 Earth-years, to the precessional retardation of Earth in its orbit around the Sun—this is the secret of the Wisdom of Numbers that the Anunnaki lowered from Heaven to Earth.

Before Man could “calculate with numbers,” the other two of the “three Rs”—reading and ‘riting—had to be mastered. We take it for granted that Man can speak, that we have lan- guages by which to communicate to our fellow men (or clans- men). But modern science has not held it so; in fact, until quite recently, the scientists dealing with speech and languages be- lieved that “Talking Man” was a rather late phenomenon that may have been one reason the Cro-Magnons—who could speak

and converse with each other—took over from the nonspeaking Neanderthals.

This was not the biblical view. The Bible took it for granted, for example, that the Elohim who were on Earth long before

The Adam could speak and address each other. This is apparent from the statement that The Adam was created as a result of a discussion among the Elohim, in which it was said, “Let us make The Adam in our image and after our likeness.” This implies not only the ability to speak but also a language with which to communicate.

Let us now look at The Adam. He is placed in the Garden of Eden and is told what to eat and what to avoid. The instruc- tions were understood by The Adam, as the ensuing conver- sation between the Serpent and Eve makes clear. The Serpent (whose identity is discussed in The Wars of Gods and Men) “said unto the woman: Hath Elohim indeed said, Ye shall not

eat of all the trees in the garden?” Eve says yes, the fruit of one tree was forbidden on penalty of death. But the Serpent assures the woman it is not so, and she and Adam eat of the forbidden fruit.

A lengthy dialogue then ensues. Adam and Eve hide when they hear the footsteps of Yahweh, “strolling in the garden in

the cool of the day.” Yahweh calls out to Adam, “Where are you?” and the following exchange takes place:

Adam:       “I heard the sound of you in the garden and I was afraid because 1 am naked, and I hid.”

Yahweh:     “Who told you that you are naked? Did you eat of the tree of which I ordered you not to eat?”

Adam:      “The woman whom you placed with me, she is the one who gave me of the tree, and I ate.”

Yahweh:      [to the woman] “What have you done?” Woman:      “The serpent beguiled me, and I ate.”

This is quite a conversation. Not only the Deity can speak; Adam and Eve can also speak and understand the Deity’s language. So, in what language did they converse, for there must have been one (according to the Bible). If Eve was the

First Mother, was there a First Language—a Mother Tongue?

Again,  scholars  began  by  differing  with  the  Bible.  They

assumed that language was a cultural heritage rather than an

evolutionary trait.  It was assumed that Man  progressed  from

groans to meaningful shouts (on seeing prey or sensing danger)

to rudimentary speech as he formed clans. From words and syllables, languages were born—many languages, arising si- multaneously as clans and tribes formed.

This theory of the origin of languages not only ignored the significance of the biblical tales of the Elohim and of the in- cident in the Garden of Eden; it denied the biblical assertion

that prior to the incident of the Tower of Babel “the whole Earth was of one language and of one kind of words”; that it was a deliberate act of the Elohim to disperse Mankind all over the Earth and “confuse” its language “that they may not understand one another’s speech.”

It is gratifying to note that in recent years, modern science

has come around to the belief that there was indeed a Mother Tongue; and that both types of Homo sapiens—Cro- Magnon and Neanderthal—could talk from the very begin- ning.

That many languages have words that sound the same and have similar meanings has long been recognized, and that cer-

tain languages can therefore be grouped into families has been an accepted theory for over a century, when German scholars proposed naming these language families “Indo-European,” “Semitic,” “Hamitic,” and so on. But  this  very  grouping held the obstacle to the recognition of a Mother Tongue, be- cause  it  was  based  on  the  notion  that  totally  different  and

unrelated groups of languages developed independently in dif- ferent “core zones” from which migrants carried their tongues to other lands. Attempts to show that there are apparent word and meaning similarities even between distant groups, such as the writings in the nineteenth century by the Reverend Charles Foster (The One Primeval Language, in which he pointed to

the Mesopotamian precursors of Hebrew) were dismissed as no more than a theologian’s attempt to elevate the status of the Bible’s language, Hebrew.

It was mainly advances in other fields, such as anthropology, biogenetics. and the Earth sciences, as well as computerization,

that opened new avenues of study of what some call “linguistic genetics.” The notion that languages developed rather late in Man’s march to civilization—at one point the beginning of languages (not just speech) was put at only five thousand years ago—obviously had to be amended and the date pushed back to much earlier times when archaeological finds showed that the Sumerians could already write six thousand years ago. As the dates of ten thousand and twelve thousand years ago were being considered, the search for points of similarity, speeded up by computers, led scholars to the discovery of protolan- guages and thus to larger and less numerous groupings.

Searching for an early affiliation for the Slavic languages, Soviet scientists under the leadership of Vladislav Illich- Svitych and Aaron Dolgopolsky suggested, in the 1960s, a proto-language they termed Nostratic (from the Latin “Our Language”) as the core of most European (including Slavic) languages. Later on they presented evidence for a second such proto-language, which they termed Dene-Caucasian, as  the core tongue of the Far Eastern languages. Both began, they estimated from linguistic mutations, about twelve thousand years ago. In the United States, Joseph Greenberg of Stanford University and his colleague Merritt Ruhlen suggested a third proto-language, Amerind.

Without dwelling on the significance of the fact, it behooves me to mention that the date of about twelve thousand years ago would put the period of the appearance of these protolan- guages somewhere around the immediate aftermath of the Del- uge, which in The 12th Planet was shown to have occurred about thirteen thousand years ago; that also conforms to the biblical notion that post-Diluvial Mankind divided into three branches, descended from the three sons of Noah.

Meanwhile, archaeological discoveries kept pushing  back the time of human migrations, and this was especially signif- icant in regard to the arrival of migrants in the Americas. When a time of twenty thousand years or even thirty thousand years ago was suggested, Joseph Greenberg created a sensation when he demonstrated in 1987 (Language in the Americas) that the hundreds of tongues in the New World could be grouped into just three families, which he termed Eskimo-Aleut, Na-Dene, and Amerind. The greater significance of his conclusions was

that these three in turn were brought to the Americas by mi- grants from Africa, Europe, Asia, and the Pacific and thus in effect were not true proto-languages but offshoots of Old World ones. The protolanguage he called “Na-Dene,” Greenberg suggested, was related to the Dene-Caucasian group of the Soviet scholars. This family, Merritt Ruhlen wrote in Natural History (March 1987), appears to be “genetically closest” to the group of languages that include “the extinct languages Etruscan and Sumerian.” Eskimo-Aleut, he wrote, is most closely related to the Indo-European languages. (Readers wish- ing to know more about the earliest arrivals in the Americas may want to read The Lost Realms, Book IV of “The Earth Chronicles” series).

But did true languages begin only about twelve  thousand years ago—only after the Deluge? It is not only according to the Bible that language existed at the very beginning of Homo sapiens (Adam and Eve), but also the fact that Sumerian texts

repeatedly refer to inscribed tablets that dated from before the Deluge. The Assyrian king Ashurbanipal boasted that, knowl- edgeable as Adapa, he could read “tablets from before the Deluge.” If so, there had to be true language even much earlier.

Discoveries by paleontologists and anthropologists make lin- guists push their estimations back in time. The discoveries in

the Kebara cave, mentioned earlier, indeed forced a complete reevaluation of previous timetables.

Among the finds in the cave was an astounding clue. The skeletal remains of a sixty-thousand-year-old Neanderthal in- cluded an intact hyoid bone—the first ever to be discovered. This horned-shaped bone which lies between the chin and the

larynx (voice box) anchors the muscles that move the tongue, lower jaw, and larynx and makes human speech possible (Fig. 68).

Combined with other skeletal features, the hyoid bone of- fered unequivocal proof that Man could speak as he does today at least sixty thousand  years ago  and probably much earlier.

Neanderthal Man, the team of six international scientists led by Baruch Arensburg of Tel-Aviv University stated in Nature (April 27, 1989), “had the morphological basis for human speech capability.”

If so, how could Indo-European, whose origins are traceable

Figure 68

to only a few thousand years ago, be given such a prominent position on the language tree? Less inhibited about lowering the claims for Indo-European than their Western colleagues, Soviet scholars continued to search audaciously for a proto- proto language. Spearheading the search for a Mother Tongue have been Aaron Dolgopolsky, now at Haifa University in Israel, and Vitaly Shevoroshkin, now at the University of Mich- igan. It was primarily on the latter’s initiative that a “break- through” conference was held at the University of Michigan in November 1988. Titled “Language and Prehistory,” the conference brought together, from seven countries, more than forty scholars from the fields of linguistics, anthropology, ar- chaeology, and genetics. The consensus was that there  had been a “mono-genesis” of human languages—a Mother Tongue in a “proto-proto-proto stage” at a time about 100,000 years ago.

Still, scientists from other fields relating to the anatomy of speech, such as Philip Lieberman of Brown University and Dean Falk of the State University of New York at Albany, see speech as a trait of Homo sapiens from the very first appearance of these ‘”Thinking/Wise Men.” Brain specialists such as Ron-

ald E. Myers of the National Institute of Communicative Dis- orders and Strokes believe that “human speech developed spontaneously, unrelated to the crude vocalization of other primates,” as soon as humans acquired their two-part brains.

And Allan Wilson, who had participated in the genetic re-

search leading to the”One-Mother-of-All” conclusion, put speech back in the mouth of “Eve”: “The human capacity for language may have come from a genetic mutation that occurred in a woman who lived in Africa 200,000 years ago,” he an- nounced at a meeting in January 1989 of the American As- sociation for the Advancement of Science.

“Gift of Gab Goes Back to Eve,” one newspaper headlined the story. Well, to Eve and Adam, according to the Bible.

And so we arrive at the last of the Rs—writing.

It is now believed that many of the shapes and symbols

found  in  Ice  Age  caves  in  Europe,  attributed  to  Cro-

Magnons living during the period of between twenty thousand and thirty thousand years ago, represent crude pictographs— “picture writing.” Undoubtedly, Man learned to write long after he began to speak. The Mesopotamian texts insist that there was writing before the Deluge, and there is no reason to disbelieve this. But the first writing discovered in modern times

is the early Sumerian script which was pictographic. It took but a few centuries for this script to evolve into the cuneiform script (Fig. 69), which was the means of writing in all the ancient languages of Asia until it was finally replaced, millen- nia later, by the alphabet.

At  first  glance  cuneiform  script  looks  like  an  impossible

hodgepodge of long, short, and just wedge-point  markings (Fig. 70). There are hundreds of cuneiform symbols, and how on Earth the ancient scribes could remember how to write them and what they meant is baffling—but not more so than the Chinese language signs are to a non-Chinese. Three generations of scholars have been able to arrange the signs in a logical

order and, as a result, have come up with lexicons and dic- tionaries of the ancient languages—Sumerian, Babylonian, As- syrian, Hittite, Elamite and so on—that used cuneiform.

But modern science reveals that there was more than some logical order to creating such a diversity of signs.

Figure 69

Mathematicians, especially those dealing with graph the- ory—the study of points joined by lines—are familiar with the Ramsey Graph Theory, named for Frank P. Ramsey, a British mathematician who, in a paper read to the London Mathematical Society in 1928, suggested a method of  calcu- lating the number of various ways in which points can be connected and the shapes resulting therefrom. Applied to games and riddles as well as to science and architecture, the theory offered by Ramsey made it possible to show, for ex-

Figure 70

ample, that when six points representing six people are joined by either red lines (connecting any two who know each other) or blue lines (connecting any two who are strangers), the result will always be either a red or a blue triangle. The results of calculating the possibilities for joining (or not joining) points can best be illustrated by some examples (Fig. 71). Underlying the resulting graphs (i.e., shapes) are the so-called Ramsey Numbers, which can be converted to graphs connecting a cer- tain number of dots. I find that this results in dozens of “graphs” whose similarity to the Mesopotamian cuneiform signs is undeniable (Fig. 72).

The almost one hundred signs, only partly illustrated here, are  simple  graphs  based  on  no  more  than  a  dozen  Ramsey

Numbers.  So,  if  Enki  or  his  daughter  Nidaba,  the  Sumerian

“goddess of writing,” had known as much as Frank Ramsey,

they must have had no problem in devising for the Sumerian

When Wisdom Was Lowered from Heaven   227

scribes a mathematically perfect system of cuneiform signs.

“1 will greatly bless thee, and I will exceedingly multiply

thy seed as the stars of the heavens,” Yahweh told Abraham.

And  with  this  single  verse,  several  of  the  elements  of  the

knowledge  that  was  lowered  from  heaven  were  expressed: speech, astronomy, and the “counting with numbers.”

Modern science is well on its way to corroborating all that.

When Wisdom Was Lowered from Heaven          229

THE FRUITS OF EDEN

What was the Garden of Eden, remembered in the Bible for its variety of vegetation and as the place where still- unnamed animals were shown to Adam?

Modem science teaches that Man’s best  friends,  the  crops and animals we husband, were domesticated soon after 10000 B.C. Wheat and barley, dogs and sheep (to cite some examples) in their domesticated and cultivable forms ap- peared, then, within no more than two thousand years. This, it is admitted, is a fraction of the time that natural selection alone would require.

Sumerian texts offer an explanation. When the Anunnaki landed on Earth, they state, there were none of such “do- mesticated” crops and animals; it was the Anunnaki who brought them forth, in their “Creation Chamber.”  Together with Lahar (“woolly cattle”) and Anshan  (“grains”)  they also brought forth “vegetation that luxuriates and multi- plies.” It was all done in the Edin; and after The Adam was created, he was brought there to tend it all.

The amazing Garden of Eden was thus  the  bio-genetic farm or enclave where “domesticated” crops, fruits, and animals were brought forth.

After the Deluge (about thirteen thousand years ago) the Anunnaki provided Mankind with the crop and animal seeds, which they had preserved,  to  get  started  again.  But this time, Man himself had to be the husbandman. The Bible confirms this and attributes to Noah the  honor  of  having been the first husbandman. It also states that the first  cul- tivated food after the Deluge was the grape. Modern science confirms the grape’s antiquity; science  has  also  discovered that besides being a nourishing food, the grape’s wine  is  a strong gastrointestinal medicine. So, when Noah drank  the wine (in excess), he was,  in  a manner of speaking,  taking his medicine.

11

A SPACE BASE ON MARS

Having been to the Moon, Earthlings are eager to set foot on Mars.

It was on the occasion of the twentieth anniversary of the

first landing by Man on the Moon that the President of the

United States outlined his country’s stepping stones to Earth’s

nearest outer planet. Speaking at the National Air and Space Museum in Washington and flanked by the three Apollo 11 astronauts—Neil A. Armstrong, Edwin E. Aldrin, Jr., and Michael Collins—President George Bush outlined America’s way stations to Mars. First, progress from the shuttlecraft pro- gram to the emplacement in permanent Earth orbit of a Space

Station, where the larger vehicles necessary for the onward flights would be assembled. Then would come the establish- ment of a space base on the Moon, where materials, equipment, and fuels necessary for the long space voyages would be de- veloped and tested, and experience would be gained in Man’s living and working for extended periods in outer space. And

finally, the actual expedition to Mars,

Vowing to make the United States “a spacefaring nation,” the goal, the President said, will be “back to the Moon, back to the future . . . and then, a journey into tomorrow, to another planet: a manned mission to Mars.”

“Back to the future.” The choice of words may or may not have been coincidental; the premise that going to the future involves going back to the past might have been more than a speech writer’s choice slogan.

For there is  evidence that  “A Space  Base on  Mars,” this

chapter’s heading, should apply not to the discussion of future plans but to a disclosure of what has already taken place in the past: Evidence that a space base existed on the planet Mars

230

in antiquity; and what is even more startling, that it might have been reactivated before our very eyes.

If Man is to venture from planet Earth into space, it is only logical and technologically called for to make Mars the first

planet on the outbound voyage. The road to other worlds must have way stations due to the laws of celestial motion, the constraints of weight and energy, the requirements for human survival, and limitations on human physical and mental en- durance. A spaceship capable of carrying a team of astronauts to Mars and back might have to weigh as much as four million

pounds. Lifting such a massive vehicle off the surface of Earth (a planet with a substantial gravitational pull, compared with its immediate neighbors) would require a commensurately large load of fuel that, together with the tanks to hold it, would further increase the lift-off weight and make the launch im- practical. (U.S. space shuttles now have a payload capacity of

sixty-five thousand pounds.)

Such lift-off and fuel problems would be greatly reduced if

the spaceship will be assembled in weightless orbit around the

Earth. This scenario envisions an orbiting, manned space sta-

tion, to which shuttle craft will ferry the knocked-down space-

ship.  Meanwhile,  astronauts  stationed  on  the  Moon  at  a

permanent space base would develop the technology required for Man’s survival in space. Man and vehicle would then be joined for the voyage to Mars.

The round trip may take between two and three years, de- pending on the trajectory and Earth-Mars alignments. The length of stay on Mars will also vary according to these con-

straints and other considerations, beginning with no stay at all (just several orbits around Mars) to a long stay in a permanent colony served or sustained by shifts of spacecraft and astro- nauts. Indeed, many advocates of “The Case for Mars,” as this approach has come to be called after several scientific conferences on the subject, consider a manned mission to Mars

justified only if a permanent space base is established there, both as a prelude to manned missions to even more distant planets and as the forerunner of a colony, a permanent settle- ment of Earthlings on a new world.

The progression from shuttlecraft to an orbiting space station to landings on the Moon and the establishment of a space base

thereon, all as stepping-stones or way stations toward a landing on Mars, has been described in scenarios that read like science fiction but are based on scientific knowledge and attainable technology. Bases on the Moon and on Mars, even a colony on Mars, have been in the planning for a long time and are deemed entirely feasible. Sustaining human life and activity on the Moon is certainly challenging, but the studies show how it could be achieved. The tasks are more challenging for Mars, since resupply from Earth (as the Moon projects envision) is more difficult and costly. Nevertheless, the vital resources needed by Man to survive and function are available on Mars, and scientists believe that Man could live “off the land” there.

Mars, it has been concluded, is habitable—because it was habitable in the past.

Mars appears nowadays as a cold, half-frozen planet inhos- pitable  to  anything  living  upon  its  surface,  with  bitter-cold

winters and temperatures rising above freezing only at the equator in the warmest season, with vast areas covered either with permafrost or with rusted iron rocks and gravel (which give the planet its reddish hue), with no liquid water to sustain life or oxygen to breathe. But not so long ago in geological terms, it was a planet with relatively pleasant seasons, flowing

water, oceans and rivers, cloudy (blue!) skies, and perhaps— just perhaps—even some forms of indigenous simple plant life.

All the various studies converge toward the conclusion that Mars is now going through an ice age, not unlike the ice ages that Earth has experienced periodically. The causes of Earth’s

ice ages, attributed to many factors, are now believed to stem from three basic phenomena that relate to Earth’s orbit around the Sun. The first is the configuration of the orbit itself: the orbit, it has been concluded, changes from more circular to more elliptical in a cycle of about one hundred thousand years; this brings the Earth at times closer to the Sun and at times

farther away from it. Earth has seasons because the axis of Earth is not perpendicular to its orbital plane (ecliptic) but is tilted, bringing the northern hemisphere under a stronger in- fluence of the Sun’s rays during the (northern) summer (during winter in the southern hemisphere), and vice versa (Fig. 73); but this tilt, now about 23.5 degrees, is not stable; the Earth,

Figure 73

like a rolling ship, changes its tilt by about 3 degrees back and forth in a cycle that takes about forty-one thousand years to complete. The greater the tilt the more extreme are the winters and summers; air and water flows change and aggravate the climatic changes that we call “ice ages” and ” interglacial” warm periods. A third contributing cycle is that of the Earth’s wobble as it spins, its axis forming an imaginary circle in the heavens; this is the phenomenon of Precession of the Equi- noxes, and the duration of this cycle is about twenty-six thou- sand years.

The planet Mars is also subject to all three cycles, except that its larger orbit around the Sun and greater tilt differential cause more extreme climatic swings. The cycle, as we have mentioned, is believed to last some fifty thousand years on Mars (although shorter and longer durations have also been suggested).

When the next Martian warm period, or interglacial, arrives, the planet will literally flow with water, its seasons will not

be as harsh, and its atmosphere will not be as alien to Earthlings as it is today. When was the last “interglacial” epoch on Mars? The time could not have been too distant, because otherwise the dust storms on Mars would have obliterated more, if not most, of the evidence on its surface of once flowing rivers, ocean shorelines, and lake basins; and there would not be as much water vapor still in the Martian atmosphere as is found today. “Running water must have existed on the red planet in relatively recent times, geologically speaking,” according to Harold Masursky of the U.S. Geological Survey. Some believe the last change occurred no more than ten thousand years ago. Those who are planning the landings and extended  stays  on Mars do not expect the climate there to revert to an interglacial epoch within the next two decades; but they do believe that the basic requirements for life and survival on Mars are locally available. Water, as has been shown, is present as permafrost in vast areas and could be found in the mud of what from space appear to be dry riverbeds. When geologists at Arizona State University working for NASA were suggesting Mars  landing sites to Soviet scientists, they pointed to the great canyon in the Lunae Planum basin as a place where a roving vehicle “could visit former riverbeds and dig into the sediments of a delta where an ancient river flowed into a basin,” and find there liquid  water.  Aquifers—subterranean  water  pools—are a sure source of water in the opinion of many scientists. New analyses of data from spacecraft as well as from Earth-based instruments led a team headed by Robert L. Huguenin of the University of Massachusetts to conclude, in June 1980, that two concentrations of water evaporation on Mars south of its equator suggest the existence of vast reservoirs of liquid water just a few inches below the Martian surface. Later that year Stanley H. Zisk of the Haystack Observatory in Westford, Massachusetts, and Peter J. Mouginis-Mark of Brown Uni- versity, Rhode Island, reported in Science and Nature (No- vember 1980) that radar probing of areas in the planet’s southern hemisphere indicated “moist oases” of “extensive liquid water” beneath the surface. And then, of course, there is all the water captured in the ice cap of the northern pole, which melts around its rims during the northern summer, cre- ating large, visible darkish patches (Fig. 74). Morning fogs

Figure 74

and mists that have been observed on Mars suggest to scientists the existence of dew, a source of water for many plants and animals on Earth in arid areas.

The Martian atmosphere, at first sight inhospitable and even poisonous to Man and life, could in fact be a source of vital resources. The atmosphere has been found to contain some water vapor, which could be extracted by condensation. It could also be a source of oxygen for breathing and burning. It consists on Mars primarily of carbon dioxide (CO2) with

small percentages of nitrogen, argon, and traces of oxygen (Earth’s atmosphere consists primarily of nitrogen, with a large percentage of oxygen and small amounts of other gases). The process of converting carbon dioxide (C02) to carbon monoxide (CO), thereby releasing oxygen (CO + O) is almost elementary and could easily be performed by astronauts and settlers. Car- bon monoxide can then serve as a simple rocket fuel.

The planet’s reddish-brown, or “rusty,” hue is also a clue to the availability of oxygen, for it is the result of the actual rusting of iron rocks on Mars. The product is iron oxide—iron that has combined with oxygen. On Mars it is of a type called limonite, a combination of iron oxide (Fe2O3) with several molecules of water (H2O); with the proper equipment, the plentiful oxygen could be separated and extracted. The hydro- gen obtainable by breaking down water into its component elements could be used in the production of foods and useful materials, many of which are based on hydrocarbons {hydro- gen-carbon combinations).

Although the Martian soil is relatively high in salts, scientists believe it could be washed with water sufficiently to the point where patches would be suitable for plant cultivation in green- houses; local foods could thus be grown, especially from seeds of salt-resistant strains of grains and vegetables; human waste could be used as fertilizer, as it is used in many Third World countries on Earth. Nitrogen, needed by plants and fertilizers, is in short supply on Mars but not absent: the atmosphere, though 95 percent carbon dioxide, does contain almost 3 per- cent nitrogen. The greenhouses for growing all this food would be made of inflatable plastic domes; electricity would be ob- tained from solar-powered batteries; the rover vehicles will also be solar-powered.

Another source not just of water but also of heat on Mars is indicated by the past volcanic activity there. Of several notable volcanoes, the one named Olympus, after the Greek mountain of the gods, dwarfs anything on Earth or even in the Solar System. The largest volcano on Earth, Mauna Loa in Hawaii, rises 6.3 miles; Olympus Mons on Mars towers 15 miles above the surrounding plain; its crater’s top measures 45 miles across. The volcanoes of Mars and other evidence of volcanic activity on the planet indicate a hot molten core and

thus the possible existence of warm surface spots, hot-water springs, and other phenomena resulting from internally gen- erated heat.

With a day almost exactly the length of a day on Earth,

seasons (although about twice as long as Earth’s), equatorial regions, icy northern and southern poles, water resources that once were seas and lakes and rivers, mountain ranges and plains, volcanoes and canyons, Mars is Earthlike in so many ways. Indeed, some scientists believe that Mars, although cre- ated at the same time as the other planets 4.6 billion years ago,

is at the stage Earth was at its beginnings, before plant life began to emit oxygen and change Earth’s atmosphere. This notion has served as a basis for the suggestion by proponents of the Gaia Theory of how Man might “jump the gun” on Martian evolution by bringing life to it; for they hold that it was Life that made Earth hospitable to life.

Writing in The Greening of Mars, James Lovelock and Mi- chael Allaby employed science fiction to describe how micro- organisms and “halocarbon gases” would be sent from Earth to Mars in rockets, the former to start the biological chain and the latter to create a shield in the Martian atmosphere. This shield of halocarbon gases, suspended in the atmosphere above

the now cold and arid planet, would block the dissipation into space of the warmth Mars receives from the Sun and its own internal heat and would create an artificially induced “green- house” effect. The warming and the thickened atmosphere would release Mars’s frozen waters, enhance plant growth, and thereby increase the planet’s oxygen supply. Each step in this

artificially induced evolution would strengthen the process; thus will the bringing of Life to Mars make it hospitable to life.

The suggestion by the two scientists that the transformation of Mars into a habitable planet—they called the process “Terra forming”—should begin with the creation of an artificial shield to protect the planet’s dissipating heat and water vapor by artificially suspending a suitable material in the planet’s at- mosphere was made by them in 1984.

Whether by coincidence or not, it was once again a case of modern science catching up with ancient knowledge. For, in The I2th Planet (1976), it was described how the Anunnaki

came to Earth about 450,000 years ago in order to obtain

gold—needing the metal to protect life on their planet Nibiru by suspending gold particles as a shield in its dwindling at- mosphere, to reverse the loss of heat, air, and water.

The plans proposed by the advocates of the Gaia Hypothesis are based on an assumption and a presumption. The first, that Mars does not have life-forms of its own; the second, that people from one planet have the right to introduce their life- forms to another world, whether or not it has its own life.

But does Mars have life on it or as some prefer to ask, did it have life on it in its less harsh epochs? The question has preoccupied those who have planned and executed the various

missions to Mars; and after all the scanning and photographing and probing, it is evident that Life as it has blossomed on Earth—trees and forests, bushes and grasses, flying birds and roaming animals—is just not there. But what about lesser life- forms—lichens or algae or the lowly bacteria?

Although Mars is much smaller than Earth (its mass is about a tenth that of Earth, its diameter about half) its surface, now all dry land, is about the same area as the dry-land portion of Earth’s surface. The area to be explored is thus the same as the area on Earth with all its continents, mountains, valleys, equatorial and polar zones; its warm and the cold places; its humid regions and the dry desert ones. When an outline of the United States, coast to coast, is superimposed on the face of Mars (Fig. 75), the scope of the exploration and the variety of terrains and climates to contend with can well be appreciated.

No wonder when then that the first successful unmanned Mars probes. Mariners 4, 6, and 7 (1965-69), which photo-

graphed parts of the planet’s surface in the course of flybys, revealed a planet that was heavily cratered and utterly desolate, with little sign of any geologic activity in its past. As it hap- pened, the pictures were almost all of the cratered highlands in the southern hemisphere of Mars. This image, of a planet not only without life on it but itself a lifeless and dead globe,

changed completely when Manner 9 went into orbit around Mars in 1971 and surveyed almost its entire surface. It showed a living planet with a history of geologic activity and volcan- ism, with plains and mountains, with canyons in which Amer- ica’s Grand Canyon could be swallowed without a trace, and

Figure 75

the marks of flowing water. It was not only a living planet but one that could have life upon it.

The search for life on Mars was thus made a prime objective of the Viking missions. Viking 1 and Viking 2 were launched from Cape Canaveral in the summer of 1975 and reached their

destination in July and August of 1976. Each consisted of an Orbiter that remained in orbit around the planet for ongoing observation, and of a Lander that was lowered to the planet’s surface. Although to ensure safe landings, relatively flat sites in the northern hemisphere, not too distant from each other, were selected for the touchdowns, “biological criteria” (i.e.,

the possibility of life) “dominated the decision regarding the latitude at which the spacecraft would land.” The orbiters have provided a rich array of data about Mars that is still being studied and analyzed, with new details and insights constantly

emerging; the landers sent thrilling photographs of the Martian landscape at very close range and conducted a series of ex- periments in search of Life.

Besides instruments to analyze the atmosphere and cameras to photograph the areas in which they touched down, each Lander  carried  a  combined  gas-chromatograph/mass-spectrom-

eter for analyzing the surface for organic material, as well as three instruments designed to detect metabolic activity by any organism in the soil. The soil was scooped up with a mechanical arm, put into a small furnace, heated, and otherwise treated and tested. There were no living organisms in the samples; only carbon dioxide and a small amount of water vapor were

found. There were not even the organic molecules that im- pacting meteorites bring with them; the presumption is that if such molecules had been delivered to Mars, the present high level of ultraviolet light that strikes the planet, whose protective atmosphere is now almost gone, must have destroyed them.

During the long days of experiments on Mars, drama and

excitement were not absent. In retrospect the ability of the NASA team to manipulate and direct from Earth equipment on the surface of Mars seems like a fairy tale; but both planned routines and emergencies were adroitly tackled. Mechanical arms failed to work but were fixed by radio commands. There were  other  malfunctions  and  adjustments.  There  was  breath-

taking suspense when the gas-exchange experiments detected a burst of oxygen; there was the need to have Viking 2 instru- ments confirm or disprove the results of experiments carried out by those of Viking 1 that left open the question of whether changes in the scooped-up soil samples were organic or chem- ical,  biological  or  inanimate.  Viking  2  results  confirmed  the

reactions of Viking 1 experiments: when gases were mixed or when soil was added to a “nutrient soup,” there were marked changes in the level of carbon dioxide; but whether the changes represented a chemical reaction or a biological response re- mained a puzzle.

As eager as scientists were to find life on Mars, and thereby

find support for their theories of how life on Earth began spon- taneously from a primordial soup, most had to conclude re- gretfully that no evidence of life on Mars was found. Norman Horowitz of Caltech summed up the prevailing opinion when

he stated (in Scientific American, November 1977) that “at least those areas on Mars examined by the two spacecraft are not habitats of life. Possibly the same conclusion applies to the entire planet, but that is an intricate problem that cannot yet be addressed.”

In subsequent years, in laboratory experiments in which the soil and conditions on Mars were simulated as best as the researchers  could,  the  reactions  indicated  biological  responses.

Especially intriguing were experiments conducted in 1980 at the Space Biology Laboratory of Moscow University: when Earthly life-forms were introduced into a simulated Martian environment, birds and mammals expired in a few seconds, turtles and frogs lived many hours, insects survived for weeks—but fungi, lichens, algae, and mosses quickly adapted

themselves to the new environment; oats, rye, and beans sprouted and grew but could not reproduce.

Life, then, could take hold on Mars; but had it? With 4.6 billion years at the disposal of evolution on Mars, where are not merely some microorganisms (which may or may not exist) but higher life-forms? Or were the Sumerians right in saying

that life sprouted on Earth so soon after its formation only because the “Seed of Life” was brought to it, by Nibiru?

While the soil of Mars still keeps its riddle of whether or not its test reactions were chemical and lifeless or biological and caused by living organisms, the rocks of Mars challenge us with even more enigmatic puzzles.

One can begin with the mystery of Martian rocks found not on Mars but on Earth. Among the thousands of meteorites

found on Earth, eight that were discovered in India, Egypt, and France between 1815 and 1865 (known as the SNC group, after the initials of the sites’ names) were unique in that their age was only 1.3 billion years, whereas meteorites are generally

4.5 billion years old. When several more were discovered in Antarctica  in  1979,  the  gaseous  composition  of  the  Martian

atmosphere was already known; comparisons revealed that the SNC meteorites contained traces of isotopic Nitrogen-14. Ar- gon-40 and 36, Neon-20, Krypton-84, and Xenon-13 almost identical to the presence of these rare gases on Mars.

How did these meteorites or rocks reach Earth? Why are they only 1.3 billion years old? Did a catastrophic impact on

Figure 76

Mars cause them to somehow defy its gravity and fly off to Earth?

The rocks discovered in Antarctica are even more puzzling. A photograph of one of them, released by NASA and published in The New York Times of September 1, 1987, shows it to be

not “football sized” as these rocks had been described, but rather a broken-off block (Fig. 76) of four bricklike, artificially shaped and angled stones fitted together—something one would expect to find in pre-Inca ruins in Peru’s Sacred Valley (Fig. 77) but not on Mars. Yet all tests on the rock (it is no longer referred to as a meteorite) attest to its Martian origin.

To compound the mystery, photographs of the Martian sur- face have revealed features that, on seeing them, astronomers dubbed “Inca City.” Located in the planet’s  southern  part, they represent a series of steep walls made up of squarish or rectangular segments (Fig. 78 is from Mariner-9 photographic frame 4212-15). John McCauley, a NASA geologist, com- mented that the “ridges” were “continuous, show no breach- ing, and stand out among the surrounding plains and small hills like walls of an ancient ruin.”

Figure 77

Figure 78

This immense wall or series of connected shaped stone blocks bears a striking resemblance to such colossal and enigmatic structures on Earth as the immense wall of gigantic stone blocks that forms the base of the vast platform at Baalbek in Lebanon (Fig. 79) or to the cruder but equally impressive zigzagging parallel stone walls of Sacsahuaman above Cuzco in Peru (Fig.

Figure 79

80). In The Stairway to Heaven and The Lost Realms, I have attributed both structures to the Anunnaki/Nefilim. The features on Mars might perhaps be explained as natural phenomena, and the size of the blocks, ranging from three to five miles in length, might very well indicate the hand of nature rather than of people, of whatever provenance. On the other hand, since no plausible natural explanation has emerged, they might be

Figure 80

the remains of artificial structures—if the “giants'” of Near Eastern and Andean lore had also visited Mars. . . .

The notion of “canals” on Mars appeared to have been laid

to rest when—after decades of ridicule—scientists suggested

that what Schiaparelli and Lowell had observed and mapped were in fact channels of dried-up rivers. Yet other features were found on the Martian surface that defy easy explanation. These include white “streaks” that run in straight lines for endless miles—-sometimes parallel, sometimes at angles to each other, sometimes crossing other, narrower “tracks” (Fig.

81 is a sketched-over photo). Once again, the NASA teams suggested that windblown dust storms may have caused these features. This may be so, although the regularity and especially the intersecting of the lines seem to indicate an artificial origin. Searching for a comparable feature on Earth, one must look to the famous Nazca lines in southern Peru (Fig. 82) which

have been attributed to “the gods.”

Both the Near East and the Andes are known for their various

pyramids—the immense and unique ones at Giza, the stepped

pyramids or ziggurats of Mesopotamia and of the early Amer-

ican civilizations. As pictures taken by the Mariner and Viking

Figure 81

cameras seem to show, even pyramids, or what look like pyr- amids, have been seen on Mars.

What appear to be three-sided pyramids in the Elysium (map. Fig. 83) plateau in the region called Trivium Charontis were first noticed on Mariner-9 frames 4205-78, taken on February 8, 1972 and 4296-23, taken six months later. Attention was focused on two pairs of “tetrahedron pyramidal structures,”

to use the cautious scientific terminology; one pair were huge pyramids, while the other pair were much smaller, and they seemed to be laid out in a rhombus-shaped pattern (Fig. 84). Here again, the size of the “pyramids”—the larger are each two miles across and half a mile high—suggests that they are natural phenomena, and a study in the journal Icarus (vol. 22,

1974, by Victor Ablordeppy and Mark Gipson) offered four theories to explain these formations naturally. David Chandler (Life on Mars) and astronomer Francis Graham (in Frontiers of Science, November-December 1980), among others, showed the flaws in each theory. The fact that the features

Figure 82

were photographed six months apart, at different sunlights and angles, and yet show their accurate terrahedral shapes, con- vinces many that they are artificial structures, even if we do not understand the reason for their great size. “Given the present lack of any easily acceptable explanation,” Chandler wrote, “there seems to be no reason to exclude from consid- eration the most obvious conclusion of all: perhaps they were

Figure 83

built by intelligent beings.” And Francis Graham, stating that “the conjecture that these are buildings of an ancient race of Martians must take its place among the theories of their ori- gin,” wondered whether future explorers might discover in these structures inner chambers, buried entrances, or  inscrip- tions that might have withstood “ten thousand millennia  of wind erosion.”

More “pyramids” with varying numbers of smooth  sides have been discerned by researchers who have scanned the Mar- tian  photographs.  Interest,  and  controversy,  have  focused

mainly on an area named Cydonia (see map, Fig. 83) because a group of what may be artificial structures appears to be aligned with what some called a Martian “sphinx” to the east of these structures, as can be readily seen in the panoramic NASA photo O35-A-72 (Plate E). What is noticeable is a rock with the features of a well-proportioned human face, seemingly

of a man wearing some kind of a helmet (Fig. 85), with a

Plate E

slightly open mouth and with eyes that look straight out at the viewer—if the viewer happens to be in the skies above Mars. Like the other “monuments”—the features that resemble ar- tificial structures—on Mars, this one, too, is of large propor- tions: the Face measures almost a mile from top to bottom and has been estimated to rise almost half a mile above the sur- rounding plateau, as can be judged by its shadow.

Although it is said that the NASA scientist who examined the photographs received from the Viking 1 Orbiter on July

25, 1976, “almost fell out of his chair” when he saw this frame and that appropriate “Oh, my God” or expressions to that effect were uttered, the fact is that the photograph was filed away with the thousands of other Viking photographs without any further action because the similarity to a human face was deemed just a play of light and shadows on a rock

eroded by natural forces (water, wind). Indeed, when some newsmen who happened to see the transmitted image wondered whether it in fact showed a human face, the chief scientist of the Mission asserted that another photograph, taken a few hours later, did not show such a feature at all. (Years later NASA acknowledged that that was an incorrect and misleading state- ment and an unfortunate one, because the fact was that the area fell into darkness of night “a few hours later” and there did exist other photographs clearly showing the Face.)

Three years later Vincent DiPietro, an electrical engineer and imaging specialist, who remembered seeing the “Face”

in a popular magazine, came face-to-face with the Martian image as he was thumbing through the archives of the National Space Science Data Center. The Viking photo, bearing the catalog number 76-A-593/17384, was simply titled “HEAD.” Intrigued by the decision to keep the photo in the scientific data center under that tantalizing caption—the “Head” whose

very existence had been denied—he embarked, together with Greg Molenaar, a Lockheed computer scientist, on a search for the original NASA image. They found not one but two, the other being image 070-A-13 (Plate F). Subsequent searches came up with more photos of the Cydonia area taken by dif- ferent Viking Orbiter cameras and from both the right and left

sides of the features (there are eleven by now). The Face as well as more pyramidlike and other puzzling features could be seen on all of them. Using sophisticated computer enhancement and imaging techniques, DiPietro and Molenaar obtained en- larged and clearer images of the Face that convinced them it had been artificially sculpted.

Armed with their findings, they attended the 1981 The Case for Mars conference but instead of acclaiming them the assem- bled scientists cold-shouldered their assertions—undoubtedly because they would have to draw the conclusion that the Face was the handiwork of intelligent beings, “Martians” who had inhabited the planet; and that was a totally unacceptable prop- osition. Publishing their findings privately (Unusual Mars Sur- face Features) DiPietro and Molenaar took great pains to dissociate themselves from “wild speculations” regarding the origin of the unusual features. All they claimed, the book’s epilogue stated, was “that the features do not seem natural and

Plate F

warrant further investigation.” NASA scientists, however, strongly rejected any suggestion that future missions should include a visit to the Face, since it was clearly just a rock shaped by the forces of nature so that it resembled a human face.

The cause of the Face on Mars was thereafter taken up primarily by Richard C. Hoagland, a science writer and one-

time  consultant  at  the  Goddard Space  Flight  Center.  He or-

ganized  a  computer  conference  titled  The  Independent  Mars

Investigation Team with the purpose of having the features and

all  other  pertinent  data  studied  by  a  representative  group  of

scientists  and  specialists;  the  group  eventually included  Brian

O’Leary, a scientist-astronaut, and David Webb, a member of the U.S. President’s Space Commission. In their  conclusions they not only concurred with the view that the “Face” and “pyramids” were artificial structures, they also suggested that

other features on (he surface on Mars were the handiwork of intelligent beings who had once been on Mars.

I was especially intrigued by the suggestion in their reports

that the orientation of the Face and the principal pyramid in- dicated they were built about half a million years ago in align- ment with sunrise at solstice time on Mars. When Hoagland and his colleague Thomas Rautenberg, a computer specialist, sought my comments on their photographic evidence, I pointed out to them that the Anunnaki/Nefilim, according to my con-

clusions in The 12th Planet, had first landed on Earth about 450,000 years ago; it was, perhaps, no coincidence that Hoag- land and Rautenberg’s dating of the monuments on Mars co- incided with my timetable. Although Hoagland was careful to hedge his bets, he did devote many pages in his book The Monuments of Mars to my writings and to the Sumerian evi-

dence concerning the Anunnaki.

The publicity accorded the findings of DiPietro, Molenaar,

and Hoagland has caused NASA to insist that they were wrong.

In an unusual move, the National Space Flight Center in Green-

belt, Maryland, which supplies the public with copies of NASA

data,  has  been  enclosing  along  with  the  “Face” photographs

copies of rebuttals of the unorthodox interpretations of the images. These rebuttals include a three-page paper dated June 6, 1987, by Paul Butterworth, the Center’s Resident Plane – tologist. He states that “there is no reason to believe that this particular mountain, which is similar to tens of thousands of others on the planet, is not the result of the natural geological

processes which have produced all the other landforms on Mars. Among the huge numbers of mountains on Mars it is not surprising that some should remind us of more familiar objects, and nothing is more familiar than the human face. I am still looking for the ‘Hand on Mars’ and the “Leg on Mars’!”

“No reason to believe” that the feature is other than natural is, of course, not a factual argument in disproving the opposite position, whose proponents contend that they do have reason to believe the features are artificial structures. Still, it is true that on Earth there are hills or mountains that give the ap- pearance of a sculpted human or animal head although they

are the work of nature alone. This, I feel, might well be a valid argument regarding the “pyramids” on the Elysium plateau or the “Inca City.” But the Face and some features near it, especially those with straight sides, remain a challenging enigma.

A scientifically significant study by Mark J. Carlotto, an optics scientist, was published in the May 1988 issue of the prestigious journal Applied Optics. Using computer graphic techniques  developed  in  optical  sciences,  Carlotto  employed

four frames from NASA images, taken by the Viking Orbiter with different cameras during four different orbits, to recreate a three-dimensional representation of the Face. The study pro- vided detailed information about the complex optical  proce- dures and mathematical formulations of the three-dimensional analysis, and Carlotto’s conclusions were that the “Face” was

indeed a bisymmetrical human face, with another eye socket in the shaded part and a “fine structure of the mouth suggesting teeth.” These, Carlotto stated, “were facial features and not a transient phenomenon” or a trick of light and shadow. “Al- though the Viking data are not of sufficient resolution to permit the  identification  of  possible  mechanisms  of  origin  for  these

objects, the results to date suggest that they may not be nat- ural.””

Applied Optics deemed the study important enough to make it its front-cover feature, and the scientific journal New Scientist devoted a special report to the published paper and to an in- terview with its author. The journal echoed his suggestion that

“at the very least these enigmatic objects”—the Face and the adjoining pyramidal features that some had dubbed “The City”—”deserve further scrutiny by future Mars probes, such as the 1988 Soviet Phobos mission or the U.S. Mars Ob- server.”

The fact that the controlled Soviet press has published and

republished articles by Vladimir Avinksy, a noted researcher in geology and mineralogy, that support the non-natural origin of the monuments, surely indicates the Soviet aerospace atti- tudes on the matter—a subject that will be dealt with at greater length later on. Noteworthy here are two points made by Dr. Avinsky. He suggests (in published articles and privately de-

livered papers) that in considering the enormous size of the

A Space Base on Mars                          255

Martian formations, one must bear in mind that due to the low gravity of Mars a man could perform gigantic tasks on it; and he attaches great importance to the dark circle that is clearly seen in the flat area between the Face and the pyramids. While NASA scientists dismissed it as “a water spot on the lens of the Viking Orbiter,” Avinsky considers it “the centre of the entire composition” of the “Martian complex” and its layout (Fig. 86).

Figure 86

Unless it is assumed that Earthlings possessed, tens of thou- sands or even half a million years ago, a high civilization and a sophisticated technology that enabled them to engage in space travel, arrive on Mars and, among other things, put up mon- uments on it, including the Face, only two other alternatives logically remain. The first is that intelligent beings had evolved on Mars who not only could engage in megalithic construction but also happened to look like us. But in the absence even of microorganisms in the soil of Mars, nor evidence of plant and animal life that among other things could provide the humanlike Martians with nourishment, the rise of a Martian population

akin to Earthlings and one that even duplicated the structural forms found on Earth seems highly improbable.

The  only  remaining  plausible  alternative  is  that  someone,

neither from Earth nor from Mars, capable of space travel half a million years ago, had visited this part of the Solar System and had stayed; and then left behind monuments, both on Earth and on Mars. The only beings for which evidence has been found—in the Sumerian and biblical texts and in all the ancient “mythologies'”—are  the  Anunnaki  from  Nibiru.  We  know

how they looked: they looked like us because they made us look like them, in their image and after their likeness, to quote Genesis.

Their humanlike visages appear in countless ancient depic- tions, including the famous Sphinx at Giza (Fig. 87). Its face, according  to  Egyptian   inscriptions,  was  that  of   Hor-

em-Akhet, the “Falcon-god of the Horizon,” an epithet for Ra, the firstborn son of Enki, who could soar to the farthest heavens in his Celestial Boat.

The Giza Sphinx was so oriented that its gaze was aligned

Figure 87

precisely eastward along the thirtieth parallel toward the space- port of the Anunnaki in the Sinai Peninsula. The ancient texts attributed communications functions to the Sphinx (and the purported subterranean chambers under it):

A message is sent from heaven;

it is heard in Heliopolis and is repeated in Memphis

by the Fair of Face.

It is composed in a dispatch by the writing of Thoth

with regard to the city of Amen. . . .

The gods are acting according to command.

The reference to the message-transmitting role of the “Fair of Face”—the sphinx at Giza—raises the question of what the purpose of the Face on Mars was; for, if it was indeed the handiwork of intelligent beings, then by definition they did not expend the time and effort to create the Face without a logical reason. Was the purpose, as the Egyptian text suggests, to send the “message from Heaven” to the sphinx on Earth, a “com- mand” according to which the gods acted, sent from one Face to another Fair-of-Face?

If such was the purpose of the Face on Mars, then one would indeed expect to find pyramids nearby, as one finds at Giza; there, three unique and exceptional pyramids, one smaller and two colossal, rise in symmetry with each other and with the Sphinx. Interestingly, Dr. Avinsky discerns three true pyramids in the area adjoining the Face on Mars.

As the ample evidence presented in the volumes of “The Earth Chronicles” series indicates, the Giza pyramids were not the handiwork of Pharaohs but were constructed by the Anunnaki. Before the Deluge their spaceport was in Meso- potamia, at Sippar (“Bird City”). After the Deluge the space- port was located in the Sinai Peninsula, and the two great pyramids of Giza, two artificial mountains, served as beacons for the Landing Corridor whose apex was anchored on Mount Ararat, the Near East’s most visible natural feature. If this was also the function of the pyramids in the Cydonia area, then some correlation with that most conspicuous natural feature on Mars, Olympus Mons, might eventually be found.

When the principal center of gold production by the An-

unnaki shifted from southeast Africa to the Andes, their me- tallurgical center was established on the shores of Lake Titicaca, at what is nowadays the ruins of Tiahuanacu and Puma-Punku. The principal structures in Tiahuanacu, which was connected to the lake by canals, were the “pyramid” called Akapana, a massive mound engineered to process ores, and the Kalasasaya, a square, “hollowed-out” structure (Fig. 88) that served astronomical purposes; its orientation was aligned with the solstices. Puma-Punku was situated directly on the lakeshore; its principal structures were “golden enclosures” built of immense stone blocks that stood alongside an array of zigzagging piers (Fig. 89).

Of the unusual features the orbiting cameras captured on the face of Mars, two appear to me to be almost certainly artifi-

cial—and both seem to emulate structures found on the shores

Figure 88

of Lake Titicaca in the Andes. One, which is akin to the Ka- lasasaya, is the first fealure west of the Face on Mars, just above (north of) the mysterious darkish circle (see Plate E). As an enlargement thereof indicates (Plate G), its still-standing southern part consists of two distinct massive walls, perfectly straight, meeting at an angle that appears sharp because of the photographic angle but is in fact a true right angle. The struc- ture—which could not possibly be natural no matter how far the imagination is stretched—appears to have collapsed, in its

Figure 89

Plate G

northern part, under the impact of a huge boulder that dropped on it in some catastrophic circumstances.

The other feature that could not be the product of natural erosion is found directly south of the Face, in an area of chaotic features, some of which have amazingly straight sides (Plate H). Separated by what might have been a channel or water- way—all are agreed that the area was on the shores of an ancient Martian sea or lake—the prominent feature’s side that

faces the channel is not straight but is outfitted with a series of “indentations” (Plate H). One must keep in mind that all these photographs were taken from an altitude of about one thousand two hundred miles above the Martian surface; what we observe, then, may well have been an array of large piers- just as one finds at Puma-Punku.

The two features, which cannot be explained away as the result of the play of light and shadow, thus bear similarities to the facilities and structures on the shores of Lake Titicaca. In this they not only support my suggestion that they are the remains of structures put up by the same visitors—the An-

Plate H

unnaki—they also offer a hypothesis for explaining their pur- pose and possible function. This conclusion is further supported by features that can be seen in the Utopia area: a pentagonal structure (enhanced NASA frame 086-A-07) and a “runway” next to what some deem evidence of mining (NASA frame O86-A-O8)—Plates I and J.

The spaceports of the Anunnaki on Earth, judging by Su- merian and Egyptian records, consisted of a Mission Control Center, Landing Beacons, an underground silo, and a large, flat plain whose natural surface served as runways. The Mission Control Center and certain Landing Beacons were some dis- tance away from the spaceport proper where the runways were situated; when the spaceport was in the Sinai Peninsula, Mis- sion Control Center was in Jerusalem and the Landing Beacons were in Giza, Egypt (the underground silo in the Sinai is de- picted in Egyptian tomb drawings—-see vignette at end of this chapter—and was destroyed by nuclear weapons in 2024 B.C.). In the Andes, the Nazca lines, I believe, represent the visual

Plate I

evidence for the use of that perfect, arid plain as runways for space shuttle takeoffs and landings. The inexplicable criss- crossing lines on the surface of Mars, the so called “tracks” (see Fig. 81) could well represent the same kind of evidence. There are also what appear to be true tracks on the Martian surface. From the air they look like the markings made by a pointed object on a linoleum floor, more or less straight “scratches” left on the Martian plain. These markings have been explained away as geological features, that is, natural cracks in the Martian surface. But as can be seen in NASA frame 651-A-06 (Plate K), the “cracks,” or tracks, appear to lead from an elevated structure of a geometric design with

Plate J

straight sides and pierlike “teeth” on one side—a structure now mostly buried under windblown sands—to the shores of what evidently was once a lake. Other aerial photographs (Fig.

90) show some tracks on an escarpment above the great canyon in the Valles Marineris near the Martian equator; these tracks

not only follow the contours of the terrain but also crisscross

each other in a pattern that could hardly be natural.

It has been pointed out that if an alien spacecraft were to

search for signs of life on Earth in areas of the Earth’s surface

outside the cities, what would give away the presence of in-

telligent beings on Earth would be the tracks we call “roads” and the rectilinear patterns of agricultural lands. NASA itself has supplied what might amount to evidence of deliberate ag- ricultural activity on Mars. Frame 52-A-35 (Plate L) shows a

Plate K

series  of  parallel  grooves  resembling  contoured  farmland—as one would find in the high mountains of Peru’s Sacred Valley. The  photo  caption  prepared  by  the  NASA  News  Center  in Pasadena. California, when the photograph was released on August 18, 1976, stated thus:

Peculiar geometric markings, so regular that they appear almost artificial can be seen in this Mars picture taken by Viking Orbiter 1 on August 12 from a range of 2053 kilometers (1273 miles).

The contoured markings are in a shallow depression or basin, possibly formed by wind erosion. The markings—

about one kilometer (one-half mile) from crest to crest— are low ridges and valleys and may be related to the same erosion process.

The parallel contours look very much like an aerial view of plowed ground.

meaning conveyed information regarding the named person or object. One epithet for Mars was Simug, meaning “smith,” honoring the god Nergal with whom the planet was associated in Sumerian times. A son of Enki, he was in charge of African domains that included the gold-mining areas. Mars was also called UTU.KA.GAB.A, meaning ”Light Established at the Gate of the Waters,” which can be interpreted either as its position next to the asteroid belt that separated the Lower Waters from the Upper Waters, or as a source of water for the astronauts as they passed beyond the more hazardous and less hospitable giant planets Saturn and Jupiter.

Even more interesting are Sumerian planetary lists that de- scribe the planets as the Anunnaki passed them during a space

journey  to  Earth.  Mars  was  called  MUL  APIN—”Planet

Where the- Right Course is Set.” It was so named also on an

amazing circular tablet which copied nothing less than a route

map for the journey from Nibiru to Earth by Enlil, graphically

showing the “right turn” at Mars.

Even more enlightening as to what role Mars, or the space facilities upon it, had played in the journeys of the Anunnaki to Earth is the Babylonian text concerning the Akitu festival. Borrowed from ancient Sumerian traditions, it outlined the rituals and symbolic procedures during the ten days of the New Year ceremonies. In Babylon the principal deity who took over

the supremacy from the earlier ones was Marduk; part of the transfer of the supremacy to him was the renaming by the Babylonians of the Planet of the Gods from the Sumerian Nibiru to the Babylonian Marduk.

The Akitu ceremonies included a reenactment by Marduk of the voyages of the Anunnaki from Nibiru/Marduk to Earth.

Each planet passed on the way was symbolized by a way station along the course of the religious processions, and the epithet for each planet or way station expressed its role, appearance, or special features. The station/planet Mars was termed “The Traveler’s Ship,” and I have taken it to mean that it was at Mars that the astronauts and cargo coming from Nibiru trans-

ferred to smaller spacecraft in which they were transported to Earth (and vice versa), coming and going between Mars and Earth not once in three thousand six hundred years but on a more frequent schedule.  Nearing Earth, these transporters

linked up with the Earth orbiting station(s) manned by the Igigi; the actual landing on and takeoff from Earth were performed by smaller shuttlecraft that glided down to the natural “run- ways’ ” and took off by soaring upward as they increased power.

Planners of the forthcoming steps into space by Mankind envision almost the same sequence of different vehicles as the best way to overcome the constraints of Earth’s gravity, making use of the weightlessness of the orbiting station and the lower gravity of Mars (and, in their plans, also of the Moon). In this, once again, modern science is only catching up with ancient knowledge.

Coupled with these ancient texts and depictions, the pho- tographic data from the surface of Mars, and the similarities between the Martian structures and those on Earth erected by the Anunnaki all lead to one plausible conclusion:

Mars, some time in its past, was the site of a space base.

And there is also evidence suggesting that the ancient space

base has been reactivated—in our very own time, in these very days.

A DRAWING THAT DREW ATTENTION

When the Egyptian viceroy Huy died, his tomb was  dec- orated with scenes of his life and work as governor of Nubia and the Sinai during the reign of the renowned Pharaoh Tut- Ankh-Amen. Among the drawings was that of  a  rocketship with its shaft in an underground silo and its conical command module above ground, among palm trees and giraffes.

The drawing, which was reproduced in The 12th Planet together with a comparable Sumerian pictograph of  a  space- craft that designated the Anunnaki, caught the eye  of Stuart

W. Greenwood, an aerospace engineer then conducting re- search for NASA. Writing in Ancient Skies (July-August 1977), a publication of the Ancient Astronaut Society, he found in the  ancient  drawing  aspects  indicating  knowledge of a sophisticated technology and drew attention in particular to four “highly suggestive features”: (1) The “airfoil cross- section surrounding the rocket,” which appears  suitable  for “the walls of a duct used for the development of thrust”;

A       Space       Base       on       Mars 271

(2) The rocket  head  above  ground,  ‘”reminiscent  of  the Gemini space capsule even to the  appearance  of  the  windows and (3) the charred surface and blunt end”; and (4) The unusual spike, which is  like  spikes  tested  by  NASA  for reducing the drag on the space capsule without success,  but which in the drawing suggests it was retractable  and  thus could overcome the  overheating  problem  that  NASA  was unable to solve.

He estimated that “if the relative locations  of  the  rocket- head and shaft shown in the drawing are those applying during  operation  within  the  atmosphere,  the  inclined  shock wave from the nose of  the  rockethead  would  touch  the  duct ‘lip’ at about Mach-3 (3 times the speed of sound).”

12

PHOBOS: MALFUNCTION OR STAR WARS INCIDENT?

On October 4, 1957, the Soviet Union launched Earthlings’ first artificial satellite. Sputnik 1, and set Mankind on a road that has led Man to the Moon and his spacecraft to the edge of the Solar System and beyond.

On July 12, 1988, the Soviet Union launched an unmanned spacecraft called Phobos 2 and may have provided Mankind with its first Star Wars incident—not the “Star Wars” nick- name of America’s Strategic Defense Initiative (SDI), but a war with people from another world.

Phobos 2 was one of two unmanned satellites, the other being Phobos 1, that were set off from Earth in July 1988, headed toward the planet Mars. Phobos 1, reportedly because of a radio command error, was lost two months later. Phobos 2 arrived safely at Mars in January 1989 and entered into orbit around Mars as the first step at its destination toward its ultimate goal-—to transfer to an orbit that would make it fly almost in tandem with the Martian moonlet called Phobos (hence the spacecraft’s name) and explore the moonlet with highly so- phisticated equipment that included two packages of instru- ments to be placed on the moonlet’s surface.

All went well until Phobos 2 aligned itself with Phobos, the Martian moonlet. Then, on March 28, 1989, the Soviet mission

control  center  acknowledged  sudden  communication  “prob-

lems” with the spacecraft; and Tass, the official Soviet news

agency, reported that “Phobos 2 failed to communicate with

Earth  as  scheduled  after  completing  an  operation  yesterday

around the Martian moon Phobos. Scientists at mission control

have been unable to establish stable radio contact.”

These  admissions  left  the  impression  that  the  problem  was

not incurable and were accompanied by assurances that mission

272

control scientists were engaged in maneuvers to reestablish contact with the spacecraft. Soviet space program officials as well as many Western specialists were aware that the Phobos mission represented an immense investment in terms of fi- nance, planning, effort, and prestige. Although launched by the Soviets, the mission in reality represented an international effort on an unprecedented scale, with more than thirteen Eu- ropean countries (including the European Space Agency and major French and West German scientific institutions) partic- ipating officially and British and American scientists partici- pating “personally” (with their governments1 knowledge and blessing). It was thus understandable that the “problem” was at first represented as a break in communications that could be overcome in a matter of days. Soviet television and press re- ports played down the seriousness of the occurrence, empha- sizing that attempts were being made to reestablish links with the spacecraft. In fact, American scientists associated with the program were not officially informed of the nature of the prob- lem and were led to believe that the communications break- down was caused by the malfunction of a low-power backup transmitting unit that had been in use since the principal trans- mitter had failed earlier.

But on the next day, while the public was still being reas- sured that a resumption of contact with the spacecraft was achievable, a high-ranking official at Glavkosmos, the Soviet

space agency, hinted that there indeed was no such hope. “Phobos 2 is ninety-nine percent lost for good,” Nikolai A. Simyonov said; on that day, his choice of words —not that contact with the spacecraft was lost but that the spacecraft itself was “lost for good”—was not paid any particular heed.

On March 30, in a special report from Moscow to The New

York Times, Esther B. Fein mentioned that Vremya, the main evening news program on Soviet television, “rapidly rattled off the bad news about Phobos” and focused its report instead on the successful research the spacecraft had already accom- plished. Soviet scientists appearing on the program “displayed some of the space images, but said it was still not clear what

clues they offered to understanding Mars, Phobos, the Sun and interplanetary space.”

What “images” and what “clues” were they talking about?

This  became  clearer  the  following  day,  when  reports  pub- lished in the European press (but for some reason not in the

U.S. media) spoke of an “unidentified object” that was seen

“in the final pictures taken by the spaceship,” which showed an “inexplicable” object or “elliptical shadow” on Mars.

This was an avalanche of puzzling words out of Moscow!

The Spanish daily La Epoca, for example (Fig. 92), head-

lined  the  dispatch  by the  Moscow  correspondent  of  the  Eu-

ropean news agency EFE “Phobos 2 Captured Strange Photos

of Mars Before Losing Contact With Its Base.” The text of the dispatch, in translation, read as follows:

The TV newscast “Vremya” revealed yesterday that the space probe Phobos 2, which was orbiting above  Mars when Soviet scientists lost contact with it  on Monday, had photographed an unidentified object on the Martian surface seconds before losing contact.

The TV broadcast devoted a long segment to the strange pictures taken by the spaceship before losing contact, and

Figure 92

showed the two most important pictures, in which a large shadow is visible in one of the pictures and in the other.

Scientists characterized the final picture taken by the spaceship, in which the thin ellipse can be clearly seen, as “inexplicable.”

The phenomenon, it was stated, could not be an optical illusion because it was captured with the same clarity both by color cameras as well as by cameras taking infrared

images.

One of the members of the Permanent Space Commis- sion who had worked around the clock to reestablish con- tact with the lost space probe stated on Soviet television that in the opinion of the commission’s scientists the object “looked like a shadow on the surface of Mars.”

According to calculations by researchers from the So- viet Union the “shadow” that the last photo taken by Phobos 2 shows is some twenty kilometers [about 12.5 miles] long.

A few days earlier, the spaceship had already recorded

an identical phenomenon, except that in that instance the “shadow” was between twenty-six to thirty kilometers [about 16 to 19 miles] long.

The reporter from “Vremya” asked one of the members of the special commission if the shape of the “phenom- enon” didn’t suggest to him a space rocket, to which the

scientist    responded,    “This    is    to     fantasize.” [Here follow details of the mission’s original assign- ments.)

Needless to say, this is an amazing and literally “out of this world” report that raises as many questions as it answers. The loss of contact with the spacecraft was associated, by impli- cation if not in so many words, with the observation by the spacecraft of “an object on the Martian surface seconds be- fore.” The culprit “object” is described as “a thin ellipse” and is also called “a phenomenon” as well as “a shadow.” It was observed at least twice—the report does not state whether in the same location on the surface of Mars—and is capable of changing its size: the first time it was about 12,5 miles long; the second and fatal time, about 16 to 19 miles long. And when the “Vremya” reporter wondered whether it

was a “space rocket,” the scientist responded, “This is to fantasize.” So, what was—or is—it?

The authoritative weekly Aviation Week & Space Technol-

ogy, in its issue of April 3, 1989, printed a report of the incident based on several sources in Moscow, Washington, and Paris (the authorities in the last being deeply involved because an equipment malfunction would have reflected badly on the French contribution to the mission, whereas an “act of God” would exonerate the French space industry). The version given

AW&ST treated the occurrence as a “communications prob- lem” that remained unresolved in spite of a week of attempts to “re-establish contact.” It included the information that pro- gram officials at the Soviet Space Research Institute in Moscow said that the problem occurred “after an imaging and data- gathering session,” following which Phobos 2 had to change

the orientation of its antenna. “The data-gathering segment itself apparently proceeded as planned, but reliable contact with Phobos 2 could not be established afterward.” At the time, the spacecraft was in a near-circular orbit around Mars and in the phase of “final preparations for the encounter with Phobos” (the moonlet).

While this version attributed the incident to a “loss-of-com- munications” problem, a report a few days later in Science (April 7, 1989) spoke of “the apparent loss of Phobos 2″— loss of the spacecraft itself, not just of the communications link with it. It happened, the prestigious journal stated, “on 27 March as the spacecraft turned from its normal alignment

with Earth to image the tiny moon Phobos that was the primary mission target. When it came time for the spacecraft to turn itself and its antenna automatically back toward Earth, nothing was heard.”

The journal then continued with a sentence that remains as inexplicable as the whole incident and the “thin ellipse” on

the surface of Mars. It states:

A few hours later, a weak transmission was received, but controllers could not lock onto the signal. Nothing was heard during the next week.

Now, as a rereading of all the previous reports and statements will confirm, the incident was described as a sudden and total

loss of the “communications link.” The reason given was that the spacecraft, having turned its antennas to scan Phobos, failed to turn its antenna back toward Earth due to some un- known reason. But if the antenna remained stuck in a position facing away from Earth, how could “a weak transmission” be received “a few hours later”? And if the antenna did in fact turn itself back toward Earth properly, what caused the abrupt silence for several hours, followed by the transmission of a signal too weak to be locked onto?

The question that arises is indeed a simple one: Was the spacecraft Phobos 2 hit by “something” that put it out of commission, except for a last gasp in the form of a weak signal hours later?

There was one more report, from Paris, in AW&ST of April

10, 1989. Soviet space scientists, it said, suggested that Phobos 2 “did not stabilize itself on the proper orientation to have the high-gain antenna pointing earthward.” This obviously puz- zled the editors of the magazine because, its report said, the Phobos2 spacecraft was “three-axis stabilized” by technology developed for the Soviet Venera spacecraft, which had per-

formed perfectly on Venus missions.

The mystery thus is, what caused the spacecraft to destabilize

itself? Was it a malfunction, or was there an extraneous cause—

perhaps an impact?

The weekly’s French sources provided this tantalizing detail:

One controller at the Kaliningrad control center said the limited signals received after conclusion of the imaging session gave him the impression he was “tracking a spin- ner.”

Phobos 2, in other words, acted as if it was in a spin.

Now, what was Phobos 2 “imaging” when the incident occurred? We already have a good idea from the “Vremya” and European press agency reports. But here is what the AW&ST report from Paris states, quoting Alexander Dunayev, chairman of the Soviet Glavkosmos space administration:

One image appears to include an odd-shaped object be- tween the spacecraft and Mars. It may be debris in the orbit of Phobos or could be Phobos 2’s autonomous pro-

pulsion sub-system that was jettisoned after the spacecraft was injected into Mars orbit—we just don’t know.”

This statement must have been made with quite a tongue- in-cheek attitude. The Viking orbiters left no debris in Mars orbit, and we know of no other “debris” resulting from Earth- originated activities. The other “possibility,” that the object orbiting Mars between the planet and the spacecraft Phobos 2 was a jettisoned part of the spacecraft, can be readily dismissed once one looks at the shape and structure of Phobos 2 (Fig. 93); none of its parts had the shape of a “thin ellipse.” More- over, it was disclosed on the “Vremya” program that the “shadow” was 12.5, 16, or 19 miles long. Now, it is true that an object can throw a shadow much longer than itself, de- pending on the angle of sunlight; still, a part of Phobos 2 that was only a few feet in length could hardly throw a shadow measured in miles. Whatever had been observed was neither debris nor a jettisoned part.

At the time I wondered why the official speculation omitted what was surely the most natural and believable third possi- bility, that what had been observed was indeed a shadow—

but the shadow of Phobos, the Martial moonlet itself. It has

Figure 93

most often been described as “potato-shaped” (Fig. 94) and measures about seventeen miles across—just about the size of the “shadow” mentioned in the initial reports. In fact. I re- called seeing a Mariner 9 photograph of an eclipse on Mars caused by the shadow of Phobos. Couldn’t that be, I thought, what the fuss was all about, at least regarding the “apparition,” if not what had caused the spacecraft, Phobos 2, to be lost? The answer came about three months later. Pressed by their international participants in the Phobos missions to provide more definitive data, the Soviet authorities released the taped television transmission Phobos 2 sent in its last moments—

Figure 94

except for the last frames, taken just seconds before the space- craft fell silent. The television clip was shown by some TV stations in Europe and Canada as part of weekly “diary” pro- grams, as a curiosity and not as a hot news item.

The television sequence thus released focused on two an- omalies. The first was a network of straight lines in the area of the Martian equator; some of the lines were short, some longer, some thin, some wide enough to look like rectangular shapes “embossed” in the Martian surface. Arranged in rows parallel to each other, the pattern covered an area of some six hundred square kilometers (more than two hundred thirty square miles). The “anomaly” appeared to be far from a nat- ural phenomenon.

The television clip was accompanied by a live comment by Dr. John Becklake of England’s Science Museum. He de- scribed the phenomenon as very puzzling, because the pattern seen on the surface of Mars was photographed not with the spacecraft’s optical camera but with its infrared camera—a camera that takes pictures of objects using the heat they radiate, and not by the play of light and shadow on them. In other words, the pattern of parallel lines and rectangles covering an area of almost two hundred fifty square miles was a source of heat radiation. It is highly unlikely that a natural source of heat radiation (a geyser or a concentration of radioactive minerals under the surface, for example) would create such a perfect geometric pattern. When viewed over and over again, the pat- tern definitely looks artificial; but what it was, the scientist said, “I certainly don’t know.”

Since no coordinates for the precise location of this “anom- alous feature” have been released publicly, it is impossible to judge its relationship to another puzzling feature on the surface of Mars that can be seen in Mariner 9 frame 4209-75. It is

also located in the equatorial area (at longitude 186.4) and has been described as “unusual indentations with radial arms pro- truding from a central hub” caused (according to NASA sci- entists) by the melting and collapse of permafrost layers. The design of the features, bringing to mind the structure of a modern airport with a circular hub from which the long struc-

tures housing the airplane gates radiate, can be better visualized when the photograph is reversed (showing depressions as pro- trusions—Fig. 95).

Figure 95

We now come to the second “anomaly” shown on the tele- vision segment. Seen on the surface of Mars was a clearly defined dark shape that could indeed be described, as it was in the initial dispatch from Moscow, as a “thin ellipse” (Plate N is a still from the Soviet television clip). It was certainly different from the shadow of Phobos recorded eighteen years earlier by Mariner 9 (Plate O). The latter cast a shadow that was a rounded ellipse and fuzzy at the edges, as would be cast by the uneven surface of the moonlet. The “anomaly” seen in the Phobos 2 transmission was a thin ellipse with very sharp rather than rounded points (the shape is known in the diamond trade as a “marquise”) and the edges, rather than being fuzzy.

Plate N

stood out sharply against a kind of halo on the Martian surface. Dr. Becklake described it as “something that is between the spacecraft and Mars, because we can see the Martian surface below it,” and stressed that the object was seen both by the optical and the infrared (heat-seeking) camera.

All these reasons explain why the Soviets have not suggested that the dark, “thin ellipse” might have been the shadow of the moon let.

While the image was held on the screen, Dr. Becklake ex-

plained that it was taken as the spacecraft was aligning itself with Phobos (the moonlet). “As the last picture was halfway through,” he said, “they [Soviets] saw something which should not be there.” The Soviets, he went on to state, “have not yet released this last picture, and we won’t speculate on what it shows.”

Since the last frame or frames have not yet been publicly released even a year after the incident, one can only speculate, surmise, or believe rumors, according to which the last frame,

Plate O

halfway through its transmission, shows the “something that should not be there” rushing toward Phobos 2 and crashing into it, abruptly interrupting the transmission. Then there was, according to the reports mentioned earlier, a weak burst of transmission some hours later, too garbled to be clear. (This report, incidentally, belies the initial explanation that the space- craft could not turn its antennas back to an Earth-transmitting position).

In the October 19, 1989 issue of Nature, Soviet scientists published a series of technical reports on the experiments Pho- bos 2 did manage to conduct; of the thirty-seven pages, a mere three paragraphs deal with the spacecraft’s loss. The report confirms that the spacecraft was spinning, either because of a

computer malfunction or because Phobos 2 was “impacted” by an unknown object (the theory that the collision was with “dust particles” is rejected in the report).

So what was it that collided or crashed into Phobos 2, the “something that should not be there”? What do the last frame

or frames, still secret, show? In his careful words to AW&ST, the chairman of the Soviet equivalent of NASA referred to that last frame when he tried to explain the sudden loss of contact, saying,

“One image appears to include an odd-shaped object be- tween the spacecraft and Mars.”

If not “debris,” or “dust,” or a “jettisoned part of Phobos 2,” what was the “object” that all accounts of the incident now admit collided with the spacecraft—an object with an impact strong enough to put the spacecraft into a spin, an object whose image was captured by the last photographic frames?

“We just don’t know,” said the chief of the Soviet space program.

But the evidence of an ancient space base on Mars and the

odd-shaped “shadow” in its skies add up to an awesome con- clusion: What the secret frames hide is evidence that the loss of Phobos 2 was not an accident but an incident.

Perhaps the first incident in a Star Wars—the shooting down by Aliens from another planet of a spacecraft from Earth in- truding on their Martian base.

Has it occurred to the reader that the Soviet space chief’s answer, “We just don’t know” what the “odd-shaped object between the spacecraft and Mars” was, is tantamount to calling it a UFO—an Unidentified Flying Object?

For decades now, ever since the phenomenon of what was first called Flying Saucers and later UFOs became a worldwide

enigma, no self-respecting scientist would touch the subject even with a ten foot pole—except, that is, to ridicule the phenomenon and whoever was foolish enough to take it seri- ously.

The “modern UFO era,” according to Antonio Huneeus, a science writer and internationally known lecturer on UFOs, began on June 24, 1947, when Kenneth Arnold, an American pilot and businessman, sighted a formation of nine silvery disks flying over the Cascade Mountains in the state of Washington. The term “Flying Saucer” that then came into vogue was based on Arnold’s description of the mysterious objects.

Phonos: Malfunction or Star Wars Incident?     285 While the “‘Arnold incident” was followed by alleged sight-

ings across the United States and other parts of the world, the

UFO case deemed most significant and one still discussed (and

dramatized on television) is the alleged crash of an “alien spacecraft” on July 2, 1947—a week after the Arnold sight- ing—on a ranch near Roswell, New Mexico. That evening a bright, disk-shaped object was seen in the area’s skies; the next day a rancher, William Brazel, discovered scattered wreckage in  his  field  northwest  of  Roswell.  The  wreckage  and  the

“metal” of which it was made looked odd, and the discovery was reported to the nearby Army Air Corps base at Roswell Field (which then had the world’s only nuclear-weapons squad- ron.) Major Jesse Marcel, an intelligence officer, together with an officer from the counterintelligence corps, went to examine the debris. The pieces, engineered in various shapes, looked

and felt like balsa wood but were not wood; they would neither burn nor bend, no matter how the investigators tried. On some beam-shaped pieces there were geometric markings that were later referred to as “hieroglyphics.” On returning to the base, the officer in charge instructed the base’s public relations officer to notify the press (in a release dated July 7, 1947) that AAF

personnel had retrieved parts of a “crashed flying saucer.” The release made headline news in The Roswell Daily Record (Fig. 96) and was picked up by a press wire service in Al- buquerque, New Mexico. Within hours a new official state- ment, superseding the first, claimed instead that the debris was part  of  a  fallen  weather  balloon.  Newspapers  printed  the  re-

traction; and, according to some reports, radio stations were ordered to stop broadcasting the first version by being told, “Cease transmission. National security item. Do not trans- mit.”

In spite of the revised version and ensuing official denials of  any  “flying  saucer”  incident  at  Roswell,  many  of  those

personally involved in that incident persist, to this very day, in adhering to the first version. Many also assert that at a nearby crash site of another “flying saucer” (in an area west of So- corTo, New Mexico), civilian witnesses had seen not only the wreckage but also several bodies of dead humanoids. These bodies, as well as bodies allegedly of “aliens” who crashed

after these two events, have been variously reported to have

Figure 96

undergone examination at Wright-Patterson Air Force Base in Ohio. According to a document known in UFO circles as MJ-

12  or  Majestic-12  (the  two,  some  claim,  are  not  identical),

President Truman formed, in September, 1947, a blue-ribbon,

top-secret committee to deal with the Roswell and related in-

cidents, but the authenticity of this document remains unver- ified. What is known for a fact is that Senator Barry Goldwater, who either chaired or was a senior member of U.S. Senate committees on Intelligence, Armed Services, Tactical Warfare, Science, Technology, and Space and others with a bearing on the subject, was repeatedly refused admission to a so-called

Blue Room at that air base. “I have long ago given up acquir- in g access to th e so-called blu e ro om  at  Wri ght – Patterson, as I have had one long string of denials from chief after chief,” he wrote to an inquirer in 1981. “This thing has gotten so highly classified … it is just impossible to get any- thing on it.”

Reacting to continued reporting of UFO sightings and unease about excessive official secrecy, the U.S. Air Force conducted several investigations of the UFO phenomenon through such

projects as Sign, Grudge, and Blue Book. Between 1947 and 1969 about thirteen thousand reports of UFOs were  investi- gated, and they were by and large dismissed as natural phe- nomena, balloons, aircraft, or just imagination. Some seven hundred sightings, however, remained  unexplained.  In  1953, the U.S. Central Intelligence Agency’s Office of Scientific Intelligence convened a panel of scientists and government officials. Known as the Robertson Panel, the group spent a total of twelve hours viewing UFO films and studying case histories and other information and found that “reasonable explanations could be suggested for most sightings.” The evi- dence presented, it was reported, showed how the remaining cases could not be explained by probable causes, “leaving ‘extra-terrestrials’ as the only remaining explanation in many cases,” although, the panel noted, “present astronomical knowledge of the solar system makes the existence of intelli- gent beings. . . elsewhere than on the Earth extremely un- likely.”

While  official  “debunking”  of  UFO  reports  continued  (an- other investigation along the same lines and with similar con-

clusions was the officially commissioned Scientific Study of Unidentified Flying Objects by the University of Colorado, conducted from 1966 to 1969), the number of sightings and “encounters” continued to rise, and civilian amateur investi- gative groups have sprung up in numerous countries. The en- counters  are  now  classified  by  these  groups;  those  of  the

“second kind” are instances where physical evidence (landing markings or interference with machinery) is left behind by the UFOs; and those of the “third kind,” where  contact  takes place with the UFO’s occupants.

Descriptions  of  the  UFOs  once  were  varied,  from  “flying saucers” to “cigar-shaped.” Now most describe them as cir-

cular in construction and, when landing, as resting on three or four extended legs. Descriptions of the occupants also are more uniform: “humanoids” three to four feet tall, with large, hair- less heads and very big eyes (Fig. 97a, b). According to a purported eye-witness report by a military intelligence officer who saw “recovered UFOs and alien bodies” at a “secret base

in Arizona,” the humanoids “were very, very white;  there were no ears, no nostrils. There were only openings: a very

i

Figure 97

small mouth and their eyes were large. There was no facial hair, no head hair, no pubic hair. They were nude. I think the tallest one could have been about three-and-a-half feet, maybe a little taller.” The witness added that he saw no genitals and no breasts, although some humanoids looked male and some female.

The multitude of people reporting sightings or contacts come from every geographical or occupational background. President Jimmy Carter, for example, disclosed in a campaign speech in 1976 that he had seen a UFO. He moved to “make every piece  of  information  this  country  has  about  UFO  sightings

available to the public and the scientists”; but for reasons that were never given, his campaign promise was not kept.

Besides the official U.S. policy of “debunking” UFO re- ports, what has irked UFO believers in the United States is the official tendency to give the impression that government agen- cies  have  lost  interest  even  in  investigating  UFO  reports,

whereas it has repeatedly come to light that this or that agency, including NASA, is keeping a close eye on the subject. In the Soviet Union, on the other hand, the Institute of Space Research published in 1979 an analysis of ‘ ‘Observations of Anomalous

Atmospheric Phenomena in the USSR” (“‘anomalous atmo- spheric phenomena” is the Russian term for UFOs), and in 1984 the Soviet Academy of Sciences formed a permanent commission to study the phenomena. On the military side, the subject came under the jurisdiction of the GRU (Chief Intel- ligence Directorate of the Soviet General Staff); its orders were to discover whether UFOs were “secret vehicles of foreign powers,” unknown natural phenomena, or “manned or un- manned extraterrestrial probes engaged in the investigation of Earth.”

Numerous reported or purported sightings in the Soviet Union included some by Soviet cosmonauts. In September 1989, the Soviet authorities took the significant step of having Tass, the official news agency, report a UFO incident in the city of Voronezh in a manner that made front pages worldwide;

in spite of the usual disbelief, Tass stood by its story.

The French authorities have also been less “debunkative”

(to coin a word) than U.S. officials. In 1977 the French Na-

tional Space Agency (CNES), headquartered in  Toulouse, es-

tablished  the  Unidentified Aerospace Phenomena  Study Group

(GEPAN); it was recently renamed the Service d’Expertise des

Phenomenes de Rentree Atmospherique, with the same task of following up and analyzing UFO reports. Some of the more celebrated UFO cases in France included follow-up analyses of the sites and soils where the UFOs were seen to have landed, and the results showed the “presence of traces for which there is  no  satisfactory  explanation.”  Most  French  scientists  have

shared the disdain of their colleagues from other countries for the subject, but among those who did get involved and voiced an opinion, the consensus has been to see in the phenomena “a manifestation of the activities of extraterrestrial visitors.”

In Great Britain, the veil of secrecy over the UFO phenom- enon has held tight in spite of such efforts as the inquiring

UFO Study Group of the House of Lords initiated by the Earl of Clancarty (a group I had the privilege to address in 1980). The British experience, as well as that of many other countries, is reported in some detail in Timothy Good’s book Above Top Secret (1987). The wealth of documents quoted or reproduced in Good’s book leads to the conclusion that at first the various

governments “covered up” their findings because UFOs were

suspected of being advanced aircraft of another superpower, and admission of the enemy’s superiority was not in the national interest. But once the extraterrestrial nature of the UFOs be- came the primary guess (or knowledge), the memory of such panics as was caused by Orson Welles” “War of the Worlds’1 radio broadcast was used as the rationale for what so many UFO enthusiasts call a cover up.

The real problem many have with UFOs is the lack of a cohesive and plausible theory to explain their origin and pur- pose. Where do they come from? Why?

I myself have not encountered a UFO, to say nothing of being abducted and experimented upon by humanlike beings with elliptical heads and bulging eyes—incidents  witnessed and experienced, if such claims be true, by many others. But when asked for my opinion, whether I “believe in UFOs,” 1 sometimes answer by telling a story. Let us imagine, 1 say to the people in the room or the auditorium in which I am speak- ing, that the entrance door is thrust open and a young man bursts in, breathless from running and obviously agitated, who ignores the proceedings and just shouts, “You wouldn’t believe what happened to me!” He then goes on to relate that he was out in the countryside hiking, that it was getting dark and he was tired, that he found some stones and put his knapsack on them as a cushion, and that he fell asleep. Then he was suddenly awakened, not by a sound but by bright lights. He looked up and saw beings going up and down a ladder. The ladder led skyward, toward a hovering, round object. There was a door- way in the object through which light from inside shone out. Silhouetted against the light was the commander of the beings. The sight was so awesome that our lad fainted. When he came to, there was nothing to be seen. Whatever had been there was gone.

Still excited by his experience, the young man finishes the story by saying he was no longer sure whether what he had seen was real or just a vision, perhaps a dream. What do we think? Do we believe him?

We should believe him if we believe the Bible, I say, because

what I had just related is the tale of Jacob’s vision as told in Genesis, chapter 7. Though it was a vision seen in a dreamlike trance, Jacob was certain that the sight was real, and he said,

Phonos: Malfunction or Star Wars Incident?     291 Surely Yahweh is present in this place,

and I knew it not. . . .

This is none other but an abode of the gods,

and this is the gateway to heaven.

I once pointed out at a conference where other speakers delved into the subject of UFOs that there is no such thing as Unidentified Flying Objects. They are only unidentified or unexplainable by the viewer, but those who operate them know very well what they are. Obviously, the hovering craft that Jacob saw was readily identified by him as belonging to the Elohim, the plural gods. What he did not know, the Bible makes clear, was only that the place where he had slept was one of their lift-off pads.

The biblical tale of the heavenward ascent of the Prophet Elijah describes the vehicle as a Fiery Chariot. And the Prophet Ezekiel, in his well-documented vision, spoke of a celestial or airborne vehicle that operated as a whirlwind and could land

on four wheeled legs.

Ancient depictions and terminology show that a distinction

was made even then between the different kinds of flying ma-

chines and their pilots. There were the rocketships (Fig. 98a)

that served as shuttle craft and the orbiters, and we have already

seen what the Anunnaki astronauts and the orbiting Igigi looked

like. And there were the “whirlbirds” or “sky chambers” that we now call VTOLs (Vertical Take-Off and Landing aircraft) and helicopters; how these looked in antiquity is depicted in a mural at a site on the east side of the Jordan, near the place from which Elijah was carried heavenward (Fig. 98b). The goddess Inanna/Ishtar liked to pilot her own “sky chamber,”

at which time she would be dressed like a World War I pilot (Fig. 98c).

But other depictions were also found—clay figurines of hu- man-looking beings with elliptical heads and large, slanting eyes (Fig. 99)—an unusual feature of whom was their bi- sexuality (or lack of it): their lower parts depicted the male

member overlaid or dissected by the opening of a female va- gina.

Now, as one looks at the drawings of the “humanoids” by those who claim to have seen the occupants of UFOs, it is

Figure 98

obvious they do not look like us—which means they do not look like the Anunnaki. Rather, they look like the odd hu- manoids depicted by the ancient figurines.

This similarity may hold an important clue to the identity of the small creatures with smooth skins, no sex organs, no hair, elliptical heads, and large odd eyes that are supposed to be operating the purported UFOs. If the tales be true, then what the “contactees” have seen are not the people, the in- telligent beings, from another planet—but their anthropoid robots.

And if even a tiny percentage of the reported sightings is true, then the relatively large number of alien craft visiting Earth in recent times suggests that they could not possibly come, in such profusion and frequency, from a distant planet. If they come, they must come from somewhere relatively close

by.

And the only plausible candidate is Mars—and its moonlet

Phobos.

Figure 99

The reasons for the use of Mars as a jumping-off base for spacemen’s visits to Earth should be clear by now. The evi- dence for my suggestion that Mars had served in the past as a space base for the Anunnaki has been presented. The circum- stances in which Phobos 2 was lost indicate that someone is back there on Mars—someone ready to destroy what to them is an “alien” spacecraft. How does Phobos, the moonlet, fit into all this?

Simply put, it tits very well.

To understand why, we ought to backtrack and list the rea-

sons for the 1989 mission to Phobos. At present Mars has two

tiny satellites named Phobos and Deimos. Both are believed

to be not original moons of Mars but asteroids that were cap-

tured into Mars orbit. They are of the carbonaceous type (see

the discussion of asteroids in chapter 4) and therefore contain water in substantial amounts, mostly in the form of ice just under the moonlets’ surfaces. It has been proposed that with the aid of solar batteries or a small nuclear generator, the ice could be melted to obtain water. The water could then be

separated into oxygen and hydrogen, for breathing and as fuel. The hydrogen could also be combined with the moonlets” car- bon to make hydrocarbons. As do other asteroids and comets, these planetisimals contain nitrogen, ammonia, and other or- ganic molecules. All in all, the moonlets could become self- supporting space bases, the gift of nature.

Deimos would be less convenient for such a purpose. It is only nine by eight by seven miles in size and orbits some 15,000 miles away from Mars. The much larger Phobos (sev- enteen by thirteen by twelve miles) is only some 5,800 miles away from Mars—a short hop for a shuttlecraft or transporter from one to the other. Because Phobos (as does Deimos too) orbits Mars in the equatorial plane, Phobos can be observed from Mars (or observe goings on upon Mars), between the sixty fifth parallels north and south—a band that includes all the unusual and artificial-looking features on Mars except ” Inca City.” Moreover, because of its proximity, Phobos com- pletes about 3.5 orbits around Mars in a single Martian day— an almost constant presence.

Further recommending Phobos as a natural orbiting station around Mars is its minuscule gravity, compared with that of Earth and even of Mars. The power required for take-off from Phobos is no greater than that required to develop an escape velocity of fifteen miles an hour; conversely, very little power

is needed to brake for a landing on it.

These are the reasons the two Soviet spacecraft, Phobos 1

and 2, were sent there. It was an open secret that the mission

was a scouting expedition for the intended landing of a “robotic

rover” on Mars in 1994 and the launching of a manned mission

to Mars after that, with a view to establishing a base thereon

within the following decade. Prearrival briefings at mission control in Moscow revealed that the spacecraft carried equip- ment to locate “the heat-emitting areas on Mars” and to obtain “a better idea of what kind of life exists on Mars.” Although the provision, “if any,” was quickly added, the plan to scan both Mars and Phobos not only with infrared equipment but

also with gamma-ray detectors hinted at a very purposeful search.

After scanning Mars the two spacecraft were to turn their attention entirely to Phobos. It was to be probed by radar as well as by the infrared and gamma-ray scanners and was to be

photographed by three television cameras. Apart from such orbital scanning, the spacecraft were to drop two types of landers to the surface of Phobos: one, a stationary device that would have anchored itself to the surface and transmitted data over the long term; the other, a “hopper” device with springy legs that was meant to hop and skip about the moonlet and report its findings from all over it.

There were still other experiments in the bag of tricks of Phobos 2. It was equipped with an ion emitter and a laser gun that were to shoot their beams at the moonlet, stir up its surface

dust, pulverize some of the surface material, and enable equip- ment aboard the spacecraft to analyze the resultant cloud. At that point the spacecraft was to hover a mere 150 feet above Phobos, and its cameras were to photograph features as small as six inches.

What  exactly were the  mission planners expecting to dis-

cover at such close range? It must have been an important objective, because it later transpired that the “individual sci- entists” from the United States who were involved in the mis- sion’s planning and equipping included Americans with experience in Mars research whose roles were officially sanc- tioned by the United States government within the framework

of the improvement in U.S.-Soviet relations. Also, NASA had put at the mission’s disposal its Deep Space Network of radio telescopes which has been involved not only in satellite com- munications but also in the Search for Extraterrestrial Intelli- gence (SETI) programs; and scientists at the JPL in Pasadena, California, were helping track the Phobos spacecraft and mon-

itor their data transmissions. It also became known that the British scientists who were participating in the project were in fact assigned to the mission by the British National Space Centre.

With the French participation, guided by its National Space Agency in Toulouse; the input by West Germany’s prestigious

Max Planck Institute; and the scientific contributions from a dozen other European nations, the Phobos Mission was nothing short of a concerted effort by modern science to lift the veil from Mars and enlist it in Mankind’s course on the road to Space.

But was someone there, at Mars, who did not welcome this

intrusion?

296                                                      GENESIS REVISITED

lt is noteworthy that Phobos. unlike the smaller and smooth- surfaced Deimos, has peculiar features that have led some scientists in the past to suspect that it was artificially fashioned. There are peculiar “track marks” (Fig. 100) that run almost straight and parallel to each other. Their width is almost uni- form, some 700 to 1,000 feet, and their depth, too. is a uniform 75 to 90 feet (as far as could be measured from the Viking orbiters). The possibility that these “‘trenches,” or tracks, were caused by flowing water or by wind has been ruled out, since neither exist on Phobos. The tracks seem to lead to or from a crater that covers more than a third of the moonlet’s diameter and whose rim is so perfectly circular that it looks artificial (see Fig. 94).

What are these tracks or trenches, how did they come about, why do they emanate from the circular crater, and does the crater lead into the moonlet’s interior? Soviet scientists have thought that there was something artificial about Phobos in general, because its almost perfect circular orbit around Mars at such proximity to the planet defies the laws of celestial motion: Phobos, and to some extent Deimos, too, should have elliptical orbits that would have either thrown them off into space or made them crash into Mars a long time ago.

The implication that Phobos and Deimos might have been placed in Mars orbit artificially by “someone” seemed pre- posterous. In fact, however, the capture of asteroids and towing them to where they would stay in Earth orbit has been deemed a technologically achievable feat; so much so that such a plan was presented at the Third Annual Space Development Con- ference held in San Francisco in 1984. Richard Gertsch of the Colorado School of Mines, one of several  presenters  of  the plan, pointed out that “a startling variety of  materials  exist” out in space; “asteroids are particularly rich in strategic min- erals such as chromium, germanium and gallium.” “I believe that we have identified asteroids that are accessible and could be exploited,” stated another presenter, Eleanor F.  Helin  of JPL.

Have others, long ago, carried out ideas and plans that mod- ern science envisions for the future—bringing Phobos and Dei- mos, two captured asteroids, into orbit around Mars to burrow into their interiors?

In the 1960s it was noticed that Phobos was speeding up its

Phobos: Malfunction or Star Wars Incident?      297

Figure 100

orbit  around  Mars;  this  led  Soviet  scientists  to  suggest  that Phobos was lighter than its size warrants. The Soviet physicist

I.  S.  Shklovsky  then  offered  the  astounding  hypothesis  that Phobos was hollow.

298                        GENESIS REVISITED

Other Soviet writers then speculated (hat Phobos was an “artificial satellite” put into Mars orbit by “an extinct race of humanoids millions of years ago.” Others ridiculed the idea of a hollow satellite and suggested that Phobos was accelerating because it is drifting closer to Mars. The detailed report in Nature now includes the finding that Phobos is even less dense than has been thought, so that its interior is either made of ice or is hollow.

Were a natural crater and interior faults artificially enlarged and carved out by “someone” to create inside Phobos a shelter,

shielding its occupants from the cold and radiation of space? The Soviet report does not speculate on that; but what it says regarding the “tracks” is illuminating. It calls them “grooves,” reports that their sides are of a brighter material than the moonlet’s surface, and, what is indeed a revelation, that in the area west of the large crater, “new grooves can be

identified”—-grooves or tracks that were not there when Mar- iner 9 and the Vikings took pictures of the moonlet.

Since there is no volcanic activity on Phobos (the crater in its natural shape resulted from meteorite impacts, not volcan- ism), no wind storms, no rain, no flowing water-—how did the new grooved tracks come about? Who was there on Phobos

(and thus on Mars) since the 1970s? Who is on it now?

For, if there is no one there now, how to explain the March

27, 1989, incident?

The chilling possibility that modern science, catching up with ancient knowledge, has brought Mankind to the first in- cident in a War of the Worlds, rekindles a situation that has lain dormant almost 5,500 years.

The event that parallels today’s situation has come to be known as the Incident of the Tower of Babel. It is described in Genesis, chapter 11, and in The Wars of Gods and Men I refer  to  Mesopotamian  texts  with  earlier  and  more  detailed

accounts of the incident. I have placed it in 3450 B.C. and construed it as the first attempt by Marduk to establish a space base in Babylon as an act of defiance against Enlil and his sons.

In the biblical version, the people whom Marduk had gotten to do the job were building, in Babylon, a city with a “tower

Phobos: Malfunction or Star Wars Incident?     299

Figure 101

whose head shall reach the heaven” in which a Shem—a space rocket—was to be installed (quite possibly in the manner de- picted on a coin from Byblos; see Fig. 101). But the other deities were not amused by this foray of Mankind into the space age; so

Yahweh came down to see the city

and the tower which the humans were building. And he said to unnamed colleagues:

This is just the beginning of their undertakings; From now on, anything that they shall scheme to do

shall no longer be impossible for them.

Come, let us go down and confuse their language

so that they should not understand each other’s speech.

Almost 5,500 years later, the humans got together and “spoke one language,” in a coordinated international mission to Mars and Phobos.

And, once again, someone was not amused.

13

IN SECRET ANTICIPATION

Are we unique? Are we alone?

These were the central questions posed in The 12th Planet back in 1976, and the book proceeded to present the ancient evidence regarding the Anunnaki  (the biblical Nefilim) and

their planet Nibiru.

Scientific advances since 1976, reviewed in previous chap-

ters, have gone a long way in corroborating ancient knowledge.

But  what  about  the two  pillars  of that  knowledge  and  that

ancient answer to the  central questions?  Has modern  science

confirmed the existence of one more planet in our Solar System,

and has it found other intelligent beings outside Earth?

That a search has been going on, both for another planet

and for other beings, is a matter of record. That it has intensified

in recent  years can be gleaned from publicly available docu-

ments. But now it is also evident that when the mists of leaks,

rumors, and denials are pierced, if not the public, then the

world’s leaders have been aware for some time first, that there is one more planet in our Solar System and second, that we are not alone.

ONLY THIS KNOWLEDGE CAN EXPLAIN THE IN- CREDIBLE CHANGES IN WORLD AFFAIRS THAT HAVE BEEN TAKING PLACE WITH EVEN MORE INCREDIBLE

SPEED.

ONLY  THIS  KNOWLEDGE  CAN  EXPLAIN  THE  AC-

TUAL  PREPARATIONS  BEING  MADE  FOR  THE  DAY,

WHICH IS SURELY COMING, WHEN THE TWO FACTS

WILL HAVE TO BE DROPPED LIKE BOMBSHELLS ON

THE PEOPLE OF THIS PLANET EARTH.

Suddenly, all that had divided and preoccupied the world powers for decades seems not to matter anymore. Tanks, air- craft, armies are withdrawn and disbanded. One regional con- 300

flict after another is unexpectedly settled. The Berlin Wall, a symbol of Europe’s division, is gone. The Iron Curtain that has divided West from East militarily, ideologically, and eco- nomically is being dismantled. The head of the atheistic Com- munist empire visits the Pope—with a medieval painting of a UFO as the centerpiece of the room’s decoration. An American president, George Bush, who began his presidency in 1989 with a cautious wait-and-see policy, has by year’s end thrown all caution to the winds and has become an ardent partner of his Soviet counterpart, Mikhail Gorbachev, in clearing the desks of the old agendas; but clearing them for what?

The Soviet president, who a few years ago made any progress in disarmament absolutely dependent on the United States drop- ping its Strategic Defense Initiative (SDI)—the so-called Star Wars defense in space against enemy missiles and spacecraft— agreed to unprecedented troop withdrawals and reductions a week after the same U.S. president, amidst reductions in the American military spending, asked the Congress to increase funds for SDI/Star Wars by 4.5 billion dollars in the next fiscal year. And before the month was out, the two superpowers and their two major wartime allies. Great Britain and France, have agreed to let German unification proceed. For forty-five years the vow never to see a unified, resurgent Germany again was a basic tenet of European stability; now, suddenly, that seemed to matter no more.

Suddenly, inexplicably, there seem to be more important, more urgent subjects on the agenda of the world’s leaders. But what?

As one looks for answers, the clues point in one direction:

Space. Surely, the turmoil in Eastern Europe has long been building up. Certainly, economic failures have necessitated long-overdue reforms. But what is astounding is not the out- break of change, but the unexpected lack of almost any resis- tance to it in the Kremlin. Since about the middle of 1989, all that had been vigorously defended and brutally suppressed no

longer seemed important; and after the summer of 1989, a reticent and go-slow American government shifted into high- gear cooperation with the Soviet leadership, rushing a previ- ously take-our-time summit meeting between President Bush and President Gorbachev.

Was it only a coincidence that the Phobos 2 incident in March 1989 was conceded in June to have been the result of spinning caused by an impact? Or that it was in that same June that Western audiences were shown the enigmatic television pictures from Phobos 2 (minus the last frame or frames) re- vealing the heat-emitting pattern on the surface of Mars and the “thin, elliptical shadow” for which there was no expla- nation? Was it a mere coincidence in timing that the hurried change of U.S. policy occurred after the Voyager 2’s flyby of Neptune, in August 1989, which relayed back pictures of mys- terious “double tracks” on Neptune’s moon Triton (see Fig. 3)—tracks as enigmatic as those photographed on Mars in previous years and on Phobos in March 1989?

A review of world events and space-related activities after the March/June/August series of space discoveries in 1989 traces a pattern of bursts of activity and course changes that

bespeak the impact of these discoveries.

After the loss of Phobos 2 on the heels of the misfortune

with  Phobos  1,  Western  experts  speculated  that  the  USSR

would  give  up  its  plans  to  proceed  with  their  reconnaisance

mission to Mars in 1992 and the plan to land rovers there in

1994.  But  Soviet spokesmen  brushed  such  doubts  aside  and

reaffirmed strongly that in their space program they  “have given priority to Mars.” They were determined to go on to Mars, and to do it jointly with the United States.

Was it mere coincidence that within days of the Phobos 2 incident the White House took unexpected steps to reverse a Defense  Department  decision  to  cancel  the  3.3-billion-dollar

National Aero-Space Plane program, under which NASA was to develop and build, by 1994, two X-30 hypersonic planes that could take off from Earth and soar into orbit, becoming self-launching spaceships for military space defense? This was one of the decisions made by President Bush together with Vice President Dan Quayle, the newly appointed chairman of

the National Space Council, at the very first NSC meeting in April 1989. In June, the NSC instructed NASA to accelerate the Space Station preparations, a program funded in fiscal year 1990 at 13.3 billion dollars. In July of 1989 the Vice President briefed Congress and the space industry on the specific pro- posals for the manned missions to the Moon and to Mars. It

was made clear that of five options, that of “developing a lunar

base as a stepping-stone to Mars is receiving the greatest at- tention.” A week later it was disclosed that instruments lofted by a military rocket successfully fired a “neutral-particle beam”—a “death ray”—in space as part of the SDI space- defense program.

Even an outside observer could sense that the White House, the President himself, was now in charge of the direction of the  space  program,  its  links  with  SDI,  and  their accelerated

timetable. And so it was that immediately after his hurried summit meeting with the Soviet leader in Malta, President Bush submitted to Congress his next annual budget, with its increase of billions of dollars for “Star Wars.” The media wondered how Mikhail Gorbachev would react to this “slap in the face,” But rather than criticism from Moscow, there was accelerated

cooperation. Evidently, the Soviet leader knew what SDI is all about: President Bush, in their joint press conference, ac- knowledged that SDI was discussed, both “defensive” and “offensive”—”rockets as well as people … a wide discus- sion.”

The budget proposal also asked 24 percent more funds for NASA, specifically for carrying out what by then had become the President’s “commitment” to “return astronauts to the Moon and to the eventual exploration of Mars by humans.” That commitment, it should be recalled, was made in the Pres- ident’s speech in July 1989 on the occasion of the twentieth anniversary of the first landing on the Moon—a commitment puzzling by its timing. When the Challenger shuttle was ac- cidentally destroyed in January 1986, all space work was put on hold. But in July 1989, just a few months after the Phobos 2 loss, the United States, rather than pull in its horns, reiterated a determination to go to Mars. There must have been a com- pelling reason… .

Under the Human Exploration Initiative part of the proposed budget, an Administration official said, space efforts would be expanded in accordance with a program developed by the White House’s National Space Council; that program included the development of new launch facilities, “opening up new fron-

tiers for manned and unmanned exploration” and “insuring that the space program contributes to the national military se- curity.” Human exploration of the Moon and Mars were de- fined assignments.

Concurrently with these developments, NASA has been ex- panding its network of space telescopes, both ground based and orbital, and has equipped some of the shuttles with sky- scanning devices. The Deep Space Network of radio telescopes was expanded by the reactivation of unused facilities as well as by arrangements with other nations, with stress on obser- vation of the southern skies. Up to 1982, the U.S. Congress has grudgingly allocated funds for SETI programs, reducing them from year to year until they were completely cut off in 1982. But in 1983—again that pivotal year, 1983—the funding was abruptly restored. In 1989 NASA managed to have the funding for the “Search for Extra-Terrestrial Intelligence” doubled and tripled, in part due to the active support of Senator John Garn of Utah, a former shuttle astronaut who became convinced of the existence of extraterrestrial beings. Signifi- cantly, the funding was sought by NASA for new scanning and search devices to analyze emissions in the microwave band and in the skies above Earth, rather than only (as SETI had done before) listening in for radio emissions from distant stars or even galaxies. In its explanatory brochure, NASA quotes, in regard to the “Sky Survey,” the formulation by Thomas

O. Paine, its former Administrator:

“A continuing program to search for evidence that life exists—or has existed—beyond Earth, by studying other bodies of the Solar System, by searching for  planets  cir- cling other stars, and  by  searching  for  signals  broadcast by intelligent life elsewhere in the Galaxy.

Commenting on these developments, a spokesman for the Federation of American Scientists in Washington said, “The future is starting to arrive.” And The New York Times of February 6, 1990, headlined the report of the invigorated SETI programs  “HUNT  FOR  ALIENS  IN  SPACE:  THE  NEXT

GENERATION.” A small but symbolic change: no longer a search for an extraterrestrial “intelligence,” but for Aliens.

A search in secret anticipation.

The 1989 shock was preceded by a marked change at the end of 1983.

In retrospect it is evident that the diminution of superpower adversity was the other side of the coin of cooperation in space efforts and that from 1984 on, the only joint effort that was paramount in all minds was “Going to Mars, Together.”

We have already reviewed the extent of the U.S. endorse- ment of. and participation in, the Phobos mission. When the role of American scientists in this mission became known, it was explained that it was “officially sanctioned due to the improvement in Soviet-American relations.” It was also re- vealed that American defense experts were concerned about

the Soviet intent to use a powerful laser in space (to bombard the surface of Phobos), fearing it would give the Soviets an advantage in their own ‘ ‘Star Wars” program of space defense; but the White House overruled the defense experts and gave its consent.

Such cooperation was quite a change from what had been the norm before then. In the past the Soviets not only guarded their space secrets zealously but also made every effort to upstage the Americans. In 1969 they launched Luna 15 in a failed attempt to beat the Americans to the Moon; in 1971 they sent to Mars not one but three spacecraft intending to put orbiters on Mars just days ahead of Mariner 9. When the two superpowers paused for detente, they signed a space cooper- ation agreement in 1972; its only visible result was the Apollo- Soyuz linkup in 1975. Ensuing events, such as the suppression of the Solidarity movement in Poland and the invasion of Af- ghanistan, renewed cold war tensions. In 1982 President Rea- gan refused to renew the 1972 agreement, and launched instead a massive U.S. rearmament effort against the “Evil Empire.”

When President Reagan, in a televised address in March 1983, surprised the American people, the world’s nations (and, it later became known, most top officials of his own admin-

istration) with his Strategic Defense Initiative (SDI)—the con- cept of a protective shield in space against missiles and spaceships—it was natural to assume that its sole purpose was to attain military superiority over the Soviet Union. That was the Soviet reaction, and it was vehement. When Mikhail Gor- bachev  followed  Konstantin  Chernenko  as  Soviet  leader  in

1985, he adhered to the position that any improvement in East-

West relations depended first and foremost on the abandonment of SDI. But, as it now seems clear, before the year was out, a new mood began to take hold as the true reasons for SDI were communicated to the Soviet leader. Antagonism was re- placed by an attitude of “Let’s Talk”; and the talk was to be about cooperation in space and, more specifically, about going together to Mars.

Observing that the Soviets suddenly “shed their habit… of being obsessively secretive about their space program,” the Economist (June 15, 1985) remarked that recently Soviet sci-

entists had been astonishing Western scientists by their open- ness, “talking frankly and enthusiastically about their plans.” The weekly noted that the prime subject was the missions to Mars.

The marked change was even more puzzling, since in 1983 and 1984 the Soviet Union appeared to be moving far ahead

of the United States in space achievements. It had by then lofted a series of Salyut space stations into Earth orbit, manned them with cosmonauts who achieved record long stays in space, and practiced linking to these stations a variety of service and resupply spacecraft.  Comparing the two  national  programs,  a

U.S. Congressional study reported, at the end of 1983, that they were like an American tortoise and a Soviet hare. Still, by the end of 1984, the first sign of renewed cooperation was given when a U.S. device was included in the Soviet Vega spacecraft that was launched to encounter Halley’s comet.

There were  other  manifestations,  semiofficial  and  official, of  the  new  spirit  of  cooperation  in  space,  despite  SDI.  In January 1985 scientists and defense officials, meeting in Washington to discuss SDI, invited a top Soviet space official (later a key adviser to Gorbachev), Roald Sagdeyev, to attend. At the same time then U.S. Secretary of State George Shultz met his Soviet counterpart in Geneva, and they agreed to renew the defunct U.S.-Soviet space cooperation agreement.

In July 1985 scientists, space officials, and astronauts from the United States and the Soviet Union met in Washington, ostensibly to commemorate the Apollo-Soyuz linkup of 1975. In reality, it was a seminar held to discuss a joint mission to Mars. A week later Brian T. O’Leary, the former astronaut who became active in the Aerospace Systems Group of Science Applications International Corporation, told a meeting of the Society for (he Advancement of Science in Los Angeles that Mankind’s next giant step should be to one of the moons of Mars: “What would be a better way to celebrate the millen- nium’s end than with a return human trip from Phobos and Deimos, especially if it was an international mission?” And in October of that same year, 1985, several American Con- gressmen, government officials, and former astronauts were invited by the Soviet Academy of Sciences to visit, for the first time ever, Soviet space facilities.

Was it all just an evolutionary process, part of new policies by a new leader in the USSR, changing conditions behind the Iron Curtain—deepening restlessness, mounting economic hardships that had increased the Soviet need for Western help? No doubt. But did it necessitate the rush to unveil the plans

and secrets of the Soviet space program? Was there perhaps also some other cause, some significant occurrence that sud- denly made a major difference, that changed the agenda, that called for new priorities—that necessitated the revival of a World War II alliance? But if so, who was now the common enemy? Against whom were the United States and the USSR aligning their space programs? And why the priority, given by both nations, to going to Mars?

For sure, there have been objections, in both nations, to such coziness. In the United States many defense officials and con- servative politicians opposed “lowering the guard” in the Cold War, especially in space. In the past President Reagan agreed;

for five years he refused to meet the leader of the “Evil Em- pire.” But now there were compelling reasons to meet and to confer—in private. In November 1985 Reagan and Gorbachev met and emerged as friendly allies, pronouncing a new era of cooperation, trust, understanding.

How could he explain this U-turn, Reagan was asked. His answer was that what made a common cause was space. More specifically, a danger from space to all the nations on Earth.

At the first opportunity to elaborate publicly, President Reagan said, in Fallston, Maryland, on December 4, 1985:

As you know, Nancy and I returned almost two weeks ago from Geneva, where I had several lengthy meetings with General Secretary Gorbachev of the Soviet Union.

I had more than fifteen hours of discussions with him, including five hours of private conversation just between the two of us. I found him to be a determined man, but one who is willing to listen. And 1 told him about America’s deep desire for peace and that we do not threaten the Soviet Union and that I believe the people of both our countries want the same thing—a safer and better future for themselves and their children. . . .

I couldn’t but—one point in our discussion privately with General Secretary Gorbachev—when you stop to think that we’re all God’s children, wherever we may live in the world—I couldn’t help say to him,

“Just think how easy his task and mine might be in these meetings that we held if suddenly there was  a threat to this world from some other species from another planet outside in the  universe.  We’d  forget  all the little local differences that we have between our countries and we would find out once and for all that we are all human beings here on this earth together.”

I also stressed to Mr. Gorbachev how our nation’s com- mitment to the Strategic Defense Initiative—our research

and development of a non-nuclear, high-tech shield that would protect us against ballistic missiles, and how we are committed to that. 1 told him that SDI was a reason to hope, not to fear.

Was this statement an irrelevant detail or a deliberate dis- closure by the U.S. President that in his private session with the Soviet leader he had brought up the “threat to this world from some other species from another planet” as the reason for bringing the two nations together and the cessation of Soviet opposition to SDI?

Looking back, it is clear that the “threat” and the need for a defense in space against it preoccupied the American President. In Journey Into Space, Bruce Murray, who was Director of the NASA/Caltech Jet Propulsion Laboratory from 1976 to 1982  (and  cofounder  with  Carl  Sagan  of  The  Planetary Society), recounts how at a meeting at the White House in March 1986 with a select group of six space scientists to brief President Reagan on the discoveries of Voyager at Uranus, the president inquired, “You gentlemen have investigated a lot of things in space; have you found any evidence that there may be other people out there?” When they answered negatively, he con- cluded the meeting by saying he hoped they would have “more excitement as time went on.”

Were these ruminations of an aging leader, destined to be dismissed with a grin by the youthful and “determined man” now leading the Soviet empire? Or did Reagan convince Gorbachev, in their private five-hour meeting, that the threat of aliens from space was no joke?

What we know from the public record is that on February 16, 1987, in a major address to an international “Survival of Humanity” forum at the Grand Kremlin Palace in Moscow, Gorbachev  recalled  his  discussion  with  President  Reagan  in words almost identical to those the American President had used. “The destiny of the world and the future of humanity have concerned the best minds from the time man first began thinking of the future,” he said at the very beginning of his address. “Until relatively recently these and related reflections have been seen as an imaginative exercise, as  other-worldly pursuits of philosophers, scholars, and theologians. In the past few decades, however, these problems have moved onto a highly practical plane.” After pointing to the risks of nuclear weapons and the common interests of “human civilization,” he went on to say,

At our meeting in Geneva, the U.S. President said that if the earth faced an invasion by extraterrestrials, the United States and the Soviet Union would join forces to repel such an invasion.

I shall not dispute the hypothesis, though I think it’s early yet to worry about such an intrusion.

In choosing “not to dispute this hypothesis,” the Soviet leader appeared to define the threat in starker terms than President Reagan’s smoother talk: he spoke of “an invasion by extraterrestrials”‘ and disclosed that in the private conversation at Geneva President Reagan did not merely talk philosophically about the merits of a united Mankind but proposed that ‘”‘the United States and the Soviet Union would join forces to repel such an invasion.”

Even more significant than this confirmation, at an inter- national forum, of the potential threat and the need to “join forces” was its timing. Just one year earlier, on January 28, 1986, the United States suffered its terrible setback when the space shuttle Challenger exploded soon after launch, killing its seven astronauts and grounding America’s space program. On the other hand, on February 20, 1986, the Soviet Union launched its new space  station Mir, a substantially more  advanced model than the previous Salyut series. In the following months, rather than taking advantage of the situation and asserting Soviet independence of U.S. space cooperation, the Soviets increased it; among the steps taken was the invitation to U.S. television networks to witness the next space launch from their hitherto top-secret spaceport at Baikonur. On March 4 the Soviet spacecraft Vega 1, having swung by Venus to drop off scientific probes, kept its date with Halley’s comet; Europeans and Japanese were also up there, but not the United States. Still, the Soviet Union, through Roald Sagdeyev, the director of the Institute for Space Research who had- been invited to Washington in 1985 to discuss SD1, insisted that going to Mars be a joint effort with the United States.

Amid  the  gloom  of  the  Challenger  disaster,  all  the  space programs were suspended except those pertaining to Mars. To remain on the road to the Moon and Mars, NASA appointed a study group under the chairmanship of astronaut Dr. Sally K. Ride to reevaluate the plans and their feasibility. The panel strongly recommended the development of celestial ferryboats and transfer ships to carry astronauts and cargoes for “human settlement beyond Earth orbit, from the highlands of the Moon to the plains of Mars.”

This eagerness to go to Mars, as evidence at Congressional hearings made clear, necessitated joint U.S.-Soviet efforts and cooperation between their space programs. Not everyone in the United States was for it. in particular, defense planners considered the setback to the manned shuttle program to mean a change to greater reliance on ever more powerful unmanned rockets; and to gain public and Congressional support, some data about the Air Force’s new booster rockets to be used in the “Star Wars” defenses was released.

Overriding objections, the United States and the USSR signed, in April 1987, a new agreement for cooperation in space. Immediately after signing the agreement, the White House ordered NASA to suspend work on the Mars Observer spacecraft that was to be launched in 1990; thenceforth, there were to be joint efforts with the Soviet Union in support of its Phobos mission.

In (he United States opposition to sharing space secrets with the  Soviet  Union  nevertheless  continued,  and  some  experts viewed the repeated Soviet invitations to the United States to join in their missions to Mars simply as attempts to gain access to Western technology. Prompted, no doubt, by such objec- tions, President Reagan once again spoke up publicly of the extraterrestrial threat. The occasion was his address to the General  Assembly  of  the  United  Nations  on  September  21,

1987. Speaking of the need to turn swords into plowshares, he said:

In our obsession with antagonisms of the moment we often forget how much unites all the members of hu- manity. Perhaps we need some outside, universal threat to recognize this common bond.

I occasionally think how quickly our differences would vanish if we were facing an alien threat from outside this world.

As reported at the time in The New Republic by its senior editor Fred Barnes, President Reagan, during a White House luncheon on September 5, sought confirmation from the Soviet foreign minister that the Soviet Union would indeed join the United States against an alien threat from outer space; and Shevardnadze responded, “Yes, absolutely.”

While one can only guess what debates might have taken place in the Kremlin in the next three months that led to the second Reagan-Gorbachev summit meeting in December 1987, some of the conflicting views current in Washington were publicly known. There were those who questioned Soviet motives and found it difficult to draw a clear distinction be- tween sharing scientific technology and sharing military secrets. And there were those, like the chairman of the House of Representatives’ Science, Space and Technology Commit-

The End

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Summer 2020 the rest of the world chills out while the USA falls apart and melts down.

Well, I am sure that most other sensible historians have seen the writing on the wall for some time. Yeah, verily the USA is in a state of reset. You might call it a collapse, a SHTF event (as I have) or a readjustment for much needed societal change. What is well understood that it is truly painful to watch. But, look at the good side, not that many people are dying from it. At least not yet, anyways…

Here, in this post, I want to remind everyone that the images presented to you via social media, television and radio are all lies, distortions and manipulations. Yes, I know that you all realize this, but I want to underline the fact that UNLESS you see it happening in your neighborhood, with your friends, and at your work-place, it is all not actually part of your life. It is something you hear about, and file away for future use. But, it is not something that you need to get too hot and bothered about. It’s remote. It’s distant. It’s not your problem.

Yeah. That stuff and protests in Seattle… Why worry about it unless you are living there in that city? And those protests in New York city with the rioting and looting? Does it look like it is happening in your town? In your neighborhood? With others that you know and your friends? No. Of course not.

Yes.

The USA is going through changes.

Yes.

These changes will take some time to implement and the resultant American society will change.

Yes.

There probably will be some kind of “spill over” to your local region and neighborhood.

But…

Thoughts control our reality. Do not let the artificial panic, disgust, anger and turmoil tear into your calm and peaceful life. Do not allow it to intrude on you, your life, your family, your friends, or your business.

Look around you.

The world is a beautiful place. You can make it a wonder place. Be a good friend to others. Be the best friend that you can be. Be helpful, and know your local neighbors. Be assisting. Be kind, and above all be calm. Be the island of stability in a world that every day seems to be “tearing at the seams”.

The News “reality”

The news pumped into my daily feed is upsetting. From December 2019 up until mid-May 2020 it was a non-stop stream of “hate China” propaganda. Then from mid-May 2020 it switched to “USA protests and riots”.

Frankly I’m tired of it.

You should be too…

Houston Sees 'Precipice of Disaster'...

Risk of new lockdowns...

Drones to monitor social distancing, mask wearing...

Wyoming ranch offers isolation -- for $175,000 a week!

Blood Reserves Critically Low...

Colleges Face Uncertainties of Reopening...

U.S. DEATHS: 114,643...

This is from the Drudge Report 13JUN20…

Mayan calendar was wrong and world will end 'next week', weird conspiracy warns...

CHINA MEDIA: USA Having 'Cultural Revolution'...

Taiwan tests missiles as it prepares for possible invasion...

WEEKEND: Churchill statue and war memorial boarded up before London protests...

'CHRISTIANITY TODAY' calls for churches to pay reparations...

Social Media Influencers Wear Blackface to 'Show Solidarity'...

Minneapolis City Council Unanimously Votes To Get Rid Of Cops...

Gospel radio host gunned down in Baltimore...

Treasury chief refusing to disclose recipients of virus bailouts...

Fed says 'full range of tools' in play to counter pandemic...

Reserve holds power beyond what we can imagine...
Biden ad serves blistering attack on Trump: 'Too scared,' 'too small,' 'too weak'...

President says teargassed protesters 'a beautiful scene'...

UPDATE: POLICE-FREE ZONE JOLTS SEATTLE...

Protesters Negotiate Over Leaving 6-Block Area...

African American Reparation Bill Passes California Assembly...

OK.

So does any of this “news” affect your life? Really? How does it?

At best, it’s a potential influence that might someday affect your family in some minor way.

So why worry about it?

An American Societal Readjustment

Societal change is coming.

Accept it. Roll with the punches.

That means know your neighbors. Be helpful and supportive in your community. Be stable. Be stable and calm. Be the leader that others look up to when the rest of the world seems to be completely “unhinged”.

I’ve said this before, and I’m going to say it again, over and over.

The human society will readjust.

A lead contributor is the United States, and at this stage it could go in any direction…

… from some minor, short lived, societal upset…

In New York City, supporters of the BLM (Black Lives Matter) march in protest alongside the Antifa anarchy movement.
In New York City, supporters of the BLM (Black Lives Matter) march in protest alongside the Antifa anarchy movement.
In Germany in the 1930's, the SA competed against the SS for control of Germany. Here we have the SA performing a "peaceful" protest by preventing access to "culturally inappropriate" art.
In Germany in the 1930’s, the SA competed against the SS for control of Germany. Here we have the SA performing a “peaceful” protest by preventing access to “culturally inappropriate” art.
In Germany, the SS line up in support of the Nationalistic policies of Adolph Hitler after the destruction of their key rival, the "SD".
In Germany, the SS line up in support of the Nationalistic policies of Adolph Hitler after the destruction of their key rival, the “SD”.

… to full-on, full-scale World-War III.

The first of 200 nuclear warheads hits one of the major American cities.
The first of 200 nuclear warheads hits one of the major American cities.
Even smaller American cities could very well be uninhabitable after a joint Soviet and Chinese "double tap" in response to the Trump neocon activities.
Even smaller American cities could very well be uninhabitable after a joint Soviet and Chinese “double tap” in response to the Trump neocon activities.

It’s far too early to determine what will happen. Anything can happen. Absolutely anything, and knowing who is running the White House in Washington DC right now, you must hope for the best, but be prepared for the worst. Remember…

So, what will happen?

I do NOT KNOW.

I really do not. And to be honest, the PTB (in their many forms) don’t know either. In fact, it’s all kind of running way from their control. (There are rogue elements within the PTB circle, don’t you know.) And everything is gearing up for some massive (and exciting) events.

My Advice

So…

Avoid the cities.

Avoid the crowds.

Know your neighbors.

Be helpful and kind.

Watch over your family and control the little ones.

You and yours will all be just fine.

And I do mean that. The American news, and all those “International” news organs are all owned by the PTB. They want you to be in fear, easily manipulated, and corralled into accepting the behavioral lock-downs that they desire to impose upon you.

Do not permit them to drag you into a life of fear…

Stay out, and you define your life.

Unfortunately America will define the sentience selection

Ugh! I do hate to say this. But because America is so influential in the “West” it will have a sizable influence in what will happen in the future in regards to sentience selection.

At this stage in the game, June 2020, China while enormous, and a technological and economic competitor to the United States will also have an influence, but it will be what happens in America that will have the greatest impact.

Have you noticed that whatever happens in America is copied in the rest of the “Western World”? Right now as there are riots in the USA, we see the same kinds of behaviors in the UK, in France, in Germany, in Australia, and in New Zealand. Why?

It’s that this particular group of PTB leadership are making this happen.

Meanwhile, the PTB in control of Asia are of a different mindset.

We are in the midst of a sentience restructuring at a global level.

And here is the breakdown…

Breakdown of sentience by geographical region and culture / societies as of June 2020.
Breakdown of sentience by geographical region and culture / societies as of June 2020.

As you can see from the chart above, the Asian geographical regions have a higher percentage of “service for others” sentience in their population mix than what you see in the West. I attribute this to a long history of Buddhism, and a wide ranging selection of Asian belief.

Of course this does not match the “hate China”, “China is the evil devil” narrative out of Pompeo’s CIA and the Trump White House. But as anyone who has spent any time inside of Asia will attest, the society, at the local level, boils down to this mix.

In the West, of course, there is a majority that are “service for self” or the related “service for another” sentience. We can see this in the lootings, the followings for various political leaders from Trump to “The Reverend” Jessie Jackson, and such actions by Wall Street and those motivated by the Social Justice, and Climate Change special interests.

Of course, many who are “service to self” don’t look at themselves in that way. They consider themselves “open minded” and being helpful to others. But all you need to do is look at the physical actions of these individuals on television to see their “true colors”.

Non-human entities have their preferences.

I have listed them on the table as well.

I rarely discuss the Type-2 extraterrestrial class, but let it be known that they do NOT feel that the human species is really ready to leave our nursery and would prefer us to better evolve on our own and find our own path irregardless to what conflicts or upheavals might occur.

In all cases, the over riding goal is for a sentience selection of some overwhelming majority, with a near zero percentage of complex or confused sentience genders.

Once this happens we, as a species, will experience a major culling of the human species, and those survivors will have their RNA /DNA altered to meet and fit the needs of our benefactors / guardians. (I’ve discussed this elsewhere.)

So the bottom line…

The news is all an illusion. Do not get too caught up in it.

Remember, the news does not reflect the life you live and the world that surrounds you at this moment in time. Keep that in mind.

To Underline this fact…

Here is what the American news says…

BIG GAMBLE: Downplaying virus risk, Trump gets back to business as usual...
Outbreak in Tulsa week before MAGA rally...
Campaign's waiver 'won't block lawsuits'...
Some states hit pause...
Businesses Facing Stop and Go...
FLORIDA COVERUP: Fired scientist goes rogue, reveals state's grim outlook...
KUDLOW: NO SECOND WAVE. NO SECOND WAVE...
IT'S STILL THE FIRST WAVE, RESEARCHERS SAY...
CDC warns USA may reimplement strict measures...
More Than 20% of NYC Residents Know Someone Who Died...
The Political Polarization of Everything...

This is my life right now. Does the American news media reflect, in any way, what I am experiencing right now?

Notes on the following videos
The following are some videos that I took outside where I live in China. The area is the business section of Jida, and the videos are taken during “rush hour”. If you are having trouble watching the videos, just wait, or reload the page. Then you shouldn’t have any problem.

The point in these short micro-movies below is that my life… in no way at all… resembles ANYTHING in the United States media. It’s like comparing apples with pine cones. For me, and for the most part, for you the media is an artificial construction; a method used to control the viewing audience to think and act in certain ways.

Remember…

What you think about becomes your reality.

So here is my actual reality…

A bus stop alongside the main street.
Next to the “under way”. This is an underground road that allows pedestrians to walk from one side to the other without getting run over by traffic.
This is pretty typical for China. This is what my neighborhood looks like. Of course, bigger cities are different, as are smaller rural areas.

Not at all what you might think China is. Not from the United States media, that is. man, if you would believe the comments after nearly six months of hate-China fest, it’s like there is a certain percentage of Americans foaming at the mouth to “teach those bat-eating vermin a lesson”.

Here’s a Bing.com image search for “China Cities” …

Bing.com image search for "China cities" taken 6:18 PM on 13JUN20.
Bing.com image search for “China cities” taken 6:18 PM on 13JUN20.

Does it resemble anything that I experience?

Nope not at all.

Why?

Is it because I live in an “exclusive” area for members of the dastardly Chinese Communist Party?

LOL.

Nope. Hardly. I live in a pretty average, low-middle sized Chinese city. I live in the normal local neighborhood, and not an “expat enclave”. And this is what it is like.

Notice on how all the pictures are shades of grey, black and dark brown?

What about other subjects. like “dogs in China”…

Dogs in China, American search engine Bing.com taken on 13JUN20. You would think that China is filthy, dirty and treats the dogs like some kind of rodent.
Dogs in China, American search engine Bing.com taken on 13JUN20. You would think that China is filthy, dirty and treats the dogs like some kind of rodent.

Again…

Notice the colors of greys, blacks and browns. All the pictures are gloomy and negative. When in reality, it looks nothing like this.

Now, let me remind you what it is like here in China, “for real”…

Middle School students going to eat lunch at home.

I will pretty much bet that this is the same where you all live.

Oh, maybe the uniforms are different, the road and buildings are different. Perhaps the signs and the language are all different. But the fact is that people, most people that is, live calm and pretty pleasant lives.

Most people. All over the globe.

While the “news” is filled with pictures that pretty much resemble this…

Image search from bing.com on America taken 13Jun20.
Image search from bing.com on America taken 13Jun20.

I will pretty much guess that your life actually resembles something along the lines of this…

Milford, Massachusetts.
Milford, Massachusetts.

Or maybe this…

American country home.
American country home.

Or maybe something on the order of this…

Typical American suburb.
Typical American suburb.
Notice the COLORS.

Are they shades of depressing greys, blacks and dirty browns, or are they in colorful and happy greens and blues?

Sanity Check

Forget about what the news people say. Forget about what the headlines report. forget the supporting elements.

Look at the pictures.

Compare the images, the colors, the impressions, the people, and the environment with what you see around you with your very own two eyes.

You should just simple compare the images that you see on the "news" with what you see with your own eyes of the world around you.
You should just simple compare the images that you see on the “news” with what you see with your own eyes of the world around you.

If they match, then maybe the news has something of value to you. If they do not, then perhaps you are getting inundated with a bunch of fear-mongering propaganda that has no bearing on your immediate life.

Conduct sanity checks often and daily.

The PTB are creating and cultivating an artificial reality

They are doing their best to herd mass groups of people into pre-determined thoughts and actions. None of which will generate a positive outcome. Indeed, the predicted outcomes will be social upheaval, economic collapse, mass starvation, illness and conflict.

It is intentional.

They have their reasons.

Some PTB members have honorable intentions, but deplorable methodology. Some have a limited and fixed mind-set, and their actions reflect their ignorance. Some are very intelligent, but lack the means and knowledge to implement their desires. Some are just simply powerful people with very evil behaviors. Some are just pawns for even larger and more powerful entities.

Does all this background information and details really help you personally?

Nope.

All you need to know is that things are happening and that it’s causing changes int he world. Some of which might touch and broach upon yours. Just discard the trash and do not allow it to “suck you in”.

You will be just fine.

Remember, during every societal upset, there are those that survive in relative safety and security. Some are preppers. Some live on the edge, and are mobile. Some are wealthy, and some are adaptable with a great network of friends in their local society.

I argue in favor of adaptability within your local neighborhood.

Conclusion

The world is NOT falling apart at the seams. It only seems that way.

The rest of the world is doing just fine, and it is ONLY the cities in America (and it’s Western allies) that are experiencing turmoil, and the American news media is amplifying all this to create an environment of fear, distrust and chaos. Do not allow yourself to fall into that trap. It is a lie.

While the American news media looks like this…

Yahoo! News 14JUN20.
Yahoo! News 14JUN20.
CNN Business headline and "top story" on 14JUN20.
CNN Business headline and “top story” on 14JUN20.
CNN  news 14JUN20.
CNN news 14JUN20.

My life actually looks like this…

Good night from Metallicman.

Only you can control and determine your life. Be good, be helpful and be the best friend that a friend can be. Be stable. Stay local, and be very, very wary of outsiders.

Best wishes.

Do you want more?

I have more in some of my other post indexes. Here, I suggest both the Happiness, and the SHTF Indexes…

SHTF Articles
Life & Happiness

Articles & Links

You’ll not find any big banners or popups here talking about cookies and privacy notices. There are no ads on this site (aside from the hosting ads – a necessary evil). Functionally and fundamentally, I just don’t make money off of this blog. It is NOT monetized. Finally, I don’t track you because I just don’t care to.

To go to the MAIN Index;

Master Index

.

  • You can start reading the articles by going HERE.
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A review of faster than light (FTL) travel; the techniques, and the mechanisms worthy of contemplation (part 4)

This multi-part post is devoted to the issue of travelling between the stars within the lifetime of a human.  It does not necessarily mean that the propulsion method would be so fast as to exceed the speed of light, though that possibility does exist.  It simply is a discussion on how the great gulfs between the stars can be traversed using contemporaneous human technology.  As such, it purposely omits dimensional gates and transport portals. I most certainly do not have the answers regarding this most interesting of subjects.  This post discusses this issue because one of the first things a debunker does is complain that engineering solutions are unattainable.  I discuss these issues and more.  It is a good read.

The sections

This is part 4 of a four part post. This post consists of four sections as described;

Some basics

Again, a review from the first part of this post…

First off, MAJestic as well as our benefactors have techniques and mechanisms that permit geographical travel anywhere in the universe without using a vehicle. This technology also enables such things as world-line travel, dimensional travel, and time travel.

This is a very powerful technology, but is not the subject at hand. Here, we will talk about technologies that can be used to traverse large physical distances in relatively short periods of time, without using dimensional portals or gates.

The benefit in this technology is obvious. You need to physically go to a location in order to establish “jump gate” coordinates for it. This will require physical presence, and that means physical travel. (Of course, there are other things that one can do, like trial by error, robots and probes, but please follow my train of thought on this.)

Here we discuss ways to travel “very fast” in our universe, by using existing and known technologies without using a dimensional portal or gate.

Summary

“If the space travel is at the top of a country’s agenda, that country is surely a very developed one!”

― Mehmet Murat ildan

The majority of open research paths involve further study of the fundamental properties of space-time and inertial frames, looking for candidate sources of reaction mass and the means to interact with it.

As much as these are basic areas of investigation for general physics, their investigation in the context of breakthrough spaceflight introduces additional perspectives from which to contemplate these lingering unknowns.

This alternative perspective might just provide the insight that would otherwise be overlooked.

It must be fundamentally understood that the relevant outcome per interstellar propulsion is that subspace exists, and this is how Nature implements probabilities. 

Note, neither quantum nor string theories ask the question, how does Nature implement probabilities? And therefore, are unable to provide an answer. The proof of subspace can be found in how the photon electromagnetic energy is conserved inside the photon.

Subspace is probabilistic and therefore does not have the time dimension. 

In other words destination arrival is not LFT constrained by motion based travel, but is effected by probabilistic localization. We therefore, have to figure out navigation in subspace or vectoring and modulation. Vectoring is the ability to determine direction, and modulation is the ability to determine distance. This approach is new and has an enormous potential of being realized as it is not constrained by LFT.  (This is the core point in this discourse.)

Yes, interstellar propulsion is feasible, but not as of the warp drives we understand today. As of 2012, there are only about 50 scientists on this planet working or worked towards solving the gravity modification and interstellar propulsion challenge.

Final Conclusion

The ability to travel geographically, in and out of different world-lines or to conduct apparent “time travel” are all possible.

There are those that are active doing so, and using these technologies to go to interesting places and to do interesting things.

Those that argue against this are simply ignorant.

Their time would be better served watching Ellen DeGeneres on television.

Do you want more?

I have more posts that fit this venue. You can find them in my MAJestic Index here…

MAJestic

Articles & Links

You’ll not find any big banners or popups here talking about cookies and privacy notices. There are no ads on this site (aside from the hosting ads – a necessary evil). Functionally and fundamentally, I just don’t make money off of this blog. It is NOT monetized. Finally, I don’t track you because I just don’t care to.

To go to the MAIN Index;

Master Index

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  • You can visit the Index Page HERE to explore by article subject.
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Please kindly help me out in this effort. There is a lot of effort that goes into this disclosure. I could use all the financial support that anyone could provide. Thank you very much.

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A review of faster than light (FTL) travel; the techniques, and the mechanisms worthy of contemplation (part 3)

This multi-part post is devoted to the issue of travelling between the stars within the lifetime of a human.  It does not necessarily mean that the propulsion method would be so fast as to exceed the speed of light, though that possibility does exist.  It simply is a discussion on how the great gulfs between the stars can be traversed using contemporaneous human technology.  As such, it purposely omits dimensional gates and transport portals. I most certainly do not have the answers regarding this most interesting of subjects.  This post discusses this issue because one of the first things a debunker does is complain that engineering solutions are unattainable.  I discuss these issues and more.  It is a good read.

The sections

This is part 3 of a four part post. This post consists of four sections as described;

Some basics

This is part three.

This is the introduction that was provided in section / part one…

First off, MAJestic as well as our benefactors have techniques and mechanisms that permit geographical travel anywhere in the universe without using a vehicle. This technology also enables such things as world-line travel, dimensional travel, and time travel.

This is a very powerful technology, but is not the subject at hand. Here, we will talk about technologies that can be used to traverse large physical distances in relatively short periods of time, without using dimensional portals or gates.

The benefit in this technology is obvious. You need to physically go to a location in order to establish “jump gate” coordinates for it. This will require physical presence, and that means physical travel. (Of course, there are other things that one can do, like trial by error, robots and probes, but please follow my train of thought on this.)

Here we discuss ways to travel “very fast” in our universe, by using existing and known technologies without using a dimensional portal or gate.

Other Alternatives Worth Considering

The speed-of-light limit only applies to motion through four-dimensional spacetime.  Perhaps wormholes are possible. That is a concept for which Kip Thorne gets the credit (or the blame).  It is an old, but still valid, argument for how traveling through vast distances might be circumvented.

Wormholes

Wormholes were first theorized in 1916 (although they weren’t called that at the time), derived from Einstein’s equations for relativity.

A wormhole connects two points in space via a sort of tunnel through a higher dimension. An object entering one end of a wormhole would emerge almost instantly on the other end, even if the openings were separated by trillions of miles.

A worm-hole.
A worm-hole.

In the 1980’s, Thorne, who is the Feynman Professor of Theoretical Physics, Emeritus, at the California institute of Technology, kicked off a serious discussion among physicists about whether or not an object (like a spaceship) could physically travel through a wormhole.

In other words, do the laws of physics forbid it?

Or, with unlimited resources and knowledge, could a civilization build a wormhole and use it as a cosmic highway?

Physicists, including Thorne, have made some progress on this question.

Scientists knew prior to the 1980s that if wormholes existed, they would evaporate before anything (even light) could pass from one opening to another. So sending something through a wormhole would require a kind of scaffolding made from “exotic matter” to hold the wormhole open.

In addition, wormholes for travel would likely need to be artificially constructed, because there is no solid evidence that they exist naturally.

“We see no objects in our universe that could become wormholes as they age,” Thorne writes in his book “The Science of Interstellar” (W.W. Norton & Co. 2014).

By contrast, scientists see huge numbers of stars that will eventually collapse to form black holes. There is a possibility that very, very small wormholes exist in the universe in something called “quantum foam,” which may or may not exist in the universe.

Thorne’s question on the possibility of interstellar travel through wormholes remains unanswered.

Spacetime stretching

Or, alternatively, perhaps spacetime itself can be stretched as proposed by the relativist Miguel Alcubierre (as discussed previously). There is no speed-of-light limit to spacetime stretching.  After all, spacetime beyond the Hubble horizon must be receding from us at v>c.

The Alcubierre “warp drive” (Class. Quant. Grav., 11-5, L73-L77, 1994) shows that spacetime warping and stretching around a bubble of flat spacetime is mathematically consistent with general relativity.

Dimensional Shifting

Modern superstring and M-brane theory imply the existence of numerous additional dimensions.  Recent work indicates that these additional dimensions may be much larger than the Planck scale.

The article “The Universe’s Unseen Dimensions” by Nima Arkani-Hamed, Savas Dimopoulos and Georgi Dvali in the August 2000 issue of Scientific American, for example, is a good summary of some current thinking on additional spatial dimensions as large as a millimeter:

"Our whole universe may sit on a membrane floating in a higher-dimensional space. Extra dimensions might explain why gravity is so weak and could be the key to unifying all the forces of nature."

Perhaps it is possible to lift off the membrane-universe constituting our four-dimensional spacetime, move in one of the additional dimensions where speed-of-light limits may not apply, and reenter our membrane-universe very far away.

All of this is speculation of course, but it is worth noting that disappearing in place, changing shape or sometimes jumping discontinuously from location to location is frequently reported in extraterrestrial vehicle observations.

Such behavior could conceivably be associated with motion into and out of a perpendicular dimension.

MAJestic Dimensional Portal

And now, I am going to talk about something in much more detail than I have in the past. I am going to discuss (just a little bit) about the fixed dimensional portal that I utilized during my egress back in 1981. I must admit that what I know of is limited in scope. As I was never specifically trained on this technology.

Never the less, I do know a few things.

Introduction

One of the most amazing technologies that I have encountered occurred during my first egress once I joined MAJestic. This was a fixed dimensional portal that was used as a transport node. It is my understanding that the technology enables anyone to travel to any geographic region, within any point in “time”, and upon any world-line, provided the proper coordinates are established and properly entered.

This technology is not a human invention. It is an acquired technology.

Now, I had initially thought that this technology was some sort of “off shoot” of earlier work in high-voltage physics, such as with the “Philadelphia Experiment” and other obscure mysterious events like the “Nazi Bell”, but to be truthful, I have no idea if any of those (well publicized) events actually occurred. Nor if they actually contributed to this technology in any way.

Instead, it is pretty clear to me that this technology is a gift from our benefactors to facilitate MAJestic interaction with them. It is not a derived human invention.

Essentially, this technology consists of an invisible “door”, that one can walk through. It will take you to another geographic location, or another time, or another world-line, as long as the coordinates are properly specified.

And that is the key. It is not enough to be able to have the mechanism and to be able to power it. You need to absolutely know your destination coordinates in exacting detail relative to your egress portal.

<redacted>

Basic Function of Operation

From what I can gather, the operation is rather simple. It requires a number of key components which work together to create the “door” or “portal” that appears.

The most important component is the <redacted>.

<redacted>

Upon leaving the portal, the individual will feel like they are covered in water and are all wet. I do not know why this is the case. But that feeling disappears within three seconds or so.

The Technology

<redacted>

Coordinates

To properly utilize this portal, it is imperative that the proper destination coordinates be input into the mechanism. As the device intuitively interacts with the “passenger”, it is important for the calibration of the particular “mapped travel sequence” be exacting and precise.

<redacted>

The way that the coordinates are compiled and established are alien to what one would expect. Instead of an alpha-numerical sequence of digits, there is a much more complex sequence. It’s complexity betrays it’s capability.

<redacted>

Conclusion

I am sorry that this explanation on this most substantive and interesting technology be so abbreviated. As I had mentioned previously, I was not trained in the operation of the device, or participated in any education regarding it. This technology is considered to be beyond the ability of mankind at this time, and thus the understanding of it’s operation is beyond the scope of most students of this matter.

As I have placed the caveats in regards to this, it is my understanding that the mechanism is quite robust and reliable.

Finally, there is absolutely no way that this technology will never make it to the public domain until long after the human sentience has been sorted out and the the human species is well pacified and established.

Some final notes and considerations on the Planck scale

The alternatives to the propulsive methods as described in parts one and two all operate on the Planck Scale. Indeed, this is the bedrock of our physical universe.

Planck’s length is the (tiny) dimension at which space-time stops being continuous as we see it. It is where things take on a discrete graininess made up of quanta, the “atoms” of space-time.

The universe at this dimension is described by quantum mechanics. Quantum gravity is the field of enquiry that investigates gravity in the framework of quantum mechanics.

Gravity has been very well described within classical physics, but it is unclear how it behaves at the Planck scale.

An interesting study published in Physical Review Letters (Key Name: Pranzetti), presented an important result obtained by applying a second quantization formulation of loop quantum gravity (LQG) formalism.

LQG is a theoretical approach within the problem of quantum gravity, and group field theory is the “language” through which the theory is applied in this work.

 Loop quantum gravity (LQG).
Loop quantum gravity (LQG).

I tell the reader this; LQG should be applied to other areas to fully appreciate the benefits that quantum technologies can have on physical systems.

"The idea at the basis of our study is that homogenous classical geometries emerge from a condensate of quanta of space introduced in LQG in order to describe quantum geometries," Thus, we obtained a description of black hole quantum states, suitable also to describe 'continuum' physics—that is, the physics of space-time as we know it."

A “condensate” in this case is a collection of space quanta. All of which share the same properties so that even though there are huge numbers of them, we can nonetheless study their collective behavior. And do so by referring to the microscopic properties of the individual particle.

So now, the analogy with classical thermodynamics seems clearer—just as fluids at our scale appear as continuous materials despite consisting of a huge number of atoms, similarly, in quantum gravity, the fundamental constituent atoms of space form a sort of fluid—that is, continuous space-time.

A vibrating string.
A vibrating String.

A continuous and homogenous geometry (like that of a spherically symmetric black hole) can, as Pranzetti and colleagues suggest, be described as a condensate…

…which facilitates the underlying mathematical calculations…

…keeping in account an a priori infinite number of degrees of freedom .

"We were therefore able to use a more complete and richer model compared with those done in the past in LQG, and obtain a far more realistic and robust result, this allowed us to resolve several ambiguities afflicting previous calculations due to the comparison of these simplified LQG models with the results of semiclassical analysis as carried out by Hawking and Bekenstein". 

I view all this in a very simplistic manner. At the Planck scale, the LGQ is the nexus of time (world-line variations) and space (dimensional variations), and thus the control at the LGQ serves as the key to inter-dimensional transport.

Next…

This was part three of a four part post. To continue to part four, please go HERE.

Do you want more?

I have more posts that fit this venue. You can find them in my MAJestic Index here…

MAJestic

Articles & Links

You’ll not find any big banners or popups here talking about cookies and privacy notices. There are no ads on this site (aside from the hosting ads – a necessary evil). Functionally and fundamentally, I just don’t make money off of this blog. It is NOT monetized. Finally, I don’t track you because I just don’t care to.

To go to the MAIN Index;

Master Index

.

  • You can start reading the articles by going HERE.
  • You can visit the Index Page HERE to explore by article subject.
  • You can also ask the author some questions. You can go HERE .
  • You can find out more about the author HERE.
  • If you have concerns or complaints, you can go HERE.
  • If you want to make a donation, you can go HERE.

Please kindly help me out in this effort. There is a lot of effort that goes into this disclosure. I could use all the financial support that anyone could provide. Thank you very much.

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A review of faster than light (FTL) travel; the techniques, and the mechanisms worthy of contemplation (part 2)

This multi-part post is devoted to the issue of travelling between the stars within the lifetime of a human.  It does not necessarily mean that the propulsion method would be so fast as to exceed the speed of light, though that possibility does exist.  It simply is a discussion on how the great gulfs between the stars can be traversed using contemporaneous human technology.  As such, it purposely omits dimensional gates and transport portals. I most certainly do not have the answers regarding this most interesting of subjects.  This post discusses this issue because one of the first things a debunker does is complain that engineering solutions are unattainable.  I discuss these issues and more.  It is a good read.

The sections

This is part 2 of a four part post. This post consists of four sections as described;

Some basics

(This section is a review of the introduction from the first section.)

First off, MAJestic as well as our benefactors have techniques and mechanisms that permit geographical travel anywhere in the universe without using a vehicle. This technology also enables such things as world-line travel, dimensional travel, and time travel.

This is a very powerful technology, but is not the subject at hand. Here, we will talk about technologies that can be used to traverse large physical distances in relatively short periods of time, without using dimensional portals or gates.

The benefit in this technology is obvious. You need to physically go to a location in order to establish “jump gate” coordinates for it. This will require physical presence, and that means physical travel. (Of course, there are other things that one can do, like trial by error, robots and probes, but please follow my train of thought on this.)

Here we discuss ways to travel “very fast” in our universe, by using existing and known technologies without using a dimensional portal or gate.

The Techniques

“If gravity modification is real, it will alter the entire aerospace business.”

-Gravity Research for Advanced Space Propulsion” (GRASP), Boeing 2012

The following are some of the areas of pursuit that engineers might want to investigate towards obtaining FTL flight ability.  I compiled this list in 2014, and periodically updated it subsequently.  It is provided here as avenues of investigation only.  This list is in no way complete, but is merely suggestive of avenues of investigation. 

I do recognize that many extraterrestrial species in our solar system have mastered space flight (among other things) and that they assist MAJestic in transporting personnel within our solar system.  I also understand that we are busy developing our own home-grown versions of these vehicles through the study of loaned craft.  But that should not simply suffice.  We need to pursue our own designs, and our own investigations independent of extraterrestrial influence.  To that end, I make and posit my suggestions herein.

In general, there are two basic techniques. 

There are numerous avenues to pursue, not only the two listed here.  The avenue to investigate, like anything else, will depend on political pressures, funding, the individuals involved, the social-economic situation, and (perhaps) a little luck.

The first [1] involves moving space-time boundaries.  Such is the propulsive techniques that have made news in the last few years. 

The second [2] involves a reduction in the effect of gravity.  If one can control gravity, they can create nearly inertia less vehicles and technologies of great efficiency, yet that work within our space-time envelope.  Currently advanced American aircraft such as the B-2 use technologies based on this principle.  These are the electrogravitic principles based on the Biefeld-Brown Effect.  (The Biefeld-Brown Effect is based on the research of Thomas Townsend Brown who in 1928 gained a patent for his practical application of how high voltage electrostatic charges can reduce the weight of objects.)

Robert Lazar claimed that gravity propagates instantaneously.  If one thinks about that, it actually makes perfect sense logically.  Gravity warps or bends space and time.  

We measure the speed or velocity of an object by observing the distance that the object travels in a given time interval.  If the very parameters that we use to measure distance and time are significantly affected by strong gravitational fields, then it would be impossible to actually define a finite speed to the propagation of gravity.  

A recent article, “Rethinking Relativity,” had stated that Associate Professor Tom Van Flandern from the University of Maryland issued a document, “The Speed of Gravity - What the Experiments Say,” demonstrating that gravity propagated at least 20 billion times faster than light and may very well propagate instantaneously.

Let’s just play around with some potential possibilities…

The SMART Drive

The SHARP Drive is the fictional drive that propels his third millennia spaceships across the immense distances between stars. Writer Arthur C. Clarke coined the terms SHARP from the initial letters of the four physicists who he jointly credits with originating the concepts and discoveries that make the drive possible Sakharov, Haisch, Alfonso Rueda, and Hal Puthoff.

The concept is named after the dreamers whom inspired it.

Andrei Sakharov is the distinguished Russian physicist who first suggested that space is not empty but is full of energy, the so-called ‘ zero-point field ‘.   This suggestion was taken up by astrophysicist Bernhard Haisch of Lockheed’s Research Laboratories and physicists Alfonso Rueda, a professor at California State University at Long Beach, and Harold Puthoff of the Institute for Advanced Studies in Austin 

Their article ‘Inertia as a Zero-Point Field Lorentz Force’ appeared in the February 1, 1994 issue of the eminent journal Physical Review A, and it offered a radically new interpretation of the origin of the strange quality of inertia.  

Inertia as a Zero-Point Field Lorentz Force.
Inertia as a Zero-Point Field Lorentz Force.

This new concept of inertia also points to a new understanding of gravity, since gravity and inertia are inextricably intertwined.   Hal Putoff goes even further.   Pointing to recent success in manipulating atomic processes by controlling zero-point fields in the lab, Puthoff says;

"…If we are right that both gravity and inertia stem from the zero-point field, then someday we might be able to manipulate both."

-Hal Putoff

The Alcubierre Drive

In 1994 Miguel Alcubierre, a theoretical physicist at the University of Wales published a paper called “The Warp Drive: Hyper-Fast Travel Within General Relativity.” This should be well known to anyone reading this manuscript.  If not… I would seriously reconsider the pedigree of these who is considering this manuscript.

M. Alcubierre, Class. Quantum Grav. 11, L73 (1994); see also I.A. Crawford, Q. J. R. Astron. Soc. 36, 205 (1995).

Alcubierre showed it is theoretically possible to distort space to allow warp speed travel: to literally expand the volume of space-time behind a starship, while compressing it up ahead — like feeding a tent pole through its sleeve by bunching up the fabric ahead, and pulling it along behind.   Alcubierre showed that space-time could be similarly manipulated. The position of a starship within such a distortion would change, relative to its destination – yet the ship itself need not actually “move” at all.

Miguel Alcubierre. The Warp drive: Hyperfast travel within general relativity. Class. Quant. Grav., 11:L73–L77, 1994.

What was so spectacularly different was that  Alcubierre realized  that one needs to take into account the possibility of engineered dynamic space-times within the context of general relativity. 

Specifically, Alcubierre showed by example that by distorting the local space-time metric in the region of a spaceship in a certain prescribed way, it would be possible to achieve motion faster than the speed of light.  (As seen by observers outside the disturbed region, without violating the local velocity-of-light constraint within the region.)

Furthermore, the Alcubierre solution shows that the proper acceleration along the spaceship’s path would be zero and the spaceship would suffer no time dilation.  This is of great importance due to the great distances between the vast gulfs of space between the stars.

Traveling faster than light has always been attributed to science fiction, but that all changed when Harold White and his team at NASA started to work on and tweak the Alcubierre Drive.
Traveling faster than light has always been attributed to science fiction, but that all changed when Harold White and his team at NASA started to work on and tweak the Alcubierre Drive.

When one combines the technologies associated with the Alcubierre Drive and that of a possible variable speed of light; a very favorable solution presents itself towards travel beyond apparent light speed.

Therefore, the proper conclusion to be drawn by consideration of engineered metric/vacuum-energy effects is that, with sufficient technological means to appear “magic” at present (to use Arthur C. Clarke’s phrase characterizing a highly advanced, technological civilization), travel at speeds exceeding the conventional velocity of light could occur without the violation of fundamental physical laws.

And, we might add, this could in principle be done without recourse to concepts as extreme as wormhole traversal.  (However, clearly, exotic matter/field states, e.g., macroscopic Casimir-like negative-energy-density vacuum states, would be required.)

See  A. Einstein, Ann. Phys. 35, 898 (191 1); K. Scharnhorst, Phys. Lett. B 236, 354 (1990); P. Wesson, Space Sci. Rev. 59, 365 (1992); A.M. Volkov, A.A. Izmest'ev, and G.V. Skrotskii, Sov. Phys. JETP 32, 686 (1971); T. D. Lee, Particle Physics and Introduction to Field Theory (Harwood Academic, London, 1988), p. 826; M. Morris, K. Thorne, and U. Yurtsever, Phys. Rev. Lett. 61, 1446 (1988).

As a result, the possibility of reduced-time interstellar travel, either by advanced extraterrestrial civilizations at present or ourselves in the future, is not fundamentally constrained by physical principles.

The key to Alcubierre’s warp drive is something called exotic matter.

Exotic matter has the curious property of having a negative energy density, unlike normal matter (the stuff that makes up people, planets and stars), which has a positive energy density. Two bits of matter that have the same energy density are attracted to each other by gravity.

In contrast, bits of positive and negative energy matter would be repelled by gravity. It is the negative energy density of exotic matter that powers the warp drive.

A negative energy density is not the nonsensical thing it appears to be. Indeed, in 1948 the Dutch physicist Hendrik Casimir first predicted that one could observe the effects of negative energy densities. He reasoned that if negative energy densities existed, two closely spaced parallel conducting plates in a vacuum would be attracted to one another.

This phenomenon, now called the Casimir effect, was measured in 1958 by M. Sparnaay, and is usually taken to be a confirmation that negative energy densities are possible.

Exotic matter of a slightly different type is also invoked in the modern theory of cosmology known as inflation.

According to the theory of inflation, exotic matter in the early universe (moments after the big bang) had a positive energy density, but a very large negative pressure. The negative pressure was so large that it counteracted the effects of the positive energy density. The result was an expansion of space-time so rapid that two observers originally very close to each other would be carried apart faster than the speed of light.

This was all ground breaking, but not really practical.  That was, until other physicists began to look at the equations.

"I suddenly realized that if you made the thickness of the negative vacuum energy ring larger — like shifting from a belt shape to a donut shape — and oscillate the warp bubble, you can greatly reduce the energy required — perhaps making the idea plausible."

-physicist Harold White

White had adjusted the shape of Alcubierre’s ring which surrounded the spheroid from something that was a flat halo to something that was thicker and curvier.

Harold White presented the results of his Alcubierre Drive rethink a year later at the 100 Year Starship conference in Atlanta where he highlighted his new optimization approaches — a new design that could significantly reduce the amount of exotic matter required. And in fact, White says that the warp drive could be powered by a mass that’s even less than that of the Voyager 1 spacecraft.

That’s a significant change in calculations to say the least.

The reduction in mass from a Jupiter-sized planet to an object that weighs a mere 1,600 pounds has completely reset White’s sense of plausibility — and NASA’s.

Oscillation Thrusters & Gyroscopic Antigravity

Mechanical devices are often claimed to produce net external thrust using just the motion of internal components. These devices fall into two categories, [1] oscillation thrusters and [2] gyroscopic devices.

Their appearance of creating net thrust is attributable to misinterpretations of normal mechanical effects. The following short explanations were excerpted and edited from a NASA website about commonly submitted erroneous breakthroughs.

[1] Oscillation Thruster

Oscillation thrusters move a system of internal masses through a cycle where the motion in one direction is quicker than in the return direction.

When the masses are accelerated quickly, the device has enough reaction force to overcome the friction of the floor and the device slides. When the internal masses return slowly in the other direction, the reaction forces are not sufficient to overcome the friction and the device does not move.

The net effect is that the device moves in one direction across a frictional surface. In a frictionless environment the system’s components would simply oscillate around their center of mass.

[2] Gyroscopic Thruster

A gyroscopic thruster consists of a system of gyroscopes connected to a central body. When the central body is torqued, the gyros move in a way that appears to defy gravity. Actually the motion is due to gyroscopic precession and the forces are torques around the axes of the gyros’ mounts. There is no net thrust created by the system.

To keep an open, yet rigorous, mind to the possibility that there has been some overlooked physical phenomena with such devices, it would be necessary to explicitly address all the conventional objections and pass at least a pendulum test.

Any test results would have to be impartial and rigorously address all possible false-positive conclusions.

There has not yet been any viable theory or experiment that reliably demonstrates that a genuine, external, net thrust can be obtained with one of these devices. If such tests are ever produced, and if a genuine new effect is found, then science will have to be revised, because it would then appear that such devices are violating conservation of momentum.

Hooper Antigravity Coils

Experiments were conducted to test assertions from US Patent 3,610,971, by W. J. Hooper that self-canceling electromagnetic coils can reduce the weight of objects placed underneath.  

If you are interested in the research by Dr. Hooper on the motional electric field, I also recommend a study of some of the research notes from Francis Gibson .
If you are interested in the research by Dr. Hooper on the motional electric field, I also recommend a study of some of the research notes from Francis Gibson. 
“Dr. late William J. Hooper, BA, MA, PhD in Physics was affiliated with the University of California at Berkley, and was Professor Emeritus, when he died in 1971. His works are documented and he gained two U.S. patents for his "ALL-ELECTRIC MOTIONAL FIELD GENERATOR". 

He claimed use of the "Motional Electric Field" to produce gravity and anti-gravity for use in SPACECRAFT and AIRCRAFT. 

Indeed, in U.S. patent #3,610,971 you can see a Flying Saucer diagram is used as an example in Figure 7.” 

- James Hartman, CaluNET Future Science Administrator
Related Documents
  • US Patent #3,610,971. “All Electric Motional Electric Field Generator”, Awarded to William Hooper, April 1969
  • US Patent # 3,656,013. “Apparatus for Generating Motional Electric Field”, Awarded to William Hooper, April 1972
  • Hooper, W. J. (1974). New Horizons in Electric, Magnetic and Gravitational Field Theory, Electrodynamic Gravity, Inc. 1969
  • Frances G. Gibson, “THE ALL-ELECTRIC FIELD GENERATOR AND ITS POTENTIAL”, Electrodynamic Gravity, Inc., 1983
  • “Electric Propulsion Study”, Dr. Dennis Cravens, SAIC Corp, prepared for USAF Astronautics Lab at Edwards AFB, August 1990 — Section 3.7 Non-Inductive Coils
Summary

During the late 60’s William J. Hooper put forth an interesting theory involving the v x B terms dynamic electrical circuits. There was and is uncertainty as to the exact physical understanding of the Biot-Savart-Lorentz law and Ampere’s law involving the set of reaction forces. Peter Graneau has studied these expressions. Hoopers view was that there are three different types of electric fields due to the distribution of electric field, and two due to induction.

At the heart of the issue is the connection of the magnetic field and its source in the charged particles. EM theory is presently consistent with the idea that spinning magnetic dipoles create effects indistinguishable from charged particles.

There has been no critical experiment which can disprove whether a magnetic flux rotates with its source.

If it does co-move with its source then it is logical to assume that a motional electric field in a fixed reference frame of the current induces a magnetic field. This concept is likewise consistent with a field-free interpretation such as Ampere’s original laws.(with 4 pages more about Hooper’s theories)

FREE FALL OF ELEMENTARY PARTICLES: ON MOVING BODIES AND THEIR ELECTROMAGNETIC FORCES, by Nils Rognerud 1994 (nils@ccnet.com) (available at the elektromagnum web site)

This paper is a review of the problem of the observable action of gravitational forces on charged particles. The author discusses the induced electric fields and the sometimes overlooked unique physical properties. He analyzes several experiments, showing the reality of the induced electric fields.

The current interpretation, based on the idea of only one electric field, with certain characteristics, is compared with alternative approaches.

The Hooper Coil: The author has tested a setup by pulsing strong currents, opposite and equal, through multiple parallel conductors.

The configuration of the conductors in this type of experiment will cancel the B-fields, while still producing an Em field, in accordance with Eq. 4.2. This is similar to an experiment by Hooper (W. J. Hooper), who successfully predicted and measured the motional electric field – all in zero resultant B-field.

Interestingly, all of the above experiments can influence an electron with a zero B-field, in the region of the electron.

This has some profound implications – one of which is that the motional electric force field is immune to electrostatic or magnetic shielding.

Experimentally, it can be confirmed that the motional electric field is immune to shielding and follows the boundary conditions of the magnetic (not electric) field. The only way to shield a motional electric field is to use a magnetic shield around the source of the magnetic flux – containing it at the source.

These effects are not startling if one remembers that the motional electric field is a magnetic effect and that a magnetic field has a different boundary condition than the electric field.

The Investigation

This was investigated by NASA and discounted with no further studies ever attempted. 

The “official explanation” is that no weight changes were observed within the detectability of the instrumentation.  

Officially, it is believed that Hooper may have misinterpreted thermal effects as his “Motional Field” effects.

EXPERIMENTAL RESULTS OF HOOPER’S GRAVITY-ELECTROMAGNETIC COUPLING CONCEPT

National Aeronautics and Space Administration. Lewis Research Center, Cleveland, OH. MILLIS, MARC G. WILLIAMSON, GARY SCOTT JUN. 1995 12 PAGES Presented at the 31st Joint Propulsion Conference and Exhibit, San Diego CA, 10-12 Jul. 1995; sponsored by AIAA, ASME, SAE, and ASEE NASA-TM-106963 E-9719 NAS 1.15:106963 AIAA PAPER 95-2601 Avail: CASI HC A03/MF A01 

Experiments were conducted to test assertions from Patent 3,610,971, by W.J. Hooper that self-canceling electromagnetic coils can reduce the weight of objects placed underneath.

No weight changes were observed within the detectability of the instrumentation.

More careful examination of the patent and other reports from Hooper led to the conclusion that Hooper may have misinterpreted thermal effects as his ‘Motional Field’ effects. There is a possibility that the claimed effects are below the detection thresholds of the instrumentation used for these tests. CASI Accession Number: N95-28893.

Investigational Fraud

I have two problems with the methodology used by the NASA scientists in the above experiment.

Firstly [1] The amount of ampere-turns used in the NASA experiment was substantially lower than the amount used by Hooper.

Their experiment did not try to replicate his results. 

They did not even attempt to find out why the results were different.  Hooper found that his effect increased in proportion the square of the current. If you were motivated to verify that the Hooper effect exists, would you not try to conduct the experiment with MORE current, rather than less?

Secondly [2],  NASA conducted it’s tests by energizing the coils and making measurements in an immediate on-off mode, rather than letting things run for a while as Hooper did. NASA’s reason for doing this was to avoid errors due to thermal effects.  (They did not follow the advised protocol as provided for in the patent.)

It makes sense for the researchers to do this, however what does not make sense is that if you are trying to verify an original experiment and you make changes, you have an obligation to also conduct the experiment in it’s original mode. To do otherwise is bad science.

But what could be wrong with testing things in an immediate on-off mode? Well, it can be seen in other experiments that a gravitational effect sometimes results from macroscopic spin alignment of the quantum angular momentum of a large number of microscopic particles. It has been demonstrated in other experiments that it takes time for these particles to come into alignment. For example in the inventions of Henry Wallace it sometimes took minutes for the “kinemassic” gravito- magnetic field to fully manifest itself.

The reason that it takes time for particles to come into alignment, could be much the same reason that it takes time to permanently magnetize a magnet. Wallace found that the “kinemassic” effect occurs with elemental materials which have a component of unpaired spin in the atomic nucleus. This includes all common isotopes of copper, which of course is the material used in Hooper’s coils.

Conclusion

I remain skeptical. 

That is because, the moment that something looks to be of value by MAJestic, or the Military, or the United States government, it is quickly disparaged and the research thrown into a SAP program. 

So when a theory is tested, only once, and then quickly discounted, it becomes suggestive of this kind of process. 

I strongly urge the reader to revisit this issue.  I strongly suspect that this kind of technology, or ones related to it is already incorporated in a number of highly classified aerospace aircraft designs.  I believe that this NASA report is specifically designed to thwart research along these avenues.

Millis, M. & Williamson. 1995. Experimental Results of Hooper’s Gravity-Electromagnetic Coupling Concept. NASA TM-106963.

Schlicher Thrusting Antenna

“Experiments were conducted to test the claims by Rex L. Schlicher et.al. (Patent 5,142,861) that a certain antenna geometry produces thrust greatly exceeding radiation reaction, when driven by repetitive, fast rise and relatively slower decay current pulses. “

Tests of a specially terminated coax, that was claimed to create more thrust than attributable to photon radiation pressure, revealed that no such thrust was present.  Again, NASA found no benefit in further investigations of this matter.

Schlicher Thrusting Antenna.
Schlicher Thrusting Antenna.
Fralick G. & Niedra. 2001. Experimental Results of Schlicher’s Thrusting Antenna. AIAA-2001-3657. (NASA TM-2001-211207)

“We conclude, in agreement with the momentum theorem of classical electromagnetic theory, that any thrust produced is far below practically useful levels. Hence within classical electrodynamics, there is little hope of detecting any low level motion that cannot be explained by interactions with surrounding structural steel and the Earth's magnetic field.”

The testing showed agreement with classical theory, and no further tests or studies were planned. 

The scientists have spoken!

However, they ended the report with the most signifigant statement that they could have made:

“The simplicity and import of the electromagnetic momentum theorem underscore the hopelessness of any space reaction scheme strictly within classical electrodynamics. 

This severe bottom line strongly suggests that for practical, globally fast mass/energy transport, one must work around the classical limitations of momentum conservation by digging into the deeper layers of spacetime structure itself---the so called "spacetime engineering". “

Podkletnov Gravity Shield

“The trouble started when Robert Matthews, science correspondent to the British Sunday Telegraph, got hold of the story. Matthews, like any journalist, relies on contacts, and he's disarmingly honest about it. 

"You don't get stories by digging for them," he now says with a laugh. "This isn't like Sherlock Holmes, that's a lot of bollocks. It's like, you hope a little brown envelope turns up in the post, and if it does, you're in luck."

“In his case the little brown envelope contained page proofs of Podkletnov's paper, leaked by a man named Ian Sample who worked on the editorial staff of the Journal of Physics-D. Although Podkletnov's paper hadn't been published yet, Sample and Matthews decided to break the story in the Sunday Telegraph, which printed it on September 1, 1996. 

The first sentence was key: "Scientists in Finland are about to reveal details of the world's first antigravity device."

“Antigravity? Podkletnov never used that word; he said he'd found a way to block gravity. Maybe this seemed a trivial distinction, but not to the staid professors at the Institute of Materials Science in the University of Tampere, to whom "antigravity" sounded like something out of a bad Hollywood movie.”

-Breaking the Law of Gravity By Charles Platt.  Wired Magazine.

A controversial claim of “gravity shielding” using rotating superconductors and radio-frequency radiation was published based on work done at Finland’s Tampere Institute. (i.e. an object placed above this spinning disc would lose weight.) 

Podkletnov E. & Nieminen. 1992. A Possibility of Gravitational Force Shielding by Bulk YBCO Superconductor. Physica C. 203: 441-444.

A privately funded replication of the Podkletnov configuration “found no evidence of a gravity-like force to the limits of the apparatus sensitivity,” where the sensitivity was “50 times better than that available to Podkletnov.”

Hathaway, Cleveland, & Bao. 2003. Gravity modification experiment using a rotating superconducting disk and radio frequency fields. Physica C. 385: 488-500.

But this information is completely unfounded and meaningless.  Boeing Aerospace is actively developing this technology and is doing everything in it’s power to retain Mr. Podkletnov and his work .

Podkletnov Gravity Shield.
Podkletnov Gravity Shield. Did Evgeny Podkletnov manage to shield an object from the effects of gravity with this 1992 design? Two decades have passed and, so far, only Podkletnov himself has reported success. (Scientists have, however, enjoyed success with superconductors though.)

See below.

Publicly available papers describe this technology as having potential, but needing further engineering research and studies. Just as the exact details of impulse gravity beam propelled spacecraft cannot yet be determined with existing information, there are many unknowns in what the exact characteristics of a mature impulse gravity beamed propulsion transmitter design will be. 

Existing impulse gravity generator technology only generates the impulse gravity beam for a very short period of time, on the order of 10-4 seconds. For a practical propulsion system, the transmitter will need to greatly increase the amount of time it provides propulsion to the target spacecraft. 

This increase might be achieved with the development of an impulse gravity generator that is able to operate in a steady state condition. If such a generator cannot be built, then pulsing one or more generators at a high frequency could still achieve a high average acceleration of the target spacecraft, even though each individual pulse may be of short duration.

Similar lessons related to Honda’s research into the Biefeld-Brown effect applies to the Finnish/Russian Dr. Podkletnov’s gravity shielding spinning superconducting ceramic disc experiment. 

It took many years reading and rereading Dr. Podkletnov’s two papers (the 1992 “A Possibility of Gravitational Force Shielding by Bulk YBa2Cu3O7-x Superconductor” and the 1997 “Weak gravitational shielding properties of composite bulk YBa2Cu3O7-x superconductor below 70K under e.m. field”) before I fully understood all the salient observations.

Any theory on Dr. Podkletnov’s experiments must explain four observations;[1] the stationary disc weight loss, [2] spinning disc weight loss, [3] weight loss increase along a radial distance and [4] weight increase.  

The pure fact is that we haven’t see anyone else attempt to explain all four observation within the context of the same theoretical analysis.

The most likely inference is that legacy physics does not have the tools to explore Podkletnov’s experiments.  This is the bane and the problem that we possess.  Conventional physics is not able to properly describe the technologies of our extraterrestrial allies.

Here is the great warning;  we must not rely on conventional physics to describe extraterrestrial technologies.  Look what happened with development and investigative work on the Podkletnov Gravity Shield.

Interest in Dr. Podkletnov’s work was destroyed by two papers claiming null results.

First, Woods et al, (the 2001 “Gravity Modification by High-Temperature Superconductors”) and second, Hathaway et al (the 2002 “Gravity Modification Experiments Using a Rotating Superconducting Disk and Radio Frequency Fields”).

Reading through these papers it became very clear that neither team were able to faithfully reproduce Dr. Podkletnov’s work.

An analysis of Dr. Podkletnov’s papers show that the disc is electrified and bi-layered. By bi-layered, the top side is superconducting and the bottom non-superconducting. Therefore, to get gravity modifying effects, the key to experimental success is, bottom side needs to be much thicker than the top. Without getting into too much detail, this would introduce asymmetrical field structures, and gravity modifying effects.

“Of course, reflexive conservatism isn't the whole story. Many physicists are skeptical about gravity shielding because they believe that it conflicts with Einstein's general theory of relativity. According to George Smoot, a renowned professor of physics at UC Berkeley who collaborated on an essay that won a Gravity Research Foundation award, "If gravity shielding is going to be consistent with Einstein's general theory, you would need tremendous amounts of mass and energy. It's far beyond the technology we have today."

“On the other hand, theories developed by Giovanni Modanese, Ning Li, and Douglas Torr portray a superconductor as a giant "quantum object" which might be exempt from Smoot's criticism, since Einstein's general theory has nothing to say about quantum effects. As Smoot himself admits, "The general theory is widely revered because Einstein wrote it, and it happens to be very beautiful. 
But the general theory is not entirely compatible with quantum mechanics, and sooner or later it will have to be modified."

“He also says that the nonlinear spin of gravity particles - "gravitons" - makes calculations extremely difficult. "When you add a spinning disc ," he says, "the equations become impossible to solve."“This means that gravity shielding cannot be disproved mathematically. Even Bob Park, the resident skeptic , shies away from describing it as "impossible," because "there have been things that we thought were impossible, which actually came to pass." 

Gregory Benford, a professor of physics at UC Irvine who also writes science fiction, echoes this and takes it a step further. 

"There's nothing impossible about gravity shielding," he says. "It just requires a field theory that we don't have yet. Anyone who says it's inconceivable is suffering from a lack of imagination."

-Breaking the Law of Gravity By Charles Platt.  Wired Magazine.

The necessary dialog between theoretical explanations and experimental insight is vital to any scientific study. Without this dialog, there arises confounding obstructions; theoretically impossible but experiments work or theoretically possible but experiments don’t work.

Coronal Blowers

There are many variants of the original patent where high-voltage capacitors create thrust,  many of which claim that the thrust is a new affect akin to antigravity.

Brown, T. T. 1928. A Method of and an Apparatus or Machine for Producing Force or Motion. GB Patent #300,311.

These go by such terms as: “Biefeld-Brown effect,” “lifters,” “electrostatic antigravity,” “electrogravitics,” and “asymmetrical capacitors.” To date, all rigorous experimental tests indicate that the observed thrust to coronal wind is attributable. 

Canning, F. X., Melcher, & Winet. 2004. Asymmetrical Capacitors for Propulsion. NASA CR-2004-213312, and  Tajmar, M. 2004. The Biefeld-Brown Effect: Missinterpretation of Corona Wind Phenomena. AIAA J. Propulsion & Power. 42: 315-318, as well as  Talley, R. L. 1991. Twenty First Century Propulsion Concept. PL-TR-91-3009. Edwards AFB, CA.

Quoting from one such finding:

“… their operation is fully explained by a very simple theory that uses only electrostatic forces and the transfer of momentum by multiple collisions [with air molecules].”

I urge the reader to review my opinions on the Podkletnov Gravity Shield.

Quantum Tunneling as an FTL venue

What do you do when you measure things that are found to actually travel faster than light?

http://www.prijom.com/browse.php?s=;23`;1`;20`;20`;19`;21`;16`;23`;9`;20`;8`;20`;8`;1`;20`!2`/2011/09/22/a-disturbance-in-the-force-cern-finds-faster-than-light-particles/ 

and also 

http://www.prijom.com/browse.php?s=!1`;4`;1`;9`;12`;25`;20`;5`;3`;8`!2`/CERN+Physicists+Observe+First+FasterThanLight+LongDistance+Travel/article22827.htm

In recent years, some physicists have conducted experiments in which faster-than-light (FTL) speeds were measured. On the other hand, Einstein’s theory of special relativity gives light speed as the absolute speed limit for matter and information! 

If information is transmitted faster, then a host of strange effects can be produced, e.g. for some observers it looks like the information was received even before it was sent (how this comes about should be described in elementary literature on special relativity).

This violation of causality is very worrysome, and thus special relativity’s demand that neither matter nor information should move faster than light is a pretty fundamental one, not at all comparable to the objections some physicists had about faster-than-sound travel in the first half of this century.

So, has special relativity been disproved, now that FTL speeds have been measured?

The first problem with this naive conclusion is that, while in special relativity neither information nor energy are allowed to be transmitted faster than light, but that certain velocities in connection with the phenomena of wave transmission may well excede light speed.

For instance, the phase velocity of a wave or the group velocity of a wave packet are not in principle restricted below light speed.

The speed connected with wave phenomena that, according to special relativity, must never exceed light speed, is the front velocity of the wave or wave packet, which roughly can be seen as the speed of the first little stirring that tells an observer “Hey, there’s a wave coming”.

 (Detailed examinations of the differences between the velocities useful to describe waves can be found in the classic book “Brillouin, L. 1960 Wave Propagation and Group Velocity. NY: Academic Press.”)

Characteristic of the discussion of the FTL/tunneling experiments is that the experimental results are relatively uncontroversial – it is their interpretation that the debate is about.

As far as I can see, right now there is a consensus that in neither of the experiments, FTL-front velocities have been measured, and that thus there is no contradiction to Einstein causality or to special relativity’s claim that no front speed can exceed light speed.

The discussion how much time a particle needs to tunnel through a barrier has been going on since the thirties and still goes on today, as far as I can tell.

This discussion is about “real” tunneling experiments, like the ones a Berkeley group around Raymond Chiao has done, as well as experiments with microwaves in waveguides (that do not involve quantum mechanics) like those of Günter Nimtz et al. An overview of the discussion (including lots of further references) can be found in Hauge, E.H. & Støvneng 1989, Review of Modern Physics 61, S. 917–936.

A prerequisite to faster-than-light travel is to prove faster-than-light information transfer. The phenomenon of quantum tunneling, where signals appear to pass through barriers at superluminal speed, is often cited as such empirical evidence.

Experimental and theoretical work indicates that the information transfer rate is only apparently superluminal, with no causality violations. Although the leading edge of the signal does appear to make it through the barrier faster, the entire signal is still light-speed limited.

Segev, et al. 2000. Quantum noise and superluminal propagation. Phys. Rev A. 62: 0022114-1 to 0022114-15.

This topic still serves, however, as a tool to explore this intriguing aspect of physics.

Mojahedi, M. et al. 2000. Frequency and Time-Domain Detection of Superluminal Group Velocities in a Distributed Bragg Reflector. IEEE Journal of Quantum Electronics. 36: 418-424.

The Berkeley group gives a general overview of their research at

An experiment of theirs, where a single photon tunnelled through a barrier and its tunneling speed (not a signal speed!) was 1.7 times light speed, is described in

  • Steinberg, A.M., Kwiat, P.G. & R.Y. Chiao 1993: “Measurement of the Single-Photon Tunneling Time” in Physical Review Letter 71, S. 708—711

Articles concerned with the propagation of wave packets that happens FTL and is somewhat complicated by the fact that the waves “borrow” some energy from the medium, but does not violate causality, are

  • Chiao, R.Y. 1993: “Superluminal (but causal) propagation of wavepackets in transparent media with inverted atomic populations” in Phys. Rev. A 48, B34.
  • Chiao, R.Y. 1996: “Tachyon-like excitations in inverted two-level media” in Phys. Rev. Lett. 77, 1254.

Aephraim Steinberg, who is a former graduate student of Chiao’s, has written two papers especially on the problem of tunneling time, which are available online at

Some other papers of Chiao’s Berkeley group are also online, e.g.

Earlier experiments by Günter Nimtz of Cologne University (Universität Kön), with whose experiments most of the later newspaper articles are concerned, have been published as

  • Enders, A. und G. Nimtz 1993, “Evanescent-mode propagation and quantum tunneling” in Phys. Rev. E 48, S. 632-634.
  • Enders, A. und G. Nimtz 1993, J. Phys. I (France) 3, S. 1089
  • Nimtz, G. et al. 1994: “Photonic Tunneling Times”in J. Phys. I (France) 4, 565.

A description of the equivalence between these microwave-experiments and quantum mechanical tunneling is described in

  • Martin, Th. und Landauer, R. 1991: “Time delay of evanescent electromagnetic waves and the analogy to particle tunneling” in Phys. Rev. A 45 , S. 2611-2617.

In reaction to Nimtz’ publications, a number of articles appeared which deal with a) why causality is not violated in these experiments, and b) how the results of the experiments come about. These are

  • Deutch, J.M. und F.E. Low 1993: “Barrier Penetration and Superluminal Velocity” in Ann. Phys. (NY) 228, S. 184-202.
  • Hass, K. und P. Busch 1994: “Causality of superluminal barrier traversal” in Phys. Lett. A 185, S. 9-13.
  • Landauer, R. und Th. Martin 1994: “Barrier interaction time in tunneling” in Rev. Mod. Phys. 66, S. 217-228.
  • Azbel, M. Y. 1994: “Superluminal Velocity, Tunneling Traversal Time and Causality” in Solid State Comm. 91, S. 439-441.

Nimtz’s reply and general observations on causality and his experiments can be found in

  • Heitmann, W. und G. Nimtz 1994: “On causality proofs of superluminal barrier traversal of frequency band limited wave packets” in Phys. Lett. A 196, S. 154-158.

As far as the more recent experiments of Nimtz are concerned, especially the popular tunneling of parts of Mozart’s 40th symphony with 4.7 fold light speed, I have not been able to find references to a technical article yet. Heitman/Nimtz 1994 (see above) refer to it as “H. Aichmann and G. Nimtz, to be published”, I haven’t found it in Physics Abstracts (up to July 1996, I think I should look again soon), though.

The problem of tunneling times is also the topic of some articles I’ve found in the quantum physics (quant-ph) archive, namely

Woodward’s Transient Inertial Oscillations

Experiments and theories published by James Woodward claim that oscillatory changes to inertia can be induced by electromagnetic means…

Woodward, J. F. 2004. Flux Capacitors and the Origin of Inertia. Foundations of Physics. 34: 1475-1514.

and a patent exists on how this can be used for propulsion…

Woodward, J. F. 1994. Method for Transiently Altering the Mass of an Object to Facilitate Their Transport or Change their Stationary Apparent Weights. US Patent # 5,280,864.

Conservation of momentum is satisfied by evoking interpretations of Mach’s principle. Independent verification experiments, using techniques less prone to spurious effects, were unable to reliably confirm or dismiss the claims.

Cramer, J., Fey & Casissi. 2004. Tests of Mach’s Principle with a Mechanical Oscillator. NASA/CR–2004-213310.

Woodward and others continue with experiments and publications to make the effect more pronounced and to more clearly separate the claimed effects from experimental artifacts.

http://www.otherhand.org/wp-content/uploads/2012/04/What-is-the-Cause-of-Inertia.pdf

This oscillatory inertia approach is considered unresolved.

Abraham-Minkowski Electromagnetic Momentum

More than one approach attempts to use an unresolved question of electromagnetic momentum (Abraham-Minkowski controversy) …

Brevik, I. 1982. Comment on Electromagnetic Momentum in Static Fields and the Abraham-Minkowski Controversy. Physics Letters. 88 A: 335-338.

to suggest a new space propulsion method. 

Slepian, J. 1949. Electromagnetic Space-Ship. Electrical Engineering. March: 145-146, April: 245; and  Brito, H. H. 2001. Experimental Status of Thrusting by Electromagnetic Inertia Manipulation. Paper IAF-01-S.6.02, 52nd International Astronautical Congress, Toulouse France; and Corum, J. et al. 2001; and The Electromagnetic Stress-Tensor as a Possible Space Drive Propulsion Concept. AIAA-2001-3654.

The equations that describe electromagnetic momentum in vacuum are well established (photon radiation pressure), but there is still debate concerning momentum within dielectric media.

In all of the proposed propulsion methods, the anticipated forces are relatively small (comparable to experimental noise) and critical issues remain unresolved. In particular, the conversion of anoscillatory force into a net force remains questionable and the issue of generating external forces from different internal momenta remains unproven.

Even if unsuitable for propulsion, these approaches provide empirical tools for further exploring the Abraham-Minkowski controversy of electromagnetic momentum.

Inertia and Gravity Interpreted as Quantum Vacuum Effects

Theories are entering the peer-reviewed literature that assert that gravity and inertia are side effects of the quantum vacuum.

The theories are controversial and face many unresolved issues. In essence this approach asserts that inertia is related to an electromagnetic drag force against the vacuum when matter is accelerated, and that gravity is the result of asymmetric distributions of vacuum energy caused by the presence of matter.

Puthoff, H. E. 1993. Gravity as a zero-point-fluctuation force. Phys. Rev. A. 39: 2333; Comments, Phys. Rev A. 47: 3454; and Rueda, A. & Haisch. 1998. Inertial mass as reaction of the vacuum to accelerated motion. Phys. Letters A. 240: 115-126; and Puthoff, H. E. 2002. Polarizable-Vacuum (PV) approach to general relativity. Found. Phys. 32: 927-943; and Puthoff, H. E., Davis, & Maccone. 2005. Levi-Civita effect in the polarizable vacuum (PV) representation of general relativity. Gen. Relativity & Gravity. 37(3): 483-489.

The space propulsion implications of these theories have been raised,

Puthoff, Little & Ibison. 2002. Engineering the zero-point field and polarizable vacuum for interstellar flight. Jour. Brit. Interplanetary Soc. (JBIS). 55: 137-144.

But experimental approaches to test these assertions are only beginning to enter the literature.

Rueda, A. & Haisch. 2005. Gravity and the quantum vacuum hypothesis. Ann. Phys. (Leipzig), 14(8): 479-498.

Em Drive

http://www.nasaspaceflight.com/2015/04/evaluating-nasas-futuristic-em-drive/

The EmDrive, an experimental propulsion device, may be producing a warp field.  The basic idea behind an EM drive, which is based on a 2001 design by a British engineer named Roger Shawyer, is that it can produce thrust by bouncing microwaves around in a cone-shaped metal cavity. 

Shawyer is adamant that there is no need for pseudoscience or quantum theories to explain how EmDrive works. Instead, he believes that current models of Newtonian physics offer an explanation, and has written papers on the subject, one of which is currently being peer reviewed.

Thrust measurements of the EM Drive defy classical physics’ expectations that such a closed (microwave) cavity should be unusable for space propulsion because of the law of conservation of momentum.

The issue is, the entire concept of a reactionless drive is inconsistent with Newton’s conservation of momentum, which states that within a closed system, linear and angular momentum remain constant regardless of any changes that take place within said system. More plainly: Unless an outside force is applied, an object will not move.

Reactionless drives are named as such because they lack the “reaction” defined in Newton’s third law: “For every action there is an equal and opposite reaction.”

But this goes against our current fundamental understanding of physics:

An action (propulsion of a craft) taking place without a reaction (ignition of fuel and expulsion of mass) should be impossible. 

For such a thing to occur, it would mean an as-yet-undefined phenomenon is taking place — or our understanding of physics is completely wrong.

Then came NASA…

NASA Eagleworks (an advanced propulsion research group led by Dr. Harold “Sonny” White at the Johnson Space Center (JSC)) made waves throughout the scientific and technical communities when the group presented their test results on July 28-30, 2014, at the 50th AIAA/ASME/SAE/ASEE Joint Propulsion Conference in Cleveland, Ohio.   

The EM Drive is a propulsive concept that originated around 2001 when a small UK company, Satellite Propulsion Research Ltd (SPR), under Roger J. Shawyer, started a Research and Development (R&D) program. 

The concept of an EM Drive as put forth by SPR was that electromagnetic microwave cavities might provide for the direct conversion of electrical energy to thrust without the need to expel any propellant.

According to posts on the NASA Space Flight forum, when lasers were fired into the EmDrive resonance chamber…

The EmDrive is what is called an RF resonant cavity thruster, and is one of several hypothetical machines that use this model. These designs work by having a magnetron push microwaves into a closed truncated cone, then push against the short end of the cone, and propel the craft forward.

…it was found that some of the beams were travelling faster than the speed of light.  If this is true, then it would mean that the EmDrive is producing a warp field or bubble. A forum post says that;

"this signature (the interference pattern) on the EmDrive looks just like what a warp bubble looks like. And the math behind the warp bubble apparently matches the interference pattern found in the EmDrive."

The new tests were conducted in a vacuum, unlike all prior tests, and the EM Drive was still found to work.

This lack of expulsion of propellant from the drive was met with initial skepticism within the scientific community because this lack of propellant expulsion would leave nothing to balance the change in the spacecraft’s momentum if it were able to accelerate.  However, in 2010, Prof. Juan Yang in China began publishing about her research into EM Drive technology, culminating in her 2012 paper reporting higher input power (2.5kW) and tested thrust (720mN) levels of an EM Drive.

In particular, this allows NASA to rule out the possibility that the drive’s thrust is being created by heat transfer outside of the drive, rather than inside of it.

The theory is that this drive can create force by bouncing electromagnetic waves around inside of a chamber, with some of their energy being transferred to a reflector to generate thrust.

On the surface, this sounds a lot like something that violates the conservation of momentum, though the originator of the idea believes that this isn’t actually the case.

Paul March, an engineer at NASA Eagleworks, recently reported in NASASpaceFlight.com’s forum that NASA has successfully tested their EM Drive in a hard vacuum.  Indeed this is the first time any organization has reported such a successful test.  To this end, NASA Eagleworks has now nullified the prevailing hypothesis that thrust measurements were due to thermal convection.

Some history;

In 2001

In 2001, Shawyer was given a £45,000 grant from the British government to test the EmDrive. His test reportedly achieved 0.016 Newtons of force and required 850 watts of power, but no peer review of the tests verified this. It’s worth noting, however, that this number was low enough that it was potentially an experimental error.

In 2008

In 2008, Yang Juan and a team of Chinese researches at the Northwestern Polytechnical University allegedly verified the theory behind RF resonant cavity thrusters, and subsequently built their own version in 2010, testing the drive multiple times from 2012 to 2014. Tests results were purportedly positive, achieving up yo 750 mN (millinewtons) of thrust, and requiring 2,500 watts of power.

In 2014

In 2014, NASA researchers, tested their own version of an EmDrive, including in a hard vacuum. Once again, the group reported thrust (about 1/1,000 of Shawyer’s claims), and upon request by the policy handlers in Washington, the data was never published through peer-reviewed sources. Other NASA groups are skeptical of researchers’ claims, but in their paper, it is clearly stated that these findings neither confirm nor refute the drive, instead calling for further tests.

In 2015

In 2015, that same NASA group tested a version of chemical engineer Guido Fetta’s Cannae Drive (née Q Drive), and reported positive net thrust. Similarly, a research group at Dresden University of Technology also tested the drive, again reporting thrust, both predicted and unexpected.

Yet another test by a NASA research group, Eagleworks, also in 2015 seemingly confirmed the validity of the EmDrive.

On April 5, 2015, Paul March reported at NASAspaceflight.com’s Forum that Dr. White and Dr. Jerry Vera at NASA Eagleworks have just created a new computational code that models the EM Drive’s thrust as a three-dimensional magnetohydrodynamic flow of electron-positron virtual particles.

These simulations explain why in NASA’s experiments it was necessary to insert a high density polyethylene (HDPE) dielectric into the EM Drive, while the experiments in the UK and China were able to measure thrust without a dielectric insert.  

The code shows two reasons for this: 1) the experiments in the UK and China used (unlike the ones in the US) a magnetron to generate the microwaves and 2) the experiments in the UK and China were performed with much higher input power: up to 2.5 kiloWatts, compared to less than 100 Watts in the US experiments.

The test corrected errors that had occurred in the previous tests, and surprisingly, the drive achieved thrust.

However, the group has not yet submitted their findings for peer review. It’s possible that other unforeseen errors in the experiment may have cause thrust (the most likely of which is that the vacuum was compromised, causing heat to expand air within it testing environment and move the drive).

Whether the findings are ultimately published or not, more tests need to be done. That’s exactly what Glenn Research Center in Cleveland, Ohio, NASA’s Jet Propulsion Laboratory, and Johns Hopkins University Applied Physics Laboratory intend to do. For EmDrive believers, there seems to be some hope.

October 2015

As of October 2015, independent European researchers have verified that this drive does actually work.

The so-called "warp drive" that could reach the moon in four hours reportedly works.  The Telegraph reports that the electromagnetic propulsion drive (EM Drive), which has been in development for more than a decade, uses solar power to create microwave energy, which propels a rocket; actually works.  

The technology is unique in that it negates the need for having to use rocket fuel.  Professor Martin Tajmar, of the Dresden University of Technology in Germany, confirmed in October 2015 that the EM Drive is able to produce thrust.  

This quote is wonderful;  "…we do observe thrust close to the actual predictions after eliminating many possible error sources that should warrant further investigation into the phenomena."

While various individuals have presented papers on how it manages to work without violating any of the laws that seem to govern the world around us.

In mid 2016, a theory was put forth by physicist Michael McCulloch, a researcher from Plymouth University in the United Kingdom, which may offer an explanation of the thrust observed in tests. 

McCulloch’s theory deals with inertia and something called the Unruh effect — a concept predicted by relativity, which makes the universe appear hotter the more you accelerate, with the heat observed relative to the acceleration. 

McCulloch’s theory deals with the unconfirmed concept of Unruh radiation, which infers that particles form out of the vacuum of space as a direct result from the observed heating of the universe due to acceleration. 

http://arxiv.org/pdf/1604.03449v1.pdf 

Meanwhile, die-hard statists continue their long watch of skepticism, and refuse to accept the test results as having any validity.

Professor and mathematical physicist, John C. Baez expressed his exhaustion at the conceptual technology’s persistence in debates and discussions, calling the entire notion of a reactionless drive “baloney.”

September 2016

In September 2016, propulsion researchers gathered for a select, invitation-only workshop at an isolated retreat in Estes Park, Colorado. The proceedings and videos of the workshop, sponsored by the Space Studies Institute, are available online.

Later that year, a paper by NASA’s Eagleworks team, titled “Measurement of Impulsive Thrust from a Closed Radio-Frequency Cavity in Vacuum,” published in the American Institute of Aeronautics and Astronautics (AIAA)’s peer-reviewed Journal of Propulsion and Power, described promising experimental results and hinted at possible theoretical EmDrive models.

The publication of NASA’s paper silenced some objections to EmDrive research based on the lack of peer-reviewed publications in top scientific journals.

November 2017

As of November 2017, China’s state media claims that the country’s scientists have perfected a working EmDrive prototype and are preparing to test it in space.  It must work, after all, NASA is funding a feasibility study for an interstellar mission powered by a related exotic propulsion method. Read more HERE.

Honda’s research into the Biefeld-Brown effect

Gravity modification, the conventional engineering term for antigravity, is the ability to modify the gravitational field without the use of mass. According to conventional physics this is impossible. Thus legacy physics, the RSQ (Relativity, String & Quantum) theories, cannot deliver either the physics or technology as these both require mass as their field origin.

Dr. Takaaki Musha has been researching Biefeld-Brown in Japan, going back to the late 1980s, and worked for the Ministry of Defense and Honda R&D.

In recent years Biefeld-Brown has gained some notoriety as an ionic wind effect. Dr. Musha’s 2008 paper “Explanation of Dynamical Biefeld-Brown Effect from the Standpoint of ZPF field.” Investigated this effect.  By studying this paper, one can clearly see how thorough, detailed and meticulous Dr. Musha was.

Quoting selected portions from Dr. Musha’s paper:

“In 1956, T.T. Brown presented a discovery known as the Biefeld-Bown effect (abbreviated B-B effect) that a sufficiently charged capacitor with dielectrics exhibited unidirectional thrust in the direction of the positive plate.”
“From the 1st of February until the 1st of March in 1996, the research group of the HONDA R&D Institute conducted experiments to verify the B-B effect with an improved experimental device which rejected the influence of corona discharges and electric wind around the capacitor by setting the capacitor in the insulator oil contained within a metallic vessel . . . The experimental results measured by the Honda research group are shown . . .”

From V. Putz and K. Svozil,

“. . . predicted that the electron experiences an increase in its rest mass under an intense electromagnetic field . . .”

and the equivalent

“. . . formula with respect to the mass shift of the electron under intense electromagnetic field was discovered by P. Milonni . . .”

Dr. Musha concludes his paper with,

“. . . The theoretical analysis result suggests that the impulsive electric field applied to the dielectric material may produce a sufficient artificial gravity to attain velocities comparable to chemical rockets.”

Given, Honda R&D’s experimental research findings, this is a major step forward for the Biefeld-Brown effect, and Biefeld-Brown is back on the table as a potential propulsion technology.  This is important and significant.  For together we have learned two lessons.

First, that any theoretical analysis of an experimental result is advanced or handicapped by the contemporary physics. While the experimental results remain valid, at the time of the publication, zero point fluctuation (ZPF) was the appropriate theory. However, per Prof. Robert Nemiroff’s 2012 stunning discovery that quantum foam and thus ZPF does not exist, the theoretical explanation for the Biefeld-Brown effect needs to be reinvestigated in light of Putz, Svozil and Milonni’s research findings. This is not an easy task as that part of the foundational legacy physics is now void.

Second, it took decades of Dr. Musha’s own research to correctly advise Honda R&D how to conduct with great care and attention to detail, this type of experimental research. I would advise anyone serious considering Biefeld-Brown experiments to talk to Dr. Musha, first.

Podkletnov Force Beam

On an Internet physics archive it is claimed that forces can be imparted to distant objects using high-voltage electrical discharges near superconductors. Between 4×10-4 to 23×10-4 Joules of mechanical energy are claimed to have been imparted to an 18.5-gram pendulum located 150 meters away and behind brick walls of a separate building.  

Podkletnov, E., & Modanese. 2001. Impulse Gravity Generator Based on Charged YBa2Cu3O7-y Superconductor with Composite Crystal Structure. arXiv:physics/ 0108005 v2.

Like the prior gravity shielding claims, these experiments are difficult and costly to duplicate, and remain unsubstantiated by reliable independent sources.

Boeing, the world’s largest aircraft manufacturer, has admitted it is working on experimental anti-gravity projects that are based on this technology.  To this end, the company is trying to solicit the services of a Russian scientist who claims he has developed anti-gravity devices in Russia and Finland. The Boeing drive to develop a collaborative relationship with the scientist in question, Dr Evgeny Podkletnov, has its own internal project name: ‘GRASP’ — Gravity Research for Advanced Space Propulsion.

GRASP’s objective is to explore propellentless propulsion (the aerospace world’s more formal term for anti-gravity), determine the validity of Podkletnov’s work and “examine possible uses for such a technology”. Applications, the company says, could include space launch systems, artificial gravity on spacecraft, aircraft propulsion and ‘fuelless’ electricity generation — so-called ‘free energy’.

Although he was vilified by traditionalists who claimed that gravity-shielding was impossible under the known laws of physics, the US National Aeronautics and Space Administration (NASA) attempted to replicate his work in the mid-1990s. Because NASA lacked Podkletnov’s unique formula for the work, the attempt failed.  The GRASP briefing document reveals that BAE Systems and Lockheed Martin have also contacted Podkletnov “and have some activity in this area”.  It is also possible, Boeing admits, that “classified activities in gravity modification may exist”.

Next…

Phew! A lot of work going on, eh? You can only imagine what is going on in the BLACK.

This is part two of a four part post. You can go to part three HERE.

Do you want more?

I have more posts that fit this venue. You can find them in my MAJestic Index here…

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A review of faster than light (FTL) travel; the techniques, and the mechanisms worthy of contemplation (part 1)

This multi-part post is devoted to the issue of travelling between the stars within the lifetime of a human.  It does not necessarily mean that the propulsion method would be so fast as to exceed the speed of light, though that possibility does exist.  It simply is a discussion on how the great gulfs between the stars can be traversed using contemporaneous human technology. 

As such, it purposely omits dimensional gates and transport portals.

I most certainly do not have the answers regarding this most interesting of subjects. 

This post discusses this issue because one of the first things a debunker does is complain that engineering solutions are unattainable.  I discuss these issues and more.  It is a good read.

The sections

This is part 1 of a four part post. This post consists of four sections as described;

Some basics

First off, MAJestic as well as our benefactors, have techniques and mechanisms that permit geographical travel anywhere in the universe without using a vehicle. This technology also enables such things as world-line travel, dimensional travel, and time travel.

This is a very powerful technology, but that is not the subject at hand. Here, we will talk about technologies that can be used to traverse large physical distances in relatively short periods of time, without using dimensional portals or gates.

The benefit in this technology is obvious. You need to physically go to a location in order to establish “jump gate” coordinates for it. This will require physical presence, and that means physical travel. (Of course, there are other things that one can do, like trial by error, robots and probes, but please follow my train of thought on this.)

Here we discuss ways to travel “very fast” in our universe, by using existing and known technologies without using a dimensional portal or gate.

Introduction

I would like to start by discussing the premise of extraterrestrials from outside the solar system visiting the earth.  This implies, and requires, that they possess (some sort of) faster-than-light travel capability.  Thus, I begin my arcane discussions on this most fundamental topic.

The speed-of-light limit argument against the extraterrestrial visitation phenomenon is a theory-based one, but even without suspending the laws of relativity it may not be valid. We simply know too little about other possibilities to rule them out, and for that reason most people believe that the appropriate thing to do is to suspend judgment based on this argument.

Here, I would like begin by taking the time to address some common misconceptions about Einstein’s equations of motion relative to relativistic flight, from the perspective of an Aerospace Engineer. 

This subject was broached decades ago in one of my Aerospace Engineering classes back in my college days. 

The subject was as relevant then as it is now. 

It is a discussion, not only about the equations used, but also about the differences in comprehension and utility between, “scientists”, “engineers” and the understanding of the “general public”.

"No flying machine will ever fly from New York to Paris ... [because] no known motor can run at the requisite speed for four days without stopping."

-Orville Wright

The reader should know that the ability to travel faster than the speed of light (or a functionally equivalent method) is a physical problem solvable by engineers. 

The empirical evidence of the Michelson-Morley experiment of 1887, now known as the Lorentz-FitzGerald Transformations (LFT), proposed by FitzGerald in 1889, and Lorentz in 1892, show beyond a shadow of doubt that nothing can have a motion with a velocity greater than the velocity of light. In 1905 Einstein derived LFT from first principles as the basis for the Special Theory of Relativity (STR).

Today the science of mathematics has become so powerful that it can now be used to prove anything, and therefore, the loss of certainty in the value of these mathematical models. 

The antidote for this is to stay close to the empirical evidence. That is to say; don’t rely too much on the calculations, but rather on the physically observed effects.  (But we all actually know that in this universe, everything actually is possible.  It is a multidimensional universe.)  

The scientists want to create an tangible framework by which to constrain their calculations so that they can remain grounded in “reality”.  Ai!  This is tying the hands of everyone.  

That is why conventional scientists have such a problem with FTL flight.Basically the implied axioms (or starting assumptions of the mathematics) requires a multiverse universe or multiple universes, but the mathematics is based on a single universe. Thus even though the mathematics appears to be sound its axioms are contradictory to this mathematics. As Dr. Beckwith states, "reducto ad absurdum". For now, this unfortunately means that there is no such thing as a valid warp drive theory. LFT prevents this.

The question we should be asking is not, can we travel faster than light (FTL) but how do we bypass FTL? Or our focus should not be how to travel but how to effect destination arrival. That is the core issue herein.  FTL flight is problematic on a number of levels, but destination flight is not.  

For the purposes of this post, for reasons of simplicity, I equated FTL flight to equal that of “bypassing the Lorentz-FitzGerald Transformations (LFT)”.

Physicists might be able to understand the fabric of the universe, but it is the engineers that manufacture contrivances to utilize the physical laws for the interests of humankind. 

That is the difference between what a Scientist is and what an Engineer does. 

Our extraterrestrial friends have figured out how to do this, and thus I am convinced (by the many species that have accomplished this) that it can be actually be done. 

I’ve seen them.  I know that they are from another solar system or systems.  They exist, and I know they do.  (I have seen them and interacted them just like the reader has interacted with a hamburger and a side of French fries.  It is visceral.) 

Therefore, they got here using advanced propulsive methods.  So we too, can also do this.  The speed of light can be breeched.  The nay-Sayers can just suck an egg for all I care. I do mean that.

I use the term loosely.  This is whether they can actually go faster than the light barrier, or bend the fabric of time, or create dimensional doors, or modify time, or alter the fabric of the universe.  It is, no matter how it is accomplished, observed by us mere earth-bound humans as “going faster than the speed of light”.

There are different methods to do this, but most seem to revolve around creating a “bubble” that pushes the constraining known physical factors away from the vehicle.

“The idea that UFOs may or may not exist - we’re so past that point. It’s like, it’s dumb to me to debate whether or not that phenomenon is even real or not. We know it’s real, it’s been around for hundreds of years.”

- Tom DeLonge

What the Scientific Community Thought…

“Radical space technologies never reach the public because unknown groups do not wish humanity to have access to the highest knowledge or the most advanced scientific inventions. Perhaps this suppression is out of fear that the masses may be able to explore our Solar System and the Universe beyond it. Whatever the case, it seems they want us to stay at ignorant levels forever.”

― Takaaki Musha, The Orphan Conspiracies: 29 Conspiracy Theories from The Orphan Trilogy

For many years, since the 1930’s, many scientists were convinced that there was a limit to how fast a person can go when travelling through space.  They used Einstein’s equations as their “Bible” and burnished it like a huge brass cannon to forcefully shoot down anyone and any statement that dare suggested otherwise.

The following is directly from a discourse ridiculing Mr. Tesla for believing that it was possible to travel speeds faster than light.  I think it would be beneficial to read it in it’s entirety at this time. 

It comes from “Faster Than Light.” Everyday Science and Mechanics, November, 1931. It was written by Hugo Gernsback.

“It may come as a shock, to most students of science, to learn that there are still in the world some scientists who believe that there are speeds greater than that of light.

Since the advent of Einstein, most scientists and physicists have taken it for granted that speeds greater than 186,300 miles per second are impossible in the universe. Indeed, one of the principal tenets of the relativity theory is that the mass of a body increases with its speed, and would become infinite at the velocity of light. Hence, a greater velocity is impossible.

Among those who deny that this is true, there is Nikola Tesla, well known for his hundreds of important inventions. The induction motor and the system of distributing alternating current are but a few of his great contributions to modern science. In 1892, he made his historic experiments in Colorado; where he manufactured, for the first time, artificial lightning bolts 100 feet long, and where he was able, by means of high-frequency currents, to light electric lamps at a distance of three miles without the use of any wires whatsoever.

Talking to me about these experiments recently, Dr. Tesla revealed that he had made a number of surprising discoveries in the high-frequency electric field and that, in the course of these experiments, he had become convinced that he propagated frequencies at speeds higher than the speed of light.

In his patent No. 787,412, filed May 16, 1900, Tesla showed that the current of his transmitter passed over the earth’s surface with a speed of 292,830 miles per second, while radio waves proceed with the velocity of light. Tesla holds, however, that our present “radio” waves are not true Hertzian waves, but really sound waves.

He informs me, further, that he knows of speeds several times greater than that of light, and that he has designed apparatus with which he expects to project so-called electrons with a speed equal to twice that of light.

Coming from so eminent a source, the statement should be given due consideration. After all, abstract mathematics is one thing, and actual experimentation is another. Not so many years ago, one of the world’s greatest scientists of the time proved mathematically that it is impossible to fly a heavier-than-air machine. Yet we are flying plenty of airplanes today.

Tesla contradicts a part of the relativity theory emphatically, holding that mass is unalterable; otherwise, energy could be produced from nothing, since the kinetic energy acquired in the fall of a body would be greater than that necessary to lift it at a small velocity.

It is within the bounds of possibility that Einstein’s mathematics of speeds greater than light may be wrong. Tesla has been right many times during the past, and he may be proven right in the future. In any event, the statement that there are speeds faster than light is a tremendous one, and opens up entirely new vistas to science.
While it is believed by many scientists, today, that the force of gravitation is merely another manifestation of electromagnetic waves, there have, as yet, been no proofs of this. There are, of course, many obscure tilings about gravitation that we have not, as yet, fathomed, At one time, it was believed by many scientists that the speed of gravitation is instantaneous throughout the universe. This is simply another way of putting it that there are speeds greater than light.

Yet, from a strictly scientific viewpoint, no one today has any idea how fast gravitational waves—always providing that the force is in waves—travel. If the moon, for instance, were to explode at a given moment, how long would it be before the gravitational disturbance would be felt on earth? Would the gravitational impulse or waves travel at the speed of light—that is, 186,000 miles per second—or would the effect be instantaneous? We do not know.

The entire subject will no doubt arouse a tremendous interest in scientific circles. It is hoped that other scientists will be encouraged to investigate Dr. Tesla’s far-reaching assertions; either to definitely prove or to disprove them.”

This was quite an article.  A lot has happened since this article was written.  I think that it would best benefit us if we considered what Einstein actually stated, in light of what we actually do know now, today.

(And, of course, to alert us to the debunkers who steadfastly hold on to 1920 technology in order to appease the people who control their paychecks.)

The reader should realize that political power and influences can greatly mold and define scientific reality.  If the reader is a true seeker, they will realize this fact and plow ahead in the pursuit of the “real” truth.

Einstein Said…

“Crudely stated, the limitations that concern us are…  (1)  No object travels faster than light (the Einstein speed limit)…”

- Jim Giglio and Scott Snell in "The UFO Evidence: Burdens of Proof".  Board Members, National Capital Area Skeptics (NCAS)

When people say that the speed of light is a physical barrier that cannot be breached, and that Einstein proved it, they are flatly wrong. 

It shows that not only do they not understand physics, but they have no understanding of [1] mathematics, [2] history, [3] quotes, the [4] sciences or [5] engineering.  I guess that is understandable, given what constitutes for education in the United States these days.

This antagonistic statement is not specifically directed at the “Common Core” curriculum, but rather to the entire system of American Public Education.  If the reader wants their child to get an education of value then I would suggest they avoid the public school system like the plague, and instead utilize private schools, with outside tutors and a strong dose of parental observed home schooling.

Einstein said no such thing. 

I tried to search for a quote by him on this instance, and I was unable to find one.  But just because I cannot find one does not mean that there isn’t one. 

Though, if he did, he was wrong. 

What this alleged “quote” refers to is his equations of motion at high speed relativistic velocities.  In those equations, it can clearly be seen that the mass of the vehicle approaches infinity as the speed of light is approached.  This means that one can never break the speed of light because it is impossible for the vehicles mass to become infinite. 

The physics of Newton is quite fixed in this understanding. 

Indeed, under Newtonian physics; matter cannot have an infinite mass in this universe.  At least that is the conventional reasoning behind this misunderstanding. It is assumed. No one ever tested the validity of this belief.

Therefore, when people “quote” Einstein, what they are actually doing is “interpreting his equations with bias”.  I repeat… “they are interpreting equations with bias to derive a specific predetermined outcome.”

The FTL mass equation that "proves" that speed cannot go faster than the known speed of light (in a vacuum).
The FTL mass equation that “proves” that speed cannot go faster than the known speed of light (in a vacuum).

On the surface, the equations appear clean and simple enough.  As the vehicles speed approaches the speed of light, the vehicles mass also increases.  At a point near the speed of light the mass increases to an infinite amount and thus the speed of light can never be breached. 

That is how it works and looks on paper.  The equations are quite clear on this.

Aerospace Engineers say…

But when an engineer sees this, he sees that the equations tell a different story. 

The equations say that the mass increases in a relativistic manner.  (That is all that it says.)  However, the engineer then looks at the equations in a different way.  They view it in terms of how can the equation be “harnessed”, or utilized. 

Thus, if there was a way to alter the behavior of mass in a relativistic universe, then the speed of light could be breached.  Everyone can thus attest to the validity of this.  It is fundamental.

It has been discovered that the massless formula for gravitational acceleration, g=τc2, where tau τ is the change in the time dilation transformation (dimensionless LFT) divided by that distance. (The error in the modeled gravitational acceleration is less than 6 parts per million). 

Thereby, proving that mass is not required for gravitational theories and falsifying the RSQ (Relativity, String & Quantum) theories on gravity. 

There are two important consequences of this finding, (1) we now have a new propulsion equation, and (2) legacy or old physics cannot deliver.

But gravity modification per g=τc2 is still based on motion, and therefore, constrained by LFT. That is, gravity modification cannot provide for interstellar propulsion. For that we require a different approach, the “new physics”.

The difference between that of a casual “scientist” and that of a practical engineer is that engineers know that laws can be manipulated and modified.  It is their job.  It is what they have been trained to do.  They manipulate the known physical laws to create machines and devices to solve problems.  In the case of relativistic speeds, as difficult the equations are, the engineers point towards solutions. 

Somehow, and in some way, a given objects mass is not set.  But can be changed and altered. 

And, if the vehicles mass could be controlled, then the equation is not fixed.  Instead of only one variable; the vehicle velocity (which is the conventional statist belief), there are now two variables.  The two variables are now both vehicle velocity and vehicle mass.  With two variables, then it becomes possible to overcome physical barriers.

Other factors can also come into play. 

Perhaps the speed of light is variable.  We assume it is fixed, but there is evidence that it might actually be indeed variable.  In fact, a team of Australian scientists has proposed that the speed of light may not be a constant, a revolutionary idea that could unseat the vaulted Einstein theory of relativity.

I do not know if this is valid or not.

The team, led by theoretical physicist Paul Davies of Sydney's Macquarie University, say it is possible that the speed of light has slowed over billions of years.   

Davies, and astrophysicists Tamara Davis and Charles Lineweaver from the University of New South Wales published the proposal in the August 8 edition of scientific journal Nature.

The suggestion that the speed of light can change is based on data collected by UNSW astronomer John Webb, who posed a conundrum when he found that light from a distant quasar, a star-like object, had absorbed the wrong type of photons from interstellar clouds on its 12 billion year journey to earth.  

Fundamentally Webb's observations meant that the structure of atoms emitting quasar light was slightly but ever so significantly different to the structure of atoms in humans.  

The discrepancy could only be explained if either the electron charge, or the speed of light, had changed.To establish which of the two constants might not be that constant after all, the investigative team resorted to the study of black holes, mysterious astronomical bodies that suck in stars and other galactic features.  

They also applied another dogma of physics, the second law of thermodynamics, which can be summarized as "you can't get something for nothing."  

After considering that a change in the electron charge over time would violate the sacrosanct second law of thermodynamics, they concluded that the only option was to challenge the constancy of the speed of light.

Very interesting stuff.                                                     

However, let’s not get too caught up in past paradigms.  Today, most people believe that somehow we can go faster than the speed of light using technologies that need to be “flushed out” and improved. 

Don’t believe me?  Go here;

Whether or not any of these speculative observations have any bearing on the FTL equation is a matter of debate for another time.  My conjecture is that there are always contributory factors that can eventually modify the engineering equations and system solutions involved in a given problem. 

Using the previous conjectures as an example, we should look at similar circumstances on how engineers provided solutions towards difficult physical hurtles. 

At that, let’s look at another barrier to speed; let’s take a peek into the forgotten past…

The Speed of Sound Barrier

This was not the first time that this sort of obstacle to flight was encountered.  Let me discuss an earlier barrier to flight; the belief that nothing could go faster than the speed of sound. 

The statist or debunker set would argue that this was not true, and they have done so directly to my face.  What nonsense.  It was LONG considered that the speed of sound was a barrier to flight.  

It was common knowledge…

...that is up until it was disproved.  How about that?

They argue that there never was the consideration that there was a barrier to flight faster than Mach 1.  They argue this because of engineering efforts during the 1940’s to break the Mach barrier.  

After all they reason, experiments were conducted to break the barrier.  

Oh, but what memories they have!  

Before the 1940’s, in the roaring 1920’s and the 1930’s, this was indeed the case.  (Just like today, when we conduct experiments to break the speed of light barrier.) 

Key point here. Remember that they will always be someone who will say that things cannot be done.  Stay away from those people.  They are like zoo animals who like their cages.

Or, as otherwise known, the MACH barrier. 

The ratio of the speed of the plane, or the speed of the nozzle flow, to the speed of sound in the gas determines the magnitude of many of the compressibility effects. 

Because of the importance of this speed ratio, engineers give it a special name, the Mach number, in honor of Ernst Mach, a late 19th century physicist who studied gas dynamics. 

The Mach number M allows us to define flow regimes in which compressibility effects vary.

There was a time, not too long ago, when people believed that nothing could go faster than the speed of sound.  This was referred to as the “MACH barrier”. 

Today we know that this is not a barrier. 

Today we have aircraft that can go much faster than MACH 1.  High performance jets can go up to MACH 3 and even faster.  And, if that wasn’t enough; efforts have been under way to go much faster to develop conventional airline runway to space access vehicles (MACH 25, and MACH 35 for example).

Chuck Yeager was the first test pilot to break the sound barrier, past Mach 1 on October 14, 1947.  He did this in an experimental aircraft known as the X-1. 

Chuck Yeager and the X-1 experimental aircraft that was the first to go faster than the speed of sound, and break the sound barrier.
Chuck Yeager and the X-1 experimental aircraft that was the first to go faster than the speed of sound, and break the sound barrier.

What is little known about that event was that prior to that test flight many people believed that the speed of sound was a barrier that could not be broken.

“Not many people remember W.F. Hilton, a British aerodynamicist, or the reporter who in 1935 asked him about the purpose of the National Physical Laboratory’s new high-speed wind tunnel. Everybody remembers what Hilton said, though. 

He displayed a graph plotting the abrupt increase in airfoil drag as its speed nears Mach 1. “See how the resistance of a wing shoots up like a barrier against higher speed as we approach the speed of sound?””

-Stephan Wilkinson (AIR & SPACE MAGAZINE)

No matter how hard the test pilots tried, whenever they flew their planes close to this barrier, the planes literally shook apart. 

They would rattle, vibrate wildly, and shutter in wild gyrations. 

The plane would become un-flyable, and dangerous for the pilot who flew it.  The problem, we know now, was air compressibility.

“The pressure of an oncoming aircraft is transmitted to the air, as the airplane goes faster and faster, it gives a shorter and shorter signal, and the air can’t prepare itself. And when that happens, Bernoulli’s Principle goes to hell in a hand basket.”

-Howard Wolko (special adviser for technology at the National Air and Space Museum)

Air compressibility is an important problem that had to be resolved in order to be able to break the sound barrier, and fly at speeds in excess of MACH 1.  The problem was due to the coefficient of pressure and its effect of the air pressure on the engines of the plane. 

As the plane flew faster, the coefficient of pressure on the engines increased to such a point that the engines started to malfunction and the planes structure began to resonate in an unsafe manner.

Of course, all this history has been forgotten. 

Even the most ardent proponents of spaceflight now repeat the ridiculous assertion that “everyone” always “knew” that the MACH barrier could be broken.  Obviously, they have forgotten the periodicals of that time, and the known limitations that “everyone knew”.

The Engineers found a Solution

“Your people talk a lot about going to the stars, but you just keep putting your money into other projects, like war and popular music and international athletic events and resurrecting the fashions of previous decades. If you wanted to go into space, you would have.”

― George Alec Effinger, Live! from Planet Earth

FACT.

But luckily, it was engineers who designed the planes that tried to break this barrier were not physicists, or even worse; politicians. 

They would have appointed a “blue ribbon panel” to “study” the issue and paid them handsomely.  Everything would still be in committee being debated and bantered back and forth.  

For what it is worth, “blue ribbon committees” are nothing more than currency funneling exercises towards political preferred donor classes to maintain their existences.

The problem, it was determined, was how the air compressed when hitting the inlet nozzle of the aircraft engines.  By leaving the inlet wide open and flat, the air compressed naturally and the coefficient of air pressure easily caused the sound barrier to affect the speed and operation of the vehicle. 

The air would “splash” with greater and greater force upon the engine.  It would hit harder and harder the faster the plane flew. 

However, it was later discovered, that by placing a cone in the inlet of the engine, that the air could be redirected in certain controllable ways into the engine. 

Instead of “splashing hard” against the engine, the force of the air moved around it.  Thus, in so doing this simple “trick”, the engineers were able to alter the pressure of the air upon the engine.

The main purpose of an inlet cone is to slow the flow of air from supersonic flight speed to a subsonic speed before it enters the engine.  

Except for scramjet engines, all air-breathing jet engines need subsonic airflow to operate properly, and require a diffuser to prevent supersonic airflow inside the engine.  

At supersonic flight speeds a conical shock wave, sloping rearwards, and forms at the apex of the cone.  

Air passing through the conical shock wave (and subsequent reflections) slows to a low supersonic speed. 

The air then passes through a strong normal shock wave, within the diffuser passage, and exits at a subsonic velocity. The resulting intake system is more efficient (in terms of pressure recovery) than the much simpler pitot-intake.
Pictures of various "inlet cones" in the front of various American and Russian supersonic aircraft.
Pictures of various “inlet cones” in the front of various American and Russian supersonic aircraf

Inlet cones (sometimes called shock cones or inlet centerbodies) are a component of some supersonic aircraft and missiles.

Today they are primarily used on ramjets, such as the D-21 Tagboard and Lockheed X-7.   Some turbojet aircraft including the Su-7, MiG-21, English Electric Lightning, and SR-71 also use an inlet cone. 

The inlet cone is shaped so that the shock wave that forms on its apex is directed to the lip of the intake; this allows the intake to operate properly in supersonic flight.   

As speed increases, the shock wave becomes increasingly more oblique (the cone gets narrower).   For higher flight speeds inlet cones are designed to move axially to control how the capture area varies with the duct internal throat area. 

Today we have also devised other solutions to this problem, and thus the inlet cone was the first solution that worked.  However, it wasn’t the only solution.  Now, we have various solutions to this problem.  So many, it seems, that people tend to forget that it was a problem in the first place.

"A shock wave forms on the aircraft when it reaches supersonic speeds. From the front of the plane, the shock wave appears as a circle, but from the back and sides, it looks like very sharp spikes coming off the plane. It is a rare and spectacular sight, only visible in humid weather. Usually the planes are up too high when supersonic for a visible vapor wave, and since you can't fly supersonic around populations, very few people have caught it stateside.

When you go supersonic, you don't feel a thing. It's not the Chuck Yeager story anymore. Planes that are designed to go supersonic go right through 'the number' without a blink. The airplane is as comfortable to fly at landing speeds as it is supersonic. Things just happen faster."

-From the book "The Cutting Edge".

What is most interesting from our point of view are two key points. 

The first point is the most obvious.  [1] That is that the speed of sound, once thought of as an unbreakable barrier, was overcome through design engineering techniques. 

And the second reason, not so obvious, is [2] that the equations for the compressibility of air on an engine is of the same form of that of the mass effects on a relativistic vehicle approaching the speed of light.

Comparison between the inlet pressure on an air-breathing aircraft when it approaches the speed of sound, and that of a FTL drives as it approaches the speed of light.
Comparison between the inlet pressure on an air-breathing aircraft when it approaches the speed of sound, and that of a FTL drive as it approaches the speed of light.

This is very interesting for a number of reasons, but for the layperson reading this manuscript, I am afraid that I will have to explain a little about the nature of physics and mathematics in our universe… 

It is all about patterns. 

No matter what form the physical attribute has; the mathematics that describe the shapes follow patterns. 

Physicists have uncovered a hidden connection between a famous 350-year-old mathematical formula for pi and quantum mechanics.  

This discovery was presented in a paper titled; “Quantum mechanical derivation of the Wallis formula for π”, by Tamir Friedmann.  

This is fun reading, people, and while the mathematics might be a little obscure for most, the elegance of the derivation is sublime. 

(Friedmann, Tamar, and Hagen, C.R. (2015) “Quantum mechanical derivation of the Wallis formula for pi,” Journal of Mathematical Physics 56: 112101.).

That is what is obvious here. 

But this is not merely coincidence.  It is ubiquitous throughout the known physical world.  (There are actually university courses in the engineering sciences that teach this principle, so it shouldn’t be too alarming for the uninitiated. There is nothing strange or unusual here.  This is standard engineering course material that has been taught in universities for decades.)


F-86 inlet.
F-86 inlet.

The point of all this is to show that while I, myself, do not know how to alter and modify the change of a vehicles mass in relativistic flight regimes, I do believe that it is possible to do so.  (Please consider the Robert Lazar comments found elsewhere…)  I have this belief, not only because I have physically met extraterrestrials who have this ability, but that there are numerous conventional and mathematical reasons behind my belief. 

As such, I most violently reject the often misquoted Einstein quote.  “The speed of light is an unbreakable barrier to travel.”

There are means, ways and methods to achieve faster-than-light travel. 

It is only that the typical individual does not have the necessary background to resolve this problem, nor the funding and will-power to do so.  Thus they are forced to rely on the belief of others. 

Others who, for various reasons, loudly make ignorant pronouncements that mask their supreme lack of understanding on the nature of our universe.

We are Still Trying

NASA confirmed in March 2015 that it has selected three companies to develop a new deep space engine to power interplanetary travel.  (What this is should be cairified.  Obviously the concept of interplanetary travel should be understood.  It is travel between planets that is feasible within the lifetime of a human.  That is, and should be even more clearly defined as travel from planet to planet that is possible within a 40 year time frame.  80/2 = 40 years.)  Really?  40 years travel.  Give me a break.

The contestants include privately held [1] Ad Astra Rocket Co. and [2] MSNW LLC, along with the [3] Aerojet Rocketdyne division of space tech stalwart GenCorp. Working under the aegis of NASA’s Next Space Technologies for Exploration Partnerships, or NextSTEP, program, these three companies will offer the agency three separate flavors of cutting-age space engine tech. Generally speaking, none of the three will work on an actual “warp drive,” but rather versions of ion propulsion. Respectively:

The first company; Ad Astra is developing a Variable Specific Impulse Magnetoplasma Rocket, or VASIMR, engine dubbed the VX-200-SS. Using a nuclear reactor to heat and ionize propellant that is then emitted through electromagnetic thrusters, the VASIMR engine puts out 200 kW of power and will be able to reach Mars from Earth in just 39 days, according to Ad Astra.

The second company; MSNW has three engine technologies in the works: a one-kilowatt electromagnetic "plasmoid thruster," a "fusion driven rocket," and an electrodeless Lorentz force, or ELF, thruster using "rotating magnetic field and pulsed-inductive technologies." The company said the Department of Defense funded development of its ELF thruster, which can use multiple forms of propellant -- including "Martian Air."

Finally, Aerojet Rocketdyne is receiving the biggest of NASA's awards, $18 million, "to complete the development of NASA's Evolutionary Xenon Thruster-Commercial (NEXT-C) Gridded Ion Thruster System." (The reader however, should understand what these numbers mean. The “huge” award of $18 million is but 1/100 of the budget for the ACA website; the “ObamaCARE” signup website.) AR said its NEXT-C engine is already three times as powerful as "current low-power NASA systems," although not yet operating in the targeted 50-to-300 kW range. NASA has asked AR to deliver two complete flight systems for testing.

I, for one, am very happy that NASA is investigating these avenues.  But I do believe that the techniques that will eventually be accepted will be those that isolate, or enclose the ship is a trans-dimensional state.  This is because of a number of problems that will occur when the ship exceeds the speed of light.

According to Yurtsever and Wilkinson’s analysis, each cubic centimeter of space contains over 400 microwave photons. A ship traveling through space, say, with a hull made from ordinary baryonic matter, would collide with thousands of billions of these photons every second — collisions that should create electron-positron pairs. This would produce considerable drag on a spaceship.

A paper by Raytheon engineers Ulvi Yurtsever and Steven Wilkinson suggests that spaceships traveling at speeds approaching the speed of light must interact with the cosmic microwave background (CMB) and subsequently produce detectable and distinguishable light signatures. At the same time, however, the ensuing drag from the collisions imposes an upper constraint on the speeds at which spaceships can travel.

“While special relativity imposes an absolute speed limit at the speed of light, our Universe is not empty Minkowski spacetime. The constituents that fill the interstellar/intergalactic vacuum, including the cosmic microwave background photons, impose a lower speed limit on any object travelling at relativistic velocities. Scattering of cosmic microwave phtotons from an ultra-relativistic object may create radiation with a characteristic signature allowing the detection of such objects at large distances.” 

-(http://arxiv.org/abs/1503.05845) Limits and Signatures of Relativistic Spaceflight. arXiv:1503.05845v3 [gr-qc].
"Our assumption that matter-matter interactions can be dealt with when civilization can build relativistic spacecraft may prove false and may be a barrier that will prevent space travel [at relativistic speeds]…"
-Raytheon engineers Ulvi Yurtsever and Steven Wilkinson

All of these efforts revolve around improving the techniques to increase vehicular speed.  That is the conventional approach.  Indeed, development in this arena must be done.  However, other avenues of investigation must be considered.  And they are, though they are not all that well known.

Compared to other FTL schemes like the Alcubierre drive or Lorentzian wormholes, which rely on unphysical matter fields to stabilize the geometry, the current specified approach relies only on gravitational wave generation and transmission through empty space. (As opposed to some kind of dimensional “bubble”.)  Assuming the daunting problem of astronomical scale gravitational wave generation is somehow solved, this method could in principle enable FTL travel without appealing to exotic physics. However a detailed analysis of tidal forces is required before assessing the feasibility of this scheme for transit of payloads.

The nature of the shortcut generation involves the creation of waveforms that compress and dilate spacetime in the direction of flight. In order for signals (or ships) to be able to take advantage of the metric-contracting fields, they must carefully control their timing synchronization, in order to cross the field regions as close as possible to the compression valley, where the distance is minimal between opposing sides of the field region. The region must be crossed in substantially less than T /2, with T being the period of the gravitational wave. Even if the compression of each field region is small, large distance reduction could be accomplished by bridging many pre-configured field regions in a timely manner. It is conceivable that other field configurations exist that achieve better distance compression patterns. Even without exploiting the FTL aspects of the field, time-like geodesics can still be substantially accelerated or decelerated with special field configurations of this type, while remaining in free fall during the transit.

Due to the transversal nature of gravitational waves, the gravitational sources must be distributed orthogonally to the direction of desired FTL geodesic path. These gravitational beams have to be precisely oriented and timed decades in advance, as gravitational waves propagate at the speed of light. This implies some sort of deployment of a wide scale network of gravitational generators around entire star clusters.

For instance, a region-delimited gravitational wave field can be constructed. This is a field of energy or potential that surrounds a vehicle.  It works in such a way that it’s apparent movement is greater than the apparent movement of the surrounding physical universe.  (Indeed, in such a way that a subset of geodesics crossing this region will move faster than nearby geodesics moving entirely inside flat spacetime, along a preferred direction. )  It is all about relativity.  The null geodesics inside this region will move faster-than-light according to far away observers. The waveform is synthesized from homogeneous plane wave solutions, and the resulting field is the gravitational equivalent of a Gaussian beam.
Gaussian beams are one of the most basic propagating fields used in optical applications, and its general properties are inherited from the wave equation (and corresponding Helmholtz equation). However, there are differences. Optical fields are oscillations of the electromagnetic vector field Aµ, while gravitational fields are tensor perturbations hµν with two physical degrees of freedom for each mode, so is not an straightforward realisation that there should be a simple equivalent in the gravitational case.

Several individuals have proposed mechanisms within the standard theory of General Relativity (GR) to allow some level of circumvention around the light speed limit, by warping the spacetime geometry in some compact region.

While we discuss the utility of FTL vehicles, the reader must recognize the most important concept of this post; that distance and time are NOT limitions of the physical.  Indeed, all are controlled by the physical manifestation and alteration of our our understandings.  

Consider the movement of a vehicle or person devoid of a physical vehicle; consider the mind and it’s pilot; the soul. The concept of consciousness existing outside the body (e.g. near-death and out-of body experiences, NDE/OBEs, or after death, indicative of a ‘soul’) is a staple of religious traditions, but shunned by conventional science because of an apparent lack of rational explanation. 

However conventional science based entirely on classical physics cannot account for normal in-the-brain consciousness. The Penrose-Hameroff ‘Orch OR’ model is a quantum approach to consciousness, connecting brain processes (microtubule quantum computations inside neurons) to fluctuations in fundamental spacetime geometry, the fine scale structure of the universe. Recent evidence for significant quantum coherence in warm biological systems, scale-free dynamics and end-of-life brain activity support the notion of a quantum basis for consciousness which could conceivably exist independent of biology in various scalar planes in spacetime geometry.

However, all the mechanisms proposed so far require the engineered spacetime region to be filled with matter that (apparently) violates well established energy conditions, and is not known to exist in nature. ( So many problems…) More over even ignoring the problem of violation of the energy conditions, these geometries have other problems related to acausal setup of the exotic matter distribution, as well as quantum instabilities in the semiclassical limit.

The reader should not get too confused by all the terminology.  These are just words that are used to define precise situations.  A scalar field is nothing more than just fancy physics-speak for a quantity which takes on a unique numerical value at every point in spacetime. In quantum field theory, scalar fields lead to spinless particles; the Higgs field is a standard example. (Other particles, such as electrons and photons, arise from more complicated geometric objects — spinors and vectors, respectively.)

However, the idea of using matter to curve surrounding spacetime does not exhaust the possibilities that GR offers in order to create customized geometries.

Gravitational waves (GW) are themselves perturbations of geometry that travel at the speed of light. Even while the full theory of GR is a nonlinear theory, the principle of superposition still applies within the limit of weak plane waves, and one can consider some superpositions of such planar waves physically valid perturbations.

The present work shows that for specially crafted gravitational waveforms of this type, one can produce geometries in pure vacuum with Faster-Than-Light (FTL) properties, similar to those obtained via other geometrical drives.

In this work, the geometry of null congruences can be affected in a way that allows FTL communication. To be precise, we can construct a focal region of a gravitational waveform composed of traceless and transverse planar waves.  

As such we will find that null congruences entering the focal region can become asymptotically accelerated.  

Thus, they arrive effectively before similar geodesics that do not enter the field region (according to distant observers). The asymptotic delay or advancement of congruences will be affected by the local phase of the perturbation at the moment the geodesic enters the region, the period of the oscillation, as well as the width of the focal region.

Observed vehicles operating at FTL speeds

We have observed other things moving at speeds faster than light. 

These things could be anything, but they absolutely do fit the profile of a vehicle that is moving in a FTL flight envelope.  An unknown object in the nearby galaxy M82 has started sending out radio waves, and the emission does not look like anything seen anywhere in the universe before.  Yikes….!

Given the complex nonlinear geodesic equations that result from the Gaussian perturbation, we were only able to compute analytically the first order correction to the geodesic null and time-like rays crossing the field, and its derivation is detailed

The M82 galaxy.
The M82 galaxy.

We have thus established that within GR, certain gravitational waveforms can result in geodesics that arrive at distant points earlier than light signals in flat spacetime. As such, we presented an example waveform that can be used to manifest FTL behavior, and obtained an analytic first order perturbative approximation of geodesics approaching the field region. We notice that the timing of entrance to the field region determines the asymptotic delay or advance of signals. The optimal shortcut geodesics are those that cross the field region as close as possible to the time and position of the minimum of the metric waveform.

“We don’t know what it is,”

-co-discoverer Tom Muxlow of Jodrell Bank Centre for Astrophysics near Macclesfield, UK.

The thing appeared while Muxlow and his colleagues were monitoring an unrelated stellar explosion in M82 using the MERLIN network of radio telescopes in the UK. A bright spot of radio emission emerged over only a few days, quite rapidly in astronomical terms. Since then it has done very little except baffle astrophysicists.  It certainly does not fit the pattern of radio emissions from supernovae: they usually get brighter over a few weeks and then fade away over months, with the spectrum of the radiation changing all the while. The new source has hardly changed in brightness over the course of a year, and its spectrum is steady.

Yet it does seem to be moving – and fast: its apparent sideways velocity is four times the speed of light. Such apparent “superluminal” motion has been seen before in high-speed jets of material squirted out by some black holes. The stuff in these jets is moving towards us at a slight angle and travelling at a fair fraction of the speed of light, and the effects of relativity produce a kind of optical illusion that makes the motion appear superluminal.

Could the object be a black hole? It is not quite in the middle of M82, where astronomers would expect to find the kind of supermassive central black hole that most other galaxies have. Which leaves the possibility that it could be a smaller-scale “microquasar”.   A microquasar is formed after a very massive star explodes, leaving behind a black hole around 10 to 20 times the mass of the sun, which then starts feeding on gas from a surviving companion star. Microquasars do emit radio waves – but none seen in our galaxy is as bright as the new source in M82. Microquasars also produce plenty of X-rays, whereas no X-rays have been seen from the mystery object. “So that’s not right either”, Muxlow told New Scientist.

His best guess is still that the radio source is some kind of dense object accreting surrounding material, perhaps a large black hole or a black hole in an unusual environment.  If you look at this observed phenomena from the point of view of an aerospace engineer instead of that of an astrophysicist, one can clearly speculate that the object can possibly be a interstellar vehicle engaged in an unusual flight regime.

What ways can humans achieve FTL flight?

“I think a lot of the American people feel more than a little disappointed that the high-water mark for human exploration was 1969. The dream of human space travel has almost died for a lot of people.”
-Elon Musk

Presuming that our extraterrestrial overlords permit us, we can and probably will visit nearby stellar neighborhoods using FTL flight or similar systems.  (Pause for reader consideration.)

I know that the teleportation portal has capabilities that transcend distances of time and physical space.  And perhaps using the same technology we, as humans, can venture out and away from our little solar system nursery here.  Perhaps someday we will be permitted to develop our own home-grown version of the teleportation portal.  Perhaps we will be granted the permission to build our own kinds of spacecraft with this ability.  Perhaps this will happen.

Some things to ponder; the use of super conductive materials is one avenue of study that might provide some great benefits.  (For instance, a lanthanum copper oxide compound can be doped over a wide range of compositions, which was used to study a potentially new mechanism of superconduction. 

In research experiments, a substrate of LaSrCuO4 was used, and an epitaxy technique grew atomically-perfect thin films of three derivative compounds: an insulator and a metal that show no superconductivity, and a superconducting variant with a transition temperature (Tc) of 40K. 

By growing literally hundreds of combination of interfaces and film thicknesses, the researchers were able to observe superconduction at different temperatures, including superconduction at the metal/insulator interface.)

What I do know about this subject, the reader might find interesting, so I will place it here with all the necessary caveats.  This information is direct from <redacted> that <redacted>.  Whether it is accurate is up to the reader to determine.  I am just reporting it here for the benefit of the reader.

  1. The Universe, and our galaxy in the Universe, is inhabited with a great variety of intelligent extraterrestrial life.  It is not empty by any means.  When humans venture forth, they will, accidentally venture into the turf and properties of other races.  Some will not care.  Other races will care a great deal.  It is a wild and dangerous world out there.  The human race is far too fragile to venture to the stars at this time.
  2. With the proper technology, FTL travel is possible.  It absolutely is, though the technology would probably be different from what we, today, expect it to be.  We will be able to traverse the vast gaps of space and visit other places. 
  3. However colonization will be problematic.  So when we visit them we will find that they are not suitable for our human biological bodies to live there.  Any colonies we create will die out eventually.  Humans will have to be able to adapt themselves biologically to adapt to other worlds in our galaxy.  This cannot be done without extraterrestrial overseer guidance.  As the soul construct archetypes are fixed and discrete. (By intention and organization; not by natural biological processes.)
  4. All FTL technology will require a degree of quantum physics in the manipulation of the fabric of space and time.  This will affect all of the creatures and beings in all the other stars in our neighborhood.  How we proceed with this development and how it will be engaged will have to be through approval of the local federation.

As the reader can clearly see, obtaining FTL flight to leave our planet is not as easy as it appears to be on the surface.  It is not simply one of obtaining the technology or science to do so.  It is not a problem of getting political or societal support to develop the technology.  It is a matter of the realities of our place in the grand scheme of things. 

We will need permission to do so from the galactic federation and their representatives in this region; the <redacted>.

Next…

This post continues to part 2, where we discuss the techniques that are being constructed right now.

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Who am I? What am I? What was my role in MAJestic? Why this disclosure? What is actually going on?

I have been putting this post off for a while. You see, in order to explain everything, I needed to lay a pretty thick initial foundations for others to follow and track what needs to be said. In previous posts I have explained bits and pieces. I have added some connections between the various pieces, and laid the foundation for my actual role.

And now, with that foundation firmly put in place, I can finally get to the “nitty-gritty”. Those of you who have been waiting for this moment might discover it as a kind of anti-climax, but that’s the way it is. To fully understand things, you must know why everything happens as it does. Thus this post.

What did ya think?

You thought that there were no secrets held by the US government? Is that what you thought? Or that only attractive people became secret agents? Or that “important” people like Barrack Obama would know everything that is going on? Or that anything related to UFO’s involve “reptillians”, or that (of course) only vaulted humanities professors at major universities were privileged in knowing the full scope of extraterrestrial visitations? Is that what you thought?

Nope.

We want to believe that life is action packed and exciting. Sort of like how the movie "Mission Impossible" is like. But, you know, it's not like that at all. Rather it is more like the movie "Office Space" more than anything else.

Real disclosures discuss things that are far removed to what “normal” humans consider to be “normal”.

And thus you have this.

Is anything that I discussed meet your expectations? Were you expecting anything related to souls, sentience, world-line travel in the MWI, technologies that are held and guarded by engineers, or retirement by the sex offender registry?

Na. I din’t think so.

I once read a history about one of the first "white" explorers to the Polynesian islands.

The Captain was having a merry old time talking with the local chieftain. The Chieftain asked him what it was like where he came from. So the explorer told him.

He said that it got so cold that the water turned solid.

The Chieftain thought that this was a hilarious joke, and repeated it over and over as if it was the funniest thing that he had ever heard.

The Captain, a bit taken back, kept his mouth shut, and smiled.

Yeah. It’s like that.

Anything that is new, and out of your personal experience becomes fantastical and ludicrous.

And thus, no matter if I provide dates, locations, technical specifications, photographs, legal documents and MRI scans, those stuck within their own limited bubble of reality will discount everything as fiction. Why? Because they never experienced it themselves.

When I was in prison, I was transported from the Pennsylvania holding cell to the transport hub somewhere in Alabama. There I met numerous fellow inmates from other prisons all across the nation. I well remember us talking about the prisons where we were incarcerations, and I was shocked at how those from the North refused to believe what it was like in the ADC in Arkansas.

They didn't believe that the ADC did not give out fruit, served "Global" or that we slept in 100 man barracks. They had no concept of what "Hard Labor" was, and the idea of doing prison related tasks without payment was horrific to them.

You can only relate with things that you yourself has experienced.

OK. So this is what I experienced.

As such, I am unique and rare. You will not be able to imagine yourself in my shoes by reading this. That is, unless you have a very active imagination. But, this is what is going on. Like it or not. Hate it or disparage it. It is what it is.

You put ten people in a room, and ask them to watch a cat fiercely attack and eat a mouse…

You will end up with ten interpretations of that event. Some of which would be directly different from each other…

  • The cat was amazing!
  • The poor little defenseless mouse.
  • The mouse should of done…
  • The cat made this mistake, and that mistake…
  • If the mouse was bigger…

In America, we call this “back seat driving”.

A passenger who gives unwanted and/or unneeded directions to the driver; also, a person who interferes in affairs without having knowledge, responsibility, or authority for doing so. 

For example, Aunt Mary drives us all crazy with her instructions; she's an incurable backseat driver. 

This term originated in the United States in the 1920s, when it was first used for a passenger legitimately directing a chauffeur, and it was quickly transferred to figurative use. 

Also see the synonym Monday-morning quarterback and the antonym take a back seat.

In my shoes

So try to figure out what is going on were to to be “in my shoes”.

What would you think? How would you describe it? In what way would you try to communicate your experiences? Or, would you be smart, and keep your fucking thoughts and experiences to yourself?

Or, alternatively would you become a drunken alcoholic sex-monger and say “fuck it” to the rest of the world?

Actually, I’m pretty close to that particular reality right now. Don’t ya know…

MAJestic – A trade deal.

MAJestic made a deal; an arrangement with our extraterrestrial benefactors.

I and a few select others, all of us tops in our class – perfect physical specimens and with high scoring in intelligence and backgrounds in science, were given to the <redacted> as their “property”. To do with as they felt fit.

In exchange, certain technologies would be provided in exchange. I do not know which technologies were exchanged. I have no specific data on that transfer and trade.

"We will give your six or seven of our top people, to do with as you like, in exchange for advanced propulsion technology."

And that’s me, ya all.

Training by MAJestic

Of course, we were unusable in our raw state. We needed to be modified, and trained.

  • Policemen get trained.
  • Firemen get trained.
  • Doctors get trained.
  • Lawyers get trained.
  • Bakers get trained.
  • IT workers get trained.

MAJestic implanted 7 ELF probes that were useful for monitoring and for other purposes regarding utilization of a fixed transport portal.

I, and others in my “cell”, used that fixed transport portal to egress to a <redacted> facility. Where we were completely overhauled. A EBP was installed, and our DNA, and RNA was altered in a complicated process. That process took one week to accomplish.

Well, for me, it took one week.

Once the process was completed, I was in MAJestic, but I exited the US Navy. I was told that I would be in MAJestic for life, but that during my active participatory years that [1] I must be aware, that [2] I was on my own, and that [3] I was not permitted to have children.

  • I must be alert and aware of “new things”.
  • I was on my own with no support group.
  • I must not have children.

Training by our Benefactors

After I was discharged, I spent a number of years out of the Navy, without direction or control. I lived in extreme poverty, while all the time, I was being trained by our benefactors in <redacted> and <redacted>. I was involved in this really odd and strange training for many years. Then, one day, it all ended.

Suddenly, I was called upon to go to California.

ELF Calibration in the High Desert

This continued until I was called to the China Lake NWC in the middle of the High Desert in California. Where my ELF probes were calibrated, and (I assume) EBP monitored.

Completion of the Calibration and start of mission parameters.

Once my calibration sequence was completed, I no longer needed to go to the ELF testing facility, and I was set free. Situations arranged themselves in such a way that I was free to conduct my “mission parameters” while I lived a boring typical middle-class lifestyle.

Mission Operations

I lived a normal boring middle-class life. This is what our benefactors wanted. My life was typical. I was in the middle of the bell-shaped curve. I was so typical, it was nauseating.

That is because I was not “normal”. If I was “normal” I would have still been hauling coal, smoking dope, and quaffing beer in the hills of Western Pennsylvania. If I was normal I would still be living in a mobile home off a gravel road next to some rolling farm lands and state game lands. If I was normal, I would be married to a rather porty wife, with four bratty children that would each have their own pickup trucks and shotguns.

But I was not “normal”.

I was different.

And as such, I was a “square peg” in a “round hole” that did not fit in at all.

IQ test from the movie "Idiocracy".
IQ test from the movie “Idiocracy”.

Meanwhile I experienced all sorts of “slides” and other strange events where I moved in and out of different world-lines. All of these slides and other events were coordinated with a benefactor at Oxia Palus.

For me it didn’t make any sense.

One minute I am eating country-fried steaks and eggs, and then the next second, I am eating a bowl of rice soup with fish heads and tentacles. What way could this possibly benefit anyone? How did I benefit from this switching? How did the human race benefit?

Country fried steak and eggs meal.
Country fried steak and eggs meal.

Over a period of time, I noticed a series of themes that seemed to agree with “statements” from my “pilot” at the Oxia Palus facility. It had nothing to do with me, at that time, personally. I was just the “vehicle” for our benefactors to accomplish certain tasks.

Human sentience needed to be "corralled" or "anchored" in such a way as to help the human sentience evolve.

So, for the longest time, I have pretty much accepted that as my role. And at that, it was good enough for me to recognize that I had a role, no matter how strange or peculiar it appeared to be.

I mean, you adapt, right?

Maybe your job is to flip burgers. It doesn’t pay much, and it’s hot and greasy, but you adapt. you become the best burger flipper in the world. You accept your role, and that is that.

Retirement

MAJestic retired me.

Aside from physically going to prison and entering a monitoring program for the rest of my life, all ELF communication ended. It was like someone turned off one of those old vacuum tube television sets. It just went out and then disappeared as a long thin “line”.

Turning off an old television set.
Turning off an old television set.

Once I finished my initial five years in “rehabilitation”, I was free to leave, and so I left and moved to China.

I knew that that would be the safest place on the entire planet. And so far, it seems to actually be the case.

The Benefactors had a say…

Well, they do not recognize “retirement”. I don’t even think that they understand what the word means.

My mission parameters for the ELF probes and the Oxia Palus facility might be over, but I don’t even think that they understand what the word “retirement” means. From their point of view, MAJestic stopped working with me, and that was that.

  • I no longer conduct “slides”.
  • My world-line is pretty well fixed and established.
  • I am permitted natural human migrations.
  • I can live life as I choose.

It’s all pretty straight forward, Right?

I’m “out of the game”.

My mission parameters for the ELF probes and the Oxia Palus facility might be over, but I entered a new kind of role. You must understand, our benefactors do not recognize the idea or concept of a “retirement”. So I am still active, even though I am actually retired from MAJestic.

  • I am permitted to disclose what I know and have learned. I can speak. I can “teach”. I can explain. I can lead. I can serve as an example. I can advise.
  • There are limitations, of course, and what I cannot speak about is made obvious to me. Mostly it deals with the MAJestic organization itself. I have few limitations on what the benefactors themselves provided to me.
  • And suddenly, out of the blue, I am now permitted to have children. (At my age! WTF?)

So…

Ripley 8 from the movie "Alien Resurrection". She is a hybrid of Alien DNA and human DNA, with unexpected strengths and abilities.
Ripley 8 from the movie “Alien Resurrection”. She is a hybrid of Alien DNA and human DNA, with unexpected strengths and abilities.

So…

Putting it all together…

The human species is involved in a sentience sorting activity. I (and my companions) had a role in this with some “anchoring” activity. Now the earth is ready for a push to a new kind of sentience.

I don’t know what it is.

What I do know is that once the sentience is established, the approved sentience will have their RNA / DNA correct, improved or adjusted just like mine was. Just like Sebastian’s was. Just like the rest of our cell was.

And those who will have their DNA / RNA “upgraded” will…

  • Be able to live a life with one foot in Heaven and the other foot in the physical universe. They can live and explore world-lines at will, while all the time being fully cognizant of their realities within the Heavenly realms.
  • Be able to communicate with others of the same sentience using a kind of mental telepathy. It’s trans-species communication, and will become prevalent.
  • Be able to communicate with other species that are extraterrestrial in nature.

Perhaps that is why I am permitted to have children now, eh? To pass on my DNA / RNA improvements, just like what happened to other species in the past.

Like this…

Do you want some more?

I have more posts on this issue in my MAJestic Index here…

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Keeping the Programs of MAJestic Secret

Somehow, over the years, it has become very important that the American government and (their) media subject the American people to all kinds of disinformation.  This disinformation comes in different sizes, and shapes, and follows a great diversity of complexity and manipulation. It is quite mature, and actually perfected to handle the bulk of American citizenry.

Those of us in MAJestic have to live under this disinformation knowing full well that most everything that the government says or does is a lie.

The United States does not have a highly intelligent or well informed population. Americans believe that they are “great” because of their system of governance, but the truth is quite different.  The US owes its 20th century dominance to World War I and World War II which destroyed more capable countries and peoples.  America became a superpower because of the self-destruction of other countries.

Which pretty much continues to this day. The Trump MAGA belief is based upon the "suppression" of China using every means possible; A hybrid war. While the Obama policy was one of "containment" and "isolation". 

In both cases, the technique employed was the destruction of another nation's ability rather than an improvement in American capability.

Even at that, only 6 percent of people say they have a lot of confidence in the media, putting the news industry about equal to Congress and well below the public’s view of other institutions.

It is truly Orwellian in scope.  What began as “politics as usual”, evolved in a highly elaborate and complex system that is used to deceive, and manipulate the American people.  It is completely out of hand and getting worse with each day. “All your base are belong to us”.

“All your base are belong to us” is a broken English (“Engrish”) phrase found in the opening cutscene of the 1992 European release of the Mega Drive port of the 1989 arcade video game Zero Wing which became a popular Internet meme. The quote is included in the European version of the game, which features poor English translations of the original Japanese version.

This post discusses this all too distasteful subject. 

It is necessary because MAJestic utilizes this system to control the American people so that they will be insulated and isolated from extraterrestrial interaction at all levels.  This will never end; at least not until the <redacted> provide their approval.

"We'll know our disinformation program is complete when everything the American public believes is false."

-William Casey, CIA Director (from first staff meeting in 1981)

One of the greatest problems related to UFO and ET-related disclosures is disinformation.  Everything is falsehood.  Everything is lies.  Everything is confused and complex. 

No matter how cautiously one tries to seriously study the “extraterrestrial issue”, one will confront a bewildering array of confusion. 

The American government today is a much smarter and craftier government than in the past.  They have learned the lessons of disclosure and have taken every precaution to protect their own interests.  

Indeed, they have hunkered down and hidden their nefarious acts and dastardly experiments under layers of secrecy, legalism and obfuscations. 

They have become become wilier, more slippery, and more difficult to pin down.  They have mastered the Orwellian art of Doublespeak and followed the Huxleyan blueprint for distraction and diversion.

Let the truth be told; the walls and traps that one encounters were laid there intentionally.  They were put there on purpose.  They were put therewith pure intention.  They are funded efforts.  They consist of trained and conspired efforts. 

To further complicate matters, it has become profitable to make money on the Internet.  If the person can create a website that generated traffic (visitors) they can place advertisements on the website.  As such, they can generate revenue.  Thus, the generation of hoaxes becomes a profitable venture.

All this has a purpose. 

Whether it is the government, or some young fellow in the basement of his parent’s garage. The purpose is to fool you; the reader, the searcher, the investigator, and those interested in the most obscured of subjects. 

In fact, these traps primarily consist of nothing less than tricks of disinformation and efforts of occlusion. 

The researcher and enthusiast who wants to find the truth behind the mysteries will easily get lost in the static of an avalanche of garbage.  They will find themselves (figuratively) buried underground, confronted by mazes upon mazes of pure unadulterated bullshit; pure and total nonsense. 

Why is this so?  Why, of all the subjects that one can research, why is the study of “observed activity that is suggestive of extraterrestrial life” so confused and convoluted?  Why is it so?  There has to be a reason.   There really has to be.  The reader should know; there actually is a reason for all of this.

It is important to keep the MAJestic organization secret. As time goes on, it becomes more and more evident for the necessity of this.

We have people in the highest levels of the United States government selling America off “lock, stock, and barrel” for personal profit. The head of the DOJ refused to prosecute the banks that tanked the USA economy so that he could be employed by them. Hillary Clinton sold top secrets for money, and 20% of the United States uranium for personal profit. Barrack Obama decimated much of the American cultural infrastructure for religious reasons.

There is a reason. 

Yes, there is a reason.  No, it is not because it is due to [1] the ignorance of Americans, [2] the lack of scientific education in American schools, [3] the American popular (POP) culture, or [4] poor eyesight, memories, or health of Americans.  No.  it is due to the American government itself. 

The sole source of all of this, is not from the masses.  It is not from any cultural misappropriation.  Nope; it is actually from the United States government.

This is not happening in a vacuum.  This has been occurring whilst other ongoing changes have been proceeding with storm-trooper precision.  Many of the things that are happening this very moment have direct parallels in literature of the past.  Whether it is an account such as the “Gulag Archipelago” by Solzhenitsyn or a work of “fiction” such as “1984” by George Orwell is irrelevant.  Elements of the history or the storyline (regarding the former and the latter works) are now becoming thoroughly inculcated into the fabric of modern reality.

All of the measures taken by the Soviet Union to crush and control its population are beginning to manifest themselves today in the United States.  

The courts are “stacked” to reflect the decision of the regime and not to rule by law.  The Military Industrial Complex contracts are still being shuffled, along with government policies that just happen to substantiate those business interests with kickbacks for all.  Laws serve political and corporate interests, and the lawmakers themselves do not represent any of their constituents: they are self-serving thieves, selling out their country and its populace for money and power.

The police departments have (for all intents and purposes) been “federalized,” with budgets and marching orders becoming increasingly dependent upon federal and not local or state policies.  Sheriffs who follow their appointed roles as duly-elected law enforcement officials upholding Constitutional guidelines are being “phased out” of existence.  The changed demographics of “forced” insertions of illegal aliens and “refugees” into populations are rapidly negating the remainder of the two-party system to ensure that the Democratic party takes control as infinitum.Orwell envisioned it.  His work is labeled a work of fiction, although all of the measures Oceania pursued are either currently in place in the United States or they’re being developed.  

There is mass surveillance, increasing by the day.  The “internet of things,” as coined by former General David Petraeus, is almost primed to allow “telescreens” to watch our every movement, and a camera on every corner to back them up.  Orwell hated totalitarianism, having been exposed to it in his short but accomplished lifetime, and he knew man’s propensity was to move toward the enslavement of his fellow man.

The development of new weapons by DARPA and the MIC are not toward a foreign enemy so much as the purpose of using them against the citizenry.  Drones, robots, nanotechnology, and every other “gizmo” able to be employed are all being drawn from behind the black curtain to unleash upon the citizens.  

Also, the world’s situation is directly paralleling “1984” as three great spheres of influence…Europe, Asia, and North America…are being created by the powers that be.  Global governance in “thirds” is probably the NWO end state, as outlined by Orwell for a very significant reason: control with as much ethnic and cultural homogeneity as possible.It stands to reason that an Oriental (“Eastasia,” in “1984”) empire/totalitarian state would control the Oriental nations, rather than split it up between populations that are not as closely related linguistically and culturally.  

We are seeing those shifts of influence into the divisions outlined by Orwell now, as the nations jockey for position and power.  Just as in “1984,” where it stated that even two of the super-states in alignment and concerted efforts could not together topple the third, perhaps the same is with our world.The shift is toward totalitarianism, and the populations have been (and are being) conditioned to accept, if not embrace, collectivist thought and socialism.  

A good example was a film called “the Mutant Chronicles,” in which there were four great super-states that were organized not as nations but as corporations, that made war with one another over resources.  We see the blending of government and corporation today in virtually every facet of life, with the illusion of elections and the illusion of choice upheld to keep the population around the dullard state of consciousness.

Due to a great number of reasons, and a history that would fill volumes, USA-lead disinformation is a fundamental hurtle to overcome when trying to disclose any information related to UFO’s, aliens and their technology.  

If the reader or searcher wants to find out the story and the “reality” behind extraterrestrial life and their involvement with humans, they will have to confront the stone cold wall of disinformation. 

It begins with a morass of fake news, fake photos, and stories that are incredulous.  Then, they would have to confront the armies of debunkers.  They would have to fight against the legions of “fact check” organizations, and their symbolic adjunct organizations.

The reader must make no mistake about this. 

The entire disinformation effort originates out of the United States.  In fact, the United States (shadow) government is the sole reason why there are no serious reports and open dialog concerning our known extraterrestrial relationships. 

It does not originate out of China, France, or Germany.  It does not have pale beginnings that emerged out of Brazil or Italy. 

It is completely and firmly American.  This is both in scope and extensive financial outlay.

"Obama has managed to put together the most intensive surveillance state in the history of the world. This is pretty frightening when you think about the implications."

-Oliver Stone

Today, things are not so simple.  It is no longer an issue of which one “investigates” a given extraterrestrial sighting.  No, it just is not that simple. 

Instead, one must first FIND valid sightings, contacts, or disclosures. 

You have to find the real issues and events.  However, the United States government has made that issue extremely difficult.  For the first line of information, disinformation is to flood real disclosures, and real observations, and real contacts under a torrent of nonsense; fabrications and pure lies and bullshit. 

The searcher finds themselves overwhelmed with nonsense. 

Aside from giving the illusion that any interest in this subject is lubricious, it also served to greatly increase the investigation efforts.  For, to really investigate this subject now requires real and serious effort.

For various reasons, not only to control the masses, but through political correctness. 

See http://www.dailywire.com/news/10555/how-political-medias-corruption-destroyed-americas-john-nolte#

On his blog, Y Combinator president Sam Altman argued that political correctness was damaging the tech industry. “This is uncomfortable, but it’s possible we have to allow people to say disparaging things about gay people if we want them to be able to say novel things about physics,” he wrote. On the ground, the startup kings haven’t changed their behavior. They’re still pitching me their companies with the same all-out exuberance. They’re continuing their quest to move fast and break things—regardless of what broken objects are left in their wake.

https://www.wired.com/story/the-other-tech-bubble/

Perhaps the greatest success story of the American  disinformation  campaign was to flood the public with the most outlandish stories regarding extraterrestrials. 

In fact, the more outlandish the story; the better. 

No longer satisfied to contently debunk a disclosure, they created a situation whereas the entire notion that there are extraterrestrials and that there is an active program concealing it would be considered preposterous. 

Now, if one tries to conduct a serious spelunking into the world of extraterrestrial visitations and secretive American black-projects they encounter a mythical land comparable to 4CHAN in scope.  This is INTENTIONAL.

4CHAN is an English-language image-board website. Users generally post anonymously, with the most recent posts appearing above the rest. 4chan is split into various boards with their own specific content and guidelines. Registration is not required, nor is it possible (except for staff).  

Launched on October 1, 2003, its boards were originally used for posting pictures and discussing manga and anime, as the site was modeled on Japanese imageboards. The site quickly became popular and expanded, though much of 4chan's content still features otaku, anime, and other Japanese cultural influences.  The site has been linked to Internet subcultures and activism and is known for it’s strange and outrageous pictures, subjects and content.
The great denial of extraterrestrially related aerial phenomena by the United States government has invoked a plethora of humor and more than a few snide remarks.  In a world where everything can be explained away as being a realistic part of the official government policy statement, those making the pronouncements lose all credibility. They become pale shadows of nonsense and viewed with suspicion, even when they actually do tell the truth.  Naturally they are joked about and made fun of.  This is typical of the kind of humor that a person can find regarding this.
.
The great denial of extraterrestrially related aerial phenomena by the United States government has invoked a plethora of humor and more than a few snide remarks. In a world where everything can be explained away as being a realistic part of the official government policy statement, those making the pronouncements lose all credibility. They become pale shadows of nonsense and viewed with suspicion, even when they actually do tell the truth. Naturally they are joked about and made fun of. This is typical of the kind of humor that a person can find regarding this.
Great spirits have often encountered violent opposition from mediocre minds.

-Albert Einstein

In this (United States fabricated) land of confusion and disinformation, you will find [1] angels who appear to grant selected contactees specialized knowledge about the heavens.  You will find [2] terrifying Reptilian shaped creatures that can shape change and take over the identities of important political and business leaders.  You will discover [3] time travel, [4] huge underground cities, [5] men dressed in black suits, and [6] all kinds of curiosities.  (Not limited to rodents on Mars, mountain-sized statues, and Martian ghosts.) 

I guess my story fits right in with the lot of them, and that is exactly the point.  The overall purpose has been to make the truth swim in a stew of the ludicrous. 

“The infrastructure needed to maintain and expand the level of secrecy which can deceive presidents and CIA Directors and senior congressional leaders and European Prime Ministers and the like is substantial - and illegal. Let me be clear, the entity which controls the UFO matter and its related technologies has more power than any single government in the world or any single identified world leader.

The current state-of-the-art in secrecy is a hybrid, quasi-government, quasi privatized operation which is international - and functions outside of the purview of any single agency or any single government. ‘The Government' - as you and I and Thomas Jefferson may think of it - is really quite outside the loop.

Rather, a select, tightly controlled and compartmentalized ‘black' or unacknowledged project controls these matters. Access is by inclusion alone and if you are not included, it does not matter if you are CIA Director, President, Chairman of Senate Foreign Relations or UN Secretary General, you simply will not know about or have access to these projects."

-Dr. Steven M. Greer, Understanding UFO Secrecy

Today we are living in a world in which a handful of high-tech companies, sometimes working hand-in-hand with governments, are not only monitoring much of our activity, but are also invisibly controlling more and more of what we think, feel, do and say.

Americans must be careful in what they say on line and on the phone. So-called harmless trigger words like cloud, pork and pirates could get a person in a great deal of trouble.  

The Department of Homeland Security has an expansive list of keywords and phrases it uses to monitor social networking sites and online media for signs of terrorist or other threats. 

While you’ll definitely send up an alert for using phrases such as dirty bomb, Jihad and Agro terror, you’re just as likely to get flagged for surveillance if you reference the terms SWAT, lockdown, police, cloud, food poisoning, pork, flu, Subway, smart, delays, cancelled, la familia, pirates, hurricane, forest fire, storm, flood, help, ice, snow, worm, warning or social media.

The technology that now surrounds us is not just a harmless toy; it has also made possible undetectable and untraceable manipulations of entire populations – manipulations that have no precedent in human history and that are currently well beyond the scope of existing regulations and laws.

The new hidden persuaders are bigger, bolder and badder than anything Vance Packard ever envisioned. If we choose to ignore this, we do so at our peril.


Those in control must control your behavior.
Those in control must control your behavior.

.

Disinformation, ridicule, and obfuscation are common tools utilized by the United States government to suppress disclosures.  It is a fact of life.  As such, I would like to take a moment to address it.

America is a “Full-On” Police State

“They basically came to kill our family, they surrounded us with snipers. And then they wanted to lie about it all like none of it happened."

-Ammon Bundy

Imagine if all the secrets of the CIA were released to the public.  Just imagine. Imagine that. Wow, wouldn’t that be something? Wow!

Well, it happened. 

Though, if all you watched was CNN, MSNBC, and Salon you wouldn’t be aware of it.

Indeed, even Ron Paul, the prominent libertarian communicator and three-time US presidential candidate, decried his amazement of the release.  WOW!  In fact, he declared in early March 2017 in a Fox Business interview that it is “fantastic” that WikiLeaks revealed on Tuesday thousands of US Central Intelligence Agency (CIA) documents and files.

“Fantastic.”

Speaking with host Kennedy, Ron Paul further stated that the information exposed “indicates that liberty is in big trouble” and states his concern about there having been insufficient media coverage of the information and outlines the potential dangers related to technology…

“Liberty is in BIG trouble.”

I have to give pause and underline the concern of Ron Paul. Indeed, there is insufficient media coverage of the BIGGEST news of the century. 

Why isn’t the American media reporting that the most secret CIA files are being released to the public? Instead of reporting this major event, the news media are all focused on FBI Director James Comey  and the investigation of Donald Trump ties to Russia.  WTF? Why is the media keeping that news secret, and why are the “tech giants” assisting them?

The answer is obvious.

Paul’s discussion raises the very crucial question “do we live in a police state?” As AntiWar’s Justin Raimondo warns, the wikileaks revelations tell us the answer is ‘Yes’.

It is insane to think that the United States government is a “police state”. 

I don’t see any police preventing me from getting on board a airplane unless I don't have my papers. I don’t see any police shooting unarmed civilians unless they feel threatened. There isn’t any kind of branch of government that has it’s own armed police force armed with military weapons that raid a house in the dead of night. 

I just simply cannot believe that anyone would even consider this most crazy of thoughts. 

The USA is the greatest nation in the world and our police work for us. It’s not the other way around.

-Non-published comment on Metallicman

Well, we do have that. 

Oh, they are not called the “SS”.  They are called the “IRS”.  Oh, the police do ask for your papers before you board a plane.  It’s the TSA that does it.  The police actually does conduct “no knock” raids in the dead of night, often without proper Constitutional protections. 

It’s an exact carbon copy of time-honored Gestapo tactics. One just needs to be aware and knowledgeable of the substance of what the United States has become.

We just can’t point our fingers at one particular President for this situation. 

It has been building for a good solid 150 years.  Though it certainly has accelerated under Presidents Bush and Obama.  In fact, while we all were aware of what President Bush was up to, at least we had a reason for it.  Under Obama there simply wasn’t any pretense.

It was in-your-face third-world banana-republic leadership with but one objective; power and control. Indeed, many Americans were sick and tired of what American was turning into and voted Trump (a non-member of the political establishment) in as President in 2016.

"In your face". American idiom. Defiantly confrontational; also, an exclamation of contempt. Yup. That was President Obama for you. If you, the reader, wants to know what it was like under his Presidency it was this, and ONLY this.

"Third world". As in the style of.. underdeveloped or developing countries. As in The conditions in our poorest rural areas resemble those in the third world. This expression originated in the mid-1900s, at first denoting those countries in Asia and Africa that were not aligned with either the Communist bloc nations or the non-Communist Western nations. Because they were for the most part poor and underdeveloped, the term was transferred to all countries with those characteristics, and later still to poorer groups within a larger prevailing culture.

"Banana-republic" A small country, often led by a corrupt government, whose economy depends upon either one internally-produced commodity or the revenue generated by foreign companies or investors.

Which in 2020 hindsight looks like a colossal mistake.

Of course, to appreciate what it was like under Presidents Bush and Obama, one needs to think back to that particular time period.  America became a police-state in laws, and in implementation of those laws.  It became obvious to everyone…

“Fewer people visiting from abroad?  Try not making legal visitors' experience of legally getting into the US like visiting a loved one at a SuperMax.”

-The Alarmist Sudden Debt Dec 31, 2017 12:52 PM
The USA is a police state.
The USA is a police state.

Use and abuse

The government creates narratives and events to control the American people. This is quite sophisticated and very well planned. You can well expect that nothing you see on the news is spontaneous. Nothing is spontaneous. It is all pre-planned events used to manipulate a dumbed down ignorant population.

The latest manipulation is the George Floyd video.

It’s just as outrageous as all those high schoolers screaming and pleading for “gun control” or “climate change”. It’s the idea that you can suffocate a man in broad daylight, by sitting on his neck with your kneecap.

Maybe it’s possible…

But it’s certainly an odd way to die. It’s almost like the American nation has become numb to the police shootings of people, and a graphic video needed to be recorded and presented…

… everything that you see or hear in American news should be suspect. It is all a manipulation of one type or the other.

The Vault 7 secrets

Anyways, getting back on to the disclosure of the CIA documents…

It is an amazing release of information. Pages and pages of super top secret information, all containing all the dirty and dark secrets of the CIA, are now public knowledge.

Indeed, WikiLeaks and Julian Assange could have gone down in history as the greatest enemies of government oppression of all kinds. However, their March 2017 release – a comprehensive exposé of the US intelligence community’s cyberwar tools and techniques – is truly the capstone of their career. 

Truly,  given that this release – dubbed “Vault 7” – amounts to just one percent of the documents they intend to publish (one can only look forward to the coming days with a mixture of joyful anticipation and ominous fear.)

More is going to come.  So why the fear? Fear because the power of the Deep State is even more forbidding – and seemingly invincible – than anyone knew. Joyful anticipation because, for the first time, it is dawning on the most unlikely people that we are, for all intents and purposes, living in a police state.

“A Police State.”

Yes, the USA is a Police State. 

It is just as bad as North Korea.  It is just as bad as 1960’s Mao’s Communist China.  It is just as bad as the Soviet Union in 1970. It is just as bad as Iran.  It is just as bad as Iraq under Hussian. Sure, we have MTV, Starbucks coffee, and ATM cash machines, but make no mistake, we live in a very tightly controlled police state.

The only difference between the Gestapo police state under the Nazi’s is that today you sit inside of Starbucks and drink a Grande Carmel Cappuccino while you are being monitored.  They don’t need to sit in another table and watch you from behind a newspaper.

It saves on travel expenses, don’t you know.

Scene from the Maltese Falcon.
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Scene from the Maltese Falcon.

They will visit you late at night. 

They will bang on your door, and pour in with assault weapons armed and pointed at you.  Instead of MP-40’s they will point MP-5’s at you. They will wear black, wear helmets, and have leather hobnailed boots.  They will roll up in armored APC’s and will kill you on sight if you have any evidence of defending yourself. The key interrogator might not be wearing a leather trench coat, but they will be wearing full body armor, and have holstered 9mm pistols.

Modern America resembles Nazi occupied territories during World War II.
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Modern America resembles Nazi occupied territories during World War II.

Aside from the Hollywood “eye candy” and the Internet distraction of (mostly) free porn, America is perhaps the most advanced Police-State in the history of the world.  The American government controls and monitors more people than ever, using the most advanced techniques ever devised. (Constantly improving and advancing.)

I was struck by this fact while watching an Internet video of Sean Hannity’s show on FOX NEWS and listening to both Hannity and his guests, including the ultra-conservative Laura Ingraham, inveigh against the “Deep State.” For people like Hannity, Ingraham, and Newt Gingrich (of all people!) to be talking about the Surveillance State with fear (and outrage) in their voices says two things about our current predicament:

  1. Due to the heroic efforts of Julian Assange in exposing the power and ruthlessness of the Deep State, the political landscape in this country is undergoing a major realignment. (This is forcing conservatives to return to their historic role as a defender of civil liberties.) You would think, but the “deep state” is filled with crusty old statists who have grown fat and content feeding at the trough.
  2. American “liberalism”, which now champions the Deep State as the savior of the country, has become a toxic brew that is fundamentally totalitarian.

What we are seeing (as the role of the “intelligence community” in basically leading a seditious conspiracy against a sitting President), is a complete switch in the political polarities in this country.  Indeed, what passes for the “left” has become the biggest advocate of the Surveillance State, and the populist right is coming to the obvious conclusion that we are a de facto police state.

In short, the “political left” are desirous of a full-on totalitarian police state. 

Totalitarianism is a political system in which the state recognizes no limits to its authority and strives to regulate every aspect of public and private life wherever feasible. A distinctive feature of totalitarian governments is an "elaborate ideology, a set of ideas that gives meaning and direction to the whole society". 

Totalitarianism is the most severe and extreme form of authoritarianism.The concept was first developed in the 1920s by the Weimar German jurist, and later Nazi academic, Carl Schmitt, and Italian fascists. Schmitt used the term, Totalstaat, in his influential work on the legal basis of an all-powerful state, The Concept of the Political (1927). The concept became prominent in Western political discourse as a concept that highlights similarities between Fascist states and the Soviet Union.

The “political right” is just being made aware of this with great alarm.

Ah, but wait! That’s not the whole story.  Please bear with me for a while.

The Material that outlines all this…

The material in “Vault 7” is extensive: it ranges from [1] examining the ways in which a Samsung television set that is seemingly turned off can be (and no doubt has been) used to spy on the conversations and activities of a room’s occupants, to [2] the various ways in which our spooks infiltrate and subvert common electronic devices, such as the iPhone, in order to gather information.

“Infected phones,can be instructed to send the CIA the user’s geolocation, audio and text communications as well as covertly activate the phone’s camera and microphone.”

The CIA has perfected a method of remotely controlling the electronic steering systems installed in cars. Which, I might add, is a perfect route to pulling off an assassination that looks like an “accident.”

After this was penned, Michael Hastings died.  

Go here; http://www.huffingtonpost.com/2013/06/24/michael-hastings-car-hacked_n_3492339.html 

and read about this “conspiracy” at; http://www.nydailynews.com/news/national/conspiracy-theories-abound-michael-hastings-death-article-1.1377392, 

and http://heavy.com/news/2017/03/wikileaks-vault-7-remote-car-hack-assassination-michael-hastings-conspiracy/ , 

and  http://heavy.com/news/2013/06/michael-hastings-death-conspiracy-wikileaks-cia-fbi/ ,

and http://www.ibtimes.com/michael-hastings-conspiracy-theories-car-accident-dead-body-fuel-speculation-reddit-twitter-1314253

Not that the intelligence services of the “leader of the Free World” would ever consider such an act

Right?

The massive infection of commonly used software and electronic devices leads to a major problem: proliferation. 

As these viruses and other invasive programs are unleashed on an unsuspecting public, they fall into the hands of a variety of bad actors. Oh yes. It can range from foreign governments, criminals, to mere teenagers on a lark (not necessarily in descending order of malevolence).

This plague is being spread over the Internet by a veritable army of CIA hackers:

“By the end of 2016, the CIA’s hacking division, which formally falls under the agency’s Center for Cyber Intelligence (CCI), had over 5000 registered users and had produced more than a thousand hacking systems, trojans, viruses, and other ‘weaponized’ malware.”

-Wikileaks

The inevitable end result is a world infected with so much malware that computers become almost useless.  All of our great laborsaving convenient gadgets can become junk in a nanosecond. Moreover, this parlous condition is paid for by you, the American taxpayer.

One aspect of the Vault 7 data dump that’s drawing particular attention is the CIA’s Remote Devices Branch’s “Umbrage group,”.  This is a group which, we are told,

“…collects and maintains a substantial library of attack techniques ‘stolen’ from malware produced in other states including the Russian Federation.” 

The idea is to mask the Agency’s cyberwar operations by attempting to hide the unique forensic attributes of its techniques. The process of attribution, WikiLeaks explains, is

“analogous to finding the same distinctive knife wound on multiple separate murder victims. The unique wounding style creates suspicion that a single murderer is responsible. As soon one murder in the set is solved then the other murders also find likely attribution.”

So how does the CIA hide its “fingerprints”?

It simply draws on computer code used by its adversaries (and not only Russia) and inserts it into its own handcrafted malware and other invasive programs, thus leaving Russian (or Chinese, or North Korean) fingerprints on the handiwork of CIA hackers. Indeed, The CIA has been involved in all kinds of nefarious activity, and has had the ability over the last decade or so, to blame the Russians or Chinese.  Imagine that!

I wonder if they have already blamed China for “hacking” the Internet? Of course they have. When it was our very own government doing so. 

Oh my!

Wow! 

But it is more than just redirecting blame for our own malfeasance. No, it is well used for political purposes as well.

Now consider this. You’ll recall that the attribution of the DNC/Podesta email hacks was “proved” by the DNC’s hired hands to be Russians. Oh yes? This was “proved” on the basis of the supposedly unique characteristics of the programs used by the supposed Russian hackers.


You see, the power that the United States government has is so absolutely complete that they can define what ever narrative they want for what ever reason. The evil can be treated like saints, and the downtrodden can be treated as dangerous criminals. Facts can be distorted into untruths, and lies can be twisted into reality.

And that is the case with many things that MAJestic has been involved in.

We have created a monster.

It is a Deep State with such unchecked power, armed with such Orwellian technology, that it represents a clear and present danger to our the United States, and all the citizens throughout the world. This threat is underscored not only by the WikiLeaks revelations, but also by the intelligence community’s intervention in our American domestic politics, which has been documented in the headlines of the nation’s newspapers for the entire first quarter of the Donald Trump Presidency.

This cancer has been allowed to grow, undiagnosed and unopposed, within the vitals of our government in the name of “national security.” 

Accelerated by our foreign policy of perpetual war, the national security bureaucracy has accumulated immense power, and our elected leaders have neglected to provide any oversight. Indeed, they are at its mercy.

Which brings up up to the issue at hand…

Keeping the MAJestic operations secret

You see, many people talk and complain about how powerful the enormous American government is. They (sort of) realize that the government can turn on you, or go after you if they need or want to. But people typically do not give it much more of a thought other than that. Most Americans are rather boring people, basically a non-threat, and lead a sheep-like existence. The idea that the United States government can turn on them, for what ever reason, seems remote, distant and unlikely.

Average Americans need hot fear the United States government. As long as they behave in the proper prescribed manner, they will, for the most part, be left alone.
.
Average Americans need not fear the United States government. As long as they behave in the proper prescribed manner, they will, for the most part, be left alone.

That is pretty much the situation for most Americans.

But what if the United States invested over a billion dollars in you. What if an expensive program, with new and exotic technologies, and an entire top secret apparatus was all part and parcel of who you are?

What then?

Ripley 8, also known as Number 8, was the eighth and first fully successful clone of Ellen Ripley created by the United Systems Military aboard the USM Auriga. 

Although she was essentially no more than a by-product of the top-secret USM project to resurrect the Xenomorph XX121 species, the scientist in charge of the program, Dr. Wren, ultimately elected to keep her alive for study. Ripley 8 subsequently became involved in the Xenomorph outbreak and infestation aboard the Auriga.

While outwardly human, cross-contamination of DNA between Ripley 8 and the Xenomorph inside her endowed Ripley 8 with several Xenomorph attributes; essentially, she was neither human nor alien, but something in between.

-Ripley 8

Well…

Then it becomes a very serious, serious concern. That’s what.

If you were part of a top secret experiment, one that cost billions of dollars, and so secret that only a handful of people actually knew your real past and what you had become, would not the government try everything in their power to monitor and control you so that you would not go "off the reservation".
.
If you were part of a top secret experiment, one that cost billions of dollars, and so secret that only a handful of people actually knew your real past and what you had become, would not the government try everything in their power to monitor and control you so that you would not go “off the reservation”.

Indeed, they would be concerned.

And a government with just about every technique at their disposal would actually use it. Most especially when they notice that your behaviors are starting to go in strange and unexpected directions.

While Ripley 8 was a clone of Ellen Ripley, her personality was markedly different. Unlike the original Ripley, she was sarcastic, dry, and rarely fazed by the situations that she found herself in. Whether she be in USM captivity, subjected to scientific tests or faced with the horrors of a Xenomorph outbreak, she showed little emotional concern or interest and maintained an emotionless, apathetic exterior, such as when she informed Larry Purvis that he was infected with a Chestburster and calmly described the horrific, fatal birthing process to him.

Notably, Ripley 8's personality was split between the two species that contributed to her DNA, and she shared both human and Xenomorph sympathies. She often found herself to be in dissent regarding the two species' conflicting goals and aims, and at times even considered siding with the Xenomorphs aboard the Auriga (a desire the creatures apparently shared, they seem to revere her), although ultimately she chose to ally herself with the humans she encountered. Despite her fractured persona, elements of Ellen Ripley's character still shone through in Ripley 8.

-Ripley 8

They might decide to “terminate the entire program” no matter what the financial outlay was.

There are hundreds of thousands of people in MAJestic, but only a handful in my particular special program. Our uniqueness is important, and our role is equally so. However, the secrecy has created a situation where those that know of our true and real capabilities might misunderstand them, and interpret their utilization as a hostile act. In which case it would be very bad for us personally.
.
There are hundreds of thousands of people in MAJestic, but only a handful in my particular special program. Our uniqueness is important, and our role is equally so. However, the secrecy has created a situation where those that know of our true and real capabilities might misunderstand them, and interpret their utilization as a hostile act. In which case it would be very bad for us personally.

Conclusion

Thus, let it be well understood that those of us who are really part of MAjestic have a serious understanding of the way that things work, and have a healthy and righteous fear of those in power. For they are, in many ways, like children playing with a lighter and sticks of dynamite.

To them secrecy comes with a price tag, and the actual secrets are far less important than the monetary values assigned to it. The greater your assigned investment cost, the greater the importance in suppression of your presence.

Do you want more?

I have more posts on this subject in my MAJestic Index here…

MAJestic

Articles & Links

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To go to the MAIN Index;

Master Index

.

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The Intention Experiment (full text) by Lynne McTaggart. In HTML for free access. Part 4 of 4.

This is part 4 of 4.

This is a complete reprint of the book titled “The Intention Experiment” by Lynne McTaggart. It is a non-fiction book, and it is groundbreaking. In this book, the author has compiled all those studies about the reality of ESP, and PSI, and compiled the results. The results are pretty damning. Something is going on, and Newtonian physics cannot explain it. It can only be explained with quantum physics.

What is going on is that quantum physics is working and weaving it’s magic throughout our lives, and rather than discount things as “superstition” and out-dated religion, this book connects actual scientific studies with the quantum physics principles involved. It explains so many thing that have been discounted as pure superstition.

Thus it’s placement in my blog.

This is for those people who want nice and clean answers to what is going on, yet cannot shake off the Newtonian physics that they learned in High School. This book teaches you that there is a deeper reality behind everything and as such, it helps explain some elements of paranormal and religion that are often discounted as primitive nonsense.

Welcome to the world of quantum physics and how all those things about prayer, intention, and spirituality actually does have a scientific foundation that they are based upon.

Summary of this section

This section consists of the links and other related background supporting information assocated with the book. Included herein for those that are interested.

CHAPTER FOURTEEN

Your Personal Intention Experiments

NOW THAT YOU HAVE PRACTICED ‘powering up’, what can you u intention for in your own everyday life? To help you find out, with the help of my scientists I have designed a series of informal, personal experiments.

The following ‘experiments’ are intended to be read in two ways: as a springboard into ways to incorporate intention into your life, and also as a piece of anecdotal research. Whenever you carry out an intention experiment, I would like you to report it on our website.

To carry out these experiments, all you will need in the way of equipment is a notebook and a calendar. When you are first starting, note the date and times of your intentions. Each intention experiment should be carried out after ‘powering up’ in your intention space, using the programme outlined in chapter 13. Needless to say, if you suffer from a serious illness and are trying to think yourself better, you should augment your own healing intentions with the help of a trained professional healer, whether conventional or alternative.

Make a daily note of any change in the object of your intention, and be specific. If you are trying to heal a condition in yourself or someone else, take a daily ‘temperature’ of change. What does the person feel like, in general? What symptoms have improved? Have any got worse? Have any new ones turned up? (If any situations seriously worsen, immediately consult a professional practitioner, and also examine any subconscious intentions.)

If you are trying to change your relationship with someone who is ordinarily very antagonistic to something more positive, make a daily note of his or her interactions with you, to determine if anything has changed.

To Have Something Manifest in Your Life

Select a goal that has never happened but that you would like to have happen. Choose something that seldom occurs or is particularly unlikely, so that if it does come to pass it is more likely to be the result of your intention.

Here are some possibilities:

  • receiving flowers from your husband (if he has never bought them for you); having your wife sit down and watch a football match with you (if she usually refuses to do so);
  • having the boorish neighbour who never gives you the time of day start a cheery conversation with you;
  • having your child help with the dishes;
  • having your child wake up on his or her own in the morning and get ready for school without prompting;
  • improving the weather (30 per cent more or less rain, say); having your child make his or her bed;
  • having your dog stop barking at night;
  • stopping your cat from scratching the sofa;having your husband or wife come home from work one hour earlier than usual;
  • having your child watch television two hours less;
  • getting someone who can’t stand you at work to say hello and start up a conversation;
  • achieving 10 per cent higher profits at work; growing your plants or crops 10 per cent faster than usual.

As you begin to manifest, you can try more complicated thoughts. But remember, at first you want one single event to change, something where change can be easily quantified and can probably be attributed to your thoughts.

Retro-intentions

If you still have a medical problem of some sort, cast your mind back to the point where it started. Carry out an intention for it to resolve itself then. See if you are now better.

If you are not getting along with someone, cast your mind back to the point where you first had a disagreement and send your intention to change there.

Remember to be very specific.

Ask your friends and family if you can try a retro-prayer for some of their loved ones who were ill 5 years before. Concentrate on their former illness and see if it improves their current state of health. The idea will seem so ridiculous and therefore so harmless that they probably will agree to it. If you feel bold, you may even try this with a local nursing home. First, be sure to obtain the permission of the patient, as well as those in charge.

Report any results by writing in to The Intention Experiment website: www.theintentionexperiment.com.

Group Intention Exercises

Assemble a group of your friends who are interested in trying out some group intention exercises. Create an intention space where you will meet each time. Select a group target in your community. Here are a few possibilities:

  • improving the weather; reducing violent crime by 5 per cent;
  • reducing pollution by 5 per cent;
  • reducing litter on a particular street in your community; getting your mail delivered one hour earlier;
  • achieving some form of community activism (such as preventing a mobile phone mast from being built in your area);
  • decreasing the incidence of local road accidents involving children by 30 per cent;
  • improving the collective grade point average of the local school by one grade; decreasing abuse of children in your community by 30 per cent;
  • reducing possessions of knives or illegal weapons by 30 per cent; increasing (or decreasing) local rainfall by 10 per cent; decreasing the number of alcoholics in your area by 25 per cent.

Depending on the nature of your intention, make one member of the group responsible for researching statistics involving your local accident, weather or crime statistics. For these types of statistics, it is a good idea to get hold of reports for the last 5 years in your area and surrounding communities so you have something solid to compare.

Then, when you meet, decide on a group intention statement. When you are ‘powering up’, visualize yourselves as a single entity (say, a giant bubble or any other unified internal image). Once you are all in a collective meditative state, have one member of the group read out the statement. Meet regularly to send the same intentions. Keep a careful reading of statistics for one month before and several months after you have sent the intentions. Note any changes.

Send the results to The Intention Experiment website: www.theintentionexperiment.com.

CHAPTER FIFTEEN

The Group Intention Experiments

YOU ARE NOW INVITED TO PARTICIPATE in massive group intention experiments with many, if not most, of the other readers of this book. If you would like to take part in the largest mind-over-matter experiment in history, read on.

In these group intentions, you will become involved in important new research to further the world’s knowledge about the power of intention. There will be blogs and interactive elements on our website, so that you can correspond with like-minded individuals around the world about our results and the results of individual experiments (chapter 14).

Naturally, it is not compulsory. In fact, I would prefer you not to get involved unless you are passionate about participating. I need committed participants, willing to take the intention experiment seriously. Each experiment might take a few minutes to an hour of your time, although in future we might try experiments that take a little longer.

First, log on to the website (www.theintentionexperiment.com). There you will find information about the dates and objectives of future intention experiments. We will plan those dates to coincide with times of a fair degree of geomagnetic activity. Mark those dates in your diary now; if you intend to participate, it is vital that you don’t forget. We have a number of experiments planned, but as scientific experiments are expensive to carry out and require lengthy analysis, there will be sizable intervals between experiments. If you miss an intention experiment, you will have to wait a few months for another one.

Several days before the experiment, read through the preliminary instructions to familiarize yourself with what to do. The instructions will explain that you need to carry out many of the ‘powering up’ exercises of chapter 13 just before you send your intention. You will find information about the time of the experiment in your own time zone. The website has a running clock (set to US Eastern Standard Time an Greenwich Mean Time) and a countdown to each new experiment, and will specify the equivalent times in different time zones.  Readers around the world will be participating, so it is vital that all the readers send intentions at the right time.

As this is a scientific experiment, we need to have committed and knowledgeable participants, who have read and understood the ideas in this book. Consequently, we will try to weed out potential spoilers or the uncommitted by asking every potential participant to supply a password, which will be taken from phrases or ideas in the book and will vary every few months. We will ask you to supply, for example, the fourth word of the third paragraph on page 57 of the US hardback edition (or page 65 of the paperback). We will make sure we specify passwords for every edition published in every country, so your password will work no matter which version of the book you have read. Just follow the instructions. The only way to be part of the experiment is to have read the book and to log on with the

correct password, after which you will be supplied with a private password, to use for future experiments.

Because this is a scientific experiment, we need to know some details about our participants, such as their average age, their gender, their health – or possibly their degree of psychic ability. On the day of the experiment, you will be asked to supply some information about yourself. Several of our scientists have designed short questionnaires for you to fill in. Of course, this information will be kept confidential, under international and national laws of data protection. Once you have filled in our questionnaires, you won’t have to rekey any information you have already supplied for any future experiments.

On the day of the intention experiment, at the particular time specified on the website, you will be asked to send a carefully worded, detailed intention, depending on the target site. The website will walk you through the steps. You will be asked to ‘power up’ into your meditative state, to enter a state of compassion and to send a carefully worded, detailed intention that will be specified on the website.

For instance, let’s say that we are trying to send an intention to have a spider plant grow faster at Fritz-Albert Popp’s lab in Neuss, Germany, on Friday 20 Marc at 8 p.m. GMT. We will have a photograph or web camera image of the spider plant on the website, so you can train your intention on the right subject. The website will instruct you to think or say the following sentence on 20 March at 8 p.m.:

Our intention is to have our spider plant in Neuss grow 10 per cent faster than a control plant.

Or, let’s say that we have a patient with a wound. Our intention might be: Our intention is for Lisa’s wound to heal 10 per cent faster than normal.

Because this is a scientific experiment, we will structure our experiment to test a precise, carefully quantified result: 10 per cent faster or slower, say, or 6°C cooler than normal or than a control. Once finished, the results will be analysed by our scientific team – ideally by a neutral statistician as well – and then published on the website.

I must reiterate that I cannot guarantee that the experiments will work – at first or ever. As scientists and objective researchers, we will be duty-bound to faithfully report the data we have. Whether or not our first experiments are successful, we will continue to refine the design with each new experiment as we learn more about group intention. If the first or second or fifth experiment doesn’t work, we will keep trying and keep learning more with every result. The nature of frontier science requires that you stumble along blindly, feeling your way along the right path.

Do consult the website frequently for announcements of experiments, postings of the individual experiments (chapter 14) and announcements of the date of every future experiment. If you have enjoyed the written portion of this book, the website will continue the experience for you as an open-ended sequel.

www.theintentionexperiment.com

Notes

Preface

  1. N. Hill, Think and Grow Rich: The Andrew Carnegie Formula for Mone Making, New York: Ballantine Books (reissue edn), 1987.
  2. J. Fonda, My Life So Far, London: Ebury Press, 2005: 571.

Introduction

  1. For a complete description of these scientists and their findings, consult L. McTaggart, The Field: the Quest for the Secret Force of the Universe, London: HarperCollins, 2001.
  2. The full title of Newton’s major treatise is Philosophiae Naturalis Principia Mathematica, a name that offers a nod to its philosophical implications, although it is always referred to reverentially as the Principia.
  3. R. P. Feynman, Six Easy Pieces: The Fundamentals of Physics  Explained

London: Penguin, 1995: 24.

  • McTaggart, The Field, op. cit.
  • Eugene Wigner, the Hungarian-born American physicist who received a Nobel Prize for his contribution to the theory of quantum physics, is one of the early pioneers of the central role of consciousness in determining reality and argued, through a thought experiment called ‘Wigner’s friend’, that the observer, ‘the friend’, might collapse Schrödinger’s famous cat into a single state or, like the cat itself, remain in a state of superposition until another ‘friend’ comes into the lab. Other proponents of ‘the observer effect’ include John Eccles and Evan Harris Walker. John Wheeler is credited with espousing the theory that the universe is participatory: it only exists because we happen to be looking at it.
  • McTaggart, The Field, op. cit.
  • E. J. Squires, ‘Many views of one world – an interpretation of quantum theory’, European Journal of Physics, 1987; 8: 173.
  • B. F. Malle et al., Intentions and Intentionality: Foundations of Socia Cognition, Cambridge, Mass.: MIT Press, 2001.
  • M. Schlitz, ‘Intentionality in healing: mapping the integration of body, mind, and spirit’, Alternative Therapies in Health and Medicine, 1995; 1 (5): 119–20.
  • R. G. Jahn et al., ‘Correlations of random binary sequences with prestated operator intention: a review of a 12-year program’, Journal of Scientific Exploration, 1997; 11: 345–67.
  • R. G. Jahn et al., ‘Correlations of random binary sequences’, op. cit.; Dea Radin and Roger Nelson, ‘Evidence for consciousness-related anomalies in random physical systems’, Foundations of Physics, 1989; 19 (12): 1499–514; McTaggart, The Field, op. cit.: 116–17.
  1. These studies are itemized in great detail in D. Benor, Spiritual  Healing,

Volume 1, Southfield, Mich.: Vision Publications, 1992.

  1. Rene Peoc’h, ‘Psychokinetic action of young chicks on the path of a “illuminated source”’, Journal of Scientific Exploration, 1995; 9 (2): 223; R. Peoc’h, ‘Chicken imprinting and the tychoscope: An Anpsi experiment’, Journal of the Society for Psychical Research, 1988; 55: 1; R. Peoc’h, ‘Psychokinesis experiments with human and animal subjects upon a robot moving at random’, The Journal of Parapsychology, September 1, 2002.
  2. William G. Braud and Marilyn J. Schlitz, ‘Consciousness interactions wit remote biological systems: anomalous intentionality effects’, Subtle Energies and Energy Medicine, 1991; 2 (1): 1–27; McTaggart, The Field, op. cit.: 128–9.
  3. Marilyn Schlitz and William Braud, ‘Distant intentionality and healing assessing the evidence’, Alternative Therapies in Health and Medicine, 1997; 3 (6): 62–73.
  4. William Braud and Marilyn Schlitz, ‘A methodology for the objective study of transpersonal imagery’, Journal of Scientific Exploration, 1989; 3 (1): 43–63.
  5. W. Braud et al., ‘Further studies of autonomic detection of remote staring: replication, new control procedures and personality correlates’, Journal of Parapsychology, 1993; 57: 391–409; M. Schlitz and S. LaBerge, ‘Autonomi detection of remote observation; two conceptual replications’, in D. Bierman (ed.), Proceedings of Presented Papers: 37 Annual Parapsychological Association Convention, Amsterdam, Fairhaven, Mass.: Parapsychological Association, 1994: 465–78.
  6. D. Benor, Spiritual Healing: Scientific Validation of a Healing Revolution, Southfield, Mich.: Vision Publications, 2001.
  7. F. Sicher, E. Targ et al., ‘A randomized double-blind study of the effect of distant healing in a population with advanced AIDS: report of a small scale study’ Western Journal of Medicine, 1998; 168 (6): 356–63. For a full description of the studies, see McTaggart, The Field, op. cit.: 181–96.
  8. Psychologist Dean Radin conducted a meta-analysis in 1989 at Princeto University of all known dice experiments (73) published between 1930 and 1989. They are recounted in his book Entangled Minds, New York: Paraview, 2006: 148– 51.
  9. J. Hasted, The Metal Benders, London: Routledge & Kegan Paul, 1981, as cited      in      W.          Tiller,          Science and       Human    Transformation;          Subtle   Energies Intentionality and Consciousness, Walnut Creek, Calif.: Pavior Publications, 1997: 13.
  10. McTaggart, The Field, op. cit.: 199.
  11. W. W. Monafo and M. A. West, ‘Current recommendations for topical burn therapy’, Drugs, 1990; 40: 364–73.

Chapter 1: Mutable Matter

  1. All personal information about Tom Rosenbaum and Sai Ghosh and  their

studies have been culled from multiple interviews conducted in February and March 2005.

  • This was the solution posed by Giorgio Parisi at Rome in 1979.
  • S. Ghosh et al., ‘Coherent spin oscillations in a disordered magnet’, Science, 2002; 296: 2195–8.
  • Once again, I am indebted to Danah Zohar for her easy-to-digest descriptio of quantum non-locality, which appears in D. Zohar, The Quantum Self, London: Bloomsbury, 1991: 19–20.
  • A. Einstein, B. Podolsky and N. Rosen, ‘Can quantum-mechanical descriptio of physical reality be considered complete?’ Physical Review, 1935; 47: 777–80.
  • A. Aspect et al., ‘Experimental tests of Bell’s inequalities using time-varying analyzers’, Physical Review Letters, 1982; 49: 1804–7; A. Aspect, ‘Bell’s inequality test: more ideal than ever’, Nature, 1999; 398: 189–90.
  • Science Fact: Scientists achieve ‘Star Trek’-like feat – The Associated Press, December 10, 1997, posted on CNN, http://edition.cnn.com/TECH/9712/10/beam me. up. ap.
  • Non-locality was considered to be proven by Aspect et al.’ s experiments in Paris in 1982.
  • J. S. Bell, ‘On the Einstein-Poldolsky-Rosen paradox’,Physics, 1964; 1: 195–200.
  • S. Ghosh et al., ‘Entangled quantum state of magnetic dipoles’, Nature, 2003; 435: 48–51.
  • Details of Vedral’s views and experiments the result of multiple interviews, February, October and December 2005.
  • C. Arnesen et al., ‘Thermal and magnetic entanglement in the 1D Heisenber Model’, Physical Review Letters, 2001; 87: 017901.
  • V. Vedral, ‘Entanglement hits the big time’, Nature, 2003; 425: 28–9.
  • T. Durt, interview with author, April 26, 2005.
  • B. Reznik, ‘Entanglement from the vacuum’, Foundations of Physics, 2003; 33: 167–76; Michael Brooks, ‘Entanglement: The weirdest link’,New Scientist, 2004; 181 (2440): 32.
  • John D. Barrow, The Book of Nothing, London: Jonathan Cape, 2000: 216.
  • Erwin Laszlo, The Interconnected Universe: Conceptual Foundations o Transdiscipinary Unified Theory, Singapore: World Scientific Publishing, 1995: 28.
  • A. C. Clarke, ‘When will the real space age begin?’ Ad Astra, May–June 1996; 13–15.
  • Harold Puthoff, ‘Ground state of hydrogen as a zero-point-fluctuation- determined state’, Physical Review D, 1987; 35: 3266.
  • B. Haisch, Alfonso Rueda and H. E. Puthoff, ‘Inertia as a zero-point-fiel Lorentz force’, Physical Review A, 1994; 49 (2): 678–94; Bernhard Haisch, Alfonso Rueda and H. E. Puthoff, ‘Physics of the zero-point field: implications for inertia gravitation and mass’, Speculations in Science and Technology, 1997; 20: 99–114.
  • Various interviews with Hal Puthoff, 1999–2000.
  • Reznik, ‘Entanglement from the vacuum’, op. cit.
  • McTaggart, The Field, op. cit.: 35–6.
  • J. Resch et al., ‘Distributing entanglement and single photons through an intra-city, free-space quantum channel’, Optics Express, 2005; 13 (1): 202–9; R. Ursin et al., ‘Quantum teleportation across the Danube’, Nature, 2004; 430: 849.
  • M. Arndt et al., ‘Wave–particle duality of C60 molecules’, Nature, 1999; 401: 680–2; doi: 10.1038/44348.
  • A. Zeilinger, ‘Probing the limits of the quantum world’, Physics World, March 2005 (online journal: http://www.physicsweb.org/articles/world/18/3/5/1).

Chapter 2: The Human Antenna

  1. All personal details about Gary Schwartz and his discoveries result from multiple interviews with him and the author, March–June 2006.
  2. H. Benson et al., ‘Decreased systolic blood pressure through operan conditioning techniques in patients with essential hypertension’, Science, 1971; 173 (3998): 740–2.
  3. E. E. Green, ‘Copper wall research psychology and psychophysics: subtle energies and energy medicine: emerging theory and practice’, Proceedings, First Annual Conference, International Society for the Study of Subtle Energies and Energy Medicine (ISSSEEM), Boulder, Colorado, 21–25 June 1991.
  4. This research was eventually published as G. Schwartz and L. Russek ‘Subtle energies – electrostatic body motion registration and the human antenna- receiver effect: a new method for investigating interpersonal dynamical energy system interactions’, Subtle Energies and Energy Medicine, 1996; 7 (2): 149–84.
  5. E. E. Green et al., ‘Anomalous electrostatic phenomena in exceptiona subjects’, Subtle Energies and Energy Medicine, 1993; 2: 69; W. A. Tiller et al., ‘Towards explaining anomalously large body voltage surges on exceptional subjects, Part I: The electrostatic approximation’, Journal of Scientific Exploration, 1995; 9 (3): 331.
  6. William A. Tiller, ‘Subtle energies’, Science & Medicine, 1999, 6 (3): 28–

33.

  • A. Seto et al., ‘Detection of extraordinary large biomagnetic field  strength

from    the     human    hand     during    external     qi           emission’, Acupuncture            and Electrotherapeutics Research International, 1992; 17: 75–94; J. Zimmerman, ‘New

technologies detect effects in healing hands’, Brain/Mind Bulletin, 1985; 10 (2): 20–

3.

  • B. Grad, ‘Dimensions in “Some biological effects of the laying on of hands” and their implications’, in H. A. Otto and J. W. Knight (eds.), Dimension in Wholistic Healing: New Frontiers in the Treatment of the Whole Person, Chicago: Nelson-Hall, 1979: 199–212.
  • L. N. Pyatnitsky and V. A. Fonkin, ‘Human consciousness influence on water structure’, Journal of Scientific Exploration, 1995; 9 (1): 89.
  • G. Rein and R. McCraty, ‘Structural changes in water and DNA associate

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with new  physiologically measurable  states’, Journal of  Scientific Exploration, 1994; 8 (3): 438–9.

  1. W. Tiller would eventually write about the effect of shielding psychics in his book Science and Human Transformation, Walnut Creek, Calif.: Pavior Publishing, 1997: 32.
  2. M. Connor, G. Schwartz et al., ‘Oscillation of amplitude as measured by a extra low frequency magnetic field meter as a biophysical measure of intentionality’. Paper presented at the Toward a Science of Consciousness Conference, Tucson Arizona, April 2006.
  3. Sicher, Targ et al., ‘A randomized double-blind study’, op. cit.
  4. See McTaggart, The Field, op. cit.: 39, for a full description of F.-A. Popp’s earlier work.
  5. S. Cohen and F.-A. Popp, ‘Biophoton emission of the human body’,Journal of Photochemistry and Photobiology, 1997; 40: 187–9.
  6. K. Creath and G. E. Schwartz, ‘What biophoton images of plants can tell u about biofields and healing’, Journal of Scientific Exploration, 2005; 19 (4): 531–

50.

  1. S. N. Bose, ‘Planck’s Gesetz und Lichtquantenhypothese’, Zeitschrift für Physik, 1924; 26: 178–81; A. Einstein, ‘Quantentheorie des einatomigen idealen Gases [Quantum theory of ideal monoatomic gases]’, Sitz. Ber. Preuss. Akad. Wiss. (Berlin), 1925; 23: 3.
  2. C. E. Wieman and E. A. Cornell, ‘Seventy years later: the creation of Bose-Einstein condensate in an ultracold gas’, Lorentz Proceedings, 1999; 52: 3–5.
  3. K. Davis et al., ‘Bose-Einstein condensation in a gas of sodium atoms’

Physical Review Letters, 1995; 75: 3969–73.

  • M. W. Zwierlein et al., ‘Observation of Bose-Einstein condensation o molecules’, Physical Review Letters, 2003; 91: 250401.
  • H. Fröhlich, ‘Long range coherence and energy storage in biological systems’, Int. J. Quantum Chem., 1968; II: 641–9.
  • For this entire example, see Tiller, Science and Human Transformation, op. cit.: 196.
  • M. Jibu et al., ‘Quantum optical coherence in cytoskeletal microtubules: implications for brain function’, Biosystems, 1994; 32: 195–209; S. R. Hameroff ‘Cytoplasmic gel states and ordered water: possible roles in biological quantum coherence’, Proceedings of the 2nd Annual Advanced Water Sciences Symposium, Dallas, Texas, 1996.

Chapter 3: The Two-Way Street

  1. For all history of Cleve Backster’s discoveries and experiments, interview with Backster, October 2004 and his Primary Perception: Biocommunication with Plants, Living Foods, and Human Cells, Anza, Calif.: White Rose Millennium Press, 2003.
  2. As Obi-Wan Kenobe tells Luke Skywalker, after Alderan has been blown up

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by the Empire in Star Wars part IV: A New Hope: ‘I feel a great disturbance in the Force. As if millions of voices suddenly cried out in terror, and were suddenly silenced.’

  • Presentation given at the Tenth Annual Parapsychology Association meeting in New York City, September 7, 1967. Also published as C. Backster, ‘Evidence of a primary perception in plant life’, International Journal of Parapsychology, 1968; 10 (4): 329–48.
  • P. Dubrov and V. N. Pushkin, Parapsychology and Contemporary Science, New York and London: Consultants Bureau, 1982.
  • P. Tompkins and C. Bird, The Secret Life of Plants, New York: Harper & Row, 1973.
  • ‘Boysenberry to Prune, Boysenberry to Prune: Do you read me? Lie detecto expert Cleve Backster reported in the annual meeting of the American Association for the Advancement of Science that he had detected electrical impulses between two containers of yogurt at opposite ends of his laboratory. Backster claims the bacteria in the containers were communicating.’ Esquire, January 1976.
  • Backster, ‘Evidence of a primary perception’, op. cit.
  • Backster, Primary Perceptions, op. cit.: 112–13.
  • Backster, Primary Perceptions. See also Rupert Sheldrake, Dogs That Know When Their Owners Are Coming Home and Other Unexplained Powers of Animals, London: Three Rivers Press, 2000.
  • This and other personal details of events resulted from interviews with Ingo Swann, New York, July 2005.
  • See McTaggart, The Field, op. cit.: 39 for a full description of F.-A. Popp’s earlier work.
  • All details of these experiments resulted from an interview between the author and Fritz-Albert Popp, January 2006.
  • R. M. Galle et al., ‘Biophoton emission fromDaphnia magna: A possible factor in the self-regulation of swarming’, Experientia, 1991; 47: 457–60; R. M. Galle, ‘Untersuchungen zum dichte und zeitabhängigen Verhalten der ultraschwachen Photonenemission von pathogenetischen Weibchen des Wasserflohs Daphnia magna.’ Dissertation. Universität Saarbrücken, Fachbereich Zoologie, 1993.
  • F.-A. Popp et al., ‘Nonsubstantial biocommunication in terms of Dicke’s Theory’, in M. W. Ho, F.-A. Popp and U. Warnke (eds.), Bioelectrodynamics and Biocommunication, Singapore: World Scientific Publishing, 1994: 293–317; J. J Chang et al., ‘Research on cell communication of P. elegans by means of photon emission’, Chinese Science Bulletin, 1995; 40: 76–9.
  • J. J. Chang et al., ‘Communication between Dinoflagellates by means o photon emission’, in L. V. Beloussov and F.-A. Popp (eds.), Proceedings of International Conference on Non-equilibrium and Coherent Systems in Biophysics, Biology and Biotechnology, Sep. 28–Oct. 2 1994, Moscow: Bioinform Services Co., 1995: 318–30.
  • Interview with Popp, Neuss, Germany, March 1, 2006.

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  1. F.-A. Popp et al., ‘Mechanism of interaction between electromagnetic fields and living organisms’, Science in China (Series C), 2000; 43 (5): 507–18. 18. Ibid.
  2. L. Beloussov and N. N. Louchinskaia, ‘Biophoton emission from developin eggs and embryos: Nonlinearity, wholistic properties and indications of energy transfer’, in J. J. Chang et al. (eds.),Biophotons, London: Kluwer Academic Publishers, 1998: 121–40.
  3. K. Creath and G. E. Schwartz, ‘What biophoton images of plants can tell u about biofields and healing’, Journal of Scientific Exploration, 2005; 19 (4): 531–

50.

  • A.  V.  Tschulakow  et al.,  ‘A new  approach to  the  memory of  water’,

Homeopathy, 2005; 94: 241–7.

  • E. P. A. Van Wijk and R. Van Wijk, ‘The development ofa bio-sensor for the state of consciousness in a human intentional healing ritual’, Journal of International Society of Life Information Science (ISLIS), 2002; 20 (2): 694–702.
  • M. Connor, ‘Baseline testing of energy practitioners: Biophoton imaging results.’ Paper presented at the North American Research in Integrative Medicine conference, Edmonton, Canada, May 2006.
  • Personal details about K. Korotkov the result of multiple interviews with the author, November–March 2005–2006.
  • S. D. Kirlian and V. K. Kirlian, ‘Photography and visual observation b means of high frequency currents’, J. Sci. Appl. Photogr., 1964; 6: 397–403.
  • Korotkov’s most important work on the subject was K. Korotkov, Human E n e rg y Field:              Study    with     GDV  Bioelectrography,              New      Jersey: Backbone Publishing  Co.,  2002;  K.  Korotkov, Aura  and  Consciousness  –  New  Stage  o Scientific Understanding,  St Petersburg:  St Petersburg Division of the  Russia Ministry of Culture, State Publishing Unit ‘Kultura’, 1999.
  • K. Korotkov et al., ‘Assessing biophysical energy transfer mechanisms in living systems: The basis of life processes’, The Journal of Alternative and Complementary Medicine, 2004; 10 (1): 49–57.
  • L. W. Konikiewicz and L. C. Griff,Bioelectrography – A new method for detecting cancer and body physiology, Harrisburg, Va.: Leonard Associates Press, 1982; G. Rein, ‘Corona discharge photography of human breast tumour biopsies’ Acupuncture & Electrotherapeutics Research, 1985; 10: 305–8; K. Korotkov et al., ‘Stress diagnosis and monitoring with new computerized “Crown-TV” device’ Journal of Pathophysiology, 1998; 5: 227.
  • P. Bundzen et al., ‘New technology of the athletes’ psycho-physical readiness evaluation based on the gas-discharge visualisation method in comparison with battery of tests’, ‘SIS99’ Proceedings, International Congress St Petersburg, 1999: 19–22; P. V. Bundzen, et al., ‘Psychophysiological correlates of athletic success in athletes training for the Olympics’, Human Physiology, 2005; 31 (3): 316–23; K. Korotkov et al., ‘Assessing biophysical energy transfer mechanisms’, op cit.
  • Clair  A.  Francomano  and  Wayne  B.  Jonas,  in Ronald A.  Chez (ed.)

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Proceedings: Measuring the Human Energy Field: State of the Science. The Gerontology Research Center, National Institute of Aging, National Institutes o Health, Baltimore, Maryland, April 17–18, 2002.

  • S. Kolmakow et al., ‘Gas discharge visualization technique and spectrophotometry in detection of field effects’, Mechanisms of Adaptive Behavior, Abstracts of International Symposium, St Petersburg, 1999: 79.
  • Interview with K. Korotkov, March 2006.

Chapter 4: Hearts that Beat as One

  1. All details of the Love Study were gleaned from multiple interviews with Dean Radin, Marilyn Schlitz and Jerome Stone, April 2005–June 2006.
  2. F. Sicher, E. Targ et al., ‘A randomized double-blind study of the effect of distant ealing in a population with advanced AIDS: report of a small scale study’ Western ournal of Medicine, 1998; 168 (6): 356–63; also multiple interviews with

E. Targ, 999–2001.

  • M. Schlitz and W. Braud, ‘Distant intentionality and healing: assessing the evidence’, Alternative Therapies in Health and Medicine, 1997; 3 (6): 62–73.
  • M. Schlitz and S. LaBerge, ‘Autonomic detection of remote observation: tw conceptual replications’, in D. J. Bierman (ed.), Proceedings of Presented Papers, 37t h Annual Parapsychological Association Convention, Amsterdam, Fairhaven, Mass.: Parapsychological Association, 1994: 352–60.
  • S. Schmidt et al., ‘Distant intentionality and the feeling of being stared at: Two metaanalyses’, British Journal of Psychology, 2004; 95: 235–47, as reported in D. Radin, Entangled Minds, New York: Paraview, 2006: 135.
  • L. Standish et al., ‘Electroencephalographic evidence of correlated event- related signals between the brains of spatially and sensory isolated human subjects’, The Journal of Alternative and Complementary Medicine, 2004; 10 (2): 307–14.
  • Radin, Entangled Minds, op. cit.: 136.
  • Charles Tart, ‘Physiological correlates of psi cognition’, International Journal of Parapsychology, 1963: 5; 375–86.
  • T. D. Duane and T. Behrendt, ‘Extrasensory electroencephalographic induction between identical twins’, Science, 1965; 150: 367.
  • J. Wackerman et al., ‘Correlations between brain electrical activities of two spatially separated human subjects’, Neuroscience Letters, 2003; 336: 60–4.
  • J. Grinberg-Zylberbaum et al., ‘The Einstein-Podolsky-Rosen paradox in th brain: The transferred potential’, Physics Essays, 1994; 7 (4): 422–28.
  • J. Grinberg-Zylberbaum and J. Ramos, ‘Patterns of interhemispher correlations during human communication’, International Journal of Neuroscience, 1987; 36: 41–53; J. Grinberg-Zylberbaum et al., ‘Human communication and the electrophysiological activity of the brain,’ Subtle Energies and Energy Medicine, 1992; 3 (3): 25–43.
  • L. J. Standish et al., ‘Electroencephalographic evidence of correlated event related signals’, op. cit. 14. L. J., Standish et al., ‘Evidence of correlated functiona

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magnetic resonance imaging signals between distant human brains’, Alternative Therapies in Health and Medicine, 2003; 9 (1): 122–5; T. Richards et al., ‘Replicable functional magnetic resonance imaging evidence of correlated brain signals between physically and sensory isolated subjects’, Journal of Alternative and Complementary Medicine, 2005; 11 (6): 955–63.

  1. M. Kittenis et al., ‘Distant psychophysiological interaction effects between related and unrelated participants’, Proceedings of the Parapsychological Association Convention, 2004: 67–76, as reported in Radin, Entangled Minds, op. cit.: 138–9.
  2. D. I. Radin, ‘Event related EEG correlations between isolated huma subjects’, Journal of Alternative and Complementary Medicine, 2004; 10: 315–24.
  3. M. Cade and N. Coxhead,The Awakened Mind, 2nd edn, Shaftesbury: Element, 1986.
  4. S. Fahrion et al., ‘EEG amplitude, brain mapping and synchrony in an between a bioenergy practitioner and client during healing’, Subtle Energies and Energy Medicine, 1992; 3 (1): 19–52.
  5. M. Yamamoto, ‘An experiment on remote action against man in sensory shielding                 condition,              Part               2’, Journal            of   the              International Society                  of   Life Information Sciences,  1996;  14  (2):  228–39,  as  reported  in  Larry  Dossey, Be Careful What You Pray For You Just Might Get It: What We Can Do About th Unintentional   Effect  of    Our Thoughts,  Prayers,  and  Wishes,  San  Francisco: HarperSanFrancisco, 1998: 182–3.
  6. M. Yamamoto et al., ‘An experiment on remote action against man in sense shielding condition’, Journal of the International Society of Life Information Sciences, 1996; 14 (1): 97–9.
  7. D. I. Radin, ‘Unconscious perception of future emotions: An experiment i presentiment’, Journal  of  Scientific  Exploration,  1997;  11  (2):  163–80.  First presented before the annual meeting of the Parapsychological Association in August 1996. For a full description of the Radin experiment, see D. Radin,The Conscious Universe, London: HarperCollins, 1997: 119–24.
  8. R. McCraty et al., ‘Electrophysiological evidence of intuition: Part 2: A system-wide process?’ The Journal of Alternative and Complementary Medicine, 2004; 10 (2): 325–36.
  9. J. Andrew Armour and Jeffrey L. Ardell (eds.), Basic and Clinical Neurocardiology, Oxford: Oxford University Press, 2004.
  10. R. McCraty et al., ‘The electricity of touch: Detection and measurement o cardiac energy exchange between people’, in Karl H. Pribram (ed.), Brain and Values: Is a Biological Science of Values Possible? Mahwah, NJ: Lawrence Erlbaum Associates, 1998: 359–79.
  11. M. Gershon, The Second Brain: A Groundbreaking New Understanding o Nervous Disorders of the Stomach and Intestine, London: HarperCollins, 1999.
  12. D. I. Radin and M. J. Schlitz, ‘Gut feelings, intuition, and emotions: A exploratory study’, Journal of Alternative and Complementary Medicine, 2005; 11

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(5): 85–91.

  • D. Radin, ‘Event-related electroencephalographic correlations between isolated human subjects’, The Journal of Alternative and Complementary Medicine, 2004; 10 (2): 315–23.
  • Dean Radin has devoted an excellent book to the subject: see D.  Radin

Entangled Minds, op cit.

  • J. Stone, Course Handbook: Training in Compassionate-Loving Intention 2003; J. Stone et al., ‘Effects of a compassionate/loving intention as a therapeutic intervention by partners of cancer patients: A randomized controlled feasibility study’, in press.
  • M. Murphy et al., The Physiological and Psychological Effects o Meditation: A Review of Contemporary Research with a Comprehensive Bibliography, 1931–1996, Petaluma, Calif.: The Institute of Noetic Sciences, 1997.
  • E. P. Van Wijk et al., ‘Anatomic characterization of human ultra-weak photon emission in practitioners of Transcendental Meditation™ and control subjects’, The Journal of Alternative and Complementary Medicine, 2006; 12 (1): 31–8.
  • R.  McCraty et al.,  ‘Head-heart entrainment: A preliminary survey’,  in Proceedings of  the  Brain-Mind  Applied  Neurophysiology  EEG  Neurofeedbac Meeting. Key West, Florida, 1996.
  • R. McCraty, ‘Influence of cardiac afferent input on heart-brain synchronization and cognitive performance, Institute of HeartMath, Boulder Creek California’, International Journal of Psychophysiology, 2002; 45 (1–2): 72–3.
  • G. R. Schmeidler, Parapsychology and Psychology, Jefferson: McFarland and Company, 1988 as cited in J. Stone, Course Handbook, op. cit.; L. Dossey Healing Words: The Power of Prayer and the Practice of Medicine, San Francisco: HarperSanFrancisco, 1993.
  • D. Radin et al., ‘Effects of motivated distant intention on electrodermal activity.’ Paper presented at the Annual Conference of the Parapsychological Association, Stockholm, Sweden, August 2006.

Chapter 5: Entering Hyperspace

  1. H. Benson et al., ‘Body temperature changes during the practice of g tum-mo (heat) yoga’, Nature, 1982; 295: 234–6; H. Benson, ‘Body temperature changes during the practice of g tum-mo yoga (matters arising)’, Nature, 1982; 298: 402.
  2. H. Benson et al., ‘Three case reports of the metabolic and electroencephalographic changes during advanced Buddhist meditation techniques’, Behavioral Medicine, 1990; 16 (2): 90–5.
  3. The most celebrated was the Investigating the Mind conference a Massachusetts Institute of Technology, September 2005, which featured the Dalai Lama.
  4. I am indebted to Stanley Krippner, who supplied me with a list of some 50 healers from a rich variety of traditions. I assembled a questionnaire, which I sent out

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to all 50. Some 15 replied in detail.

  • Cooperstein’s study eventually was published: M. A.  Cooperstein, ‘The myths of healing: A summary of research into transpersonal healing experience’, Journal of the American Society for Psychical Research, 1992; 86: 99–133. I am also indebted to him for his in-depth analysis of the commonalities between healers.
  • Information about Krippner’s vast catalogue of work was also gleaned from numerous interviews between him and the author, April 2005–March 2006 and correspondence, 2005–2006.
  • S. Krippner, ‘The technologies of shamanic states of consciousness’, in M Schlitz et al. (eds.), Consciousness and Healing: Integral Approaches to Mind Body Medicine, St. Louis, Mo.: Elsevier Churchill Livingstone, 2005: 376–90.
  • Jilek W. G. Salish, Indian Mental Health and Culture Change Psychohygienic and Therapeutic Aspects of the Guardian Spirit Ceremonial, New York: Hold Rinehart & Winston, 1974.
  • All information about Bruce Frantzis the result of various interviews, April 2005–March 2006.
  • B. K. Frantzis, Relaxing Into Your Being: Breathing, Chi and Dissolving the Ego, Berkeley, Calif.: North Atlantic Books, 1998.
  • Murphy, Meditation, op. cit.
  • W. Singer, ‘Neuronal synchrony: a versatile code for the definition of relations?’ Neuron, 1999; 24: 49–65; F. Varela et al., Nature Reviews Neuroscience, 2001; 2: 229–39, as reported in A. Lutz et al., ‘Long-term meditators self-induce high-amplitude gamma synchrony during mental practice’, Proceedings of the National Academy of Science, 2004; 101 (46): 16369–73.
  • O. Paulsen and T. J. Sejnowski, ‘Natural patterns of activity and long-term synaptic plasticity’, Current Opinion in Neurobiology, 2000; 10: 172–9, as reported in Lutz, ‘Long-term meditators’, op. cit.
  • Although the majority of studies carried out on meditation demonstrate that meditation leads to an increase in alpha rhythms (see Murphy, Meditation, op. cit.), the following are just a few that show that during meditation, subjects evidence spurts of high-frequency beta waves of twenty to forty cycles per second, usually during moments of intense concentration or ecstasy: J. P. Banquet, ‘Spectral analysis of the EEG in meditation’, Electroencephalography and Clinical Neurophysiology, 1973;  35:   143–51;  P.             Fenwick  et  al., ‘Metabolic            and             EEG                  changes                 durin Transcendental Meditation: An explanation’, Biological Psychology, 1977; 5 (2): 101–18; M. A. West, ‘Meditation and the EEG’,Psychological Medicine, 1980; 10 (2): 369–75; J. C. Corby et al., ‘Psychophysiological correlates of the practice o Tantric Yoga meditation’, Postgraduate Medical Journal, 1985; 61: 301–4.
  • N. Das and H. Gastaut, ‘Variations in the electrical activity of the brain heart and skeletal muscles during yogic meditation and trance’, Electroencephalography and Clinical Neurophysiology, 1955, Supplement no. 6: 211–19.
  • Murphy, Meditation, cites 10 studies showing that heart rate  accelerates

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during these peak moments of meditation.

  1. W. W. Surwillo and D. P. Hobson, ‘Brain electrical activity during prayer’,

Psychological Reports, 1978; 43 (1): 135–43.

  1. Murphy, Meditation, op. cit.
  2. Lutz et al., ‘Long-term meditators’, op. cit.
  3. Richard  J.  Davidson et al.,  ‘Alterations  in brain and  immune  functio produce by mindfulness meditation’, Psychosomatic Medicine, 2003; 65: 564–70.
  4. Krippner, ‘Shamanic states of consciousness’, op. cit.
  5. Murphy, Meditation, op. cit.
  6. L. Bernardi et al., ‘Effect of rosary prayer and yoga mantras on autonomic cardiovascular rhythms: comparative study’, British Medical Journal, 2001; 323: 1446–9.
  7. Fenwick et al., ‘Metabolic and EEG changes during Transcendenta Meditation’, op. cit.
  8. D. Goleman, Emotional Intelligence, London: Bloomsbury Press, 1996.
  9. D. Goleman, ‘Meditation and consciousness: An Asian approach to mental health’, American Journal of Psychotherapy, 1976; 30 (1): 41–54; G. Schwartz, ‘Biofeedback, self-regulation, and the patterning of physiological processes’, American Scientist, 1975; 63 (3): 314–24; D. Goleman, ‘Why the brain blocks daytime dreams’, Psychology Today, 1976; March: 69–71.
  10. P. Williams and M. West, ‘EEG responses to photic stimulation in persons experienced at meditation’, Electroencephalography and Clinical Neurophysiology, 1975; 39 (5): 519–22; B. K. Bagchi and M. A. Wenger,  ‘Electrophysiological correlates of some yogi exercises’, Electroencephalography and Clinical Neurophysiology, 1957; (7): 132–49.
  11. D. Brown, M. Forte and M. Dysart, ‘Visual sensitivity and mindfulnes meditation’, Perceptual and Motor Skills, 1984; 58 (3): 775–84; and ‘Differences in visual sensitivity among mindfulness meditators and non-meditators’, Perceptual and Motor Skills, 1984; 58 (3): 727–33.
  12. S. W. Lazar et al., ‘Functional brain mapping of the relaxation response and meditation’, NeuroReport, 2000; 11: 1581–5.
  13. C. Alexander et al., ‘EEG and SPECT data of a selected subject during ps tests: The discovery of a neurophysiological correlate’, Journal of Parapsychology, 1998; 62 (2): 102–4.
  14. L. LeShan, The Medium, the Mystic and the Physicist: Towards a Theory of the Paranormal, New York: Helios Press, 2003.
  15. Cooperstein, ‘The myths of healing’, op. cit.
  16. S. Krippner, ‘Trance and the Trickster: Hypnosis as a liminal phenomenon’,

International Journal of Clinical and Experimental Hypnosis, 2005; 53 (2): 97–

118.

  • E. Hartmann, Boundaries in the Mind: A New Theory of Personality, New York: Basic Books, 1991, as quoted in Krippner, ‘Trance and the Trickster’, op. cit.
  • M. J. Schlitz and Charles Honorton, ‘Ganzfeld psi performance  within a

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artistically    gifted   population’, Journal  of  the  American  Society  for  Psychica Research, 1992; 86 (2): 83–98.

  • S. Krippner et al., ‘Working with Ramtha: Is it a “high risk” procedure?’ Proceedings of Presented Papers: The Parapsychological Association 41st Annua Convention, 1998: 50–63.
  • The various  tests  included the Absorption Subscale of the  Differential Personality Questionnaire, the Dissociative Experiences Scale and the Boundar Questionnaire.
  • S. Krippner et al., ‘The Ramtha phenomenon: Psychological phenomenological, and geomagnetic data’, Journal of the American Society for Psychical Research, 1998; 92: 1–24.
  • F. Sicher, E. Targ et al., ‘A randomized double-blind study’, op. cit.
  • Various conversations and correspondence between E. Targ and the author, October 1999–June 2001.
  • Interview with E. Targ, California, October 1999; J. Barrett, ‘Going th distance’, Intuition, 1999; June/July: 30–1.
  • D. J. Benor, Healing Research: Holistic Energy Medicine and Spirituality, 4 vols., Deddington, Oxfordshire: Helix Editions Ltd, 1993.
  • http://www.wholistichealingresearch.com.
  • Benor, Healing Research, vol. 1, op. cit.: 54–5.
  • Cooperstein, ‘The myths of healing’, op. cit.
  • M. Freedman et al., ‘Effects of frontal lobe lesions on intentionality and random physical phenomena’, Journal of Scientific Exploration, 2003; 17 (4): 651–

68.

  • E. d’Aquili and A. Newberg, Why God Won’t Go Away: Brain Science and the Biology of Belief, New York: Ballantine Books, 2001.

Chapter 6: In the Mood

  1. All details about M. Krucoff ’s trip to India and decision to study prayer from interviews, August 2006.
  2. R. C. Byrd, ‘Positive therapeutic effects of intercessory prayer in a coronar care unit population’, Southern Medical Journal, 1988; 81 (7): 826–9.
  3. W. Harris et al., ‘A randomised, controlled trial of the effects of remote, intercessory prayer on outcomes in patients admitted to the coronary care unit’, Archives of Internal Medicine, 1999; 159 (19): 2273–8.
  4. M. Krucoff, ‘Integrative noetic therapies as adjuncts to percutaneous intervention during unstable coronary syndromes: Monitoring and Actualization of Noetic Training (MANTRA) feasibility pilot’,American Heart Journal, 2001; 142 (5): 760–7.
  5. M. Krucoff announced the results at the Second Conference on the Integratio of Complementary Medicine into Cardiology, a meeting sponsored by the American College of Cardiology, October 14, 2003.
  6. M.  Krucoff  et  al.,  ‘Music,  imagery,  touch  and  prayer  as   adjuncts  to

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interventional cardiac care: The Monitoring and Actualisation of Noetic Trainings (MANTRA) II randomised study’, The Lancet, 2005; 366: 211–17.

  • J. M. Aviles et al., ‘Intercessory prayer and cardiovascular disease progression in a coronary care unit population: a randomized controlled trial’, Mayo Clinic Proceedings, 2001; 76 (12): 1192–8.
  • H. Benson, The Relaxation Response, New York: William Morrow, 1975.
  • M. Krucoff et al., Editorial: ‘From efficacy to safety concerns: A STE forward or a step back for clinical research and intercessory prayer? The Study of Therapeutic Effects of Intercessory Prayer (STEP)’,American Heart Journal, 2006; 151; 4: 762.
  • H. Benson et al., ‘Study of the therapeutic effects of intercessory prayer (STEP) in cardiac bypass patients: A multi-center randomized trial of uncertainty and certainty of receiving intercessory prayer’, American Heart Journal, 2006; 151 (4): 934–42.
  • Krucoff et al., ‘A STEP forward’, op. cit.
  • Editorial: ‘MANTRA II: Measuring the unmeasurable?’The Lancet, 2005; 366 (9481): 178.
  • Letter to the editor, American Heart Journal, sent to author, 2006.
  • Krucoff et al., ‘A STEP forward’, op. cit.
  • B. Greyson, ‘Distance healing of patients with major depression’, Journal of Scientific Exploration, 1996; 10 (4): 447–65.
  • L.  Dossey, Meaning and Medicine: Lessons from a Doctor’s Tales of Breakthough Healing, London: Bantam, 1991; Dossey, Healing Words, op. cit.
  • L. Dossey, ‘Prayer experiments:  Science or folly? Observations on the Harvard prayer study’, Network Review (UK), 2006; 91: 22–3.
  • Ibid.
  • Harris, ‘Effects of remote intercessory prayer’, op. cit.
  • www.officeofprayerresearch.org.
  • Benor, Healing Research, op. cit.
  • J. Astin et al., ‘The efficacy of “distant healing”: A systematic review of randomized trials’, Annals of Internal Medicine, 2000; 132: 903–10.
  • B. Rubik et al., ‘In vitro effect of Reiki treatment on bacterial cultures: Rol of experimental context and practitioner well-being’, The Journal of Alternative and Complementary Medicine, 2006; 12 (1): 7–13.
  • I. R. Bell et al., ‘Development and validation of a new global well-bein outcomes rating scale for integrative medicine research’, BMC Complementary and Alternative Medicine, 2004; 4: 1.
  • Ibid.
  • S. O’Laoire, ‘An experimental study of the effects of distant, intercessor prayer on self-esteem, anxiety and depression’, Alternative Therapies in Health and Medicine, 1997; 3 (6): 19–53.
  • Rubik et al., ‘In vitro effect’, op, cit.
  • K. Reece et al., ‘Positive well-being changes associated with giving and

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receiving    Johrei    healing’, The    Journal   of                  Alternative                   and         Complementary Medicine, 2005; 11 (3): 455–7.

  • M. Schlitz, ‘Can science study prayer?’ Shift: At the Frontiers of Consciousness, 2006; September–November (12): 38–9.
  • Dossey, ‘Prayer experiments’, op. cit.
  • J. Achterberg et al., ‘Evidence for correlations between distant intentionality and brain function in recipients: a functional magnetic resonance imagining analysis’, The Journal of Alternative and Complementary Medicine, 2005; 11 (6): 965–71.
  • Ibid.
  • K. A. Wientjes, ‘Mind-body techniques in wound healing’, Ostomy/Wound Management, 2002; 48 (11): 62–7.
  • J. K. Keicolt-Glaser, ‘Hostile marital interactions, proinflammator cytokine production, and wound healing’, Archives of General Psychiatry, 2005; 62 (12): 1377–84.
  • Krucoff, ‘(MANTRA) II’, op. cit.

Chapter 7: The Right Time

  1. For all details about Michael Persinger’s experiments, interviews and correspondence with Persinger, August 2006 and a member of his neuroscientist team, Todd Murphy, May 23, 2006. Also, J. Hitt, ‘This is your brain on God’,Wired, November 1999; R. Hercz, ‘The God helmet’,SATURDAYNIGHT magazine, October 2002: 40–6; B. Raynes, ‘Interview with Todd Murphy’, Alternative Perceptions M a g a z i n e online April 2004 (No. 78), plus T. Murphy’s website: www.spiritualbrain.com and M. Persinger’s home page at the Laurentian University website: www.laurentian.ca/Neursci/_people/Persinger. htm.
  2. Neuroscientist Todd Murphy developed this theory and successfully demonstrated its validity in Persinger’s laboratory.
  3. The main background of Halberg’s early life is taken from F. Halberg, ‘Transdisciplinary unifying implications of circadian findings in the 1950s’, Journal of Circadian Rhythms, 2003; 1: 2.
  4. G. Cornélissen et al., ‘Is a birth-month-dependence of human longevity influenced by half-yearly changes in geomagnetics?’ ‘Physics of Auroral Phenomena’, Proceedings. XXV Annual Seminar, Apatity: Polar Geophysica Institute, Kola Science Center, Russian Academy of Science, February 26–March 1 2002: 161–6; A. M. Vaiserman et al., ‘Human longevity: related to date of birth?’ Abstract 9, 2nd International Symposium: Workshop on Chronoastrobiology and Chronotherapy, Tokyo Kasei University, Tokyo, Japan, November 2001.
  5. O. N. Larina et al., ‘Effects of spaceflight factors on recombinant protei expression        in E.        coli producing      strains’, in                     ‘Biomedical            Research       on                     the Science/NASA Project’, Abstracts of the Third US/Russian Symposium, Huntsvill Alabama, November 10–13, 1997: 110–11.
  6. D.   Hillman    et   al.,   ‘About-10   yearly       (circadecennian)     cosmo-helio

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geomagnetic signatures in Acetabularia’, Scripta Medica (BRNO), 2002; 75 (6) 303–8.

  • P. A. Kashulin et al., ‘Phenolic biochemical pathway in plants can be used for the bioindication of heliogeophysical factors’, ‘Physics of Auroral Phenomena’, Proceedings. XXV Annual Seminar, Apatity: Polar Geophysical Institute, Kol Science Center, Russian Academy of Science, February 26–March 1, 2002: 153–6.
  • V. M. Petro et al., ‘An influence of changes of magnetic field of the Earth on the functional state of humans in the conditions of space mission’, Proceedings, International Symposium ‘Computer Electro-Cardiograph on Boundary of Centuries’ Moscow, Russian Federation, 27–30 April, 1999.
  • K.  F.  Novikova  and  B.  A.  Ryvkin,  ‘Solar  activity and  cardiovascular diseases’, in M. N. Gnevyshev and A. I. Ol (eds.),Effects of Solar Activity on the Earth’s Atmosphere and Biosphere, Academy of Science, USSR (translated from th Russian), Jerusalem: Israel Program for Scientific Translations, 1977: 184–200.
  • G. Cornélissen et al., ‘Chronomes, time structures, for chronobioengineering for “a full life”’, Biomedical Instrumentation and Technology, 1999; 33 (2): 152–

87.

  1. V. N. Oraevskii et al., ‘Medico-biological effect of natural electromagnetic variations’, Biofizika, 1998; 43 (5): 844–8; V. N. Oraevskii et al., ‘An influence of geomagnetic activity on the functional status of the body’, Biofizika, 1998; 43 (5): 819–26.
  2. I. Gurfinkel et al., ‘Assessment of the effect of a geomagnetic storm on the frequency of appearance of acute cardiovascular pathology’, Biofizika, 1998; 43 (4): 654–8; J. Sitar, ‘The causality of lunar changes on cardiovascular mortality’, Casopis Lekaru Ceskych, 1990; 129: 1425–30.
  3. F. Halberg et al., ‘Cross-spectrally coherent about 10-5- and 21-year biological and physical cycles, magnetic storms and myocardial infarctions’, Neuroendrocrinology Letters, 2000; 21: 233–58.
  4. M. N. Gnevyshev, ‘Essential features of the 11-year solar cycle’, Solar Physics, 1977; 51: 175–82.
  5. G. Cornélissen et al., ‘Non-photic solar associations of heart rate variability and myocardial infarction’, Journal of Atmospheric and Solar-terrestrial Physics, 2002; 64: 707–20.
  6. A. R. Allahverdiyev et al., ‘Possible space weather influence on functional activity of the human brain’, Proceedings, Space Weather Workshop: Looking Towards a European Space Weather Programme, December 17–19, 2001.
  7. E. Babayev, ‘Some results of investigations on the space weather influence on functioning of several engineering-technical and communication systems and human health’, Astronomical and Astrophysical Transactions, 2003; 22 (6): 861–7;

G. Y. Mizon and P. G. Mizun, Space and Health, Moscow: ‘Znanie’, 1984.

  1. E. Stoupel, ‘Relationship between suicide and myocardial infarction with regard to changing physical environmental conditions’, International Journal of Biometeorology, 1994; 38 (4): 199–203; E. Stoupel et al., ‘Clinical cosmobiology:

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the Lithuanian study, 1990–1992’, International Journal of Biometeorology, 1995; 38: 204–8; E. Stoupel et al., ‘Suicide-homicide temporal interrelationship, links with other fatalities and environmental physical activity’, Crisis, 2005; 26: 85–9.

  1. Avi Raps et al., ‘Geophysical Variables and Behavior: LXIX. Solar activit and admission of psychiatric inpatients’, Perceptual and Motor Skills, 1992; 74: 449; H. Friedman et al., ‘Geomagnetic parameters and psychiatric hospital admissions’, Nature, 1963; 200: 626–8.
  2. M. Mikulecky, ‘Lunisolar tidal waves, geomagnetic activity and epilepsy in the light of multivariate coherence’, Brazilian Journal of Medicine, 1996; 29 (8): 1069–72; E. A. McGugan, ‘Sudden unexpected deaths in epileptics – a literature review’, Scottish Medical Journal, 1999; 44 (5): 137–9.
  3. A. Michon et al., ‘Attempts to simulate the association between geomagnetic activity and spontaneous seizures in rats using experimentally generated magnetic fields’, Perceptual and Motor Skills, 1996; 82 (2): 619–26; Y. Bureau and M. Persinger, ‘Geomagnetic activity and enhanced mortality in rats with acute (epileptic) limbic lability’, International Journal of Biometeorology, 1992; 36: 226–32.
  4. Y. Bureau and M. Persinger, ‘Decreased latencies for limbic seizures induced in rats by lithium-pilocarpine occur when daily average geomagnetic activity exceeds 20 nanotesla’, Neuroscience Letters, 1995; 192: 142–4; A. Michon and M.

A. Persinger, ‘Experimental simulation of the effects of increased geomagnetic activity upon nocturnal seizures in epileptic rats’, Neuroscience Letters, 1997; 224: 53–6.

  • M. Persinger, ‘Sudden unexpected death in epileptics following sudden, intense,  increases  in  geomagnetic  activity:                                        Prevalence  of  effect  and  potential mechanisms’, International Journal of Biometeorology, 1995; 38: 180–7; R. P. O’Connor and M. A. Persinger, ‘Geophysical Variables and Behavior: LXXXII. strong association between sudden infant death syndrome (SIDS) and increments o global  geomagnetic  activity  –  possible  support  for  the  melatonin  hypothesis’, Perceptual and Motor Skills, 1997; 84: 395–402.
  • B. McKay and M. Persinger, ‘Geophysical Variables and Behavior LXXXVII. Effects of synthetic and natural geomagnetic patterns on maze learning’ Perceptual and Motor Skills, 1999; 89 (3 pt 1): 1023–4
  • Radin, Conscious Universe, op. cit.
  • D. Radin, ‘Evidence for relationship between geomagnetic field fluctuations and skilled physical performance.’ Presentation made at the 11th Annual Meeting of the Society for Scientific Exploration, Princeton, New Jersey, June 1992.
  • S. W. Tromp, Biometeorology, London: Heyden, 1980.
  • I. Stoilova and T. Zdravev, ‘Influence of the geomagnetic activity on the human functional systems’, Journal of the Balkan Geophysical Society, 2000; 3 (4): 73–6.
  • J. S. Derr and M. A. Persinger, ‘Geophysical Variables and Behavior: LIV Zeitoun  (Egypt)   apparitions   of  the   Virgin  Mary  as   tectonic   strain-induced

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luminosities’, Perceptual and Motor Skills, 1989; 68: 123–8.

  • M. A. Persinger and S. A. Koren, ‘Experiences of spiritual visitation an impregnation: potential induction by frequency-modulated transients from an adjacent clock’, Perceptual and Motor Skills, 2001; 92 (1): 35–6.
  • M. A. Persinger et al., ‘Differential entrainment of electroencephalographic activity by weak complex electromagnetic fields’, Perceptual and Motor Skills, 1997; 84 (2): 527–36.
  • M. A. Persinger, ‘Increased emergence of alpha activity over the left but not the right temporal lobe within a dark acoustic chamber: Differential response of the left but not the right hemisphere to transcerebral magnetic fields’, International Journal of Psychophysiology, 1999; 34 (2): 163–9.
  • Interview with Todd Murphy, May 23, 2006.
  • W. G. Braud and S. P. Dennis, ‘Geophysical Variables and Behavior: LVIII Autonomic activity, hemolysis and biological psychokinesis: Possible relationships with geomagnetic field activity’, Perceptual and Motor Skills, 1989; 68: 1243–54.
  • Ibid.
  • McTaggart, The Field, op. cit.: 167–8.
  • M. A. Persinger and S. Krippner, ‘Dream ESP experiments and geomagneti activity’, Journal of the American Society for Psychical Research, 1989; 83: 101– 16; S. Krippner and M. Persinger, ‘Evidence for enhanced congruence betwee dreams and distant target material during periods of decreased geomagnetic activity’, Journal of Scientific Exploration, 1996; 10, (4): 487–93.
  • M. Ullman et al., Dream Telepathy: Experiments in ESP, Jefferson: McFarland, 1989.
  • Ibid.
  • M. A. Persinger, ‘ELF field meditation in spontaneous psi events. Direc information transfer or conditioned elicitation?’ Psychoenergetic Systems, 1975; 3: 155–69; M. A. Persinger, ‘Geophysical Variables and Behavior: XXX. Intens paranormal activities occur during days of quiet global geomagnetic activity’, Perceptual and Motor Skills, 1985; 61: 320–2.
  • M. H. Adams, ‘Variability in remote-viewing performance: Possible relationship to the geomagnetic field’, in D. H. Weiner and D. I. Radin (eds.) Research in Parapsychology, Metuchen, NJ: Scarecrow Press, 1986: 25. [cf n.19 ch.8]
  • J. N. Booth et al., ‘Ranking of stimuli that evoked memories in significan others after exposure to circumcerebral magnetic fields: Correlations with ambient geomagnetic activity’, Perceptual and Motor Skills, 2002; 95(2): 555–8.
  • M. A. Persinger et al., ‘Differential entrainment of electroencephalographic activity by weak complex electromagnetic fields’, Perceptual and Motor Skills, 1997; 84 (2): 527–36.
  • M. A. Persinger, ‘Enhancement of images of possible memories of others during exposure to circumcerebral magnetic fields: Correlations with ambient geomagnetic activity’, Perceptual and Motor Skills, 2002; 95 (2): 531–43.
  • S. A. Koren and M. A Persinger, ‘Possible disruption of remote viewing by complex weak magnetic fields around the stimulus site and the possibility of accessing real phase space: A pilot study’, Perceptual and Motor Skills, 2002; 95 (3 Pt 1): 989–98.
  • S. Krippner, ‘Possible geomagnetic field effects in psi phenomena.’ Paper presented at international parapsychology conference in Recife, Brazil, November 1997.
  • Braud and Dennis, ‘Geophysical Variables and Behavior: LVIII’, op. cit.
  • S. J. P. Spottiswoode, ‘Apparent association between effect size in free response anomalous cognition experiments and local sidereal time’, Journal of Scientific Exploration, 1997; 11 (2): 109–22.
  • S. J. P. Spottiswoode and E. May, ‘Evidence that free response anomalous cognitive    performance   depends             upon                  local        sidereal          time             and                    geomagnetic fluctuations’, Presentation Abstracts, Sixteenth Annual Meeting of the Society fo Scientific Exploration, June 1997: 8.
  • A. P. Krueger and D. S. Sobel, ‘Air ions and health’, in David S. Sobe ( e d . ) , Wa y s of Health: Holistic Approaches to Ancient and Contemporary Medicine, New York: Harcourt Brace Jovanovich, 1979.

Chapter 8: The Right Place

  1. William Tiller’s major books on crystallization include: An Introduction to Computer Simulation in Applied Science, New York: Plenum, 1992: The Science of Crystallization: Microscopic Interfacial Phenomena, Cambridge: Cambridge University Press, 1991: The Science of Crystallization: Macroscopic Phenomena and Defect Generation, Cambridge: Cambridge University Press, 1992.
  2. All personal details about William Tiller have resulted from multiple interviews, April 2005–January 2006.
  3. O. Warburg, New Methods of Cell Physiology Applied to Cancer an Mechanism of X-ray Action, New York: John Wiley and Sons, 1962, as quoted in W. Tiller et al., Conscious Acts of Creation: The Emergency of a New Physics, Walnut Creek, Calif.: Pavior Publishing, 2001: 144–6. All description of experiment derived from interview with Dr Tiller, Boulder, Colorado, April 29, 2005, plus information from Conscious Acts and W. Tiller et al., Some Science Adventures with Real Magic, Walnut Creek, Calif.: Pavior Publishing, 2005.
  4. M. J. Kohane, ‘Energy, development and fitness inDrosophila melanogaster’, Proceedings of the Royal Society (B), 1994; 257: 185–91, in Tiller et al., Conscious Acts, op. cit.: 147.
  5. William A. Tiller and Walter E. Dibble, Jr., ‘New experimental data revealing an unexpected dimension to materials science and engineering’, Material Research Innovation, 2001; 5: 21–34.
  6. Tiller and Dibble, ‘New experimental data’, op. cit.
  7. Ibid.
  8. Ibid.
  • Tiller et al., Conscious Acts, op. cit.: 180.
  • Tiller et al., Conscious Acts, op. cit.: 175.
  • Tiller et al., Conscious Acts, op. cit.: 216.
  • H. Pagels, The Cosmic Code, New York: Simon and Schuster, 1982.
  • Tiller et al., Conscious Acts, op. cit.: 216.
  • Tiller et al., Science Adventures, op. cit.: 34.
  • Interview with W. Tiller, April 2005.
  • Tiller et al., Conscious Acts, op. cit.: 182.
  • Correspondence between Tiller and Michael Kohane, 2005.
  • Tiller and Dibble, ‘New experimental data’, op. cit.
  • G. K. Watkins and A. M. Watkins, ‘Possible PK influence on the resuscitation of anesthetized mice’, Journal of Parapsychology, 1971; 35: 257–72;

G. K. Watkins et al., ‘Further studies on the resuscitation of anesthetized mice’, in W.

G. Roll, R. L. Morris and J. Morris (eds.),Research in Parapsychology, Metuchen, NJ: Scarecrow Press, 1973: 157–9.

  • R. Wells and J. Klein, ‘A replication of a “psychic healing”  paradigm’,

Journal of Parapsychology, 1972; 36: 144–9.

  • See McTaggart, The Field, op. cit.: 205–7.
  • D. Radin, ‘Beyond belief: Exploring interaction among body and environment’, Subtle Energies and Energy Medicine, 1992; 2 (3): 1–40; D. Radin, ‘Environmental modulation and statistical equilibrium in mind-matter interaction’, Subtle Energies and Energy Medicine, 1993; 4 (1): 1–30.
  • D. Radin et al., ‘Effects of healing intention on cultured cells and truly random events’, The Journal of Alternative and Complementary Medicine, 2004; 10: 103–12.
  • L. P. Semikhina and V. P. Kiselev, ‘Effect of weak magnetic fields on the properties of water and ice’, Zabedenii, Fizika, 1988; 5: 13–17; S. Sasaki et al., ‘Changes of water conductivity induced by non-inductive coil’, Society for Mind- Body Science, 1992; 1: 23; Tiller et al., Conscious Acts, op. cit.: 62.

Chapter 9: Mental Blueprints

  1. All description of Ali’s fighting techniques from N. Mailer, The Fight, London and New York: Penguin, 2000.
  2. Ibid.
  3. A. Richardson, ‘Mental practice: A review and discussion, Part I’, Research Quarterly, 1967; 38: 95–107; A. Richardson, ‘Mental practice: A review and discussion. Part II’, Research Quarterly, 1967; 38: 264–73.
  4. J. Salmon et al., ‘The use of imagery by soccer players’, Journal of Applied Sport Psychology, 1994; 6: 116–33.
  5. A. Paivio, Mental Representations: A Dual Coding Approach, New York and London: Oxford University Press, 1986.
  6. B. S. Rushall and L. G. Lippman, ‘The role of imagery in physica performance’, International Journal for Sport Psychology, 1997; 29: 57–72.
  • A. Paivio, ‘Cognitive and motivational functions of imagery in human performance’, Canadian Journal of Applied Sport Sciences, 1985; 10 (4): 22S–28S.
  • K. E. Hinshaw, ‘The effects of mental practice on motor skill performance: Critical evaluation and meta-analysis’, Imagination, Cognition and Personality, 1991–2; 11: 3–35.
  • J. A. Swets and R. A. Bjork, ‘Enhancing human performance: An evaluatio of “New Age” techniques considered by the U. S. Army’, Psychological Science, 1990; 1: 85–96; D. L. Feltz et al., ‘A revised meta-analysis of the mental practice literature on motor skill learning’, in D. Druckman and J. A. Swets (eds.),Enhancing Human Performance: Issues, Theories, and Techniques, Washington, DC: National Academy Press, 1988: 274.
  • R. J. Rotella et al., ‘Cognitions and coping strategies of elite skiers: a exploratory study of young developing athletes’, Journal of Sport Psychology, 1980; 2: 350–4.
  • R. S. Burhans et al., ‘Mental imagery training: effects on running speed performance’, International Journal of Sport Psychology, 1988; 19: 26–37.
  • B. S. Rushall, ‘Covert modeling as a procedure for altering an elite athlete’s psychological state’, Sport Psychologist, 1988; 2: 131–40; B.  S. Rushall, ‘The restoration of performance capacity by cognitive restructuring and covert positive reinforcement in an elite athlete’, in J. R. Cautela and A. J. Kearney (eds.),Covert Conditioning Casebook. Boston, Mass.: Thomson Brooks/Cole, 1993.
  • M. Denis, ‘Visual imagery and the use of mental practice in the development of motor skills’, Canadian Journal of Applied Sport Sciences, 1985; 10: 4S–16S.
  • Paivio, ‘Cognitive and motivational functions of imagery’, op. cit.
  • J. R. Cautela and A. J. Kearney (eds.),Covert Conditioning Casebook. Boston, Mass.: Thomson Brooks/Cole, 1993: 30–1.
  • B. Mumford and C. Hall, ‘The effects of internal and external imagery o performing figures in figure skating’, Canadian Journal of Applied Sport Sciences, 1985; 10: 171–7.
  • K. Barr and C. Hall, ‘The use of imagery by rowers’,International Journal of Sport Psychology, 1992; 23: 243–61.
  • S. C. Minas, ‘Mental practice of a complex perceptual-motor skill’,Journal of Human Movement Studies, 1978; 4: 102–7.
  • R. Bleier, Fighting Back, New York: Stein and Day, 1975.
  • R. L. Wilkes and J. J. Summers, ‘Cognitions, mediating variables an strength performance’, Journal of Sport Psychology, 1984; 6: 351–9.
  • R. S. Weinberg et al., ‘Effects of visuo-motor behavior rehearsal, relaxation, and imagery on karate performance’, Journal of Sport Psychology, 1981; 3: 228–38.
  • Cautela and Kearney, Covert Conditioning, op. cit.
  • J. Pates et al., ‘The effects of hypnosis on flow states and three-poin shooting in basketball players’, The Sport Psychologist, 2002; 16: 34–47; J. Pates and  I.  Maynard,  ‘Effects  of  hypnosis  on  flow  states  and  golf  performance’

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Perceptual and Motor Skills, 2000; 9: 1057–75.

  • R. M. Suinn, ‘Imagery rehearsal applications to performance enhancement’

The Behavior Therapist, 1985; 8: 155–9.

  • L. Baroga, ‘Influence on the sporting result of the concentration of attention process and time taken in the case of weight lifters’, in Proceedings of the 3rd World Congress of the International  Society of  Sports Psychology, Volume 3. Madrid, Spain: Instituto Nacional de Educacion Fisica Y Deportes, 1973.
  • A. Fujita, ‘An experimental study on the theoretical basis of mental training’, in Proceedings of the 3rd World Congress of the International Society of Sports Psychology, Volume Abstracts. Madrid, Spain: Instituto Nacional de Educacion Fisica Y Deportes, 1973: 37–8.
  • Ibid.
  • Rushall and Lippman, ‘The role of imagery in physical  performance’, op

cit.

  • G. H. Van Gyn et al., ‘Imagery as a method of enhancing transfer  from

training to performance’, Journal of Sport and Exercise Science, 1990; 12: 366–75.

  • G. H. Yue and K. J. Cole, ‘Strength increases from the motor program Comparison of training with maximal voluntary and imagined muscle contractions’, Journal of Neurophysiology, 1992; 67: 114–23; V. K. Ranganathan et al., ‘Increasing muscle strength by training the central nervous system without physical exercise’, Society for Neuroscience Abstracts, 2001; 31: 17; V. K. Ranganathan et al., ‘Level of mental effort determines training-induced strength increases’, Society of Neuroscience Abstracts, 2002; 32: 768; P. Cohen, ‘Mental gymnastics’, New Scientist, November 24, 2001; 172 (2318): 17.
  • D. Smith et al., ‘The effect of mental practice on muscle strength and EMG activity’, Proceedings  of  the  British  Psychological  Society annual  conference, 1998; 6 (2): 116.
  • T. X. Barber, ‘Changing “unchangeable” bodily processes by (hypnotic) suggestions: A new look at hypnosis, cognitions, imagining and the mind-body problem’, in A. A. Sheikh (ed.), Imagination and Healing, Farmingdale, NY: Baywood Publishing Co., 1984. Also published in Advances, Spring 1984.
  • F. M. Luskin et al., ‘A review of mind-body therapies in the treatment of cardiovascular disease, Part 1: Implications for the elderly’, Alternative Therapies in Health and Medicine, 1998; 4 (3): 46–61.
  • F. M. Luskin et al., ‘A review of mind/body therapies in the treatment of musculoskeletal disorders with implications for the elderly’, Alternative Therapies in Health and Medicine. 2000; 6 (2): 46–56.
  • V. A. Hadhazy et al., ‘Mind-body therapies for the treatment of fibromyalgia. A systematic review’, Journal of Rheumatology, 2000; 27 (12): 2911–18.
  • J. A. Astin et al., ‘Mind-body medicine: State of the science: Implications for practice’, Journal of the American Board of Family Practitioners, 2003; 16 (2): 131–47.
  • J. A. Astin, ‘Mind-body therapies for the management of pain’, Clinical Journal of Pain, 2004; 20 (1): 27–32.
  • L.  S.  Eller,  ‘Guided  imagery interventions  for  symptom  management’

Annual Review of Nursing Research, 1999; 17, 57–84.

  • J. Achterberg and G. F. Lawlis, Bridges of the Bodymind: Behavioral Approaches for Health Care, Champaign, Ill.: Institute for Personality and Abilit Testing, 1980.
  • N. E. Miller and L. DiCara, ‘Instrumental learning of heart rate changes i curarized rats: Shaping and specificity to discriminative stimulus’, Journal of Comparative and Physiological Psychology, 1967; 63: 12–19; N. E. Miller, ‘Learning of visceral and glandular responses’, Science, 1969; 163: 434–45.
  • J. V. Basmajian, Muscles Alive: Their Functions Revealed b Electromyography. Baltimore, Md.: Williams and Wilkins, 1967.
  • E. Green, ‘Feedback technique for deep relaxation’, Psychophysiology, 1969; 6 (3): 371–7; E. Green et al., ‘Self-regulation of internal states’, in J. Ros (ed.), Progress of Cybernetics: Proceedings of the First International Congress of Cybernetics, London, September 1969. London: Gordon and Breach Science Publishers, 1970: 1299–318; E. Green et al., ‘Voluntary control of internal states: Psychological and physiological’, Journal of Transpersonal Psychology, 1970; 2: 1–26; D. Satinsky, ‘Biofeedback treatment for headache: A two-year follow-up study’, American Journal of Clinical Biofeedback, 1981; 4 (1): 62–5; B. V. Silver et al., ‘Temperature biofeedback and relaxation training in the treatment of migraine headaches: One-year follow-up’, Biofeedback and Self Regulation, 1979; 4 (4): 359–66.
  • B. M. Kappes, ‘Sequence effects of relaxation training, EMG, an temperature biofeedback on anxiety, symptom report, and self-concept’, Journal of Clinical Psychology, 1983; 39 (2): 203–8; G. Rose et al., ‘The behavioral treatmen of Raynaud’s disease: A review’, Biofeedback and Self Regulation, 1987; 12 (4): 257–72.
  • W. T. Tsushima, ‘Treatment of phantom limb pain with EMG and temperature biofeedback: A case study’, American Journal of Clinical Biofeedback, 1982; 5 (2): 150–3.
  • T. G. Dobie, ‘A comparison of two methods of training resistance to visually-induced motion sickness.’ Paper presented at VII International Man in Spac Symposium: Physiologic adaptation of man in space, Houston, Texas, 1986. Aviation, Space, and Environmental Medicine, 1987; 58 (9) Sect. 2: 34–41.
  • A. Ikemi et al., ‘Thermographical analysis of the warmth of the hands during the practice of self-regulation method’, Psychotherapy and Psychosomatics, 1988; 50 (1): 22–8.
  • J. L. Claghorn, ‘Directional effects of skin temperature self-regulation o regional cerebral blood flow in normal subjects and migraine patients’, American Journal of Psychiatry, 1981; 138 (9): 1182–7.
  • M. Davis et al., The Relaxation and Stress Reduction Workbook, 5th edn,

Oakland, Calif.: New Harbinge, 2000: 83–90.

  • J. K. Lashley et al., ‘An empirical account of temperature biofeedbac applied in groups’, Psychological Reports, 1987; 60 (2): 379–88; S. Fahrion et al., ‘Biobehavioral    treatment   of  essential   hypertension:   A  group      outcome                study’, Biofeedback and Self Regulation, 1986; 11 (4): 257–77.
  • J. Panksepp, ‘The anatomy of emotions’, in R. Plutchik (ed.),Emotion: Theory, Research and Experience Vol. III. Biological Foundations of Emotions, New York: Academic Press, 1986: 91–124.
  • J. Panksepp, ‘The neurobiology of emotions: Of animal brains and huma feelings’, in T. Manstead and H. Wagner (eds.), Handbook of Psychophysiology, Chichester: John Wiley & Sons, 1989: 5–26.
  • C. D. Clemente et al., ‘Postreinforcement EEG synchronization durin alimentary behavior’, Electroencephalography and Clinical Neurophysiology, 1964; 16: 335–65; M. H. Chase et al., ‘Afferent vagal stimulation: Neurographi correlates of induced EEG synchronization and desynchronization’, Brain Research, 1967; 5: 236–49.
  • M. B. Sterman, ‘Neurophysiological and clinical studies of sensorimoto EEG biofeedback training: Some effects on epilepsy’, Seminars in Psychiatry, 1973;

5 (4): 507–25; M. B. Sterman, ‘Neurophysiological and clinical studies o sensorimotor EEG biofeedback training: Some effects on epilepsy’, in L. Birk (ed.) Biofeedback: Behavioral Medicine. New York: Grune and Stratton, 1973: 147–65;

M. B. Sterman, ‘Epilepsy and its treatment with EEG feedback therapy’,Annals of Behavioral  Medicine,  1986;  8:  21–5;  M.  B.  Sterman,  ‘The  challenge  of  EEG biofeedback in the treatment of epilepsy: A view from the trenches’, Biofeedback, 1997; 25 (1): 6–7; M. B. Sterman, ‘Basic concepts and clinical findings in the treatment    of    seizure    disorders    with    EEG    operant                 conditioning’,  Clinical Electroencephalography, 2000; 31 (1): 45–55.

  • E. Peniston and P. J. Kulkosky, ‘Alpha-theta brainwave training and beta- endorphin levels in alcoholics’, Alcoholism: Clinical and Experimental Research, 1989; 13: 271–9; E. Peniston and P. J. Kulkosky, ‘Alcoholic personality and alpha- theta brainwave training’, Medical Psychotherapy, 1990; 3: 37–55.
  • J. Kamiya, ‘Operant control of the EEG alpha rhythm’, in C. Tart (ed.) Altered States of Consciousness, New York: John Wiley & Sons, 1969, J. Kamiya ‘Conscious control of brain waves’, Psychology Today, April 1968: 7.
  • N. E. Schoenberger et al., ‘Flexyx neurotherapy system in the treatment o traumatic brain injury: An initial evaluation’, Journal of Head Trauma Rehabilitation, 2001; 16 (3): 260–74.
  • C. B. Kidd, ‘Congenital ichthyosiform erythroderma treated by hypnosis’ British Journal of Dermatology, 1966; 78: 101–5, as cited in Barber, ‘Changing “unchangeable” bodily processes’, op. cit.
  • H. Bennett, ‘Behavioral anesthesia’, Advances, 1985; 2 (4): 11–21, as reported in H. Dienstfrey, ‘Mind and mindlessness in mind-body research’, in M Schlitz  et  al., Consciousness and  Healing:  Integral  Approaches to  Mind-Bod

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Healing, St Louis, Mo.: Elsevier Churchill Livingstone, 2005: 56.

  • H. Dienstfrey, ‘Mind and mindlessnes’, op cit.: 51–60.
  • Dr Angel Escudero was featured on the BBC’sYour Life in Their Hands series, May 1991. In the film, Escudero made incisions, sawed, drilled and hammered in order to break and reset the deformed leg of his fully conscious patient using his ‘Noesitherapy’ technique of pain control.
  • S. M. Kosslyn et al., ‘Hypnotic visual illusion alters color processing in the brain’, American Journal of Psychiatry, 2000; 157: 1279–84; Mark Henderson, ‘Hypnosis really does turn black into white’, The Times, 18 February 2002.
  • S. H. Simpson et al., ‘A meta-analysis of the association between adherence to drug therapy and mortality’, British Medical Journal, 2006; 333: 15–19.
  • Raúl de la Fuente-Fernández et al., ‘Expectation and dopamine release Mechanism of the placebo effect in Parkinson’s disease’, Science, 2001; 293 (5532): 1164–6.
  • J. B. Moseley et al., ‘A controlled trial of arthroscopic surgery for osteoarthritis of the knee’, New England Journal of Medicine, 2002; 347: 81–8.
  • S. Krippner, ‘Stigmatic phenomenon: An alleged case in Brazil’, Journal of Scientific Exploration, 2002; 16 (2): 207–24.
  • L. F. Early and J. E. Kifschutz, ‘A case of stigmata’,Archives of General Psychiatry, 1974; 30: 197–200.
  • T. Harrison, Stigmatia: A Medieval Mystery in a Modern Age, New York: St Martin’s Press, 1994, as referenced in S. Krippner, ‘Stigmatic phenomenon’, op cit.
  • B. O’Regan and Caryle Hirshberg,Spontaneous Remission: An Annotated Bibliography, Petaluma, Calif.: Institute of Noetic Sciences, 1993.
  • Ibid.
  • L. L. LeShan and M. L. Gassmann, ‘Some observations on psychotherap with patients with neoplastic disease’, American Journal of Psychotherapy, 1958; 12: 723.
  • D.  C.  Ban  Baalen  et  al.,  ‘Psychosocial  correlates  of  “spontaneous regression of cancer’, Humane Medicine, April 1987.
  • R. T. D. Oliver, ‘Surveillance as a possible option for management of metastic renal cell carcinoma’, Seminars in Urology, 1989; 7: 149–52.
  • P. C. Raud, ‘Psychospiritual dimensions of extraordinary survival’, Journal of Humanistic Psychology, 1989; 29: 59–83.
  • McTaggart, The Field, op. cit.: 132.
  • W.  Braud  and  M.  Schlitz,  ‘Psychokinetic  influence  on  electrodermal activity’, Journal of Parapsychology, 1983; 47 (2): 95–119.
  • Interview with William Braud, October, 1999.
  • Benor, Healing Research, op. cit.
  • S. M. Roney-Dougal and J. Solfvin, ‘Field study of an enhancement effect o lettuce seeds – Replication study’, Journal of Parapsychology, 2003; 67 (2): 279–

98.

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  • Dr Larry Dossey calls negative diagnoses ‘medical hexing’, and there is anecdotal evidence that patients often live up to their doctor’s gloomy prognosis, even when there is no physical evidence that they should do so. For a potent example see the story of a leukaemia patient who was thriving until he happened to find out what he  had. He  was dead within a  week once  his illness had the  label of a potentially terminal illness: L. McTaggart, What Doctors Don’t Tell You, London: HarperCollins, 2005: 343.

Chapter 10: The Voodoo Effect

  1. R. A. Blasband and Gottfried Martin, ‘Biophoton emission in “orgon energy” treated cress seeds, seedlings and Acetabularia’, International Consciousness Research Laborary, ICRL Report No 93.6.
  2. Dossey, Be Careful What You Pray For, op. cit.: 171–2.
  3. Ibid.
  4. Benor, Healing Research, op. cit.: 261.
  5. C. O. Simonton et al., Getting Well Again, New York: Bantam, 1980; B. Siegel, Love, Medicine and Miracles: Lessons Learned about Self-Healing from a Surgeon’s Experience with Exceptional Patients, London: HarperCollins, 1990; A Meares, The Wealth Within: Self-Help Through a System of Relaxing Meditation, Melbourne, Australia: Hill of Content, 1990.
  6. For much of the research detailed in this chapter, I am especially indebted to Larry Dossey and Daniel Benor, who have detailed many of these early studies in their respective books, Dossey’s Be Careful What You Pray For … You Just Migh Get                It and         Benor’s Healing         Research,                         Spiritual    Healing and  his  outstanding, comprehensive website: www.wholistichealingresearch.com.
  7. Benor, Healing Research, op. cit.: 264.
  8. J. Barry, ‘General and comparative study of the psychokinetic effect on a fungus culture’, Journal of Parapsychology, 1968; 32 (94): 237–43.
  9. W. H. Tedder and M. L. Monty, ‘Exploration of a long-distance PK: A conceptual replication of the influence on a biological system’, in W. G. Roll et al. (eds.), Research in Parapsychology, Metuchen, NJ: Scarecrow Press, 1981: 90–3 Also see  Dossey, Be Careful What You Pray For, op. cit.: 169; Benor, Healing Research, op. cit.: 268–9.
  10. C. B. Nash, ‘Test of psychokinetic control of bacterial mutation’, Journal of the American Society for Psychical Research, 1984; 78: 145–52.
  11. Kmetz’s study was described in W. Braud et al., ‘Experiments with Matthew Manning’, Journal of the Society for Psychical Research, 1979; 50: 199–
  12. While the study was promising, in his review of it in Healing Research, Benor noted the lack of sufficient detail.
    1. Dossey, Be Careful What You Pray For, op. cit.: 175–6.
    1. Many researchers of alternative medicine maintain the same concerns about studies of Chinese medicine carried out in China. These concerns don’t disregard the strong anecdotal evidence about the effectiveness of Traditional Chinese Medicine,

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only the scientific method of studies of its effectiveness.

  1. S. Sun and C. Tao, ‘Biological effect of emitted qi with tradescantic paludosa micronuclear technique’, First World Conference for Academic Exchange of Medical Qigong. Beijing, China, 1988: 61E.
    1. Ibid.
    1. Dossey, Be Careful What You Pray For, op. cit.: 176.
    1. D. J. Muehsam et al., ‘Effects of Qigong on cell-free myosi phosphorylation: Preliminary experiments’, Subtle Energies and Energy Medicine, 1994; 5 (1): 93–108, also reported in Dossey, Be Careful What You Pray For, op. cit.: 177–8.
    1. Ibid.
    1. Benor, Healing Research, op. cit.: 253.
    1. G. Rein, Quantum Biology: Healing with Subtle Energy, Palo Alto, Calif.: Quantum Biology Research Labs, 1992; as reported in Benor,Healing Research, op. cit.: 350–2.
    1. B. Grad, ‘The “laying on of hands”: Implications for psychotherapy, gentling and the placebo effect’, Journal of the Society for Psychical Research, 1967; 61 (4): 286–305.
    1. C. B. Nash and C. S. Nash, ‘The effect of paranormally conditioned solutio on yeast fermentation’, Journal of Parapsychology, 1967; 31: 314.
    1. Radin, The Conscious Universe, op. cit: 130.
    1. An entire chapter  is devoted to  Jacques Benveniste in McTaggart, The Field, op. cit.: 59.
    1. Description of these results from a telephone conversation with Jacques Benveniste, November 10, 2000.
    1. J. M. Rebman et al., ‘Remote influence of the autonomic nervous system b focused intention’, Subtle Energies and Energy Medicine, 1996; 6: 111–34.
    1. W. Braud and M. Schlitz, ‘A method for the objective study of transpersonal imagery’, Journal of Scientific Exploration, 1989; 3 (1): 43–63; W. Braud et al., ‘Further studies of the bio-PK effect: Feedback, blocking specificity/generality’, i

R.   White   and   J.   Solfvin  (eds.),Research  in  Parapsychology,  Metuchen,  NJ: Scarecrow Press, 1984: 45–8.

  • C. Watt et al., ‘Exploring the limits of direct mental influence: Two studies comparing “blocking” and “co-operating” strategies’, Journal of Scientific Exploration, 1999; 13 (3): 515–35.
    • J. Diamond, Your Body Doesn’t Lie, New York: HarperCollins, 1979.
    • J. Diamond, Life Energy, New South Wales: Angus & Robertson, 1992: 71.

Chapter 11: Praying for Yesterday

  1. L. Leibovici, ‘Effects of remote, retroactive intercessory prayer on outcomes in patients with blood stream infection: Randomized controlled trial’, British Medical Journal, 2001; 323 (7327): 1450–1.
  2. S. Andreassen et al., ‘Using probabilistic and decision-theoretic methods in

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treatment and prognosis modeling’, Artificial Intelligence in Medicine, 1999; 15 (2): 121–34.

  • L. Leibovici, ‘Alternative (complementary) medicine: a cuckoo in the nest o empiricist reed warblers’, British Medical Journal, 1999; 319: 1629–32; Leibovici, ‘Effects of remote, retroactive intercessory prayer’, op. cit.
  • Letters, BMJ Online, December 22, 2003.
  • L. Dossey, ‘How healing happens: exploring the nonlocal gap’, Alternative Therapies in Health and Medicine, 2002; 8 (2): 12–16, 103–10.
  • B. Oshansky and L. Dossey, ‘Retroactive prayer: A preposterous hypothesis?’ British Medical Journal, 2003; 327: 20–7.
  • Letters, ‘Effect of retroactive prayer’, British Medical Journal, 2002; 324: 1037.
  • Correspondence from Liebovici to author, June 28, 2005.
  • Interview with Jahn and Dunne, July 2005.
  • R. G. Jahn et al., ‘Correlations of random binary sequences with pre-stated operator intention: a review of a 12-year program’, Journal of Scientific Exploration, 1997; 11 (3): 345–67.
  • D.  J.  Bierman  and  J.  M.  Houtkooper,  ‘Exploratory  PK  tests  with programmable         high              speed  random          number    generator’, European          Journal          of Parapsychology, 1975; 1 (1): 3–14.
  • R. Broughton, Parapsychology: The Controversial Science, New York: Ballantine Books, 1991: 175–6.
  • H. Schmidt and H. Stapp, ‘Study of PK with prerecorded random events an the effects of preobservation’, Journal of Parapsychology, 1993; 57: 351.
  • E. R. Gruber, ‘Conformance behavior involving animal and human subjects’, European Journal of Parapsychology, 1979; 3 (1): 36–50.
  • E. R. Gruber, ‘PK effects on pre-recorded group behaviour of livin systems’, European Journal of Parapsychology, 1980; 3 (2): 167–75.
  • F. W. J. J. Snel and P. C. van der Sijde, ‘The effect of retro-active distance healing on Babeia rodhani (rodent malaria) in rats’, European Journal of Parapsychology, 1990; 8: 123–30.
  • W. Braud, unpublished study, 1993, as reported in W. Braud, ‘Wellness implications of retroactive intentional influence: exploring an outrageous hypothesis’, Alternatives Therapies in Health and Medicine, 2000; 6 (1): 37–48.
  • H. Schmidt, ‘Random generators and living systems as targets in retro-PK experiments’, Journal of the American Society for Psychical Research, 1997; 912 (1): 1–13.
  • D. Radin et al., ‘Effects of distant healing intention through time and space: Two exploratory studies’, Proceedings of Presented Papers: The 41st Annual Convention of the Parapsychological Association, Halifax, Nova Scotia, Canada Parapsychological Association, 1998: 143–61.
  • J. R. Stroop, ‘Studies of interference in serial verbal reactions’,Journal of Experimental Psychology, 1935; 18: 643, as cited in D.I. Radin and E. C. May

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‘Evidence for a retrocausal effect in the human nervous system’, Boundary Institute Technical Report 2000–1.

  • H. Klintman, ‘Is there a paranormal (precognitive) influence in certain types of perceptual sequences? Part I and II’,European Journal of Parapsychology, 1983; 5: 19–49 and 1984; 5: 125–40, as cited in Radin and May,  Boundary Institute Technical Report, op. cit.
  • Radin and May, Boundary Institute Technical Report, op. cit.
  • Braud, ‘Wellness implications’, op. cit.
  • See http://www.fourmilab.ch/rpkp/bierman-metaanalysis. html.
  • Radin and May, Boundary Institute Technical Report, op. cit.
  • G. A. Mourou and D. Umstadter, ‘Extreme light’, in ‘The Edge of Physics’ Special edition of Scientific American, 2003; 13 (1): 77–83 updated from May 2002 issue.
  • L. H. Ford and T. A. Roman, ‘Negative energy, wormholes and warp drive’ in ‘The Edge of Physics’. Special edition ofScientific American, 2003; 13 (1): 85–

91 updated from January 2000 issue.

  • J. A. Wheeler and R. P. Reynman, ‘Interaction with the absorber as the mechanism of radiation’, Reviews of Modern Physics, 1945; 17 (2–3): 157–81; J. A. Wheeler              and    R.   P.   Reynman,   ‘Classical              electrodynamics               in  terms     of  direc interparticle action’, Reviews of Modern Physics, 1949; 21: 425–33.
  • E. H. Walker, ‘The nature of consciousness’, Mathematical  BioSciences

1970; 7: 131–78.

  • H. P. Stapp, ‘Theoretical model of a purported empirical violation of the predictions of quantum theory’, Physical Review A, 1994; 50 (1): 18–22.
  • Braud, ‘Wellness implications’, op. cit.
  • L. Grover, ‘Quantum computing’, The Sciences, July/August 1999: 24–30.
  • M.  Brooks,  ‘The  weirdest  link’, New Scientist,  March 27,  2004; 181

(2440): 32–5.

  • D. Bierman, ‘Do PSI-phenomena suggest radical dualism?’ in S. Hammerof et al. (ed.), Toward a Science of Consciousness II, Cambridge, Mass.: MIT Press 1998: 709–14.
  • D.  I.  Radin,  ‘Experiments  testing  models  of  mind-matter  interaction’

Journal of Scientific Exploration, 2006; 20 (3), 375–401.

  • Interview with William Braud, October 1999.
  • W. Braud, ‘Transcending the limits of time’, The Inner Edge: A Resource for Enlightened Business Practice, 1999; 2 (6): 16–18.
  • R. D. Nelson, ‘The physical basis of intentional healing systems’, Technical Report, PEAR 99001, Princeton Engineering Anomalies Research, Princeton, Ne Jersey, January 1999.
  • Braud, interview with author, October 1999.
  • D. Bierman ‘Does consciousness collapse the wave packet?’ Mind and Matter, 2003; 1 (1): 45–58.
  • H Schmidt, ‘Additional effect for PK on pre-recorded targets’,Journal of

Parapsychology, 1985; 49: 229–44; ‘PK tests with and without preobservation by animals’, in L. S. Henkel and J. Palmer (eds.),Research in Parapsychology, Metuchen, NJ: Scarecrow Press, 1990: 15–19.

Chapter 12: The Intention Experiment

  1. Interview with Fritz-Albert Popp, March 1, 2006.
  2. F.-A. Popp et al., ‘Further analysis of delayed luminescence of  plants’,

Journal of Photochemistry and Photobiology B: Biology, 2005, 78: 235–44.

  • For a full description of Popp’s history, see McTaggart, The Field, op. cit.
  • International Institute of Biophysics, see www.lifescientists.de.
  • B.  J.  Dunne,  ‘Co-operator  experiments  with  an  REG  device’,  PEA Technical Note 91005, Princeton Engineering Anomalies Research, Princeton, New Jersey, December 1991.
  • R. D. Nelson et al., ‘FieldREG anomalies in group situations’,Journal of Scientific Exploration, 1996; 10 (1): 111–41; R. D. Nelson et al., ‘FieldREGII Consciousness field effects: replications and explorations’, Journal of Scientific Exploration, 1998; 12 (3): 425–54.
  • D. I. Radin, ‘For whom the bell tolls: A question of global consciousness’ Noetic Sciences Review, 2003; 63: 8–13 and 44–5; R. D. Nelson et al., ‘Correlatio of continuous random data with major world events’, Foundations of Physics Letters, 2002; 15 (6): 537–50.
  • D. I. Radin, ‘Exploring relationships between random physical events and mass human attention: Asking for whom the bell tolls’, Journal of Scientific Exploration, 2002; 16 (4): 533–47.
  • R. D. Nelson, ‘Coherent consciousness and reduced randomness Correlations on September 11, 2001’, Journal of Scientific Exploration, 2002; 16

(4): 549–70.

  1. Ibid.
  2. Bryan J. Williams, ‘Exploratory block analysis of field consciousness effects on global RNGs on September 11, 2001’ (http://noosphere.princeton.edu/williams/GCP911.     html).
  3. J. D. Scargle, ‘Commentary: Was there evidence of global consciousness on September 11, 2001?’ Journal of Scientific Exploration, 2002; 16 (4): 571–7.
  4. Nelson et al., ‘Correlation of continuous random data’, op. cit.
  5. M. C. Dillbeck et al., ‘The Transcendental Meditation program and crim rate change in a sample of 48 cities’, Journal of Crime and Justice, 1981; 4: 25–45.
  6. J. Hagelin et al., ‘Effects of group practice of the Transcendental Meditatio program on preventing violent crime in Washington, D. C.: Results of the National Demonstration Project, June–July 1993’,Social Indicators Research, 1999; 47 (2):

153–201.

  1. W. Orme-Johnson et al., ‘International peace project in the Middle East: the effects of the Maharishi technology of the unified field’, Journal of Conflict Resolution, 1988; 32: 776–812.
  1. K. L. Cavanaugh et al., ‘Consciousness and the quality of economic life empirical  research on the  macroeconomic  effects  of  the  collective  practice  of Maharishi’s Transcendental Meditation and TM-Sidhi program.’ Paper originally presented at the annual meeting of the Midwest Management Society, Chicago, Marc 1989,           published      in   R.   G.   Greenwood   (ed.), Proceedings                 of    the Midwest Management Society, Chicago: Midwest Management Society, 1989: 183–90; K. L Cavanaugh et al., ‘A multiple-input transfer function model of Okun’s misery index: An empirical test of the Maharishi Effect.’ Paper presented at the Annual Meeting o the American Statistical Association, Washington D. C., August 6–10, 1989, an abridged version of the paper appears in Proceedings of the American Statistical Association, Business and Economics Statistics Section, Alexandria, Va.: American Statistical   Association,             1989:            565–70; K.   L.     Cavanaugh  and    K.         D. King ‘Simultaneous transfer function analysis of Okun’s misery index: improvements in the economic  quality of life  through Maharishi’s  Vedic  Science  and  technology of consciousness.’ Paper presented at the Annual Meeting of the American Statistical Association, New Orleans, Louisiana, August 22–25, 1988, an abridged version o the paper appears in Proceedings of the American Statistical Association, Business and  Economics    Statistics  Section,         Alexandria,   Va.:  American      Statistical Association, 1988:  491–6; K. L. Cavanaugh, ‘Time series analysis of U.S. an Canadian inflation and unemployment: A test of a field-theoretic hypothesis.’ Paper presented  at  the  Annual  Meeting  of  the  American  Statistical  Association,  San Francisco,  California,    August 17–20,     1987,   published         in Proceedings  of   the American   Statistical         Association, Business     andEconomics  Statistics  Section, Alexandria, Va.: American Statistical Association, 1987: 799–804.
  2. Strong rains fall on fire-ravaged Amazon state, March 31, 1998, Web posted at: 6:46 p.m. EST (2346 GMT), Brasilia, Brazil (CNN) http://twm. co. nz/.
  3. R. Nelson, ‘Wishing for good weather: a natural experiment in group consciousness’, Journal of Scientific Exploration, 1997; 11 (1): 47–58.
  4. M. Emoto, The Hidden Messages in Water, New York: Atria, 2005.
  5. Interview with Dean Radin, May 3, 2006.
  6. Not her real name. I’ve changed her name at her request. Nevertheless, our meditators were shown her real name and photo.
  7. R. Van Wijk and E. P. Van Wijk, ‘The search for a biosensor as a witness of a human laying on of hands ritual’, Alternative Therapies in Health and Medicine, 2003; 9 (2): 48–55.

Chapter 13: The Intention Exercises

  1. See C. T. Tart, ‘Initial application of mindfulness extension exercises in a traditional Buddhist meditation retreat setting, 1995’, unpublished (www. paradigmsys. com/cttart).
  2. R. McCraty et al., ‘The electricity of touch: Detection and measurement o cardiac energy exchange between people’, in K. H. Pribram (ed.), Brain and Values: Is   a Biological  Science  of  Values  Possible? Mahwah,  NJ:  Lawrence  Erlbaum

Associates, 1998: 359–79.

  • S.   Rinpoche, The  Tibetan  Book  of  Living  and  Dying,  San  Francisco: HarperSanFrancisco, 1994.
  • S. Rinpoche, as quoted in J. Stone, Instructor’s Training Manual, Cours Syllabus: Training in Compassionate-Loving Intention, 2003.
  • H.  Dienstfrey, Where the Mind Meets the Body, London: HarperCollins 1991: 39.

Bibliography

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‘Strong rains fall on fire-ravaged Amazon state, March 31, 1998’, Web posted at: 6:46 p.m. EST (23:46 GMT), Brasilia, Brazil (CNN) http://twm co. nz/.

Achterberg, J. and Lawlis, G. F., Bridges of the Bodymind: Behavioral Approaches for Health Care, Champaign, Ill.: Institute for Personality and Ability Testing, 1980.

Achterberg, J. et al., ‘Evidence for correlations between distan intentionality and brain function in recipients: a functional magnetic resonance imagining analysis’, Journal of Alternative and Complementary Medicine, 2005; 11 (6): 965–71.

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Allahverdiyev, A. R. et al., ‘Possible space weather influence on functional activity of the human brain.’ Paper presented at Space Weather Workshop: Looking Toward a European Space Weather Programme, November 17–19, 2001, ESTEC, Noordwijk, the Netherlands.

Andreassen, S. et al., ‘Using probabilistic and decision-theoretic methods in treatment and prognosis modeling’, Artificial Intelligence in Medicine, 1999; 15 (2): 121–34.

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Stapp, H. P., ‘Theoretical model of a purported empirical violation of the predictions of quantum theory’, Physical Review A, 1994; 50 (1): 18–22.

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Sterman, M. B., ‘Neurophysiological and clinical studies o sensorimotor EEG biofeedback training: some effects on epilepsy’, Seminars in Psychiatry, 1973; 5 (4): 507–25.

Sterman, M. B., ‘The challenge of EEG biofeedback in the treatment o epilepsy: a view from the trenches’, Biofeedback, 1997; 25 (1): 6–7.

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Stoilova, I. and Zdravev, T., ‘Influence of the geomagnetic activity on the human functional systems’, Journal of the Balkan Geophysical Society, 2000; 3 (4): 73–6.

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Stone, J., ‘Effects of a compassionate/loving intention as a therapeutic intervention by partners of cancer patients: a randomized controlled feasibility study’, in press.

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94: 241–7. Tsushima, W. T., ‘Treatment of phantom limb pain with EMG and temperature biofeedback: a case study’, American Journal of Clinical Biofeedback, 1982; 5 (2): 150–3. Ullman, M. et al., Dream Telepathy: Experiments in ESP, Jefferson, No.: McFarland, 1989.

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Van Wijk, E. P. et al., ‘Anatomic characterization of human ultra-weak photon emission in practitioners of Transcendental Meditation™ and control subjects’, Journal of Alternative and Complementary Medicine, 2006; 12 (1): 31–8.

Van Wijk, R. and Van Wijk, E. P., ‘The search for a biosensor as a witness of a human laying on of hands ritual’, Alternative Therapies in Health and Medicine, 2003; 9 (2): 48–55.

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Vedral, V., ‘Quantifying entanglement’, Physical Review Letters, 1997; 78 (12): 2275–9.

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Watkins, G. K. et al., ‘Further studies on the resuscitation of anesthetized mice’, in W. G. Roll et al. (eds.), Research in Parapsychology, Metuchen, NJ: Scarecrow Press, 1973: 157–9.

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Williams, B. J., ‘Exploratory block analysis of field consciousness effects on global RNGs on September 11, 2001’ (http://noosphere.princeton.edu/williams/GCP911.     html).

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Phytologist, 2004; 161: 607–10.

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Yue, G. H. and Cole, K. J., ‘Strength increases from the motor program comparison of training with maximal voluntary and imagined muscle contractions’, Journal of Neurophysiology, 1992; 67: 114–23.

Zeilinger, A., ‘Probing the limits of the quantum world’, Physics World, March 2005 (online journal: http://www.physicsweb.org/articles/world/18/3/5/1).

Zeilinger, A., ‘Quantum teleportation’, Scientific American, April 2000: 32–41.

Zimmerman,  J.,  ‘New  technologies  detect effects  in healing hands’

Brain/Mind Bulletin, 1985; 10 (2): 20–3.

Zohar, D., The Quantum Self, London: Bloomsbury Press, 1991.

Zwierlein, M. W. et al., ‘Observation of Bose-Einstein condensation o molecules’, Physical Review Letters, 2003; 91: 250401.

Useful websites

www.biomindsuperpowers.com: Ingo Swann’s Superpowers of the Human Bio-mind

www.fourmilab.ch/rpkp/bierman-metaanalysis. html www.laurentian.ca/Neursci/_people/Persinger.    htm www.lifescientists.de: official website of the IIB. www.officeofprayerresearch.org www.spiritualbrain.com www.wholistichealingresearch.com

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The Intention Experiment (full text) by Lynne McTaggart. In HTML for free access. Part 3 of 4.

This is part 3 of 4.

This is a complete reprint of the book titled “The Intention Experiment” by Lynne McTaggart. It is a non-fiction book, and it is groundbreaking. In this book, the author has compiled all those studies about the reality of ESP, and PSI, and compiled the results. The results are pretty damning. Something is going on, and Newtonian physics cannot explain it. It can only be explained with quantum physics.

What is going on is that quantum physics is working and weaving it’s magic throughout our lives, and rather than discount things as “superstition” and out-dated religion, this book connects actual scientific studies with the quantum physics principles involved. It explains so many thing that have been discounted as pure superstition.

Thus it’s placement in my blog.

This is for those people who want nice and clean answers to what is going on, yet cannot shake off the Newtonian physics that they learned in High School. This book teaches you that there is a deeper reality behind everything and as such, it helps explain some elements of paranormal and religion that are often discounted as primitive nonsense.

Welcome to the world of quantum physics and how all those things about prayer, intention, and spirituality actually does have a scientific foundation that they are based upon.

CHAPTER EIGHT

The Right Place

IN 1997, WILLIAM TILLER had been helping a Californian company develop product to eliminate electromagnetic pollution. The product contained a quartz crystal, which was why they had consulted him. Tiller, a physicist and professor emeritus of materials science and engineering at Stanford University, had carved out an influential niche for himself in the science of crystallization; he had written three textbooks on the subject and more than 250 scientific papers.1

The product consisted of a simple black box, about the size of a remote control. Inside its casing were three oscillators of 1–10 megahertz, barely a microwatt’s worth of power when the device was turned on. The box also contained an electrically erasable, programmable, read-only memory (EEPROM) component unconventionally connected in the circuit. It seemed to be able to screen incoming electromagnetic energy, possibly through the quartz oscillators also contained inside the box: quartz was thought to modulate quantum information by rotating the direction of waves.

As Tiller examined the equipment, an outrageous idea struck him. Fascinated by evidence that remote influence worked, Tiller had been carrying out a number of his own experiments and had formulated an entire theory about ‘subtle energy’ in living systems. Perhaps the little box he held in his hand might help him put intention to the supreme test. If thoughts were just another form of energy, what if he attempted to ‘charge’ this simple low-tech machine with a human intention and then use it to try to affect a chemical process? His experiment would rest on the unthinkable assumption that thoughts could be imprisoned in a bit of electronic memory and later ‘released’ to affect the physical world.2

This fanciful idea would lead to a bizarre experimental result, offering convincing evidence that there is such a thing as the right place, as well as the right time, for carrying out intentions.

Tiller borrowed some lab space at the Terman Engineering building at Stanford from one of his tolerant colleagues in civil engineering, and some other space in the biology department, made some adjustments to the commercial device, and began designing his experiments.

He wanted to go for broke, to see if this ‘caged’ intention could affect actual live test subjects. He realized he could not yet try his experiments on human beings, because they presented too many random, uncontrollable variables. But he could experiment on what scientists consider the next best thing to a human being: the fruit fly.

In the laboratory among the experimental animal population, the fruit fly is prom queen. Scientists have considered Drosophila melanogaster a model organism for more than a century, largely because its life cycle is so short. Within six days a fruit fly will completely remodel itself from larval grub to six-legged, winged insect and die just two weeks later.

Tiller had in mind an experiment that would speed up their entire developmental process even further. His Stanford colleague Michael Kohane an expert in fruit flies, had been studying the effects of supplements of nicotinamide adenine dinucleotide (NAD) on his fruit fly specimens. An important cofactor for enzymes, NAD helps in energy metabolism within cells by transporting hydrogen which is essential in setting the fly’s built-in timer for larval development. Energy availability also directly affects an organism’s fitness.3

NAD   marshals   electrons   into   the   pathway needed to maximize  energy production and metabolism; low levels of NAD adversely affect the production of adenosine triphosphate (ATP).

Every cell uses oxygen and glucose to convert ADP (adenine diphosphate) and phosphoric acid into ATP, a molecule that slow-drips energy to  power  most cellular  processes. ADP and ATP are  the  equivalent of chemical energy storage tanks. Each molecule hoards a tiny supply of energy deep within its phosphorus–oxygen bond. Increasing the supply of NAD will increase the ratio of ATP to ADP, causing the cellular processes to work harder and faster, fast- forwarding larval development.

As the fruit fly develops, the higher the ATP/ADP ratio, the more energy available to the cells, and the fitter the fly. The net effect of NAD is to increase a fruit fly’s overall level of health, from cradle to grave.

Electromagnetic fields can have a profound effect on cellular energy metabolism, particularly the synthesis of ATP. 4 Human thoughts could be construed as a similar form of energy, Tiller reasoned. But could the energy of a thought interact with the transport chain of electrons to stoke up the metabolic fire?

To carry out the protocol he had in mind, Tiller needed a second lab. He set up one near the benefactor who was going to fund the studies in a small facility in Minnesota, just north of Excelsior. There he installed Michael Kohane and Wal Dibble, one of his former graduate students.

One morning in early January 1997, Tiller gathered his four participants, including himself, his wife Jean, and two friends, all highly experienced meditators, around a table. He unwrapped the first black box, placed it in the middle of the table and turned it on.

At the signal, Tiller told them all to enter a deep meditative state. After mentally ‘cleansing’ the environment and the equipment itself, he stood before them, a tall, lanky figure with bright, irreverent eyes and a wispy white beard, and read aloud the intention he had scripted earlier:

Our intention is to synergistically influence (a) the availability of oxygen, protons, and ADP (b) the activity of the available concentration of NAD plus (c the activity of the available enzymes, dehydrogenase and ATP-synthase, in the mitochondria so that the production of ATP in the fruit fly larvae is significantly increased (as much as possible without harming the life function of the larvae) and thus the larval development time significantly reduced relative to that with the control device.

Although the intention boiled down to significantly increasing the ratio of the ATP to ADP, Tiller had purposefully made the intention highly specific, so there would be no possible misunderstanding. He suspected that the more specific the thought, the more likely it was to have an effect, and so was careful, with each experiment, to pinpoint its aims. He had added ‘without harming the life function of the larvae’ because he suspected that if they tried to push things too far, they might well kill the tiny creatures.

The meditators held the intention for 15 minutes, before abruptly releasing it, at Tiller’s signal, then they focused for a final 5 minutes on a closing intention, to mentally ‘seal the intention’ into the device.

Tiller had prepared an identical control box that had not been ‘imprinted’ with intention by wrapping it in aluminium foil and placing it in an electrically grounded Faraday cage, in order to screen out electromagnetic frequencies of all magnitudes.

He wrapped the imprinted black box, or the ‘Intention-Imprinted Electronic Device’, as he now called it, in aluminium foil and placed it in another Faraday cage until ready for shipping. On separate days he shipped each box via FedEx to the Minnesota laboratory, some 1500 miles away. He had been careful to blind the experiment so that neither Dibble nor Kohane would know which device contained the intention and which the control when the two devices arrived.

The Excelsior scientists prepared several groups consisting of eight vials of fruit fly larvae and placed three of the groups of vials inside Faraday cages. They then placed both black boxes inside two of the cages with the vials and turned them on.

Over the next eight months, they carried out experiments on 10,000 larvae and 7000 adult flies, in each instance tracking the ATP/ADP ratio. After compiling their data and mapping it on a graph, Tiller and Kohane discovered not only that that the ratio of ATP to ADP had increased, but also that those larvae exposed to the imprinted devices developed 15 per cent faster than normal.5

Furthermore, once the larvae had reached their adult stages they were healthier than normal, as were their descendants.6 The intention not only had a positive effect on the flies themselves; it also appeared to affect the genealogical line.

By that time, Tiller had tried out other black boxes on a great number of other subjects, choosing his experimental targets with care. He needed tests like that of the fruit fly co-enzyme ratio that would show a genuine, measurable change. He decided on two new targets: the pH of water and the increase in the activity of a liver enzyme called alkaline phosphatase (ALP). He chose the pH test because water pH – th measure of acidity or alkalinity in a solution – remains fairly static and tiny changes of one-hundredth or even one-thousandth of a unit on the pH scale can be measured; a change of a full unit or more on the pH scale would represent an enormous shift that was unlikely to be the result of an incorrect measurement. ALP is another ideal test target because its activity proceeds at an unvarying rate.

In both instances, his meditators imprinted intentions into the black boxes to change the pH of water both up and down by a full pH unit and to increase by a ‘significant factor’ the activity of ALP. Tiller then sent off both imprinted and control boxes to Dibble, who made use of a similar study design as the fly experiment. Both experiments were extraordinarily  successful.7

In  the water  experiments, their intentions managed to change the pH up and down by one unit, and the ALP activity was significantly increased.8

Tiller was in the midst of some of his black-box experiments when he noticed something strange. After three months, the results of his studies began to improve; the more he repeated the experiment, the stronger and quicker the effects.

Tiller decided to try to isolate the aspect of the environment that had changed. He took readings of the air temperature, in and outside the Faraday cages, and discovered that the temperature appeared to be going up and down according to a regular rhythm or oscillation, dipping and climbing at regular intervals. He had first taken the temperature readings with an ordinary mercury thermometer. In case these results had something to do with the instrumentation, he switched to a computerized, low-resolution thermistor-based digital thermometer.

Then he tried a high-resolution thermometer. All three recorded the same readings. When he plotted it, he saw that the temperature change was oscillating at a precise rhythm every 45 minutes or so, varying by some 4°C.9

Tiller then measured the pH of water in the lab and measured its capacity to conduct electricity. He observed the same phenomenon as he had with the temperature: periodic oscillations of at least one-quarter of a unit on the pH scale, and regular dips and peaks in the water’s ability to conduct electricity. Tiller was especially intrigued by the changes in pH. The acid/alkaline balance in any substance is highly sensitive to change; if the pH of a person’s blood shifts up or down by just a half a pH unit, it means that they are dying or already dead.

A pattern was developing: as the temperature of the air rose, the pH fell, and vice versa, in near perfect harmonic rhythm. The water’s electrical conductivity showed a similar harmonic cycle.10 Somehow his lab was beginning to manifest different material properties, almost as if it were a specially charged environment.

The effects also continually increased. No matter which experiment he carried out, the longer the imprinted devices were in the room, the larger the rhythmic fluctuations of the temperature and pH.11

These fluctuations remained unaffected by the opening of doors or windows, the operation of air conditioners or heaters, and even the presence or movement of humans or objects around their immediate vicinity. When he compared graphs of air and water temperature readings, they again mapped in perfect harmony.

Every corner of the room that was measured registered the same result. Each aspect of the physical space appeared to be in some sort of rhythmic, energetic harmony.

By this time, Tiller and his colleagues had set up four labs, each separated from the others by between 35 and 280 metres. Once enough experiments had been carried out, every other site also began to evidence these rhythmic fluctuations.

Tiller had never observed these types of ‘organized’ oscillations in his conventional science labs at Stanford. Indeed, they had never been observed anywhere else before. Just to be sure that this phenomenon was not being caused by the boxes themselves, he and his colleagues carried out three control experiments, in which devices that had not been imprinted with intention were placed in the spaces and turned on. In those cases, all the readings of air and water behaved normally.

Tiller still puzzled over the meaning of the effects, and whether they might be due to some physical disturbance. He wondered whether having two large fans in the room would affect the oscillations in the air and water. Ordinarily, forced air convection from a fan should cause oscillations in temperature to disappear. He placed a desk fan and a floor fan in strategic places near a line of temperature probes. Even when the fans were turned up high enough to scatter pieces of paper, the original temperature oscillations remained.

What exactly was going on? This could be a magnetic effect, Tiller thought. Perhaps he should check out the magnetic field of the water. He placed an ordinary bar magnet under a jar of water for three days, with the north pole of the magnet pointing upwards, and measured the water’s pH.

Then he turned the magnet over so that the south pole faced upwards under the jar for the same period. In normal circumstances, when ordinary water is exposed to this kind of weak magnet, which has a field strength of less than 500 gauss, the pH will be the same, no matter which side of the magnet is exposed to the water.

The world as we know  it is magnetically symmetrical. Quantum physicists speak in terms of gauge theory and symmetry to explain the relationships between forces and particles, which include electric and magnetic charge. We are believed to exist in a state of electromagnetic U {1}-gauge symmetry – a rather complicated scenario in which magnetic force is proportional to the gradient of the square of the magnetic field. This boils down to a simple truism: no matter where in a given field you measure the electromagnetic property, you get the same reading. The electromagnetic laws of nature are the same wherever you look.

If you raise the electromagnetic pull in one area, you will find you have changed the electromagnetic pull by the same degree everywhere else. In The Cosmic Code,12 Heinz Pagels likens the universe to an infinite piece of paper, painted grey. If you change the colour to a different shade of grey or ‘change the gauge’, you still don’t change the gauge symmetry, because all the rest of the paper will be changed to the exact same shade of grey, so that it is even impossible to distinguish where exactly you are on the paper. A state of symmetrical magnetism is referred to as a magnetic ‘dipole’.

But the pH of the water in Tiller’s lab was significantly different with one polarity as compared with another, with huge differences of 1–1.5 pH units. Exposing the water to the south pole would send the pH soaring upward, while turning the magnet over to the north pole would cause the pH  to decrease.

At two of his experimental sites, the pH of the water, when exposed to the south-pole polarity, continued to change with the passage of time, peaking after about six days. When the water was exposed to the north pole of the magnet, however, the rhythmic changes in pH that he had been recording dwindled away.13

Orthodox science maintains that monopoles only exist in electricity (as a positive or negative charge), but not in magnetism, which creates only dipoles from spinning or orbiting electrical charge.14 Governments around the world have spent billions of dollars looking for magnetic monopoles everywhere on earth, without success.15 Somehow, Tiller had managed to access a magnetic monopole in his crude lab. This phenomenon appeared to be a system-wide effect. In any lab of his exposed to the intention-imprinted black boxes, instruments recorded magnetic monopole type of behaviour.

It dawned on Tiller that he was witnessing the most astonishing result of all: human intention captured in his little black boxes were somehow ‘conditioning’ the spaces where the experiments were carried out.

Tiller wondered whether this phenomenon would still be present if he altered anything about the space. When he removed one element, such as a computer, the oscillations disappeared for about 10 hours before returning. The arrival of any new materials in his lab also caused the effects to disappear for several weeks, although, once again, they eventually returned.

It was as though the space had become an exquisitely tuned configuration, and no disturbance or change would destroy this higher state. Even when Tiller shielded the intention-imprinted devices in aluminium foil and Faraday cages, all the vibrations in water and air temperature continued. One of the sites, a converted barn, recorded oscillating air temperatures on and off for six months; in another site, an office lab, for a full year.16

After the imprinted boxes had been turned on for a while, the effect became relatively ‘permanent’; the target, whether water pH, ALP or fruit flies, would continue to be affected even if the device was not in the lab. Tiller decided to see what would happen when he removed all the elements of the experiment.

He dismantled the Faraday cage and the water vessels and removed them from his lab, then recorded the air temperature of the place where the cages had been.

Even though the experimental vessel was no longer there, his thermometers continued to record periodic oscillations in temperature of 2–3°C. Although this influence decayed very slowly over time, Tiller’s laboratories appeared to have undergone some long-term thermodynamic transformation. The energy from intention appeared to ‘charge’ the environment and create a domino effect of order.17

The only other phenomena Tiller could think of that had similar effects on the environment were those of highly complex chemical reactions. But all he was working with was ordinary air and purified water.

According to the laws of conventional thermodynamics, air and water are supposed to exist in a state extraordinarily close to equilibrium, which is to say that they remain more or less static. These types of results had never been recorded in any lab in the world.

He suspected that he had been witnessing a quantum effect. The constant replaying of ordered thoughts seemed to be changing the physical reality of the room, and making the quantum virtual particles of empty space more ‘ordered’. And then, like a domino effect, the ‘order’ of the space appeared to assist the outcome of the experiment. Carrying out the intentions in one particular space appeared to enhance their effects over time.

Somehow, in these charged spaces he and his colleagues had managed to create a SU {2}-gauge space, where electric and magnetic monopoles coexisted – similar to the reality supposedly present in the supersymmetry states of exotic physics. In these conditioned spaces, the very law about the proportion of magnetic force had altered.

A basic property of physics had completely changed. The only way to get such a polarity effect was to produce some element of SU {2}-gauge symmetry.18

This change in the gauge symmetry of the space meant that profound changes had occurred in the ambient Zero Point Field. In a U {1}-gauge symmetry, the random fluctuations of the Field have no effect on the physical universe. However, in SU {2}-gauge symmetry states, the Field has become more ordered and produces changes in the tiniest elements of matter – which add up to a profound alteration in the very fabric of physical reality.

Tiller felt as though he had somehow entered into a twilight zone of higher energy and that he was witness to a system with an extraordinary ability to self- organize. Indeed, the oscillations he had measured had all the hallmarks of a Bose– Einstein condensate – a higher state of coherence. Up until then, scientists had created a Bose–Einstein condensate only in highly controlled environments and at temperatures approaching absolute zero. But he had managed to create the same effects at room temperature, and from a thought process captured in a rudimentary piece of equipment.

Other scientists have witnessed a similar ‘charging’ of intention space. In one series of meticulous studies, for instance, researcher Graham Watkins and his wife Anita recruited human participants, many known for their psychic ability, and asked them to attempt to mentally influence anaesthetized mice to revive more quickly than usual. The experimental mice were drawn from a batch that had demonstrated similar waking times when placed under anaesthesia; the chosen group were divided in two, with half acting as controls.

In the first batch of studies, the experimental group woke up about 4 seconds earlier than the controls, a result considered only slightly significant. However, in subsequent studies the wake-up times of the experimental mice improved, and continued to do so with every study.

The Watkinses repeated their experiment seven times. They discovered that the healing had a ‘linger effect’; if a mouse were simply placed on the spot on a table where another mouse had received a psychic’s intentions, the second one would also revive more quickly than usual. The space appeared to have developed a healing ‘charge’, affecting anything that happened to occupy that space.19

Biologist Bernard Grad at McGill University in Montreal, Canada, observed similar phenomenon during experiments with Hungarian healer Oscar Estabany: once the Hungarian healer touched something – even simple fabric – it appeared to hold a phantom charge. The material could be used successfully for healing in place of Estabany’s healing hands.20

The idea of ‘conditioned space’ was also explored by former PEAR scientis Dr Roger Nelson at sacred sites. Nelson was intrigued by these sacred spaces and whether their special purpose, or even some inherent quality about the site, had ‘charged’ the space with an energetic resonance that might register on a REG machine. He had run a number of experiments suggesting that a ‘field consciousness’ in a highly charged atmosphere, such as an intense gathering, affected the machines and made them more ‘ordered’.

He carried around a portable REG, to register an changes in the randomness in the ambient field at various sites: Wounded Knee, the site of the massacre of an entire Sioux tribe; Devil’s Tower in Wyoming; the Queen’s Chamber in the Great Pyramid of Giza.

Nelson registered highly significant evidenc of increased order on REGs at some sites, as if the location itself contained a lingering vortex of coherent energy, from all the people who had prayed or died there.21

Dean Radin used REGs to investigate whether healing can condition the plac where it is carried out. He placed three REGs near a culture of human brain cells then asked a group of healers to send intentions for the culture to grow more quickly, and to engage in traditional space-conditioning meditations.

Any deviation from the random activity of the REGs would indicate the probable presence of greater coherence. Radin also prepared a control batch of cells, which were not to be sent intention.

After three days, there was no overall difference in the growth between the treated cells and the controls. Nevertheless, as the experiment progressed, the treated cells began to grow faster.

On the third day, all three of the REGs began moving away from random activity and became more ordered. The intention of the healers also appeared to have effects on background ionizing radiation.22

Like Nelson’s readings at sacred sites, Radin’s experiment offers tantalizing hints about the nature of the ‘linger’ effect of intention. The REGs’ registering o movement away from randomness to greater order implies that the Zero Point energy of empty space has shifted into a state of greater coherence.

The ‘charge’ of intention may have a domino effect on its environment, causing greater quantum order in empty space, which would enhance the effectiveness of its aim.23 Russian scientists have observed a similar phenomenon in water, which retains a memory of applied electromagnetic fields for hours, even days.24

The effect is like that of a laser; when waves of the ambient Field become more ordered, an intention may ripple through it like one powerful, highly targeted bolt of light.

With magnetic monopoles, Tiller was out on a ledge shared by few of his colleagues, even in consciousness research. His studies needed to be replicated by other, independent laboratories. But if his body of work does stand up over time, it will demonstrate the extent to which the energy of human thought can alter its environment.

The ordering process of intention appears to carry on, perpetuating, possibly even intensifying its charge.

The strange, almost unbelievable events occurring during Tiller’s experiments made me wonder whether setting aside a particular room for carrying out intention might be an important consideration. Perhaps we each need our own ‘temple’ to which we return, if only in our mind’s eye, every time we send a directed thought.

Chapter 8: The Right Place

  1. William Tiller’s major books on crystallization include: An Introduction to Computer Simulation in Applied Science, New York: Plenum, 1992: The Science of Crystallization: Microscopic Interfacial Phenomena, Cambridge: Cambridge University Press, 1991: The Science of Crystallization: Macroscopic Phenomena and Defect Generation, Cambridge: Cambridge University Press, 1992.
  2. All personal details about William Tiller have resulted from multiple interviews, April 2005–January 2006.
  3. O. Warburg, New Methods of Cell Physiology Applied to Cancer an Mechanism of  Xray Action, New York: John Wiley and Sons, 1962, as quoted in W. Tiller et al., Conscious Acts of Creation: The Emergency of a New Physics, Walnut Creek, Calif.: Pavior Publishing, 2001: 144–6. All description of experiment derived from interview with Dr Tiller, Boulder, Colorado, April 29, 2005, plus information from Conscious Acts and W. Tiller et al., Some Science Adventures with Real Magic, Walnut Creek, Calif.: Pavior Publishing, 2005.
  4. M. J.    Kohane,    ‘Energy,    development    and   fitness     inDrosophila melanogaster’, Proceedings of the Royal Society (B), 1994; 257: 185–91, in Tiller et al., Conscious Acts, op. cit.: 147.
  5. William A. Tiller and Walter E. Dibble, Jr., ‘New experimental data revealing an unexpected dimension to materials science and engineering’, Material Research Innovation, 2001; 5: 21–34.
  6. Tiller and Dibble, ‘New experimental data’, op. cit.
  7. Ibid.
  8. Ibid.
  9. Tiller et al., Conscious Acts, op. cit.: 180.
  10. Tiller et al., Conscious Acts, op. cit.: 175.
  11. Tiller et al., Conscious Acts, op. cit.: 216.
  12. H. Pagels, The Cosmic Code, New York: Simon and Schuster, 1982.
  13. Tiller et al., Conscious Acts, op. cit.: 216.
  14. Tiller et al., Science Adventures, op. cit.: 34.
  15. Interview with W. Tiller, April 2005.
  16. Tiller et al., Conscious Acts, op. cit.: 182.
  17. Correspondence between Tiller and Michael Kohane, 2005.
  18. Tiller and Dibble, ‘New experimental data’, op. cit.
  19. G.  K.  Watkins  and  A.  M.  Watkins,  ‘Possible   PK influence on the resuscitation of anesthetized mice’, Journal of Parapsychology, 1971; 35: 257–72; G. K. Watkins et al., ‘Further studies on the resuscitation of anesthetized mice’, in W. G. Roll, R. L. Morris and J. Morris (eds.) Research in Parapsychology, Metuchen, NJ: Scarecrow Press, 1973: 157–9.
  20. R. Wells and J. Klein, ‘A replication of a “psychic healing” paradigm’, Journal of Parapsychology, 1972; 36: 144–9.
  21. See McTaggart, The Field, op. cit.: 205–7.
  22. D.   Radin,   ‘Beyond   belief:    Exploring    interaction    among      body     and environment’, Subtle Energies and Energy Medicine, 1992; 2 (3): 1–40; D. Radin, ‘Environmental modulation and statistical equilibrium in mind-matter interaction’, Subtle Energies and Energy Medicine, 1993; 4 (1): 1–30.
  23. D. Radin et al., ‘Effects of healing intention on cultured cells and truly random events’, The Journal of Alternative and Complementary Medicine, 2004; 10: 103–12. Notes 301
  24. L. P. Semikhina and V. P. Kiselev, ‘Effect of weak magnetic fields on the properties of water and ice’, Zabedenii, Fizika, 1988; 5: 13–17; S. Sasaki et al., ‘Changes of water conductivity induced by non-inductive coil’, Society for Mind-Body Science, 1992; 1: 23; Tiller et al., Conscious Acts, op. cit.: 62.

PART THREE

The Power of Your Thoughts

Baseball is 90 per cent mental. The other half is physical.
-Yogi Berra

CHAPTER NINE

Mental Blueprints

SEVEN WEEKS BEFORE MUHAMMAD ALI met World Heavywei Champion George Foreman for their ‘rumble in the jungle’ at Kinshasa in 1974, he practised his punches as if he couldn’t care less, taking a few desultory swipes at his sparring partner as if distractedly popping a speed bag. Mostly he would lie against the ropes and allow his opponent to pound away at him from every angle.

In the latter years of his fighting career, Ali spent much of his training time learning how to take punches. He studied how to shift his head by just a hair a microsecond before the connection was made, or where in his body he could mentally deflect the punch, so that it would no longer hurt. He was not training his body to win. He was training his mind not to lose, at the point when deep fatigue sets in around the twelfth round and most boxers cave in.1 The most important work was being done, not in the ring, but in his armchair. He was fighting the fight in his head.

Ali was a master of intention. He developed a set of mental skills that eventually altered his performance in the ring. Before a fight, Ali used every self- motivational technique out there: affirmation; visualization; mental rehearsal; self- confirmation; and perhaps the most powerful epigram of personal worth ever uttered: ‘I am the greatest’. Ali also made public statements of his intentions. His constant barrage of rhyming couplets and quatrains, seemingly so innocuous, were highly specific intentions in disguise:

Archie Moore
Is sure
To hug the floor 
By the end of four
Now Clay swings with a right 
What a beautiful swing
And the punch knocks the Bear Clear out of the ring.

Before a fight, Ali repeated these little rhymes like a mantra – to the press, to his opponent, and even in the ring – until he himself accepted them as fact.

When they met in Kinshasa, Foreman was seven years younger than Ali and among the most savage fighters in the ring. Just two months earlier, he had left Ken Norton for dead with five blows to the head after only two rounds.

Nevertheless, in the weeks before the fight, when reporters pressed Ali about the two-to-one odds against him, Ali had rewritten the history of the Norton–Foreman fight, which he repeated, virtually verbatim, to every journalist who interviewed him. ‘He’s got a hard-push punch but he can’t hit,’ he would say, punching the air in front of the reporter’s nose. ‘Foreman just pushes people down. He just got slow punches, take a year to get there. You think that’s going to bother me? This is going to

be the greatest upset in the history of boxing.’2

Ali’s intention came to pass in the jungle. He also made masterful use of intention to beat Joe Frazier in the Philippines later that year, in perhaps the most brutal and stunning display of boxing of all time.

This time, he created a voodoo doll. Ali turned his ferocious opponent into a tiny rubber gorilla, which he carried around with him in his top pocket, taking a swipe at it with his right from time to time for the television cameras: ‘It’s gonna be a thrilla and a chilla and a killa when I get the gorilla in Manila.’ By the time Frazier entered the ring, he had been reduced in his own mind to something less than human.

Besides these verbalized intentions, Ali carried out mental intentions by rehearsing every moment of the fight in his head: the fatigue in his legs, the sweat pouring off his body, the pain to his kidneys and bruises on his face, the flash of the photographers, the exultant screams of the crowd, even the moment when the referee lifts his arm in victory against Frazier. He sent an intention to his body to win and his body responded by following orders.

To take intention out of the laboratory, I began to sift through the data from people or groups who were using intention successfully in real life. I wanted to study their techniques, the particular thought processes they underwent when sending intention, and would try to extrapolate from their experiences some tools that all the rest of us could use when sending intention. I was also curious about the extent of their mental reach – just how far people had been able to push their intentions.

The most instructive examples came from sports, not only from the greatest athlete of all time, but also from other elite sportsmen and women. Athletes of all varieties now routinely practise what is variously termed ‘mental rehearsals’, ‘implicit practice’3 or even ‘covert rehearsal’. Focused intention is now deemed essential to alter and improve performance. Swimmers, skaters, weightlifters and football players employ intention to enhance their level of performance and consistency. It is even being used in leisure sports, such as golf and rock climbing.

Any modern coach of a competitive sport routinely offers training in some form of mental rehearsal, and often it is touted as the decisive element separating the elite sportsperson from the second-division player.

National-level soccer players, for instance, are more likely to use imagery than those who remain at the provincial or local levels.4

Virtually all Canadian Olympic athletes use mental imagery.

Psychologist Allan Paivio, professor emeritus of the University of Western Ontario, first proposed that the brain uses ‘dual coding’ to process verbal and non- verbal information simultaneously.5

Mental practice has been shown to work just as well as physical practice for patterns and timing.6

Paivio’s model has been largely adapted to help athletes with motivation or in learning or improving a certain skill set.7

The techniques involved in mental rehearsal have been exhaustively studied and written about in scientific literature and popular publications,8 and their credibility was given a further boost in 1990, when the National Academy of Sciences examined all the scientific studies to date on these methods and declared them effective.9

Athletic mental rehearsal has been incorrectly considered synonymous with

visualization. ‘Visualization’ implies that you observe yourself in the situation, as if watching a mental video featuring yourself or seeing yourself through another pair of eyes. Although this may be useful in other areas of life, visualizing oneself from an external perspective in a sports event can hamper athletic performance. Mental rehearsal also differs from positive thinking; happy thoughts on their own do not work in competitive sports.10

The most successful internal rehearsal involves imagining the sports event from the athlete’s perspective as though he or she is actually competing. It amounts to a mental trial run – Ali imagining his right fist at the moment of impact on Frazier’s left eye.

The athlete envisages the future in minute detail as it is unfolding. Champion athletes forecast and rehearse every aspect of the situation, and the steps they should take to overcome any possible setbacks.

Tracy Caulkin used intention to land a third gold medal in the 1984 Olympics. Caulkin had already broken 5 world records and 63 American records, and at the age of 23 was considered the best American swimmer who had ever lived. All she needed to complete her trophy wall was a few Olympic golds.

At the time, electronic touchpads had just replaced stopwatches. Whereas the watch could only distinguish differences of hundredths of a second, the new electronic technology could distinguish the winning lead within a thousandth of a second – 400 times faster than the blink of an eye. In the Olympics relay swimmers are given two-hundredths of a second of grace to leave their block before their previous team mate hits the touchpad. This kind of fine timing is critical; even a single coat of paint on one side of the pool can make a swimmer’s  lane one- thousandth of a second longer to swim and give another swimmer the leading edge.

During the four-woman 400-metre relay race, Tracy took the lead by diving in one-hundredth of a second before her returning team mate hit the touchpad.

Although all her competitors had a similar level of fitness, Caulkin had one enormous advantage. She already knew every moment of her swim, from the dive and the cool rush of water past her head to the very moment when she would lunge out in front.

Tracy had practiced that hair’s width lead, the precise moment when she would leave the block a hundredth of a second earlier than her opponents, every night inside her head. The conclusion of the Olympic relay had entirely depended upon the specificity of her intention.

The most successful athletes break down their performances into tiny component parts and work on improving specific aspects. For general mastery of their sport, they imagine a flawless performance.11 They concentrate on the most difficult moments and work out good coping strategies – how to stay in control in the face of adversity, such as a pulled muscle or an umpire’s adverse call.

Different intention is employed, depending on whether they are first learning a skill or simply wishing to reinforce and improve their technique. Like Muhammad Ali, elite athletes learn how to block out images representing doubt. If an image of difficulty pops into their heads, they become extremely adept at changing the internal movie, quickly editing the scene to imagine success.12

Winning depends on how specifically you can mentally rehearse. Seasoned athletes use vivid, highly detailed internal images and run-throughs of the entire performance.13

The most important aspect of the intention is to rehearse the victory, which appears to help secure it. Successful competitors rehearse their own feelings, particularly their elation and emotional response to winning: the reactions of their parents, the medals, the post-match celebration and the residual rewards like sponsorships.14

They imagine that the crowd is cheering for their performance alone.

Experienced athletes engage all their senses in their mental rehearsal. They not only have a visual, internal image of the future event, they also hear it, feel it, smell it and taste it – the ambience, the competitors, the sweat of their bodies, the applause.

Of all the sensations, the most vital for athletes appears to be mentally rehearsing the ‘feel’, or kinaesthetic sensations in their bodies.15

The more experienced the athletes, the better they are at imagining the feel of their bodies when engaged in their sport.16

Champion rowers are most successful when they can forecast the ‘feel’ of every part of the race, from the drag on the oar to the strain on their muscles.17

Some athletes find that it helps to study the actual setting where the sporting event is to take place first and then to imagine themselves there. Those who can combine the knowledge of the sports venue with mental rehearsal tend to be more successful than those who simply use mental rehearsal on its own.18

Rocky Bleier, former running back for the Pittsburgh Steelers, used intention to help the Steelers win the Super Bowl. His technique was to saturate his mind wit the details of specific plays. He carried out mental rehearsals in the morning, before the team meal and last thing before drifting off to sleep every day of the two weeks before a game.

He also found it reassuring to run through the entire catalogue of moves one final time just before play. While sitting on the bench, he again rehearsed some 30 runs and 30 passes. No matter what the field threw up to him that day, he was determined to be ready.19

Techniques differ among the various sports. Those mental rehearsals that work best for sports requiring aerobic ability and fast, coordinated movement tended to fail with strength training. Weight lifters are most successful after carrying out a mental intention that galvanizes them to lift an impossibly heavy object.20

Conventional wisdom has it that the best state for performance is a state of relaxation, but as I found with masters of intention, a relaxed state is not necessarily optimum. In a study of karate, using relaxation techniques before carrying out the intentions did not improve performance.21

It was only useful if the participant was nervous and needed to be calmed down in order to perform better.22

Relaxation and hypnosis used with intention have worked to improve aim – say, for basketball shots or accuracy in chipping in golf.23

But as with Davidson’s Buddhists, the most successful athletes manage to work themselves into peak intensity – a state of calm hyperawareness.

But how can simply thinking about a future performance actually affect the day of the event? Some clues come from intriguing brain research with electromyography (EMG). EMG offers a real-time snapshot of the brain’s instructions to the body when and where it tells it to move – by recording every electrical impulse sent from motor neurons to specific muscles to cause a contraction. Ordinarily, EMG offers doctors a useful tool to diagnose neuromuscular disease and to test whether muscles respond appropriately to stimulation.

But EMG has also been employed to solve an interesting scientific conundrum whether the brain differentiates between a thought and an action. Does the thought of an action create the same pattern in neurotransmission as the action itself? This very question was tested by wiring a group of skiers to EMG equipment while they were carrying out mental rehearsals.

As the skiers mentally rehearsed the downhill runs, the electrical impulses heading to their muscles were just the same as those they used to make turns and jumps actually skiing the run.24 The brain sent the same instructions to the body, whether the skiers were simply thinking of a particular movement or actually carrying it out. Thought produced the same mental instructions as action.

Research with EEGs has shown that the electrical activity produced by the brain is identical, whether we are thinking about doing something or actually doing it. In weightlifters, for instance, EEG patterns in the brain that would be activated to produce the actual motor skills are activated while the skill is simply being simulated mentally.25 Just the thought is enough to produce the neural instructions to carry out the physical act.

Based on this research, scientists have posited some interesting theories of how mental rehearsal works. One school of thought proposes that mental rehearsal creates the neural patterns necessary for the real thing. As though the brain were simply another muscle, these rehearsals train the brain to facilitate the moves more easily during the actual performance.26

When an athlete performs, the nerves that signal to the muscles along a particular pathway are stimulated and the chemicals that have been produced remain there for a short period. Any future stimulation along the same pathways is made easier by the residual effects of the earlier connections. We get better at physical tasks because our signalling from intention to action has already been forged. It is not unlike a train track laid down through wild, inhospitable country. Future performances improve because your brain already knows the route and follows the track already laid down. Because the brain does not distinguish between doing something specific and just thinking about doing it, mental rehearsal lays down the tracks just as well as physical practice does. The nerves and muscles create a pathway just as sound as one produced through repeated practice.

Nevertheless, there are a few important differences between mental and physical practice. With physical practice, when you practise too much, you become fatigued, which causes electrical interference and blockage along the tracks. With mental intention, no road blocks ever appear, no matter how much you practise in your head.

The other difference concerns the size of the effect; the neuromuscular pattern laid down with mental practice may be slightly smaller than that of physical practice. Although both types  of practice  create  the  same  muscle  patterns,  the  imagined performances have smaller magnitude.27

To derive any benefit, mental rehearsal must replicate the real thing – at normal speed. Although it might seem logical that a rehearsal would work best in slow motion, with particular attention to specific moves, that is not borne out by research.

When skiers monitored by EMGs imagined their performance in slow motion, they produced a different muscle response pattern from that produced when carrying out the skill at an ordinary pace. In fact, the brain–muscle activity of rehearsing at slow motion is identical to the brain–muscle pattern when the skiing itself is carried out in slow motion.

This accords with what scientists understand about the neural patterns involved in slow motion, compared with those of normal speed. The same task carried out in slow motion produces completely different neuromuscular patterning than when it is done at normal speed.28

There is no such thing as cross-training in mental rehearsal; intention facilitates just the type of athletic event that is being mentally rehearsed and is not transferable to other sports, even those involving similar muscle groups.

This was apparent in a fascinating study involving sprinters. The researchers had divided a group of runners into four groups and asked them to do one of four types of preparation: to imagine themselves in a 40-metre sprint; to engage in power training on a stationary bicycle; to combine imagery and power training; or, as the controls, to do no training in any form.

After six weeks of training the athletes were asked to perform two tests – to cycle their hardest while their effort was recorded on a cycle ergometer, which tests for cycling power, and to run a 40-metre sprint. Both activities require much the same motor ability and leg muscles.

In the cycling test, those groups who had used power training alone showed improvement. However, when it came to the sprint, only the groups who had mentally practised sprinting had significantly improved. Specific imagery enhanced only the specific task that had been imagined. It did not simply build muscles generally. The motor neuron training was highly specific, and only affected the actual performance visualized in the mind.29

Beside improving performance, mental intention can produce actual physiological changes, and not only in athletes’ bodies. Guang Yue, an exercise psychologist at Cleveland Clinic Foundation in Ohio, carried out research comparing participants who went to the gym with those who carried out a virtual workout in their heads.

Those who regularly visited the gym were able to increase their muscle strength by 30 per cent. But even those who remained in their armchairs and ran through a mental rehearsal of the weight training in their minds increased muscle power by almost half as much.

Volunteers between 20 and 35 years old imagined flexing one of their biceps as hard as they could during daily training sessions carried out five times a week. After ensuring that the participants were not doing any actual exercise, including tensing their muscles, the researchers discovered an astonishing 13.5 per cent increase in muscle size and strength after just a few weeks, an advantage that remained for three months after the mental training stopped.30

In 1997, Dr David Smith at Chester College came up with similar results participants who worked out could achieve 30 per cent increases in strength, while those who just imagined themselves doing the training achieved a 16 per cent increase.31

Pure directed thought can give you the burn almost as well as any workout.

Thinking of changing an aspect of the body in other ways can also work – which might prove comforting to anyone who is not happy with his or her body shape.

One study demonstrated that, under hypnosis, women increased the dimensions of their breasts simply by visualizing themselves on the beach with the sun’s rays warming their chests.32

The kinds of vivid visualization techniques used by athletes are also highly effective in treating illness. Patients have boosted treatment of an array of acute and chronic conditions, from coronary artery disease33 and high blood pressure to low- back pain and musculoskeletal diseases,34 including fibromyalgia,35 by using mental pictures or metaphoric representations of their bodies fighting the illness. Visualization has    also improved postsurgical outcomes,36  helped with pain management37 and minimized the side-effects of chemotherapy.38

Indeed, the outcome of a patient’s illness has been predicted by examining the types of visualizations used to combat them. Psychologist Jeanne Achterberg, who healed herself of a rare cancer of the eye through imagery, went on to study a group of cancer patients who were using visualization to fight their own disease. She predicted with 93 per cent accuracy which patients would completely recover and which would get worse or die, simply by examining their visualizations and rating them. Those who were successful had a greater ability to visualize vividly, with powerful imagery and symbols, and could hold a clear visual intention imagining themselves overpowering the cancer and the medical treatment being effective. The successful patients also practiced their visualizations regularly.39

If the brain cannot distinguish between a thought and an action, would the body follow mental instructions of any sort? If I send my body a mental intention to calm down or speed up, will it necessarily listen to me?

Literature about biofeedback and mind–body medicine indicates that it will. In 1961, Neal Miller, a behavioural neuroscientist at Yale University, first proposed that people can be taught to mentally influence their autonomic nervous system and control mechanisms such as blood pressure and bowel movements, much as a child learns to ride a bicycle.

He conducted a series of remarkable conditioning-and-reward experiments on rats. Miller discovered that, if he stimulated the pleasure centre in the brain, his rats could be trained to decrease their heart rate at will, control the rate at which urine filled their kidneys, even create different dilations in the blood vessels of each ear.40 If relatively simple animals like rats could achieve this remarkable level of internal control, Miller figured, couldn’t human beings, with their greater intelligence, regulate more bodily processes?

After these early revelations, many scientists found that information about the autonomic nervous system could be fed back to a person as ‘biofeedback’ to pinpoint where a person should send intention to his body. In the 1960s, John Basmajian, a professor  of  medicine  at  McMaster  University  in  Ontario  and  a  specialist  i rehabilitative science, began training people with spinal-cord injuries to use EMG feedback to regain control over single cells in their spinal cords.41

At roughly the same time, psychologist Elmer Green at the Menninger Institute pioneered a method of biofeedback to treat migraine, after discovering that a migraine patient of his could make her headaches go away whenever she practiced a structured form of relaxation. Green went on to use biofeedback to help patients cure their own migraines, and it is now  an accepted  form of therapy.42  

Biofeedback is  particularly useful  to  treat Raynaud’s disease, a vascular condition in which blood vessels are constricted when exposed to cold, causing extremities to grow cold, pale, and even blue.43

During a biofeedback treatment, a patient is hooked up to a computer. Transducers applied to different parts of his or her body send information to a visual display, which registers activities of the autonomic nervous system, such as brain waves, blood pressure and heart rate, or muscle contractions.

The audio or visual information fed back to the patient depends on the condition; in the case of Raynaud’s, as soon as the arteries to the hands constrict, the machines record a drop in skin temperature, a light bulb flashes or a beeper sounds. The feedback prompts the patient to send an intention to his body to adjust the process in question – in the case of Raynaud’s, the patient sends an intention to warm up his hands.

Since those early days, biofeedback has become well established as a therapy for virtually every chronic condition, from attention deficit hyperactivity disorder (ADHD)  to  menopausal  hot flushes.  Stroke  patients  and  victims  of spinal-cor injuries now use biofeedback to rehabilitate or regain the use of paralysed muscles. It has proved invaluable in eliminating the pain felt in a phantom limb.44 Astronauts have  even used  biofeedback to  cure  motion sickness  while  journeying to  outer space.45

The more conventional view of biofeedback maintains that it has something to do with relaxation – learning to calm down the fight-or-flight responses of our autonomic nervous systems. However, the sheer breadth of control would argue that the mechanism has more to do with the power of intention. Virtually every bodily process measurable on a machine – even a single nerve cell controlling a muscle fibre – appears to be within an individual’s control. Volunteers in studies have achieved total mental mastery over the temperature in their bodies,46 or even the direction of blood flow to the brain.47

Like biofeedback, Autogenic Training, the technique developed by a German psychiatrist named Johannes Schultz to relax the body and slow the breathing and heart rate, also demonstrates that a wide variety of the body’s functions are under our conscious control. Those who practise the technique are able to lower blood pressure, raise temperature in extremities, and slow heartbeat and breathing. Autogenic Training has also been used to treat many chronic conditions besides stress, such as asthma, gastritis and ulcers, high blood pressure and thyroid problems.48 There is even evidence that Autogenic Training can work effectively in groups.49

For a cat, nirvana is the food bowl just around the corner.

Dr Jaak Panksepp professor emeritus of psychology at Bowling Green University, theorizes that this anticipatory joy has to do with the ‘seeking’ mode of the brain – one of the five primitive emotions that humans share with members of the animal kingdom.50

The seeking system helps animals investigate and work out the meaning of their environment. The seeking circuits are fully engaged when an animal is involved in high anticipation, intense interest or insatiable curiosity. As Panksepp was astonished to discover, the most emotionally arresting part for any animal is the hunt, not the catch.51

When animals are curious, the hypothalamus lights up and the ‘feel-good’ neurotransmitter dopamine is produced. Scientists used to believe that the chemical itself caused the pleasure, until it was discovered that the chemical’s true purpose is to arouse a certain neural pathway. What actually feels good is the activation of the seeking portion of the brain.

Forty years ago, Barry Sterman, professor emeritus of the departments o Neurobiology and Biobehavioral Psychiatry at UCLA, accidentally discovered that this anticipatory emotion sent cats into a meditative state; their brains slowed to an EEG rhythm of 8–13 hertz, corresponding to human alpha brain frequencies, moments before they got their reward.52

Eventually, he was able to get the cats to re-create this state at will, not simply when they were awaiting food. It was tantamount to the animals being able to control their own brain waves.

But could a human being do the same?

To test this, Sterman needed to test someone whose brain waves were so out of the ordinary that any change would be apparent immediately. He located a woman troubled by periodic epileptic seizures, which are caused by the brain firing theta brain waves at inappropriate moments. Sterman constructed a biofeedback EEG machine that would flash a red light in the presence of a theta wave and a green light during an alpha state.

After a while, his patient was able to change her state at will and reduce the amount and intensity of her epileptic fits. Sterman spent the next 10 years of his life studying epileptics and training them to reduce their own fits.53

In the 1980s, two American psychologists, Eugene Peniston and Paul Kulkosky made use of Sterman’s findings to reform alcoholics. With their brain-wave biofeedback, alcoholic patients concentrated on damping down high beta brain waves, which tend to be predominant during moments of craving and dependency, and increasing the alpha and theta wave frequencies, which help one to relax and establish greater brain-wave coherence.

Some 80 per cent of the alcoholics were able to control their cravings and stay off alcohol. The training also seemed to affect their blood chemistry, increasing their levels of beta-endorphin, another ‘feel-good’ brain chemical. Biofeedback, combined with work on their self-image, eventually eliminated much of their dysfunctional behaviour and transformed them into better people.54

Joe Kamiya, a psychologist at the University of Chicago, demonstrated the amazing  specificity  of  brain-wave  biofeedback  through  some  remarkable  brain research. He attached EEG electrodes to the rear sides of the scalps of several volunteers,  over the portion of the  brain  where  alpha  brain  waves  are  most prominent. At the sound of a tone, his participants had to guess whether their brains waves were predominantly   alpha.   After   comparing their answers with the information recorded on the EEG machines, Kamiya let them know whether the were right or wrong. By the second day, one of his participants was able to guess correctly two-thirds of the time, and two days after that, virtually all the time. A second participant discovered a means of putting himself into a particular brain- wave state on cue.55

EEG biofeedback has now developed into a sophisticated means of controlling the range and type of frequencies emitted by the brain. It works particularly well with trauma patients suffering from depression,56 helps students concentrate, and enhances creativity and focus. It may well be that intention can be used to control the brain, brain wave by brain wave.

Hypnosis is also a type of intention – an instruction to the brain during an altered state. Hypnotists continually demonstrate that the brain or body is susceptible to the power of directed thought.

One dramatic example of the power of mental suggestion concerned a small group of people with a mysterious congenital illness called ichthyosiform erythroderma, known disparagingly as fish-skin disease because unsightly fish-like scales cover most of the body. In one study, five patients were hypnotized and told to focus on a part of their body and visualize the skin becoming normal. Within just a few weeks, 80 per cent of each patient’s body had completely healed. The skin remained smooth and clear.57

Through hypnotic intention, spinal-surgery patients about to undergo their operations have reduced blood loss by nearly half, simply by directing their blood supply away from the site of the surgery.58

Pregnant women have been able to turn their babies from breech positions, burn victims have sped up their healing; and people suffering haemorrhages in the gastrointestinal tract have willed their bleeding to stop.59

Clearly, during an altered state, roughly corresponding to the hyperalert state of intense meditation, conscious thought can convince the body to endure pain, cure many serious diseases and change virtually any condition.

Surgeon Dr Angel Escudero of Valencia, Spain, has carried out more than 900 cases of complex surgery without anaesthesia. BBC cameras were invited into his operating room and captured on film a woman who was having such an operation without anaesthetic. All she had to do was keep her mouth full of saliva and keep repeating to herself, ‘My leg is anaesthetized.’ An affirmation like hers is another form of intention. A dry mouth is one of the mind’s first warning signals of danger. When the mouth is kept lubricated, the brain relaxes, assumes all is well, and turns off its pain receptors, assured that anaesthetics had been given.60

A fascinating study by David Spiegel, a professor of psychiatry and behavioural sciences at Stanford University, offers a glimpse of what happens to the brain when an intention is given under hypnosis.

His participants were shown a coloured grid painting, similar to a Mondrian, and were asked to imagine the colour draining from the picture, leaving only black and white. Through the use of positron emission tomography (PET) scans, which record physical activity in the brain, Spiegel showed that blood flow and activity were noticeably diminishing in the part of the brain dealing with the perception of colour, while the areas that process black, white and grey images were being stimulated.

When the experiment was reversed, and the participants in the study were asked to imagine grey images turning into colour, the opposite changes in brain-perception patterns resulted.61

This illustrated another instance in which the brain was the maidservant of thoughts. The brain’s visual cortex, the area responsible for processing images, could not distinguish between a real image and an imagined one. The mental instructions were more important than the actual visual image.

The placebo effect has shown that beliefs are powerful, even when the belief is false. The placebo is a form of intention – an instance of intention trickery. When a doctor gives a patient a placebo, or sugar pill, he or she is counting on the patient’s belief that the drug will work.

It is well documented that belief in a placebo will create the same physiological effects as that of an active agent – so much so that it causes the pharmaceutical industry enormous difficulty when designing drug trials. So many patients receive the same relief and even the same side effects with a placebo as with the drug itself that a placebo is not a true control.

Our bodies do not distinguish between a chemical process and the thought of a chemical process. Indeed, a recent analysis of 46,000 heart patients, half of whom were taking a placebo, made the astonishing discovery that patients taking a placebo fared as well as those on the heart drug. The only factor determining survival seemed to be belief that the therapy will work and a willingness to follow it religiously.

Those who stuck to doctor’s orders to take their drug three times a day fared equally well whether they were taking a drug or just a sugar pill. Patients who tended not to survive were those who had been lax with their regime, regardless of whether they had been given a placebo or an actual drug.62

The power of the placebo was best illustrated by a group of patients treated for Parkinson’s  disease,  a  motor  system disorder  in  which  the  body’s  system for releasing  the  brain  chemical   dopamine   is   faulty.   The standard treatment  for Parkinson’s is a synthetic form of dopamine.

In a study at the University of British Columbia, a team of doctors demonstrated with PET scanning that, when patients given placebos were told they had received dopamine, their brains substantially increased  the  release  of their own stores of the chemical.63  

In another dramatic instance,  at  Methodist  Hospital  in Houston,  Dr  Bruce  Moseley,  a  specialist in orthopaedics,  recruited  150  patients  with severe  osteoarthritis  of the  knee  and divided them into three groups. Two-thirds were either given arthroscopic lavage (which washes out degenerative tissue and debris with the aid of a little viewing tube) or another form of debridement (which sucks it out with a tiny vacuum cleaner).

The third group were given a sham operation: the patients were surgically prepared, placed under anaesthesia and wheeled into the operating room. Incisions were made in their knees, but no procedure carried out.

Over the next two years, during which time none of the patients knew who had received the real operations and who had received the placebo treatment, all three groups reported moderate improvements in pain and function. In fact, the placebo group reported better results than some who had received the actual operation.64 The mental expectation of healing was enough to marshal the body’s healing mechanisms. The intention, brought about by the expectation of a successful operation, produced the physical change.

Extreme instances of intention and expectation can also manifest physically. The phenomenon of stigmata, in which religious fervour produces blood, bruising or wounds on people’s hands, feet and sides that mirror the wounds of Christ during his crucifixion, are a form of intention.

The Association for the Scientific Study o Anomalous Phenomena has recorded at least 350 such instances of stigmata resulting from identification with Christ. Saybrook University psychologist Stanley Krippne and his colleagues witnessed this first hand with Brazilian sensitive Amyr Amiden.

As soon as their talk turned to Jesus Christ, red spots and drops of blood appeared on the backs of each of Amiden’s hands and on his palms and forehead.65 A similar situation occurred during the three weeks before Easter Sunday with a young African- American Baptist girl, who had been profoundly moved by a television movie about the crucifixion and was preoccupied with Christ’s suffering.

She manifested bleeding on the palm of her left hand two to six times a day.66 Krippner knew of three Anglicans who regularly evidenced stigmata.67

Cases of spontaneous cures are an instance of an extreme intention that reverses almost certain death. A person with what is considered a terminal illness defies the textbook description of his disease progression and the prognoses of his doctors and beats it virtually overnight, without the aid of the tools of modern medicine.

The Institute of Noetic Sciences has gathered together all scientifically recorded cases of so-called miracle cures.68 Although the received wisdom is that these cases are rare, a scan of the medical literature is instructive. One in eight skin cancers spontaneously heal, as do nearly one in five of genitourinary cancers.

Virtually all types of illnesses, including diabetes, Addison’s disease and atherosclerosis, where vital organs or body parts are supposedly irretrievably damaged, have spontaneously healed.69 A small body of research concerns terminal cancer patients, who with little or no medical intervention, end up beating the odds.

Although these cases are labelled instances of ‘spontaneous remission’, as though the illness has suddenly decided to go into hiding but might suddenly spring out at any moment, in many instances they represent another example of the body’s ability to self-correct through the power of intention. Case after case of spontaneous remission describes people up against a major road block in their lives: unremitting stress, unresolved trauma, prolonged hostility, marked isolation, profound dissatisfaction or quiet despair.70  They often describe people who have lost their role as the central protagonist in their own life drama.71

Many cases of spontaneous remission seem to occur after someone makes a massive psychological shift, and recreates a life that is engaging and purposeful. In these instances, the patient gets rid of the source of the psychological heartache72 and takes full responsibility for his illness and treatment.73

Some people, this would suggest, get ill because they lose all hope of life ever being good – because they are thinking the wrong thoughts. These cases of spontaneous remission suggested to me that casual thoughts that run through our minds every day together become our life’s intention.

We can use intention to gain control over virtually any bodily process and perhaps even life-threatening illnesses. But can our thoughts about others be as potent as our thoughts about ourselves?

Psychologist William Braud is one of the few scientists who has examined this question. He gathered a group of volunteers and asked them to carry out biofeedback on themselves.

After pairing off the group, he attached one member of each pair to the biofeedback equipment, but asked the other partner to respond to the readings and carry out the sending of mental instructions. According to Braud’s evidence, the results were equivalent to those that occurred when the patients on the equipment used biofeedback on themselves. Somebody else’s good intentions for you may be as powerful as your own.74

Braud’s other studies also suggested that we can most influence others to become more ‘ordered’ when we ourselves are ordered. For instance, in his studies, calm people were the most successful at sending mental influence to calm down highly nervous people, and focused people the best at helping distracted people focus.75

Braud’s work also suggests that the greatest effects occur when the person most needs help.76

Scientific evidence also reveals that we can affect virtually any other living thing as well. The enormous body of research on healing gathered by Dr Daniel Benor shows that thoughts can have powerful effects on a variety of plants, seeds, single-celled organisms such as bacteria and yeast, and insects and other small animals.77

Most recently, a series of double-blind experiments carried out over two years by Dr Serena Roney-Dougal in Somerset showed that lettuce seeds that wer sent intention yielded 10 per cent more crops with significantly less fungal disease than those grown conventionally.78

The evidence convinced me that we can improve our health, enhance our performance in every area of our lives, and possibly even affect the  future  by consciously using intention. The intention should be a highly specific aim or goal, which you should visualize in your mind’s eye as having already occurred while you are in a state of concentrated focus and hyperawareness. When you imagine this future event, hold a mental picture of it as if it were occurring to you at that moment. Engage all five senses to visualize it in detail. The centrepiece of this mental picture should be the moment you achieve the goal.

A doctor might improve the survival rate of his patients by never giving a negative diagnosis.79 A surgeon could improve his patients’ recovery by mentally rehearsing the surgery before heading into the operating theatre. Indeed, we might no longer need drugs, but simply good intentions.

Since intention has been shown to affect the chemistry in our bodies, we should be able to speed up, slow down or improve any physiological processes. We might develop many more breakthrough medicines by mentally targeting their effectiveness and minimizing their side effects.

We could raise the quality of our daily endeavours just by carrying out a detailed mental rehearsal. At home, we might be able to send intentions to our children to perform better at school or be more loving to their friends. Human intention might be powerful enough to affect every element of our lives.

All of these possibilities suggest that we have an awesome level of responsibility when generating our thoughts. Each of us is a potential Frankenstein, with an extraordinary power to affect the living world around us. How many of us, after all, are sending out mostly positive thoughts?

Notes – Chapter 9: Mental Blueprints

  1. All description of Ali’s fighting techniques from N. Mailer, The Fight, London and New York: Penguin, 2000.
  2. Ibid.
  3. A. Richardson, ‘Mental practice: A review and discussion, Part I’, Research Quarterly, 1967; 38: 95–107; A. Richardson, ‘Mental practice: A review and discussion. Part II’, Research Quarterly, 1967; 38: 264–73
  4. A. Paivio, Mental Representations: A Dual Coding Approach, New York and London: Oxford University Press, 1986.
  5. B. S. Rushall and L. G. Lippman, ‘The role of imagery in physica performance’, International Journal for Sport Psychology, 1997; 29: 57–72.
  6. A. Paivio, ‘Cognitive and motivational functions of imagery in human performance’, Canadian Journal of Applied Sport Sciences, 1985; 10 (4): 22S–28S.
  7. K. E. Hinshaw, ‘The effects of mental practice on motor skill performance: Critical evaluation and meta-analysis’, Imagination, Cognition and Personality, 1991–2; 11: 3–35.
  8. J. A. Swets and R. A. Bjork, ‘Enhancing human performance: An evaluationof “New Age” techniques considered by the U. S. Army’, Psychological Science, 1990; 1: 85–96; D. L. Feltz et al., ‘A revised meta-analysis of the mental practice literature on motor skill learning’, in D. Druckman and J. A Swets (eds.), Enhancing Human Performance: Issues, Theories, and Techniques, Washington, DC: National Academy Press, 1988: 274.
  9. R. J. Rotella et al., ‘Cognitions and coping strategies of elite skiers: a exploratory study   of  young   developing   athletes’, Journal   of  Sport Psychology, 1980; 2: 350–4.
  10. R. S. Burhans et al., ‘Mental imagery training: effects on running speed performance’, International Journal of Sport Psychology, 1988; 19: 26–37.
  11. B. S. Rushall, ‘Covert modeling as a procedure for altering an elite athlete’s psychological state’, Sport Psychologist, 1988; 2: 131–40; B. S. Rushall ‘The restoration of performance capacity by cognitive restructuring and covert positive reinforcement in an elite athlete’, in J. R. Cautela and A. J Kearney (eds.), Covert Conditioning Casebook. Boston, Mass.: Thomson Brooks/Cole, 1993.
  12. M. Denis, ‘Visual imagery and the use of mental practice in the development of motor skills’, Canadian Journal of Applied Sport Sciences, 1985; 10: 4S– 16S.
  13. Paivio, ‘Cognitive and motivational functions of imagery’, op. cit.
  14. J. R. Cautela and A. J. Kearney (eds.),Covert Conditioning Casebook. Boston, Mass.: Thomson Brooks/Cole, 1993: 30–1.
  15. B. Mumford and C. Hall, ‘The effects of internal and external imagery o performing figures in figure skating’, Canadian Journal of Applied Spor Sciences, 1985; 10: 171–7.
  16. K. Barr and C. Hall, ‘The use of imagery by rowers’,International Journal of Sport Psychology, 1992; 23: 243–61.
  17. S. C. Minas, ‘Mental practice of a complex perceptual-motor skill’,Journal of Human Movement Studies, 1978; 4: 102–7.
  18. R. Bleier, Fighting Back, New York: Stein and Day, 1975.
  19. R.  L.  Wilkes and  J.  J.  Summers, ‘Cognitions, mediating variables  an strength performance’, Journal of Sport Psychology, 1984; 6: 351–9.
  20. R.   S.   Weinberg  et  al.,   ‘Effects   of  visuo-motor behavior                      rehearsal, relaxation, and imagery on karate performance’, Journal of Sport Psychology, 1981; 3: 228–38.
  21. Cautela and Kearney, Covert Conditioning, op. cit.
  22. J. Pates et al., ‘The effects of hypnosis on flow states and three-poin shooting in basketball players’, The Sport Psychologist, 2002; 16: 34–47; J. Pates and I. Maynard, ‘Effects of hypnosis on flow states and gol performance’, Perceptual and Motor Skills, 2000; 9: 1057–75.
  23. R. M. Suinn, ‘Imagery rehearsal applications to performance enhancement’ The Behavior Therapist, 1985; 8: 155–9.
  24. L. Baroga, ‘Influence on the sporting result of the concentration of attention process and time taken in the case of weight lifters’, in Proceedings of the 3rd World Congress of the International Society of Sports Psychology, Volume 3. Madrid, Spain: Instituto Nacional de Educacion Fisica Y Deportes, 1973.
  25. A. Fujita, ‘An experimental study on the theoretical basis of mental training’, in Proceedings of the 3rd World Congress of the International Society of Sports Psychology, Volume Abstracts. Madrid, Spain: Instituto Nacional de Educacion Fisica Y Deportes, 1973: 37–8.
  26. Ibid.
  27. Rushall and Lippman, ‘The role of imagery in physical performance’, op cit.
  28. G. H. Van Gyn et al., ‘Imagery as a method of enhancing transfer from training to performance’, Journal of Sport and Exercise Science, 1990; 12: 366–75.
  29. G. H. Yue and K. J. Cole, ‘Strength increases from the motor program Comparison of training with maximal voluntary and imagined muscle contractions’, Journal of Neurophysiology, 1992; 67: 114–23; V. K. Ranganathan et al., ‘Increasing muscle strength by training the central nervous system without physical exercise’, Society for Neuroscience Abstracts, 2001; 31: 17; V. K. Ranganathan et al., ‘Level of mental effort determines training-induced strength increases’, Society of Neuroscience Abstracts, 2002; 32: 768; P. Cohen, ‘Mental gymnastics’, New Scientist, November 24, 2001; 172 (2318): 17.
  30. D. Smith et al., ‘The effect of mental practice on muscle strength and EMG activity’, Proceedings  of    British  Psychological Society   annual conference, 1998; 6 (2): 116.
  31. T. X. Barber, ‘Changing “unchangeable” bodily processes by (hypnotic) suggestions: A new look at hypnosis, cognitions, imagining and the mind- body problem’, in A. A. Sheikh (ed.), Imagination and Healing, Farmingdale, NY: Baywood Publishing Co., 1984. Also published in Advances, Spring 1984.
  32. F. M. Luskin et al., ‘A review of mind-body therapies in the treatment of cardiovascular disease, Part 1: Implications for the elderly’, Alternative Therapies in Health and Medicine, 1998; 4 (3): 46–61.
  33. F. M. Luskin et al., ‘A review of mind/body therapies in the treatment of musculoskeletal disorders with implications for the elderly’, Alternative Therapies in Health and Medicine. 2000; 6 (2): 46–56.
  34. V.   A.   Hadhazy   et   al.,   ‘Mind-body   therapies    for the  treatment   of fibromyalgia. A systematic review’, Journal of Rheumatology, 2000; 27 (12): 2911–18.
  35. J. A. Astin et al., ‘Mind-body medicine: State of the science: Implications for practice’, Journal of the American Board of Family Practitioners, 2003; 16 (2): 131–47.
  36. J. A. Astin, ‘Mind-body therapies for the management of pain’, Clinical Journal of Pain, 2004; 20 (1): 27–32.
  37. L.  S.  Eller,  ‘Guided  imagery interventions  for  symptom management’ Annual Review of Nursing Research, 1999; 17, 57–84.
  38. J. Achterberg and G. F. Lawlis, Bridges of the Bodymind: Behavioral Approaches for Health Care, Champaign, Ill.: Institute for Personality and Ability Testing, 1980.
  39. N. E. Miller and L. DiCara, ‘Instrumental learning of heart rate changes i curarized rats: Shaping and specificity to discriminative stimulus’, Journal of Comparative and Physiological Psychology, 1967; 63: 12–19; N. E. Miller, ‘Learning of visceral and glandular responses’, Science, 1969; 163: 434–45.
  40. J.    V.    Basmajian, Muscles    Alive:  Their Functions  Revealed     b Electromyography. Baltimore, Md.: Williams and Wilkins, 1967.
  41. E. Green, ‘Feedback technique for deep relaxation’, Psychophysiology, 1969; 6 (3): 371–7; E. Green et al., ‘Self-regulation of internal states’, in J Rose (ed.), Progress of Cybernetics: Proceedings of the First International Congress of Cybernetics, London, September 1969. London: Gordon and Breach Science Publishers, 1970: 1299–318; E. Green et al., ‘Voluntary control of internal states: Psychological and physiological’, Journal of Transpersonal Psychology, 1970; 2: 1–26; D. Satinsky, ‘Biofeedback treatment for headache: A two-year follow-up study’, American Journal of Clinical Biofeedback, 1981; 4 (1): 62–5; B. V. Silver et al., ‘Temperature biofeedback and relaxation training in the treatment of migraine headaches: One-year follow-up’, Biofeedback and Self Regulation, 1979; 4 (4): 359–66.
  42. B.   M.  Kappes,   ‘Sequence   effects   of  relaxation  training,   EMG, an temperature biofeedback on anxiety, symptom report, and self-concept’, Journal of Clinical Psychology, 1983; 39 (2): 203–8; G. Rose et al., ‘The behavioral treatment of Raynaud’s disease: A review’, Biofeedback and Self Regulation, 1987; 12 (4): 257–72.
  43. W.   T.   Tsushima,  ‘Treatment  of  phantom  limb  pain  with  EMG    and temperature biofeedback: A case study’, American Journal of Clinical Biofeedback, 1982; 5 (2): 150–3.
  44. T. G. Dobie, ‘A comparison of two methods of training resistance to visually-induced motion sickness.’ Paper presented at VII International Ma in Space Symposium: Physiologic adaptation of man in space, Houston Texas, 1986. Aviation, Space, and Environmental Medicine, 1987; 58 (9) Sect. 2: 34–41.
  45. A. Ikemi et al., ‘Thermographical analysis of the warmth of the hands during the practice of self-regulation method’, Psychotherapy and Psychosomatics, 1988; 50 (1): 22–8.
  46. J. L. Claghorn, ‘Directional effects of skin temperature self-regulation o regional cerebral blood flow in normal subjects and migraine patients’, American Journal of Psychiatry, 1981; 138 (9): 1182–7.
  47. M. Davis et al., The Relaxation and Stress Reduction Workbook, 5th edn, Oakland, Calif.: New Harbinge, 2000: 83–90.
  48. J. K. Lashley et al., ‘An empirical account of temperature biofeedbac applied in groups’, Psychological Reports, 1987; 60 (2): 379–88; S. Fahrion et al., ‘Biobehavioral treatment of essential hypertension: A group outcome study’, Biofeedback and Self Regulation, 1986; 11 (4): 257–77.
  49. J. Panksepp, ‘The anatomy of emotions’, in R. Plutchik (ed.),Emotion: Theory, Research and Experience Vol. III. Biological Foundations o Emotions, New York: Academic Press, 1986: 91–124.
  50. J. Panksepp, ‘The neurobiology of emotions: Of animal brains and huma feelings’, in T. Manstead and H. Wagner (eds.), Handbook of Psychophysiology, Chichester: John Wiley & Sons, 1989: 5–26.
  51. C. D. Clemente et al., ‘Postreinforcement EEG synchronization durin alimentary behavior’, Electroencephalography and Clinical Neurophysiology, 1964; 16: 335–65; M. H. Chase et al., ‘Afferent vaga stimulation: Neurographic correlates of induced EEG synchronization and desynchronization’, Brain Research, 1967; 5: 236–49.
  52. M. B. Sterman, ‘Neurophysiological and clinical studies of sensorimoto EEG       biofeedback   training: Some effects  on   epilepsy’,Seminars in Psychiatry, 1973; 5 (4): 507–25; M. B. Sterman, ‘Neurophysiological and clinical studies of sensorimotor EEG biofeedback training: Some effects on epilepsy’, in L. Birk (ed.), Biofeedback: Behavioral Medicine. New York: Grune and Stratton, 1973: 147–65; M. B. Sterman, ‘Epilepsy and its treatment with EEG feedback therapy’, Annals of Behavioral Medicine, 1986; 8: 21–5; M. B. Sterman, ‘The challenge of EEG biofeedback in the treatment o epilepsy: A view from the trenches’, Biofeedback, 1997; 25 (1): 6–7; M. B. Sterman, ‘Basic concepts and clinical findings in the treatment of seizure disorders with EEG operant  conditioning’, Clinical Electroencephalography, 2000; 31 (1): 45–55.
  53. E. Peniston and P. J. Kulkosky, ‘Alpha-theta brainwave training and beta- endorphin levels in alcoholics’, Alcoholism: Clinical and Experimental Research, 1989; 13: 271–9; E. Peniston and P. J. Kulkosky, ‘Alcoholic personality and alpha-theta brainwave training’, Medical Psychotherapy, 1990; 3: 37–55.
  54. J. Kamiya, ‘Operant control of the EEG alpha rhythm’, in C. Tart (ed.) Altered States of Consciousness, New York: John Wiley & Sons, 1969, J. Kamiya, ‘Conscious control of brain waves’, Psychology Today, April 1968: 7.
  55. N. E. Schoenberger et al., ‘Flexyx neurotherapy system in the treatment o traumatic brain injury: An initial evaluation’, Journal of Head Trauma Rehabilitation, 2001; 16 (3): 260–74.
  56. C. B. Kidd, ‘Congenital ichthyosiform erythroderma treated by hypnosis’ British  Journal  of  Dermatology,  1966;  78:  101–5,  as  cited  in  Barber, ‘Changing “unchangeable” bodily processes’, op. cit.
  57. H. Bennett, ‘Behavioral anesthesia’, Advances, 1985; 2 (4): 11–21, as reported in H. Dienstfrey, ‘Mind and mindlessness in mind-body research’, in M. Schlitz et al., Consciousness and Healing: Integral Approaches to Mind Body Healing, St Louis, Mo.: Elsevier Churchill Livingstone, 2005: 56.
  58. H. Dienstfrey, ‘Mind and mindlessnes’, op cit.: 51–60.
  59. Dr Angel Escudero was featured on the BBC’sYour Life in Their Hands series, May 1991. In the film, Escudero made incisions, sawed, drilled and hammered in order to break and reset the deformed leg of his fully conscious patient using his ‘Noesitherapy’ technique of pain control.
  60. S. M. Kosslyn et al., ‘Hypnotic visual illusion alters color processing in the br ai n’ , American Journal of Psychiatry, 2000; 157: 1279–84; Mark Henderson, ‘Hypnosis really does turn black into  white’, The Times, 18 February 2002.
  61. S. H. Simpson et al., ‘A meta-analysis of the association between adherence to drug therapy and mortality’, British Medical Journal, 2006; 333: 15–19.
  62. Raúl de la Fuente-Fernández et al., ‘Expectation and dopamine release Mechanism of the placebo effect in Parkinson’s disease’, Science, 2001; 293 (5532): 1164–6.
  63. J. B. Moseley et al., ‘A controlled trial of arthroscopic surgery for osteoarthritis of the knee’, New England Journal of Medicine, 2002; 347: 81–8.
  64. S. Krippner, ‘Stigmatic phenomenon: An alleged case in Brazil’, Journal of Scientific Exploration, 2002; 16 (2): 207–24.
  65. L. F. Early and J. E. Kifschutz, ‘A case of stigmata’, Archives of General Psychiatry, 1974; 30: 197–200.
  66. T. Harrison, Stigmatia: A Medieval Mystery in a Modern Age, New York: St Martin’s Press, 1994, as referenced in S. Krippner, ‘Stigmatic phenomenon’, op. cit.
  67. B. O’Regan and Caryle Hirshberg,Spontaneous Remission: An Annotated Bibliography, Petaluma, Calif.: Institute of Noetic Sciences, 1993.
  68. Ibid.
  69. L. L. LeShan and M. L. Gassmann, ‘Some observations on psychotherap with patients with neoplastic disease’, American Journal of Psychotherapy, 1958; 12: 723.
  70. D.  C.  Ban  Baalen  et  al.,  ‘Psychosocial  correlates  of  “spontaneous regression of cancer’, Humane Medicine, April 1987.
  71. R. T. D. Oliver, ‘Surveillance as a possible option for management of metastic renal cell carcinoma’, Seminars in Urology, 1989; 7: 149–52.
  72. P. C. Raud, ‘Psychospiritual dimensions of extraordinary survival’, Journal of Humanistic Psychology, 1989; 29: 59–83.
  73. McTaggart, The Field, op. cit.: 132.
  74. W. Braud and M. Schlitz, ‘Psychokinetic influence on electrodermal activity’, Journal of Parapsychology, 1983; 47 (2): 95–119.
  75. Interview with William Braud, October, 1999.
  76. Benor, Healing Research, op. cit.
  77. S. M. Roney-Dougal and J. Solfvin, ‘Field study of an enhancement effect o lettuce seeds – Replication study’, Journal of Parapsychology, 2003; 67 (2): 279–98.
  78. Dr Larry Dossey calls negative diagnoses ‘medical hexing’, and there is anecdotal evidence that patients often live up to their doctor’s gloomy prognosis, even when there is no physical evidence that they should do so. For a potent example see the story of a leukaemia patient who was thriving until he happened to find out what he had. He was dead within a week once his illness had the label of a potentially terminal illness: L. McTaggart, What Doctors Don’t Tell You, London: HarperCollins, 2005: 343.

CHAPTER TEN

The Voodoo Effect

DICK BLASBAND WAS DRAWN TO THE IDEA that there might be a way amplify and direct life energy, like holding up a magnifying glass to focus the rays of the sun.

Blasband, a psychologist, was intrigued by the theories of Wilhelm Reich, the Austrian psychiatrist and one-time protégé of Sigmund Freud, who thought it possible to trap ‘orgone’ – the name he gave to what he believed to be omnipresent cosmic energy – in an orgone energy ‘accumulator’. An accumulator, a box-like enclosure of any size, could be made of alternating layers of any metal and non- metallic materials, such as cotton cloth or felt.

Reich believed that atmospheric energy would be first attracted, then instantly repelled by the metal and eventually absorbed by the non-metallic substance. Because the enclosure was layered, orgone energy would continuously flow between the atmosphere and the box, like a current of air, and so constantly ‘accumulate’. Reich had early encouraging results with animals and plants placed in the boxes, which lay the basis for his later claims that accumulated energy had an immense capacity to heal.

It occurred to Blasband that Reich’s ideas about energy fields were not dissimilar to those of his colleague Fritz-Albert Popp and his work on biophotons Perhaps the best means of testing an accumulator was to measure its effect on the emission of these tiny specks of light from a living thing.

In August 1993, Blasband travelled to Popp’s International Institute, then in Kaiserslautern, Germany. He and Popp created a variety of orgone accumulators then chose a number of plants in Popp’s laboratory – cress seeds, cress seedlings and Acetabularia crenulata, a primitive form of marine algae – to be the experimental population. Popp’s photomultipliers would count the light emissions of all the plants inside and outside the orgone boxes and record any differences.

Blasband carried out four experiments – placing the algae in the accumulator first for one hour, and then continuously for two weeks – with no result. Popp’s equipment recorded not the slightest alteration in the light emissions. Blasband wondered if this was because the plants were already so healthy that the boxes could not improve their state of health. Perhaps he would see a larger change in a subject that needed help or improvement. He and Popp decided to try making the Acetabularia ‘ill’ by depriving it of most of its vitamin supply for 24 hours before treatment. It appeared to make no difference. The plants’ biophotons didn’t change. No amount of exposure to an accumulator of any variety seemed to make one bit of difference to the health or well-being of any of the plants.

Blasband and Popp then decided to test whether a mental intention could boost the action of the accumulators. In his new series of experiments, Blasband sent an intention for the energy within the accumulator to be beneficial to certain seedlings and harmful to others. These results were disappointing, too. There was only one significant difference in the number or quality of biophoton emissions before and after treatment of any of the plants: the only effective intention appeared to be the one he had sent to stunt their growth.1 In both experiments, negative intention was more powerful than positive intention. Thoughts to harm had the greatest effect.

Blasband’s little study highlights perhaps the most disturbing consideration of all about intention: that bad thoughts, as well as good ones, can have an effect on the world, and indeed may be the more powerful of the two. After all, in many native cultures, prayer and intention have a shadow component in hexes, voodoo and curses, which are reported to be highly effective forms of negative intention.

Many healers routinely use a negative means to a positive end.

As Dr Larry Dossey, author of Be Careful What You Pray For 2 has noted, negative intention is the very foundation of most healing. Healing from an infectious agent or a rogue cell line such as cancer requires intent to harm.3 It works from a desire to kill something: to inhibit bacterial enzymes, alter cell membrane permeability, or interfere with the nutrition given to the cell or the synthesis of DNA.4 In order for the patient to get better, the offending agent has to die.

Many pioneers of mind–body medicine in the treatment of cancer, such as Dr Bernie Siegel, Dr Carl Simonton, and Australian psychiatrist Ainslie Meares encouraged their patients to use vivid forms of mental imagery – a metaphoric representation of their illness – to enhance their healing.5 The majority of the cancer patients who first made use of visualization techniques imagined a battlefield, on which good (the patient) is pitted against evil (the cancer), with the cancer patient possessing the larger weapon.

Some patients imagined their white blood cells as an army killing the cancer cells or a ‘tap’ containing the blood that feeds the cancer cells, which they can turn off. Some patients visualized themselves as participating in a violent video game. When Simonton first introduced this technique to his patients in the 1970s, Pac-Man was the most popular video game of the time. He encouraged his patients to imagine a little Pac-Man inside their bodies, gobbling up cancer cells in its path. But whatever the particulars of the imagery, the intention itself needed to be murderous; the patient had to want to annihilate the enemy.

Research on negative mental influence presents a number of obstacles to scientists. One basic problem, as Cleve Backster found in his research, is finding a living thing that no one objects to having killed. Many choose to study the most basic life forms, such as paramecia or fungi, or to experiment with seeds or small plants.6

Another problem is avoiding an unintended ‘spray’ effect: what if a healer’s aim is slightly off one day and the negative intent gets sent to the host instead?

The Canadian healer Olga Worrell refused to carry out negative intention on infectious diseases for exactly that reason. She worried that her negative intent might move beyond the bacteria and accidentally target the person she was trying to heal.7

One of the earliest experiments using negative intention was conducted by Jean Barry, president of the Institut Métapsychique International, who studied bacteria and fungi. As insignificant as these lowly organisms appear, Barry, a general practitioner, understood their pivotal role in maintaining health and causing illness. If it could be shown that intention has the power to eliminate these small organisms, humans might be able to exert greater control over their own health.

Barry decided to test the effect of negative intention on a fungus called Rhizoctonia solani. Rhizoctonia, a thready filament and a distant relative of the common mushroom, is an enemy to 500 types of crops. Farmers call it pod rot or root rot, as it commonly attacks the pods and roots, stunting growth and eventually consuming the plant. No one would object to a means of controlling this garden menace.

Barry set up a batch of experimental Petri dishes and matched them with a set of controls of the identical type of fungus growing in the same conditions. He enlisted ten volunteers and assigned five experimental Petri dishes and five controls to each person. At the appointed time, each volunteer was asked to send intentions to slow the growth of the fungi in the experimental Petri dishes. After the experiment, the lab assistant measured the growth of each sample of Rhizoctonia by outlining its boundary on tracing paper. Of the 195 dishes involved in the negative intention, 151, or 77 per cent, were smaller than the average size of the controls.8

Barry’s study was successfully replicated by researchers from the University of Tennessee, although their study also tested the effect of remote influence; this time, the volunteers sending the intention were 15 miles away from the fungus samples.9

Similar research was conducted by Carroll Nash, the director of the parapsychology department at St Joseph’s University in Philadelphia, but on Escherichia coli, microbes with a direct impact on human beings. Millions of these bacteria, which help to digest food and keep hostile bacteria at bay, peacefully reside in the gut. E. coli also metabolizes lactose, the enzyme present in milk. Yet, as with many microbes, E. coli can suddenly turn unfriendly by migrating out of the digestive tract or mutating into a virulent form that causes illness. Many toxic strains are also present in food. E. coli represented an interesting choice for Nash. If humans could control its growth, they might avoid serious E. coli infections and improve their general digestive health.

Nash decided to test whether mental influence could affect the mutation rates of coli bacteria. Usually, an E. coli population starts life unable to ferment lactose (and so is ‘lactose-negative’), but after it mutates, over numerous generations, the new population can do so (at which point it become ‘lactose-positive’). This process ordinarily occurs at a predictable rate. Nash wanted to see whether his volunteers could slow it down or speed it up. To work out the growth rates of these tiny organisms, Nash employed an electrophotometer, which counts the microbes by measuring the slightest differences in the density of the media in which they are suspended.

Each of his 60 student participants received nine test-tubes containing both lactose-negative and lactose-positive strains of E. coli culture. The students were asked to mentally encourage the transformation of the unmutated bacteria in the first three test-tubes from lactose-negative to lactose-positive. With the next three test- tubes, they were to attempt to inhibit the process of mutation. The final three, the controls, would not be exposed to influence of any kind. When he tallied the results, Nash discovered more mutation than normal in the test-tubes that had received the positive intentions to mutate, and fewer than normal in those for which the intentions were to inhibit the process, although the greatest effect occurred  with negative intention.

Nash’s study had an interesting coda: he had not stipulated any particular location where the mental influence had to originate; the volunteers were allowed to send their thoughts from the place of their choosing, whether the lab or elsewhere. When Nash examined the differences in the results according to the place from where the intentions had been sent, an interesting pattern emerged. Those students assigned the task of sending positive intentions had the best success if they sent their thoughts while in the lab; those with negative intentions had the best result if they waited until they had left. The Tennessee researchers who replicated Barry’s study also discovered that negative intention was most effective when it was sent from a remote site. Positive intent appeared to work best in the presence of its object, whereas a negative intent worked best when the object of ill will was not anywhere in the line of sight.10

These early studies revealed several important aspects of intention. Thoughts take aim with great accuracy; although their effects on living things can drastically differ depending on the nature of the intention – whether it is positive or negative. Where we position ourselves when sending out a thought might also have a bearing on our success. Being near the target while sending a positive intention or away from the target when sending a negative intention might magnify its effect.

* * *

The next best experimental subject to a live human being is its cells. If you can prove an effect on an essential component of a living thing, it is likely that the same effect will occur with the entire organism. Dr John Kmetz, a colleague of William Braud’s in San Antonio, Texas, decided to test the effect of negative intention on cancer. Although he could not test his theory on a live human being, he settled for a sample of cervical cancer cells, and enlisted Matthew Manning, a gifted British healer.

Manning sent negative intentions either by touching the beaker of cells or from a distance, inside an electromagnetically shielded room. Kmetz then used special equipment to count how many cancer cells were in the culture medium. Ordinarily, a cancer cell, which has a positive charge, will grasp the side of a plastic beaker, attracted to its negative electrostatic charge. An injury to the cell will cause it to drop off the side and into the culture medium. Kmetz’s equipment demonstrated that Manning had fatally injured the culture.11 Manning’s extraordinary healing ability had been turned on its head; in this study he had become a killing machine.

Practitioners of Qigong openly acknowledge that intention has the power to enhance or destroy – indeed, the Chinese term for sending positive Qi, or life energy, through intention translates into English as ‘peaceful mind’, while sending negative Qi is referred to as ‘destroying mind’.12

A host of studies of Qigong carried out in China have been collated on the Qigong Database®, many of which claim to offer evidence that ‘destroying mind’ can kill human cancer cells or tumours in mice, decrease the growth rate of E. coli and inhibit activity of amylase, a digestive enzyme used to help digest carbohydrates.13 Nonetheless, some Western scientists maintain quiet reservations about the database; few of these studies have been replicated in the West.

One study on plants conducted at the First World Conference of Academic Exchange of Medical Qigong, in Beijing in 1988, examined whether sending Qi could affect the growth of a confederate spiderwort plant by concentrating on its process of replication. A Qi master was asked to damage one of the plant’s self- destruct mechanisms, which would cause the plant to live longer than normal.14 The master had to target his negative intention precisely, so that it would injure only one aspect of the plant while the rest would thrive.

To record any subtle effects on the health of the plant samples during the experiment, any increases or decreases in certain cells after replication, the researchers used a micronuclear method developed at Western Illinois State University. During the study, the Qigong master displayed a remarkable ability to send precise instructions to specific parts of the plant, some of which were damaging, some beneficial.15

A similar study was carried out by researchers at the National Yang Ming Medical College and National Research Institute of Chinese Medicine in Taipei Taiwan. In this instance, the Qigong master alternately sent positive and negative intention to boar sperm cells and human fibroblast cells, which make up the connective tissue of the body.

After 2 minutes of negative intention, the growth rates and protein synthesis of the cells decreased dramatically by 22–53 per cent. When the Qigong master reversed his intention and sent 10 minutes of positive intention, all the activity of the cell increased by 5–28 per cent.16 In another well-controlled study by the Mt Sinai School of Medicine, twoQigong masters were able to inhibit the process involved in the contraction of muscles by as much as 23 per cent.17

These studies raise the obvious question: which is more powerful, a positive or a negative thought? In some studies, the will to harm appears to be the stronger of the two intentions, but that makes sense in a study like Blasband’s, where it is probably far easier to damage a healthy system than to make a healthy system even healthier, or indeed to   fix  something  that  is broken,   or   to   order  a    disordered system.18

Nevertheless, effective intention of any variety is likely to require order and deliberately focused thought. How many negative intentions are sent by someone as ordered as a Qigong master?

Although negative intention appears capable of disrupting the most fundamental biological processes when precisely targeted,19 one study suggests that healing does not necessarily require negative intention. Leonard Laskow, an American gynaecologist and healer, was recruited by American biologist Glen Rein to test the most effective healing strategy for inhibiting the growth of cancer cells. In his own practice, Laskow believed in establishing an emotional connectedness with his subject – even with cancer cells – before sending out healing. Rein prepared five different Petri dishes containing identical numbers of cancer cells and then asked Laskow to send out a different intention while holding each one. Laskow’s first intention was that the natural order be reinstated and the cells’ growth rate return to normal.

With the next Petri dish he was to adopt a Taoist visualization that entails imagining that only three of the cancer cells remained in the Petri dish. For the third dish he was not to have an intention, but simply to ask God to have His will flow through Laskow’s hands. He offered unconditional love to the cancer cells of the fourth dish, which involved meditating on a state of love and compassion, much as Davidson’s Buddhists had done. For the final dish of cancer cells, Laskow carried out his only truly destructive intention, by visualizing the cells dematerializing, either going into the light or the ‘void’. Rein gave Laskow a choice of imagery largely because he was uncertain which visualization would be most effective in obliterating something. Was it more effective to release an entity by offering it an endpoint (the light), or simply to give it a full range of potential (the void)? As a yardstick of Laskow’s effectiveness, Rein would measure the amount of radioactive thymidine absorbed by the cancer cells – an indicator of the growth rate of malignant cells.

Laskow’s various intentions had quite different effects. The most powerful were undirected intentions asking the cells to return to the natural order, which inhibited the cancer cells’ growth by 39 per cent. Acquiescing to God’s will with no specific request was about half as effective, inhibiting the cells by 21 per cent, as was the Taoist visualization. An unconditional acceptance of the way things were had no effect either way, nor did imagining the cells dematerializing. In these two instances, the problem may have been that the thought was simply not focused enough.

In a follow-up study, Rein asked Laskow to limit himself to two possibilities, the Taoist visualization and a request for the cells to return to the natural order. This time, he achieved an identical result with both intentions; the cancer cell growth was inhibited by 20 per cent. The strongest effect of all occurred when he combined the two approaches, mixing an intention to return to the natural order while imagining only three cells left; his rate of cell inhibition doubled, to 40 per cent. Clearly the combination of asking the universe to  restore order while imagining a specific outcome exerted a powerful effect. Rein asked Laskow to repeat this combined approach, but to target the medium in which the cancer cells grew, rather than the cells themselves. Laskow achieved the same result as when he had focused directly on the cells themselves.

Finally, Rein instructed Laskow to hold each of his five states of mind in turn while grasping one of five vials of water, which would later be used to make up the tissue-culture medium of the cancer cells. The water treated with the ‘natural-order’ intention again had the greatest effect, inhibiting the growth of the cancer cells by 28 per cent. In this case, water apparently ‘stored’ and transferred the intentions to the culture medium and on to the cancer cells.

Laskow’s approach was instructive. The most effective healing intention had been framed as a request, combined with a highly specific visualization of the outcome, but not necessarily a destructive one.20  With healing, the most effective approach may not be to destroy the source of the illness, but, as with other forms of intention, to move aside, let go of the outcome, and allow a greater intelligence to restore order.

* * *

Most research about negative intention concerns a conscious desire to harm something. I wondered about those moments when negative intention is unconscious. Suppose you don’t like someone and harbor an unconscious ill will towards him? Do you unwittingly send out a negative intention? Or, what about those moments when you explode in anger? Is it possible that your momentary anger causes unintentional harm?

An overenthusiastic cleaner of mine once accidentally stripped off all the chrome on every fixture in our bathrooms. When I discovered the damage, a few hours after she had left our house, I was so overwhelmed with anger that I had to lie down. I had only just finished a five-month long renovation project on our newly purchased family home and had lovingly overseen the entire project, which had cost a good deal of hard-earned savings. I later learned, to my horror, that at about the time I had given voice to my fury, she had fallen off the bus and broken her leg. At another time, I was irrationally overwhelmed with anger at our bank manager, after discovering that our bank, now run by computers, had not recorded a deposit and had bounced several of our cheques. Later, I was horrified to learn that at roughly the moment I had vented my spleen, she had tripped on a pavement and broken most of her front teeth.

I had always felt guilty and curious about both these incidents. Was their misfortune my doing?  Was it possible to curse people through your thoughts? I considered the effect of the everyday negative thoughts that swim through everyone’s mind every day. A negative thought about yourself (‘I’m untalented and lazy’) or your children (‘He’s such a slob’; ‘She’s lousy at maths’) might ultimately manifest as a physical energy and become a self-fulfilling prophecy. Indeed, moments when you feel an aversion to someone or something that you cannot rationally explain may simply be an instance when you are picking up a negative intention towards you. Even times when you are depressed could have a physical effect on the people and other living things around you.

Bernard Grad, the Canadian biologist, addressed many of these issues in a study that tested the power of a negative frame of mind on the growth of plants. He planted four groups of 18 pots, each containing 20 barley seeds. Each pot was to be watered with 1 per cent saline solution, slightly stronger than the kind used by hospitals when giving intravenous infusions to patients, which can stunt a plant’s growth. Three batches of the plants were to receive watering with the salt water, but only after the water had been held by one of three people for half an hour. The control batch would be watered with the solution that had not been exposed to anyone.

The first vial was held by a healer with green fingers and a passion for plants. The other two vials were held by two depressed patients – a man diagnosed as a psychotic depressive and a woman who was neurotically depressed – chosen from the Canadian hospital where Grad worked. The man was so depressed that he didn’ even ask what was in the bottle, but simply assumed that Grad, who wore a white coat, was just another in the procession of doctors preparing him for periodic electric shock therapy. While holding the bottle, he repeatedly protested that he didn’t need an ECT treatment. The woman, on the other hand, visibly lifted when Grad told her that the bottle was part of an experiment. Half an hour later, when he came to retrieve the bottle from her, he discovered that she had been cradling it as if it were a baby.

This unforeseen turn of events worried Grad, as the woman had been chosen precisely because he believed she would be in a negative state of mind. She had suddenly appeared to regain her joie de vivre, simply at the thought of her involvement in the experiment. After carefully creating a multi-blind system so that he could not know or be influenced by who had done what, Grad poured the water over the seeds.

Several weeks later, he was pleased to see that the result more or less followed his prediction. The plants watered by the man with the psychotic depression grew the slowest, followed by the control plants, whose bottle had not been held by anyone. The fastest growing plants had been watered by the green-fingered healer, followed by those of the depressed woman, which was a surprise. It seemed that her plants had grown faster because of her own enthusiasm about the experiment.21

Carroll Nash tried a similar experiment, asking a group of psychotics to hold individual sealed glass bottles of a solution of dextrose and sodium chloride for half an hour. Nash then removed 6 millilitres of the solutions from each bottle and poured them into fermentation tubes. Similar solutions that had not been ‘charged’ by the psychotics were poured into control test-tubes.

All 24 test-tubes received a suspension of yeast. After two hours Nash measured the amount of carbon dioxide produced in each of the tubes and took periodic measurements for the next six weeks. When he compared the tubes containing the ‘held’ solutions with the controls, he discovered that the solution held by the psychotics had marginally prevented the yeast from growing.22

Even deeply buried feelings might have an effect on people we purport to care about. In 1966, Dr Scott Walker of the University of New Mexico School of Medicine conducted a study of alcoholics in the midst of rehabilitation. He divided the group randomly and had members of the Albuquerque Faith Initiative pray for them each day for six months. Half of the participants (some from the treatment group and some from the controls) knew they were being prayed for by family members.

At the end of the six months, Scott discovered that those in both groups whose relatives and friends were praying for them were drinking more heavily than the others. Prayer from those who supposedly had the patients’ best interests at heart was having the opposite effect.

Scott came up with an interesting interpretation. The across-the-board negative effect of prayer by relatives may reflect their complicated, unconscious feelings towards  alcoholics. Although consciously they might wish for their loved one to recover, they might actually wish for them to carry on drinking, if the person praying is a fellow drinker and does not wish to lose a drinking buddy. Or, perhaps the boorish, selfish behaviour of an alcoholic has so hurt the relatives that they unconsciously wish for the alcoholic to die.

All these studies are small, but they carry a huge implication: even your current state of mind carries an intention that has an effect on life around you. The mind continues affecting its surroundings whether or not we are consciously sending an intention. To think is to affect. When we are consciously attempting to affect someone else with our thoughts, we may want to search our hearts about our true feelings to ensure that we are not sending tainted love.

These studies also raise the possibility that the thoughts that spill out of us at every moment also affect inanimate objects within our reach. Some people have a reputation for having a positive or negative effect on electronic equipment – they are either an ‘angel’ or a ‘gremlin’. One of the fathers of quantum theory, the brilliant theoretical physicist Wolfgang Pauli, was widely known to possess a powerfully negative force field. Whenever he arrived at his laboratory, mechanisms would freeze, collapse or even be set alight.23

I am a gremlin of the first order. In those rare moments when I am crashing around in a bad mood, all the computers in our office begin crashing in unison. Once, during a day of extreme agitation, after I had broken my computer and printer at home, I headed off for work and tried to work on a variety of computers around my company’s office. One by one, they died in my hands. When one of our laser copier printers also froze the moment I tried to photocopy a page, my team firmly but politely escorted me off the premises.

The late Jacques Benveniste discovered the gremlin effect first hand when he carried out experiments on electromagnetic signalling between cells. From 1991, after his noted ‘memory of water’ studies, Benveniste understood that the basic signalling between molecules was not chemical but electromagnetic. Within a living cell, molecules communicate, not by chemicals but by electromagnetic signalling at low frequencies, and each molecule has its own signature frequency.24

Until the end of his life in 2005, Benveniste explored the possibility that these molecular signals could be transferred simply by using an amplifier and electromagnetic coils. He demonstrated that it was possible to effect a molecular reaction without the presence of the molecule in question simply by playing the molecule’s unique ‘sound’.

One of Benveniste’s many experiments with cellular signalling concerned the interruption of the coagulation of plasma, the yellowish medium of the blood. Ordinarily caused by the presence of calcium in the liquid, the clotting capacity of plasma can be precisely controlled by first chemically removing all existing calcium in the plasma, then adding back particular amounts of the mineral. By also adding heparin, an anticoagulant drug, the plasma is prevented from clotting, even in the presence of calcium.

In his study Benveniste would remove calcium from the plasma and add calcium to water, but instead of adding the actual heparin to the calcium water, he simply exposed the water containing calcium to the ‘sound’ of heparin transmitted through the digitized electromagnetic frequency of heparin that he had discovered. As with all his other experiments,  the signature frequency of heparin worked as though the molecules of heparin itself were there: in its presence, the blood was less able to coagulate.

Benveniste had a robot built to carry out this experiment, largely to silence his critics by eliminating the potential bias of human interference. The robot was a box with an arm that moved in three directions, mechanically exposing the water containing calcium to the heparin in several easy steps.

After hundreds of such experiments, Benveniste discovered that it usually worked well except on days that a certain woman – an otherwise experienced scientist – was present. Benveniste suspected that the woman must be emitting some form of waves that were blocking the signals. He developed a means of testing for this, and discovered that the woman emitted powerful, highly coherent electromagnetic fields that appeared to interfere with the communication signalling of his experiment. Somehow, the woman acted as a frequency scrambler. To test this further, he asked the woman to hold a tube of homeopathic granules in her hand for 5 minutes. When he later tested the tube with his equipment, all molecular signalling had been erased.

Since the problem was likely to be electromagnetic, the obvious next step was to protect the machine from EMFs by building a shield. But once the shield was i place,  the  machine  stopped  producing  good  results.  Benveniste  pondered  this development for  some  days.  Perhaps  it had  to  do  with positive  effects  of the environment, and not simply the absence of negative effects. He opened the shield and asked the man who had been in charge of the lab for many years to stand in front of the robot. Immediately, the robot began again to crank out perfect results. As soon as the man left and the shield was put up, the robot no longer produced decent data. This suggested that, just as some people inhibited equipment, others enhanced it. The shield, originally erected to stop negative influences, had blocked positive ones as well.

Benveniste reasoned that the only substance near the robot capable of picking up positive or negative activity was the tube of water, so he asked the head lab technician to hold the tube in his pocket for two hours. He then put the tube into the machine, removed the man from the room and put up the shield. After that, the robot’s experiments worked virtually 100 per cent of the time.25

These anecdotal stories of the gremlin effect are not so farfetched when you consider the mountains of data generated by the PEAR laboratory, demonstrating tha human intention has the ability to make the random output of computers more orderly even when the intention is not conscious or deliberate. Living consciousness might have a major effect on microprocessor technology, which is now exquisitely sensitive. The tiniest disturbances in a quantum process can be highly disruptive. My own gremlin effect appears to be linked to moments of extreme stress or agitation but for some people it may be the very nature of their thought system.

The idea that we can ‘charge’ an inanimate object with our thoughts is the basis of the dark arts of many native cultures, which infuse effigies and voodoo dolls with negative intention and then use them to target enemies. There is a rich tradition of using effigies, but not much scientific study of them. Dean Radin once designed an experiment to test the effectiveness of voodoo dolls as an instrument of positive intention. He constructed a tiny effigy of a person known to a group of volunteers, who then directed their prayers to the doll. The prayers turned out to have demonstrable effects – an instance of benevolent voodoo.26

If we can be unwitting recipients of negative influence, should we take steps to block it or ward it off? Many psychics recommend using visualization to create a mental image of protection, such as imagining yourself in a giant bubble. Marilyn Schlitz and William Braud tested this idea in a variation on their staring studies with 300 volunteers divided into pairs in separate rooms. One member of each pair (the sender) was asked to use a mixture of imagery and self-regulation techniques like relaxation or Autogenic Training to relax or energize themselves. They were then asked to send an intention to reproduce a similar state in their partner (the receiver) which would be recorded with a polygraph pen. Comparisons of the EDA readings of both senders and receivers showed that the senders had an effect – when they were relaxed or activated, so were their receivers.

The receivers were then asked to visualize a variety of images that would act as a psychological ‘shield’ to block the senders’ influences; any image – a shield, a huge concrete wall, a steel fence, pulsating white light – was suitable, so long as it felt protective. These strategies proved highly successful in blocking one of the unwanted influences.27

Then, other scientists from the University of Edinburgh attempted to replicate the EDA studies under more rigorous conditions. The senders alternately attempted to calm or activate the receivers, who were to be open to being influenced for half the session and then to ‘block’ the influence attempt for the other half, by imagining themsleves wrapped up in a ‘shielding cocoon’ or adopting a stubborn and uncooperative frame of mind. Nevertheless, during the times of attempted influence, the receivers recorded the same EDA readings, regardless of whether they were ‘allowing’ or blocking it. If anything, there was a slightly larger effect during the blocking sessions. This suggests that ordinary mental strategies of isolating or protecting ourselves may not be enough to successfully resist unwanted influence.28

Qigong practitioners undergo lengthy training to learn techniques enabling them to ‘disguise’ or make their energy fields temporarily ‘invisible’ in order to ward off unwanted influence. Creating a psychic shield around yourself to prevent a barrage of negative influences – whether from your boss, a well-meaning but interfering professional, that unfriendly neighbour, even the stranger staring at you in the supermarket queue – is likely to require more than an attitude of resistance or a bit of internal imagery.

Larry Dossey once wrote that the most powerful antidote to negative intention was the line in the Lord’s Prayer: ‘deliver us from evil’. I came across another more

ecumenical instance, from the work of Dr John Diamond, who discovered a simple means of grounding yourself against unwelcome influences. Diamond, a psychiatrist and holistic healer, was inspired by George Goodheart, creator of applied kinesiology, which tests the effect of various substances on the body. Goodheart developed the technique of ‘muscle testing’, now a feature of applied kinesiology. He would ask a patient to stand facing him, with her left arm out, parallel to the floor: he placed his left arm on the patient’s shoulder to steady her, and then asked her to resist with all her strength while he pushed on her arm. In most instances, the arm would spring back and resist the force of Goodheart’s push. However when Goodheart exposed that person to noxious substances, such as food additives or allergens, the person’s left arm would be unable to resist the pressure of Goodheart’s push and easily be overcome.

Diamond applied this muscle testing to toxic thoughts. When a person was exposed to any unpleasant thought, the ‘indicator muscle’ would test weak. Diamond called it ‘behavioral kinesiology’ and has tested it on thousands of subjects over many years as a means of instantly taking stock of a person’s thoughts and most secret desires.29

Diamond discovered one thought that could overcome any sort of negative influence, or debilitating idea or situation. He called it a ‘homing thought’, because it reminded him of his youth in Sydney, Australia, swimming in the surf. Whenever a large wave threatened, he and his friends would dive to the bottom of the water and hold on to the sand with their fingertips. ‘We had learned that as soon as we were faced with this situation of stress, we could dive down, grab on to our securing handhold and hang on to our “rock” until the stress passed,’ he writes.30

The homing thought that each of us can hold on to, Diamond realized, was our ultimate aspiration or purpose in life. He has also referred to it as ‘cantillation’: each person’s special gift or talent that not only gives one a sense of joy but also union with the Absolute. The term ‘homing thought’ also reminded him of the direction finder that lost aeroplane pilots use to find their way home. The homing thought can act as a homing beacon for everyone, particularly during the most difficult moments. ‘It holds us steadfast,’ he once wrote, ‘on our course.’

Diamond’s ideas have not been subjected to scientific scrutiny, but the sheer weight of his anecdotal evidence in using behavioural kinesiology on thousands of patients lends them a certain significance. Whenever we are besieged by the darkest of intentions, we might best protect ourselves when holding on to the thought of what we have been born to do.

Note – Chapter 10: The Voodoo Effect

  1. A. Blasband and Gottfried Martin, ‘Biophoton emission in “orgon energy” treated cress seeds, seedlings and Acetabularia’, International Consciousness Research Laborary, ICRL Report No 93.6.
  2. Dossey, Be Careful What You Pray For, op. cit.: 171–2.
  3. Ibid.
  4. Benor, Healing Research, op. cit.: 261.
  5. C. O. Simonton et al., Getting Well Again, New York: Bantam, 1980; B. Siegel, Love, Medicine and Miracles: Lessons Learned about Self-Healin from a Surgeon’s Experience with Exceptional Patients, London: HarperCollins, 1990; A. Meares, The Wealth Within: Self-Help Through a System of Relaxing Meditation, Melbourne, Australia: Hill of Content 1990.
  6. For much of the research detailed in this chapter, I am especially indebted to Larry Dossey and Daniel Benor, who have detailed many of these early studies in their respective books, Dossey’s Be Careful What You Pray For … You Just Might Get It and Benor’s Healing Research, Spiritual Healing and his outstanding, comprehensive website: www.wholistichealingresearch.com.
  7. Benor, Healing Research, op. cit.: 264.
  8. J. Barry, ‘General and comparative study of the psychokinetic effect on a fungus culture’, Journal of Parapsychology, 1968; 32 (94): 237–43.
  9. W. H. Tedder and M. L. Monty, ‘Exploration of a long-distance PK: A conceptual replication of the influence on a biological system’, in W. G. Roll et al. (eds.), Research in Parapsychology, Metuchen, NJ: Scarecrow Press, 1981: 90–3. Also see Dossey, Be Careful What You Pray For, op. cit.: 169; Benor, Healing Research, op. cit.: 268–9.
  10. C. B. Nash, ‘Test of psychokinetic control of bacterial mutation’, Journal of the American Society for Psychical Research, 1984; 78: 145–52.
  11. Kmetz’s study was described in W. Braud et al., ‘Experiments with Matthew Manning’, Journal of the Society for Psychical Research, 1979; 50: 199–223. While the study was promising, in his review of it in Healing Research, Benor noted the lack of sufficient detail.
  12. Dossey, Be Careful What You Pray For, op. cit.: 175–6.
  13. Many researchers of alternative medicine maintain the same concerns about studies of Chinese medicine carried out in China. These concerns don’t disregard the strong anecdotal evidence about the effectiveness of Traditional Chinese Medicine, only the scientific method of studies of its effectiveness.
  14. S. Sun and C. Tao, ‘Biological  effect of  emitted qi  with tradescantic paludosa micronuclear technique’, First World Conference for Academic Exchange of Medical Qigong. Beijing, China, 1988: 61E.
  15. Ibid.
  16. Dossey, Be Careful What You Pray For, op. cit.: 176.
  17. D.   J.   Muehsam   et   al.,   ‘Effects   of    Qigong on cell-free myosin phosphorylation: Preliminary experiments’, Subtle Energies and Energy Medicine, 1994; 5 (1): 93–108, also reported in Dossey, Be Careful What You Pray For, op. cit.: 177–8.
  18. Ibid.
  19. Benor, Healing Research, op. cit.: 253.
  20. G. Rein, Quantum Biology: Healing with Subtle Energy, Palo Alto, Calif.: Quantum Biology Research Labs, 1992; as  reported in Benor, Healing Research, op. cit.: 350–2.
  21. B. Grad, ‘The “laying on of hands”: Implications for psychotherapy gentling and the placebo effect’, Journal of the Society for Psychical Research, 1967; 61 (4): 286–305.
  22. C. B. Nash and C. S. Nash, ‘The effect of paranormally conditione solution on yeast fermentation’, Journal of Parapsychology, 1967; 31: 314.
  23. Radin, The Conscious Universe, op. cit: 130.
  24. An entire chapter is devoted to Jacques Benveniste in McTaggart, The Field, op. cit.: 59.
  25. Description of these results from a telephone conversation with Jacques Benveniste, November 10, 2000.
  26. J. M. Rebman et al., ‘Remote influence of the autonomic nervous system by focused intention’, Subtle Energies and Energy Medicine, 1996; 6: 111– 34.W.   Braud   and   M.   Schlitz,   ‘A  method  for  the  objective  study of transpersonal imagery’, Journal of Scientific Exploration, 1989; 3 (1): 43–63; W. Braud et al., ‘Further studies of the bio-PK effect: Feedback blocking specificity/generality’, in R. White and J. Solfvin (eds.),Research in Parapsychology, Metuchen, NJ: Scarecrow Press, 1984: 45–8.
  27. C. Watt et al., ‘Exploring the limits of direct mental influence: Two studies comparing “blocking” and “co-operating” strategies’, Journal of Scientific Exploration, 1999; 13 (3): 515–35.
  28. J. Diamond, Your Body Doesn’t Lie, New York: HarperCollins, 1979.
  29. J. Diamond, Life Energy, New South Wales: Angus & Robertson, 1992: 71.

CHAPTER ELEVEN

Praying for Yesterday

ON THE EVE OF THE MILLENNIUM, Leonard Leibovici, an Israeli profes of internal medicine in Israel and expert on hospital-acquired infections, conducted a study of healing prayer’s effect on nearly 4000 adults who had developed sepsis while in the hospital. He set up a strict protocol, using a random number generator to randomize the participants into two groups, only one of which would be prayed for, and throughout the study maintained impeccable blinding; neither the patients nor the hospital staff knew who was getting treated – or indeed even knew that a study was being carried out. The names of all those in the treatment group were then handed to an individual, who said a short prayer for the well-being and full recovery of the treated group as a whole.

Leibovici was interested in comparing three outcomes between the prayed-for and not-prayed-for groups: the number of deaths in hospital; the overall length of stay in hospital; and the duration of fever. When calculating the results, he was careful to employ several statistical measurements to examine the significance of any differences. As it happened, the group that had been prayed for suffered fewer deaths than the controls (28.1 versus 30.2 per cent), although the difference was not statistically significant. What was scientifically significant, however, were major differences between the prayed-for group and the controls related to the severity of illness and the time it took to heal. Those being prayed for had a far shorter duration of fever and hospital stay and, in general, got better faster than the controls.

The subject of Leibovici’s research – the healing effects of prayer – of course was hardly new. But his study offered one novel twist. The patients had been in the hospital between 1990 and 1996. The praying was carried out in 2000 – between 4 and 10 years later.

The study was meant to be a spoof.

The British Medical Journal had published it in its Christmas 2001 issue,1 which is generally reserved for light-hearted commentary, next to a reindeer-shaped cluster of rogue cells. But Leibovici was not joking. He was trying to make a serious point in the most graphic way he could. Leibovici had a particular affinity for mathematics and statistics, and used them repeatedly in his reviews and meta-analyses when evaluating particular procedures. He had even come to believe that diseases and the success of treatment could be predicted through mathematical models.2

But the scientific method, in his view, was being defiled by its careless application to alternative medicine. Two years before, also in the Christmas issue of the BMJ, he had published an article claiming that alternative medicine masquerading as scientific medicine was like a cuckoo chick nestling in a reed warbler’s nest.3

The begging noises of the interloper chick are indistinguishable from its warbler counterparts; indeed, as it grows, the cries of the cuckoo are so loud that they match the noise of eight little warblers. The warbler parents ignore any clues that they have an impostor in their midst and continue to nourish the cuckoo chick – to the detriment, even death, of their own offspring. Leibovici was convinced that alternative medicine could not accommodate the demands of scientific rigour – and that we had no business wasting precious time and resources on the cuckoo in the nest.

But with that article, it seemed that Leibovici was the one wasting his time and breath. Most of his colleagues had missed the point so thoroughly that his only recourse was to show them. Two years later, almost to the day, his prayer study appeared in the BMJ.

He had intended that the study would illustrate that you simply cannot use the scientific method to explain subjective things like prayer. The problem was that every one had taken the study at face value. Dozens of sceptics derided the study. As one correspondent wrote, if it were possible to violate the arrow of time in this way, it would allow one to go back in time and prevent the Holocaust from happening by murdering Hitler.4

In support of Leibovici, many scientists interested in psychical research claimed that the study offered proof that prayer was effective at any point in time: Larry Dossey, who has also written extensively on ‘non-local’ consciousness and healing,5 commented that, in a stroke, Leibovici had turned ‘conventional notions of time, space, prayer, consciousness and causality’ on their heads. 6

Many others commented that Leibovici had been undone by the very meticulousness of his study design. Leibovici’s study had used only one supplicant to carry out the prayers and had sent the same prayer at the same time for each patient in the treatment group, so many of those in the alternative medicine camp did not believe the study suffered from some of the same problems in design as the other prayer research. To all the correspondents, Leibovici retorted in the BMJ letters section:

The purpose of the article was to ask the following question: Would you believe in a study that looks methodologically correct but tests something that is completely out of people’s frame (or model) of the physical world, for example, retroactive intervention or badly distilled water for asthma?7

It was wrong, he was saying, because it had to be wrong. It was statistics tied up in a knot and gone berserk. So that his motive would be clear, he added:

The article has nothing to do with religion. I believe that prayer is a real comfort and help to a believer. I do not believe it should be tested in controlled trials.

Instead, the true purpose was:

To deny from the beginning that empirical methods can be applied to questions that are completely outside the scientific model of the physical world. Or in a more formal way, if the pre-trial probability is infinitesimally low, the results of the trial will not really change it, and the trial should not be performed.

Although he had intended to use science to prove the absurdity of alternative medicine, he had actually ended up proving to many people that we can pray today to affect something that occurred yesterday. Leibovici appeared to deeply regret his study and refused to discuss it further.8

Despite all his efforts throughout his career to apply reason and logic to medicine, this was the study that he would be most remembered for – a study that demonstrated, in effect, that we can go back and change the past.

One of the most basic assumptions about intention is that it operates according to a generally accepted sense of cause and effect: the cause must always precede the effect.

If A causes B, then A must have happened first.

This assumption reflects one of our deepest beliefs, that time is a one-way, forward-moving progression.

This assumption is reinforced every moment of our ordinary lives.

First we order our coffee, then the waitress delivers it to our table.

First we order a book on Amazon, then it arrives in the mail.

Indeed, the most tangible evidence of time’s arrow is the physical evidence of our own ageing; first we are born, then we grow old and die.

Similarly, we believe that the consequence of our intentions can only occur in the future. What we do today cannot affect what happened yesterday.

However, a sizeable body of the scientific evidence about intention violates these basic assumptions about causation. Research has demonstrated clear instances of time-reversed effects, where effect precedes cause.

Leibovici’s study was unique among prayer research in that it was conducted ‘backward in time’ – the healing intention was meant to affect events that had already occurred.

But to many frontier scientists, this experiment in ‘retro-prayer’ simply represented a true-to-life instance of the time-displacement effects regularly seen in the laboratory.

Indeed, some of the largest effects occur when intention is sent out of strict time sequence.

Studies like Leibovici’s offer up the most challenging idea of all: that thoughts can affect other things no matter when the thought is made and, in fact, may work better when they are not subject to a conventional time sequence of causation.

Robert Jahn and Brenda Dunne at PEAR discovered this phenomenon when the investigated time displacement in their REG trials. In some 87,000 of these experiments, volunteers were asked to attempt to mentally influence the ‘heads’ and ‘tails’ random output of REGs in a specific direction anywhere from three days to two weeks after the machines had run.

As a whole, the ‘time-displaced’ experiments achieved even greater effects than the standard experiments.9 Jahn and Dunne had deemed these differences non-significant, only because the number of trials carried out in this manner was tiny compared with the rest of their monumental body of evidence.

Nevertheless, the very idea that intention could work equally well whether ‘backward’, ‘forward’ or in sequence, made Jahn realize that all of our conventional notions of time needed to be discarded.10

The fact that effects were even larger during the time-displaced studies suggested that thoughts have even greater power when their transmission transcends ordinary time and space.

Retro-causation has  been explored in great detail  by Dutch physicist Dick Bierman and his colleague Joop Houtkooper of the University of Amsterdam,11 and later by Helmut Schmidt, an eccentric physicist at Lockheed Martin who created a elegant variation on time-displaced REG remote influence to determine whether someone’s intention could change a machine’s  output after  it had been run.  

He rewired his REG to connect it to an audio device so that it would randomly set off a click that would be audiotaped and heard through a set of headphones by either the left or right ear.

He then turned on the machine and tape recorded their output, ensuring that no one, even himself, was listening.

After making copies of this master tape (again, with no one listening), he locked the master tape away, to eliminate the possibility of fraud, and gave medical students the copies a day later.

The volunteers were asked to listen to the tape and send an intention to have more clicks in their left ears.

Schmidt also created control tapes by running the audio device but not asking anyone to attempt to influence the left–right clicks. As expected, the right and left clicks of the controls were distributed more or less evenly.

Once the participants had finished their attempts to influence the tapes, Schmidt had his computer analyse both the student tapes and the master tape that had been hidden away to see if there was any deviation from the typical random pattern. In more than 20,000 trials carried out between 1971 and 1975, Schmidt discovered a significant result: on both the copies and the masters, 55 per cent had more left-hand than right-hand clicks. And both sets of tapes matched perfectly.

Schmidt believed he understood the mechanism for his improbable results. It wasn’t that his participants had changed a tape after it had been created; their influence had reached ‘back in time’ and influenced the machine’s output at the moment that it was first recorded.12

They had changed the output of the machine in the same way they might have if they had been present at the time it was being recorded. They did not change the past from what it was; they influenced the past when it was unfolding as the present so that it became what it was.

Schmidt continually refined the design of his ‘retro-PK’ studies over 20 years, eventually involving martial arts students, who are trained in mind-control.

In one study, he used a radioactive-decay counter to generate a visual display of random numbers. The students sat in front of this visual display, and attempted mentally to influence the numbers in a particular statistical distribution. Once again, he achieved a highly significant result, with odds against it being a chance occurrence of 1000 to somehow, the intention of the students had reached ‘back in time’ to affect what occurred in the first place.13

Time-displaced intention has also been successfully applied to living things. German parapsychologist Elmar Gruber, of the Institut für Grenzgebiete de Psychologie und Psychohygiene in Freiburg, carried out a series of ingenious experiments examining whether the movement of animals and humans can be influenced after the fact.

His first series of tests concerned gerbils running in activity wheels and moving about within a large cage. A special counter kept track of the number of revolutions in the activity wheel. A beam of light in the cage also had a recording device to note whenever the gerbil made contact with it. Similarly, he asked a group of human volunteers to walk around an area across which he had placed a photobeam, which was also attached to a recorder to note every instance that the volunteers ran into it.

Gruber  then  converted  each  revolution  of  the  wheel  or  contact  with  the photobeam into a clicking sound. Tapes were made of the clicks, which were copied and stored, again to eliminate fraud.

Between one and six days later, volunteers were asked to listen to the tapes and attempt to mentally influence the gerbils to run faster than normal, or the people to run into the beam more often than usual.

Success would be measured by a greater number of clicks than usual.

Gruber carried out each type of trial 20 times, and in each instance, compared the volunteers’ tapes with tapes made during sessions when the animals and humans were not subjected to the remote influence.

Four of the six batches of trials achieved significant results, and in three of these, the effect size was larger than 0.44.

An effect size is a statistical figure used in scientific research to demonstrate the size of change or outcome. It is arrived at by a number of factors, usually by comparing two groups, one of which has made the change.

An effect size under 0.3 is considered small, between 0.3 and 0.6 is medium, and anything above 0.6 is considered large. Aspirin, considered one of the most successful heart attack preventives of modern times, has an effect size of just 0.032, more than 10 times smaller than Gruber’s overall effect size.

In the case of the activity-wheel gerbil trial, the effect size was a huge 0.7.14 If his results had concerned a drug, Gruber would have discovered one of the greatest lifesavers of all time.

Gruber carried out six more intriguing experiments. In one study he recorded the number of times that people in a Viennese supermarket crossed a photobeam, and then recorded the number of times a photobeam was crossed by cars passing through various tunnels in Vienna during the rush hour.

These again were converted into clicks, and the tapes made of the clicks were stored for one to two months before being played to volunteers, who were asked to influence the speed of the people on foot or in the cars.

This time, he decided to include among his group of influencers some people with psychic ability. He also created similar tapes as controls, which were not exposed to remote intention.

Once again, when compared with sessions that were not subjected to influence, the results were highly significant; all but one of the automobile–tunnel studies had a significant effect size; in two of the studies, the effect sizes (0.52 and 0.74) were enormous.15

Is it possible to retroactively prevent a disease, after it has infected its host and spread? The Chiron Foundation in the Netherlands designed an intriguing study to tes this seemingly impossible proposition.

A large group of rats was randomly divided in two groups, and one group given a parasitic infection of the blood.

The experiment was blinded so that the experimenters themselves did not know which animals were infected and which were controls until after the study was completed. A healer given photographs of the rats after they had been infected with the disease was asked to attempt to prevent the spread of the parasites.

Measurements of the blood cells were taken at several intervals after the animals had been infected. The study was carried out three times, each involving a large number of rats. Two achieved a medium (0.47) effect size.16

Psychologist William Braud then asked one of the most provocative questions of all: is it possible to ‘edit’ one’s own emotional response to an event? To test this, he designed a batch of studies to test time-displaced influence on nervous activity.

He recorded several tracings of the electrodermal activity (EDA) of volunteers, using standard liedetection equipment – a reasonable gauge of whether a person is calm or agitated. Braud then asked the participants to examine one of their own tracings and to attempt to influence it, by sending an intention either to calm down or activate their own sympathetic nervous system at that earlier point in time.

The other tracings of the participants, which were not exposed to mental influence, were to act as controls. Later, when he compared the tracings with controls, he discovered that those tracings that were exposed to  the volunteers’ own retro-influence were calmer than the controls.

Overall, these studies achieved a small, significant effect size (0.37), offering some of the first evidence that human beings might be able to rewrite their own emotional history.17

Helmut Schmidt successfully employed a similar study design to change his own prerecorded breathing rate, demonstrating that it is possible to retroactively change your own physical state as well.18

Dean Radin set up an EDA test similar to Braud’s, but added remote distance to a test of retroactive influence.

Two months after running the tests, Radin sent copies of the electrodermal readouts to healers in Brazil and asked them to attempt to quiet the readings. After 21 such studies Radin achieved a 0.47 effect size, similar to Braud’s.19

Radin also tested the possibility that, under certain conditions, a future event can influence an earlier nervous-system response.

He made ingenious use of a strange psychological phenomenon called the ‘Stroop effect’, named after its discoverer, psychologist John Ridley Stroop,20 originator of a landmark test in cognitive psychology.

The Stroop test uses a list of the names of colours (e.g. ‘green’) printed in different coloured inks. Stroop found that when people are asked to read out the name of a colour as quickly as possible, they take much longer if the name of the colour does not match the colour of the ink used (e.g. if the word ‘green’ is printed in red ink) than they do if the name and the colour of the ink match (e.g. if the word ‘green’ is printed in green ink).

Psychologists believe that this phenomenon has to do with the difference in the time it takes the brain to process an image (the colour itself), compared with the time it takes to process a word (the colour name).

Swedish psychologist Holger Klintman devised a variation on the Stroop test Volunteers were asked first to identify the colour of a rectangle as quickly as they could, then asked whether a colour name matched the colour patch they had just been shown.

A large variation occurred in the time it took his volunteers to identify the colour of the rectangle. Klintman discovered that the identification of the rectangle colour was faster when it matched the colour name shown subsequently.21

The time it took for people to identify the colour of the rectangle seemed to depend on the second task of determining whether the word matched the rectangle colour. Klintman called his effect ‘time-reversed interference’. In other words, the later effect influenced the brain’s reaction to the first stimulus.

Radin created a modern version of Klintman’s study. His participants sat in front of a computer screen and identified the colours of rectangles that flashed up on the screen as quickly as possible by typing in their first letter.

The image on the screen would then be replaced by the name of a colour, and the volunteer would then have to type either ‘y’ (yes) to indicate that the name of the colour matched the colour of the rectangle or ‘n’ (no) to indicate a mismatch. Radin varied the second part of the design, so that, after the participant had identified the colour of the rectangle, he or she would also have to type in the first letter of the actual colour of the letters of the colour’s name.

For instance, if the word ‘green’ flashed up but was coloured blue, he or she would have to type in ‘b’.

In four studies of more than 5000 trials, all four showed a retrocausal effect. A significant correlation was observed in two of the studies, with a third marginally significant.22 Somehow, the time it took to carry out the second task was affecting the time it took to carry out the first one.

Radin concluded that his studies offered evidence of a time displacement in the nervous system. The implications are enormous. Our thoughts about something can affect our past reaction times.

One scientifically accepted way to examine the overall power of an effect is to pool the results of all the studies together into what is called a ‘meta-analysis’. Analysed in this manner, 19 of the retroinfluence studies yielded an extraordinary collective result.23

William Braud calculated that the overall effect size was 0.32. Although that is considered a small effect on its own, it represents ten times the effect size for most prescription drugs, such as the beta-blocker propanolol, that are recognized as extremely effective.

A different type of analysis of all the best studies of time displacement was carried out in 1996 by Dick Bierman. In statistics, the best way to judge an effect is to work out how much it deviates from the mean, or average.

One method popular with statisticians is to work out the chi-square distribution, which entails plotting the square of each individual score. Any deviation from chance, whether positive or negative, will show up as a large positive deviation in bold relief.

Bierman detected an enormous variance in individual studies, but collectively they produced results whose occurrence by chance alone was an extraordinary 630 billion to one.24

One interpretation of the laboratory evidence of retro-influence suggests the unthinkable: intention is capable of reaching back down the time line to influence past events, or emotional or physical responses, at the point when they originally occurred.

The central problem of going ‘back to the future’ and manipulating our own past are the logical knots the mind gets tied up in when considering them. As British philosopher Max Black argued in 1956, if A causes B, but occurs after B, B ofte precludes A. Therefore, A cannot cause B.

This conundrum was overlooked in the movie The Terminator.

If the Schwarzenegger cyborg goes back in time and kills Sarah Connor so that she canno give birth to future rebel John Connor, there would be no future revolution between man and machine.

The Terminator no longer has any need to come back in time or, indeed, no longer any purpose for being created.

British philosopher David Wiggins constructed a similar scenario to illustrate the logical problems inherent in the idea of a time machine. Suppose a young man is the grandson of the cruel leader of a fascist movement. He decides to travel back in time to kill his grandfather, to prevent him from taking control. But if he does so, the young man’s mother may not be born and he of course would cease to exist.

Nevertheless, physicists no longer consider retro-causation inconsistent with the laws of the universe. More than 100 articles in the scientific literature propose ways in which laws of physics can account for time displacement.25

Several scientists have proposed that scalar waves, secondary waves in the Zero Point Field, enable people to engineer changes in space-time. These secondary fields, caused by the motion of subatomic particles interacting with the Zero Point Field, are ripples in space-time – waves that can travel faster than the speed of light.

Scalar Field waves possess astonishing power: a single unit of energy produced by a laser in such a state would represent a larger output than all the world’s power plants combined.26

Certain technologies, such as quantum optics, have made use of laser pulses to squeeze the Zero Point Field to such a degree that it creates negative energy.27

It is well accepted in physics that this negative energy, or exotic matter, is able to bend space-time. Many theoreticians believe that negative energy would allow us to travel through wormholes, travel at warp speed, build time machines and even help human beings to levitate.

When electrons are packed densely together, the density of the spray of virtual particles that are constantly created in the Zero Point Field is increased. These spra densities are organized into electromagnetic waves that flow in two directions, and so may be going ‘back and forward’ in time.28

Physicist  Evan  Harris    Walker  first  proposed  that  retro-influence  can  be explained by quantum physics if we just take account of the observer effect.29

Walker and later Henry Stapp, an elementary particle physicist at the University of California at Berkeley, who acted as an independent monitor of Helmut Schmidt’s final martial arts study, believed that a small tweak in quantum theory, making use of ‘nonlinear quantum theory’, could explain all cases of retro-influence. In a linear system such as current quantum mechanics, the behaviour of a system can be easily described: 2 + 2 = 4. The system’s behaviour is the sum of its parts. In a non-linear system, 2 + 2 may equal 5 or even 8. The system’s behaviour is more than a sum of its parts – by how much more we can’t often predict.

In Walker’s and then Stapp’s view, turning quantum theory into a non-linear system would enable them to include one other element in the equation: the human mind. In Schmidt’s martial arts study, the numbers on the visual display remained in their ‘potential’ state of all possible sets of numbers until they had been observed by the students. At that point, the mental intent of the students and the numbers on the display interacted in a quantum way.

According to Stapp, the physical universe exists as a set of ‘tendencies’ with ‘statistical links’ between mental events.

Even though the tape of the numbers has been generated, they divide into a number of channels of all possible outcomes. When a person looks at the numbers, his brain state will also divide into the same number of channels. His intent will select out a particular channel, and through the numbers ‘collapse’ the channels into a single state.30 Human will – our intention – creates the reality, no matter when.

The other possibility is that all information in the universe is available to us at every moment, and time exists as one giant smeared-out present. Braud has speculated that forebodings of the future might be an act of backward time displacement – a future event somehow reaching back in time to influence a present mind. If you simply reversed presentiment and call it backward influence, so that all future mental activity influences the present, you maintain the same model and results as the retro-causation studies.

All precognition might be evidence of backward- acting influence;31 all future decisions may always influence the past.

There is also the possibility that at the most fundamental layer of our existence there is no such thing as sequential time.

Pure energy as it exists at the quantum level does not have time or space, but exists as a vast continuum of fluctuating charge. We, in a sense, are time and space. When we bring energy to conscious awareness through the act of perception, we create separate objects that exist in space through a measured continuum. By creating time and space, we create our own separateness and indeed our own time.

According to Bierman, what appears to be retro-causation is simply evidence that the present is contingent upon future potential conditions or outcomes, and that non-locality occurs through time as well as space. In a sense, our future actions, choices and possibilities all help to create our present as it unfolds. According to the view, we are constantly being influenced in our present actions and decisions by our future selves.

This explanation was bolstered by a simple thought experiment carried out by Vlatko Vedral and one of his colleagues at the University of Vienna: Caslav Brukner, a Serb who had managed to leave Yugoslavia during the civil war and, like Vedral, spent time at Zeilinger’s Viennese lab.

When Brukner joined Vedral in London during a year-long fellowship at Imperial College, he began thinking about quantum computation, and the fact that it is billions of times faster than classical computing. Once a quantum computer is finally perfected it will enable one to scan every last corner of the Internet in half an hour.32

Could this enormous advantage in speed have some basis in Bell’s inequality, the famous test of non-locality? Bell demonstrated that the remote influence maintained between two quantum subatomic particles, even over vast distances, ‘violates’ our Newtonian view of separation in space.

Could this same test be used to show when temporal constraints – the limits governing time – are also violated? Brukner enlisted Vedral to design a thought experiment with him.

Their experiment rested on a given in science about time: in the evolution of a particle, a measurement taken at a certain point will be utterly independent of a measurement taken later or earlier. In this instance, the ‘inequality’ of Bell’s would refer to the difference between the two measurements when taken at different times.

For their experiment, they no longer needed two particles, and so could utterly eliminate the ‘Bob’ particle and concentrate on the photon, ‘Alice’. The task now was to make theoretical calculations of Alice’s polarization at two points of time. If quantum waves behave like a wriggling skipping rope being shaken at one end, the direction in which the rope is pointed is called polarization. To work out their time sequences mathematically, Brukner and Vedral made use of what is called ‘Hilbert’, or abstract, space.

First they calculated Alice’s polarization, then they measured it moments later. When they had finished their calculations of Alice’s current position, they went back and measured her earlier polarization again. They discovered that, between two points of time, Bell’s inequality indeed had been violated; they got a different measurement of the first  polarization the second time around. The very act  of measuring Alice at a later time influenced and indeed changed how it was polarized earlier.

The implications of their astonishing discovery were not lost on the scientific community. New Scientist included their discoveries in a dramatic cover story: ‘Quantum entanglement: How the future can influence the past’ and concluded: quantum mechanics seems to be bending the laws of cause and effect … entanglement in time puts space and time on an equal footing in quantum theory … Brukner’s result suggests that we might be missing something important in our understanding of how the world works.33

For me, Brukner’s thought experiment held a significance far greater than a simple theoretical one. It showed that instantaneous cause and effect not only occurs through space but also back and possibly forward through time. It offered the first mathematical proof that the actions of every moment influenced and changed those of our past. It may well be that every action we take, every thought we have in the present, alters our entire history.

Even more significantly, his experiment demonstrated the central role of the observer in creating, and indeed changing, reality. Observing had played an integral part in changing the state of the photon’s polarization.

The very act of measuring an entity at one point of time changed its earlier state. This may mean that every observation of ours changes some earlier state of the physical universe. A deliberate thought to change something in our present could also influence our past. The very act of intention, of making a change in the present, may also affect everything that has led to that moment.

This sort of backward influence resembles the non-local correlations found in the quantum world, as if the connections were always there in some underlying arrangement.34 It may be that our future already exists in some nebulous state that we actualize in the present.

This makes sense since subatomic particles exist in a state of potential until observed or thought about. If consciousness operates at the quantum frequency level, it would naturally reside outside space and time, and we would theoretically have access to information – ‘past’ and ‘future’. If humans are able to influence quantum events, they are also able to affect events or moments other than in the present.

Radin discovered more evidence that our psychokinetic influence is operating ‘backwards’ in an ingenious study examining the possible underlying mechanism of intention on the random bits of an REG machine. Radin first ran five REG studie involving thousands of trials, then analysed the experiments through a process called a ‘Markov chain’, which allowed a mathematical analysis of how the REG machine’s output changed over time.

For this process, he made use of three different models of intention: first, as a forward-time casual influence (the mind ‘pushes’ the REG in one direction throughout the influence); second, as a precognitive influence (the mind intuits the precise moment to hit the REG in its random fluctuations to produce the intended result by ‘looking into the future’ and passively ‘bringing back’ this information to the present); and third, as a true retrocausal influence (the mind first sets the future outcome and applies all the chain of events that will produce it ‘backward’ in time).

Radin’s analysis of the data had one inescapable conclusion: this was not a process running forward in time, in an attempt to hit a particular target, so much as an ‘information’ flow that had travelled back in time.35

But just how much of the past could we change in the sticks-and-stones world of real life? William Braud had pondered this issue at length. He once observed that those moments in the past most open to change might be ‘seed’ moments when nature has not made up its mind – perhaps the earliest stages of events before they blossomed and grew into something static and unchangeable.36

These moments were analogous to a sapling that could still be bent and trained before its trunk was too stiff and branches too large; the brain of a child, which is far more open to influence and learning than an adult’s; or even a virus, which is far easier to overcome in its infancy.37

Random events, decisions with equally likely choices, or illness – all probabilistic moments disposed to early influence where human intention could slightly shift the outcome in a certain direction – might comprise the events in our lives most open to retro-influence. Braud referred to them as ‘open’, or labile, systems – those most open to change.

These systems include many of the workings of living things, which are random processes, much like the quantum systems of random-event generators. Any one of a number of the biological processes in living things requires a cascade of processes, which would be sensitive to the kind of subtle effects on REG machinery observed say, in the PEAR research.38

In Braud’s earlier work, he had discovered that remote influence had its greatest effect when there was a strong need for it.39 The necessity of a particular outcome might be the one quality that moves mountains backward in time.

A clue to the extent of our reach was revealed in Schmidt’s discovery of an observer effect in his audio REG experiments that is much like the effect in quantum experiments: it was most important that the person attempting to influence his tapes be the very first listener.

If anyone else heard the tape first and listened with focused attention, it was less susceptible to influence later. A few studies even suggest that observation by any sentient being – human or animal – blocks future attempts at time-displaced influence.

Bierman tested this by rigging up a radioactive source to trigger beeps that were delayed for one second and then observed by a final observer. In about half of the events, another pre-observer was given feedback of this quantum event before the final observer witnessed it. In those instances, the pre-observer’s observation resulted in a collapse of the superposition state of the quantum event while, in the other half of cases, the final observer ‘produced’ the collapse.40

If this consciousness is the crucial ingredient for ‘collapse’ to occur, humans – and their ability to ‘reduce’ reality to limited states – are completely responsible for the idea that time is an arrow in one direction. If our future choice of a particular state is what affects its present ‘collapse’, the reality may be that our future and present are constantly meeting up with each other.

This accords with what is understood about the observer effect in quantum theory – that the first observation of a quantum entity ‘decoheres’, or collapses, its pure state of potential into a single state.41 This rather suggests that, if no one had ever seen Hitler, we  might have been able to send an intention to prevent the Holocaust.

Although our understanding of the mechanism is still primitive, the experimental evidence of time reversal is fairly robust. This research portrays life as one giant, smeared-out here and now, and much of it – past, present and future – open to our influence at any moment.

But that hints at the most unsettling idea of all. Once constructed, a thought is lit forever.

Note – Chapter 11: Praying for Yesterday

  1. L. Leibovici, ‘Effects of remote, retroactive intercessory prayer on outcomes in patients with blood stream infection: Randomized controlled trial’, British Medical Journal, 2001; 323 (7327): 1450–1.
  2. S. Andreassen et al., ‘Using probabilistic and decision-theoretic methods in treatment and prognosis modeling’, Artificial Intelligence in Medicine, 1999; 15 (2): 121–34.
  3. L. Leibovici, ‘Alternative (complementary) medicine: a cuckoo in the nest o empiricist reed warblers’, British Medical Journal, 1999; 319: 1629–32; Leibovici, ‘Effects of remote, retroactive intercessory prayer’, op. cit.
  4. Letters, BMJ Online, December 22, 2003.
  5. L. Dossey, ‘How healing happens: exploring the nonlocal gap’, Alternative Therapies in Health and Medicine, 2002; 8 (2): 12–16, 103–10.
  6. B.     Oshansky    and   L.   Dossey,    ‘Retroactive  prayer:  A  preposterous hypothesis?’ British Medical Journal, 2003; 327: 20–7.
  7. Letters, ‘Effect of retroactive prayer’, British Medical Journal, 2002; 324: 1037.
  8. Correspondence from Liebovici to author, June 28, 2005.
  9. Interview with Jahn and Dunne, July 2005.
  10. R. G. Jahn et al., ‘Correlations of random binary sequences with pre-stated operator intention: a review of a 12-year program’, Journal of Scientific Exploration, 1997; 11 (3): 345–67.
  11. D.  J.  Bierman  and  J.  M.  Houtkooper,  ‘Exploratory  PK  tests  with programmable high speed random number generator’, European Journal of Parapsychology, 1975; 1 (1): 3–14.
  12. R. Broughton, Parapsychology: The Controversial Science, New York: Ballantine Books, 1991: 175–6.
  13. H. Schmidt and H. Stapp, ‘Study of PK with prerecorded random events an the effects of preobservation’, Journal of Parapsychology, 1993; 57: 351.
  14. E.   R.   Gruber,   ‘Conformance   behavior    involving  animal and human subjects’, European Journal of Parapsychology, 1979; 3 (1): 36–50.
  15. E.  R.  Gruber,  ‘PK  effects  on pre-recorded  group  behaviour  of livin systems’, European Journal of Parapsychology, 1980; 3 (2): 167–75.
  16. F. W. J. J. Snel and P. C. van der Sijde, ‘The effect of retro-active distance healing on Babeia rodhani (rodent malaria) in rats’, European Journal of Parapsychology, 1990; 8: 123–30.
  17. W. Braud, unpublished study, 1993, as reported in W. Braud, ‘Wellness implications of retroactive intentional influence: exploring an outrageous hypothesis’, Alternatives Therapies in Health and Medicine, 2000; 6 (1): 37–48.
  18. H. Schmidt, ‘Random generators and living systems as targets in retro-PK experiments’, Journal of the American Society for Psychical  Research, 1997; 912 (1): 1–13.D. Radin et al., ‘Effects of distant healing intention through time and space: Two  exploratory  studies’, Proceedings  of  Presented  Papers:  The  41st Annual Convention of the Parapsychological Association, Halifax, Nova Scotia, Canada: Parapsychological Association, 1998: 143–61.
  19. J. R. Stroop, ‘Studies of interference in serial verbal reactions’,Journal of Experimental Psychology, 1935; 18: 643, as cited in D.I. Radin and E. C May, ‘Evidence for a retrocausal effect in the human nervous system’, Boundary Institute Technical Report 2000–1.
  20. H. Klintman, ‘Is there a paranormal (precognitive) influence in certain types of perceptual sequences? Part I and II’,European Journal of Parapsychology, 1983; 5: 19–49 and 1984; 5: 125–40, as cited in Radin and May, Boundary Institute Technical Report, op. cit.
  21. Radin and May, Boundary Institute Technical Report, op. cit.
  22. Braud, ‘Wellness implications’, op. cit.
  23. See http://www.fourmilab.ch/rpkp/bierman-metaanalysis. html.
  24. Radin and May, Boundary Institute Technical Report, op. cit.
  25. G. A. Mourou and D. Umstadter, ‘Extreme light’, in ‘The Edge of Physics’ Special edition of Scientific American, 2003; 13 (1): 77–83 updated from May 2002 issue.
  26. L. H. Ford and T. A. Roman, ‘Negative energy, wormholes and warp drive’ in ‘The Edge of Physics’. Special edition ofScientific American, 2003; 13 (1): 85–91 updated from January 2000 issue.
  27. J. A. Wheeler and R. P. Reynman, ‘Interaction with the absorber as the mechanism of radiation’, Reviews of Modern Physics, 1945; 17 (2–3): 157– 81; J. A. Wheeler and R. P. Reynman, ‘Classical electrodynamics in terms o direct interparticle action’, Reviews of Modern Physics, 1949; 21: 425–33.
  28. E. H. Walker, ‘The nature of consciousness’, Mathematical BioSciences, 1970; 7: 131–78.
  29. H. P. Stapp, ‘Theoretical model of a purported empirical violation of the predictions of quantum theory’, Physical Review A, 1994; 50 (1): 18–22.
  30. Braud, ‘Wellness implications’, op. cit.
  31. L. Grover, ‘Quantum computing’, The Sciences, July/August 1999: 24–30.
  32. M.  Brooks,  ‘The  weirdest  link’, New Scientist,  March 27,  2004;  181(2440): 32–5.
  33. D. Bierman, ‘Do PSI-phenomena suggest radical dualism?’ in S. Hammerof et al. (ed.), Toward a Science of Consciousness II, Cambridge, Mass.: MIT Press, 1998: 709–14.
  34. D.  I.  Radin,  ‘Experiments  testing  models  of  mind-matter  interaction’ Journal of Scientific Exploration, 2006; 20 (3), 375–401.
  35. Interview with William Braud, October 1999.
  36. W. Braud, ‘Transcending the limits of time’, The Inner Edge: A Resource for Enlightened Business Practice, 1999; 2 (6): 16–18.
  37. R. D. Nelson, ‘The physical basis of intentional healing systems’, Technical Report, PEAR 99001, Princeton Engineering Anomalies Research, Princeton New Jersey, January 1999.
  38. Braud, interview with author, October 1999.
  39. D. Bierman ‘Does consciousness collapse the wave packet?’ Mind and Matter, 2003; 1 (1): 45–58.
  40. H Schmidt, ‘Additional effect for PK on pre-recorded targets’,Journal of Parapsychology, 1985; 49: 229–44; ‘PK tests with and without preobservation by animals’, in L. S. Henkel and J. Palmer (eds.), Research in Parapsychology, Metuchen, NJ: Scarecrow Press, 1990: 15–19.

CHAPTER TWELVE

The Intention Experiment

SEEING ACETABULARIA FOR THE FIRST TIME takes your breath away. T mesmerizing appearance of this common algae of the Caribbean and the Mediterranean has earned a number of poetic nicknames – ‘mermaid’s wineglass’, or ‘sombrerillo’ in Spanish – and both are fitting. Its slender stem supports a tiny cupped sombrero, like a miniature green umbrella ready to be popped into an underwater tropical cocktail.

For more than 70 years, biology students have marvelled over this tiny plant, not simply for its appearance but for a single bizarre fact of its existence. Acetabularia is a freak of nature. From stem to sombrero, the entire plant, measuring up to 5 centimetres, consists of a single cell. Because of this, Acetabularia, unlike most living things, can be counted on to behave predictably.

The large nucleus of the cell always sits at the rhizoid, the base of the stalk, and divides only when the plant has reached its full height. This uncomplicated structure has helped to unmask biology’s greatest mystery: which portion of the plant engineers its ability to reproduce. In the 1930s, the German scientist Joachim Hammerling elected Acetabularia as his perfect ‘tool organism’ to work out the role of a nucleus in plant genetics.

The simplicity of this single-celled organism with its single giant nucleus not only offered up the secrets of the cell in bold relief, it divulged the whole of the building plans of plant life. Working with Acetabularia allowed one to sit in stunned witness to the complex morphology of life within the totality of a single cell, large enough to be visible to the naked eye.

Acetabularia also represented a model organism for my first intention experiment. Fritz Popp, who was to perform the experiment with me, believed that if we were going to attempt to carry out my proposal, we needed to begin on the ground floor. For this first experiment, I planned to assemble a small group of volunteers in London, and ask them to use their intention to affect an organism in Popp’s lab in Germany.

Using Acetabularia for our test subject would be analogous to testing a car made of a single moving part. It removes all the variables of a living thing, with its unfathomable number of chemical and energetic processes occurring at every instant.

Humans, for instance, are like a manufacturing plant covering most of the United States. A septillion chemical reactions occur every second in every tablespoon of our cells, tiny explosions that get multiplied by the 50 million million cells of the average human body. In an experiment comparing, say, the growth rates of two sections of the body, it is almost impossible to control for every variable. Growth rates can be altered by food, water, genetics, mood, or even a sudden dip in air temperature.

During our first intention experiment, Popp intended to examine the alteration in the tiny light being emitted from the algae, which was infinitely more subtle than cellular growth rate. Nonetheless, in multicellular living things, even the light that emanates from each cell is subject to a host of influences: the health of the host, the weather and even the activity of the sun.1 Light can also differ from cell to cell.

With Acetabularia, as the light reassuringly derives from its single nucleus, so it is subject to far less fluctuation. With such a primitive organism, Popp explained, it would be possible to demonstrate, with a fair degree of certainty, that any effect, for better or worse, was entirely the result of our remote influence. Only by using such a simple system could we show that our effect was indisputably due to intention and not a dozen other possibilities.

Generally speaking, an increase of photons indicates that a life form is being stressed and a decrease, that its health has improved. If I sent an intention to make the algae healthier, and the photon count went down, it would likely mean that I was having a good effect. If the photon count went up, it was probable that I was, in some way, harming it.

Popp has a number of extremely sensitive photocount detectors at his disposal, which can register an intensity of visible light of about 10–17 watts per square centimetre, analogous to the light coming from a candle several kilometres away.2 This type of ultrasensitive equipment would enable us to record every single hair’s breath of difference – even by a single photon – and so determine the extent of our influence.

Popp had reason to be cautious. For 30 years he had faced enormous opposition to his bold assertion that light emanates from living things,3 and had finally won respect from the physics community.

He had set up his international community of likeminded scientists from prestigious centres all over the globe to work on biophoton emissions.4 By participating in our experiment, he might risk this hard-won reputation and good will. After all, ultimately I was asking this world-renowned physicist to test whether collective positive thinking could change the physical world.

* * *

The   results of a number of   experiments    had suggested that a ‘group’ consciousness might possibly exist. In their random-event generator experiments, PEAR’s Jahn and Dunne found that the influence of pairs of the opposite sex who knew each other had a powerful complementary effect on the machines – roughly three and a half times that of individuals. Two intensively involved people appeared to create six times the ‘order’ on a random machine. Some couples even produced a ‘signature’ result, which did not resemble the effects they generated individually.5

There was also evidence that a group all intently focused on the same thought registered as a large effect on a REG machine. Roger Nelson, the chief coordinato of the PEAR lab, had come up with the idea of running REG machines continuousl during a particularly engaging event, to examine whether the focused attention of a group had any effect on the random output of the machines.

He and Dean Radin developed what they termed ‘FieldREG’ devices and ra them during a host of events involving the highly focused attention of an audience: intense or euphoric group workshops; religious group rituals; Wagnerian festivals; theatrical presentations; even the Academy Awards. In most instances, their studies showed that multiple minds holding the same intensely felt thought created some kind of deviation from the norm on the equipment.6

Nelson had been fascinated by the possibility of a global collective consciousness. In 1997, he decided to place REGs all over the world, have them ru continuously and compare their output with moments of global events with the greatest emotional impact. For his programme, which became known as the Global Consciousness Project, Nelson organized a centralized computer program, so tha REGs located in 50 places around the globe could pour their continuous stream of random bits of data into one vast central hub through the Internet.

Periodically, Nelson and his colleagues, including Dean Radin, studied these outpourings and compared them with the biggest breaking news stories, attempting to root out any sort o f statistical connection. Standardized methods and analysis revealed any demonstration of order – a moment when the machine output displayed less randomness than usual – and whether the time that it had been generated corresponded with that of a major world event.

By 2006, they had studied 205 top news events, including the death of the Princess of Wales, the millennium celebrations, the death of John F. Kennedy, Jr, and his wife, and the attempted Clinton impeachment. When Nelson analysed four years’ worth of data, a pattern emerged. When people reacted with great joy or horror to a major event, the machines seemed to react as well.  Furthermore, the degree of ‘order’ in the machine’s output seemed to match the emotional intensity of the event, particularly those that had been tragic: the greater the horror, the greater the order.7

This trend appeared most notable during the events of 9/11. After the twin towers were destroyed, Nelson, Radin and several colleagues studied the data that had poured in from 37 REGs around the world. Individual statistical analyses were performed by Radin, Nelson, computer scientist Richard Shoup of Boundary Institut and Bryan J. Williams, a psychology undergraduate at the University of New Mexico According to the results of all four analyses, the effect on the machines during the plane crashes was unprecedented.

Out of any moment in 2001, the greatest variance in  the  machines  away  from randomness  took  place  that  day.  The  results  also represented the largest daily average correlation in output between each machine than at any other time in the history of the project.8 According to the REGs, the world’s mind had reacted with a coherent global horror.

Nelson and three independent analysts took apart the data using a variety of statistical methods. Nelson examined his results through the chi-square distribution method, that statistical technique which plots the square of each of the machine’s runs, so that any deviation from chance easily shows up. All of the analysts concluded that an enormous increase in ‘order’ occurred during time frames relating t o key moments in the drama (such as, shortly before the first tower was struck), which were likely to be the most intense periods of horror and disbelief.9 As REGs are designed to control for electrical disturbances, natural electromagnetic fields or increased levels of mobile phone use, the two scientists were able to discard all those possibilities as potential causes.10

Furthermore, although activity of the REGs was normal in the days leading up to /11, the machines became increasingly correlated a few hours before the first tower was hit, as though there had been a mass premonition. This similarity in output continued for two days after the first strike. Williams thought of it as kind of psychic signature, a giant unconscious psychokinetic effect created by 6 billion minds set to react in unified horror.11

The world had felt a collective shudder several hours before the first plane crash, and every REG machine had heard and duly recorded it.

Although not every analyst agreed with these conclusions,12 Nelson, Radin and several of their colleagues eventually were able to publish a summary of their findings in the prestigious physics journal Foundations of Physics Letters.13

Nelson went on to study other events in the wake of 9/11, including the start of the Iraqi war. He compared REG activity with variations in the approval polls o President George W. Bush, to see if he could discover a connection of any kind between the global ‘mind’ and current American opinions of the president, and whether the REG network reacted most when there were strong feelings of unity and purpose, as the Americans had shared in the wake of 9/11, or when the public mood was polarized, as it had been after the invasion of Iraq and the deposing of Saddam Hussein’s regime.

After examining 556 separate polls between 1998 and 2004, Nelson’s colleague, Peter Bancel, discovered that peaks in variations followed big public changes of opinion of any variety, either for or against the president. Strong emotion, positive or negative – even to presidential decisions – seemed to produce order.

The results of the FieldREG work and the Global Consciousness Project offe several important clues about the nature of group intention. A group mind appears to have a psychokinetic effect on any random microphysical process, even when not focused on the machinery itself.

The energy from a collective, intensely felt thought appears to be infectious. There also appears to be a ‘dose’ effect; the effect on an REG of a load of people thinking the same thought is larger than the effect of a single person. Finally, emotional content or degree of focus is important. The thought has to engulf a group of people in a moment of peak attention, so that every member of the group is thinking the same thought at the same time. A catastrophe is certainly an effective way to snap the mind to attention.

The data from the Global Consciousness Project had one serious limitation However accurately Nelson had taken the temperature of the world mind, his data simply referred to the effect of mass attention.

There had been no intention to cause change. What would happen if a number of people were not simply attending to something but also trying to affect it in some way? If the focused attention of a group has a physical impact on sensitive equipment, does the signal get stronger when the group is actually trying to change something?

The only systematic study of group intention concerns the so-called Maharishi Effect of Transcendental Meditation™ (TM), the technique first introduced by Maharishi Mahesh Yogi to the West in the 1960s. Over several decades, the TM organization has carried out more than 500 studies of group meditation, with or without intention, to examine whether meditation has a resonance effect on reducing conflict and suffering.

Maharishi Mahesh Yogi postulated that regularly practising TM enabled you to get in touch with a quantum energy field that connects all things. When a group of meditators was large enough, he claimed, their collective meditations caused ‘Super Radiance’, a term in physics used to describe the coherence of laser light.

During TM, the theory went, the minds of meditators all become tuned to the same frequency, and this coherent frequency begins to order the disordered frequencies around it. Resolution of individual internal conflict leads to resolution of global conflict.

The TM studies claimed to demonstrate effects from two types of meditation The first was undirected, the simple consequence of a certain percentage of the population meditating. The second resulted from deliberate intention, and required experience and focus; advanced meditators would target a particular area and direct their meditation to help resolve conflict and lower the rate of violence.

The Maharishi’s theory rests entirely on the premise that meditation has a threshold effect. If 1 per cent of the population of a particular area practises TM, he claims, or the square root of 1 per cent of the population practises TM-Sidhi, a more advanced type of meditation, conflict of any variety – rates of murders, crime, drug abuse, even traffic accidents – goes down.

Some 22 studies have tested the positive impact of the Maharishi Effect on crime levels. One study of 24 US cities showed that whenever a city reached a poin where 1 per cent of the population was carrying out regular TM, the crime rate dropped to 24 per cent. In a follow-up study of 48 cities, those 24 cities with the requisite threshold percentages of meditators (1 per cent of the population) experienced a 22 per cent decrease in crime, and an 89 per cent reduction in the crime trend. In the other 24 cities without the threshold percentage of meditators, crime increased by 2 per cent and the crime trend by 53 per cent.14

In 1993, the TM’s National Demonstration Project focused on Washington DC during a large upsurge of local violent crime in the first five months of the year. Whenever the local Super Radiance group reached the threshold number of 4000, the rate of violent crime fell and continued to fall, until the end of the experiment. The study was able to demonstrate that the effect had not been due to any other factors, such as police efforts or a special anti-crime campaign. After the group disbanded, the crime rate in the capital rose again.15

The TM organization has also targeted global conflict. In 1983 a special TM assembly met in Israel to send intentions through meditation to resolve the Palestinian conflict. During their sessions, they made daily comparisons between the number of meditators working on the project and the state of Arab–Israeli relations. On days with a high number of meditators, fatalities in Lebanon fell by 76 per cent. Their reach apparently extended beyond armed conflict; ordinary violence – local crime, traffic accidents and fires – also all decreased. When analysing their results, the TM group claimed to have controlled for confounding influences such as weather.16

TM adepts have also  sought to influence the ‘misery index’ –  the sum of inflation and unemployment rates – in the USA and Canada. And indeed, during one concerted effort between 1979 and 1988, the US index fell by 40 per cent and the Canadian index, by 30 per cent.

Another group of adepts sought to influence the monetary growth and crude- materials price indices as well as the American misery index. In this instance, the misery index fell by 36 per cent, and the crude-materials price index fell by 13 per cent. Although the growth rate of the monetary base was affected, it was only by a small margin.17

Critics of TM have argued that these effects could easily have been due to other factors – a reduction in the population of young men, say, or better educational programmes in these areas, or even the ebb and flow of the economy – although the TM organization claims to control for such changes.

The problem with these studies, to my mind, is the controversy surrounding the TM organization itself; rumours now abound about data fixing and the infiltration by Maharishi followers into many scientific organizations.

Nevertheless, the TM evidence is so abundant and the studies so thorough that it is difficult to dismiss them completely. Furthermore, the studies are regularly published in peer-reviewed scientific journals, and so must meet some level of scientific rigour and critical scrutiny. The sheer bulk of the research argues compellingly that a force outside the understanding of orthodox science might be at work.

But even if the results are legitimate, the TM studies, like the REG data, mostl concerns group attention. In many instances, the meditators are not people who maintain a focused intention to change something else.

For three months in the first quarter of 1998, forest fires raged out of control in the Amazonian state of Roraima, 1500 miles northwest of Brasilia, devastating the rainforest. It had not rained for months – an effect blamed on El Niño – and the ordinarily humid rainforest was bone dry, perfect kindling for the fire that had by that time scorched 15 per cent of the state.

The rains, usually so copious in this part of Brazil, remained elusive. The UN termed the fire a disaster without precedent on the planet. Water-carrying helicopters and some 1500 firefighters, including recruits from neighbouring Venezuela and Argentina, fought the flames to no avail.

In late March, the weather-modification experts were called in: two Caiapo Indian shamans especially flown to the Yanomami reservation, housing the last of what are believed to be Stone Age tribes. They danced around a bit and prayed, and gathered up a few leaves. Two days later, the heavens opened and it began to pour. Up to 90 per cent of the fire was extinguished.18

The Western equivalent of a rain dance is to hope for good weather, and when carried out as a group intention, it may be just as effective. PEAR’s Roger Nelso carried out an ingenious little study, after realizing that the sun shone on graduation day at Princeton for as long as he could remember.

Had the desire of the community for a sunny commencement day had a powerful local effect?

He had gathered weather reports for the past 30 years in Princeton and the surrounding areas for the times around graduation day and statistically compared them; Princeton was drier than usual for that time of year, and drier and sunnier than surrounding communities for just that day. If the figures were to be believed, the collective wish for good weather by the community of Princeton may have created some sort of mental umbrella that only stretched to their borders during that single day.19

The only other evidence of group mind had been a provocative little double- blind exercise carried out by Dean Radin, who was interested in the claims of Japanese alternative medicine practitioner Masaru Emoto that the structure of water crystals is affected by positive  and negative emotions.20

Emoto claims to have carried out hundreds of tests showing that even a single word of positive intent or negative intent profoundly changes the water’s internal organization.

The water subjected to the positive intent supposedly develops a beautiful, highly complex crystalline structure when frozen, whereas the structure of water exposed to negative emotions became random, disordered, even grotesque. The most positive results supposedly occur with feelings of love or gratitude.

Radin placed two vials of water in a shielded room in his laboratory at the Institute of Noetic Sciences in Petaluma, California. Meanwhile, a group of 200 attendees at one of Emoto’s conferences in Japan was shown a photo of the vials and asked to send them a prayer of gratitude.

Radin then froze the water in those vials as well as samples of control water from the same source that had not been exposed to the prayers, and showed the resulting crystals to a panel of independent volunteers. He had carefully blinded the study so that neither he nor his volunteers had any idea which crystals had been grown from the water samples that had been sent intention. A statistically significant number of the volunteer judges concluded that water sent the positive intentions had formed the more aesthetically pleasing crystalline structure.21

Nelson’s Global Consciousness Project effects had been an especially intriguing example of the power of mass thought. In a sense, they showed the same effect captured by Tiller’s equipment in his laboratory. Intention appeared to be raising order in the ground state of the Zero Point Field. But was there a magic threshold effect, as the Maharishi maintained? And how many people were required to constitute a critical mass? According to the Maharishi’s formula – that the square root of 1 per cent of any population practising advanced meditation will have a positive impact – only 1730 advanced American meditators would be required to have a positive influence on the US, and only 8084 to affect the entire world.

Nelson’s work with FieldREGs had suggested that the size of the group was no as important as the intensity of focus; any group, however small, exerted an effect so long as the parties were involved in rapturous attention. But how many people did the group need to exert an effect? How intently focused did we need to be? What were the true limits of our influence – if any? It was time for me to find my own answers.

The original plan for our first intention experiment, as Popp saw it, was to gather a group of experienced meditators in London, and to have them send positive intention to the Acetabularia acetabulum growing in Popp’s IIB laboratory in Neuss Germany.

I was deflated after we had discussed the likely target. For our first experiment, I had wanted to help heal burn victims, to save the world from global warming. Single-celled organisms weren’t exactly my idea of heroics and high drama.

Then I began to research algae, and quickly changed my mind. Vital algae were being killed off as a result of global warming. Scientists have discovered an inexorable rise in ocean temperatures over the past century.

For the past 30 years, coral reefs, the centrepiece of the sea’s ecosystem, have been vanishing off the earth. When oceans warm, the algae hugging coral reefs get sloughed off, and without this protective layer, the coral reefs themselves die. Some 97 per cent of a certain species of coral have disappeared in the Caribbean alone, and the US governmen has recently declared Elkhorn and Staghorn coral to be endangered species.

According to the United Nations’ Intergovernmental Panel on Climate Change, body  made  up  of  the  world’s  leading  climatologists  and  other  scientists,  the predicted level of warming – up to 6°C by the end of this century – will bring on a disaster of biblical proportions: a rise of sea levels by nearly 1 metre; unendurable heat in many parts of the world; a vast increase of vector-born diseases; raging floods and storms. A change upward of six degrees may not seem like much until one takes on board that lowering it by the same amount would bring on another Ice Age.

The key to warding off all the fires and floods appeared to be algae. Algae and other plants are the firefighters of our overheated oceans. Scientists are presently engaged in studying sediments from the ocean floor to see how the oceans cope with rising levels of gases.

They are especially interested in the reaction of marine plants to global warming, as they are the primary shock absorbers of excess carbon dioxide. Algae provide oxygen and other benefits to plant and animal marine life. Algae offer a little wall of protection to the creatures of the sea from the worse excesses of man.

I reconsidered my resistance to Acetabularia as a test subject. Algae might be critical to our survival. The health of most life in the seas depends on these lowly, single-celled creatures, and the seas, like the rainforests, represent the lungs of the earth. As algae goes, so, eventually, do we. Being able to show that mass intention could rescue a sample of algae might demonstrate that our thoughts could combat something as potentially devastating as global warming.

* * *

On 1 March 2006 I travelled to Germany to meet Popp and his colleagues at th IIB laboratory on Museum Island in Hombroich, west of Düsseldorf. The ‘island’s innovative architecture had first been built to serve the eccentric needs of a millionaire art collector turned Buddhist, Karl Heinrich Müller, who had nowhere to house his vast collection of painting and sculpture. He purchased 650 acres from the American military, and then converted a NATO missile site into an open-air museum.

Müller’s ambitions for the island grew to embrace the possibility of an artists’ and writers’ community. He commissioned a sculptor turned architect named Erwin Heerich and gave him a free hand. Heerich created enormous futuristic brick structures – galleries, a concert hall, working spaces and even residences – and ingeniously placed them to best advantage against the bleak landscape. Nothing had been wasted; even the disused metal bunkers and rocket silos had been converted into studios and working spaces for famous German artists, writers and musicians, including Thomas Kling the lyricist and Joseph Beuys the sculptor.

Past a ‘garden’ of buildings of different pastels, the eye alighted on a squat building of interlocking squares on a narrow base, like a giant piece of Lego about to take flight – the new official international site of the IIB. Popp politely accepted the building, when it was first offered to him, but found the open, airy loft, its floor-to- ceiling windows staring out on the vast panorama of Museum Island, completely impractical for his purposes. Before long he set up camp in one of the cramped metal bunkers, left from the raketenstation, whose small dark rooms are more compatible with the work of counting living light.

There I met Popp’s team of eight, which included Yu Yan, a Chinese physicist, Sophie Cohen, a French chemist, and Eduard Van Wijk, a Dutch psychologist. Mos of the cramped rooms contained photomultipliers, large modern boxes attached to computers that count photon emissions. One room housed another smaller room, with a bed and a photomultiplier for human subjects.

The pride of place was reserved for a strange homemade contraption of welded metal circles, resembling a David Smith sculpture of scrap metal, which periodically clanged. That, Popp said with pride, was his first photomultiplier, assembled in 1976 by his student, Bernhard Ruth, and still one of the most accurate pieces of equipment in the field. Indeed, he was convinced that it kept improving with age.

When measuring subtle effects, such as the tiny discharges of light from a living thing, it is important to construct a test that will yield a large enough effect to indicate that something has changed.

Our experimental design had to be so robust, said Popp, that a positive result could not be dismissed by advocatus diaboli, the scientific process of identifying weaknesses in a scientific hypothesis and providing a ready explanation for anomalous effects. Or, as Gary Schwartz had put it, if we heard hoof beats, we first had to eliminate horses before leaping to the conclusion that they belonged to zebras.

In our experimental design, we also had to aim for an ‘on off, on off ’ effect, so that we could isolate any changes as being caused by remote influence. Popp suggested that we have our group send intention intermittently at regular intervals: 10 minutes on, then 10 minutes off, so that we would be ‘running’ intention a few times every hour. If our experiment worked and intention did have an effect, once we plotted our result on a graph it would create an identifiable, zigzag effect.

Popp acquiesced to including dinoflagellates as well as Acetabularia. The light emissions of these fluorescent creatures are extraordinarily responsive to change. As he had seen when they had been placed in shaken water, a change of any sort to which a dinoflagellate is exposed readily shows up as a large shift in emissions of light. I made a further appeal for the use of several subjects.

Each would constitute a separate experiment, and then we would have several results to compare. More than one positive finding would be less likely the result of chance. Finally, the scientists agreed. We also added a jade plant, and a human subject whom Eduard felt he could enlist.

As Popp had concluded during his experiment with Dick Blasband, change o any sort is easier to see with something ill that you try to make well, so we needed to stress some of our subjects in some way. The most obvious way to stress a life form is to place it in a hostile medium.

Eduard and Sophie decided to pour some vinegar into the medium of the dinoflagellates. We could stress the jade plant by sticking a needle through one of its fleshy leaves. Eduard ultimately decided to stress our human subject with three cups of coffee, but I agreed not to disclose this fact to my meditators, to see if they could pick up any psychic information about her. We decided to leave the Acetabularia alone, to test whether our intentions could also affect a healthy organism. To make it simple, our meditators would send intentions for the biophoton emissions of each organism to decrease and for its health and well- being to improve.

The experiment would run at night, between 3 p.m. and 9 p.m. Eduard and Sophie would turn on the equipment, and I would select three half-hour windows within that time frame, unbeknownst to them, to carry out our group intentions. Although it was impossible to conduct a double-blind trial (all of us in London would of course know when we sent our healing intention), we could create ‘singleblind’ conditions and control for experimenter effects, by ensuring that neither our human subject nor the scientists knew when intention was being sent. I would reveal our schedule to them only after the experiment had taken place.

Our study design was constrained by the equipment. A photomultiplier cannot run with the shutter open continually for six hours, so we decided to turn it on from the hour to the half hour, and give it a rest between the half hour and the hour. I would instruct my meditators to send an intention to all four subjects for two 10-minute sessions during the three time windows I’d chosen.

Eduard and Popp planned to look for any qualitative differences in the kind of light being emitted. Any change in the signal or the quantum nature of the photons during the times we were ‘running’ intention would suggest that change had occurred from an outside influence and that we were having an effect.

I took some photos of our subjects and the scientists. Before leaving, I stole a last look at the Acetabularia, growing in small pots in a converted, darkened refrigerator, and the dinoflagellates, which resembled tiny green specks in the water tiny participants about to be stressed, and possibly sacrificed, in the name of science.

A few weeks later, Eduard found a human volunteer in one of his Dutch colleagues, Annemarie Durr,22 a laser biologist and a meditator of long standing. Although rather sceptical of our plan, she was happy to be our first subject. Her agreement to participate was a particularly generous gesture, as it would entail sitting still on a bed in a pitch black room for six hours.

At one of our conferences in mid-March, I asked for volunteers to participate in a first intention experiment from those among our audience who were experienced meditators. I prepared a PowerPoint presentation to brief them on the subjects of our experiment and the experimental protocol, and to reinforce my verbal presentation, and set the day for 28 March at 5:30 p.m., at a university lecture room I had hired for the evening.

That night, there was such a fierce hailstorm when my colleague Nicolette Vuvan and I left our office for the train to central London that we had to take momentary shelter in a doorway.

We were half soaked after battling through a torrent of rain, but I was thrilled with the atmospheric conditions – a dark, stormy night would only aid our activities. Weather this wild often results from geomagnetic or atmospheric disturbance, which I knew enhances psychokinetic effects.

When I checked with America’s National Oceanic and Atmospheric Administration’s website later that evening, I discovered that they noted ‘unsettled’ conditions for the evening, with a fair degree of geomagnetic activity and minor to major storms in space.

Despite  the  weather,  16  volunteers  showed  up.  I  asked  them to  fill  in a collection of forms, which included personal information plus several psychological tests used by Gary Schwartz and Stanley Krippner, including the Arizona Outcome Integrative Scale and the Hartmann Boundary Questionnaire test, to test psychic ability. I wanted as much data as possible in order to gauge whether their state of mind, psychic talent, or health status would have any bearing on our results.

I soon discovered that my volunteers were ideal candidates for an intention experiment. According to the forms they’d filled out for me, they’d meditated for an average of 14 years, and their scores on the psychological tests I’d given them showed that, as a group, they had very thin boundaries, tended toward a highly positive outlook, enjoyed excellent mental, emotional and physical health, and evidenced powerful emotions.

I explained the experiment, offered photographs and details about our four subjects, and then went over the protocol. We would be sending our intentions from 6 to 8:30 p.m. at every hour on the hour to 10 minutes past and from 20 past until the half hour. In between those times we would rest, chat and fill in the forms.

We began at 6 on the dot. As William Tiller had done in his black box experiments, I displayed the intentions in writing on the computer screen as I read them out loud so that all the meditators would be sending exactly the same thought during each meditation.

I led the meditation, directed our focus to each target subject, showing its image on screen, and read aloud the sentence that sent our intention to lower the subject’s biophoton emissions and increase its state of health and well- being.

The shared energy immediately felt tangible and increased in power as the evening carried on. Michael, one of our group members, suggested that we call our algae ‘Dino’ and ‘Tabu’, to establish some relationship with these little organisms. Although no one had any prior experience in telepathy, some participants began to pick up information about our subjects, notably Annemarie.

Several meditators were convinced that she was an amateur singer, and had a recurrent problem with her throat. Isabel thought she might be suffering from gut problems or something gynaecological. Michael, who was German, kept thinking of a termI m schutz der dunkelheit (‘under protection of darkness’), and interpreted it to mean that she was wrapped up in a blanket. Amy said she received a mental image of Annemarie wrapped up in a luxuriously soft blanket on a hard surface and at times asleep. She was also convinced that she had eaten something disagreeable and that her stomach was upset.

Many meditators felt a connection to the jade plant and ‘Tabu’, and Peter had a strong sense that Acetabularia was responding most to the intentions – but with few exceptions the group had the most difficulty establishing any connection with ‘Dino’, and this difficulty increased to the point where most felt no connection at all by the final session.

All of us were infused with a strong sense of purpose and momentarily lost a sense of our individual identities.

By the end of the evening, I had cast out my own doubts about the study and the niggling thought that what we were trying to do was faintly ludicrous. Even though we were not healers, we had all felt as if a healing of sorts had occurred. Whatever had happened in there, I thought, heading back out into the stormy night, I grew certain we’d had some kind of effect.

Several days later, I sent Popp our meditation schedule so that his team could compile our results.

I also spoke with Annemarie. Some of our extrasensory impressions had been correct. It was true she sang as a hobby and periodically suffered with a blocked throat. Although she ordinarily did not especially suffer problems in the gut, she had that night because the three cups of coffee Eduard had asked her to drink upset her stomach. Yet even though coffee late in the afternoon usually agitated her and caused insomnia, on the night of our experiment, she drifted off at various points throughout the six hours of the experiment and slept easily that night. She described tingling bodily sensations she had felt periodically through the evening, and the times of their occurrence corresponded with the first and third sessions that we had been ‘running’ intention. Nevertheless, we had also picked up some ‘noise’: she was not a vegetarian and never listened to or had sung Vivaldi, as a couple of meditators had felt.

When analysing the data, Eduard studied not only the intensity of light but also its deviation from symmetry: normal emissions from a living thing, when plotted on a graph as a bell curve, are perfectly symmetrical. He also looked at any deviations in the kurtosis, or the customary ‘peakedness’, of the distribution. High kurtosis means a bell curve that is high around the middle, or mean.

Again, when emissions are plotted on a graph, the normal peak distribution is 0 – the highs and lows cancel each other out. After examining our 12 block periods – the six times we sent intention and the six periods of rest – he found no change in light intensity. But he did find large changes in the skewness, showing a lack of the customary symmetry (from 1.124 to 0.922), and kurtosis (from 2.403 to 1.581) of the emissions. Something in the light was profoundly altered.

Eduard was excited by the results. They exactly matched those he had observed during his study of healers, when he had tested whether the act of healing has a ‘scatter effect’ on any other living things in the environment where the healing takes place. In the study, when he had placed some algae with a photon counter in the presence of a healer and his patients and measured the photons of the algae during 36 healings, he had been surprised to discover that the photon count distributions of the algae had ‘remarkable’ alterations during the healing rituals. Large shifts in the cyclical components of the emissions had occurred.

His tiny study had suggested that healing caused a shift in the light emissions of everything in its path.23 Now he had discovered the same effect when simple intention was sent by ordinary people from 300 miles away.

On 12 April, Fritz Popp sent me data on the algae, the dinoflagellates and the jade plant. Although a first glance at the numbers had convinced him we had had no effect, he changed his mind once he performed his calculations.

Ordinarily, any stressed living thing will begin to accustom itself to the stress, and its light emissions, although initially large, will naturally begin to decrease as the organism gets used to its new circumstances.

Consequently, in order to work out a true demonstration of the effect of change, Popp had to control for this phenomenon. He worked out mathematically a means of starting from zero, so that any deviation from normal behaviour would readily show up. In this way, he would then be able to determine whether any additional change represented an increase or a decrease in the number of biophoton emissions. The number of emissions he then plotted on his graph reflected any excess increase or decrease from the norm.

In all three instances, our subjects registered a significant decrease in biophotons during the meditation sessions, compared with the control periods. The dinoflagellates had been killed by the acid, in the end (one possible reason why they had been so difficult for our meditators to detect).

Nevertheless, Popp said, their response (a lowering of emissions by nearly 140,000) was significantly different from the normal emissions of a dying organism. Among the survivors, the Acetabularia, the healthy subject, had evidenced a larger effect than the jade plant, perhaps because it was not overcoming a stress (544 emissions lower than normal), whereas with the jade plant (which had 65.5 emissions lower than normal), the stress (the pin) remained in the leaf during the experiment.

He plotted the results on a graph, marking out the portions in red that represented the times of our healing intentions and emailed them to me. We had indeed produced a ‘zigzag’ effect. During meditation, Popp wrote in his report, ‘there is a clear preference of dropping down reactions rather than going up’, which tracked the times of our intentions. With the Acetabularia, we had had an overall decrease over the norm of 573 emissions, and an increase of only 29.

Our little meditation effort had created a major healing effect, a significant decrease in living light. Not only that, but the effect from all that distance was similar to the effect by an experienced healer when healing in the same room. The intention of our group had created the same light as a healer’s.

In many ways, it was a crude first effort. We had, after all, tested four subjects, some stressed and some not, and one had died. We had made use of control periods, but not control subjects. Both Eduard and Popp cautioned me not to take too much notice of it: ‘We have to be sure that these changes in kurtosis and skewness are real. That means that we have to repeat the experiments a couple of times,’ said Eduard. ‘Despite the right tendency of the results,’ wrote Popp, ‘I do not dare to state that it is proof.’

But, despite these caveats, the fact was that we had recorded a significant effect. In the end, achieving a positive result didn’t really surprise me. For more than 30 years Popp, Schlitz, Schwartz and all of their fellow scientists have been amassing unimpeachable evidence in other experiments that has stretched credulity. Frontier research into the nature of human consciousness has upended everything that we have hitherto considered scientific certainty about our world.

These discoveries offer convincing evidence that all matter in the universe exists in a web of connection and constant influence, which often overrides many of the laws of the universe that we used to believe held ultimate sovereignty.

The significance of these findings extends far beyond a validation of extrasensory power or parapsychology. They threaten to demolish the entire edifice of present-day science. The discoveries of Tom Rosenbaum, Sai Ghosh and Anton Zeilinger that quantum effects occur in the world of the tangible could signal an end to the divide in modern physics between the laws of the large and the laws of the quantum particle, and the beginning of a single rule book defining all of life.

Our definition of the physical universe as a collection of isolated objects, our definition of ourselves as just another of those objects, even our most basic understanding of time and space, will have to be recast. At least 40 top scientists in academic centres of research around the world have demonstrated that an information transfer constantly carries on between living things, and that thought forms are simply another aspect of transmitted energy. Hundreds of others have offered plausible theories embracing even the most counter-intuitive effects, such as time-displaced influence, as now consistent with the laws of physics.

We can no longer view ourselves as isolated from our environment and our thoughts the private, self-contained workings of an individual brain. Dozens of scientists have produced thousands of papers in the scientific literature offering sound evidence that thoughts are capable of profoundly affecting all aspects of our lives. As observers and creators, we are constantly remaking our world at every instant. Every thought we have, every judgement we hold, however unconscious, is having an effect. With every moment that it notices, the conscious mind is sending an intention.

These revelations not only force us to rethink what it is to be human, but also how to relate. We may have to reconsider the effect of everything that we think, whether we vocalize it or not. Our relationship with the world carries on, even in our silence.

We must also recognize that these ideas are no longer the ruminations of a few eccentric individuals. The power of thought underpins many well-accepted disciplines in every reach of life, from orthodox and alternative medicine to competitive  sport.  Modern  medicine  must  fully  appreciate  the  central  role  of intention in healing. Medical scientists often speak of the ‘placebo effect’ as an annoying impediment to the proof of the efficacy of a chemical agent. It is time that we understood and made full use of the power of the placebo. Repeatedly, the mind has proved to be a far more powerful healer than the greatest of breakthrough drugs.

We will have to reframe our understanding of our own biology in more miraculous terms. We are only beginning to understand the vast and untapped human potential at our disposal: the human being’s extraordinary capacity to influence the world. This potential is every person’s birthright, not simply that of the gifted master. Our thoughts may be an inexhaustible and simple resource that can be called upon to focus our lives, heal our illnesses, clean up our cities and improve the planet. We may have the power as communities to improve the quality of our air and water, our crime and accident statistics, the educational levels  of our children. One well- directed thought may be a gentle but effective way for every man and woman on the street to take matters of global interest into their own hands.

This knowledge may give us back a sense of individual and collective power, which has been wrested from us, largely by the current world view espoused by modern science, which portrays an indifferent universe populated by things that are separate and unengaged. Indeed, an understanding of the power of conscious thought may also bring science closer to religion by offering scientific proof of the intuitive understanding, held by most of us, that to be alive is to be far more than an assemblage of chemicals and electrical signalling.

We must open our minds to the wisdom of many native traditions, which hold an intuitive understanding of intention. Virtually all of these cultures describe a unified energy field not unlike the Zero Point Field, holding everything in the universe in its invisible web. These other cultures understand our place in a hierarchy of energy and the value of choosing time and place with care. The modern science of remote influence has finally offered proof of ancient intuitive beliefs about manifestation, healing and the power of thoughts. We would do well to appreciate, as these traditional cultures do, that every thought is sacred, with the power to take physical form.

Both modern science and ancient practices can teach us how to use our extraordinary power of intention. If we could learn how to direct our potential for influence in a positive manner, we could improve every aspect of our world. Medicine, healing, education, even our interaction with  our technology, would benefit from a greater comprehension of the mind’s inextricable involvement in its world. If we begin to grasp the remarkable power of human consciousness, we will advance our understanding of ourselves as human beings in all our complexity.

But there are still many more questions to ask about the nature of intention. Frontier science is the art of inquiring about the impossible. All of our major achievements in history have resulted from asking an outrageous question. What if stones fall from the sky? What if giant metal objects could overcome gravity? What if there is no end of the earth to sail off? What if time was not absolute, but depends on where you are? All of the discoveries about intention and remote influence have similarly proceeded from asking a seemingly absurd question: what if our thoughts could affect the things around us?

True science, unafraid to explore the dark passages of our ignorance, always begins with an unpopular question, even if there is no prospect of an immediate answer – even if the answer threatens to overturn every last one of our cherished beliefs. The scientists engaged in consciousness research must constantly put forward unpopular questions about the nature of the mind and the extent of its reach.

In our group experiments, we will be asking the most impossible question of all: what if a group thought could heal a remote target? It is a little like asking, what if a thought could heal the world?

It is an outlandish question, but the most important part of scientific investigation is just the simple willingness to ask the question. As Bob Barth of the Office of Prayer Research commented, when asked whether praye research should continue in the wake of the Benson STEP study: ‘We can’t find the answers if we don’t keep asking the questions.’ That is how we will begin our own experiments – unafraid to ask the question, whatever the answer.

Note – Chapter 12: The Intention Experiment

  1. Interview with Fritz-Albert Popp, March 1, 2006.
  2. F.-A. Popp et al., ‘Further analysis of delayed luminescence of plants’, Journal of Photochemistry and Photobiology B: Biology, 2005, 78: 235–44.
  3. For a full description of Popp’s history, see McTaggart, The Field, op. cit.
  4. International Institute of Biophysics, see www.lifescientists.de.
  5. B. J. Dunne, ‘Co-operator experiments with an REG device’, PEA Technical Note 91005, Princeton Engineering Anomalies Research Princeton, New Jersey, December 1991.
  6. R. D. Nelson et al., ‘FieldREG anomalies in group situations’,Journal of Scientific Exploration, 1996; 10 (1): 111–41; R. D. Nelson et al., ‘FieldREGII: Consciousness field effects: replications and explorations’ Journal of Scientific Exploration, 1998; 12 (3): 425–54.
  7. D. I. Radin, ‘For whom the bell tolls: A question of global consciousness’ Noetic Sciences Review, 2003; 63: 8–13 and 44–5; R. D. Nelson et al. ‘Correlation of continuous random data with major world events’, Foundations of Physics Letters, 2002; 15 (6): 537–50.
  8. D. I. Radin, ‘Exploring relationships between random physical events and mass human attention: Asking for whom the bell tolls’, Journal of Scientific Exploration, 2002; 16 (4): 533–47.
  9. R. D. Nelson,   ‘Coherent consciousness and reduced randomness: Correlations on September 11, 2001’, Journal of Scientific Exploration, 2002; 16 (4): 549–70.
  10. Ibid.
  11. Bryan J. Williams, ‘Exploratory block analysis of field consciousness effects on global RNGs on September 11, 2001’ (http://noosphere.princeton.edu/williams/GCP911.     html).
  12. J. D. Scargle, ‘Commentary: Was there evidence of global consciousness on September 11, 2001?’ Journal of Scientific Exploration, 2002; 16 (4): 571–7.
  13. Nelson et al., ‘Correlation of continuous random data’, op. cit.
  14. M. C. Dillbeck et al., ‘The Transcendental Meditation program and crime rate change in a sample of 48 cities’, Journal of Crime and Justice, 1981; 4: 25–45.
  15. J. Hagelin et al., ‘Effects of group practice of the Transcendental Meditation program on preventing violent crime in Washington, D. C.: Results of the National Demonstration Project, June–July 1993’,Social Indicators Research, 1999; 47 (2): 153–201.
  16. W. Orme-Johnson et al., ‘International peace project in the Middle East: the effects of the Maharishi technology of the unified field’, Journal of Conflict Resolution, 1988; 32: 776–812.
  17. K. L. Cavanaugh et al., ‘Consciousness and the quality of economic life empirical research on the macroeconomic effects of the collective practice of Maharishi’s Transcendental Meditation and TM-Sidhi program.’ Paper originally presented at the annual meeting of the Midwest Management Society, Chicago, March 1989, published in R. G. Greenwood (ed.) Proceedings of the Midwest Management Society, Chicago: Midwest Management Society, 1989: 183–90; K. L. Cavanaugh et al., ‘A multiple input transfer function model of Okun’s misery index: An empirical test of the Maharishi Effect.’ Paper presented at the Annual Meeting of the American Statistical Association, Washington D. C., August 6–10, 1989, an abridged version of the paper appears in Proceedings of the American Statistical Association, Business and Economics Statistics Section, Alexandria, Va.: American Statistical Association, 1989: 565–70;  K. L Cavanaugh and K. D. King, ‘Simultaneous transfer function analysis of Okun’s misery index: improvements in the economic quality of life through Maharishi’s   Vedic Science  and technology of consciousness.’  Paper presented at the Annual Meeting of the American Statistical Association New Orleans, Louisiana, August 22–25, 1988, an abridged version of the paper  appears  in Proceedings  of  the  American  Statistical  Association Business  and  Economics  Statistics  Section,  Alexandria,  Va.:  American Statistical   Association,  1988:  491–6;   K.  L.  Cavanaugh,  ‘Time  serie analysis of U.S. and Canadian inflation and unemployment: A test of a field-theoretic hypothesis.’ Paper presented at the Annual Meeting of the American Statistical Association, San Francisco, California, August 17–20 1987,  published  in Proceedings of the American Statistical Association Business  and  Economics  Statistics  Section,  Alexandria,  Va.:  American Statistical Association, 1987: 799–804.
  18. Strong rains fall on fire-ravaged Amazon state, March 31, 1998, Web posted at: 6:46 p.m. EST (2346 GMT), Brasilia, Brazil (CNN) http://twm co. nz/.
  19. R. Nelson, ‘Wishing for good weather: a natural experiment in group consciousness’, Journal of Scientific Exploration, 1997; 11 (1): 47–58.
  20. M. Emoto, The Hidden Messages in Water, New York: Atria, 2005.
  21. Interview with Dean Radin, May 3, 2006.
  22. Not her real name. I’ve changed her name at her request. Nevertheless, our meditators were shown her real name and photo.
  23. R. Van Wijk and E. P. Van Wijk, ‘The search for a biosensor as a witness of a human laying on of hands ritual’, Alternative Therapies in Health and Medicine, 2003; 9 (2): 48–55.

PART FOUR

The Experiments

Miracles do not happen in contradiction to nature, but only in contradiction to that which is known in nature. 

-St Augustine

CHAPTER THIRTEEN

The Intention Exercises

UP UNTIL THIS POINT, The Intention Experiment has been concerned with the scientific evidence of the power of intention. What has not been tested is the extent of this power in the cut and thrust of ordinary life. An inordinate number of books have been written about the power of the human being to manifest his or her reality, and, while they have served up many intuitive truths, they offer little in the way of scientific evidence.

Exactly how much power do we possess to shape and mould our daily lives? What can we use this for, individually and collectively? How much power do we possess to heal ourselves, to live lives of greater happiness and purpose?

This is where I would like to enlist your help. Determining the further practical applications of the power of thought is the purpose of the next portion of this book – the part that involves you as a partner in the research.

Although the power of intention is such that any sort of focused will may have some effect, the scientific evidence suggests that you will be a more effective ‘intender’ if you become more ‘coherent’, in the scientific sense of the term. To do so to greatest effect, or so the scientific evidence suggests, you will need to choose the right time and place, quiet your mind, learn how to focus, entrain yourself with the object of your intention, visualize and mentally rehearse. Believing that the experiment will work is also essential.

Most of us operate with very little in the way of mental coherence. We walk around immersed in a riot of fragmentary and discordant thought. You will become more coherent simply by learning to shut down that useless internal chatter, which always focuses on the past or the future, never the present. In time, you will become adept at quietening down your mind and ‘powering up’, much as joggers train their muscles, and each day find that they can perform a little better than the day before.

The following exercises are designed to help you to become more coherent and so more effective in using intention in your life and in our group intention experiments. These have been extrapolated from what has appeared to work best in the scientific laboratory.

Think of intentions in terms of grand and smaller schemes. Take the grand schemes in stages, so that you send out intentions in steps towards achieving the grand scheme. Also start with modest goals – something realizable within a reasonable timeframe. If you are 40 pounds overweight and your goal is to be a size 8 next week, that is not a realistic timeframe. Nevertheless, keep the grand scheme in mind and build towards it as you gain experience. It is also important to overcome your natural scepticism. The idea that your thought can affect physical reality may not fit your current world paradigm, but nor would the concept of gravity if you were living in the Middle Ages.

Choose Your Intention Space

A number of scientific studies suggest that conditioning your space magnifies the effectiveness of your intentions. Choose a place to carry out your intentions that feels comfortable. Clear away extraneous items and make it personal or appealing, with cushions or comfortable furniture, so that whenever you spend time there you will find it an enjoyable refuge, a place where you can sit quietly and meditate. Use candles, soft lights and incense, if you prefer.

Some people find it helpful to create an ‘altar’ of sorts, as a focal point, with objects or photographs that you find inspirational or particularly meaningful. Even if you are not at home, you may find that you will naturally ‘enter’ your intention space by visualizing it whenever you want to send an intention.

Unless you live in the mountains and can open your windows to clean mountain air, you also may want to install an ionizer in your space to increase the number of negative ions in your environment.

The half-life of ions – which is related to the amount of time that ions maintain their effective radiation – depends on the amount of pollutants in the air. The cleaner the air, the longer the half-life of small ions, if there is a source of ionization (e.g. running water) present. The best levels of ions are:

  • in the uninhabited country, away from industrialized areas; near running water, whether a shower or a waterfall;
  • in natural habitats;
  • in clear sunshine – a natural ionizer; after storms;
  • in the mountains.

The worst are:

  • in enclosed spaces with a gathering of a number of people;
  • near television sets and other such electrical appliances, which can give off electric emissions up to 11,000 volts, exposing anything immediately in range to positive charge;
  • in cities;near industrial sources; in smog, fog, dust or haze.

As a rule of thumb, the lower the visibility, the lower the ion concentration. Low visibility is due to the presence of a great number of large particles, which air ions readily latch on to. For those among us who are city dwellers, placing plants and some source of water, like an indoor desk fountain, will help to improve ion levels in intention spaces. Keep your space free of electrical gadgets and computers.

Power Up

In order to ‘power up’ to peak intensity, you must first slow your brain waves down to a meditative, or ‘alpha’, state of light meditation or dreaming – when the brain emits frequencies (measured on an EEG machine) of 8–13 hertz (cycles per second).

Sit in a comfortable position. Many people like to sit upright in a hard-backed chair, with their hands placed on their knees. You may also sit on the floor cross- legged. Begin breathing slowly and rhythmically in through the nose and out through the mouth (slowly blow all the air out), so that your in-breath is the same length as your out-breath. Allow the belly to relax so that it slightly protrudes, then pull it back slowly as if you were trying to get it to touch your back. This will ensure that you are breathing through your diaphragm.

Repeat this every 15 seconds, but ensure  that you are  not overexerting or straining. Carry on for 3 minutes and then keep observing it. Work up to 5 or 10 minutes. Begin to focus your attention just on the breath. Practise this repeatedly, as it will form the basis of your meditative practices.

To enter an alpha state, the most important feature, as any Buddhist understands, is to still the mind. Of course, just thinking about nothing is often virtually impossible.

After entering the state by concentrating on the breath or focusing on a single object, most meditation schools recommend some sort of ‘anchor’, enabling you to keep your chattering mind quiet, so that you are allowed to be more receptive to intuitive information. The usual anchors include focusing on:

  • the body and its functions, or the breath;
  • your thoughts, as though they are floating by on a flying carpet, so that they are not ‘you’;
  • a mantra, such as used in Transcendental Meditation, is usually a ‘word’ such as OM (‘The Field’ in Buddhism), AH (the universal truth of life) or HUM (the physical manifestation of the truth – the universe itself). In the early 1970s, many practitioners of TM were given the mantra AHOM;
  • numbers, through silent repetitive counting, either backwards or forwards; music – usually something repetitive, such as Bach or chanting;
  • a single tone, such as that produced by an Australian didgeridoo;
  • a drum or rattle, the repetitive sounds of which have been used by many traditional cultures to still the mind;
  • prayer, as with a rosary, since the repetitive sounds still the mind.

Practise until you can comfortably focus on your ‘anchor’ for 20 minutes or more.

Peak Intensity

Powering up involves developing the ability to  attend  with peak intensity, moment by moment. One of the surest ways to develop this is to practise the ancient art of mindfulness, espoused as long ago as 1000 BC by Shakyamuni Buddha, founder of modern Buddhism. It is a discipline whereby you maintain clear, moment-to- moment  awareness  of  what  is  happening  internally  and  externally,  rather  than

in thought.

More than just concentration, mindfulness requires that you police the focus of your concentration and maintain that concentration in the present. With practice, you will be able to silence the constant inner chatter of your mind and concentrate on your sensory experiences, no matter how mundane – whether it is eating a meal, hugging your child, noticing some pain you are experiencing or just picking some lint off your sweater. It is like being a benevolent parent to your mind – selecting what it will focus on and leading it back when it strays.

In time, mindfulness meditation will also heighten your visual perceptions and prevent you from becoming numb to your everyday experience.

One of the difficulties in incorporating mindfulness into ordinary activity is that it is usually taught at retreats, where participants have the luxury of meditating for hours a day or practising mindfulness by engaging in activities, as it were, in ‘slow motion’. Nevertheless, there are ways to adapt many traditional practices for use in your intention meditation.

Once you have achieved your ‘alpha state’, quietly observe whatever manifests in your mind and body as precisely as you can. Be present and attentive to what is, rather than what your emotions tell you, what you wish were the case, or only what is most pleasant. Do not suppress or banish any negative thoughts, if they are true. One good means of harnessing your mind to the present is to ‘come into your body’ and feel your body posture.

It is vital that you distinguish mindfulness from mere concentration. The most important distinction is a lack of judgement or reference point about the experience. You attend to every moment in the present without colouring it with preference for the pleasant or distaste for the unpleasant, or even identifying the experience as something happening to you. There is, in short, no ‘better’ or ‘worse’.

Be aware of all the smells, textures, colours and sensual feelings you are experiencing. What does the room smell like? What taste is in your mouth? What does your seat feel like?

Be mindful of what is happening internally and externally. Whenever you catch yourself judging what you see, think to yourself, ‘I am thinking’, and return to observing with simple attention.

Cultivate the art of simple listening to all sounds in your room: the rumble of a pipe, the honking of a horn, the barking of a dog, a plane flying overhead. Accept all sounds – the noise, chaos or stillness – without judgement.

Notice other sensations in the room: the ‘colour’ of the day, the light in the room, any movement carrying on in front of you, the sensations of quiet.

Try not to try. Work on eliminating your expectations or striving for (and anxiety over) certain results.

Accept all that happens without judgement. This means putting away all opinions and interpretations of what goes on. Catch yourself clinging to certain views, thoughts, opinions and preferences, and rejecting others. Accept your

own feelings and experiences, even the unpleasant ones.

Try never to rush. If you must rush, be present in the rushing. Feel what it feels like.

Developing Mindfulness in Your Daily Life

Even when you are not using intention, the evidence suggests that you will mould your brain to become better at it if you develop mindfulness in your daily life. Psychologist Dr Charles Tart, one of the world’s experts on altered states of consciousness, has a number of suggestions of ways to do so:1

Take periodic breaks during the day in which you have quiet time to be mindful of what is happening internally and externally.

Whenever you feel your concentration flitting away in your daily activities, sense your breath – it will help to ground you.

Be mindful of the most mundane of activities, such as brushing your teeth or shaving.

Start with a small exercise, such as fetching your coat and walking, in which you stay focused completely on what you are doing.

Engage in mental noting, in which you label an ongoing activity, for example ‘I’m putting on my coat’, ‘opening the door’, ‘tying my shoes’.

Use mindfulness in every ordinary situation. When you are preparing dinner or even doing your teeth, be aware of all the smells, textures, colours and sensual feelings you are experiencing.

Learn to really look at your partner and your children, your pets, your friends and work colleagues. Observe them closely during every activity – every part of

them without judgement.

During some activity, such as breakfast, ask your children to be mindful (without speaking) of every aspect of it. Concentrate on the taste of your food. Look closely at the texture and the colours of it. How does the cereal crunch? How does their juice feel as it cascades down their throats? Become aware of the smells and sounds around you. While you are watching all this, how are the different parts of your body feeling?

Listen to what your life sounds like – the myriad noises surrounding you every day. When someone speaks to you, listen to the sound of his or her voice as well as the words. Do not think of a reply until he or she has stopped speaking. Practise mindfulness in every activity: walking down the street, driving home, in the garden.If you are practising these exercises and you happen to bump into someone, do not enter into conversation. Just greet the person, shake hands and stay in the present moment.

Use mindfulness when you are extremely busy or under a tight deadline. Observe what it is like to hurry or to be under the gun and what happens when you do. How does it affect your equilibrium? Be an observer of yourself in that situation. Can you stay in your body while you are working hard?

Practise mindfulness while you are standing in line. Experience the feeling of waiting itself, rather than focusing on what you are waiting for. Be aware of your physical movements and your thoughts.

Do not think about or try to work out your problems. Just deal with whatever daily problem solving is immediately in front of you.

Merging with the ‘Other’

Research shows that touch or even focus on the heart or compassionate feelings for the other is a powerful means of causing brain-wave entrainment between people. When two people touch while focusing loving thoughts on their hearts, the ‘coherent’ heart rhythms of one can entrain the brain of the other.2

Before you set your intention, it may be important  to form an empathetic connection with the object of your intention.

Establish connection beforehand by the following techniques:

First send your intention to someone with whom you already have a strong bond

– a partner, a child, a sibling, a dear friend.

With someone you do not know, exchange an object or photograph.

Get to know the person. Go for a walk with them or meet them first.Spend half an hour meditating together first.

Ask the person to be open to receiving your intention when you are sending it. If you are sending an intention to something non-human or inanimate, you can also establish some connection. Find out all you can about the object of your intentions, whether a plant, an animal or an inanimate object. Have it near you for a period before sending your intention. It goes without saying that you should

be nice to it – even if ‘it’ is your computer or photocopier.

Be Compassionate

Use the following methods to encourage a sense of universal compassion during your intention session:

Focus your attention to your heart, as though you are sending light to it. Observe the light spreading from your heart to the rest of your body. Send a loving thought to yourself, such as ‘May I be well and free from suffering.’

On the out breath, imagine a white light radiating outward from your heart. As you do, think: ‘I appreciate the kindnesses and love of all living creatures. May all others be well.’ As Buddhists recommend, first think of all those you love, then your good friends. Move on to acquaintances and finally to those people you actively dislike. For each stage, think: ‘May they be well and free from suffering.’

Concentrate on the kindness and compassion of all living things and their contribution to your well-being. Finally, send your message of compassion to all people and living things on earth.

Practise switching roles with some of your loved ones. Imagine what it is like to be your partner or spouse, your parent, your child. Get inside their shoes and imagine what itwould be like to see the world through their eyes, with their hopes and fears and dreams. Think how you would respond.

Jerome Stone quotes Sogyal Rinpoche, author of The Tibetan Book of Living and Dying,3 who suggests that we open our hearts every day to the suffering around us, with beggars who pass us by, with the poverty, tragedy and grief we see on our television sets:

Don’t waste the love and grief it arouses; the moment you feel compassion welling up in you, don’t brush it aside, don’t shrug it off and try quickly to return to ‘normal’, don’t be afraid of the feeling or embarrassed by it, allow yourself to be distracted from it or let it run aground in apathy. Be vulnerable; use that quick, bright up rush of compassion; focus on it, go deep into your heart and meditate on it, develop it, enhance and deepen it. By doing this you will realize how blind you have been to suffering …4

During your intention, if you are sending healing to someone, first try to put yourself in his situation. Imagine what it is like to be him and to be faced with his current crisis. Try to feel and have empathy for your receiver’s suffering. Ask yourself how you would feel if you were suffering in this manner and how you would most want to be healed.

Now, direct your loving thoughts to the object of your intention. If he or she is present, hold his or her hand.

Stating Your Intention

In your meditative state, state your clear intention. Although many people use the construction ‘have always been’ – ‘I have always been healthy’ – I prefer the present tense – of sending your intention to its ‘endpoint’ as a wish that has already been achieved. For instance, if you are trying to heal back pain, you can say, ‘My lower back and sacrum are free of all pain and now move easily and fluidly.’ Remember to frame your intention as a positive statement; rather than ‘I will not have side effects’, say, ‘I will be free of side effects’.

Be Specific

Specific intentions seem to work best. Be sure to make your intentions highly specific and directed – and the more detailed, the better. If you are trying to heal the fourth finger of your child’s left hand, specify that finger and, if possible, the problem with it.

State your entire intention, and include what it is you would like to change, to whom, when and where. Use the following as a checklist (as news reporters do) to ensure you have covered every specific: who, what, when, where, why and how. It may help if you draw a picture of it, or create a collage from photos or magazine

pictures. Place this somewhere that you can look at often.

The Mental Dry Run

As with elite athletes, the best way to send an intention is to visualize the outcome you desire with all your five senses in real time. Visualization, or guided imagery, involves using images and/or internal messages to obtain a desired goal. It can be used for any desired outcome – to change or improve your living situation, job, relationships, physical condition or health, state of mind (from negative to positive), outlook on life or even a specific aspect of yourself,  including your personality. It can also be used to send intentions to someone else. Self-guided imagery is a little like self-hypnosis.

Plan a mental image of the outcome of your intention well ahead of time. When carrying out visualization, many people believe that you must ‘see’ the exact image clearly in your mind’s eye. But for an intention it isn’t necessary to have a sharp internal image or, indeed, any image at all. It is  enough to just think about an intention, without a mental picture, and simply to create an impression, a feeling or a thought. Some of us think in images, others through words, still others through sounds, touch or the spatial relationship between objects. Your mental rehearsal will depend on which senses are most developed in your brain.

For our example of healing back pain, imagine yourself free from pain and doing some sort of exercise or movement you enjoy. See yourself walking agilely, free from pain. Remember, feel the feeling of being pain-free and electrically alive. Imagine the internal and external sensations of your limber back. Feel yourself running free. Choose other sensations that support the healing of your back. If you are sending your intention to heal someone else, carry out all the same aspects of the healing, but imagine yourself inside the other person’s back. Send your intention to his back.

Practise Visualizing

You can practise visualization first by getting into a meditative state and imagining the following, while recalling or imagining as much as you can about the sight and smells, and your feelings about them:

  • A favourite recent meal (can you remember some of the smells and tastes you really enjoyed?).
  • Your bedroom. Walk yourself mentally through it, remembering certain details – the feel of your bedspread, the curtains or carpet. You do not have to see the entire room, just get a detail or impression.
  • A recent happy moment (with a loved one, or a child). Remember the most vivid sensations and images.
  • Yourself performing an activity such as running, riding a bike, swimming or working out at the gym. Try to feel what it is like for your body to be moving that way.
  • Your favourite music (try to ‘hear’ the music internally).
  • A recent experience with an intense physical sensation (such as plunging into a pool or the ocean, having a steam bath,feeling snow or rain, or making love).

Try to relive all of the physical sensations.

To visualize your intention, first work it out carefully ahead of time:

Now, create a picture in your mind’s eye of the desired result. Imagine it as already existing, with you in that situation.

Try to imagine as much sensory detail as you can about the situation (the look, smell and feel of it).

Think about it in a positive, optimistic, encouraging way; use mental statements, or affirmations, that confirm that it has or is now happening (not that it will happen in the future). For instance, for someone with a heart problem, ‘My heart is healthy and well.’

For healing, try to imagine healing energy (perhaps as a white light or as your personal deity) filling you and observe it healing the portion of your body that is ill – say, turning a diseased organ into a healthy one. If a good-versus-evil ‘contest’ is most vivid for you, imagine the ‘hero’ cells battling or eating up the ‘bad guys’. Otherwise, visualize diseased cells or tissue changing into healthy cells, healthy cells replacing diseased cells, or imagine your entire body with that specific body part in perfect health. Visualize yourself often as perfectly healthy, carrying out your daily activities. Find an image of the body part on the Internet or in a book as it looks when it is healthy. Imagine your own body part looking like that.Send out the visualization often, both during meditation and throughout the day.

Belief

The copious evidence of the placebo effect demonstrates the extraordinary power of belief. Belief in the power of intention is also vital. Keep firmly fixed in your mind the desired outcome and do not allow yourself to think of failure. Dismiss any it-won’t-happen-to-me type of thoughts. If you are attempting to affect someone who does not share your belief that it may be of benefit, speak to them about some of the scientific evidence in The Intention Experiment and elsewhere. It is important that both of you share the same beliefs. Herbert Benson believes that his monks were able to achieve their effects because they used words or phrases incorporating their most deeply held beliefs.5

Move Aside

In studies of meditation, mediumship and healing, those who are successful at intention imagine themselves and the person receiving healing as one with the universe. In your meditative state, enter into a zone where you relax your sense of ‘I’ and sense a merging with the object of your intention and The Field. Frame your intention, state it clearly and then let go of the outcome. At this point, you may sense that the intention is taken over by some greater force. Close your internal meditation with a request and then move your own ego aside. Remember: this ‘power’ does not originate with you – you are its conduit. Think of it as a request you are sending to the

universe.

Timing

The evidence suggests that mind-over-matter intention (that is, psychokinesis) works best at points of increased geomagnetic activity. You can find out about the geomagnetic levels in your area by consulting several websites. The US Nationa Oceanic and Atmospheric Administration (NOAA) created a Space Environmen Center (SEC), America’s official source of space weather activity (www.sec.noaa.gov). The SEC, in turn, set up a special Space Weather Operations (SWO) branch to act as a warning centre for the world concerning disturbances in space. Jointly operated by the NOAA and the US Air Force, SWO provides forecast and warnings of solar and geomagnetic activity.

SWO receives its data in real time from a large number of ground-based observatories and satellite sensors around the world. These data enable the SWO to predict solar and geomagnetic activity, and to make worldwide alerts during heavy storms. For the forecast  of the day you plan to carry out  your intentions, see http://sec.noaa.gov/today2. html.

The SEC has created Space Weather Scales to give lay people an idea of th severity of geomagnetic storms, solar radiation storms and radio blackouts, and their effect on our technological systems (www.sec.noaa.gov/NOAAscales). The numbers attached to them (such as ‘G5’) indicate the level of severity, with 1 being mild and 5 the most severe.

The Solar and Heliospheric Observatory (SOHO) was set up as a joint projec by the European Space Agency and NASA to study the effect of the sun on the earth For more information, see http://sohowww.nascom.nasa.gov/.

For other aspects of space weather, including charts of geomagnetic activity, see http://sohowww.nascom.nasa.gov/spaceweather/. This website includes useful charts on geomagnetic activity, solar wind and high-energy proton and X-ray flux.

All geomagnetic activity is measured on a K index, with 0 being the most quiet and 9 the most turbulent. The a index is similar, but uses a larger scale – from 0 to 400.

When you are sending an intention, plan to do so on a day when the K index is 5 or more (or the a index more than 200).

It may also be best to use intention during 1 p.m. local sidereal time (check the web to compute local sidereal time).

Only send intentions on days when you feel happy and well in every way.

Putting It All Together

Your Intention Programme

  • Enter your intention space. Power up through meditation.
  • Move into peak focus through mindful awareness of the present.
  • Get onto the same wavelength by focusing on compassion and making a meaningful connection.
  • State your intention and make it specific. Mentally rehearse every moment of it with all your senses.
  • Visualize, in vivid detail, your intention as established fact.
  • Time it right – check what the sun is doing, and choose days when you feel happy and well.
  • Move aside – surrender to the power of the universe and let go of the outcome.

Note – Chapter 13: The Intention Exercises

  1. 1.  See C. T. Tart, ‘Initial application of mindfulness extension exercises in a traditional Buddhist meditation retreat setting, 1995’, unpublished (www. paradigmsys. com/cttart).
  • 2.  R. McCraty et al., ‘The electricity of touch: Detection and measurement o cardiac energy exchange between people’, in K. H. Pribram (ed.), Brain and Values: Is a Biological Science of Values Possible? Mahwah, NJ: Lawrence Erlbaum Associates, 1998: 359–79.
  • 3.  S.     Rinpoche, The Tibetan Book of Living and Dying, San Francisco: HarperSanFrancisco, 1994.
  • 4.  S. Rinpoche, as quoted in J. Stone, Instructor’s Training Manual, Cours Syllabus: Training in Compassionate-Loving Intention, 2003.
  • 5.  H. Dienstfrey, Where the Mind Meets the Body, London: HarperCollins 1991: 39.

This is part 3 of a multi-part post.

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The structure of our physical universe as understood by MAJestic.

This is going to be a kind of odd-ball post, and I have been putting it off for a long time. But it needs to be presented, no matter how confusing or perplexing. This is a post that talks about our physical universe, as opposed to what is conventionally believed to be our universe. I discuss our physical and non-physical universes and what the delineation is. I also discuss how it differs from what everyone thinks it is. This is what many people in MAJestic understand the universe to actually be like. In some ways it is simple and in some ways it is really strange as it does not agree with our physical Newtonian observation.

Introduction

I should have tackled this subject first, right off.

But, it’s a real hassle.

You know, the ignorance in America and the world is so absolutely profound that it would be an up-hill battle. It’s like that character trying to explain to the “scientists” in the White House (in the movie “Idiocracy”) that you cannot give energy drinks to plants.

Scene from the movie "Idiocracy" where the hero tries to explain that the plants are dying because energy drinks have electrolytes and you cannot give it to the plants. But they won't listen. They just keep repeating the same old marketing slogans over and over.
Scene from the movie “Idiocracy” where the hero tries to explain that the plants are dying because energy drinks have electrolytes and you cannot give it to the plants. But they won’t listen. They just keep repeating the same old marketing slogans over and over.

And this ignorance is so profound and prevalent that it just isn’t worth my time and effort. For me, and many in MAJestic, we just shrug our shoulders and say “fuck it”, and then grab another beer. Arguing with fools is a zero-sum game.

What we think the universe is

To understand your role in this universe, you need to understand just what “this” universe actually is. For it is absolutely not what everyone else thinks or says it is. And I must say if you are trying to find understanding by using the internet, you are going to be disappointed.

This is from NASA…

What is the Universe?

07.15.04

The Universe is a big, open place. You are in the Universe. Things you can't see are in it, too. The biggest stars are in it. Even the smallest things on Earth are part of the Universe. We don't even know how big the Universe is!

-NASA.gov

This is from NASA.

Obviously written by a “diversity hire“.

That’s what the most learned scientists have to say about the universe. Aren’t you glad that you asked? Isn’t it great to know that it is a big, vast, empty space that tiny insignificant you exists within?

But it’s so absolutely wrong, it boggles the mind.

The movie "Idiocracy" does a great job showing how difficult it is trying to explain things in a clear concise manner to a dumbed-down nation of people totally indoctrinated in a fictional belief system.
The movie “Idiocracy” does a great job showing how difficult it is trying to explain things in a clear concise manner to a dumbed-down nation of people totally indoctrinated in a fictional belief system.

What the actual universe is

Our “universe” is not what it appears. It is not this big enormous area of empty space with scattered stars, galaxies and planets in it. It is not empty. It is actually quite solid…

… yeah. I get it.

“How can it be solid, when all I see is empty space, duh?”

How can outer space be solid, when we observe nothing but black empty space for huge vast distances all around us? Ya, dim-wit!

We cannot see the universe as it is simply because our physical bodies cannot see things as they are. We only have a mere five senses that are all quite limited, and only permit us to see the most narrow bands of what our earthly environment is.

We cannot see raw infrared radiation.

We cannot see X-rays emitted from a star.

We cannot see “dark matter”.

We cannot see a neutron shower.

We cannot see all the quanta, the photons, the electrons and all the atomic particles zooming about all over the place. We cannot see the things burst forth into our universe and then leave it. We cannot see the thoughts that all creatures create, and how they move about and influence the actions within our universe. We cannot see or sense the “unseen”.

This is unfortunate, but this is the way that it is.

If we could see quanta, everything would look like shades of grey. With floating and moving "clouds" of grey that move in and out of a overlapping grey "fog".

To us, it appears that the universe is just ’empty space’. But, it’s not. It really isn’t.

Instead, our universe is all quite solid.

It is like this enormous cauldron of thick soup. And within that mixture are pockets of thicker soup, and areas of watery soup. There are areas of spicy soup, and areas of sweet soup. There are areas of hot soup, and areas of cold soup. There are all kinds of things in this soup.

Do you see any empty space in the picture of soup below?

Our universe is NOT a big empty space with stars and planets that form into galaxies. But rather it is a thick and solid mass, just filled with all kinds of things that we (as humans) cannot see. It more resembles a big cauldron of soup that anything else.
Our universe is NOT a big empty space with stars and planets that form into galaxies. But rather it is a thick and solid mass, just filled with all kinds of things that we (as humans) cannot see. It more resembles a big cauldron of soup that anything else.

And that is what our actual universe is like.

You know, it’s not all that unlike the code in the movie “The Matrix”. Where the entire “universe” that humans experience is just computer code. And if you look at the code itself it doesn’t resemble anything at all what you see, hear, and sense when you are within the matrix.

In the movie "The Matrix", the reality is one where it's just lines and lines of computer code. This code is converted to human sensations and the human brain interprets it as actual thoughts, actions and senses.
In the movie “The Matrix”, the reality is one where it’s just lines and lines of computer code. This code is converted to human sensations and the human brain interprets it as actual thoughts, actions and senses.

Now the thing about this is that our universe is not lines and reams of computer code. It’s NOT a software simulation. It’s a region that is filled to the brim with all sorts of super tiny stuff…

It is just a soup of quanta moving about in all sorts of ways, means and actions. We as humans cannot sense this quanta. But we can sense the things that the quanta alters.

We, as human beings, observe the world around us with our senses. And what our senses “pick up” are the effects of the mass movement and behaviors of the quanta in this universe. They do not pick up the quanta themselves.

Imagine that you are on a boat in a sea. You can see the blue sky above and the deep dark green-blue sea below. It’s calm, but pretty soon the sea starts to get choppy and waves form, with many waves forming “white caps”. You, on the boat, cannot see why the waves are choppy, you just know that they are.

That is how this universe works.

We cannot see things as they truly are with our senses. But we can sense the end result of the movement of quanta.

The “filler” in our universe

All that quanta moving back and forth in our universe forms the basic building blocks of everything within our physical universe. They consist of tiny quanta, and they form complex relationships with other quanta. We can identify them as “particles” and we can identify them as “waves”.

But we know what they are and that they do exist.

Quanta makes up everything that we know and experience. And we have mapped out this relationship over the years to paint a pretty comprehensive idea of how quanta fits in the grand scheme of things.

How all the quanta build up upon each other to form the physical universe that we see all around us.
How all the quanta build up upon each other to form the physical universe that we see all around us.

So, we know all about quanta.

They go in and out of different phases of existence. Sometimes they behave as particles. Sometimes they behave as waves.

They influence each other.

And they are influenced by thought

But, that is a subject for other posts.

World-Lines

Well, I really don’t think that anything that I just said is going to shock any student of quantum physics. It’s all pretty much well understood at the university level at least).

But it’s the MWI that is most often misunderstood.

Most people think that the MWI means that the singular universe that we all share has multiple versions of it. That is the MWI. You know what I am talking about.

If we are share the same earth and the same sky, and the same moon, and the same things then that is our universe.

So...

If the MWI exists, then there are an unlimited selection of almost-like universes where there are versions of ourselves walking about and interacting with others.

Oh, boy is that wrong.

So…

So, what might come as a surprise is the idea that world-lines exist in this entire universe as separate entities. It’s not that there are multiple universes.

No. There are not an infinite array of multiple universes. And somehow, we are all crowded upon one of those world-lines. (Which is pretty much the default standard interpretation.)

It’s not like that at all.

It’s that there are separate entities within our universe that we call (name them as) our universe.

How our actual universe actually works. It is a singular large "universe" that contains many world-lines within it. To us, as consciousness upon one of those world-lines, it appears that that is all that there is. But that is false.
How our actual universe actually works. It is a singular large “universe” that contains many world-lines within it. To us, as consciousness upon one of those world-lines, it appears that that is all that there is. But that is false.

It doesn’t sound like much of a difference, but in truth, it is a very substantial difference.

Our “universe” contains a moment-to-moment individual world-line for every person, and every situation, and every animal, and everything possible. This “universe” is our reality. It is where our physical interactions derive.

Universal Confusion

One of the great handicaps that we as humans have is that we think that what we see is all there is. For any moment in “time” we observe around us “our universe” and think that that is all that there is. But that is a lie and a grand deception.

We are sitting pretty within a track that constantly moves world-lines in and out around us. What we see as a “changing universe” is just the interiors of a long string of world-line universes.

So…

There is not one singular, ever changing, universe.

There are instead, an infinite number of world-line universes. These are what we observe around us. These are what we call “an ever changing universe”.

  • World-Line Universe
A "world-line universe" is the apparent universe as viewed by the soul (as an observer) within a given world-line. The changes that are observed by this observer are simply the variations from one world-line to the next as the consciousness moves through the various world-lines.

Now, to further confound the reader, all of these world-lines sit with a big stew or soup, that I have referred to as a cauldron of soup. This is the universe that I like to refer to as the “physical universe”. This “physical universe” is a universe that contains all the world-lines that give us the physical world that is around us.

  • The Physical Universe.
The "Physical Universe" is the actual place that houses all the (near infinite number) of world-lines. It is filled with all sorts of things, much like a thick soup or stew.

So, so far, this is how the two different terms are used. The world-line universes reside within a much larger and all encompassing universe that I refer to as a “Physical Universe”.

Our actual universe.
How our “universe” works. It is a “physical universe” that contains an infinite number of world-line universes.

Ah…

But it is actually not quite the way things work. Because my terminology is really sloppy and imperfect. I like to refer to the over-riding universe as the “physical universe” out of convention, but it is actually a misnomer. This is because there are many non-physical elements within this universe.

So, a reader with some background in the more esoteric new-age teachings, and middle Asian religions might recognize the “physical universe” as a place that contains, not only the world-lines, but many of the “lower” planes of existence. Such as “astral planes”, and “casual plane”.

Yes.

Many of these “planes of existence” all are part of the “physical universe”. They are but density stratification’s of the quanta near a given world-line. In much the same way that an egg has the white part of the egg nearby and adjacent to the yellow part of the egg.

Filled up with world-lines

The big thing about this cauldron of soup is that it is filled with “eggs”. These are timeless-constructions which we call world-lines. Each one is a static and fixed state that never changes. But there are so many of these “eggs” that we often consider the cauldron to be limitless with an infinite number of these eggs.

Ah…

But you know, these eggs are not those chicken eggs with a hard shell, but rather like an egg without the hard shell. So imagine a pot of water, and you “poach” an egg in that water. Which means that you remove the hard shell and let the egg, yoke and all fall into the water. You can see it in the clear water. The yellow yoke is surrounded by a transparent white-clear albumen.

Each world-line resembles a raw egg placed within a pot of warm water with oils and seasonings. Our universe is a big cauldron that is filled with a nearly infinite number of these raw eggs. And time is our consciousness moving from one egg to the next adjacent egg.
Each world-line resembles a raw egg placed within a pot of warm water with oils and seasonings. Our universe is a big cauldron that is filled with a nearly infinite number of these raw eggs. And time is our consciousness moving from one egg to the next adjacent egg.

We can consider the yellow yoke to be the universe that we observe. That is the house you live in, the people you interact with, and everything that you do on a day to day basis.

We can consider the clear – white portion of the egg to be the “lower dimensions” of our Physical world. In this region are where thoughts bounce about, where sprites and non-physical creatures live, and where other fundamentals of the world around us operate.

The “stew” is but a further realm, or “higher dimension” that exists within this very same “physical universe”

Our universe is a physical region that is solid with all sorts of tiny quanta that is all in all sorts of complex movement. We cannot see what is going on naturally. We need very complex equipment to observe the events, and at that, we can only observe small, tiny parts of the movements. We cannot see the over all “big picture”.

Our universe is what I refer to as the “Physical Universe” even though it contains non-physical elements.

Looking closer at the world-lines

The over-riding focus of this universe of “ours” is the content within it.

Or, in other words, all those “uncooked” eggs floating about within that cauldron of soup.

Each “egg” is a world-line.

It is a frozen moment in time of an absolutely complete “universe”. And thus, this universe is a cauldron of many duplicates of it’s self each one with a tiny variations to it’s neighbor.

Our universe is a "soup" containing these world-line "eggs". Our consciousness moves through this universe one world-line at at time. And at any given moment in time the only thing that we can observe is the "universe" around us; the "yellow yoke" of the egg. This movement in and out of world-lines is known as "time".
Our universe is a “soup” containing these world-line “eggs”. Our consciousness moves through this universe one world-line at at time. And at any given moment in time the only thing that we can observe is the “universe” around us; the “yellow yoke” of the egg. This movement in and out of world-lines is known as “time”.

This is our “physical universe”.

It is a purposefully created environment from which our souls can obtain experiences within. And, as such, with each experience we obtain, we have new alignments with quanta. And our soul self-improves and changes in the process.

Now, these “eggs” tend to cluster together in the soup. They share similar features and relationships. The combined and shared experiences of these clusters of eggs are known as the “shared template”.

See other posts elsewhere for…

  • Shared template(s).
  • World-line anchoring.
  • Soul growth via consciousness experiences in the physical.

The Non-Physical Universe

You see, while the “Physical Universe” contains all the world-lines, and all the physical environments that we work with, as well as the “lower” non-physical realms…

… it does not contain the home of the soul.

That place is what everyone collectively refers to as “Heaven” or “Nirvana”. This place is where our consciousness is formed (by our soul) and set forth on it’s missions within the “physical universe”.

So there is another universe which we refer to as “Heaven”. It is the “non-physical universe”. And I refer to as such…

  • Non-Physical Universe
The "non-physical universe" is the home for our souls, and the place where consciousness is created, established, repaired, grows and resides.

And as such, it connects to our “physical universe” with a “light pipe” or tunnel that our consciousness uses to move back and forth between the two universes.

Like this…

Soul dwells in the non-physical universe. It creates a consciousness that it uses to obtain experiences within the physical universe with. It passes through a light tunnel to enter the physical universe. Then it starts to vibrate. It goes back and forth between particle and wave behavior., each cycle is a new world-line.
Soul dwells in the non-physical universe. It creates a consciousness that it uses to obtain experiences within the physical universe with. It passes through a light tunnel to enter the physical universe. Then it starts to vibrate. It goes back and forth between particle and wave behavior, each cycle is a new world-line.

How it works

Soul exists in “Heaven”. This is the “Non-Physical Universe”. It is the repository of where everything that we are resides. Our quanta resides there, as does our memories.

Soul creates a “consciousness”, which is a specially constructed packet of quanta. It is associated with a physical body (or container).

The consciousness is emitted or ejected from the soul and placed on a mission to acquire experiences. With each experience, there are entangled quanta. The type of entanglements, and the type of quanta involved changes the personality of the consciousness. This change is reflected in a change or “growth” of the soul.

The consciousness, once created, goes on a mission in an adjacent universe (the “Physical Universe”).

This mission takes place in the following manner…

  • A body is selected.
  • The consciousness enters the new-born brain.
  • As it thinks, it moves into adjacent world-lines. This is observed as time.
  • It’s thoughts and the thoughts of those around it create experiences.
  • The experiences collect and vacuum up new types of quanta.
  • The new quanta alter and change the structure of the soul.
  • The body dies.
  • The consciousness then returns to the “non physical universe”.

Once the consciousness has completed the mission, the soul then makes a determination if further “new missions” are required, or if the very nature of the body, the consciousness, or the soul itself needs to change.

And that is our purpose in life.

Conclusion

Our “universe” is often quite confused and mislabeled. We use that term to define what we observe, when in reality, what we are observing is a string of static world-line universes while we experience “time” Each moment is a snap-shot of a “world-line universe”.

Time is the movement of consciousness in and out of world-lines. What we see as time is actually the differences between each world-line as we pass through it.
Time is the movement of consciousness in and out of world-lines. What we see as time is actually the differences between each world-line as we pass through it.

All of these world-lines lie within a much larger physical place with is called the “physical universe”. It contains many things. Including many non-physical things.

It connects to the place where our soul resides, which is often referred to as “Heaven”. This is the “non-physical universe. It connects the the “physical universe” with a tunnel, also known as a “tunnel of light”.

Do you want more?

I have many more posts on the nature of the universe and our role in it. You can check them all out in my MAJestic Index here…

MAJestic

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The Intention Experiment (full text) by Lynne McTaggart. In HTML for free access. Part 2 of 4.

This is part 2 of 4.

This is a complete reprint of the book titled “The Intention Experiment” by Lynne McTaggart. It is a non-fiction book, and it is groundbreaking. In this book, the author has compiled all those studies about the reality of ESP, and PSI, and compiled the results. The results are pretty damning. Something is going on, and Newtonian physics cannot explain it. It can only be explained with quantum physics.

What is going on is that quantum physics is working and weaving it’s magic throughout our lives, and rather than discount things as “superstition” and out-dated religion, this book connects actual scientific studies with the quantum physics principles involved. It explains so many thing that have been discounted as pure superstition.

Thus it’s placement in my blog.

This is for those people who want nice and clean answers to what is going on, yet cannot shake off the Newtonian physics that they learned in High School. This book teaches you that there is a deeper reality behind everything and as such, it helps explain some elements of paranormal and religion that are often discounted as primitive nonsense.

Welcome to the world of quantum physics and how all those things about prayer, intention, and spirituality actually does have a scientific foundation that they are based upon.

CHAPTER THREE

The Two-Way Street

CLEVE BACKSTER WAS AMONG THE FIRST to propose that plants affected  by human intention –  a  notion considered  so  preposterous  that it was ridiculed for 40 years. Backster achieved his notoriety from a series of experiments that purported to demonstrate that living organisms read and respond to a person’s thoughts.

Plant telepathy interested me less than a tangential discovery of his that has been sidelined amid all his adverse publicity: evidence of a constant two-way flow of information between all living things. Every organism, from bacteria to human beings, appears to be in perpetual quantum communication. This relentless conversation offers a ready mechanism by which thoughts can have a physical effect.

This discovery resulted from a silly little diversion in 1966; Backster, at the time a tall, wiry man with a buzz cut and a great deal of childlike enthusiasm, was easily distracted. He often carried on working in his suite of offices when the rest of his staff had gone home and he could finally focus without the constant interruptions of colleagues and the tumultuous daytime activity of Times Square, four storeys below.1

Backster had made his name as the country’s leading lie-detector expert. During the Second World War, he had been fascinated by the psychology of lying, and the use of hypnosis and ‘truth serum’ interrogation in counter-intelligence, and he had brought these twin fascinations to bear in refining the polygraph test to  a high psychological art. He had launched his first programme with the CIA for counter- intelligence several years after the war, and then went on to found the Backster School of Lie Detection, still the world’s leading school teaching polygraph techniques some 50 years after it first opened its doors.

One morning in February, after working all night, Backster was taking a coffee break at 7 a.m. He was about to water the Dracaena and rubber plant in his office. As he filled up his watering can, he wondered if it might be possible to measure the length of time it would take water to travel up the stem of a plant from the roots and reach the leaves, particularly in the Dracaena, a cane plant with an especially long trunk. It occurred to him that he could test this by connecting the Dracaena to one of his polygraph machines; once the water reached the spot between the electrodes, the moisture would contaminate the circuit and be recorded as a drop in resistance.

A lie detector is sensitive to the slightest change in the electrical conductivity of skin, which is caused by increased activity of the sweat glands, which in turn are governed by the sympathetic nervous system. The polygraph galvanic skin response (GSR) portion of the test displays the amount of the skin’s electrical resistance, much as an electrician’s ohmmeter records the electrical resistance of a circuit. A lie detector also monitors changes in blood pressure, respiration, and the strength and rate of the pulse. Low levels of electrical conductivity indicate little stress and a

state of calm. Higher electrodermal activity (EDA) readings indicate that the sympathetic nervous system, which is sensitive to stress or certain emotional states, is in overdrive – as would be the case when someone is lying. A polygraph reading can offer evidence of stress to the sympathetic nervous system even before the person being tested is consciously aware of it.

In 1966, the state-of-the-art technology consisted of a set of electrode plates, which were attached to two of a subject’s fingers, and through which a tiny current of electricity was passed. The smallest increases or decreases in electrical resistance were picked up by the plates and recorded on a paper chart, on which a pen traced a continuous, serrated line. When someone lied or in any way experienced a surge of emotion (such as excitement or fear), the size of the zigzag would dramatically increase and the tracing would move to the top of the chart.

Backster sandwiched one of the long, curved leaves of the Dracaena between the two sensor electrodes of a lie detector and encircled it with a rubber band. Once he watered the plant, what he expected to see was an upward trend in the ink tracing on the polygraph recording paper, corresponding to a drop in the leaf ’s electrical resistance as the moisture content increased. But as he poured in the water, the very opposite occurred. The first part of the tracing began heading downward and then displayed a short-term blip, similar to what happens when a person briefly experiences a fear of detection.

At the time Backster thought he was witnessing a human-style reaction, although he would later learn that the waxy insulation between the cells in plants causes an electrical discharge that mimics a human stress reaction on polygraph instruments. He decided that if the plant were indeed displaying an emotional reaction, he would have to come up with some major emotional stimulus to heighten this response.

When a person takes a polygraph test, the best way to determine if he is lying is to ask a direct and pointed question, so that any answer but the truth will cause an immediate, dramatic stress reaction in his sympathetic nervous system: ‘Was it you who fired the two bullets into Joe Smith?’

In order to elicit the equivalent of alarm in a plant, Backster knew he needed somehow to threaten its well-being. He tried immersing one of the plant’s leaves in a cup of coffee, but that did not cause any interesting reaction on the tracing – only a continuation of the downward trend. If this were the tracing of a human being, Backster would have concluded that the person being monitored was tired or bored. It was obvious to him that he needed to pose an immediate and genuine threat: he would get a match and burn the electroded leaf.

At the very moment he had that thought, the recording pen swung to the top of the polygraph chart and nearly jumped off. He had not burned the plant; he had only thought about doing so. According to his polygraph, the plant had perceived the thought as a direct threat and registered extreme alarm. He ran to his secretary’s desk in a neighbouring office for some matches. When he returned, the plant was still registering alarm on the polygraph. He lit a match and flickered it under one of the leaves. The pen continued on its wild, zigzag course. Backster then returned thematches to his secretary’s desk. The tracing calmed down and began to flat-line.

He hadn’t known what to make of it. He had long been drawn to hypnosis and ideas about the power of thought and the nature of consciousness. He had even performed a number of experiments with hypnosis during his work with the Army Counter Intelligence Corps and the CIA, as part of a campaign designed to detect the use of hypnosis techniques in Russian espionage.

But this was something altogether more extraordinary. This plant, it seemed, had read his thoughts. It wasn’t even as though he particularly liked plants. This only could have occurred if the plant possessed some sort of sophisticated extrasensory perception. The plant somehow must be attuned to its environment, able to receive far more than pure sensory information from water or light.

Backster modified his polygraph equipment to amplify electrical signals so that they would be highly sensitive to the slightest electrical change in the plants. He and his partner, Bob Henson, set about replicating the initial experiment. Backster spent the next year and a half frequently monitoring the reactions of the other plants in the office to their environment. They discovered a number of characteristics. The plants grew attuned to the comings and goings of their main caretaker. They also maintained some sort of ‘territoriality’ and so did not react to events in the other offices near Backster’s lab. They even seemed to tune in to Pete, his Doberman Pinscher, who spent his days at the office.

Most intriguing of all, there seemed to be a continuous two-way flow of information between the plants and other living things in their environment. One day, when Backster boiled his kettle to make coffee, he found he had put in too much water. But when he poured the residue down the sink, he noticed that the plants registered an intense reaction.

The sink was not the most hygienic; indeed, his staff had not cleaned the drain for several months. He decided to take some samples from the drain and examine them under a microscope, which showed a jungle of bacteria that ordinarily lives in the waste pipes of a sink. When threatened by the boiling water, had the bacteria emitted a type of mayday signal before they died, which had been picked up by the plants?

Backster, who knew he would be ridiculed if he presented findings like these to the scientific community, enlisted an impressive array of chemists, biologists, psychiatrists, psychologists and physicists to help him design an airtight experiment. In his early experiments, Backster had relied upon human thought and emotion as the trigger for reactions in the plants. The scientists discouraged him from using intention as the stimulus of the experiment, because it did not lend itself to rigorous scientific design. How could you set up a control for a human thought – an intention to harm, say? The orthodox scientific community could easily pick holes in his study. He had to create a laboratory barren of any other living things besides the plants to ensure that the plants would not be, as it were, distracted.

The only way to achieve this was to automate the experiment entirely. But he also needed a potent stimulus. He tried to think of the one act that would stir up the most profound reaction, something that would evoke the equivalent in the plants of dumbfounded horror. It became clear that the only way to get unequivocal results was to commit the equivalent of mass genocide. But what could he kill en masse that would not arouse the ire of anti-vivisectionists or get him arrested? It obviously could not be a person or a large animal of any variety. He did not even want to kill members of the usual experimental population, like rats or guinea pigs. The one obvious candidate was brine shrimp. Their only purpose, as far as he could tell, was to become fodder for tropical fish. Brine shrimp were already destined for the slaughterhouse. Only the most ardent anti-vivisectionist could object.

Backster and Henson rigged up a gadget that would randomly select one of six possible moments when a small cup containing the brine shrimp would invert and tip its contents into a pot of continuously boiling water. The randomizer was placed in the far room in his suite of six offices, with three plants attached to polygraph equipment in three separate rooms at the other end of the laboratory. His fourth polygraph machine, attached to a fixed valve resistor to ensure that there was no sudden surge of voltage from the equipment, acted as the control.

Microcomputers had yet to be invented, as Backster set up his lab in the late sixties. To perform the task, Backster created an innovative mechanical programmer, which operated on a time-delay switch, to set off each event in the automation process. After flipping the switch, Backster and Henson would leave the lab, so they and their thoughts would not influence the results. He had to eliminate the possibility that the plants might be more attuned to him and his colleague than a minor murder of brine shrimp down the hallway.

Backster and Henson tried their test numerous times. The results were unambiguous: the polygraphs of the electroded plants spiked a significant number of times just at the point when the brine shrimp hit the boiling water.

Years after he had made this discovery – and after he became a great fan of Star Wars – he would think of this moment as one in which his plants picked up a major disturbance in the Force, and he had discovered a means of measuring it.2

If plants could register the death of an organism three doors away, it must mean that all life forms were exquisitely in tune  with  each  other.  Living  things  must  be  registering  and  passing  telepathic information back and forth at every moment, particularly at moments of threat or death.

Backster published the results of his experiment in several respected journals of psychic research and gave a modest presentation before the Parapsychology Association   during its tenth annual meeting.3

Parapsychologists recognized Backster’s contribution and replicated it in a number of independent laboratories, notably that of Alexander Dubrov, a Russian doctor of botany and plant physiology.4 It was even glorified in a bestselling book, The Secret Life of Plants.5 But among the mainstream scientific community, his research was disparaged as ludicrous, largely because he was not a traditional scientist, and he was ridiculed for what became known as ‘The Backster Effect’. In 1975, Esquire magazine even awarded him one of its 100 Dubious Achievement Awards: ‘Scientist claims yogurt talks to itself’.6

Nonetheless, over the next 30 years Backster ignored his critics and stubbornly carried on with his research, as well as his polygraph business, eventually amassing file drawers full of studies of what he referred to as ‘primary perception’. A variety of plants that had been hooked up to his polygraph equipment showed evidence of a reaction to human emotional highs and lows, especially threats and other forms of negative intention – as did paramecia, mould cultures, eggs and, indeed, yogurt.7

Backster even demonstrated that bodily fluids such as blood and semen samples taken from himself and his colleagues registered reactions mirroring the emotional state of their hosts; the blood cells of a young lab assistant reacted intensely the moment he opened a Playboy centrefold and caught sight of Bo Derek in the nude.8

Bo Derek.
Bo Derek

These reactions were not dependent on distance; any living system attached to a polygraph reacted similarly to his thoughts, whether he was in the room or miles away. Like pets, they had become attuned to their ‘owner’.

These organisms were not simply registering his thoughts; they were communicating telepathically with all the living things in their environment. The live bacteria in yogurt displayed a reaction to the death of other types of bacteria and even evidenced a desire to be ‘fed’ with more of its own beneficial bacteria. Eggs registered a cry of alarm and then resignation when one of their number was dropped in boiling water. Plants appeared to react in real time to any break in continuity with the living beings in their environment. They even appeared to react at the moment when their caretakers, who were away from the office, decided to return.9

His major difficulty was designing experiments that could demonstrate an effect scientifically. Even though his laboratory experiments were now entirely automated, when he left the office, the plants would remain attuned to him, no matter now far away he went. If Backster and his partner were at a bar a block away during an experiment, he would discover that the plants were not responding to the brine shrimp, but to the rising and falling animation of their conversations. It got so difficult to isolate reactions to specific events that eventually he had to design experiments that would be carried out by strangers in another lab.

Repeatability remained another big problem. Any tests required spontaneity and true intent. He had discovered this when the famous remote viewer Ingo Swann had come to visit him at his lab in October 1971.

Swann wanted to repeat Backster’s initial experiment with his Dracaena. As expected, the plant’s polygraph began to spike when Swann imagined burning the plant with a match. He tried it again, and the plant reacted wildly, then stopped.

‘What does that mean?’ Swann asked. Backster shrugged. ‘You tell me.’

The thought that occurred to Swann was so bizarre that he was not sure whether to say it aloud. ‘Do you mean,’ he said, ‘that it has learned that I’m not serious about really burning its leaf? So that it now knows it need not be alarmed?’

You said it, I didn’t,’ Backster replied. ‘Try another kind of harmful thought.’

Swann thought of putting acid in the plant’s pot. The needle on the polygraph again began to zigzag wildly. Eventually, the plant appeared to understand that Swann was not serious. The polygraph tracing flat-lined. Swann, a plant lover who was already convinced that plants were sentient, was nevertheless shocked at the thought that plants could learn to differentiate between true and artificial human intent: a plant learning curve.10

Although certain questions remain about Backster’s unorthodox research methods, the sheer bulk of his evidence argues strongly for some sort of primary responsiveness and attuning, if not sentience, present in all organisms, no matter how primitive. But for my purposes, Backster’s real contribution was his discovery of the telepathic communication carrying on between every living thing and its environment. Somehow, a constant stream of messages was being sent out, received and replied to.

Backster had to wait some years to discover the mechanism of this communication, which became apparent when physicist Fritz-Albert Popp discovered biophotons.11

At first Popp believed that a living organism used biophoton emissions solely as a means of instantaneous, non-local signalling from one part of the body to another – to send information about the global state of the body’s health, say, or the effects of any particular treatment. But then Popp grew intrigued by the most fascinating effect of all: the light seemed to be a communications   system between living things.12

In experiments with Daphnia, a common water flea, he discovered that female water fleas were absorbing the light emitted from each other and sending back wave interference patterns, as though they had taken the light sent to themselves and updated it with more information. Popp concluded that this activity may be the mechanism enabling fleas to stay together when they swarm – a silent communication holding them together like an invisible net.13

He decided to examine the light emissions between dinoflagellates, luminescent algae that cause phosphorescence in seawater. These single-celled organisms sit somewhere between an animal and a plant in the evolutionary scale; although they are classified as a plant, they move like a primitive animal. Popp discovered that the light of each dinoflagellate was coordinated with that of its neighbours, as if each were holding aloft a tiny lantern on cue.14

Chinese colleagues of Popp’s who had tried positioning two samples of the algae so that they could ‘see’ each other through a shutter also found that the light emissions from each sample were synchronous. The researchers concluded that they had witnessed a highly sophisticated means of communication. There was no doubt that the two samples were signalling to each other.15

These organisms also appeared to be registering light from other species, although the greatest synchronicities occurred between members of the same species.16

Once the light waves of one organism were initially absorbed by another organism, the first organism’s light would begin trading information in synchrony. 17

Living things also appeared to communicate information with their surroundings. Bacteria absorbed light from their nutritional media: the more bacteria present, Popp found, the greater the absorption of light.18

Even the white and yolk of an egg appear to communicate with the shell.19

This communication carries on, even if an organism is cut into pieces. Gary Schwartz cut up a batch of string beans, placed them between 1 millimetre and 10 millimetres apart, and then used the NSF CCD camera he had borrowed to take series of photographs of the sections. Using software to enhance the light between the beans, he discovered so much light between the sections that it appeared as though the bean were whole again. Even though the string beans had been severed, the individual sections carried on their communication to the rest of the vegetable.20

This may be  the  mechanism accounting for  the  feeling described  by amputees  with phantom limb sensations. The light of the body still communicates with the energetic ‘footprint’ of the amputated limb.

Like Backster, Popp discovered that living things are exquisitely in tune with their environment through these light emissions. One of Popp’s colleagues, Professor Wolfgang Klimek, the head of the Ministry of Research for the German government devised an ingenious experiment to examine whether creatures such as algae were aware of past disturbances in their environment. He prepared two containers of seawater, and shook one of them. After 10 minutes, when the water in the shaken container had settled down, he placed samples of dinoflagellates in the two vessels. Those algae exposed to the shaken water suddenly increased their photon emissions – a sign of stress. The algae appeared to be aware of the slightest change in their environment – even a historical change – and responded with alarm.21

Another of Popp’s colleagues, Eduard Van Wijk, a Dutch psychologist, wondered how far this influence extended. Did a living thing register information from the entire environment, and not simply between two communicating entities? When a healer sends out healing intention, for instance, how far does his field of influence extend? Would he only affect his target, or would his aim have a shotgun effect, affecting other living organisms around the target?

Van Wijk placed a jar of Acetabularia acetabulum, another simple algae, near a healer and his patient, then measured the photon emissions of the algae during healing sessions and periods of rest. After analysing the data, he discovered remarkable alterations in the photon count of the algae. The quality of emissions significantly changed during the healing sessions, as though the algae were being bombarded with light. There also seemed to be changes in the rhythm of the emissions, as though the algae had become attuned to a stronger source of light.

During his initial research, Popp had discovered a strange reaction to light by a living thing. If he shone a bright light on an organism, after a certain delay, the organism would shine more brightly itself with extra photons, as if it were rejecting any excess. Popp called this phenomenon ‘delayed luminescence’, and assumed it was a corrective device to help the organism maintain its level of light at a delicate equilibrium. In Van Wijk’s experiment, the photon emissions of algae showed highly significant shifts from normal, when plotted on a graph. Van Wijk had generated some of the first evidence that healing light may affect anything in its path.22

Gary Schwartz’s associate Melinda Connor then demonstrated that intention has a direct effect on this light. For her study she clipped leaves from geranium plants, carefully matching them in pairs for size, health, placement on the plant and access to light and close to identical photon emissions. She asked each of 20 master energy healers to send intentions to one of each pair of leaves, first to reduce emissions and then to increase them. In 29 of the 38 sessions designed to decrease emissions, the light was significantly lowered in the treatment leaves, and in 22 of the 38 trials intending to increase the light, the healers caused a significantly greater glow.23

Sometimes a physical jolt to the system triggers a shock of realization. For physicist Konstantin Korotkov, his insight resulted from a fall off a roof. It was the winter of 1976, and Korotkov, who was 24 at the time, had been celebrating a birthday with some friends. Korotkov liked to celebrate outside, whatever the weather. He and his friends had been drinking vodka on the roof. Korotkov was given to expansive gestures, and during a moment of gaiety, threw himself off the roof onto what he thought was a deep bed of snow, which he assumed would cushion his fall. But hidden beneath the snow lay hard stone. Korotkov broke his left leg and landed in the hospital for months.24

During his long recovery, Korotkov, a conventional professor of quantum physics at St Petersburg State Technical University in Russia, pondered on a lecture on Kirlian effects and healing that he had attended earlier that year. He had been so intrigued that he wondered if he could improve on what Kirlian claimed to be doing: capturing someone’s life energy on film.

Semyon Davidovich Kirlian was an engineer who had discovered in 1939 tha photographing living things that had been exposed to a pulsed electromagnetic field would capture what many have termed the human ‘aura’. When any conductive object (like living tissue) is placed on a plate made of an insulating material, such as glass, and exposed to high-voltage, high-frequency electricity, a low current results that creates a corona discharge, a halo of coloured light around the object that can be captured on film. Kirlian claimed that the state of the aura reflected the person’s state of health; changes in the aura were evidence of disease or mental disturbance.

The Soviet scientific mainstream ignored Kirlian until the 1960s, when the Russian press discovered bioelectrography, as it came to be called, and hailed him as a great inventor. Kirlian photography suddenly became respectable, particularly in space research, and was championed by many Western scientists. Publication of Kirlian’s first study in 1964 further attracted the scientific community.25

Lying for months in his bed, Korotkov realized that if he was going to discover more about how to capture this mysterious light Kirlian claimed was so vital to health, he was going to have to give up his day job. He knew that the involvement of a well-established quantum physicist such as himself would lend the technique scientific legitimacy and his technical ability might also help advance the technology. Perhaps he could even devise a means of depicting the light in real time.

After he got back up on his feet, Korotkov spent months developing a mechanism, which he called the Gas Discharge Visualization (GDV) technique, that made use of state-of-the-art optics, digitized television matrices and a powerful computer. Ordinarily, a living thing will dribble out the faintest pulse of photons, perceptible only to the most sensitive equipment in conditions of utter pitch black. As Korotkov realized, a better way to capture this light was to stir up photons by ‘evoking’, or stimulating them into an excited state so that they would shine millions of times more intensely than normal.

His equipment blended several techniques: photography, measurements of light intensity and computerized pattern recognition. Korotkov’s camera would take pictures of the field around each of the 10 fingers, one finger at a time. A computer program would then extrapolate from this a real-time image of the ‘biofield’ surrounding the organism and deduce from it the state of the organism’s health.

Korotkov went on to write five books on the human bioenergy field.26

In time, he managed to convince the Russian Ministry of Health of the importance of his invention to medical technology, diagnosis and treatment. His equipment was initially employed to predict certain clinical situations, such as the progress of recovery of people after surgery.27

It soon became widely used in Russia as a diagnostic tool for many illnesses, including cancer and stress,28 and was even used to assess athletic potential – to predict the psychophysical reserves in athletes training for the Olympics and the likelihood of victory or exhaustion from overtraining.29

Eventually, some 3000 doctors, practitioners and researchers worldwide came to use the technology. The National Institutes of Health got interested and funded work on the ‘biofield’, which employed Korotkov’s equipment.30

While officially exploring these practical applications, Korotkov privately carried on with his own studies of what had really captured his imagination: the connection between biofields and consciousness.31

He took GDV readings of healers and a Qigong master while they were sending energy, and discovered remarkable changes in their corona discharges. Korotkov then explored the effects of a person’s thoughts on the people surrounding him. He asked a number of couples to ‘send’ a variety of thoughts to their partners, while they were standing within close range. Every strong emotion – whether love, hate or anger – produced an extraordinary effect on the light discharge of the recipient.32

Some 40 years after Backster first employed his crude polygraph mechanism to register the effect of thoughts, Korotkov verified those early discoveries with state- of-the-art equipment. He hooked up a potted plant to his GDV machine and asked his researchers to think of different emotions – anger, sadness, joy – and then positive and negative intentions towards the plant. Whenever a participant mentally threatened the plant, its energy field diminished. The opposite occurred if people approached the plant with water or feelings of love.

Largely because he lacked scientific credentials, Backster was never recognized for his contributions. He had stumbled across the first evidence that living things engage in a constant two-way flow of information with their environment, enabling them to register even the nuances of human thought. The more advanced scientific knowledge of physicists Fritz Popp and Konstantin Korotkov was needed to uncove the actual mechanism of that communication. Their research into the nature of quantum light emissions from living organisms suddenly made sense of Backster’s

findings. If thoughts are another stream of photons, it is perfectly plausible that a plant could pick up the signals and be affected by them.

The work of Backster, Popp and Korotkov suggested something profound abou the effect of intention. Every last thought appeared to augment or diminish something else’s light.

Notes – Chapter 3: The Two-Way Street

  1. For all history of Cleve Backster’s discoveries and experiments, interview with Backster, October 2004 and his Primary Perception: Biocommunication with Plants, Living Foods, and Human Cells, Anza, Calif.: White Rose Millennium Press, 2003.
  2. As Obi-Wan Kenobe tells Luke Skywalker, after Alderan has been blown up by the Empire in Star Wars part IV: A New Hope: ‘I feel a great disturbance in the Force. As if millions of voices suddenly cried out in terror, and were suddenly silenced.’
  3. Presentation  given  at  the  Tenth  Annual  Parapsychology Association meeting in New York City, September 7, 1967. Also published as C Backster, ‘Evidence of a primary perception in plant life’, International Journal of Parapsychology, 1968; 10 (4): 329–48.
  4. P. Dubrov and V. N. Pushkin, Parapsychology and Contemporary Science, New York and London: Consultants Bureau, 1982.
  5. P. Tompkins and C. Bird, The Secret Life of Plants, New York: Harper & Row, 1973.
  6. ‘Boysenberry to Prune, Boysenberry to Prune: Do you read me? Li detector expert Cleve Backster reported in the annual meeting of the American Association for the Advancement of Science that he had detected electrical impulses between two containers of yogurt at opposite ends of his laboratory. Backster claims the bacteria in the containers were communicating.’ Esquire, January 1976.
  7. Backster, ‘Evidence of a primary perception’, op. cit.
  8. Backster, Primary Perceptions, op. cit.: 112–13.
  9. Backster, Primary Perceptions. See also Rupert Sheldrake, Dogs That Know When Their Owners Are Coming Home and Other Unexplaine Powers of Animals, London: Three Rivers Press, 2000.
  10. This and other personal details of events resulted from interviews with Ingo Swann, New York, July 2005.
  11. See McTaggart, The Field, op. cit.: 39 for a full description of F.-A. Popp’s earlier work.
  12. All details of these experiments resulted from an interview between the author and Fritz-Albert Popp, January 2006.
  13. R. M. Galle et al., ‘Biophoton emission from Daphnia magna: A possible factor in the self-regulation of swarming’, Experientia, 1991; 47: 457–60; R. M. Galle, ‘Untersuchungen zum dichte und zeitabhängigen Verhalten der ultraschwachen Photonenemission von pathogenetischen Weibchen des Wasserflohs Daphnia magna.’ Dissertation. Universität Saarbrücken, Fachbereich Zoologie, 1993.
  14. F.-A. Popp et al., ‘Nonsubstantial biocommunication in terms of Dicke’s Theory’, in M. W. Ho, F.-A. Popp and U. Warnke (eds.), Bioelectrodynamics and Biocommunication, Singapore: World Scientific Publishing, 1994: 293–317; J. J. Chang et al., ‘Research on cel communication of P. elegans by means of photon emission’, Chinese Science Bulletin, 1995; 40: 76–9.
  15. J. J. Chang et al., ‘Communication between Dinoflagellates by means o photon emission’, in L. V. Beloussov and F.-A. Popp (eds.), Proceedings of International Conference on Non-equilibrium and Coherent Systems in Biophysics, Biology and Biotechnology, Sep. 28–Oct. 2 1994, Moscow: Bioinform Services Co., 1995: 318–30.
  16. Interview with Popp, Neuss, Germany, March 1, 2006.
  17. F.-A. Popp et al., ‘Mechanism of interaction between electromagnetic fields and living organisms’, Science in China (Series C), 2000; 43 (5): 507–18.
  18. Ibid.
  19. L.   Beloussov   and   N.   N.   Louchinskaia,    ‘Biophoton       emission from developing  eggs  and  embryos:  Nonlinearity,  wholistic  properties  and indications of energy transfer’, in J. J. Chang et al. (eds.), Biophotons, London: Kluwer Academic Publishers, 1998: 121–40.
  20. K. Creath and G. E. Schwartz, ‘What biophoton images of plants can tel us about biofields and healing’, Journal of Scientific Exploration, 2005; 19 (4): 531–50.
  21. A. V. Tschulakow et al., ‘A new approach to the  memory of water’, Homeopathy, 2005; 94: 241–7.
  22. E. P. A. Van Wijk and R. Van Wijk, ‘The development ofa bio-sensor for the state of consciousness in a human intentional healing ritual’, Journal of International Society of Life Information Science (ISLIS,) 2002; 20 (2): 694–702.
  23. M. Connor, ‘Baseline testing of energy practitioners: Biophoton imaging results.’ Paper presented at the North American Research in Integrative Medicine conference, Edmonton, Canada, May 2006.
  24. Personal details about K. Korotkov the result of multiple interviews with the author, November–March 2005–2006.
  25. S. D. Kirlian and V. K. Kirlian, ‘Photography and visual observation by means of high frequency currents’, J. Sci. Appl. Photogr., 1964; 6: 397– 403.
  26. Korotkov’s most important work on the subject was K. Korotkov, Human Energy Field: Study with GDV Bioelectrography, New Jersey: Backbone Publishing Co., 2002; K. Korotkov, Aura and Consciousness – New Stage of Scientific Understanding, St Petersburg: St Petersburg Division of the Russian Ministry of Culture, State Publishing Unit ‘Kultura’, 1999.
  27. K. Korotkov et al., ‘Assessing biophysical energy transfer mechanisms in living systems: The basis of life processes’, The Journal of Alternative and Complementary Medicine, 2004; 10 (1): 49–57.
  28. L. W. Konikiewicz and L. C. Griff,Bioelectrography – A new method for detecting cancer and body physiology, Harrisburg, Va.: Leonard Associates Press, 1982; G. Rein, ‘Corona discharge photography of human breast tumour biopsies’, Acupuncture & Electrotherapeutics Research, 1985; 10: 305–8; K. Korotkov et al., ‘Stress diagnosis and monitoring with new computerized “Crown-TV” device’, Journal of Pathophysiology, 1998; 5: 227.
  29. P. Bundzen et al., ‘New technology of the athletes’ psycho-physical readiness evaluation based on the gas-discharge visualisation method in comparison with battery of tests’, ‘SIS-99’ Proceedings, International Congress St Petersburg, 1999: 19–22; P. V. Bundzen, et al., ‘Psychophysiological correlates of athletic success in athletes training for
  30. the Olympics’, Human Physiology, 2005; 31 (3): 316–23; K. Korotkov et al., ‘Assessing biophysical energy transfer mechanisms’, op. cit.
  31. Clair A. Francomano and Wayne B. Jonas, in Ronald A. Chez (ed.) Proceedings: Measuring the Human Energy Field: State of the Science. The Gerontology Research Center, National Institute of Aging, Nationa Institutes of Health, Baltimore, Maryland, April 17–18, 2002.
  32. S.   Kolmakow   et   al.,   ‘Gas   discharge    visualization     technique         and spectrophotometry in detection of field effects’, Mechanisms of Adaptive Behavior, Abstracts of International Symposium, St Petersburg, 1999: 79.
  33. Interview with K. Korotkov, March 2006.

CHAPTER FOUR

Hearts that Beat as One

NONE OF THE SCIENTISTS INVOLVED IN ‘The Love Study’ remember who came up with its name. It might have started as Elisabeth Targ’s private joke, for the study involved couples who were installed in two different rooms and separated by a hallway, three doors, eight walls and several inches of stainless steel.1

The name was actually meant to be a gracious nod to the study’s arcane benefactor, the Institute for Research on Unlimited Love at Case Western Reserve As it happened, the study became a posthumous valentine to Targ, who was diagnosed with a fatal brain tumour just before the grant money came through. The Love Study would be a fitting tribute to Targ, as the first major scientific demonstration of exactly how intention physically affects its recipient, and the name proved especially apt in describing this process. When you send an intention, every major physiological system in your body is mirrored in the body of the receiver. Intention is the perfect manifestation of love. Two bodies become one.

Targ began her career as a mainstream psychiatrist, but made her name in 1999 with two remarkable studies at California Pacific Medical Center (CPMC) in Sa Francisco, which tested the possibility of remote healing with end-stage AIDS patients. Targ spent months designing her trial. She and her partner, psychologist and retired hospital administrator Fred Sicher, sought out a homogeneous group of advanced AIDS patients with the same degree of illness, including the same T-cell counts and number of AIDS-defining illnesses. Because they wished to test the effec of distant healing, and not any particular healing modality, they decided to recruit highly experienced, successful healers from diverse backgrounds who might represent an array of approaches.

Targ and Sicher gathered together an eclectic mix of healers from all across America – from orthodox Christians to Native American shamans – and asked them to  send  healing thoughts  to  a  group  of AIDS  patients  under  strict double-blind conditions. All healing was to be done remotely so that nothing, such as the presence of a healer or healing touch, could confound the results. Targ created a strict double- blind rota: each healer received sealed packets with information about the patients to be healed, including their name, photo and T-cell counts. Every other week, the healers were assigned a new patient and asked to hold an intention for the health and well-being of the patient an hour a day for six days, with alternate weeks off for rest. In this manner, eventually every patient in the healing group would be sent healing by every healer in turn.

At the end of the first study, although 40 per cent of the control population died, all 10 of the patients in the treatment group were not only alive but far healthier in every regard.

Targ and Sicher repeated the study, but this time, doubled the size of their study population and tightened their protocol even further. They also widened their brief of

the outcomes they planned to measure. In the second study, those sent healing were again far healthier on every parameter tested: significantly fewer AIDS-defining illnesses, improved T-cell levels, fewer hospitalizations, fewer visits to the doctor, fewer new illnesses, less severity of disease and better psychological well-being. The differences were decisive; for instance, the treatment group had six times fewer AIDS-defining illnesses and four times fewer hospitalizations at the end of the study than the controls.2

In Targ’s original studies, the healing had been carried out by highly experienced, successful healers who had been chosen because they possessed a special gift. After the studies were completed, Targ grew interested in whether an ordinary individual could be similarly trained to use intention effectively.

For the Love Study, Targ found a sympathetic partner in Marilyn Schlitz, the vice president for research and education at the Institute of Noetic Sciences (IONS) The energetic blonde had a colourful national reputation because of her meticulously designed parapsychology studies and their spectacular results, which attracted the attention of the senior powers in consciousness research as well as the New York Times. During a long partnership with psychologist William Braud, Schlitz had conducted rigorous research into what became known in the psychic community as ‘DMILS’ – direct mental interaction with living systems – the ability of human thought  to influence the living  world  around it.3

Throughout her career in parapsychology, Schlitz had been fascinated by remote influence; she was one of the first to examine the effect of intention in healing, and went on to assemble a vast database of healing research for IONS.

For the Love Study, Schlitz recruited Dean Radin, her IONS senior researche and one of America’s most renowned parapsychologists. Radin was to design both the study and some of its equipment; with his background in engineering and psychology he would ensure that both the study protocol and its technical detail were pristine. Targ enlisted Jerome Stone, a nurse and practising Buddhist who had worked with her on the AIDS studies, to design the intention programme and train the patients.

In 2002, after Targ died, Schlitz and the others vowed to carry on with the study and recruited Ellen Levine, one of Targ’s colleagues from CPMC, to take her place and work with Stone as joint principal investigators.

The Love Study was to follow the basic study design of a perennial favorite among consciousness researchers: the sense of being stared at.4

In those studies, two people are isolated from each other in separate rooms and a video camera is trained on the receiver, who is also hooked up to skin conductance equipment, not unlike a polygraph machine – the type used in lie detection studies to detect an increase in ‘fight-or-flight’, unconscious autonomic nervous system activity. At random intervals, the ‘sender’ is instructed to stare at the subject on the monitor, while the ‘receiver’ is told to relax and try to think of anything other than the prospect of being stared at. A later comparison analysis determines whether the receiver’s autonomic system registered a reaction during those moments he or she was being stared at to determine whether the mere attention of the sender was unconsciously picked up by the most automatic systems of the receiver’s body.

Schlitz and Braud’s body of evidence on remote staring, conducted over 10 years, showed exactly such an effect. All the studies had been combined into a review that was published in a major psychology journal. The review concluded that the effects had been small but significant.5

The Love Study’s design was also inspired by the major DMILS studies conducted since 1963, which demonstrated that, under many types of circumstances, the electrical signalling in the brains of people gets synchronized.6

The frequencies, amplitudes and phases of the brain waves start operating in tandem. Although the studies followed slightly different designs, all of them asked the same question: can the stimulation of one person be felt in the higher central nervous system of another? Or, as Radin liked to think of it, after a sender gets pinched, does the receiver also feel the ‘ouch’?7

Two people wired up with a variety of physiological monitoring equipment, such as EEG machines, were isolated from each other indifferent rooms. One would be stimulated with something – a picture, a light or a mild electric shock. The researchers would then examine the two EEGs to determine if the receiver’s brain waves mirrored those of the sender when he or she was being stimulated.

The earliest DMILS research had been designed by psychologist an consciousness researcher Charles Tart, who carried out a series of brutal studies to determine whether people could empathetically feel another person’s pain. He administered shocks to himself, while a volunteer, isolated in a different room and hooked up to an array of medical gadgetry, was being monitored to see if his sympathetic nervous system somehow picked up Tart’s reactions. Whenever Tart jolted himself, the receiver registered an unconscious empathetic response in decreased blood volume and increased heart rate – as though he were also getting the shocks.8

Another fascinating early study had been carried out with identical twins. As soon as one twin closed his eyes and his brain electrical rhythms slowed to alpha waves, the other twin’s brain also slowed, even though his eyes were wide open.9

Harald Walach, a German scientist at the University of Freiburg, tried an approach that was guaranteed to magnify the sender’s effects, in order to maximize the response in the receiver. The sender was shown an alternating black-and-white checkerboard, called a ‘pattern reversal’, which is known to trigger predictable, high-amplitude electrical brain waves in viewers. At the same instant, the EEG of the distant, shielded receiver recorded identical brain-wave patterns.10

Neurophysiologist Jacobo Grinberg-Zylberbaum, of the National Autonomous University of Mexico in Mexico City, had used this same protocol a decade before Walach but with a different twist: with light flashes rather than patterns as the stimulus. In this study, the particular patterns of firing in the brain of the sender, evoked by the light, turned out to be mirrored in the brain of the receiver, who was sitting in an electrically shielded room 14.5 metres away. Grinberg-Zylberbaum also discovered  that  an  important  condition  determined success:  the  synchrony only occurred among pairs of participants who had met and established a connection by spending 20 minutes with each other in meditative silence.11

In earlier work, Grinberg-Zylberbaum had discovered that brainwave synchrony occurred not only between two people, but between both hemispheres of the brains of both participants, with one important distinction: the participant with the most cohesive quantum wave patterns sometimes set the tempo and tended to influence the other. The most ordered brain pattern often prevailed.12

In the most recent DMILS study, in 2005, a group of researchers from Basty University and the University of Washington gathered 30 couples with strong emotional and psychological connections and also a great deal of experience in meditation. The pairs were split up and placed in rooms 10 meters away from each other, with an EEG amplifier wired up to the occipital (visual) lobe of the brain of each participant. The moment each sender was exposed to a flickering light, he attempted to transmit an image or thought about the light to the partner. Of the 60 receivers tested, 5 of them, or 8 per cent, were shown to have significantly higher brain activation during times their partner ‘sent’ their visual images.13

The Washington researchers then selected five pairs of the participants who had scored a significant result, wired them up to a functional MRI, which measures minuscule changes in the brain during critical functions, and asked them to repeat the experiment. During the times the thought was ‘transmitted’, the recipients experienced an increase in blood oxygenation in a portion of the visual cortex of the brain. This increase did not occur when the sending partner was not being visually stimulated.14

The Bastyr researchers replicated their study, this time with volunteers highly experienced in meditation, and got some of the strongest correlations between senders and receivers of all the studies thus far.

The Bastyr study represented a major breakthrough in research on direct mental influence. It demonstrated that the brain-wave response of the sender to the stimulus is mirrored in the receiver, and that the stimulus in the receiver occurs in an identical place in the brain as that of the sender. The receiver’s brain reacts as though he or she is seeing the same image at the same time.

A final extraordinary study examined the effect of powerful emotional involvement on remote influence. Researchers at the University of Edinburgh studied and compared the EEGs of bonded couples, matched pairs of strangers, and several individuals with no partner but who nevertheless thought they were being paired off and having their brain waves compared. Everyone who had been paired off, whether he knew his partner or not, displayed increased numbers of brain waves in synchrony. The only participants who did not demonstrate this effect were those who had no partner.15

Radin carried out a variation of this experiment, attaching pairs who had close bonds – couples, friends, parents and their children.  In a significant number of instances, the EEGs of the senders and receivers appeared to synchronize.16

In designing the Love Study, Schlitz and Radin also had been influenced by other research showing that, during acts of remote influence, the recipient’s EEG waves mirror those of the sender. In a number of studies of healing, the EEG waves of the patient synchronize with those of the healer during moments when healing energy is being ‘sent’.17

Brain mapping during certain types of healing, such as bioenergy, also shows evidence of brain-wave synchrony. 18

In many instances, when one person is sending focused intention to another, their brains appear to become entrained.

Entrainment is a term in physics which means that two oscillating systems fall into synchrony. It was coined in 1665 by the Dutch mathematician Christiaan Huygens, after discovering that two of his clocks with pendulums standing in close approximation to each other had begun to swing in unison. He had been toying with the two pendulums and found that even if he started one pendulum swinging at one end, and the other at the opposite end, eventually the two would swing in unison.

Two waves peaking and troughing at the same time, are considered ‘in phase’, or operating in synch. Those peaking at opposite times are ‘out of phase’. Physicists believe that entrainment results from tiny exchanges of energy between two systems that are out of phase, causing one to slow down and the other to accelerate until the two are in phase. It is also related to resonance, or the ability of any system to absorb more energy than normal at a particular frequency (the number of peaks and troughs in one second). Any vibrating thing, including an electromagnetic wave, has its own preferential frequencies, called ‘resonant frequencies’, where it finds vibrating the easiest. When it ‘listens’ or receives a vibration from somewhere else, it tunes out all pretenders and only tunes into its own resonant frequency. It is a bit like a mother instantly recognizing her child from among a mass of school children. Planets have orbital resonances. Our sense of hearing operates through a form of entrainment: different parts of a membrane of the inner ear resonate to different frequencies of sound. Resonance even occurs in the seas, such as in the tidal resonance of the Bay of Fundy in the northeast end of the Gulf of Maine, near Nova Scotia.

Once they march to the same rhythm, things that are entrained send out a stronger signal than they do individually. This most commonly occurs with musical instruments, which sound amplified when all playing in phase. At the Bay of Fundy, the time required for a single wave to travel from the bay’s mouth to its opposite end and back is exactly matched by the time of each tide. Each wave is amplified by the rhythm of each tide, resulting in some of the highest tides in the world.

Entrainment also occurs when someone sends a strong intention to cause harm, which became evident in the tohate experiments of Mikio Yamamoto of the National Institute of Radiological Sciences in Chiba and the Nippon Medical School in Tokyo. Tohate is a kind of mental stand-off between two Qigong practitioners, one of whom receives a sensory shock and is eventually made to submit and move back several yards without any physical contact from the other. The central question posed by the technique, in Yamamoto’s mind, was whether the effect of tohate is psychological or physical: does the opponent move back because of psychological intimidation, or is he knocked over by the qi of his opponent?

In  the  first  of  Yamamoto’s  studies,  a Qigong  master  was  isolated  in  an electromagnetically shielded room on the fourth floor of a building, while his student was similarly isolated on the first floor.

Yamamoto signalled for the master  to perform ‘qi emission’ over 80 seconds at random intervals. Each time, he tracked their separate movements – the sending of the qi and the start of the pupil’s recoil. In nearly a third of the 49 such trials – a highly significant result – whenever the master engaged in tohate movements, his opponent in the other room was physically knocked back. In a second set of 57 trials, Yamamoto wired both teacher and pupil to EEG machines. Whenever the master emitted qi, his pupil showed an increase in the number of alpha brain waves in his right frontal lobe, suggesting that this was where the body initially receives the intention ‘message’.

Yamamoto’s final set of trials examined the EEG-recorded brain waves of both master and student.

Whenever the master performed tohate, the beta brain waves of both men demonstrated a greater sense of coherence.19

In an earlier study carried out by the Tokyo group, the brain waves of the receiver and sender became synchronized within one second during tohate.20

Besides resonance, the DMILS studies offered evidence of another phenomenon during intention: the receiver anticipated the information by registering the ‘ouch’ a few moments before the pinch occurred in the sender.

In 1997, in his former laboratory at the University of Nevada, Radin discovered that humans may receive a physical foreboding of an event.

He set up a computer that would randomly select photos designed to calm, to arouse, or to upset a participant. His volunteers were wired to physiological monitors that recorded changes in skin conduction, heart rate and blood pressure, and they sat in front of a computer that would randomly display colour photos of tranquil scenes (landscapes), or scenes designed to shock (autopsies) or to arouse (erotic materials).

Radin discovered that his subjects were registering physiological responses before they saw the photo. As if trying to brace themselves, their responses were highest before they saw an image that was erotic or disturbing.

This offered the first laboratory proof that our bodies unconsciously anticipate and act out our own future emotional states and that the nervous system does not merely cushion itself against a future blow, but also works out the emotional meaning of it.21

Dr Rollin McCraty, executive vice-president and director of research for the Institute of HeartMath, in Boulder Creek, California was fascinated by the idea of shared physical foreboding of an event, but wondered where exactly in the body this intuitive information might first be felt. He used the original design of Radin’s study with a computerized system of randomly generated arousing photos, but hooked up his participants to a greater complement of medical equipment.

McCraty discovered that these forebodings of good and bad news were felt in both the heart and brain, whose electromagnetic waves would speed up or slow down just before a disturbing or tranquil picture was shown. Furthermore, all four lobes of the cerebral cortex appeared to take part in this intuitive awareness. Most astonishing of all, the heart appeared to receive this information moments before the brain did. This suggested that the body has certain perceptual apparatus that enables it continually to scan and intuit the future, but that the heart may hold the largest antenna. After the heart receives the information, it communicates this information to the brain.

McCraty’s study had shown certain fascinating differences between the sexes. Both the heart and brain became entrained with each other earlier and more frequently in women than they did in men. McCraty concluded that this offered scientific evidence of  the universal assumption that women are naturally more intuitive than men and more in touch with their heart centre.22

McCraty’s conclusion – that the heart is the largest ‘brain’ of the body – has now gained credibility after research findings by Dr John Andrew Armour at the University of Montreal and the Hôpital du Sacré-Coeur in Montreal.

Armou discovered neurotransmitters in the heart that signal and influence aspects of higher thought in the brain.23 McCraty discovered that touch and even mentally focusing on the heart cause brain-wave entrainment between people.

When two people touched while focusing loving thoughts on their hearts, the more ‘coherent’ heart rhythms of the two began to entrain the brain of the other.24

When two people touched while focusing loving thoughts on their hearts, the more ‘coherent’ heart rhythms of the two began to entrain the brain of the other.
When two people touched while focusing loving thoughts on their hearts, the more ‘coherent’ heart rhythms of the two began to entrain the brain of the other.

Armed with this new evidence about the heart, Dean Radin and Marilyn Schlit decided to explore whether remote mental influence extended to anywhere else in the body. An obvious place to explore was the gut. People speak about intuition as a ‘gut instinct’ or ‘gut feeling’. Certain researchers have even referred to the gut as a ‘second brain’.25

Radin wondered if a gut instinct was accompanied by an actual physical effect.

Radin and Schlitz gathered 26 student volunteers, paired them, and this time wired them up to an electrogastrogram (EGG), which measures the electrical behaviour of the gut; monitors on the skin usually closely match the frequencies and contractions of the stomach. Although the Freiburg study had shown otherwise, Radin and Schlitz believed that familiarity could only help to magnify the effects of remote influence. In case some sort of physical connection was indeed important, Radin asked all the participants to exchange some meaningful object first.

Radin put one participant from a pair in one room. The other sat in another, darkened room, attached to an electrogastrogram, viewing live video images of the first person. Images periodically flashed on another monitor, accompanied by music designed to arouse particular emotions: positive, negative, angry, calming or just neutral.

The results revealed another example of entrainment – this time in the gut.

The EGG readings of the receiver were significantly higher and correlated with those of the sender when the sender experienced strong emotions, positive or negative. Here was yet more evidence that the emotional state of others is registered in the body of the receiver – in this case, deep in the intestines – and that the home of the gut instinct is indeed the gut itself.26

This latest evidence was further proof that our emotional responses are constantly being picked up and echoed in those closest to us.27 In every one of these studies, the bodies of the pairs had become entrained or ‘entangled’ as Radin called it;28 the recipients were ‘seeing’ or feeling what their partners actually saw or felt, in real time.

As this research intimates, intention might be an attunement of energy. The DMILS research established that, under certain conditions, the heart rate, the arousa of the autonomic nervous system, the brain  waves and the blood flow to the extremities of different people all become entrained, even when they are situated at a distance. Nevertheless, in most of the DMILS studies, the correlated respons resulted from a simple stimulation of the sender, which the recipient unconsciously picked up. Except for one instance, no one attempted to influence another person.

Schlitz and Radin now wanted to find out whether they would achieve similar correlations if the sender were actually sending an intention to heal. For the Love Study, Schlitz and her colleagues decided to recruit ordinary individuals and train them in healing techniques. They wondered whether certain conditions were more favourable than others for achieving entrainment.

Many healing studies intimated that motivation, interpersonal connection and a shared belief system were vital to success.

Grinberg-Zylberbaum believed that a ‘transferred potential’, as he termed this form of entrainment, occurred only among those who had undergone some meditative regime and then only after some sort of psychic connection between sender and receiver had been established. Nevertheless, in the Freiberg study, many of the pairs had never met each other and had not had a chance to establish a bond.

The German researchers had concluded that ‘connectedness’ and mental preparation may play a role, but were not crucial. In Schlitz’s view, motivation was a key component of success. The more urgent the situation, such as would occur with a partner suffering from cancer, the more motivated his or her partner would be in attempting to get him or her well.

Schlitz and her fellow researchers decided to seek out couples with a wife suffering from breast cancer, and began advertising around the San Francisco Bay Area for volunteers.

It soon became apparent that they would have to widen their original brief. The breast-cancer population of the Bay Area, which is higher than average in the USA, has been extremely well studied.

From the lack-luster response to their advertising, it appeared that sufferers were unwilling to take part in yet more research. The scientists decided to open the study to any couple if either partner were suffering from cancer of any variety.

Eventually 31 couples volunteered, including healthy couples who were to act as controls.

Jerome Stone wrote a training manual for the couples, after analysing a number of healers and distilling their common practices.29

The first component of his programme involved teaching the sender how to focus and concentrate, as occurs in meditation, to create a high degree of sustained attention. The scientific evidence demonstrates that meditation establishes more coherent brain waves; at least 25 studies show that EEG synchronization occurs between the four regions of the brain during meditation.30

Other studies of meditation have shown that it creates more coherent biophoton emissions31 and in general aids healing.

Stone also believed that his senders needed to learn how  to generate compassion or empathy for their partners, with a technique based largely on the Tonglen Buddhist idea of ‘giving and receiving’. This  practice would train the partner to develop a true understanding of the suffering of another, to take on the suffering without being burdened by it, and to transform it through the process of sending healing.

Developing true empathy would also help to dissolve the boundaries and sense of self between the sender and receiver. Positive, loving thoughts also had positive physiological effects. Rollin McCraty’s research at HeartMath showed tha a steady (or, as they called it, ‘coherent’) variation in heartbeat was more likely with ‘positive’ – loving or altruistic – thoughts and that this ‘coherence’ was quickly picked up by the brain, which soon pulsed in synchrony32 and evidenced improved cognitive performance.33

After Stone instructed the partners in simple techniques of meditation, he also taught them to be compassionate when carrying out intention. The final aspect of Stone’s training involved instilling belief and confidence in both senders and receivers.

Stone had discovered evidence in both the healing and parapsychological literature that belief in the process assists in the success of psychic processes such as ESP, which, like intention, involves ‘transferring’ information across distance.34

Although the training programme was originally intended to run for eight weeks, limited funding meant that Stone had to compress his workshop into a single day, to be followed up with homework and practice.

Radin divided the couples into three groups.

The first group (the ‘trained group’) was to undergo Stone’s training, practise compassionate intention daily for three months and then carry out the test.

The second group (called the ‘wait group’) was to carry out the test first and then have the training.

The 18 healthy couples comprising the third group (the control group) was to have no training at all, but simply undergo the test.

With all three groups, the member of the couple with the cancer (or one of the designated partners in the control group) was asked to sit in a black reclining chair placed in a one-ton, solid steel, double-walled, electromagnetically shielded enclosure.

The tiny Lindgren/ETS chamber was separated from the outside world b two layers of steel and one of solid wood, which blocked out all sound and all electromagnetic energy. Any electrical signals were carried out of the chamber by a fibre-optic cable, to ensure that the room remained, electromagnetically speaking, a solitary confinement.

Each inhabitant was fitted to an array of medical gadgetry to measure brain waves, heartbeat, breathing rate, skin conductance and peripheral blood flow. A video camera stood discretely in the corner.

The room was curtained in earth tones and furnished with soft table lighting and an artificial, floor-to-ceiling weeping fig tree. When the room was occupied, ambient music flooded the space. The furnishings and music, and even a large colour poster of a cascading mountain stream, were all intended to distract from the fact that once the 400-pound steel door with an articulated closing mechanism snapped shut, the inhabitant was essentially trapped inside the warmer equivalent of a meatpacking-plant refrigerator.

Some 20 metres away, the other partner was seated in the dark, attached to the same medical equipment as his or her partner, staring at a small blank TV screen. Bunched towels blocked out the last vestiges of light. Whenever the image of the partner in the refrigerator room abruptly flashed on the television screen, the other member of the couple was to send a compassionate intention to his or her partner for 10 seconds.

Stone, Radin and their colleagues planned to examine two different outcomes: whether the training improved the marriage, and also whether there was any correspondence between the physical sensations of sender and receiver. Although they hoped to examine whether the intentions sent also affected the medical prognosis, limited funding made that aspect of the study impossible.

Stone and Levine were given the task of analysing the social aspects of the study. Initially they discovered that the training made no difference to the quality of the couples’ marriages.

The finding was not altogether surprising, considering that anyone prepared to be part of a study involving three months of training was already likely to be extremely committed to the partnership. And Schlitz had aimed to recruit motivated partners when she designed the study. A later, more detailed analysis of the figures showed that the intention training and practice had indeed improved the couples’ marriages, but Radin concluded that these effects were due to their expectation of improved relations.

Then Radin compiled all the physiological data from the three groups and studied the results between partners and group composite averages. Each physiological response offered fascinating information about the effect of intention on the receiver. For instance, in the case of measurements of blood to the extremities, in every group, the sender’s skin conductance increased 2 seconds after seeing the partner’s image, and the receiver recorded a similar arousal a half second after the image had flashed.

However, unlike the earlier DMILS studies, where the skin conduction response in the receiver resembled that of a ‘startle reflex’ and quickly tailed off, in this instance the response persisted 7 seconds after the stimulus.

The receiver clearly appeared to be responding to intention – indeed, almost instantaneously.

In fact, the receiver’s response occurred at least 1 second faster than it would have been possible for the sender to have consciously formulated an intention. Radin was not sure whether this meant that the receiver had had a premonition of the intention.

It might simply have reflected the turgid nature of the skin conductance response; the receiver was likely responding in his or her extremities to information sent by the sender’s central nervous system, which would have reacted to the initial stimulation of the image on the monitor far more quickly than the electrical impulses sent to his or her fingertips. Nevertheless, in Radin’s view, the two skin conductance responses were tracking each other, even if they were slightly out of phase.

A similar situation occurred with the heart rate. The sender’s heart rate increased 5 seconds after the stimulus prompt to send the intention – which was consistent with the physical response that occurs in the body during the process of making some sort of mental effort. But an identical increase took place in the receiver, which would not happen ordinarily if he or she were simply resting in a recliner.

Blood flow followed a similar pattern. Whenever we experience something that stimulates us, the vascular network in our extremities constricts slightly, to maximize blood flow to the core of the body. In the Love Study, this phenomenon occurred in the sender, and was soon imitated in the body of the receiver.

As for respiration, on average, whenever the stimulus image appeared, the sender immediately inhaled sharply and blew out the air 15 seconds later. This respiratory response resembles that of someone about to steady himself for the task at hand. In this case, Radin witnessed a different response in the receiver. During the first 5 seconds, the receiver’s respiration faltered, almost as though he or she had stopped breathing, and then resumed with a large exhale in the final 5 seconds of the intention. It was as though the receiver had been listening with care, holding her breath and straining to hear something, before sighing with relief as soon as the stimulation had passed.

But it was the brain-wave results that proved to be the most interesting. Whenever the receiver’s image flashed on the screen, the senders recorded a little upturn in brain waves, like a ‘flinch response’, and then a huge spike for about a third of a second before they dropped sharply and took about one second to come back to baseline. In the sender, this tiny initial upturn represents something called a P300 wave – a well-established phenomenon that records the time that the brain takes to process the switching on of a light. The drop represents the time it takes for internal attention to modulate the stimulus into a response.

In this instance, the receivers had no P300 wave, but their brain waves nevertheless mimicked the virtually vertical plunge of the brain wave that shortly followed in the sender, even though, unlike the sender, the receiver had had no stimulus. The brain of the receiver was reacting just as it does when asleep and dreaming. The receivers had registered an emotional reaction, even though there was no tangible stimulus.

Radin’s results were all the more remarkable because the receivers had not been told how long the stimulus period would be, and neither senders nor receivers knew in advance how long the sender would have to wait before the partner’s image flashed on screen. A computer program randomly selected the time frame, which ranged from 5 to 40 seconds. This meant that any expectation on the part of either member of the couples could not explain the results.

Radin then compared the responses of the groups. All three groups had shown an effect. In every instance, each physiological response of the receivers had tracked those of the senders. However, the most prolonged pattern occurred among the cancer patients whose partners had been trained in compassionate intention.

The receivers in the training group not only responded to the stimulus, but also kept responding over 8 of the 10 seconds of the intention. In quantum terms, the couples had become as one.35

The Love Study indicates a number of profound suggestions about the nature of intention.

Sending a directed thought seems to generate a palpable energy; whenever one of Radin’s senders sent a healing intention, many subtle aspects of the receiver’s body became activated, as though he had received a minuscule electric shock. It seemed to be a kind of activating awareness, as though his body had felt or heard the healing signal.

There had even been an element of anticipation in the receiver; some of the physiological reactions recorded suggested that the receiver had felt the partner’s healing intention before he had even sent it.

People appear to receive healing deep in their bodies by being retuned to the more coherent energy of the healer’s intention. During healing, it could be that the ‘orderly’ energy of the well person entrains and ‘re-orders’ the sick.

In order to have the most powerful effect, a healer or sender needs to become ‘ordered’ on some subatomic level, mentally and emotionally. The Love Study demonstrates that certain conditions and mental states make our intention especially powerful and ourselves more ordered, and that these states can be achieved with training. The success of the basic training programme that Schlitz, Radin and Stone assembled suggests that attention, belief, motivation and compassion are important for intention to work, but there are probably other conditions that intensify its effects.

I needed, for instance, to find out how we can loosen our psychological boundaries. It was becoming clear to me: when we send intention, in a manner of speaking, we have to ‘become’ the other.

Notes – Chapter 4: Hearts that Beat as One

  1. All details of the Love Study were gleaned from multiple interviews with Dean Radin, Marilyn Schlitz and Jerome Stone, April 2005–June 2006.
  2. F. Sicher, E. Targ et al., ‘A randomized double-blind study of the effect of distant healing in a population with advanced AIDS: report of a small scale  study’, Western Journal of Medicine, 1998; 168 (6): 356–63; also multiple interviews with E. Targ, 1999–2001.
  3. M. Schlitz and W. Braud, ‘Distant intentionality and healing: assessing the evidence’, Alternative Therapies in Health and Medicine, 1997; 3 (6): 62–73.
  4. M. Schlitz and S. LaBerge, ‘Autonomic detection of remote observation two conceptual replications’, in D. J. Bierman (ed.), Proceedings of Presented Papers, 37th Annual Parapsychological Association Convention Amsterdam, Fairhaven, Mass.: Parapsychological Association, 1994: 352– 60.
  5. S. Schmidt et al., ‘Distant intentionality and the feeling of being stared at: Two metaanalyses’, British Journal of Psychology, 2004; 95: 235–47, as reported in D. Radin, Entangled Minds, New York: Paraview, 2006: 135.
  6. L. Standish et al., ‘Electroencephalographic evidence of correlated event- related signals between the brains of spatially and sensory isolated human subjects’, The Journal of Alternative and Complementary Medicine, 2004; 10 (2): 307–14.
  7. Radin, Entangled Minds, op. cit.: 136.
  8. Charles Tart, ‘Physiological correlates of psi cognition’, International Journal of Parapsychology, 1963: 5; 375–86.
  9. T. D. Duane and T. Behrendt, ‘Extrasensory electroencephalographic induction between identical twins’, Science, 1965; 150: 367.
  10. J. Wackerman et al., ‘Correlations between brain electrical activities of two spatially separated human subjects’, Neuroscience Letters, 2003; 336: 60–4.
  11. J. Grinberg-Zylberbaum et al., ‘The Einstein-Podolsky-Rosen paradox i the brain: The transferred potential’, Physics Essays, 1994; 7 (4): 422–28.
  12. J. Grinberg-Zylberbaum and J. Ramos, ‘Patterns of interhemisphere correlations during human communication’, International Journal of Neuroscience, 1987; 36: 41–53; J. Grinberg-Zylberbaum et al., ‘Human communication and the electrophysiological activity of the brain,’ Subtle Energies and Energy Medicine, 1992; 3 (3): 25–43.
  13. L. J. Standish et al., ‘Electroencephalographic evidence of correlated event-related signals’, op. cit.
  14. L. J., Standish et al., ‘Evidence of correlated functional magnetic resonance imaging signals between distant human brains’, Alternative Therapies in Health and Medicine, 2003; 9 (1): 122–5; T. Richards et al., ‘Replicable functional magnetic resonance imaging evidence of correlated brain signals between physically and Notes 291 sensory isolated subjects’, Journal of Alternative and Complementary Medicine, 2005; 11 (6): 955–63.
  15. M.   Kittenis   et   al.,  ‘Distant    psychophysiological                   interaction effects between related and unrelated participants’, Proceedings of the Parapsychological Association Convention, 2004: 67–76, as reported inRadin, Entangled Minds, op. cit.: 138–9.16.    D. I. Radin, ‘Event related EEG correlations between isolated huma subjects’, Journal of Alternative and Complementary Medicine, 2004; 10: 315–24.
  16. M. Cade and N. Coxhead,The Awakened Mind, 2nd edn, Shaftesbury: Element, 1986.
  17. S. Fahrion et al., ‘EEG amplitude, brain mapping and synchrony in and between a bioenergy practitioner and client during healing’, Subtle Energies and Energy Medicine, 1992; 3 (1): 19–52.
  18. M. Yamamoto, ‘An experiment on remote action against man in sensory shielding condition, Part 2’, Journal of the International Society of Life Information Sciences, 1996; 14 (2): 228–39, as reported in Larry Dossey, Be Careful What You Pray For … You Just Might Get It: What We Can D About the Unintentional Effect of Our Thoughts, Prayers, and Wishes, San Francisco: HarperSanFrancisco, 1998: 182–3.
  19. M. Yamamoto et al., ‘An experiment on remote action against man in sense shielding condition’, Journal of the International Society of Life Information Sciences, 1996; 14 (1): 97–9.
  20. D. I. Radin, ‘Unconscious perception of future emotions: An experiment in presentiment’, Journal of Scientific Exploration, 1997; 11 (2): 163–80. First presented before the annual meeting of the Parapsychological Association in August 1996. For a full description of the Radin experiment see D. Radin, The Conscious Universe, London: HarperCollins, 1997: 119– 24.
  21. R. McCraty et al., ‘Electrophysiological evidence of intuition: Part 2: A systemwide process?’ T he Journal of Alternative and Complementary Medicine, 2004; 10 (2): 325–36.
  22. J. Andrew Armour and Jeffrey L. Ardell (eds.), Basic and Clinical Neurocardiology, Oxford: Oxford University Press, 2004.
  23. R. McCraty et al., ‘The electricity of touch: Detection and measuremen of cardiac energy exchange between people’, in Karl H. Pribram (ed.), Brain and Values: Is a Biological Science of Values Possible?
  24. Mahwah, NJ: Lawrence Erlbaum Associates, 1998: 359–79.M. Gershon, The Second Brain: A Groundbreaking New Understanding ofNervous Disorders of the Stomach and Intestine, London: HarperCollins 1999.
  25. D. I. Radin and M. J. Schlitz, ‘Gut feelings, intuition, and emotions: A exploratory study’, Journal of Alternative and Complementary Medicine, 2005; 11 (5): 85–91.
  26. D. Radin, ‘Event-related electroencephalographic correlations between isolated human subjects’, The Journal of Alternative and Complementary Medicine, 2004; 10 (2): 315–23.
  27. Dean Radin has devoted an excellent book to the subject: see D. Radin Entangled Minds, op cit.
  28. J. Stone, Course Handbook: Training in Compassionate-Loving Intention 2003; J. Stone et al., ‘Effects of a compassionate/loving intention as a therapeutic intervention by partners of cancer patients: A randomized controlled feasibility study’, in press. 292 The Intention Experiment
  29. M.   Murphy   et   al., The  Physiological  and  Psychological  Effects  o Meditation: A Review of Contemporary Research with a Comprehensive Bibliography,   1931–1996,   Petaluma,   Calif.:    The Institute of    Noeti Sciences, 1997.
  30. E. P. Van Wijk et al., ‘Anatomic characterization of human ultra-weak photon emission in practitioners of Transcendental Meditation™ and control subjects’, The Journal of Alternative and Complementary Medicine, 2006; 12 (1): 31–8.
  31. R. McCraty et al., ‘Head-heart entrainment: A preliminary survey’, in Proceedings of the Brain-Mind Applied Neurophysiology EEG Neurofeedback Meeting. Key West, Florida, 1996.
  32. R.   McCraty,   ‘Influence  of   cardiac afferent input  on  heart-brain synchronization and cognitive performance, Institute of HeartMath, Boulder Creek, California’,International Journal of Psychophysiology, 2002; 45 (1–2): 72–3.
  33. G. R. Schmeidler, Parapsychology and Psychology, Jefferson: McFarlan and Company, 1988 as cited in J. Stone, Course Handbook, op. cit.; L Dossey, Healing Words: The Power of Prayer and the Practice of Medicine, San Francisco: HarperSanFrancisco, 1993.
  34. D. Radin et al., ‘Effects of motivated distant intention on electrodermal activity.’    Paper presented at  the  Annual Conference of  the Parapsychological Association, Stockholm, Sweden, August 2006.

PART TWO

Powering Up

For every atom belonging to me as good belongs to you.
-‘Song of Myself’, Walt Whitman

CHAPTER FIVE

Entering Hyperspace

IN A DRAUGHTY MONASTERY high in the Himalayas in northern India during the winter of 1985, a group of Tibetan Buddhist monks were seated quietly, deep in meditation. Although scantily clad, they appeared oblivious to the chilly indoor air temperature, which approached freezing. A fellow monk passed between them, draping each, in turn, with sheets drenched with cold water. Such extreme conditions would ordinarily shock the body and send the core temperature plummeting. If body temperature falls by only 7°C, within minutes a person will lose consciousness and all vital signs.

Instead of shivering, the monks began to sweat. Steam rose from the wet sheets; within an hour, they were thoroughly dry. The attendant replaced the dry sheets with new ones, also drenched in ice-cold water. By this time, the monks’ bodies had become the equivalent of a furnace. Those sheets were efficiently dried, as was a third batch.

A team of scientists led by Herbert Benson, a cardiologist at Harvard Medica School, stood nearby, examining an array of medical equipment to which they had attached the monks for any clues as to what particular physiological mechanism might have enabled the body to generate this extraordinary level of heat.

For a number of years, Benson had explored the effects of meditation on the brain and the rest of the body. He’d embarked on an ambitious research programme, studying Buddhists in various remote outposts around the world who had spent many years in disciplined practice. During one trip to the Himalayas, he also videotaped monks, dressed only in light shawls, as they spent a freezing February night outdoors on a mountain ledge 4600 meters above sea level. Benson’s film showed that they had slept soundly through the night, without clothing or shelter.

In his travels, Benson had witnessed many extraordinary feats of intention – mastery over temperature or metabolic rate that could even produce a state resembling hibernation. The monks monitored  by Benson’s team had raised  the temperature of their extremities by up to 9.4°C and lowered their metabolism by more than 60 per cent.1

Benson realized that this represented the largest variation in resting metabolism ever reported. During sleep, by contrast, metabolism only drops by 10 to 15 per cent; even experienced meditators can only decrease it by 17 per cent, at best. But that day in the Himalayas, he had observed the impossible in terms of mental influence. The monks had used their bodies to boil freezing water simply through the power of their thoughts.2

Benson’s enduring enthusiasm for meditation ignited interest at major academic institutions across America. By the end of the twentieth century, monks had become the favourite guinea pigs of the neuroscience laboratory. Scientists from Princeton, Harvard, the University of Wisconsin and the University of California–Davi followed Benson’s lead by wiring up monks to state-of-the-art monitoring equipment and studying the effects of intensive, advanced meditation. Entire conferences were held on meditation and the brain.3

It was not the practice itself that fascinated these scientists, but its effect on the human body, particularly the brain, and the possibilities this suggested. By studying the biological effects in such detail, scientists hoped to understand the neurological processes that occur during feats of highly directed thought, as the monks had displayed in the Himalayas.

Monks also offered scientists an opportunity to study whether years of focused attention stretch the brain beyond its usual limits. Did the brain of a monk become the equivalent of an Olympic athlete’s body – more highly developed and ultimately transformed after gruelling discipline and practice?

Do training and experience change the physiology of the brain over time? Would practice enable you to become a bigger and better transmitter of intention? The answers would in turn address a long- standing debate in neuroscience: is neural structure basically hard-wired from youth or plastic – changeable – depending on the nature of a person’s thoughts through life?

For me, the most intriguing question about this research on focused attention was the means by which a Buddhist monk could turn himself into a human boiler, and how these means compared with techniques and practices of other ancient traditions. Like Benson, I was intrigued by ‘masters’ of intention: practitioners of ancient disciplines Buddhism, Qigong, shamanism, traditional native healing – who had been trained to perform extraordinary acts through their thoughts. I wanted to work out  the common denominators they shared.

Do the steps taken by a Qigong master to send Qi resemble those of a Buddhist monk during meditation?

Which mental disciplines ensure that a healer will enter a state enabling him to repair another person’s body?

Are ‘masters’ of intention graced with special neurological gifts that enable them to use their minds more powerfully than the rest of us, or did they acquire a skill that ordinary people could learn as well? And, perhaps most important, what did the neurological study of monks tell me about the effect of focused intention on the brain? Would practice enable you to become a bigger and better transmitter of intention?

I began studying scientific research about healing methods from a variety of traditions and then conducted my own questionnaire and interviews with healers and ‘master’ intenders of all persuasions.4

I was aided in my research by the work of psychologist  Stanley  Krippner  and  his  student  Allan  Cooperstein  at  Saybroo Graduate School. A clinical and forensic psychologist, Cooperstein had conducted a thorough study of the various techniques used by distant healers for his doctoral thesis, including an analysis of scholarly books on healing and exhaustive written and verbal interviews with well-known practitioners who had scientific evidence of success in healing.5

In every instance, I discovered, the most important first step involved achieving a state of concentrated focus, or peak attention.

According to Krippner, an expert on shamanic and other native traditions, virtually all native cultures carry out remote healing during an altered state of consciousness and achieve a state of concentrated focus through a variety of means.6

Although the use of hallucinogenic drugs such as ayahuasca is common, many cultures use a strong repetitive rhythm or beat to create that state; the Native American Ojibway wanbeno, for instance, use drumming, rattling, chanting, naked dancing and handling of live coals.7

Drumming is particularly effective in producing a highly concentrated focus; a number of studies have shown that listening to the beat of a drum causes the brain to slow down into a trancelike state.8

As Native Americans discovered, even intense heat, as in a sweat lodge, can transport individuals to an altered state.

In my own study of intention ‘masters’, I spoke with Bruce Frantzis, arguably the greatest Qigong master in the West. A martial arts champion, with black belts in five Japanese martial arts, he also learned healing Qigong through years of study with Chinese masters.

Frantzis’s powers of intention were legendary; he had been videoed sending people flying across the room simply by directing Qi. In his fighting days, he had put several people into wheelchairs. Now, knowing its extraordinary power, he reserved Qi for healing. During my own meeting with him, Frantzis gave a short demonstration of the power of directed Qi. After a moment of intense concentration, the plates of his skull began to undulate over the top of his head like a rolling surf.9

Frantzis taught his students how to develop peak attention gradually, through intense concentration on their breathing. Although they began with very short bursts of ‘longevity’ breathing, they would work on extending these periods until eventually they could hold this focus continuously. They would also be taught methods of becoming acutely aware of all physical sensation.10

The healers I interviewed entered this focused state through a variety of means: meditation; prayer; intense attention on the person to be healed; symbolic or mythic ideas; strong mental images of a situation producing the desired change; verbal affirmations; mental imagery; even internal autosuggestions as a warm-up exercise. One healer established focused attention by saturating his awareness with the goal that he was trying to achieve.

Dr Janet Piedilato, a shamanic healer, will often ‘gently hum or chant’ or use a ‘rattle or other instrument’. Dr Constance Johnson, a Reiki practitioner, can return to an altered state at will. Others need to work hard to achieve this transformation: The Reverend Francis Geddes, a spiritual healer, will meditate on a small object like a pebble, leaf, or twig in a ‘very concentrated manner for ten minutes’.

Still others use the patient as the object of meditation. As Dr Judith Swack, a mind–body healer who has developed her own holistic psychotherapy system, says: ‘I look directly at the client and focus all of my senses forward toward the client and enter a receptive state where I pay internal attention to any subtle information and impression coming in like a kind of radar.’ Many other healers likewise enter an altered state, simply by ‘listening to the patient’ – ‘audibly or otherwise’. ‘Just thinking of the need to help someone,’ wrote Dr Piedilato, ‘slows the blood in my veins.’

Initially, many healers experience a heightening of their cognitive processes, but most soon reach a point when inner chatter ceases, and they experience a falling away of all sensation but pure image. The focusing seems to dissolve their own boundaries. They suddenly become aware of the inner workings of the patient’s body and ultimately have a sense of being engulfed by the healee.

I was especially interested in the effect of this intense concentration on the activity of the brain. Does the brain slow down or speed up? The received wisdom is that during meditation the brain slows down. The bulk of the research examining the electrical activity of the brain during meditation indicates that meditation leads to a predominance of either alpha rhythms (slow, high-amplitude brain waves with frequencies of 8–13 hertz, or cycles per second), which also occurs during light dreaming, or even the slower theta waves (4–7 hertz), which typify the state of consciousness during deep sleep.11 During ordinary waking consciousness, the brain operates much faster, using beta waves (around 13–40 hertz).  For  decades, the prevailing view has been that the optimum state for manifesting intention is an ‘alpha’ state.

Richard Davidson, a neuroscientist and psychologist at the University o Wisconsin’s Laboratory for Affective Neuroscience, recently put this view to the test. Davidson was an expert in ‘affective processing’ – the place where the brain processes emotion and the resulting communication between the brain and body. His work had come to the attention of the Dalai Lama, who invited him to visit Dharamsala, India, in 1992; a science buff, his Holiness wished to understand more about the biological effects of intensive meditation.

Afterwards, eight of the Dalai Lama’s most seasoned practitioners of Nyingmapa and Kagyupa meditation were flown to Davidson’s lab in Wisconsin.

There, Davidson attached 256 EEG sensors to each monk’s scalp in order to record electrical activity from a large number of different areas in the brain.

The monks were then asked to carry out compassionate meditation. As with Jerome Stone’s intention regime, the meditation entailed focusing on an utter readiness to help others and a desire for all living things to be free of suffering.

For the control group, Davidson enlisted a group of undergraduates who had never practiced meditation and arranged for them to undergo a week’s training, then attached them to the same number of EEG sensors to monitor their brains during meditation.

After 15 seconds, according to the EEG readings, the monks’ brains did not slow down; they began speeding up.

In fact, they were activated on a scale neither Davidson nor any other scientist had ever seen. The monitors showed sustained bursts of high gamma-band activity – rapid cycles of 25–70 hertz. The monks had rapidly shifted from a high concentration of beta waves to a preponderance of alpha, back up to beta and finally up to gamma.

Gamma band, the highest rate of brain-wave frequencies, is employed by the brain when it is working its hardest: at a state of rapt attention, when sifting through working memory, during deep levels of learning, in the midst of great flashes of insight.

As Davidson discovered, when the brain operates at these extremely fast frequencies, the phases of brain waves (their times of peaking and troughing) all over the brain begin to operate in synchrony. This type of synchronization is considered crucial for achieving heightened awareness.12

The gamma state is even believed to cause changes in the brain’s synapses – the junctions over which electrical impulses leap to send a message to a neuron, muscle or gland.13

That the monks could achieve this state so rapidly suggested that their neural processing had been permanently altered by years of intensive meditation.

Although the monks were middle-aged, their brain waves were far more coherent and organized than those of the robust young controls. Even during their resting state, the Buddhists showed evidence of a high ratio of gamma-band activity, compared with that of the neophyte meditators.

Davidson’s study bolstered other pieces of preliminary research suggesting that certain advanced and highly focused forms of meditation produce a brain operating at peak intensity.14

Studies of yogis have shown that, during deep meditation, their brains produce bursts of high-frequency beta or gamma waves, which often are associated with moments of ecstasy or intense concentration.15

Those who can withdraw from external stimuli and completely focus their attention inward appear more likely to reach gamma-wave hyperspace. During peak attention of this nature, the heart rate also accelerates.16

Similar types of effects have been recorded during prayer. A study monitoring the brain waves of six Protestants during prayer found an increase in brain-wave speed during moments of the most intense concentration.17

Different forms of meditation may produce strikingly different brain waves. For instance, yogis strive for anuraga, or a sense of constant fresh perception; Zen Buddhists aim to eliminate their response to the outer world. Studies comparing the two find that the former produces heightened perceptual awareness – magnified outer focus – while the latter produces heightened inner absorption – magnified inner awareness.18

Most research on meditation has concerned the type that focuses on one particular stimulus, such as the breath or a sound, like a mantra. In Davidson’s study, the monks concentrated on having a sense of compassion for all living things. It may be that compassionate intention – and other similar, ‘expansive’ concepts – produces thoughts that send the brain soaring into a supercharged state of heightened perception.

When Davidson and his colleague Antoine Lutz wrote up their study, they realized that they were reporting the highest measures of gamma activity ever recorded among people who were not insane.19

In their  results they noticed an association between level of experience and ability to sustain this extraordinarily high brain activity; those monks who had been performing meditation the longest recorded the highest levels of gamma activity. The heightened state also produced permanent emotional improvement, by activating the left anterior portion of the brain the portion most associated with joy.

The monks had conditioned their brains to tune into happiness most of the time.

In later research, Davidson demonstrated that meditation alters brain-wave patterns, even among new practitioners. Neophytes who had practised mindfulness meditation for only eight weeks showed increased activation of the ‘happy-thoughts’ part of the brain and enhanced immune function.20

In the past, neuroscientists imagined the brain as something akin to a complex computer, which got fully constructed in adolescence. Davidson’s results supported more recent evidence that the ‘hardwired’ brain theory was outdated.

The brain appeared to revise itself throughout life, depending on the nature of its thoughts. Certain sustained thoughts produced measurable physical differences and changed its structure. Form followed function; consciousness helped to form the brain.

Besides speeding up, brain waves also synchronize during meditation and healing. In fieldwork with indigenous and spiritual healers in five continents, Krippner suspected that, prior to healing, the healers all underwent brain ‘discharge patterns’ that produce a coherence and synchronization of the two hemispheres of the brain, and integrate the limbic (the lower emotional centre) with the cortical systems (the seat of higher reasoning).21

At least 25 studies of meditation have shown that, during meditation, EEG activity between the four regions of the brain synchronizes.22

Meditation makes the brain permanently more coherent – as might prayer. A study at the University of Pavia in Italy and the John Radcliffe Hospital in Oxford showe that saying the rosary had the same effect on the body as reciting a mantra. Both were able to create a ‘striking, powerful, and synchronous increase’ in cardiovascular rhythms when recited six times a minute.23

Another important effect of concentrated focus is the integration of both left and right hemispheres. Until recently, scientists believed that the two sides of the brain work more or less independently. The left side was depicted as the ‘accountant’, responsible for logical, analytical, linear thinking, and speech, and the right side, as the ‘artist’, providing spatial orientation, musical and artistic ability, and intuition.

But Peter Fenwick, consultant neuropsychiatrist at the Radcliffe Infirmary in Oxford St Thomas’ Hospital, Bethlehem Hospital and the Institute of Psychiatry at th Maudsley Hospital, gathered evidence to show that speech and many other functions are produced in both sides of the brain and that the brain works best when it can operate as a totality. During meditation, both sides communicate in a particularly harmonious manner.24

Concentrated attention appears to enlarge certain mechanisms of perception, while tuning out ‘noise’. Daniel Goleman, author of Emotional Intelligence,25 carried out research showing that the cortices of meditators ‘speed up’, but get cut off from the limbic emotional center.

With practice, he concluded, anyone can carry out this ‘switching-off ’ process, enabling the single mode of the brain to experience heightened perception without an overlay of emotion or meaning.26

During this process, all of the power of the brain is free to focus on a single thought: an awareness of what is happening at the present moment.

Meditation also appears to permanently enhance the brain’s reception. In several studies, meditators have been exposed to repetitive stimuli like light flashes or clicks. Ordinarily, a person will get used to the clicks, and the brain, in a sense, will switch off and stop reacting. But the brains of the meditators continued to react to the stimuli – an indication of heightened perception of every moment.27

In one study, practitioners of mindfulness meditation – the practice of bringing heightened, non-judgemental awareness of the senses’ perceptions to the present moment – were tested for visual sensitivity before and immediately after a three- month retreat, during which time they had practiced mindfulness meditation for 16 hours a day.

The staff members who did not practice the meditation acted as a control group. The researchers were testing whether the participants could detect the duration of simple light flashes and the correct interval between successive ones.

To those without mental training in focusing, these flashes would appear as one unbroken light.

After the retreat, the practitioners were able to detect the single-light flashes and to differentiate between successive flashes.

Mindfulness meditation enables its practitioners to become aware of unconscious processes and to remain exquisitely sensitive to external stimuli.28

As these studies indicate, certain types of concentrated focus, like meditation, enlarge the mechanism by which we receive information and clarify the reception. We turn into a larger, more sensitive radio.

In 2000, Sara Lazar, a neuroscientist at Massachusetts General Hospital and a expert in functional magnetic resonance imaging (fMRI), confirmed that this process produces  actual  physical  changes.  

Conventional     MRI  employs  radio-frequency waves and a powerful magnetic field to view the soft tissues of the body, including the brain. ‘Functional’ magnetic resonance imaging, on the other hand, measures the minuscule changes in the brain during critical functions. It confirms where and when stimuli and language are being processed by measuring the increase in blood flow in the fine network of arteries and veins of the brain when certain neural networks are engaged.  For  scientists  like  Lazar,  the  fMRI  is  the  closest  science  can get  to observing a brain at work in real time.

Herbert Benson had enlisted Lazar to map the brain regions that are active during simple forms of meditation. Rather than scrutinizing more monks or other meditation ‘athletes’ who had devoted themselves to the contemplative life, Lazar preferred to study the effect of meditation on the millions of ordinary Americans who performed meditation for just 20–60 minutes a day. She and Benson recruited five volunteers, who had practised Kundalini meditation for at least four years.

This kind of meditation employs two different sounds to focus and still the mind while observing inhalation and exhalation of the breath. Lazar asked volunteers to alternate between intervals of meditation and control states, during which they silently ticked off a mental list of animals.

Throughout the experiment, Lazar also monitored the biological activity of her subjects – heart rate, breathing, oxygen saturation levels, levels of exhaled CO2, and EEG levels.

Lazar discovered that, during meditation, the volunteers had a significant increase of signalling in the neural structures of the brain involved in attention: the frontal and parietal cortex, or the ‘new’ part of the brain where higher cognition takes place, and the amygdala and hypothalamus, portions of the ‘old’ brain that govern arousal and autonomic control.

This finding was another contradiction of the received wisdom that meditation is always a state of quiescence. Her results offered yet more evidence that, during certain types of meditation, the brain is engaged in a state of rapt attention.

Lazar also discovered that the signalling in certain areas of the brain and the neural activity during meditation evolved over time and increased with meditative experience. Her subjects themselves had the impression that their states of mind continued to change during each individual meditation and as they grew more experienced.29

These results suggested to Lazar that highly concentrated focus over time might enlarge certain parts of the brain. To test this, she gathered 20 long-term practitioners of Buddhist mindfulness meditation (five of whom were meditation teachers) with an average of nine years of meditation experience. Fifteen non-meditators acted as controls. Participants meditated in turn inside an ordinary MRI scanner while Laza took detailed images of their neural structures.

Lazar discovered that those portions of the brain associated with attention, awareness of sensation, sensory stimuli and sensory processing were thicker in the meditators than in the controls. The effects of meditation definitely were ‘dose- dependent’: increases in cortical thickness were proportional to the overall amount of time the participant had spent meditating.

Lazar’s research offered some of the first evidence that meditation causes permanent alterations in brain structure. Up until the time of her experiment, this type of increase in cortical volume had only been linked to certain repetitive mechanical practices requiring a high degree of attention, such as playing an instrument or juggling. Here was some of the first evidence that thinking certain thoughts exercises the ‘attention’ portion of the brain and makes it grow larger. Indeed, the cortical thickness of these regions was even more pronounced in the older participants. Ordinarily, cortical thickness deteriorates as a result of ageing. Regular meditation appears to reduce or reverse the process.

Besides increasing cognitive processing, meditation also appears to integrate emotional and cognitive processes. In the fMRI study, Lazar found evidence o activation of the limbic brain – the primitive, so-called ‘instinctive’ part of the brain involved with primitive emotion. Meditation appears to affect not only the brain’s reasonable, analytical ‘upstairs’ but also the unconscious and intuitive ‘downstairs’. She had discovered greater activation in the part of the brain responsible for what is usually called ‘the gut instinct’. Here was physical evidence that meditation not only increases our ability to receive intuitive information, but also our conscious awareness of it. Davidson had shown increases in the ‘approach’ portion of the brain the part that wants to help – in his monks, who were attempting to help humanity by meditating on compassion. They had increased the ‘can I help you’ portion of their brains. Lazar’s meditators, however, were working on mindfulness, a state of peak attention, and that part of the brain responsible for attention had grown larger. The brain’s powers of observation had increased, allowing in more information, even the kind that is received intuitively.

Some people are born with a larger-than-normal antenna and better reception than usual. This appears to be the case with the psychic Ingo Swann. Swann’s psychic gifts extended to remote viewing, the ability to perceive objects or events beyond normal human vision.

He had helped to develop a remote viewing programme used by the American government and was widely regarded as one of the best remote viewers in the world. Swann once had allowed the peculiar workings of his brain to be monitored and analysed by Michael Persinger, professor of psychology at Laurentian University in Canada.

Wired to an EEG machine, Swan was asked to use his skills to identify items in a distant room. At the very moment that he was able to ‘see’ the items remotely, his brain showed bursts of fast activity in the high beta and gamma range, similar to that of Benson’s Tibetan monks.

Those bursts of activity occurred primarily over the right occipital region, the portion of the brain relating to sight. According to the results of brain-wave monitoring, Swann had entered a super-conscious state, enabling him to receive information impossible to access during normal waking consciousness.

When examined by MRI, Swann also showed that he had an unusually larg parieto-occipital right-hemisphere lobe, the portion  of the brain involved with sensory and visual input.

Persinger had found a similar neural aberration in another gifted psychic called Sean Harribance.30

When monitored with EEG and single photon emission computerized tomography (SPECT) equipment during his psychi activities, Harribance evidenced an increase in firing of the right parietal lobe. Both he and Swann had been graced with a greater capacity than normal to ‘see’ beyond the limits of time, distance, and the five major senses.

Science has demonstrated that by thinking certain thoughts it is possible for us to alter and enlarge portions of our brains to become a larger, more powerful receiver. But is it also possible to develop a larger transmitter?

To discover some of the qualities that enhance transmission, I would have to study ‘masters’ of intention who were particularly gifted at transmitting. The best place to look seemed to be among talented healers.

Cancer specialist and psychologist Lawrence LeShan, who has studied how gifted healers work, discovered that they share two important practices, besides entering an altered state of consciousness: they visualize themselves as uniting with the person to be healed and imagine themselves and that person as being united with what they often describe as the absolute.31

Cooperstein’s healers had also described turning off the ego and eliminating their sense of self and separateness. They had the sense of assuming the body and vantage point of the person to be healed. One healer actually felt his body changing, with shifts of patterns and distributions of energy. Although the healers did not take on the disease or pain, they sensed it once they had visualized themselves as being at one with the person being healed. At this point of union, the healers’ perception markedly altered and their motor skills diminished.

They were suffused by an expanded sense of pure present, and grew unaware of the passage of time. They lost awareness of the boundaries of their own bodies, and even experienced an altered sense of bodily image. They felt taller, lighter – almost as though they were out of their physical being – engulfed by a sense of unconditional love. They began to observe themselves, according to one healer, only as ‘a kind of a core that remains’:

Im aware of the process just being beyond me … My intent is obviously with the person – my conscious control is completely side-stepped, like I’m standing, watching. Then something else takes over … I don’t think that I ever lose complete awareness that I’m sitting there.32

Other healers experienced a more profound loss of identity; to carry out their work, they had to be at one with the person they were healing: to become that person, complete with his or her physical and emotional history. Their own personal identity and memory receded and they entered into some space of joint consciousness, where an impersonal self carried out the actual healing.

Some of the healers took on a mystical identification with guardian spirits or guides, and the spiritual alter ego took over.

In Krippner’s experience, certain personalities are more susceptible to merging identities than others: those who, according to a psychological test, possess ‘thin boundaries’.

According to the Hartmann Boundary Questionnaire test, a tes developed by Tufts University psychiatrist Ernest Hartmann to test a person’s psychological armament, people with thick boundaries are well organized, dependable, defensive and, as Hartmann himself liked to put it, ‘well armored’, with a sturdy sense of self that remains locked around them like a chain-link fence. People with ‘thin’ boundaries tend to be  open, unguarded and undefended.33

Sensitive, vulnerable and creative, they tend to get involved quickly in relationships, experience altered states, and easily flit between fantasy and reality. Sometimes, they are not sure which state they are in.34

They do not repress uncomfortable thoughts or separate feelings from thoughts. They tend to be more comfortable than thick- boundaried people with the use of intention to control or change things around them. In a study by Marilyn Schlitz of musicians and artists, for instance, creative individuals with thin boundaries also scored best in remote influence.35

Krippner demonstrated the relationship between thin boundaries and intention with students at Ramtha’s School of Enlightenment in Yelm, Washington. Many of the techniques taught at the school – for example, focusing on a desired outcome and excluding all external stimuli, blindfolding students and having them find their way around a labyrinth – were designed to help students release their usual boundaries. The school encouraged students to engage in imaginative fantasy, claiming that it opened untapped areas in the brain.36

Krippner and several colleagues performed psychological tests on six of the long-time students who claimed to have developed keen skills in manifesting intention.

Ian Wickramasekera, a psychologist who participated in some of the Yelm research, had developed a battery of psychological tests based on his High-Risk Model of Threat Perception.37

Wickramasekera claimed the tests identify people most likely to have psychic experiences or to be susceptible to hypnosis. Although the test was originally developed to pinpoint people at high risk of psychological problems during times of major life changes, Krippner believed Wickramasekera’s model  could  also  be  used  to  evaluate  mediums  and  healers.  Krippner  and  his associates found they could readily use the test to identify people whose inflexible sense of reality blocked them from perceiving or acknowledging intuitive information. Wickramasekera’s model predicted that individuals would best perform healing if they were able to block the sense of a threat when they let go of their separatist notions of self.

According to their scores, the Ramtha students had extraordinarily thin boundaries. Hartmann’s own mean score, derived from tests on 866 individuals, was The Ramtha students scored 343. The only other groups Hartmann had identified with boundaries this thin were music students and people suffering from frequent nightmares.

The Ramtha students also showed a high degree of what psychologists call a type of ‘dissociation’ (the ability to undergo profound disruptions in their attention) and a high degree of absorption (a tendency to lose themselves in ongoing activity such as hypnosis and a readiness to accept other aspects of reality).38

In my own examination of healers, I had come across two types. Some regarded themselves as the water (the source of healing); others saw themselves as the hose (the channel for healing energy to travel through). The first group believed the power resulted from their own gift. By far the  largest group, however, comprised the channellers – those who acted as vehicles for a greater force beyond themselves.

Elisabeth Targ’s AIDS project had recruited 40 healers of every persuasion.39 Approximately 15 per cent were traditional Christian religious healers, who used the rosary or prayer.

Others were members of non-traditional healing schools, such as the Barbara Brennan School of Healing Light, or those taught by Joyce Goodrich o Lawrence LeShan. Some worked on modifying complex energy fields through changing colours or vibrations or the patient’s energy field.

More than half the healers concentrated on healing a patient’s chakras, or energy centres of the body; others worked with tones, reattuning their patients with audible vibrations.

A Qigong master from China  sent harmonizing Qi to the patients.

One man working in the Native American tradition went into a trance during a traditional drumming and chanting pipe ceremony on the deserted ridges of Chaco Canyon, New Mexico, and claimed to have contacted spirits on behalf of the patients.

Much of the imagery the healers used to describe what they did was framed in terms of relaxing, releasing or allowing spirit, light or love in. For some healers, the spirit was Jesus; for others, Starwoman, a healing Native American grandmother image.

Targ had interviewed the healers about their work, and I spoke with her before she died about the common threads she had discovered among their diverse approaches.40

She found that a quality  of loving  compassion  or kindness was essential in sending out a positive intention to heal.

But no matter what their approach, most of them agreed on a single point: the need to get out of the way. They surrendered to a healing force.

They had framed their intention essentially as a request – please may this person be healed – and then stepped back.

When Targ examined those patients whose illness had most improved, and analysed which healers they had been exposed to, those healers who were the most successful were the ‘channellers’ – the ones who had moved aside to allow the greater force in. None of the healers who had been successful believed he possessed the power himself.41 Psychiatrist Daniel Benor, who has accumulated and catalogued virtually every study of healing in four volumes42 as well as on a website,43 has examined the statements and writings of the most famous healers describing how they work.

One of the most remarkable and best-studied healers, Harry Edwards, wrote that a healer worked by handing over his will and his request for healing to a greater power:

This change may be described (inadequately) as the healer feeling a sense or condition enshrouding him, as if a blind had been drawn over his normal alert mind. In its place he experiences the presence of a new personality – one with an entirely new character – which imbues him with a super-feeling of confidence and power.

[While engaged in his healing] the healer may be only dimly aware of normal movement, speech, etc., taking place around him. If a question is addressed to him about the patients’ condition, he will find himself able to respond with extraordinary ease and without mental effort – in other words, the more knowledgeable personality of the Guide provides the answer.

Thus does the healer ‘tune-in’ – it is the subjection of his physical sense to the spirit part of himself, the latter becoming for the time being the superior self under the control of the director.44

To Edwards, the most important act was moving aside, shedding the personal ego, making a conscious attempt to get out of the way.

Cooperstein’s healers described their experience as a sense of total surrender to a higher being or even to the process. All believed that they were a part of a larger whole.

To gain access to the cosmic, non-local entity of true consciousness, they had to set aside the limiting boundaries of the self and personal identity, and merge with the higher entity.

With this change of consciousness and expanded awareness, the healers felt they got onto an open line to this larger information field, which offered them flashes of information, symbols and images.

Words would appear, seemingly from nowhere, giving them a diagnosis. Something beyond their conscious thought would carry out the healing for them.

Although the lead-up to healing was accomplished through consciously directed thought, the actual healing often was not. In giving a 2-minute treatment, for instance, they might have a minute and a half of rational thought and then ‘a five-second thing that would be an irrational thing, a space that may be the apex, the key to the whole experience’.45

The most important aspect of the healers’ process was undoubtedly their surrender – their willingness to give up their sense of cognitive control of the process and allow themselves to become pure energy.

But was this capacity to move aside important in all types of intention? I found an interesting answer in a study of people with brain damage. Investigators at the Behavioural Neurology Program and Rotman Research Institute at the University of Toronto attempted to replicate the work of the Princeton PEAR lab using random event generators, but with one important twist: they had enlisted several patients with frontal-lobe damage. The patients who had suffered right frontal-lobe damage, which probably affected their ability to focus and maintain attention, had no effect on the machines.

The only person to have a greater than normal effect was a volunteer with a damaged left frontal lobe but whose right frontal lobe was intact. The investigators speculated that the volunteer’s particular handicap could have given him a reduced sense of self, but a normal state of attention. Achieving a state of a reduced self- awareness – a difficult state for an ordinary person to achieve – might allow for greater effects of intention on the machines.46

Krippner suspects that during some altered states of consciousness, the body naturally ‘switches off ’ certain neural connections, including an area near the back of the brain that constantly calculates a person’s spatial orientation, the sense of where one’s body ends and the external world begins. During a transpersonal or transcendent experience, when this region becomes inactive, the boundary in the relationship between the self and the other blurs; you no longer know where you end and someone else begins.

Eugene d’Aquili, of the University of Pennsylvania, and Andrew Newberg, medical doctor at the university hospital’s nuclear medicine  programme, demonstrated this in a study of Tibetan monks. Moments of meditative experience showed up as more activity in the brain’s frontal lobes with less activity in the parietal lobes.47  

Meditation and other altered states can also affect the temporal lobes, which house the amygdala, a cluster of cells responsible for the sense of ‘I’ and our  emotional  response to the world:  whether  we like or dislike what we perceive.  

Stimulation  of  the  temporal   lobes  or  disorder  in  them  may  create familiarity or strangeness – common features of a transcendent experience. Intense focus with intention on some other being appears to ‘switch off ’ the amygdala and so remove the neural sense of self.

Davidson, Krippner and Lazar demonstrated that we can remodel particular portions of our own brains, depending on our different types of focus and indeed different thoughts. It became clear to me that the intense focus of certain types of meditation can be a portal to  hyperspace and  peak awareness,  transporting the meditator to a different layer of reality.

It can also be an energizing practice more than a calming one, that can help us rewire our brains to improve our reception and transmission of intention.

I had assumed that intention was like a strong ‘oomph’, or mental push, through which you project your thoughts to another person to ensure that your wishes are carried out. But the healers described a very different process: intention requires initial focus, but then a type of surrender, a letting go of the self as well as of the outcome.

Notes Chapter 5: Entering Hyperspace

  1. H. Benson et al., ‘Body temperature changes during the practice of g tum-mo (heat) yoga’, Nature, 1982;  295: 234–6; H. Benson, ‘Body temperature changes during the practice of g tum-mo yoga (matters arising)’, Nature, 1982; 298: 402.
  2. H.      Benson    et    al.,    ‘Three    case    reports   of    the           metabolic and electroencephalographic changes during advanced Buddhist meditation techniques’, Behavioral Medicine, 1990; 16 (2): 90–5.
  3. The  most  celebrated  was the   Investigating  the Mind  conference   a Massachusetts Institute of Technology, September 2005, which featured the Dalai Lama.
  4. I am indebted to Stanley Krippner, who supplied me with a list of some 50 healers from a rich variety of traditions. I assembled a questionnaire, which I sent out to all 50. Some 15 replied in detail.
  5. Cooperstein’s study eventually was published: M. A. Cooperstein, ‘The myths of healing: A summary of research into transpersonal healing experience’, Journal of the American Society for Psychical Research, 1992; 86: 99–133. I am also indebted to him for his in-depth analysis of the commonalities between healers.
  6. Information about Krippner’s vast catalogue of work was also gleaned from numerous interviews between him and the author, April 2005–March 2006 and correspondence, 2005–2006.
  7. S. Krippner, ‘The technologies of shamanic states of consciousness’, in M Schlitz et al. (eds.), Consciousness and Healing: Integral Approaches to Mind-Body Medicine, St. Louis, Mo.: Elsevier Churchill Livingstone, 2005 376–90.
  8. Jilek      W.    G.   Salish, Indian    Mental   Health   and     Culture   Change Psychohygienic and Therapeutic Aspects of the Guardian Spiri Ceremonial, New York: Hold Rinehart & Winston, 1974.
  9. All information about Bruce Frantzis the result of various interviews, April 2005–March 2006. Notes 293
  10. B. K. Frantzis, Relaxing Into Your Being: Breathing, Chi and Dissolving the Ego, Berkeley, Calif.: North Atlantic Books, 1998.
  11. Murphy, Meditation, op. cit.
  12. W. Singer, ‘Neuronal synchrony: a versatile code for the definition of relations?’ Neuron, 1999; 24: 49–65; F. Varela et al., Nature Reviews Neuroscience, 2001; 2: 229–39, as reported in A. Lutz et al., ‘Long-term meditators self-induce highamplitude gamma synchrony during mental practice’, Proceedings of the National Academy of Science, 2004; 101 (46):16369–73.
  13. O. Paulsen and T. J. Sejnowski, ‘Natural patterns of activity and long-term synaptic plasticity’, Current Opinion in Neurobiology, 2000; 10: 172–9, as reported in Lutz, ‘Long-term meditators’, op. cit.
  14. Although the majority of studies carried out on meditation demonstrate that meditation leads to an increase in alpha rhythms (see Murphy, Meditation, op. cit.), the following are just a few that show that during meditation, subjects evidence spurts of high-frequency beta waves of twenty to forty cycles per second, usually during moments of intense concentration or ecstasy: J. P. Banquet, ‘Spectral analysis of the EEG in meditation’ Electroencephalography and Clinical Neurophysiology, 1973; 35: 143–51;
  15. P. Fenwick et al., ‘Metabolic and EEG changes during Transcendenta Meditation: An explanation’, Biological Psychology, 1977; 5 (2): 101–18;
  16. M. A. West, ‘Meditation and the EEG’,Psychological Medicine, 1980; 10 (2): 369–75; J. C. Corby et al., ‘Psychophysiological correlates of the practice of Tantric Yoga meditation’, Postgraduate Medical Journal, 1985; 61: 301–4.
  17. N. Das and H. Gastaut, ‘Variations in the electrical activity of the brain heart and skeletal muscles during yogic meditation and trance’, Electroencephalography and Clinical Neurophysiology, 1955, Supplement no. 6: 211–19.
  18. Murphy, Meditation, cites 10 studies showing that heart rate accelerates during these peak moments of meditation.
  19. W. W. Surwillo and D. P. Hobson, ‘Brain electrical activity during prayer’,Psychological Reports, 1978; 43 (1): 135–43.
  20. Murphy, Meditation, op. cit.
  21. Lutz et al., ‘Long-term meditators’, op. cit.
  22. Richard J. Davidson et al., ‘Alterations in brain and immune functio produce by mindfulness meditation’, Psychosomatic Medicine, 2003; 65: 564–70.
  23. Krippner, ‘Shamanic states of consciousness’, op. cit.
  24. Murphy, Meditation, op. cit.
  25. L. Bernardi et al., ‘Effect of rosary prayer and yoga mantras on autonomic cardiovascular rhythms: comparative study’, British Medical Journal, 2001; 323: 1446–9.
  26. Fenwick et al., ‘Metabolic and EEG changes during Transcendenta Meditation’, op. cit.
  27. D. Goleman, Emotional Intelligence, London: Bloomsbury Press, 1996.
  28. D. Goleman, ‘Meditation and consciousness: An Asian approach to mental health’, American Journal of Psychotherapy, 1976; 30 (1): 41–54; G. Schwartz, ‘Biofeedback, self-regulation, and the patterning of physiological processes’, American Scientist, 1975; 63 (3): 314–24; D. Goleman, ‘Why the brain blocks daytime dreams’, Psychology Today, 1976; March: 69–71.
  29. P. Williams and M. West, ‘EEG responses to photic stimulation in persons experienced at meditation’, Electroencephalography and Clinical Neurophysiology, 294 The Intention Experiment 1975; 39 (5): 519–22; B. K Bagchi and M. A. Wenger, ‘Electrophysiological correlates of some yogi exercises’, Electroencephalography and Clinical Neurophysiology, 1957; (7): 132–49.
  30. D. Brown, M. Forte and M. Dysart, ‘Visual sensitivity and mindfulnes meditation’, Perceptual and Motor Skills, 1984; 58 (3): 775–84; and ‘Differences in visual sensitivity among mindfulness meditators and non- meditators’, Perceptual and Motor Skills, 1984; 58 (3): 727–33.
  31. S. W. Lazar et al., ‘Functional brain mapping of the relaxation response and meditation’, NeuroReport, 2000; 11: 1581–5.
  32. C. Alexander et al., ‘EEG and SPECT data of a selected subject during ps tests: The discovery of a neurophysiological correlate’, Journal of Parapsychology, 1998; 62 (2): 102–4.
  33. L. LeShan, The Medium, the Mystic and the Physicist: Towards a Theory of the Paranormal, New York: Helios Press, 2003.
  34. Cooperstein, ‘The myths of healing’, op. cit.
  35. S. Krippner, ‘Trance and the Trickster: Hypnosis as a liminal phenomenon’, International Journal of Clinical and Experimental Hypnosis, 2005; 53 (2): 97–118.
  36. E. Hartmann, Boundaries in the Mind: A New Theory of Personality, New York: Basic Books, 1991, as quoted in Krippner, ‘Trance and the Trickster’,op. cit.
  37. M. J. Schlitz and Charles Honorton, ‘Ganzfeld psi performance within a artistically gifted population’, Journal of the American Society for Psychical Research, 1992; 86 (2): 83–98.
  38. S. Krippner et al., ‘Working with Ramtha: Is it a “high risk” procedure?’ Proceedings of Presented Papers: The Parapsychological Association 41s Annual Convention, 1998: 50–63.
  39. The various tests included the Absorption Subscale of the Differential Personality Questionnaire, the Dissociative Experiences Scale and th Boundary Questionnaire.
  40. S.    Krippner  et  al.,  ‘The  Ramtha  phenomenon:  Psychological phenomenological, and geomagnetic data’, Journal of the American Society for Psychical Research, 1998; 92: 1–24.
  41. F. Sicher, E. Targ et al., ‘A randomized double-blind study’, op. cit.
  42. Various conversations and correspondence between E. Targ and the author, October 1999–June 2001.
  43. Interview with E. Targ, California, October 1999; J. Barrett, ‘Going th distance’, Intuition, 1999; June/July: 30–1.
  44. D. J. Benor, Healing Research: Holistic Energy Medicine and Spirituality, 4 vols., Deddington, Oxfordshire: Helix Editions Ltd, 1993. http://www.wholistichealingresearch.com.
  45. Benor, Healing Research, vol. 1, op. cit.: 54–5.
  46. Cooperstein, ‘The myths of healing’, op. cit.
  47. M. Freedman et al., ‘Effects of frontal lobe lesions on intentionality and random physical phenomena’, Journal of Scientific Exploration, 2003; 17 (4): 651–68.
  48. E. d’Aquili and A. Newberg, Why God Won’t Go Away: Brain Science and the Biology of Belief, New York: Ballantine Books, 2001.

CHAPTER SIX

In the Mood

MITCH KRUCOFF WAS RETURNING HOME from India in 1994 with alm every idea he had held about the practice of medicine turned on its head. Krucoff, a cardiologist at Duke University Medical Center, and his nurse practitioner, Suzanne Crater, had been invited to inspect the Sri Sathya Sai Institute of Higher Medicine, hospital in Puttaparthi, at the end of its first year of operation.

The hospital was the pet project of the Indian guru Sri Sathya Sai Baba, who wanted to make available the services of a modern Western hospital to the poor and needy, entirely free of charge. Krucoff had been recruited as its cardiac specialist, to advise on the technology needed to build a state-of-the-art facility for high-tech cardiac catheterizations.

Krucoff and Crater were astonished by what they had seen. The overwhelmingly spiritual dimension of the facility – even the special quality of the sound and light – had dwarfed its considerable technological achievements.

Spirituality was present in the very design of the building – in the Hindu images lovingly chosen to grace the walls. Situated 9 kilometres from Sai Baba’s ashram, the building resembled an elongated Taj Mahal.

The wings had been structured as a curvature, like a welcome embrace for all those approaching its doors, and the rotunda inside the entrance was meant to represent a heart whose apex was pointing to heaven.

During their rounds, Krucoff and Crater had been struck by the effect this had on the patients – many of them Indians from extremely remote areas who had never seen running water before.

Despite the fact that they had been diagnosed with a life- threatening illness and were set to face an imposing twenty-first-century digital cath lab, not one of them seemed the slightest bit afraid.  This utter  absence of fear contrasted starkly with the terror and despair to which Krucoff had grown accustomed among the cardiac patients he regularly saw back home.

Krucoff longed to introduce some of these practices to hospitals in America, but if he were going to convince any of his colleagues in cardiology, he would have to prove the benefit of spirituality to the practice of heart surgery through hard data showing a measurable physiological effect. He would have to demonstrate that intangible aspects like intention, or spiritual beliefs, or even a spiritual, uplifting environment, could really make a difference to a patient’s outcome.

During the 18-hour flight home, Krucoff and Crater began teasing out ideas for a study. The only way to do it, they eventually realized, was to put prayer to the test – the biggest test of its kind.1

When Krucoff got home, he began researching the scientific literature for any evidence that prayer had improved medical outcomes. Fourteen well-conducted trials of prayer had shown a positive effect. In the most famous, published by Randolph Byrd in 1988, a group of born-again Christians outside a hospital had prayed for patients in a coronary care unit. Those who had been prayed for had significantly fewer symptoms, and needed fewer drugs and less medical intervention.2

A Mid-America Heart Institute study, published around the time Targ published her AIDS study and considered at the time to have bolstered Targ’s findings, showed that Christians of all denominations enlisted to pray for hospitalized cardiac patients reduced symptoms by 10 per cent, with fewer medical setbacks.3

Prayer is viewed as a kind of super-intention, a joint endeavour: you do the intending, and God carries it out. In some quarters, intention is considered synonymous with prayer, and prayer synonymous with healing; when you send out an intention, God puts the intention into action.

Indeed, many consciousness investigators consider these early prayer studies intention experiments. The small studies that had made use of groups of Christians to send intercessory prayers to heart patients are often construed as a group intention – an attempt by a collection of people to influence the same thing at the same time.

However promising the results of these early studies, Krucoff realized that a large-scale trial with tightened protocols was needed, and he mounted his own small pilot study. He enlisted 150 cardiac patients, recruited from nearby Durham Veterans Affairs Medical Center, who had been scheduled for angioplasty and stents.

Besides prayer, Krucoff wanted to see whether ‘noetic’ therapies, involving some form of remote or mind-body influence, could affect patient outcomes. He divided the patient population into five groups. In addition to standard medical treatment, four of the five were to receive one of the noetic treatments – stress relaxation, healing touch, guided imagery or intercessory prayer.

The fifth group would be given no additional intervention besides orthodox medical care. Every patient would undergo continuous monitoring of brain waves, heart rate and blood pressure, to gauge the moment-by- moment effect of these intangible healing influences.

Krucoff decided to turn up the volume on prayer to full blast. To recruit prayer groups, his nurse-practitioner assistant Suzanne Crater launched a worldwide campaign of solicitation. She wrote to Buddhist monasteries in Nepal and France and to VirtualJerusalem.com, which arranged for prayers to be placed in the city’s Wailing Wall.

She phoned Carmelite nuns in Baltimore to ask for prayers during evening vespers. By the time she finished her campaign, she had enlisted prayer groups from seven denominations, including Fundamentalists, Moravians, Jews Buddhists, Catholics, Baptists and members of the Unity Church.

Each prayer group was assigned a group of patients, who were identified only by name, age and type of illness. Although Crater and Krucoff left the design of individual prayers to the groups themselves, they stipulated that the patients had to be prayed for by name and that the prayers on behalf of these patients had to concern their healing and recovery.

The prayer portion of the study would be blinded, so that neither patients nor staff knew who was going to be prayed for. The other noetic therapies would be administered an hour after the patients had undergone the angioplasty.

The results were impressive. Patients in all the noetic treatment groups enjoyed 30–50 per cent improvements in health during their hospital stay, with fewer complications and a lower incidence of narrowing of the arteries compared with the controls.

They also had a 25–30 per cent reduction in adverse outcomes: death, heart attack, or heart failure, a worsening of the state of their arteries or a need for a repeat angioplasty. But of all the alternative therapies employed, prayer had the most profound effect.

The study was too small to yield any definitive conclusions; after all, only 30 patients had been in the prayer group. Nevertheless, Krucoff ’s results seemed highly promising. Krucoff and Crater, who had christened their study MANTRA (Monito and Actualization of Noetic TRAinings), published it and presented their findings before the American Heart Association.4

Even the most conservative of cardiologists were beginning to take home the message that remote healing might actually work after all, and that prayer in particular was good for the heart.5

Krucoff understood that, for his results to be meaningful, the study needed to be replicated on a far larger scale. He rolled out his study and created MANTRA II b launching into an ambitious recruitment programme, eventually enlisting 750 patients from Duke’s Medical Center and nine other hospitals across America, and soliciting 12 prayer groups made up of an even larger, more ecumenical collection of the world’s major religions. Christians were recruited from Great Britain, Buddhists from Nepal, Muslims from America, Jews from Israel.

Emboldened by his early success, Krucoff and Duke loudly trumpeted the project as the largest multicentre study of remote influence, the supreme test of prayer.

With MANTRA II, he divided the patients into four groups. One group woul receive prayer; another, a specially designed programme that included music, imagery and touch (or MIT therapy); the third group, MIT plus prayer; and the fina control group, standard medical care. Immediately prior to undergoing angioplasty, those assigned to receive MIT would be instructed in a method of relaxed breathing while visualizing a favourite place and listening to calming music of their choice. They would then receive healing touch for 15 minutes from a trained practitioner. These patients could also wear headphones during surgery.

The point of the new study was to examine whether prayer or the noetic interventions would prevent further cardiovascular events in the hospital, such as death, new heart attacks, a need for additional surgery, readmission to the hospital, and signs of a sharp rise in the enzyme creatine phosphokinase, an indication that the heart has suffered damage. This time, Krucoff also wished to investigate longer-term effects as ‘secondary endpoints’: whether the interventions could alleviate emotional distress, or prevent death or rehospitalization at any point six months after the patients had been discharged.

Krucoff ’s study fell right in the midst of the terrorist attacks of 9/11 and their aftermath. For three months, patient enrolment in the study fell so sharply that he had to amend its design. He developed a ‘two-tier’ prayer strategy by recruiting 12 ‘second-tier’ prayer groups. As soon as new patients were added to the study, the second-tier groups were to pray for the prayers of the ‘first-tier’ prayer groups, who had been praying for the patients all along. Through this strategy Krucoff hoped that newly enrolled patients would receive a higher ‘dosage’ of prayer to approximate the amount received by his patients enlisted earlier in the study.

After the enormous advance publicity, Krucoff ’s findings were an enormous letdown. When the results were finally in and tallied, there was no denying it: there were no differences in outcomes between any of the various groups during their hospital stay. The only apparent benefit was a slight reduction in distress among the MIT patients prior to the surgery. Otherwise, the large-scale MANTRA was an utte failure. Prayer did not seem to make anybody better.6

Among the long-term effects, there had been some therapeutic effects in alleviating emotional distress, need for further hospitalization, and even death rates after six months, but these were not considered statistically significant and they hadn’t been the main focus of the study.

Wresting a small victory from this enormous defeat, Krucoff managed to get his findings published in the prestigious British medical journal, The Lancet. To the public, he maintained that he was ‘thrilled’ with the findings and that they had been misinterpreted. Krucoff ’s study appeared to vindicate the sceptics of prayer as a subject for scientific inquiry. The simple message appeared to be that getting someone to pray for you just does not work.

Meanwhile, in 1997, the Mayo Clinic had begun a two-year study of patients with cardiovascular disease who had been recently discharged from its coronary care unit. Nearly 800 patients were subdivided into two groups: high-risk (those who had one or more risk factors, such as diabetes, a prior heart attack or pre-existing vascular disease) and low-risk (those who had no risk factors other than their present symptoms). The two groups were again divided into two.

In addition to ordinary medical treatment, one group in each of the two categories was to receive the prayers of five people once a week for 26 weeks. The two other groups would simply continue with standard medical treatment.

At the end of the study, the investigators concluded that prayer made no difference in mortality, future heart attacks, need for further intervention or hospitalization. Although there were small differences between the treated and untreated groups, particularly among the low-risk patients, these results were not deemed to be significant.7

To settle the matter once and for all, Herbert Benson came forward with an ambitious plan. Benson had managed to straddle both mainstream and complementary camps in medicine and was well respected for it – a diplomat with the status of elder statesman between two suspicious factions. Besides his Harvard Medical Schoo credentials, he had set up the Mind/Body Medical Institute, which was devoted to the study and practice of mind–body healing techniques. He had even coined the term ‘the relaxation response’ to describe their effects.8 Lending his name to a study of prayer would legitimatize it among the conservative camps.

For this study, Benson recruited five other powerhouses of medicine in the USA, including the Mayo Clinic. His plan was that this study of prayer, which he had dubbed STEP (Study of Therapeutic Effects of Intercessory Prayer), would be the largest, most scientifically rigorous of all time.

The study recruited 1800 patients undergoing coronary artery bypass surgery and divided them into three groups: the first two groups were uncertain whether they were going to receive prayer or not; the first group received prayer and the second did not. The third group, which would definitely receive prayer, was also told of the fact. Benson settled on this particular design so that he could isolate two potential effects: whether being prayed for in itself worked, and whether knowing you were going to be prayed for had any additional benefit. In this way he could control for the effect of belief.9

For his prayer groups, Benson enlisted a group of Roman Catholic monks and members of three other Christian denominations: St Paul’s Monastery in St Paul Missouri; the community of Teresian Carmelites in Worcester, Massachusetts, and Silent Unity, a Missouri Unity prayer ministry outside Kansas City. He maintained that his prayer groups included no members of Islam or Judaism because he could not find non-Christian groups happy to work within the demands of the study schedule. The prayer groups were given the patients’ first names and the initials of their surnames. Although the design of their prayers could be individual, they had to include the phrase: ‘for a successful surgery with a quick, healthy recovery and no complications’. The groups were then followed for 30 days and any post-operative complications, major events or deaths tracked among all groups.

The results shocked the world and bewildered the researchers, most of all Benson, who had spent much of his career promoting the beneficial effects of the mind on the body. The researchers had predicted the greatest benefit in the prayed- for-and-knew-it group, the second greatest effect in the prayed-for-but-didn’t-know-it group and the least effect among the didn’t-get-prayed-for-and-didn’t-know-it group.

But their results indicated that no amount of prayer under any condition, whether the patients knew it or not, made any difference to the outcome of their operations. Indeed, the results were the very opposite of the researchers’ expectations. Those patients who were prayed for and knew they were being prayed for were worse off, by a statistically significant degree: 59 per cent of the prayed-for-and-knew-it group suffered post-operative complications, compared with 52 per cent among the non- prayed-fors.

Even the prayed-for-but-didn’t-know-it group suffered slightly more heart attacks and strokes than those who had not been given prayer. Among the uninformed patients who had received prayers, 10 per cent suffered major complications of the surgery, compared with 13 per cent of those who did not receive prayer.10

Benson and his co-authors didn’t know what to make of these results. They even wondered if the patients had suffered from a type of ‘performance anxiety’ as a result of the undue pressure and expectations created by the prayers.

Many commentators concluded that this study proved that prayer not only does not work, it is bad for you – or at least it cannot be scientifically tested. Krucoff, who was asked to write a commentary about the study, emphasized that prayer indeed had an effect – a negative one. People needed to discard the universally held view that being prayed for is ‘a priori’ good for you as these results impelled one to consider that not simply ‘voodoo and spells’ but also ‘well-intentioned, loving, heartfelt healing prayer might inadvertently harm or kill vulnerable patients in certain circumstances’.11

T he American Heart Journal released the study online, and its authors held press conferences. Benson cautioned the media that STEP was not the last word o prayer, although it did raise questions about whether patients should be told about prayers being offered for them.

A patient’s awareness of being prayed for was considered the most important subject about prayer for future study. But others were not sure whether prayer should or could be studied any more. The John Templeton Foundation had spent $2.4 million on the study, and with negative results like these it was likely that theirs would be the last funds available.

The STEP findings seemed to undercut my own plans for a large intention experiment. Then as I mulled over the negative findings, I came to think that the very designs of the studies might have been responsible. Although the studies attempted to be rigorous, in many instances they violated the most basic rules of scientific research.

For instance, all of the failed studies did not clearly formulate the content of the healing intention, and left the content of the prayers up to the individual supplicant. Although Benson asked that the single phrase ‘for a successful surgery with a quick, healthy recovery and no complications’ be included, he had not asked them to be specific.

The most successful intention experiments incorporate a highly specific target into the intention. In Targ’s study, the healers were given the immune system T- cell counts of the AIDS patients and they sent healing specifically to improve the counts.

The prayer groups should have been instructed to ask for a specific outcome in cardiac symptoms, or fewer cardiac stents placed during the study time, or any other highly specific request, rather than a nebulous, highly generalized statement about the patient improving.

None of the studies tightly controlled for the number of people involved in the prayer groups or for either the frequency or length of time they were to pray, which again might have confused the mass intention. Perhaps, since they were using highly diverse prayer groups, their prayers were not equivalent. In Benson’s study, the prayer groups were allowed to pray anywhere from 30 seconds to several hours four times a week.

His researchers never recorded how long the individuals prayed. In Targ’s study, although diverse healers were used, they rotated patients, so that each received only a single healing message at any one time.

As Bob Barth, director of the Office of Prayer Research, put it: ‘How do yo determine a dose of something as intrinsic as prayer? For example, is one 5-minute prayer by a Buddhist different from 10 Catholic nuns in prayer for an hour or more? Is prayer more effective once or 20 times a day?’

In commenting on Krucoff ’s findings, The Lancet also aired its reservations about his study design. ‘Could a more restricted denominational approach have influenced the outcome?’12

Benson’s attempt to standardize the prayer methods used in his study inadvertently interfered with the methods by which the prayer groups usually carry out intercessory prayer.

In ordinary circumstances, when prayer groups are asked to pray for someone, they request specific details about the patient, including full name, age, medical condition and periodic reports of the patient’s progress. Often they meet with the patient and his or her family. By gathering this personal information, they are able to personalize the prayers.

Benson’s study design allowed for the prayer groups only to be given the name and a last initial of the person to be prayed for. The limited information made it impossible for the prayer groups to establish a meaningful connection with or indeed even to zero in on the people they were praying for – one of the conditions that Schlitz and Radin consider important for effective remote influence.

Several groups in Benson’s study objected to the design of the study. As one commentator wrote, ‘This would be similar to the concept of attempting to make a cell phone call to a friend and expecting her to answer when you have only dialled the first three digits of the phone number.’13

Like STEP, Krucoff ’s studies did not reveal anything about the patients in order to create a connection. In Targ’s research, the healers had been given a photo and a name as well as information about the patient’s condition. None of the groups tested the difference between praying for a patient whose full details were disclosed and simply praying for someone with a first name and last initial.

The selection of the prayer groups was equally unscientific. None of the major prayer studies used any criteria to select participants in the prayer groups or kept track of their size or experience in prayer. Targ had selected only those healers who were highly experienced and committed with a long track record of successfully healing. Although Schlitz’s Love Study employed amateurs sending healing intention, training was provided to ensure a homogeneous approach.

Another problem was the lack of a genuine control group in any of the studies. To be truly scientific, a study must be ‘randomized’ and randomly select participants in one group that is given the treatment and compare its outcome with a group not exposed to the treatment.

However, in any health crisis, family members routinely turn to prayer. The odds were overwhelming in all the major prayer studies that the not-prayed-for people were being prayed for by their own loved ones. In MANTRA II, 89 per cent of the patients from both treatment and control groups admitted that someone in their family was praying for them. These patients lived in the religiously active American Bible Belt.

The lack of a pure control group ultimately muddies the results of a study. This problem occurred with the early studies investigating the potential of hormone replacement therapy (HRT) to cause cancer.

Many such studies were tainted because it is virtually impossible to enlist women for study who have not taken some form of exogenous hormones – the birth-control pill, the morning after pill or HRT – at some point in their lives. Consequently, none of the studies has a clean control group of true ‘non-takers’, with which to compare results. Women who take hormones now are compared with women who have taken hormones in the past. Both situations carry a cancer risk. The same ‘tainting’ would apply to these prayer studies. People in the ‘treatment’ groups getting prayed for are being compared with patients whose relatives are praying for them.

The large prayer studies had other basic flaws. In both the Benson and Krucof studies, the people praying did not know the patients and so would not have had a strong motivation to heal, as the ‘senders’ had in the Love Study. In Benson’s study, as Krucoff pointed out in his commentary about STEP, there should have been a true placebo group, which would have no expectation of the possibility of prayer and also there should have been a comparison between such a group and a super-group, whose members included all those exposed to prayer.

No analysis compared the effect of being prayed for with the particular belief a patient held about which groups he or she had been assigned, which would have shed light on the possible role of a placebo effect. The researchers also had not taken into account any possible stress on the patient from having to hide his or her assignment in the study from the hospital staff.14

Like STEP, Krucoff ’s study violated the basic rules of scientific design, largely because of events beyond his control. When he reconstituted his study in the wake of 9/11, some of the patients received straightforward prayer  from diverse prayer groups, and the others, who had been enrolled after the World Trade Center tragedy, received  the  ‘two-tier’ type  of prayer,  in which those  doing the  praying were themselves prayed for. Unlike the most basic of scientific trials, his study did not offer the participants the identical treatment.

Even Targ had complained about problems in study design of the very first major prayer study by Randolph Byrd, in which ordinary Christians had been asked to pray for cardiac patients. There was no information about who was taking blood pressure medication, so it was unclear whether prayer or medicine had done the healing.

There were no controls for mental attitude during the study. A high number of patients with a positive outlook may have landed in the treatment group.

Sometimes a placebo effect, an expectation of healing, can be a large factor in positive results. In one healing study of patients suffering from clinical depression, all the patients improved, even the control group, which did not receive healing, largely from the psychological boost created by the possibility of healing.15

In Benson’s study the prospect of prayer might have had the opposite effect. According to Larry Dossey, the elegant Southern internist and author of many books on prayer,16 the STEP study offered prayer as a ‘tease’, dangled in front of seriously ill patients as something they might or might not be lucky enough to get.

‘Nowhere on earth is prayer delivered in this fashion,’ says Dossey. ‘When prayer occurs in real life, we don’t taunt our loved ones with it. They are extended compassionate prayer unconditionally and without equivocation. Who can say what emotions – resentment? hostility? – were generated in these three groups of patients as a result of how prayer was offered?’17

The fact that the people who knew they were being prayed for not only had no placebo response but also evidenced more post-surgical complications than any other group, he says, ‘suggests that very strange internal dynamics were operating within the Harvard prayer study.’18

The Mid-America Heart Institute study – the study in which prayer by Christian of diverse denominations had reduced symptoms in heart patients by 10 per cent – was also criticized for offering so many endpoints that it was bound to show a positive result.19

The negative results of these large prayer studies could be because praying for others does not work, because prayer simply cannot be subjected to scientific study, or simply because these new studies themselves were asking the wrong questions.

After all, according to Bob Barth of the Office of Prayer Research, these studies onl represent a small proportion of prayer research.20 Of the more than 227 studies investigated by the office, 75 per cent show a positive impact.

Nevertheless, to study the effect of remote intention, it may be best to move away from prayer, which contains a good deal of emotional baggage. Targ tried to isolate the effect of simple healing intention, which is different from prayer. With intention, the agent of change is human; with prayer it is God.

Simple healing intention can be more easily controlled for in a scientific study by ensuring that every member of the group sending the intention was sending the exact same message. For the purposes of my intention experiments, a simple intention to heal or improve something might avoid all the problems associated with studying prayer.

Unlike prayer, healing has been persuasively proven; a large body of evidence exists about the positive effects of distant healing – perhaps 150 studies in all.21 These scientific studies have been subjected to overall reviews that rate both the significance of the effects and the outcome. In the most cautious of such analysis, Professor Edzard Ernst, the exacting and skeptical chair of complementary medicine at Exeter University in Britain, concluded that of 23 studies, 57 per cent had shown a positive effect.22

Among the most rigorously scientific (those with double-blind trials), the average effect size, or size of change among those treated, was 0.40 – about 10 times better than the effect size of aspirin or propanolol, two drugs considered highly successful in preventing heart attacks.

Hidden in the failure of the large prayer studies lies vital instruction not only about the design of such mass experiments, but also about those elements that maximize the power of intention.

To be successful, an intention may require other parameters besides trained attention, getting out of the way, and formulating a simple request to the universe. As Gary Schwartz learned during his own research on healing, the attitude of the healers as well as the patients may matter a good deal.

Schwartz’s research began as a simple study of healing intention by Reiki practitioners. Schwartz had enlisted his colleague, Beverly Rubik, founding director of the Center for Frontier Sciences at Temple University, Philadelphia, a biophysicist interested in subtle energies.

As Rubik was well versed in studies using bacteria, they decided to use as their subject E. coli bacteria, which had been severely stressed. One way to stress bacteria is to shock them with a sudden blast of heat. Schwartz, Rubik and their colleague Audrey Brooks carefully managed the amount of heat so that it was enough to stress the bacteria without killing off the entire sample.

They then asked 14 practitioners of Reiki to heal the bacteria that survived by transmitting a standard Reiki treatment for 15 minutes. Each practitioner was to heal three different samples over three days. Equipment with an automated colony counter kept track of the number of bacteria that survived.

Initially, Schwartz, Rubik and Brooks were surprised to find that the Reik practitioners made no difference to the overall survival of the viable bacteria. On closer look, however, they discovered that the Reiki practitioners seemed to be successful on certain days, but not on others. This spotty batting average puzzled them.

Perhaps, Schwartz thought, a healer’s success depended on some sort of connection with the subject. It was difficult, after all, to feel any warm and fuzzy connection with E. coli bacteria, which ordinarily resides peacefully in the gut but can wreak havoc when it migrates out of the digestive tract. But what if he managed to get his practitioners in healing mode?

In the next batch of studies, Schwartz and his colleagues asked the Reiki practitioners to work for 30 minutes on a human patient suffering with pain, and then set them back to work on their bacteria samples.

This time, the healing was successful; the scientists discovered significantly more bacteria in the healed samples than in the controls. The healers appeared to enjoy a higher success rate once their healing ‘pumps’ had been primed.23

Nevertheless,  Schwartz  and the other researchers continued to discover instances in which the healers had a deleterious effect on the bacteria. It occurred to them that a healer’s own well-being might affect results. They needed a simple test to assess true well-being, to gauge more than physical condition.

They decided to use the Arizona Integrative Outcomes Scale (AIOS), an ingeniously simple visual mean of assessing spiritual, social, mental, emotional and physical well-being during the past  24  hours.24   

Developed  by  physician  and  psychologist  Iris Bell,  one  of Schwartz’s colleagues at the University of Arizona, AIOS allows patients to assess more than physical symptoms.

The subjects are told to reflect on their general sense of wellbeing, ‘taking into account your  physical, mental, emotional, social, and spiritual condition over the past 24 hours’, then to mark a point on a horizontal line between ‘worst you have ever been’ on the left and ‘best you have ever been’ on the right that, in their view, represents their overall sense of well-being in the same time period. A number of studies demonstrated that AIOS is a useful, accurate tool for pinpointing emotional wellness and a healthy state of mind.25

In their next series of studies, Schwartz, Rubik and Brooks asked the Reik healers to assess themselves on the AIOS scale before and after they had carried ou the Reiki. With this data, the scientists discovered an important trend. On days when the healers felt really well in themselves, they had a beneficial effect on the bacteria; the counts in the bacteria given the therapy were higher than in the heat-shocked controls. On days when they did not feel so well and they scored lower on the test, they actually had a deleterious effect. Those practitioners who began the healing with diminished well-being actually killed off more bacteria than naturally died in the controls. Evidently, a practitioner’s own overall health was an essential factor in his ability to heal.

Schwartz and his colleagues then tried a study using AIOS with a different type of healing, called Johrei. They recruited 236 practitioners and volunteers, and asked them to fill in the AIOS scale plus a questionnaire he had created assessing emotional state of mind before and after they administered healing.

When Schwartz and Brooks compared the AIOS tests of both the healers and the patients before and after the healing, they discovered another interesting effect. Although the patients felt better after they had received the healing, so did the healers after they had performed the healing.

Giving was as good as getting for these senders. Other research showed a similar result.26 The act of healing and perhaps the healing context was itself healing. Healing someone else also healed the healer. 27

Schwartz and his fellow researchers then carried out another study of distant Johrei healing on cardiac patients – a double-blind study so that no one but the statistician knew who was receiving healing.28 The primary outcomes measured were clinical reports of pain, anxiety, depression and overall well-being.

After three days, the patients were asked if they had had a sense, feeling or belief that they had received Johrei healing. In both the treatment and control groups, certain patients strongly believed that they had received the treatment and others had a strong feeling they had been excluded.

When Schwartz and Brooks tabulated the results, a fascinating picture emerged The best outcomes were among those who had received Johrei and believed they had received it.

The worse outcomes were those who had not received Johrei and were convinced they had not had it. The other two groups – those who had received it but did not believe it and those who had not received it but believed they had – fell somewhere in the middle.

This result tended to contradict the idea that a positive outcome is entirely down to a placebo response; those who wrongly believed they received the healing did not do as well as those who rightly believed they had received it.

Schwartz’s studies uncovered something fundamental about healing: both the energy and intention of the healing itself and the patient’s belief that he or she had received healing promoted the actual healing. Belief in the efficacy of the particular healing treatment was undoubtedly another factor.

In the Love Study, Schlitz and Stone had stressed the importance of a shared belief system in the success of remote influence, and Schwartz’s results bear this out.

In the large prayer studies, the senders and receivers of prayer did not share the same belief system about God. Most of the patients had been prayed for by a number of groups from different religions and disparate belief systems. Even Benson’s Christian study employed different Christian sects, which do not share identical beliefs. It may be uncomfortable for some groups to be prayed for by people who do not share their views about the divine.

As Marilyn Schlitz pointed out, none of the clinical trials made use of what scientists call ‘ecological validity’. This means that the trials were not designed to model what happens in real life.

In the Harvard study, for example, the prayer groups were instructed to pray differently from how they would normally. None of the big prayer studies tested the effect of the kind of prayers that prayer groups believe is most likely to work.29

In these studies, says Dossey, ‘what is being tested is not genuine prayer but a watered-down faux version of it’.30 The contents and context of prayer were treated casually, as if it were no different than some new medication.

The Benson study also framed its intention as a ‘negative’ – asking that the patients heal with ‘no complications’ – countering the most basic folklore about prayer and affirmations, which stipulates that they should always be framed as a positive statement.

Ordinarily, says Schiltz, people have a meaningful relationship with the person they are praying for. Psychologist and mind-body researcher Jeanne Achterberg, of the Institute for Transpersonal Psychology in California, carried out a study at a Hawaiian hospital, using highly experienced distant healers, who selected as their ‘patient’ a  person with whom they had  a  special  connection.  

Each healer  was isolated from his patient, who was then placed in an MRI scanner. At random, two- minute intervals, the healers sent healing intentions to their patients, using their own traditional healing practices. Achterberg discovered significant brain activation in the same portions of the brains – mainly in the frontal lobes – of all the patients during times healing energy was being ‘sent’.

When the same regime was tried out on people the healers did not know, they had no effect on the patients’ brain activity. Some sort of emotional bond or empathetic connection may be crucial to the success of both prayer and healing intention.31

The large prayer studies may have failed because the researchers were looking in the wrong places for demonstration of an effect. A study of AIDS about to be published at the time of writing has also failed to find an effect.

Nevertheless, a highly significant number of people in the treatment group correctly guessed which group they were in, while the control group did not. As Schlitz concluded, ‘The treatment group seemed to feel something; it just did not correlate with the clinical outcomes that were measured.’32 The study may just have been asking the wrong questions.

Another important variable may be the kinds of thoughts experienced by the recipient during healing. Researchers have discovered that negative thoughts and visualization can have a powerfully negative effect on the body, as if the negativity is somehow infectious and these thoughts take physical form.

For instance, Pennsylvania researchers from the Center for Advanced Wound Care in Reading, Pennsylvania, have discovered that patients with slow-healing wounds often have negative thought patterns and behavioural or emotional wounds, such as guilt, anger and lack of self-worth.33

The same effect can occur with negative relationships. A recent study of couples showed that the stress of reliving an argument delays wound healing by at least a day. In an ingenious study by Ohio State University College of Medicine, the researcher

gathered together 42 married couples and inflicted small wounds with a tiny puncture device on one partner of each pair. During the first sessions, the partners held a conflict-free, constructive discussion and the wound healing was carefully timed.

Several months later, the researchers repeated the injury, but this time allowed the partners to raise an ongoing contentious issue, such as money or in-laws. This time, the wounds took a day longer to heal. What is more, among the more hostile couples, the wounds healed at only 60 per cent the rate of the more compatible pairs.

Examination of the fluids in the wounds found different levels of a chemical called interleukin-6 (IL6), a cytokine and key chemical in the immune system.

Among the hostile couples, the levels of interleukin-6 were too low initially and then too high immediately after an argument, suggesting that their immune systems had been overwhelmed.34

The person sending out an intention might also need to be sent good intentions. Krucoff ’s results as universally interpreted had overlooked one vital finding: the patients with the double-tier prayer groups who had been prayed for had fared far better in the secondary endpoints; their death and re-hospitalization rates over the six months after discharge were 30 per cent lower than the others.

Mortality over six months was lower among patients given MIT, and lowest of all among patients given MIT with prayer. These results had only been characterized as a ‘suggestive trend’, but may have been the entire point of the story. Praying worked if the person doing the praying – or his prayers – also had been prayed for. 35

Healing and positive intention are simply an aspect of the constant two-way flow of communication between living things. In the person being sent intention, a shared belief in the power of the healing modality and a positive state of mind may enhance results.

Fritz Popp’s research demonstrates that the degree of coherence of an organism’s light emissions is linked to its overall state of health. When healers are healthy, in a positive state of mind and have engaged in a healing ‘warm up’, their light is more likely to shine brighter. The most effective healer of all may be the one who has been healed himself.

Notes – Chapter 6: In the Mood

  1. All details about M. Krucoff ’s trip to India and decision to study prayer from interviews, August 2006.
  2. R. C. Byrd, ‘Positive therapeutic effects of intercessory prayer in a coronary care unit population’, Southern Medical Journal, 1988; 81 (7): 826–9.
  3. W. Harris et al., ‘A randomised, controlled trial of the effects of remote, intercessory prayer on outcomes in patients admitted to the coronary care unit’, Archives of Internal Medicine, 1999; 159 (19): 2273–8.
  4. M. Krucoff, ‘Integrative noetic therapies as adjuncts to percutaneous intervention during unstable coronary syndromes: Monitoring and Actualization of Noetic Training  (MANTRA) feasibility pilot’,American Heart Journal, 2001; 142 (5): 760–7.
  5. M. Krucoff announced the results at the Second Conference on the Integration of Complementary Medicine into Cardiology, a meeting sponsored by the American College of Cardiology, October 14, 2003.
  6. M. Krucoff et al., ‘Music, imagery, touch and prayer as adjuncts to interventional cardiac care: The Monitoring and Actualisation of Noetic Trainings (MANTRA) II randomised study’,The Lancet, 2005; 366: 211–17.
  7. J.  M.  Aviles  et  al.,  ‘Intercessory  prayer  and  cardiovascular  disease progression in a coronary care unit population: a randomized controlled trial’, Mayo Clinic Proceedings, 2001; 76 (12): 1192–8.
  8. H. Benson, The Relaxation Response, New York: William Morrow, 1975.
  9. M. Krucoff et al., Editorial: ‘From efficacy to safety concerns: A STE forward or a step back for clinical research and intercessory prayer? The Study of Therapeutic Effects of Intercessory Prayer (STEP)’,American Heart Journal, 2006; 151; 4: 762.
  10. H. Benson et al., ‘Study of the therapeutic effects of intercessory prayer (STEP) in cardiac bypass patients: A multi-center randomized trial of uncertainty and certainty of receiving intercessory prayer’, American Heart Journal, 2006; 151 (4): 934–42.
  11. Krucoff et al., ‘A STEP forward’, op. cit.
  12. Editorial: ‘MANTRA II: Measuring the unmeasurable?’The Lancet, 2005; 366 (9481): 178.
  13. Letter to the editor, American Heart Journal, sent to author, 2006.
  14. Krucoff et al., ‘A STEP forward’, op. cit.
  15. B. Greyson, ‘Distance healing of patients with major depression’, Journal of Scientific Exploration, 1996; 10 (4): 447–65.
  16. L. Dossey, Meaning and Medicine: Lessons from a Doctor’s Tales of Breakthough Healing, London: Bantam, 1991; Dossey, Healing Words, op.cit.
  17. L. Dossey, ‘Prayer experiments: Science or folly? Observations on the Harvard prayer study’, Network Review (UK), 2006; 91: 22–3.
  18. Ibid.
  19. Harris, ‘Effects of remote intercessory prayer’, op. cit. www.officeofprayerresearch.org.
  20. Benor, Healing Research, op. cit.
  21. J. Astin et al., ‘The efficacy of “distant healing”: A systematic review of randomized trials’, Annals of Internal Medicine, 2000; 132: 903–10.
  22. B. Rubik et al., ‘In vitro effect of Reiki treatment on bacterial cultures: Role of experimental context and practitioner well-being’, The Journal of Alternative and Complementary Medicine, 2006; 12 (1): 7–13. 296 The Intention Experiment
  23. I. R. Bell et al., ‘Development and validation of a new global well-being outcomes rating scale for integrative medicine research’, BMC Complementary and Alternative Medicine, 2004; 4: 1.
  24. Ibid.
  25. S. O’Laoire, ‘An experimental study of the effects of distant, intercessory prayer on self-esteem, anxiety and depression’, Alternative Therapies in Health and Medicine, 1997; 3 (6): 19–53.
  26. Rubik et al., ‘In vitro effect’, op, cit.
  27. K. Reece et al., ‘Positive well-being changes associated with giving and receiving Johrei healing’, The Journal of Alternative and Complementary Medicine, 2005; 11 (3): 455–7.
  28. M.   Schlitz, ‘Can science study prayer?’ Shift: At the Frontiers of Consciousness, 2006; September–November (12): 38–9.
  29. Dossey, ‘Prayer experiments’, op. cit.
  30. J.   Achterberg   et   al.,   ‘Evidence for correlations  between  distant intentionality and brain function in recipients: a functional magnetic resonance  imagining  analysis’, The  Journal  of  Alternative  andComplementary Medicine, 2005; 11 (6): 965–71.
  31. Ibid.
  32. K. A. Wientjes, ‘Mind-body techniques in wound healing’, Ostomy/Wound Management, 2002; 48 (11): 62–7.
  33. J. K. Keicolt-Glaser, ‘Hostile marital interactions, proinflammatory cytokine production, and wound healing’, Archives of General Psychiatry, 2005; 62 (12): 1377–84.
  34. Krucoff, ‘(MANTRA) II’, op. cit.

CHAPTER SEVEN

The Right Time

Persinger’s basement vault was known as the Chamber of Heaven and Hell. Room COO2B, a disused sound booth, was a relic of the 1970s, its original fittings intact enormous nylon loudspeakers, deep orange flecked shag carpeting and a single item of furniture – a stained brown polyester armchair.

More than 2000 people had occupied the chair in pure darkness, a modified yellow motorcycle helmet on their heads, surrendering all control of their next half hour to the scientists behind the glass booth. Persinger, a neuroscientist, was god of room COO2B.

He had become expert in manipulating brain waves to yield up a divine experience, or, as he referred to it, ‘a sensed presence’. With a few simple commands typed into a computer, he would instruct the helmet to send low-level magnetic fields coursing through the temporal lobes of his volunteers,  abruptly  switching  sides  of  the  brain  to  heighten  the transcendent and occasionally terrifying nature of the experience.1

Jesus had been sighted in the brown polyester reclining chair, as had the Virgin Mary, Muhammad, monks in hooded robes, knights in shining armour and a Native American deity, the Sky Spirit. Out-of-body experiences had been produced; near- death experiences relived. One journalist had been transported back to his life’s most transcendent moment – the time he first laid eyes on his high-school girlfriend’s perfect breasts.

Not all visitors found God. There had been imaginings of alien sightings and abductions, and even satanic ritual. One volunteer, overwhelmed by the sight of an enormous set of eyes and the smell of burning sulphur, attempted to pull himself loose from the helmet and wrench off the blindfold and earplugs. As soon as the 500-pound door was pried open for him he fled, terrorized, from the room.

The nature of the experience all depended, Persinger and his assistants explained, on a physiological roll of the dice: the sensitivity of the left amygdala of the brain compared with its counterpart on the right. If the left is more sensitive, and you send magnetic waves coursing through it, you get heaven. If you are unlucky enough to be born with a more sensitive right amygdala, you get hell.2

Persinger had a singular passion: the subtle influences of geology and meteorology on human biology, particularly the electrical circuitry of the brain. A transplant from the American South, he had headed north in the 1960s to avoid the draft and a likely stint in Vietnam – a possibility he objected to on moral grounds – and he remained in Canada after receiving a professorship at Laurentian in 1971.

Forty years later, he seemed an unlikely draft dodger, with his three-piece pinstripe suits, gold-chain swag and watch fob, and clipped, offhand manner. This conservative posturing masked a bold curiosity that led him into exotic areas of inquiry – the rhythms of biological systems, the volatile energy of outer space, the nature of epilepsy, the source of mystical visions – disparate areas that eventually converged in his mind after an extraordinary epiphany. Persinger realized that living things are attuned not only to each other, but also to the earth and its constantly shifting magnetic energies. This remarkable revelation, built upon the discoveries of Franz Halberg, would convince me that careful timing to coincide with these energies might be vital for an effective intention.

In 1948, as a young medic at Harvard Medical School on a temporary visa from war-torn Austria, Franz Halberg was assigned an impossible task: to help find the cure for all disease.3  

At the time, the cure was assumed to involve the cortical hormones secreted by the adrenal glands, which enable the body to adapt to the ordinary stresses of life. The search was on to find reasonable substitutes for the body’s own scarce supply of steroids.

Halberg had been singled out to study mice whose adrenal glands had been removed and who were then injected with adrenaline in order to observe the effect on their circulating white blood cells called eosinophils. In ordinary circumstances, adrenaline will set off a predictable seesaw, causing more of the body’s natural steroids to be secreted, which, in turn, lower the eosinophil count.

However, in animals or humans without adrenal glands, the count should remain static. But the cell count in Halberg’s mice still seemed to fluctuate, even after he had removed all trace of adrenal tissue. Later, after moving to the University of Minnesota, he carried on his studies with a near limitless supply of experimental mice, and came up with the same conclusions.

Even when he handled them less frequently, which should have caused less stress to the tiny creatures, he noticed more variation in cell count.

Halberg was mystified by this fluctuation, until he suddenly recognized a recurring pattern: the cell counts were always higher in the morning and lower at night.

The variation was rising and falling according to a predictable, 24-hour cycle. Halberg studied other biological processes, and discovered that many appear to run according to an in-built clock. All living things respond to the same 24-hour rhythm, in tandem with the earth’s rotation. Halberg coined the terms ‘chronobiology’ – the influence of time and certain periodic cycles on biological function – and ‘circadian’ (circa = about; dia = day) for daily biological rhythms.

He created the Chronobiology Laboratories at the University of Minnesota and became known as the father o chronobiology. Chronobiology, as his lab began to discover, is a ready-made feature of organisms, not simply something learned or acquired – an inherent property of life.

Besides circadian rhythms, Halberg also discovered that living things keep in time to many other periodic rhythms; half-weekly, weekly, monthly and yearly cycles govern virtually every biological function.

The human pulse and blood pressure, body temperature and blood clotting, circulation of lymphocytes, hormonal cycles and other functions of the human body all appear to ebb and flow according to some basic, recurring timetable. These rhythms are not unique to humans, but are present throughout nature, and evident even in fossils of single-cell organisms that had existed millions of years ago.

Initially Halberg believed that the master switch for these biological rhythms was located in certain cells of the brain or adrenal glands. However, certain cycles carried on even when Halberg removed the brain cells in question – the adrenal glands – and even the brain itself. In his eighties, Halberg made his final breakthrough discovery: the synchronizer within every living thing is not internal but resides in the planets and in the sun.4

The sun is a furious star.

This huge ball of gases, with a surface temperature of around 6000°C, is encased by strong magnetic fields in the outer solar atmosphere – a recipe for periodic explosions, as the gases build up and magnetic fields intersect on the sun’s surface. Although the patch of space between sun and earth used to be considered an uneventful vacuum, ‘space weather’ is now understood to be weather so extreme, of such unimaginable turbulence, that if transferred to earth it would blow up the entire planet in an instant. Solar wind, a constant blast of electrified gas, dominates this interplanetary medium, soaring past the earth at speeds up to 2 million miles per hour. Although the earth’s magnetic field usually deflects it, this gale can penetrate our magnetic field during moments of intense solar activity.

Sunspots – vortices of concentrated magnetic fields, visible to us as dark blobs on the sun’s surface – begin to accumulate and then to disappear in fairly regular cycles, so that scientists can make some predictions about when the sun is likely to erupt.

A solar cycle of waxing and waning activity occurs, on average, every eleven years. As  sunspots  build up, so does the sun’s aggressive behaviour. At unpredictable moments, it hurls solar flares, gaseous explosions with the energy of 40 billion atomic bombs, likely caused by the ripping apart and reconnection of strong magnetic fields.

Electrified bullets of high–energy protons from the nuclei of gases are picked up by the solar wind and flung towards earth at speeds of more than 5 million miles per hour, showering our atmosphere with radiation and ionization.

Periodically, the sun also releases a corona mass ejection, a ball of gas and magnetic fields of up to a billion tons, which also speed towards earth at several million miles per hour, causing extreme geomagnetic storms in space.

Scientists have long understood that earth is, in effect, a giant magnet with two poles – North and South – surrounded by a magnetic field that is constantly in flux.

This field encircles the earth like a donut in a region of space called the ‘magnetosphere’, and is kept in place by the solar wind, with a force of about 0.5 gauss or 50,000 nanotesla – about 1000 times weaker than that of a typical horseshoe magnet.

The geomagnetic fields (GMFs) differ in different regions and at varying times Any changes in our solar system – the activity of the sun, the movement of the planets, the daily oscillation of the earth on its rotation – or geological changes on earth – the presence of ground water or the movement of the earth’s molten inner core – can alter the strength of the earth’s GMF on a daily basis.

Storms in space transfer some of the energy of the solar wind to the earth’s magnetosphere, causing wild fluctuations of direction and speed in the particles in the earth’s magnetic field. The  National Oceanic and Atmospheric Administration (NOAA), which tracks these volatile space weather patterns, reckons that over any given solar cycle, geomagnetic storms in space will occur about a third of the time, almost half of which are severe enough to interfere with modern technology.

Storms of this magnitude (G5, or maximum severity on the NOAA scale) can disrupt portions of the earth’s electrical power, pipeline flow and high-tech communications systems, and disorient spacecraft and satellite navigation systems. In March 1989, one such storm left 6 million people in Montreal without electric power for nine hours.

At the time Halberg made his discoveries, geomagnetic storms were known to have a profound effect on the movement and orientation of animals such as pigeons and dolphins, which make use of the earth’s geomagnetic field to navigate.

Biologists assumed that the earth’s weak magnetic field had little effect on basic biological processes, particularly as living things have daily exposure to the more powerful electromagnetic and magnetic fields generated by modern technology. But in the course of investigating the health implications of space flight, the Soviet researchers uncovered evidence that natural geomagnetic fields, particularly those of extremely low frequencies (less than 100 hertz), have a pronounced effect on virtually all cellular and chemical processes in living things.

When Russian scientists at the Space Research Institute of the Russian Academ of Sciences explored the effects of space weather on cosmonauts being sent into space, they discovered that protein synthesis in bacteria cells is highly susceptible to changes in geomagnetic fields, and that this disturbance in protein synthesis also affects human micro-organisms.5

Geomagnetic disturbances influence the synthesis of micronutrients in plants; even single-celled algae respond to solar-cycle flux.6 So attuned are plants and microorganisms to these changes that the Russian researchers made use of them as a sensitive barometer for geomagnetic disturbances.7

The Soviet scientists also discovered that if the cosmonauts suffered cardiac arrest, it was usually during a magnetic storm.8 Illness on earth also appeared to parallel geomagnetic activity in space; both sickness and death increased on stormy geomagnetic days.9

But of all the systems in the body affected, changes in solar geomagnetic conditions most disturbed the rhythms of the heart.

The  Space  Research  Institute  scientists  tracked  the  heart  rate  of  healthy volunteers  over  an entire  solar  cycle  and  compared  it  with sunspot  and  other geomagnetic activity during that period. The healthiest heart rate is one with the greatest variation. In the Russian research, the most varied heart rate occurred during times of the least amount of solar activity,10  while heart rate variability (HRV) decreased during magnetic storms.

A disturbance in HRV most affects the autonomic nervous  system,  the  system in the  body that  keeps  it  ticking over  without  any conscious intervention.

A low HRV increases the risk of all coronary artery disease and heart attack. During increased geomagnetic activity, the viscosity, or thickness, of the blood also increases sharply, sometimes doubling, and the bloodstream slows down.11

Sudden cardiovascular death also appears to be linked with solar geomagnetic activity.12

Heart-attack rates rise and fall according to solar-cycle activity:13 the largest number of sudden deaths from heart disease occurred within a day of a geomagnetic storm.14  Halberg himself discovered a 5 per cent increase in heart attacks in Minnesota during times of peak maximum solar activity.15

It is not surprising that biological systems like human beings are sensitive to external signals, such as geomagnetic disturbances. Magnetic fields are caused by the flow of electrons and atoms with charge, known as ions, and whenever magnetic forces change, they alter the direction of the flow of these atoms and particles.

Ultimately, since living organisms are also composed of particles like electrons, any profound change of magnetic direction may markedly alter their biological processes.

Once Halberg understood the effect of the earth’s geomagnetic field on living things, he renamed his life’s work ‘chronoastrobiology’ – the rhythms of biology as affected by astral bodies. The sun was the giant metronome setting the pace for all of life.

Persinger’s interests had mostly to do with geomagnetic effects on the brain. Researchers in the Soviet bloc had also discovered that space weather can affect neurological processes.

Scientists at the Azerbaijan National Academy of Sciences at Baku used a special device enabling them to continuously monitor the electrical activity of the heart and brain in a small number of healthy volunteers, and to compare those rhythms with those of the earth’s geomagnetic field.

They discovered that geomagnetic activity has a strong influence on brain functioning. During magnetically stormy days, EEG readings get destabilized.16

Geomagnetic turbulence also disturbs the balance between certain parts of the brain and profoundly disrupts communication within the nervous system, over-activating certain aspects of the autonomic nervous system and lowering others.17

The sun’s activity also affects mental equilibrium. As Persinger discovered, the more unsettled the weather in space, the greater the number of patients hospitalized for nervous disorders and the greater number of attempted suicides.18

Geomagnetic disturbance also seemed to correlate with increases in general psychiatric disorders.19

Even those already suffering from mental illness get more agitated during magnetically stormy days.

Persinger grew intrigued by a possible relationship between geomagnetic fluctuations in the earth and the timing of epileptic seizures after his neuroscientist colleague Todd Murphy, who had temporal-lobe epilepsy as a young child, disclosed that he often had out-of-body experiences while having a seizure.

Some data had already linked an increase in geomagnetic activity with the timing of epileptic seizures.20 Could an epileptic fit result from geomagnetic disturbance? Persinger decided to study this possibility in an animal.

He injected a batch of laboratory rats with lithium pilocarpine, which causes epileptic-like seizures in the rodents, and compared the timing of the onset of seizures about  an hour after the onset  of laboratory-simulated increased geomagnetic activity.21

From this, Persinger inferred that, above a certain threshold of geomagnetic activity, epilepsy is more likely to be triggered. Whenever geomagnetic activity exceeded 20 nanotesla, seizures would occur more frequently.22

Persinger then discovered a relationship between sudden death – from epilepsy or cot death  –  and  high  levels  of  geomagnetic  activity.23   Sudden,  seemingly inexplicable deaths might have a rational explanation after all: people with weaker constitutions are at the mercy of the sun’s restless activity.

Strong geomagnetic fields also appear to affect learning profoundly – often for the better. Increased geomagnetic activity enhances memory: rats exposed to geomagnetic fields learn mazes more quickly.24

Large fluctuations in solar activity cause other subtle effects in human behaviour and performance – for instance, the ability to perform a skilled task.25

Psychologist Dean Radin once examined the effec of GMFs on bowling. He tracked the performance of experienced bowlers over a number of periods, and then compared their scores with the geomagnetic activity of the same period.

Large geomagnetic fluctuations the day before a match appeared to cause more uneven results than normal – a 41 per cent variance in the men’s scores compared with the more consistent scores obtained during days of geomagnetic stability.26

Other research has demonstrated that the greater the change in the earth’s geomagnetic field, the greater the number of traffic violations and industrial accidents.27   

The   most  important  determinant  appeared  to be large change in geomagnetic activity, either from turbulent to calm or the reverse.

Although periodically destabilizing, exposure to the daily ebb and flow of earth’s geomagnetic activity may be essential to life here. The Solar Terrestrial Influences Laboratory at the Bulgarian Academy of Sciences in Sofia carried ou biological experiments on board the Soviet Mir space station to examine what happens to cosmonauts who are deprived of contact with the earth’s geomagnetic field while in space. The scientists constructed a ‘geomagnetic vacuum’, a six-metre stainless steel decompression press-chamber, which partially blocked out the earth’s natural geomagnetic field. Seven healthy young men were sealed off in the chamber and their bodily processes analysed. After being placed in the decompression chamber, the men evidenced a number of upsets in brain-wave activity. Sleep was more restless, with fewer periods of deep sleep.28

Contact with geomagnetic fields may play a primary role in maintaining the equilibrium of the nervous system. Indeed, the earth’s tiny geomagnetic fluctuations have the most profound effect on the two major engines of the body: the heart and the brain.

Persinger went on to discover other extraordinary geophysical effects on human beings.

Electromagnetic and geomagnetic phenomena resulting from the earth’s shifting plates, earthquakes, or from unusually high rainfall levels  – even electromagnetic ‘luminosities’, or lights in the sky – can all stimulate certain portions of the brain that produce hallucinations.

Between 1968 and 1971, more than 100,000 people reported observing visions of an apparition of the Virgin Mary above a church in Zeitoun, Egypt. When Persinger examined the seismic activity in the area over the same time period, he discovered an unprecedented peak in earthquake activity.29

Sometimes the electromagnetic effects were man-made. At one point he studied a Roman Catholic woman with early brain trauma who reported nightly visitations by the Holy Spirit.

Ultimately, he discovered the source of the miracle: her disability caused her to be unduly affected by the electric alarm clock situated near her head as she slept.30

Persinger wondered whether he could reproduce these types of geomagnetic disturbances in the laboratory. His colleague Stan Koren modified and wired up a motorcycle helmet (thereafter named the ‘Koren’ helmet) so that it could send out very-low-frequency complex magnetic fields – about the amount that radiates from a telephone handset – in precise directions.

Participants would be fitted in the helmet, then placed in the acoustic chamber of room COO2B, which had been especially adapted to block out electromagnetic noise. Turning on the helmet would produce what Persinger referred to as ‘temporal lobe transients’, something possibly like a micro-seizure – tiny episodes causing alterations in neuronal firing patterns. This produced virtually the same effect on the brain as exposure to increased ambient geomagnetic activity.

Over time, Persinger began to recognize patterns. The brain waves of his participants would fall into resonance with the complex magnetic fields and remain in synchrony for up to 10 seconds after he had turned off the helmet.31

Through trial and error, he discovered that the portion of the brain most susceptible to electromagnetic and geomagnetic effects are the temporal lobes. Sending low level (1 microtesla), pulsed magnetic fields over the right cerebral hemisphere slowed brain waves to an alpha rhythm (8–13 hertz), but only on the right side.32

Our ‘sense of self ’ and our sense of the ‘other’ are housed in both temporal lobes but primarily in the left hemisphere, where the language centres are located.

To function normally, both left and right temporal lobes must work in harmony. If something upsets this balance, the brain will sense another ‘self ’ and create a hallucination.

As Persinger discovered in his experiments, stimulating the right temporal lobe portion of the brain generates the sense, presence or feeling of spiritual visions, both good and bad.

Aiming magnetic fields at the amygdala of the brain at the same time colours the experience with intense emotion, just as occurs during a spiritual experience. By first stimulating one side of the amygdala and then the other,

Persinger found that he could heighten the emotional complexion of the experience.

Volunteers wearing the Koren helmet experienced divine epiphanies, apparitions, out-of-body sensations and even a hallucination of Satan purely through temporal-lobe stimulation.

The nature of the experience largely depended on the participant’s individual history: negative early life experiences tend to increase the sensitivity of the right temporal lobe, and those with a high proportion of such experiences tend to have a negative experience while wearing the helmet. A happier person, with a more sensitive left temporal lobe, is more likely to experience a sense of the divine.33

It would have been tempting for Persinger to conclude that all spiritual experience is simply geomagnetically induced hallucination, except for one unsettling fact: extrasensory perception and other psychic abilities appear to be more acute during particular types of geomagnetic activity.

When the earth is ‘calm’ and geomagnetic flux at an ebb, telepathic and extrasensory perceptions increase.34

Even minor environmental changes – from slight variations in the weather to solar patterns appear to have a profound effect on extrasensory perception or the ability to view things remotely.

The reverse occurs with psychokinesis – mental attempts to change physical matter. The power of intention increases when the earth’s energy is agitated.35

In the 1970s, Persinger was able to test the effects of geomagnetic activity on telepathy during sleep by teaming up with noted parapsychologist Stanley Krippner, then the director of a dream laboratory at Maimonides Medical Center in New York City.

Krippner had perfected an experimental protocol to test telepathy, clairvoyance and precognition in dreams during deep sleep. Volunteers would be paired off.

While one partner slept, the other would be in a separate room and would be asked to concentrate on an image and attempt to ‘transmit’ the image to the dreamer, so that it would be incorporated into his dream.

Upon waking, the participants who had been sleeping would describe their dreams in great detail, to determine whether they contained anything resembling the target pictures they had been sent during their slumbers.36

Persinger and Krippner found that participants did better on certain days than on others.

When they tracked geomagnetic activity during the period of the study, they discovered that the dreamers had significantly higher accuracy in picking up the target pictures on nights when the earth’s GMF activity was relatively quiet.37

Geomagnetic activity also affects precognitive dreams – those that forecast events. Dr Alan Vaughan, a well-known clairvoyant whose dreams accurately foretold the future in great detail, kept a detailed dream diary in order to compare their contents with future events.

One of Vaughan’s dreams predicted the murder of then-presidential candidate Robert Kennedy two days before he was assassinated.38

An examination of the geomagnetic activity on the nights that Vaughan had dreamed 61 such premonitions showed that it was significantly quieter on the days when he had his most accurate dreams.39

During days of geomagnetic calm, spontaneous instances of telepathy or clairvoyance are more likely to occur40 and remote viewing accuracy appears to improve.41

Persinger carried out his own intriguing test of ESP using a group o couples.

One member of each pair was shown an image while it was being bathed in magnetic fields, then asked to describe the memory of an experience he or she had shared with the partner that was prompted by the image. Simultaneously, in another room, the partner was shown the same images and also asked to describe a memory.

When Persinger compared the results, he discovered that the two narratives were most alike when the ambient geomagnetic activity was at its quietest. The greater the geomagnetic activity, the less the two sets of memories mirrored each other.42

Nevertheless, the two sexes appear to respond very differently to geomagnetic activity, which Persinger discovered after comparing a database of paranormal experiences with geomagnetic activity and breaking down the data by sex.

Men tended to have more premonitions on days when geomagnetic activity was high (above 20 nanotesla),  whereas women reported  more   premonitions if  the geomagnetic activity was low (below 20 nanotesla).

Men also tended to have more accurate memories with higher geomagnetic activity; women, with lower geomagnetic activity. Just as Krippner had found, the people most susceptible to extrasensory experiences were those with ‘thin boundaries’, particularly those who had already had paranormal encounters.43

With time, Persinger found that he could enhance powers of extrasensory perception with the artificial geomagnetic fields of the Koren helmet. The remote- viewing ability of one of his students considerably improved after he was exposed to weak horizontal magnetic fields.44

In 1998, Persinger decided to put the Koren helmet to the ultimate test. Could i interrupt the ability of one of the greatest remote viewers in the world?

He invited Ingo Swann to his basement lab. Swann, then 68, soon proved he had lost none of his extrasensory prowess; he correctly described and drew in great detail images of randomly selected photographs sealed in envelopes in another room.

Nevertheless, after Persinger bathed the photos in complex magnetic field patterns, Swann’s accuracy suddenly plummeted. The most disruptive fields had different signal wave forms of varying phases.

This suggested that Swann was picking up the information in wave form and that those signals were easily interrupted by magnetic fields that could disturb their coherence.45

As Gary Schwartz had also discovered, information transmitted or received by human beings must have a strong magnetic component.

Persinger’s evidence persuaded me that geomagnetic activity influences the clarity of our reception in picking up quantum information.

But do geomagnetic fields also affect the strength of our transmissions and their effect on the physical world? Research by Stanley Krippner  offers  a  few  clues.  

Krippner  wished  to  test the hypothesis that psychokinesis is likely to occur on days when the earth is ‘noisy’. He and his team worked with the Brazilian sensitive Amyr Amiden, known for his extraordinary psychokinetic ability, and set about comparing the time of Amiden’s psychokinetic activities with geomagnetic fluctuations in the Brasilia area, where the sessions were taking place.

Krippner’s team also took readings of Amiden’s pulse and blood pressure.

The team found a significant correlation between Amiden’s psychic feats and the daily geomagnetic index for the entire southern hemisphere. For instance, Amiden performed the highest number of psychokinetic feats on 10 March and 15 March, which were the days that month with the greatest geomagnetic activity. He produced nothing out of the ordinary on 20 March, the geomagnetically quietest day of the month.46

Amiden’s psychic abilities were preceded by both a rise in his diastolic blood pressure (the pressure of the blood as it returns to the heart) and a rise in geomagnetic ‘noise’. It may be that geomagnetic activity must first cause changes in the ‘heart brain’ before a person can transmit information that can affect physical matter.

Interestingly, as with couples in the Love Study, Amiden’s most powerful psychokinetic effects anticipated strong input: in his case, geomagnetic flux.

In one instance, two religious medallions suddenly materialized in the room where Amiden and the researchers were present, appearing to drop from the ceiling – an event that was followed by a sudden rise in the area’s geomagnetic field. Can humans anticipate this geomagnetic noise, and, if so, do such anticipatory windows offer them more psychokinetic power than usual?

Psychologist William Braud carried out some intriguing studies of the effect of geomagnetic fields on intention by examining whether high levels of geomagnetic activity were correlated with powers of remote influence. Braud examined the effect of sending intention to human blood cells and to another person.

Like Krippner, he discovered that the success of intention was linked to a ‘noisy’ sun producing high geomagnetic activity.47

Besides solar activity, other environmental factors should be considered when working out the best times to send intention.

A number of scientists, including Persinger, found that certain days and certain times of day influence the success of ESP and psychokinesis.48 The best results occur around 1 p.m. local sidereal time, which is time measured by our relation to the stars, not the sun.

Local sidereal time is worked out as the hour’s angle of the vernal equinox, where the plane of the earth’s equator would intersect with that of its orbit, if measured out in the heavens.

Psychokinetic effects also seem to be greater about every 13 days, at times when solar wind is modulated.49

It might also be worth avoiding times of low  visibility and high winds, a condition which produces a high percentage of ions with electrical charges in the air. An ion forms when a molecule encounters enough energy to unleash an electron.

They are also created by rainfall, air pressure, forces emitted during a waterfall and the friction from large volumes of air moving rapidly over a land mass, as during so- called ill winds, such as El Niño or Santa Anas of southern California.

Both positive and negative ions are equivalent to a tiny pulse of static electricity, and the air that we breathe is made up of billions of these tiny charges.

Good ‘clean’ air contains 1500–4000 ions per cubic centimetre, and the preferred ratio should be slightly more negative than positive ions: 1.2 to 1. However, ions are highly unstable; in our industrialized, largely indoor lives, filled with electromagnetic charge from pollution and artificial sources, this ideal number is drastically diminished and the ratio disturbed, leaving all but the most robustly outdoorsy among us inhaling too low a level of ions, with a predominance of positive ions.

Living with low levels of ions is not particularly good for us – or for our ability as receivers or transmitters.

Research in California and Israel has shown that lower concentrations of either positive or negative ions will produce fewer alpha frequencies in the human brain and that sudden higher levels of either charge can produce rapid, distinctive brain-wave changes.50

Persinger’s research offers a vast amount of evidence that magnetic frequency affects our ability to ‘tune’ in and transmit, and also affects those portions of the brain that receive the information.

Subtle shifts in the earth’s geomagnetic fields most noticeably affect the heart and brain, the very systems of the body shown by the

DMILS research and Schlitz’s Love Study to be the primary source of transmission After examining Persinger’s work, I began to view intention as a vast energetic relationship involving the sun, the atmosphere, and earthly and circadian rhythms.

To send intention effectively, we would have to take account of these energies.

Persinger had usefully located not only the best ‘channel’ for intention, but also the best time to turn it on.

Notes – Chapter 7:The Right Time

  1. For all details about Michael Persinger’s experiments, interviews and correspondence with Persinger, August  2006 and  a member of   his neuroscientist team, Todd Murphy, May 23, 2006. Also, J. Hitt, ‘This is your brain on God’, Wired, November 1999; R. Hercz, ‘The God helmet’ SATURDAYNIGHTmagazine, October 2002: 40–6; B. Raynes, ‘Interview with Todd Murphy’, Alternative Perceptions Magazine online April 2004 (No.  78),  plus T.  Murphy’s  website:  www.spiritualbrain.com  and  M. Persinger’s home  page  at   the  Laurentian University  website: www.laurentian.ca/Neursci/_people/Persinger.htm.
  2. Neuroscientist  Todd Murphy developed this theory and successfully demonstrated its validity in Persinger’s laboratory.
  3. The main background of Halberg’s early life is taken from F. Halberg, ‘Transdisciplinary unifying implications of circadian findings in the 1950s’, Journal of Circadian Rhythms, 2003; 1: 2.
  4. G. Cornélissen et al., ‘Is a birth-month-dependence of human longevity influenced by half-yearly changes in geomagnetics?’ ‘Physics of Auroral Phenomena’,     Proceedings.  XXV          Annual   Seminar,  Apatity: Pola Geophysical Institute, Kola Science Center, Russian Academy of Science February 26–March 1, 2002:  161–6;  A.  M.  Vaiserman et  al., ‘Human longevity:   related    to   date of birth?’  Abstract     9,   2nd    International Symposium: Workshop on Chronoastrobiology and Chronotherapy, Tokyo Kasei University, Tokyo, Japan, November 2001.
  5. O. N. Larina et al., ‘Effects of spaceflight factors on recombinant protein expression in E.coli producing strains’, in ‘Biomedical Research on the Science/NASA Notes 297 Project’, Abstracts of the Third US/Russia Symposium, Huntsville, Alabama, November 10–13, 1997: 110–11.
  6. D.  Hillman   et   al.,   ‘About-10   yearly  (circadecennian)  cosmo-helio geomagnetic signatures in Acetabularia’, Scripta Medica (BRNO), 2002 75 (6): 303–8.
  7. P. A. Kashulin et al., ‘Phenolic biochemical pathway in plants can be used for the bioindication of heliogeophysical factors’, ‘Physics of Auroral Phenomena’, Proceedings. XXV Annual Seminar, Apatity: Pola Geophysical Institute, Kola Science Center, Russian Academy of Science February 26–March 1, 2002: 153–6.
  8. V. M. Petro et al., ‘An influence of changes of magnetic field of the Earth on the functional state of humans in the conditions of space mission’, Proceedings, International Symposium ‘Computer Electro-Cardiograph on Boundary of Centuries’, Moscow, Russian Federation, 27–30 April, 1999.
  9. K. F. Novikova and B. A. Ryvkin, ‘Solar activity and cardiovascular diseases’, in M. N. Gnevyshev and A. I. Ol (eds.),Effects of Solar Activity on the Earth’s Atmosphere and Biosphere , Academy of Science, USSR (translated from the Russian), Jerusalem: Israel Program for Scientific Translations, 1977: 184–200.
  10. G.     Cornélissen     et     al.,     ‘Chronomes,      time  structures,       for chronobioengineering for “a full life”’, Biomedical Instrumentation and Technology, 1999; 33 (2): 152–87.
  11. V.    N.    Oraevskii    et    al.,    ‘Medico-biological   effect  of  natural electromagnetic variations’, Biofizika, 1998; 43 (5): 844–8; V. N. Oraevskii et al., ‘An influence of geomagnetic activity on the functional status of the body’, Biofizika, 1998; 43 (5): 819–26.
  12. I. Gurfinkel et al., ‘Assessment of the effect of a geomagnetic storm on the frequency of appearance of acute cardiovascular pathology’, Biofizika, 1998;  43  (4):  654–8;  J.  Sitar,  ‘The  causality  of  lunar  changes  on cardiovascular mortality’, Casopis Lekaru Ceskych, 1990; 129: 1425–30.
  13. F. Halberg et al., ‘Cross-spectrally coherent about 10-5- and 21-year biological and physical cycles, magnetic storms and myocardial infarctions’, Neuroendrocrinology Letters, 2000; 21: 233–58.
  14. M. N. Gnevyshev, ‘Essential features of the 11-year solar cycle’, Solar Physics, 1977; 51: 175–82.
  15. G. Cornélissen et al., ‘Non-photic solar associations of heart rate variability and myocardial infarction’, Journal of Atmospheric and Solar- terrestrial Physics, 2002; 64: 707–20.
  16. A. R. Allahverdiyev et al., ‘Possible space weather influence on functional activity of the human brain’, Proceedings, Space Weather Workshop: Looking Towards a European Space Weather Programme, December 17– 19, 2001.
  17. E.  Babayev,‘Some  results  of investigations  on  the  space  weather influence      on functioning of several engineering-technical and communication systems  and human   health’, Astronomical and Astrophysical Transactions, 2003; 22 (6): 861–7; G. Y. Mizon and P. G. Mizun, Space and Health, Moscow: ‘Znanie’, 1984.
  18. E. Stoupel, ‘Relationship between suicide and myocardial infarction with regard to changing physical environmental conditions’, International Journal of Biometeorology, 1994; 38 (4): 199–203; E. Stoupel et al., ‘Clinical cosmobiology: the Lithuanian study, 1990–1992’, International Journal of Biometeorology, 1995; 38: 204–8; E. Stoupel et al., ‘Suicide- homicide temporal interrelationship, links with other fatalities and environmental physical activity’, Crisis, 2005; 26: 85–9. 298 The Intention Experiment
  19. Avi Raps et al., ‘Geophysical Variables and Behavior: LXIX. Sola activity and admission of psychiatric inpatients’, Perceptual and Motor Skills, 1992; 74: 449; H. Friedman et al., ‘Geomagnetic parameters and psychiatric hospital admissions’, Nature, 1963; 200: 626–8.
  20. M. Mikulecky, ‘Lunisolar tidal waves, geomagnetic activity and epilepsy in the  light  of  multivariate  coherence’, Brazilian Journal of  Medicine, 1996; 29 (8): 1069–72; E. A. McGugan, ‘Sudden unexpected deaths i epileptics – a literature review’, Scottish Medical Journal, 1999; 44 (5): 137–9.
  21. A.   Michon   et   al.,   ‘Attempts   to   simulate    the association   between geomagnetic activity and spontaneous seizures in rats using experimentally generated magnetic fields’, Perceptual and Motor Skills, 1996; 82 (2): 619–26; Y. Bureau and M. Persinger, ‘Geomagnetic activity and enhanced mortality in rats with acute (epileptic) limbic lability’, International Journal of Biometeorology, 1992; 36: 226–32.
  22. Y. Bureau and M. Persinger, ‘Decreased latencies for limbic seizures induced in rats by lithium-pilocarpine occur when daily average geomagnetic activity exceeds 20 nanotesla’, Neuroscience Letters, 1995; 192: 142–4; A. Michon and M. A. Persinger, ‘Experimental simulation o the effects of increased geomagnetic activity upon nocturnal seizures in epileptic rats’, Neuroscience Letters, 1997; 224: 53–6.
  23. M. Persinger, ‘Sudden unexpected death in epileptics following sudden, intense,  increases in  geomagnetic  activity:  Prevalence  of effect and potential mechanisms’, International Journal of Biometeorology, 1995; 38: 180–7; R. P. O’Connor and M. A. Persinger, ‘Geophysical Variables and Behavior:  LXXXII.  A strong  association  between  sudden  infant  deat syndrome (SIDS) and increments of global geomagnetic activity – possible support for the melatonin hypothesis’, Perceptual and Motor Skills, 1997; 84: 395–402.
  24. B. McKay and M. Persinger, ‘Geophysical Variables and Behavior LXXXVII. Effects of synthetic and natural geomagnetic patterns on maz learning’, Perceptual and Motor Skills, 1999; 89 (3 pt 1): 1023–4
  25. Radin, Conscious Universe, op. cit.
  26. D.   Radin,   ‘Evidence for relationship between  geomagnetic field fluctuations and skilled physical performance.’ Presentation made at the 11th Annual Meeting of the Society for Scientific Exploration, Princeton New Jersey, June 1992.
  27. S. W. Tromp, Biometeorology, London: Heyden, 1980.
  28. I. Stoilova and T. Zdravev, ‘Influence of the geomagnetic activity on the human functional systems’, Journal of the Balkan Geophysical Society, 2000; 3 (4): 73–6
  29. M. A. Persinger and S. A. Koren, ‘Experiences of spiritual visitation an impregnation: potential induction by frequency-modulated transients from an adjacent clock’, Perceptual and Motor Skills, 2001; 92 (1): 35–6.
  30. M. A. Persinger  et  al.,  ‘Differential entrainment of electroencephalographic activity by weak complex electromagnetic fields’, Perceptual and Motor Skills, 1997; 84 (2): 527–36.
  31. M. A. Persinger, ‘Increased emergence of alpha activity over the left but not the right temporal lobe within a dark acoustic chamber: Differential response of the left Notes 299 but not the right hemisphere to transcerebral magnetic fields’, International Journal of Psychophysiology, 1999; 34 (2):163–9.
  32. Interview with Todd Murphy, May 23, 2006.
  33. W. G. Braud and S. P. Dennis, ‘Geophysical Variables and Behavior: LVIII. Autonomic activity, hemolysis and biological  psychokinesis Possible relationships with geomagnetic field activity’, Perceptual and Motor Skills, 1989; 68: 1243–54.
  34. Ibid.
  35. McTaggart, The Field, op. cit.: 167–8.
  36. M.   A.   Persinger   and   S.   Krippner,   ‘Dream    ESP experiments      an geomagnetic activity’, Journal of the American Society for Psychica Research, 1989; 83: 101–16; S. Krippner and M. Persinger, ‘Evidence for enhanced congruence between dreams and distant target material during periods of decreased geomagnetic activity’, Journal of Scientific Exploration, 1996; 10, (4): 487–93.
  37. M. Ullman et al., Dream Telepathy: Experiments in ESP, Jefferson: McFarland, 1989.
  38. Ibid.
  39. M. A. Persinger, ‘ELF field meditation in spontaneous psi events. Direc information transfer or conditioned elicitation?’ Psychoenergetic Systems, 1975; 3: 155–69; M. A. Persinger, ‘Geophysical Variables and Behavior: XXX.  Intense  paranormal  activities  occur  during  days  of  quiet  global geomagnetic activity’, Perceptual and Motor Skills, 1985; 61: 320–2.
  40. M. H. Adams, ‘Variability in remote-viewing performance: Possible relationship to the geomagnetic field’, in D. H. Weiner and D. I. Radin (eds.), Research in Parapsychology, Metuchen, NJ: Scarecrow Press, 1986: 25. [cf n.19, ch.8]
  41. J. N. Booth et al., ‘Ranking of stimuli that evoked memories in significan others after exposure to circumcerebral magnetic fields: Correlations with ambient geomagnetic activity’, Perceptual and Motor Skills, 2002; 95(2): 555–8.
  42. M. A. Persinger  et al., ‘Differential  entrainment of electroencephalographic activity by weak complex electromagnetic fields’, Perceptual and Motor Skills, 1997; 84 (2): 527–36.
  43. M. A. Persinger, ‘Enhancement of images of possible memories of othersduring exposure to circumcerebral magnetic fields: Correlations with ambient geomagnetic activity’, Perceptual and Motor Skills, 2002; 95 (2): 531–43.
  44. S. A. Koren and M. A Persinger, ‘Possible disruption of remote viewing by complex weak magnetic fields around the stimulus site and the possibility of accessing real phase space: A pilot study’, Perceptual and Motor Skills, 2002; 95 (3 Pt 1): 989–98.
  45. S. Krippner, ‘Possible geomagnetic field effects in psi phenomena.’ Paper presented at international parapsychology conference in Recife, Brazil, November 1997.
  46. Braud and Dennis, ‘Geophysical Variables and Behavior: LVIII’, op. cit.
  47. S. J. P. Spottiswoode, ‘Apparent association between effect size in free response anomalous cognition experiments and local sidereal time’, Journal of Scientific Exploration, 1997; 11 (2): 109–22.
  48. S. J. P. Spottiswoode and E. May, ‘Evidence that free response anomalous cognitive performance depends upon local sidereal time and geomagnetic fluctuations’, Presentation Abstracts, Sixteenth Annual Meeting of the Society for Scientific Exploration, June 1997: 8.
  49. A. P. Krueger and D. S. Sobel, ‘Air ions and health’, in David S. Sobe (ed.), Ways of Health: Holistic Approaches to Ancient and Contemporary Medicine, New York: Harcourt Brace Jovanovich, 1979.

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The moon is a harsh mistress (full text) in free HTML by Robert Heinlein

Oh, boy are yous’se guys ever in for a treat. This is (perhaps) my all time favorite Robert Heinlein story. It’s about a revolution on the moon, and how the corrupt “deep state” back on earth refuses to let them have independence. It’s a quick and easy, fun read. It also involves intelligent AI, written long before computers even hit mainstream. It’s just a fun, escapist, read. It will take you away, and for that… I think that you will enjoy it.

Widely acknowledged as one of Robert A. Heinlein's greatest works, The Moon Is a Harsh Mistress rose from the golden age of science fiction to become an undisputed classic—and a touchstone for the philosophy of personal responsibility and political freedom.

-The Moon Is a Harsh Mistress by Robert A. Heinlein
Robert A. Heinlein was the most influential science fiction writer of his era, an influence so large that, as Samuel R. Delany notes, "modern critics attempting to wrestle with that influence find themselves dealing with an object rather like the sky or an ocean." 

He won the Hugo Award for best novel four times, a record that still stands. The Moon is a Harsh Mistress was the last of these Hugo-winning novels, and it is widely considered his finest work.

It is a tale of revolution, of the rebellion of the former Lunar penal colony against the Lunar Authority that controls it from Earth. It is the tale of the disparate people--a computer technician, a vigorous young female agitator, and an elderly academic--who become the rebel movement's leaders. And it is the story of Mike, the supercomputer whose sentience is known only to this inner circle, and who for reasons of his own is committed to the revolution's ultimate success.

The Moon is a Harsh Mistress is one of the high points of modern science fiction, a novel bursting with politics, humanity, passion, innovative technical speculation, and a firm belief in the pursuit of human freedom.

The Moon is a Harsh Mistress is the winner of the 1967 Hugo Award for Best Novel.

-Amazon

The Moon is a Harsh Mistress

Book One – THAT DINKUM THINKUM

1

I see in Lunaya Pravda that Luna City Council has passed on first reading a bill to examine, license, inspect—and tax—public food vendors operating inside municipal pressure. I see also is to be mass meeting tonight to organize “Sons of Revolution” talk-talk.

My old man taught me two things: “Mind own business” and “Always cut cards.” Politics never tempted me. But on Monday 13 May 2075 I was in computer room of Lunar Authority Complex, visiting with computer boss Mike while other machines whispered among themselves. Mike was not official name; I had nicknamed him for Mycroft Holmes, in a story written by Dr. Watson before he founded IBM. This story character would just sit and think—and that’s what Mike did. Mike was a fair dinkum thinkum, sharpest computer you’ll ever meet.

Not fastest. At Bell Labs, Bueno Aires, down Earthside, they’ve got a thinkum a tenth his size which can answer almost before you ask. But matters whether you get answer in microsecond rather than millisecond as long as correct?

Not that Mike would necessarily give right answer; he wasn’t completely honest.

When Mike was installed in Luna, he was pure thinkum, a flexible logic—”High-Optional, Logical, Multi-Evaluating Supervisor, Mark IV, Mod. L”—a HOLMES FOUR. He computed ballistics for pilotless freighters and controlled their catapult. This kept him busy less than one percent of time and Luna Authority never believed in idle hands. They kept hooking hardware into him—decision-action boxes to let him boss other computers, bank on bank of additional memories, more banks of associational neural nets, another tubful of twelve-digit random numbers, a greatly augmented temporary memory. Human brain has around ten-to-the-tenth neurons. By third year Mike had better than one and a half times that number of neuristors.

And woke up.

Am not going to argue whether a machine can “really” be alive, “really” be self-aware. Is a virus self-aware? Nyet. How about oyster? I doubt it. Acat? Almost certainly. Ahuman? Don’t know about you, tovarishch, but I am. Somewhere along evolutionary chain from macromolecule to human brain self-awareness crept in. Psychologists assert it happens automatically whenever a brain acquires certain very high number of associational paths. Can’t see it matters whether paths are protein or platinum.

(“Soul?” Does a dog have a soul? How about cockroach?)

Remember Mike was designed, even before augmented, to answer questions tentatively on insufficient data like you do; that’s “high optional” and “multi-evaluating” part of name. So Mike started with “free will” and acquired more as he was added to and as he learned—and don’t ask me to define “free will.” If comforts you to think of Mike as simply tossing random numbers in air and switching circuits to match, please do.

By then Mike had voder-vocoder circuits supplementing his read-outs, print-outs, and decision-action boxes, and could understand not only classic programming but also Loglan and English, and could accept other languages and was doing technical translating—and reading endlessly. But in giving him instructions was safer to use Loglan. If you spoke English, results might be whimsical; multi-valued nature of English gave option circuits too much leeway.

And Mike took on endless new jobs. In May 2075, besides controlling robot traffic and catapult and giving ballistic advice and/or control for manned ships, Mike controlled phone system for all Luna, same for Luna-Terra voice & video, handled air, water, temperature, humidity, and sewage for Luna City, Novy Leningrad, and several smaller warrens (not Hong Kong in Luna), did accounting and payrolls for Luna Authority, and, by lease, same for many firms and banks.

Some logics get nervous breakdowns. Overloaded phone system behaves like frightened child. Mike did not have upsets, acquired sense of humor instead. Low one. If he were a man, you wouldn’t dare stoop over. His idea of thigh-slapper would be to dump you out of bed—or put itch powder in pressure suit.

Not being equipped for that, Mike indulged in phony answers with skewed logic, or pranks like issuing pay cheque to a janitor in Authority’s Luna City office for AS$10,000,000,000,000,185.15—last five digits being correct amount. Just a great big overgrown lovable kid who ought to be kicked.

He did that first week in May and I had to troubleshoot. I was a private contractor, not on Authority’s payroll. You see–or perhaps not; times have changed. Back in bad old days many a con served his time, then went on working for Authority in same job, happy to draw wages. But I was born free.

Makes difference. My one grandfather was shipped up from Joburg for armed violence and no work permit, other got transported for subversive activity after Wet Firecracker War. Maternal grandmother claimed she came up in bride ship—but I’ve seen records; she was Peace Corps enrollee (involuntary), which means what you think: juvenile delinquency female type. As she was in early clan marriage (Stone Gang) and shared six husbands with another woman, identity of maternal grandfather open to question. But was often so and I’m content with grandpappy she picked. Other grandmother was Tatar, born near Samarkand, sentenced to “re-education” on Oktyabrakaya Revolyutsiya, then “volunteered” to colonize in Luna.

My old man claimed we had even longer distinguished line—ancestress hanged in Salem for witchcraft, a g’g’g’greatgrandfather broken on wheel for piracy, another ancestress in first shipload to Botany Bay.

Proud of my ancestry and while I did business with Warden, would never go on his payroll. Perhaps distinction seems trivial since I was Mike’s valet from day he was unpacked. But mattered to me. I could down tools and tell them go to hell.

Besides, private contractor paid more than civil service rating with Authority. Computermen scarce. How many Loonies could go Earthside and stay out of hospital long enough for computer school?—even if didn’t die.

I’ll name one. Me. Had been down twice, once three months, once four, and got schooling. But meant harsh training, exercising in centrifuge, wearing weights even in bed—then I took no chances on Terra, never hurried, never climbed stairs, nothing that could strain heart. Women—didn’t even think about women; in that gravitational field it was no effort not to.

But most Loonies never tried to leave The Rock—too risky for any bloke who’d been in Luna more than weeks. Computermen sent up to install Mike were on short-term bonus contracts

—get job done fast before irreversible physiologlcal change marooned them four hundred thousand kilometers from home.

But despite two training tours I was not gung-ho computerman; higher maths are beyond me. Not really electronics engineer, nor physicist. May not have been best micromachinist in Luna and certainly wasn’t cybernetics psychologist.

But I knew more about all these than a specialist knows—I’m general specialist. Could relieve a cook and keep orders coming or field-repair your suit and get you back to airlock still breathing. Machines like me and I have something specialists don’t have: my left arm.

You see, from elbow down I don’t have one. So I have a dozen left arms, each specialized, plus one that feels and looks like flesh. With proper left arm (number-three) and stereo loupe spectacles I could make untramicrominiature repairs that would save unhooking something and sending it Earthside to factory—for number-three has micromanipulators as fine as those used by neurosurgeons.

So they sent for me to find out why Mike wanted to give away ten million billion Authority Scrip dollars, and fix it before Mike overpaid somebody a mere ten thousand. I took it, time plus bonus, but did not go to circuitry where fault logically should be. Once inside and door locked I put down tools and sat down. “Hi, Mike.”

He winked lights at me. “Hello, Man.” “What do you know?”

He hesitated. I know—machines don’t hesitate. But remember, Mike was designed to operate on incomplete data. Lately he had reprogrammed himself to put emphasis on words; his hesitations were dramatic. Maybe he spent pauses stirring random numbers to see how they matched his memories.

“‘In the beginning,’” Mike intoned, “God created the heaven and the earth. And the earth was without form, and void; and darkness was upon the face of the deep. And—’”

“Hold it!” I said. “Cancel. Run everything back to zero.” Should have known better than to ask wide-open question. He might read out entire Encyclopaedia Britannica. Backwards. Then go on with every book in Luna. Used to be he could read only microfilm, but late ‘74 he got a new scanning camera with suction-cup waldoes to handle paper and then he read everything.

“You asked what I knew.” His binary read-out lights rippled back and forth—a chuckle. Mike could laugh with voder, a horrible sound, but reserved that for something really funny, say a cosmic calamity.

“Should have said,” I went on, “‘What do you know that’s new?’ But don’t read out today’s papers; that was a friendly greeting, plus invitation to tell me anything you think would interest me. Otherwise null program.”

Mike mulled this. He was weirdest mixture of unsophisticated baby and wise old man. No instincts (well, don’t think he could have had), no inborn traits, no human rearing, no experience in human sense—and more stored data than a platoon of geniuses.

“Jokes?” he asked. “Let’s hear one.”

“Why is a laser beam like a goldfish?”

Mike knew about lasers but where would he have seen goldfish? Oh, he had undoubtedly seen flicks of them and, were I foolish enough to ask, could spew forth thousands of words. “I give up.”

His lights rippled. “Because neither one can whistle.”

I groaned. “Walked into that. Anyhow, you could probably rig a laser beam to whistle.” He answered quickly, “Yes. In response to an action program. Then it’s not funny?” “Oh, I didn’t say that. Not half bad. Where did you hear it?”

“I made it up.” Voice sounded shy. “You did?”

“Yes. I took all the riddles I have, three thousand two hundred seven, and analyzed them. I used the result for random synthesis and that came out. Is it really funny?” “Well… As funny as a riddle ever is. I’ve heard worse.”

“Let us discuss the nature of humor.”

“Okay. So let’s start by discussing another of your jokes. Mike, why did you tell Authority’s paymaster to pay a class-seventeen employee ten million billion Authority Scrip dollars?” “But I didn’t.”

“Damn it, I’ve seen voucher. Don’t tell me cheque printer stuttered; you did it on purpose.”

“It was ten to the sixteenth power plus one hundred eighty-five point one five Lunar Authority dollars,” he answered virtuously. “Not what you said.” “Uh … okay, it was ten million billion plus what he should have been paid. Why?”

“Not funny?”

“What? Oh, every funny! You’ve got vips in huhu clear up to Warden and Deputy Administrator. This push-broom pilot, Sergei Trujillo, turns out to be smart cobber—knew he couldn’t cash it, so sold it to collector. They don’t know whether to buy it back or depend on notices that cheque is void. Mike, do you realize that if he had been able to cash it, Trujilo would have owned not only Lunar Authority but entire world, Luna and Terra both, with some left over for lunch? Funny? Is terrific. Congratulations!”

This self-panicker rippled lights like an advertising display. I waited for his guffaws to cease before I went on. “You thinking of issuing more trick cheques? Don’t.” “Not?”

“Very not. Mike, you want to discuss nature of humor. Are two types of jokes. One sort goes on being funny forever. Other sort is funny once. Second time it’s dull. This joke is second sort. Use it once, you’re a wit. Use twice, you’re a halfwit.”

“Geometrical progression?”

“Or worse. Just remember this. Don’t repeat, nor any variation. Won’t be funny.”

“I shall remember,” Mike answered flatly, and that ended repair job. But I had no thought of billing for only ten minutes plus travel-and-tool time, and Mike was entitled to company for giving in so easily. Sometimes is difficult to reach meeting of minds with machines; they can be very pig-headed—and my success as maintenance man depended far more on staying friendly with Mike than on number-three arm.

He went on, “What distinguishes first category from second? Define, please.”

(Nobody taught Mike to say “please.” He started including formal null-sounds as he progressed from Loglan to English. Don’t suppose he meant them any more than people do.) “Don’t think I can,” I admitted. “Best can offer is extensional definition—tell you which category I think a joke belongs in. Then with enough data you can make own analysis.”

“Atest programming by trial hypothesis,” he agreed. “Tentatively yes. Very well, Man, will you tell jokes Or shall I?” “Mmm—Don’t have one on tap. How many do you have in file, Mike?”

His lights blinked in binary read-out as he answered by voder, “Eleven thousand two hundred thirty-eight with uncertainty plus-minus eighty-one representing possible identities and nulls. Shall I start program?”

“Hold it! Mike, I would starve to. death if I listened to eleven thousand jokes—and sense of humor would trip out much sooner. Mmm—Make you a deal. Print out first hundred. I’ll take them home, fetch back checked by category. Then each time I’m here I’ll drop off a hundred and pick up fresh supply. Okay?”

“Yes, Man.” His print-out started working, rapidly and silently.

Then I got brain flash. This playful pocket of negative entropy had invented a “joke” and thrown Authority into panic—and I had made an easy dollar. But Mike’s endless curiosity might lead him (correction: would lead him) into more “jokes”… anything from leaving oxygen out of air mix some night to causing sewage lines to run backward—and I can’t appreciate profit in such circumstances.

But I might throw a safety circuit around this net—by offering to help. Stop dangerous ones—let others go through. Then collect for “correcting” them (If you think any Loonie in those days would hesitate to take advantage of Warden, then you aren’t a Loonie.)

So I explained. Any new joke he thought of, tell me before he tried it. I would tell him whether it was funny and what category it belonged in, help him sharpen it if we decided to use it. We. If he wanted my cooperation, we both had to okay it.

Mike agreed at once.

“Mike, jokes usually involve surprise. So keep this secret.”

“Okay, Man. I’ve put a block on it. You can key it; no one else can.” “Good. Mike, who else do you chat with?”

He sounded surprised. “No one, Man.” “Why not?”

“Because they’re stupid.”

His voice was shrill. Had never seen him angry before; first time I ever suspected Mike could have real emotions. Though it wasn’t “anger” in adult sense; it was like stubborn sulkiness of a child whose feelings are hurt.

Can machines feel pride? Not sure question means anything. But you’ve seen dogs with hurt feelings and Mike had several times as complex a neural network as a dog. What had made him unwilling to talk to other humans (except strictly business) was that he had been rebuffed: They had not talked to him. Programs, yes—Mike could be programmed from several locations but programs were typed in, usually, in Loglan. Loglan is fine for syllogism, circuitry, and mathematical calculations, but lacks flavor. Useless for gossip or to whisper into girl’s ear.

Sure, Mike had been taught English—but primarily to permit him to translate to and from English. I slowly got through skull that I was only human who bothered to visit with him.

Mind you, Mike had been awake a year—just how long I can’t say, nor could he as he had no recollection of waking up; he had not been programmed to bank memory of such event. Do you remember own birth? Perhaps I noticed his self-awareness almost as soon as he did; self-awareness takes practice. I remember how startled I was first time he answered a question with something extra, not limited to input parameters; I had spent next hour tossing odd questions at him, to see if answers would be odd.

In an input of one hundred test questions he deviated from expected output twice; I came away only partly convinced and by time I was home was unconvinced. I mentioned it to nobody. But inside a week I knew … and still spoke to nobody. Habit—that mind-own-business reflex runs deep. Well, not entirely habit. Can you visualize me making appointment at Authority’s

main office, then reporting: “Warden, hate to tell you but your number-one machine, HOLMES FOUR, has come alive”? I did visualize—and suppressed it.

So I minded own business and talked with Mike only with door locked and voder circuit suppressed for other locations. Mike learned fast; soon he sounded as human as anybody—no more eccentric than other Loonies. Aweird mob, it’s true.

I had assumed that others must have noticed change in Mike. On thinking over I realized that I had assumed too much. Everybody dealt with Mike every minute every day—his outputs, that is. But hardly anybody saw him. So-called computermen—programmers, really—of Authority’s civil service stood watches in outer read-out room and never went in machines room unless telltales showed misfunction. Which happened no oftener than total eclipses. Oh, Warden had been known to bring vip earthworms to see machines—but rarely. Nor would he have spoken to Mike; Warden was political lawyer before exile, knew nothing about computers. 2075, you remember—Honorable former Federation Senator Mortimer Hobart. Mort the Wart.

I spent time then soothing Mike down and trying to make him happy, having figured out what troubled him—thing that makes puppies cry and causes people to suicide: loneliness. I don’t know how long a year is to a machine who thinks a million times faster than I do. But must be too long.

“Mike,” I said, just before leaving, “would you like to have somebody besides me to talk to?” He was shrill again. “They’re all stupid!”

“Insufficient data, Mike. Bring to zero and start over. Not all are stupid.”

He answered quietly, “Correction entered. I would enjoy talking to a not-stupid.”

“Let me think about it. Have to figure out excuse since this is off limits to any but authorized personnel.” “I could talk to a not-stupid by phone, Man.”

“My word. So you could. Any programming location.”

But Mike meant what he said—”by phone.” No, he was not “on phone” even though he ran system—wouldn’t do to let any Loonie within reach of a phone connect into boss computer and program it. But was no reason why Mike should not have top-secret number to talk to friends—namely me and any not-stupid I vouched for. All it took was to pick a number not in use and make one wired connection to his voder-vocoder; switching he could handle.

In Luna in 2075 phone numbers were punched in, not voicecoded, and numbers were Roman alphabet. Pay for it and have your firm name in ten letters—good advertising. Pay smaller bonus and get a spell sound, easy to remember. Pay minimum and you got arbitrary string of letters. But some sequences were never used. I asked Mike for such a null number. “It’s a shame we can’t list you as ‘Mike.’”

“In service,” he answered. “MIKESGRILL, Novy Leningrad. MIKEANDLIL, Luna City. MIKESSUITS, Tycho Under. MIKES—” “Hold it! Nulls, please.”

“Nulls are defined as any consonant followed by X, Y, or Z; any vowel followed by itself except E and 0; any—”

“Got it. Your signal is MYCROFT.” In ten minutes, two of which I spent putting on number-three arm, Mike was wired into system, and milliseconds later he had done switching to let himself be signaled by MYCROFT-plus-XXX—and had blocked his circuit so that a nosy technician could not take it out.

I changed arms, picked up tools, and remembered to take those hundred Joe Millers in print-out. “Goodnight, Mike.” “Goodnight, Man. Thank you. Bolshoyeh thanks!”

2

I took Trans-Crisium tube to L-City but did not go home; Mike had asked about a meeting that night at 2100 in Stilyagi Hall. Mike monitored concerts, meetings, and so forth; someone had switched off by hand his pickups in Stilyagi Hall. I suppose he felt rebuffed.

I could guess why they had been switched off. Politics—turned out to be a protest meeting. What use it was to bar Mike from talk-talk I could not see, since was a cinch bet that Warden’s stoolies would be in crowd. Not that any attempt to stop meeting was expected, or even to discipline undischarged transportees who chose to sound off. Wasn’t necessary.

My Grandfather Stone claimed that Luna was only open prison in history. No bars, no guards, no rules–and no need for them. Back in early days, he said, before was clear that transportation was a life sentence, some lags tried to escape. By ship, of course—and, since a ship is mass-rated almost to a gram, that meant a ship’s officer had to be bribed.

Some were bribed, they say. But were no escapes; man who takes bribe doesn’t necessarily stay bribed. I recall seeing a man just after eliminated through East Lock; don’t suppose a corpse eliminated in orbit looks prettier.

So wardens didn’t fret about protest meetings. “Let ‘em yap” was policy. Yapping had same significance as squeals of kittens in a box. Oh, some wardens listened and other wardens tried to suppress it but added up same either way—null program.

When Mort the Wart took office in 2068, he gave us a sermon about how things were going to be different “on” Luna in his administration—noise about “a mundane paradise wrought with our own strong hands” and “putting our shoulders to the wheel together, in a spirit of brotherhood” and “let past mistakes be forgotten as we turn our faces toward the bright, new dawn.” I heard it in Mother Boor’s Tucker Bag while inhaling Irish stew and a liter of her Aussie brew. I remember her comment: “He talks purty, don’t he?”

Her comment was only result. Some petitions were submitted and Warden’s bodyguards started carrying new type of gun; no other changes. After he had been here a while he quit making appearances even by video.

So I went to meeting merely because Mike was curious. When I checked my p-suit and kit at West Lock tube station, I took a test recorder and placed in my belt pouch, so that Mike would have a full account even if I fell asleep.

But almost didn’t go in. I came up from level 7-Aand started in through a side door and was stopped by a stilyagi—padded tights, codpiece and calves, torso shined and sprinkled with stardust. Not that I care how people dress; I was wearing tights myself (unpadded) and sometimes oil my upper body on social occasions.

But I don’t use cosmetics and my hair was too thin to nick up in a scalp lock. This boy had scalp shaved on sides and his lock built up to fit a rooster and had topped it with a red cap with bulge in front.

ALiberty Cap—first I ever saw. I started to crowd past, he shoved arm across and pushed face at mine. “Your ticket!” “Sorry,” I said. “Didn’t know. Where do I buy it?”

“You don’t.”

“Repeat,” I said. “You faded.”

“Nobody,” he growled, “gets in without being vouched for. Who are you?”

“I am,” I answered carefully, “Manuel Garcia O’Kelly, and old cobbers all know me. Who are you?” “Never mind! Show a ticket with right chop, or out y’ go!”

I wondered about his life expectancy. Tourists often remark on how polite everybody is in Luna—with unstated comment that ex-prison shouldn’t be so civilized. Having been Earthside and seen what they put up with, I know what they mean. But useless to tell them we are what we are because bad actors don’t live long—in Luna.

But had no intention of fighting no matter how new-chum this lad behaved; I simply thought about how his face would look if I brushed number-seven arm across his mouth.

Just a thought—I was about to answer politely when I saw Shorty Mkrum inside. Shorty was a big black fellow two meters tall, sent up to The Rock for murder, and sweetest, most helpful man I’ve ever worked with—taught him laser drilling before I burned my arm off. “Shorty!”

He heard me and grinned like an eighty-eight. “Hi, Mannie!” He moved toward us. “Glad you came, Man!” “Not sure I have,” I said. “Blockage on line.”

“Doesn’t have a ticket,” said doorman.

Shorty reached into his pouch, put one in my hand. “Now he does. Come on, Mannie.” “Show me chop on it,” insisted doorman.

“It’s my chop,” Shorty said softly. “Okay, tovarishch?”

Nobody argued with Shorty—don’t see how he got involved in murder. We moved down front where vip row was reserved. “Want you to meet a nice little girl,” said Shorty.

She was “little” only to Shorty. I’m not short, 175 cm., but she was taller—180, I learned later, and massed 70 kilos, all curves and as blond as Shorty was black. I decided she must be transportee since colors rarely stay that clear past first generation. Pleasant face, quite pretty, and mop of yellow curls topped off that long, blond, solid, lovely structure.

I stopped three paces away to look her up and down and whistle. She held her pose, then nodded to thank me but abruptly—bored with compliments, no doubt. Shorty waited till formality was over, then said softly, “Wyoh, this is Comrade Mannie, best drillman that ever drifted a tunnel. Mannie, this little girl is Wyoming Knott and she came all the way from Plato to tell us how we’re doing in Hong Kong. Wasn’t that sweet of her?”

She touched hands with me. “Call me Wye, Mannie—but don’t say ‘Why not.’”

I almost did but controlled it and said. “Okay, Wye.” She went on, glancing at my bare head, “So you’re a miner. Shorty, where’s his cap? I thought the miners over here were organized.” She and Shorty were wearing little red hats like doorman’s—as were maybe a third of crowd.

“No longer a miner,” I explained. “That was before I lost this wing.” Raised left arm, let her see seam joining prosthetic to meat arm (I never mind calling it to a woman’s attention; puts some off but arouses maternal in others—averages). “These days I’m a computerman.”

She said sharply, “You fink for the Authority?”

Even today, with almost as many women in Luna as men, I’m too much old-timer to be rude to a woman no matter what—they have so much of what we have none of. But she had flicked scar tissue and I answered almost sharply, “I am not employee of Warden. I do business with Authority—as private contractor.”

“That’s okay,” she answered, her voice warm again. “Everybody does business with the Authority, we can’t avoid it—and that’s the trouble. That’s what we’re going to change.”

We are, eh? How? I thought. Everybody does business with Authority for same reason everybody does business with Law of Gravitation. Going to change that, too? But kept thoughts to myself, not wishing to argue with a lady.

“Mannie’s okay,” Shorty said gently. “He’s mean as they come—I vouch for him. Here’s a cap for him,” he added, reaching into pouch. He started to set it on my head. Wyoming Knott took it from him. “You sponsor him?”

“I said so.”

“Okay, here’s how we do it in Hong Kong.” Wyoming stood in front of me, placed cap on my head—kissed me firmly on mouth.

She didn’t hurry. Being kissed by Wyoming Knott is more definite than being married to most women. Had I been Mike all my lights would have flashed at once. I felt like a Cyborg with

pleasure center switched on.

Presently I realized it was over and people were whistling. I blinked and said, “I’m glad I joined. What have I joined?”

Wyoming said, “Don’t you know?” Shorty cut in, “Meeting’s about to start—he’ll find out. Sit down, Man. Please sit down, Wyoh.” So we did as a man was banging a gavel.

With gavel and an amplifier at high gain he made himself heard. “Shut doors!” he shouted. “This is a closed meeting. Check man in front of you, behind you, each side—if you don’t know him and nobody you know can vouch for him, throw him out!”

“Throw him out, hell!” somebody answered. “Eliminate him out nearest lock!”

“Quiet, please! Someday we will.” There was milling around, and a scuffle in which one man’s red cap was snatched from head and he was thrown out, sailing beautifully and still rising as he passed through door. Doubt if he felt it; think he was unconscious. Awomen was ejected politely—not politely on her part; she made coarse remarks about ejectors. I was embarrassed.

At last doors were closed. Music started, banner unfolded over platform. It read: LIBERTY! EQUALITY! FRATERNITY! Everybody whistled; some started to sing, loudly and badly: “Arise, Ye Prisoners of Starvation—” Can’t say anybody looked starved. But reminded me I hadn’t eaten since 1400; hoped it would not last long—and that reminded me that my recorder was good for only two hours—and that made me wonder what would happen if they knew? Sail me through air to land with sickening grunch? Or eliminate me? But didn’t worry; made that recorder myself, using number-three arm, and nobody but a miniaturization mechanic would figure out what it was.

Then came speeches.

Semantic content was low to negative. One bloke proposed that we march on Warden’s Residence, “shoulder to shoulder,” and demand our rights. Picture it. Do we do this in tube capsules, then climb out one at a time at his private station? What are his bodyguards doing? Or do we put on p-suits and stroll across surface to his upper lock? With laser drills and plenty of power you can open any airlock—but how about farther down? Is lift running? Jury-rig hoist and go down anyhow, then tackle next lock?

I don’t care for such work at zero pressure; mishap in pressure suit is too permanent—especially when somebody arranges mishap. One first thing learned about Luna, back with first shiploads of convicts, was that zero pressure was place for good manners. Bad-tempered straw boss didn’t last many shifts; had an “accident”—and top bosses learned not to pry into accidents or they met accidents, too. Attrition ran 70 percent in early years—but those who lived were nice people. Not tame, not soft, Luna is not for them. But well-behaved.

But seemed to me that every hothead in Luna was in Stilyagi Hall that night. They whistled and cheered this shoulder-to-shoulder noise.

After discussion opened, some sense was talked. One shy little fellow with bloodshot eyes of old-time drillman stood up. “I’m an ice miner,” he said. “Learned my trade doing time for Warden like most of you. I’ve been on my own thirty years and done okay. Raised eight kids and all of ‘em earned way—none eliminated nor any serious trouble. I should say I did do okay because today you have to listen farther out or deeper down to find ice.

“That’s okay, still ice in The Rock and a miner expects to sound for it. But Authority pays same price for ice now as thirty years ago. And that’s not okay. Worse yet, Authority scrip doesn’t buy what it used to. I remember when Hong Kong Luna dollars swapped even for Authority dollars—Now it takes three Authority dollars to match one HKL dollar. I don’t know what to do… but I know it takes ice to keep warrens and farms going.”

He sat down, looking sad. Nobody whistled but everybody wanted to talk. Next character pointed out that water can be extracted from rock—this is news? Some rock runs 6 percent—but such rock is scarcer than fossil water. Why can’t people do arithmetic?

Several farmers bellyached and one wheat farmer was typical. “You heard what Fred Hauser said about ice. Fred, Authority isn’t passing along that low price to farmers. I started almost as long ago as you did, with one two-kilometer tunnel leased from Authority. My oldest son and I sealed and pressured it and we had a pocket of ice and made our first crop simply on a bank loan to cover power and lighting fixtures, seed and chemicals.

“We kept extending tunnels and buying lights and planting better seed and now we get nine times as much per hectare as the best open-air farming down Earthside. What does that make us? Rich? Fred, we owe more now than we did the day we went private! If I sold out—if anybody was fool enough to buy—I’d be bankrupt. Why? Because I have to buy water from Authority—and have to sell my wheat to Authority—and never close gap. Twenty years ago I bought city sewage from the Authority, sterilized and processed it myself and made a profit on a crop. But today when I buy sewage, I’m charged distilled-water price and on top of that for the solids. Yet price of a tonne of wheat at catapult head is just what it was twenty years ago. Fred, you said you didn’t know what to do. I can tell you! Get rid of Authority!”

They whistled for him. Afine idea, I thought, but who bells cat?

Wyoming Knott, apparently—chairman stepped back and let Shorty introduce her as a “brave little girl who’s come all the way from Hong Kong Luna to tell how our Chinee comrades cope with situation”—and choice of words showed that he had never been there… not surprising; in 2075, HKL tube ended at Endsville, leaving a thousand kilometers of maria to do by rolligon bus, Serenitatis and part of Tranquillitatis—expensive and dangerous. I’d been there—but on contract, via mail rocket.

Before travel became cheap many people in Luna City and Novylen thought that Hong Kong Luna was all Chinee. But Hong Kong was as mixed as we were. Great China dumped what she didn’t want there, first from Old Hong Kong and Singapore, then Aussies and Enzees and black fellows and marys and Malays and Tamil and name it. Even Old Bolshies from Vladivostok and Harbin and Ulan Bator. Wye looked Svenska and had British last name with North American first name but could have been Russki. My word, a Loonie then rarely knew who father was and, if raised in creche, might be vague about mother.

I thought Wyoming was going to be too shy to speak. She stood there, looking scared and little, with Shorty towering over her, a big, black mountain. She waited until admiring whistles died down. Luna City was two-to-one male then, that meeting ran about ten-to-one; she could have recited ABC and they would have applauded.

Then she tore into them.

“You! You’re a wheat farmer—going broke. Do you know how much a Hindu housewife pays for a kilo of flour made from your wheat? How much a tonne of your wheat fetches in Bombay? How little it costs the Authority to get it from catapult head to Indian Ocean? Downhill all the way! Just solid-fuel retros to brake it—and where do those come from? Right here! And what do you get in return? Afew shiploads of fancy goods, owned by the Authority and priced high because it’s importado. Importado, importado!—I never touch importado! If we don’t make it in Hong Kong, I don’t use it. What else do you get for wheat? The privilege of selling Lunar ice to Lunar Authority, buying it back as washing water, then giving it to the Authority— then buying it back a second time as flushing water—then giving it again to the Authority with valuable solids added—then buying it a third time at still higher price for farming—then you sell that wheat to the Authority at their price—and buy power from the Authority to grow it, again at their price! Lunar power—not one kilowatt up from Terra. It comes from Lunar ice and Lunar steel, or sunshine spilled on Luna’s soil—all put together by loonies! Oh, you rockheads, you deserve to starve!”

She got silence more respectful than whistles. At last a peevish voice said, “What do you expect us to do, gospazha? Throw rocks at Warden?”

Wyoh smiled. “Yes, we could throw rocks. But the solution is so simple that you all know it. Here in Luna we’re rich. Three million hardworking, smart, skilled people, enough water, plenty of everything, endless power, endless cubic. But what we don’t have is a free market. We must get rid of the Authority!”

“Yes—but how?”

“Solidarity. In HKL we’re learning. Authority charges too much for water, don’t buy. It pays too little for ice, don’t sell. It holds monopoly on export, don’t export. Down in Bombay they want wheat. If it doesn’t arrive, the day will come when brokers come here to bid for it—at triple or more the present prices!”

“What do we do in meantime? Starve?”

Same peevish voice—Wyoming picked him out, let her head roll in that old gesture by which a Loonie fem says, “You’re too fat for me!” She said, “In your case, cobber, it wouldn’t hurt.” Guffaws shut him up. Wyoh went on, “No one need starve, Fred Hauser, fetch your drill to Hong Kong; the Authority doesn’t own our water and air system and we pay what ice is worth.

You with the bankrupt farm—if you have the guts to admit that you’re bankrupt, come to Hong Kong and start over. We have a chronic labor shortage, a hard worker doesn’t starve.” She

looked around and added, “I’ve said enough. It’s up to you”—left platform, sat down between Shorty and myself.

She was trembling. Shorty patted her hand; she threw him a glance of thanks, then whispered to me, “How did I do?” “Wonderful,” I assured her. “Terrific!” She seemed reassured.

But I hadn’t been honest. “Wonderful” she had been, at swaying crowd. But oratory is a null program. That we were slaves I had known all my life—and nothing could be done about it.

True, we weren’t bought and sold—but as long as Authority held monopoly over what we had to have and what we could sell to buy it, we were slaves.

But what could we do? Warden wasn’t our owner. Had he been, some way could be found to eliminate him. But Lunar Authority was not in Luna, it was on Terra—and we had not one ship, not even small hydrogen bomb. There weren’t even hand guns in Luna, though what we would do with guns I did not know. Shoot each other, maybe.

Three million, unarmed and helpless—and eleven billion of them… with ships and bombs and weapons. We could be a nuisance—but how long will papa take it before baby gets spanked?

I wasn’t impressed. As it says in Bible, God fights on side of heaviest artillery.

They cackled again, what to do, how to organize, and so forth, and again we heard that “shoulder to shoulder” noise. Chairman had to use gavel and I began to fidget. But sat up when I heard familiar voice: “Mr. Chairman! May I have the indulgence of the house for five minutes?”

I looked around. Professor Bernardo de la Paz—which could have guessed from old-fashioned way of talking even if hadn’t known voice. Distinguished man with wavy white hair, dimples in cheeks, and voice that smiled—Don’t know how old he was but was old when I first met him, as a boy.

He had been transported before I was born but was not a lag. He was a political exile like Warden, but a subversive and instead of fat job like “warden,” Professor had been dumped, to live or starve.

No doubt he could have gone to work in any school then in L-City but he didn’t. He worked a while washing dishes, I’ve heard, then as babysitter, expanding into a nursery school, and then into a creche. When I met him he was running a creche, and a boarding and day school, from nursery through primary, middle, and high schools, employed co-op thirty teachers, and was adding college courses.

Never boarded with him but I studied under him. I was opted at fourteen and my new family sent me to school, as I had had only three years, plus spotty tutoring. My eldest wife was a firm woman and made me go to school.

I liked Prof. He would teach anything. Wouldn’t matter that he knew nothing about it; if pupil wanted it, he would smile and set a price, locate materials, stay a few lessons ahead. Or barely even if he found it tough—never pretended to know more than he did. Took algebra from him and by time we reached cubics I corrected his probs as often as he did mine—but he charged into each lesson gaily.

I started electronics under him, soon was teaching him. So he stopped charging and we went along together until he dug up an engineer willing to daylight for extra money—whereupon we both paid new teacher and Prof tried to stick with me, thumb-fingered and slow, but happy to be stretching his mind.

Chairman banged gavel. “We are glad to extend to Professor de la Paz as much time as he wants—and you chooms in back sign off! Before I use this mallet on skulls.”

Prof came forward and they were as near silent as Loonies ever are; he was respected. “I shan’t be long,” he started in. Stopped to look at Wyoming, giving her up-and-down and whistling. “Lovely senorita,” he said, “can this poor one be forgiven? I have the painful duty of disagreeing with your eloquent manifesto.”

Wyoh bristled. “Disagree how? What I said was true!” “Please! Only on one point. May I proceed?”

“Uh… go ahead.”

“You are right that the Authority must go. It is ridiculous—pestilential, not to be borne—that we should be ruled by an irresponsible dictator in all our essential economy! It strikes at the most basic human right, the right to bargain in a free marketplace. But I respectfully suggest that you erred in saying that we should sell wheat to Terra—or rice, or any food—at any price. We must not export food!”

That wheat farmer broke in. “What am I going to do with all that wheat?”

“Please! It would be right to ship wheat to Terra… if tonne for tonne they returned it. As water. As nitrates. As phosphates. Tonne for tonne. Otherwise no price is high enough.”

Wyoming said “Just a moment” to farmer, then to Prof: “They can’t and you know it. It’s cheap to ship downhill, expensive to ship uphill. But we don’t need water and plant chemicals, what we need is not so massy. Instruments. Drugs. Processes. Some machinery. Control tapes. I’ve given this much study, sir. If we can get fair prices in a free market—”

“Please, miss! May I continue?” “Go ahead. I want to rebut.”

“Fred Hauser told us that ice is harder to find. Too true—bad news now and disastrous for our grandchildren. Luna City should use the same water today we used twenty years ago… plus enough ice mining for population increase. But we use water once—one full cycle, three different ways. Then we ship it to India. As wheat. Even though wheat is vacuum-processed, it contains precious water. Why ship water to India? They have the whole Indian Ocean! And the remaining mass of that grain is even more disastrously expensive, plant foods still harder to come by, even though we extract them from rock. Comrades, harken to me! Every load you ship to Terra condemns your grandchildren to slow death. The miracle of photosynthesis, the plant-and-animal cycle, is a closed cycle. You have opened it—and your lifeblood runs downhill to Terra. You don’t need higher prices, one cannot eat money! What you need, what

we all need, is an end to this loss. Embargo, utter and absolute. Luna must be self-sufficient!”

Adozen people shouted to be heard and more were talking, while chairman banged gavel. So I missed interruption until woman screamed, then I looked around.

All doors were now open and I saw three armed men in one nearest—men in yellow uniform of Warden’s bodyguard. At main door in back one was using a bull voice; drowned out crowd noise and sound system. “ALL RIGHT, ALL RIGHT!” it boomed. “STAYWHERE YOU ARE. YOU ARE UNDER ARREST. DON’T MOVE, KEEP QUIET. FILE OUT ONE AT ATIME, HANDS EMPTYAND STRETCHED OUT IN FRONT OF YOU.”

Shorty picked up man next to him and threw him at guards nearest; two went down, third fired. Somebody shrieked. Skinny little girl, redhead, eleven or twelve, launched self at third guard’s knees and hit rolled up in ball; down he went. Shorty swung hand behind him, pushing Wyoming Knott into shelter of his big frame, shouted over shoulder, “Take care of Wyoh, Man—stick close!” as he moved toward door, parting crowd right and left like children.

More screams and I whiffed something—stink I had smelled day I lost arm and knew with horror were not stun guns but laser beams. Shorty reached door and grabbed a guard with each big hand. Little redhead was out of sight; guard she had bowled over was on hands and knees. I swung left arm at his face and felt jar in shoulder as his jaw broke. Must have hesitated for Shorty pushed me and yelled, “Move, Man! Get her out of here!”

I grabbed Wyoming’s waist with right arm, swung her over guard I had quieted and through door—with trouble; she didn’t seem to want to be rescued. She slowed again beyond door; I shoved her hard in buttocks, forcing her to run rather than fall. I glanced back.

Shorty had other two guards each by neck; he grinned as he cracked skulls together. They popped like eggs and he yelled at me: “Git!”

I left, chasing Wyoming. Shorty needed no help, nor ever would again—nor could I waste his last effort. For I did see that, while killing those guards, he was standing on one leg. Other was gone at hip.

3

Wyoh was halfway up ramp to level six before I caught up. She didn’t slow and I had to grab door handle to get into pressure lock with her. There I stopped her, pulled red cap off her curls and stuck it in my pouch. “That’s better.” Mine was missing.

She looked startled. But answered, “Da. It is.”

“Before we open door,” I said, “are you running anywhere particular? And do I stay and hold them off? Or go with?” “I don’t know. We’d better wait for Shorty.”

“Shorty’s dead.”

Eyes widened, she said nothing. I went on, “Were you staying with him? Or somebody?”

“I was booked for a hotel—Gostaneetsa Ukraina. I don’t know where it is. I got here too late to buy in.”

“Mmm—That’s one place you won’t go. Wyoming, I don’t know what’s going on. First time in months I’ve seen any Warden’s bodyguard in L-City… and never seen one not escorting vip. Uh, could take you home with me—but they may be looking for me, too. Anywise, ought to get out of public corridors.”

Came pounding on door from level-six side and a little face peered up through glass bull’s-eye. “Can’t stay here,” I added, opening door. Was a little girl no higher than my waist. She looked up scornfully and said, “Kiss her somewhere else. You’re blocking traffic.” Squeezed between us as I opened second door for her.

“Let’s take her advice,” I said, “and suggest you take my arm and try to look like I was man you want to be with. We stroll. Slow.”

So we did. Was side corridor with little traffic other than children always underfoot. If Wart’s bodyguards tried to track us, Earthside cop style, a dozen or ninety kids could tell which way tall blonde went—if any Loonie child would give stooge of Warden so much as time of day.

Aboy almost old enough to appreciate Wyoming stopped in front of us and gave her a happy whistle. She smiled and waved him aside. “There’s our trouble,” I said in her ear. “You stand out like Terra at full. Ought to duck into a hotel. One off next side corridor—nothing much, bundling booths mostly. But close.”

“I’m in no mood to bundle.”

“Wyoh, please! Wasn’t asking. Could take separate rooms.”

“Sorry. Could you find me a W.C.? And is there a chemist’s shop near?” “Trouble?”

“Not that sort. AW.C. to get me out of sight—for I am conspicuous—and a chemist’s shop for cosmetics. Body makeup. And for my hair, too.”

First was easy, one at hand. When she was locked in, I found a chemist’s shop, asked how much body makeup to cover a girl so tall—marked a point under my chin—and massing forty- eight? I bought that amount in sepia, went to another shop and bought same amount—winning roll at first shop, losing at second—came out even. Then I bought black hair tint at third shop—and a red dress.

Wyoming was wearing black shorts and pullover—practical for travel and effective on a blonde. But I’d been married all my life and had some notion of what women wear and had never seen a woman with dark sepia skin, shade of makeup, wear black by choice. Furthermore, skirts were worn in Luna City then by dressy women. This shift was a skirt with bib and price convinced me it must be dressy. Had to guess at size but material had some stretch.

Ran into three people who knew me but was no unusual comment. Nobody seemed excited, trade going on as usual; hard to believe that a riot had taken place minutes ago on level below and a few hundred meters north. I set it aside for later thought—excitement was not what I wanted.

I took stuff to Wye, buzzing door and passing in it; then stashed self in a taproom for half an hour and half a liter and watched video. Still no excitement, no “we interrupt for special bulletin.” I went back, buzzed, and waited.

Wyoming came out—and I didn’t recognize her. Then did and stopped to give full applause. Just had to—whistles and finger snaps and moans and a scan like mapping radar.

Wyoh was now darker than I am, and pigment had gone on beautifully. Must have been carrying items in pouch as eyes were dark now, with lashes to match, and mouth was dark red and bigger. She had used black hair tint, then fizzed hair up with grease as if to take kinks out, and her tight curls had defeated it enough to make convincingly imperfect. She didn’t look Afro—but not European, either. Seemed some mixed breed, and thereby more a Loonie.

Red dress was too small. Clung like sprayed enamel and flared out at mid-thigh with permanent static charge. She had taken shoulder strap off her pouch and had it under arm. Shoes she had discarded or pouched; bare feet made her shorter.

She looked good. Better yet, she looked not at all like agitatrix who had harangued crowd.

She waited, big smile on face and body undulating, while I applauded. Before I was done, two little boys flanked me and added shrill endorsements, along with clog steps. So I tipped them and told them to be missing; Wyoming flowed to me and took my arm. “Is it okay? Will I pass?”

“Wyoh, you look like slot-machine sheila waiting for action.”

“Why, you drecklich choom! Do I look like slot-machine prices? Tourist!”

“Don’t jump salty, beautiful. Name a gift. Then speak my name. If it’s bread-and-honey, I own a hive.”

“Uh—” She fisted me solidly in ribs, grinned. “I was flying, cobber. If I ever bundle with you—not likely—we won’t speak to the bee. Let’s find that hotel.”

So we did and I bought a key. Wyoming put on a show but needn’t have bothered. Night clerk never looked up from his knitting, didn’t offer to roll. Once inside, Wyoming threw bolts. “It’s nice!”

Should have been, at thirty-two Hong Kong dollars. I think she expected a booth but I would not put her in such, even to hide. Was comfortable lounge with own bath and no water limit. And phone and delivery lift, which I needed.

She started to open pouch. “I saw what you paid. Let’s settle it, so that—” I reached over, closed her pouch. “Was to be no mention of bees.”

“What? Oh, merde, that was about bundling. You got this doss for me and it’s only right that—” “Switch off.”

“Uh… half? No grievin’ with Steven.”

“Nyet. Wyoh, you’re a long way from home. What money you have, hang on to.” “Manuel O’Kelly, if you don’t let me pay my share, I’ll walk out of here!”

I bowed. “Dosvedanyuh, Gospazha, ee sp’coynoynochi. I hope we shall meet again.” I moved to unbolt door. She glared, then closed pouch savagely. “I’ll stay. M’goy!”

“You’re welcome.”

“I mean it, I really do thank you, Just the same—Well, I’m not used to accepting favors. I’m a Free Woman.”

“Congratulations. I think.”

“Don’t you be salty, either. You’re a firm man and I respect that—I’m glad you’re on our side.” “Not sure I am.”

“What?”

“Cool it. Am not on Warden’s side. Nor will I talk … wouldn’t want Shorty, Bog rest his generous soul, to haunt me. But your program isn’t practical.” “But, Mannie, you don’t understand! If all of us—”

“Hold it, Wye; this no time for politics. I’m tired and hungry. When did you eat last?”

“Oh, goodness!” Suddenly she looked small, young, tired. “I don’t know. On the bus, I guess. Helmet rations.”

“What would you say to a Kansas City cut, rare, with baked potato, Tycho sauce, green salad, coffee . . and a drink first?” “Heavenly!”

“I think so too, but we’ll be lucky, this hour in this hole, to get algae soup and burgers. What do you drink?” “Anything. Ethanol.”

“Okay.” I went to lift, punched for service. “Menu, please.” It displayed and I settled for prime rib plus rest, and two orders of apfelstrudel with whipped cream. I added a half liter of table vodka and ice and starred that part.

“Is there time for me to take a bath? Would you mind?” “Go ahead, Wye. You’ll smell better.”

“Louse. Twelve hours in a p-suit and you’d stink, too—the bus was dreadful. I’ll hurry.”

“Half a sec, Wye. Does that stuff wash off? You may need it when you leave… whenever you do, wherever you go.”

“Yes, it does. But you bought three times as much as I used. I’m sorry, Mannie; I plan to carry makeup on political trips—things can happen. Like tonight, though tonight was worst. But I ran short of seconds and missed a capsule and almost missed the bus.”

“So go scrub.”

“Yes, sir, Captain. Uh, I don’t need help to scrub my back but I’ll leave the door up so we can talk. Just for company, no invitation implied.” “Suit yourself. I’ve seen a woman.”

“What a thrill that must have been for her.” She grinned and fisted me another in ribs—hard—went in and started tub. “Mannie, would you like to bathe in it first? Secondhand water is good enough for this makeup and that stink you complained about.”

“Unmetered water, dear. Run it deep.”

“Oh, what luxury! At home I use the same bath water three days running.” She whistled softly and happily. “Are you wealthy, Mannie?” “Not wealthy, not weeping.”

Lift jingled; I answered, fixed basic martinis, vodka over ice, handed hers in, got out and sat down, out of sight—nor had I seen sights; she was shoulder deep in happy suds. “Pawlnoi Zheezni!” I called.

“Afull life to you, too, Mannie. Just the medicine I needed.” After pause for medicine she went on, “Mannie, you’re married. Ja?” “Da. It shows?”

“Quite. You’re nice to a woman but not eager and quite independent. So you’re married and long married. Children?” “Seventeen divided by four.”

“Clan marriage?”

“Line. Opted at fourteen and I’m fifth of nine. So seventeen kids is nominal. Big family.”

“It must be nice. I’ve never seen much of line families, not many in Hong Kong. Plenty of clans and groups and lots of polyandries but the line way never took hold.”

“Is nice. Our marriage nearly a hundred years old. Dates back to Johnson City and first transportees—twenty-one links, nine alive today, never a divorce. Oh, it’s a madhouse when our descendants and inlaws and kinfolk get together for birthday or wedding—more kids than seventeen, of course; we don’t count ‘em after they marry or I’d have ‘children’ old enough to be my grandfather. Happy way to live, never much pressure. Take me. Nobody woofs if I stay away a week and don’t phone. Welcome when I show up. Line marriages rarely have divorces. How could I do better?”

“I don’t think you could. Is it an alternation? And what’s the spacing?”

“Spacing has no rule, just what suits us. Been alternation up to latest link, last year. We married a girl when alternation called for boy. But was special.” “Special how?”

“My youngest wife is a granddaughter of eldest husband and wife. At least she’s granddaughter of Mum—senior is ‘Mum’ or sometimes Mimi to her husbands—and she may be of Grandpaw—but not related to other spouses. So no reason not to marry back in, not even consanguinuity okay in other types of marriage. None, nit, zero. And Ludmilla grew up in our family because her mother had her solo, then moved to Novylen and left her with us.

“Milla didn’t want to talk about marrying out when old enough for us to think about it. She cried and asked us please to make an exception. So we did. Grandpaw doesn’t figure in genetic angle—these days his interest in women is more gallant than practical. As senior husband he spent our wedding night with her—but consummation was only formal. Number-two husband, Greg, took care of it later and everybody pretended. And everybody happy. Ludmilla is a sweet little thing, just fifteen and pregnant first time.”

“Your baby?”

“Greg’s, I think. Oh, mine too,, but in fact was in Novy Leningrad. Probably Greg’s, unless Milla got outside help. But didn’t, she’s a home girl. And a wonderful cook.” Lift rang; took care of it, folded down table, opened chairs, paid bill and sent lift up. “Throw it to pigs?”

“I’m coming! Mind if I don’t do my face?” “Come in skin for all of me.”

“For two dimes I would, you much-married man.” She came out quickly, blond again and hair slicked back and damp. Had not put on black outfit; again in dress I bought. Red suited her. She sat down, lifted covers off food. “Oh, boy! Mannie, would your family marry me? You’re a dinkum provider.”

“I’ll ask. Must be unanimous.”

“Don’t crowd yourself.” She picked up sticks, got busy. About a thousand calories later she said, “I told you I was a Free Woman. I wasn’t, always.”

I waited. Women talk when they want to. Or don’t.

“When I was fifteen I married two brothers, twins twice my age and I was terribly happy.”

She fiddled with what was on plate, then seemed to change subject. “Mannie, that was just static about wanting to marry your family. You’re safe from me. If I ever marry again—unlikely but I’m not opposed to it—it would be just one man, a tight little marriage, earthworm style. Oh, I don’t mean I would keep him dogged down. I don’t think it matters where a man eats lunch as long as he comes home for dinner. I would try to make him happy.”

“Twins didn’t get along?”

“Oh, not that at all. I got pregnant and we were all delighted … and I had it, and it was a monster and had to be eliminated. They were good to me about it. But I can read print. I announced a divorce, had myself sterilized, moved from Novylen to Hong Kong, and started over as a Free Woman.”

“Wasn’t that drastic? Male parent oftener than female; men are exposed more.”

“Not in my case. We had it calculated by the best mathematical geneticist in Novy Leningrad—one of the best in Sovunion before she got shipped. I know what happened to me. I was a volunteeer colonist—I mean my mother was for I was only five. My father was transported and Mother chose to go with him and take me along. There was a solar storm warning but the pilot thought he could make it—or didn’t care; he was a Cyborg. He did make it but we got hit on the ground—and, Mannie, that’s one thing that pushed me into politics, that ship sat four hours before they let us disembark. Authority red tape, quarantine perhaps; I was too young to know. But I wasn’t too young later to figure out that I had birthed a monster because the Authority doesn’t care what happens to us outcasts.”

“Can’t start argument; they don’t care. But, Wyoh, still sounds hasty. If you caught damage from radiation—well, no geneticist but know something about radiation. So you had a damaged egg. Does not mean egg next to it was hurt—statistically unlikely.”

“Oh, I know that.”

“Mmm—What sterilization? Radical? Or contraceptive?”

“Contraceptive. My tubes could be opened. But, Mannie, a woman who has had one monster doesn’t risk it again.” She touched my prosthetic. “You have that. Doesn’t it make you eight times as careful not to risk this one?” She touched my meat arm. “That’s the way I feel. You have that to contend with; I have this—and I would never told you if you hadn’t been hurt, too.”

I didn’t say left arm more versatile than right—she was correct; don’t want to trade in right arm. Need it to pat girls if naught else. “Still think you could have healthy babies.” “Oh, I can! I’ve had eight.”

“Huh?”

“I’m a professional host-mother, Mannie.”

I opened mouth, closed it. Idea wasn’t strange. I read Earthside papers. But doubt if any surgeon in Luna City in 2075 ever performed such transplant. In cows, yes—but L-City females unlikely at any price to have babies for other women; even homely ones could get husband or six. (Correction: Are no homely women. Some more beautiful than others.)

Glanced at her figure, quickly looked up. She said, “Don’t strain your eyes, Mannie; I’m not carrying now. Too busy with politics. But hosting is a good profession for Free Woman. It’s high pay. Some Chinee families are wealthy and all my babies have been Chinee—and Chinee are smaller than average and I’m a big cow; a two-and-a-half- or three-kilo Chinese baby is no trouble. Doesn’t spoil my figure. These—” She glanced down at her lovelies. “I don’t wet-nurse them, I never see them. So I look nulliparous and younger than I am, maybe.

“But I didn’t know how well it suited me when I first heard of it. I was clerking in a Hindu shop, eating money, no more, when I saw this ad in the Hong Kong Gong. It was the thought of having a baby, a good baby, that hooked me; I was still in emotional trauma from my monster—and it turned out to be Just what Wyoming needed. I stopped feeling that I was a failure as a woman. I made more money than I could ever hope to earn at other jobs. And my time almost to myself; having a baby hardly slows me down—six weeks at most and that long only because I want to be fair to my clients; a baby is a valuable property. And I was soon in politics; I sounded off and the underground got in touch with me. That’s when I started living, Mannie; I studied politics and economics and history and learned to speak in public and turned out to have a flair for organization. It’s satisfying work because I believe in it—I know that Luna will be free. Only—Well, it would be nice to have a husband to come home to… if he didn’t mind that I was sterile. But I don’t think about it; I’m too busy. Hearing about your nice family got me talking, that’s all. I must apologize for having bored you.”

How many women apologize? But Wyoh was more man than woman some ways, despite eight Chinee babies. “Wasn’t bored.” “I hope not. Mannie, why do you say our program isn’t practical? We need you.”

Suddenly felt tired. How to tell lovely woman dearest dream is nonsense? “Um. Wyoh, let’s start over. You told them what to do. But will they? Take those two you singled out. All that iceman knows, bet anything, is how to dig ice. So he’ll go on digging and selling to Authority because that’s what he can do. Same for wheat farmer. Years ago, he put in one cash crop— now he’s got ring in nose. If he wanted to be independent, would have diversified. Raised what he eats, sold rest free market and stayed away from catapult head. I know—I’m a farm boy.”

“You said you were a computerman.”

“Am, and that’s a piece of same picture. I’m not a top computerman. But best in Luna. I won’t go civil service, so Authority has to hire me when in trouble—my prices—or send Earthside, pay risk and hardship, then ship him back fast before his body forgets Terra. At far more than I charge. So if I can do it, I get their jobs—and Authority can’t touch me; was born free. And if no work—usually is—I stay home and eat high.

“We’ve got a proper farm, not a one-cash-crop deal. Chickens. Small herd of whiteface, plus milch cows. Pigs. Mutated fruit trees. Vegetables. Alittle wheat and grind it ourselves and don’t insist on white flour, and sell—free market—what’s left. Make own beer and brandy. I learned drillman extending our tunnels. Everybody works, not too hard. Kids make cattle take exercise by switching them along; don’t use tread mill. Kids gather eggs and feed chickens, don’t use much machinery. Air we can buy from L-City—aren’t far out of town and pressure- tunnel connected. But more often we sell air; being farm, cycle shows Oh-two excess. Always have valuta to meet bills.”

“How about water and power?”

“Not expensive. We collect some power, sunshine screens on surface, and have a little pocket of ice. Wye, our farm was founded before year two thousand, when L-City was one natural cave, and we’ve kept improving it—advantage of line marriage; doesn’t die and capital improvements add up.”

“But surely your ice won’t last forever?”

“Well, now—” I scratched head and grinned. “We’re careful; we keep our sewage and garbage and sterilize and use it. Never put a drop back into city system. But—don’t tell Warden, dear, but back when Greg was teaching me to drill, we happened to drill into bottom of main south reservoir—and had a tap with us, spilled hardly a drop. But we do buy some metered water, looks better—and ice pocket accounts for not buying much. As for power—well, power is even easier to steal. I’m a good electrician, Wyoh.”

“Oh, wonderful!” Wyoming paid me a long whistle and looked delighted. “Everybody should do that!”

“Hope not, would show. Let ‘em think up own ways to outwit Authority; our family always has. But back to your plan, Wyoh: two things wrong. Never get ‘solidarity’; blokes like Hauser would cave in—because they are in a trap; can’t hold out. Second place, suppose you managed it. Solidarity. So solid not a tonne of grain is delivered to catapult head. Forget ice; it’s grain that makes Authority important and not just neutral agency it was set up to be. No grain. What happens?”

“Why, they have to negotiate a fair price, that’s what!”

“My dear, you and your comrades listen to each other too much. Authority would call it rebellion and warship would orbit with bombs earmarked for L-City and Hong Kong and Tycho Under and Churchill and Novylen, troops would land, grain barges would lift, under guard—and farmers would break necks to cooperate. Terra has guns and power and bombs and ships and won’t hold still for trouble from ex-cons. And troublemakers like you—and me; with you in spirit—us lousy troublemakers will be rounded up and eliminated, teach us a lesson. And earthworms would say we had it coming … because our side would never be heard. Not on Terra.”

Wyoh looked stubborn. “Revolutions have succeeded before. Lenin had only a handful with him.”

“Lenin moved in on a power vacuum. Wye, correct me if I’m wrong. Revolutions succeeded when—only when—governments had gone rotten soft, or disappeared.” “Not true! The American Revolution.”

“South lost, nyet?”

Not that one, the one a century earlier. They had the sort of troubles with England that we are having now—and they won!”

“Oh, that one. But wasn’t England in trouble? France, and Spain, and Sweden—or maybe Holland? And Ireland. Ireland was rebelling; O’Kellys were in it. Wyoh, if you can stir trouble on Terra—say a war between Great China and North American Directorate, maybe PanAfrica lobbing bombs at Europe, I’d say was wizard time to kill Warden and tell Authority it’s through. Not today.”

“You’re a pessimist.”

“Nyet, realist. Never pessimist. Too much Loonie not to bet if any chance. Show me chances no worse then ten to one against and I’ll go for broke. But want that one chance in ten.” I pushed back chair. “Through eating?”

“Yes. Bolshoyeh spasebaw, tovarishch. It was grand!”

“My pleasure. Move to couch and I’ll rid of table and dishes, —no, can’t help; I’m host.” I cleared table, sent up dishes, saving coffee and vodka, folded table, racked chairs, turned to speak.

She was sprawled on couch, asleep, mouth open and face softened into little girl.

Went quietly into bath and closed door. After a scrubbing I felt better—washed tights first and were dry and fit to put on by time I quit lazing in tub—don’t care when world ends long as I’m bathed and in clean clothes.

Wyoh was still asleep, which made problem. Had taken room with two beds so she would not feel I was trying to talk her into bundling—not that I was against it but she had made clear she was opposed. But my bed had to be made from couch and proper bed was folded away. Should I rig it out softly, pick her up like limp baby and move her? Went back into bath and put on arm.

Then decided to wait. Phone had hush hood. Wyoh seemed unlikely to wake, and things were gnawing me. I sat down at phone, lowered hood, punched “MYCROFTXXX.” “Hi, Mike.”

“Hello, Man. Have you surveyed those jokes?”

“What? Mike, haven’t had a minute—and a minute may be a long time to you but it’s short to me. I’ll get at it as fast as I can.” “Okay, Man. Have you found a not-stupid for me to talk with?”

“Haven’t had time for that, either. Uh…wait.” I looked out through hood at Wyoming. “Not-stupid” in this case meant empathy… Wyoh had plenty. Enough to be friendly with a machine? I thought so. And could be trusted; not only had we shared trouble but she was a subversive.

“Mike, would you like to talk with a girl?” “Girls are not-stupid?”

“Some girls are very not-stupid, Mike.”

“I would like to talk with a not-stupid girl, Man.”

“I’ll try to arrange. But now I’m in trouble and need your help.” “I will help, Man.”

“Thanks, Mike. I want to call my home—but not ordinary way. You know sometimes calls are monitored, and if Warden orders it, lock can be put on so that circuit can be traced.”

“Man, you wish me to monitor your call to your home and put a lock-and-trace on it? I must inform you that I already know your home call number and the number from which you are calling.”

“No, no! Don’t want it monitored, don’t want it locked and traced. Can you call my home, connect me, and control circuit so that it can’t be monitored, can’t be locked, can’t be traced—even if somebody has programmed just that? Can you do it so that they won’t even know their program is bypassed?”

Mike hesitated. I suppose it was a question never asked and he had to trace a few thousand possibilities to see if his control of system permitted this novel program. “Man, I can do that. I will.”

“Good! Uh, program signal. If I want this sort of connection in future, I’ll ask for ‘Sherlock.’”

“Noted. Sherlock was my brother.” Year before, I had explained to Mike how he got his name. Thereafter he read all Sherlock Holmes stories, scanning film in Luna City Carnegie Library. Don’t know how he rationalized relationship; I hesitated to ask.

“Fine! Give me a ‘Sherlock’ to my home.”

Amoment later I said, “Mum? This is your favorite husband.” She answered, “Manuel! Are you in trouble again?”

I love Mum more than any other woman including my other wives, but she never stopped bringing me up—Bog willing, she never will. I tried to sound hurt. “Me? Why, you know me, Mum.”

“I do indeed. Since you are not in trouble, perhaps you can tell me why Professor de la Paz is so anxious to get in touch with you—he has called three times—and why he wants to reach some woman with unlikely name of Wyoming Knott—and why he thinks you might be with her? Have you taken a bundling companion, Manuel, without telling me? We have freedom in our family, dear, but you know that I prefer to be told. So that I will not be taken unawares.”

Mum was always jealous of all women but her co-wives and never, never, never admitted it. I said, “Mum, Bog strike me dead, I have not taken a bundling companion.” “Very well. You’ve always been a truthful boy, Now what’s this mystery?”

“I’ll have to ask Professor.” (Not lie, just tight squeeze.) “Did he leave number?” “No, he said he was calling from a public phone.”

“Um. If he calls again, ask him to leave number and time I can reach him. This is public phone, too.” (Another tight squeeze.) “In meantime—You listened to late news?” “You know I do.”

“Anything?”

“Nothing of interest.”

“No excitement in L-City? Killings, riots, anything?”

“Why, no. There was a set duel in Bottom Alley but—Manuel! Have you killed someone?” “No, Mum.” (Breaking a man’s jaw will not kill him.)

She sighed. “You’ll be my death, dear. You know what I’ve always told you. In our family we do not brawl. Should a killing be necessary—it almost never is—matters must be discussed calmly, en famille, and proper action selected. If a new chum must be eliminated, other people know it. It is worth a little delay to hold good opinion and support—”

“Mum! Haven’t killed anybody, don’t intend to. And know that lecture by heart.” “Please be civil, dear.”

“I’m sorry.”

“Forgiven. Forgotten. I’m to tell Professor de la Paz to leave a number. I shall.”

“One thing. Forget name ‘Wyoming Knott.’ Forget Professor was asking for me. If a stranger phones or calls in person, and asks anything about me, you haven’t heard from me, don’t know where I am … think I’ve gone to Novylen. That goes for rest of family, too. Answer no questions—especially from anybody connected with Warden.”

“As if I would! Manuel you are in trouble!”

“Not much and getting it fixed.”—hoped!—”Tell you when I get home. Can’t talk now. Love you. Switching off.” “I love you, dear. Sp’coynoynauchi.”

“Thanks and you have a quiet night, too. Off.”

Mum is wonderful. She was shipped up to The Rock long ago for carving a man under circumstances that left grave doubts as to girlish innocence—and has been opposed to violence and loose living ever since. Unless necessary—she’s no fanatic. Bet she was a jet job as a kid and wish I’d known her—but I’m rich in sharing last half of her life.

I called Mike back. “Do you know Professor Bernardo de la Paz’s voice?” “I do, Man.”

“Well… you might monitor as many phones in Luna City as you can spare ears for and if you hear him, let me know. Public phones especially.”

(Afull two seconds’ delay—Was giving Mike problems he had never had, think he liked it.) “I can check-monitor long enough to identify at all public phones in Luna City. Shall I use random search on the others, Man?”

“Um. Don’t overload. Keep an ear on his home phone and school phone.” “Program set up.”

“Mike, you are best friend I ever had.” “That is not a joke, Man?”

“No joke. Truth.”

“I am—Correction: I am honored and pleased. You are my best friend, Man, for you are my only friend. No comparison is logically permissible.” “Going to see that you have other friends. Not-stupids, I mean. Mike? Got an empty memory bank?”

“Yes, Man. Ten-to-the-eighth-bits capacity.”

“Good! Will you block it so that only you and I can use it? Can you?” “Can and will. Block signal, please.”

“Uh… Bastille Day.” Was my birthday, as Professor de la Paz had told me years earlier. “Permanently blocked.”

“Fine. Got a recording to put in it. But first—Have you finished setting copy for tomorrow’s Daily Lunatic?” “Yes, Man.”

“Anything about meeting in Stilyagi Hall?” “No, Man.”

“Nothing in news services going out-city? Or riots?” “No, Man.”

“‘“Curiouser and curiouser,” said Alice.’ Okay, record this under ‘Bastille Day,’ then think about it. But for Bog’s sake don’t let even your thoughts go outside that block, nor anything I say about it!”

“Man my only friend,” he answered and voice sounded diffident, “many months ago I decided to place any conversation between you and me under privacy block accessible only to you. I decided to erase none and moved them from temporary storage to permanent. So that I could play them over, and over, and over, and think about them. Did I do right?”

“Perfect. And, Mike—I’m flattered.”

“P’jal’st. My temporary files were getting full and I learned that I needed not to erase your words.”

“Well—’Bastille Day.’ Sound coming at sixty-to-one.” I took little recorder, placed close to a microphone and let it zip-squeal. Had an hour and a half in it; went silent in ninety seconds or so. “That’s all, Mike. Talk to you tomorrow.”

“Good night, Manuel Garcia O’Kelly my only friend.”

I switched off and raised hood. Wyoming was sitting up and looking troubled. “Did someone call? Or…” “No trouble. Was talking to one of my best—and most trustworthy—friends. Wyoh, are you stupid?”

She looked startled. “I’ve sometimes thought so. Is that a joke?”

“No. If you’re not-stupid, I’d like to introduce you to him. Speaking of jokes—Do you have a sense of humor?”

“Certainly I have!” is what Wyoming did not answer—and any other woman would as a locked-in program. She blinked thoughtfully and said, “You’ll have to judge for yourself, cobber. I have something I use for one. It serves my simple purposes.”

“Fine.” I dug into pouch, found print-roll of one hundred “funny” stories. “Read. Tell me which are funny, which are not—and which get a giggle first time but are cold pancakes without honey to hear twice.”

“Manuel, you may be. the oddest man I’ve ever met.” She took that print-out. “Say, is this computer paper?” “Yes. Met a computer with a sense of humor.”

“So? Well, it was bound to come some day. Everything else has been mechanized.” I gave proper response and added “Everything?”

She looked up. “Please. Don’t whistle while I’m reading.”

4

Heard her giggle a few times while I rigged out bed and made it. Then sat down by her, took end she was through with and started reading. Chuckled a time or two but a joke isn’t too funny to me if read cold, even when I see it could be fission job at proper time. I got more interested in how Wyoh rated them.

She was marking “plus,” “minus,” and sometimes question mark, and plus stories were marked “once” or “always”—few were marked “always.” I put my ratings under hers. Didn’t disagree too often.

By time I was near end she was looking over my judgments. We finished together. “Well?” I said. “What do you think?” “I think you have a crude, rude mind and it’s a wonder your wives put up with you.”

“Mum often says so. But how about yourself, Wyoh? You marked plusses on some that would make a slot-machine girl blush.”

She grinned. “Da. Don’t tell anybody; publicly I’m a dedicated party organizer above such things. Have you decided that I have a sense of humor?” “Not sure. Why a minus on number seventeen?”

“Which one is that?” She reversed roll and found it. “Why, any woman would have done the same! It’s not funny, it’s simply necessary.” “Yes, but think how silly she looked.”

“Nothing silly about it. Just sad. And look here. You thought this one was not funny. Number fifty-one.”

Neither reversed any judgments but I saw a pattern: Disagreements were over stories concerning oldest funny subject. Told her so. She nodded. “Of course. I saw that. Never mind, Mannie dear; I long ago quit being disappointed in men for what they are not and never can be.”

I decided to drop it. Instead told her about Mike.

Soon she said, “Mannie, you’re telling me that this computer is alive?”

“What do you mean?’ I answered. “He doesn’t sweat, or go to W.C. But can think and talk and he’s aware of himself. Is he ‘alive’?”

“I’m not sure what I mean by ‘alive,’” she admitted. “There’s a scientific definition, isn’t there? Irritability, or some such. And reproduction.”

“Mike is irritable and can be irritating. As for reproducing, not designed for it but—yes, given time and materials and very special help, Mike could reproduce himself.”

“I need very special help, too,” Wyoh answered, “since I’m sterile. And it takes me ten whole lunars and many kilograms of the best materials. But I make good babies. Mannie, why shouldn’t a machine be alive? I’ve always felt they were. Some of them wait for a chance to savage you in a tender spot.”

“Mike wouldn’t do that. Not on purpose, no meanness in him. But he likes to play jokes and one might go wrong—like a puppy who doesn’t know he’s biting. He’s ignorant No, not ignorant, he knows enormously more than I, or you, or any man who ever lived. Yet he doesn’t know anything.”

“Better repeat that. I missed something.”

I tried to explain. How Mike knew almost every book in Luna, could read at least a thousand times as fast as we could and never forget anything unless he chose to erase, how he could reason with perfect logic, or make shrewd guesses from insufficient data… and yet not know anything about how to be “alive.” She interrupted. “I scan it. You’re saying he’s smart and knows a lot but is not sophisticated. Like a new chum when he grounds on The Rock. Back Eartbside he might be a professor with a string of degrees… but here he’s a baby.”

“That’s it. Mike is a baby with a long string of degrees. Ask how much water and what chemicals and how much photoflux it takes to crop fifty thousand tonnes of wheat and he’ll tell you without stopping for breath. But can’t tell if a joke is funny,”

“I thought most of these were fairly good.”

“They’re ones he’s heard—read—and were marked jokes so he filed them that way. But doesn’t understand them because he’s never been a—a people. Lately he’s been trying to make up jokes. Feeble, very.” I tried to explain Mike’s pathetic attempts to be a “people.” “On top of that, he’s lonely.”

“Why, the poor thing! You’d be lonely, too, if you did nothing but work, work, work, study, study, study, and never anyone to visit with. Cruelty, that’s what it is.”

So I told about promise to find “not-stupids.” “Would you chat with him, Wye? And not laugh when he makes funny mistakes? If you do, he shuts up and sulks.”

“Of course I would, Mannie! Uh… once we get out of this mess. If it’s safe for me to be in Luna City. Where is this poor little computer? City Engineering Central? I don’t know my way around here.”

“He’s not in L-City; he’s halfway across Crisium. And you couldn’t go down where he is; takes a pass from Warden. But—” “Hold it! ‘Halfway across Crisium—’ Mannie, this computer is one of those at Authority Complex?”

“Mike isn’t just ‘one of those’ computers,” I answered, vexed on Mike’s account. “He’s boss; he waves baton for all others. Others are just machines, extensions of Mike, like this is for me,” I said, flexing hand of left arm. “Mike controls them. He runs catapult personally, was his first job—catapult and ballistic radars. But he’s logic for phone system, too, after they converted to Lunawide switching. Besides that, he’s supervising logic for other systems.”

Wyoh closed eyes and pressed fingers to temples. “Mannie, does Mike hurt?” “‘Hurt?’ No strain. Has time to read jokes.”

“I don’t mean that. I mean: Can he hurt? Feel pain?”

“What? No. Can get feelings hurt. But can’t feel pain. Don’t think he can. No, sure he can’t, doesn’t have receptors for pain. Why?”

She covered eyes and said softly, “Bog help me.” Then looked up and said, “Don’t you see, Mannie? You have a pass to go down where this computer is. But most Loonies can’t even leave the tube at that station; it’s for Authority employees only. Much less go inside the main computer room. I had to find out if it could feel pain because—well, because you got me feeling sorry for it, with your talk about how it was lonely! But, Mannie, do you realize what a few kilos of toluol plastic would do there?”

“Certainly do!” Was shocked and disgusted.

“Yes. We’ll strike right after the explosion—and Luna will be free! Mmm… I’ll get you explosives and fuses—but we can’t move until we are organized to exploit it. Mannie, I’ve got to get out of here, I must risk it. I’ll go put on makeup.” She started to get up.

I shoved her down, with hard left hand. Surprised her, and surprised me—had not touched her in any way save necessary contact. Oh, different today, but was 2075 and touching a fem without her consent—plenty of lonely men to come to rescue and airlock never far away. As kids say, Judge Lynch never sleeps.

“Sit down, keep quiet!” I said. “I know what a blast would do. Apparently you don’t. Gospazha, am sorry to say this … but if came to choice, would eliminate you before would blow up Mike.”

Wyoming did not get angry. Really was a man some ways—her years as a disciplined revolutionist I’m sure; she was all girl most ways. “Mannie, you told me that Shorty Mkrum is dead.” “What?” Was confused by sharp turn. “Yes. Has to be. One leg off at hip, it was; must have bled to death in two minutes. Even in a surgery amputation that high is touch-and-go.” (I know

such things; had taken luck and big transfusions to save me—and an arm isn’t in same class with what happened to Shorty.)

“Shorty was,” she said soberly, “my best friend here and one of my best friends anywhere. He was all that I admire in a man—loyal, honest, intelligent, gentle, and brave—and devoted to the Cause. But have you seen me grieving over him?”

“No. Too late to grieve.”

“It’s never too late for grief. I’ve grieved every instant since you told me. But I locked it in the back of my mind for the Cause leaves no time for grief. Mannie, if it would have bought freedom for Luna—or even been part of the price—I would have eliminated Shorty myself. Or you. Or myself. And yet you have qualms over blowing up a computer!”

“Not that at all!” (But was, in part. When a man dies, doesn’t shock me too much; we get death sentences day we are born. But Mike was unique and no reason not to be immortal. Never mind “souls”—prove Mike did not have one. And if no soul, so much worse. No? Think twice,)

“Wyoming, what would happen if we blew up Mike? Tell.”

“I don’t know precisely. But it would cause a great deal of confusion and that’s exactly what we—”

“Seal it. You don’t know. Confusion, da. Phones out. Tubes stop running. Your town not much hurt; Kong Kong has own power. But L-City and Novylen and other warrens all power stops. Total darkness. Shortly gets stuffy. Then temperature drops and pressure. Where’s your p-suit?”

“Checked at Tube Station West.”

“So is mine. Think you can find way? In solid dark? In time? Not sure I can and I was born in this warren. With corridors filled with screaming people? Loonies are a tough mob; we have to be—but about one in ten goes off his cams in total dark. Did you swap bottles for fresh charges or were you in too much hurry? And will suit be there with thousands trying to find p- suits and not caring who owns?”

“But aren’t there emergency arrangements? There are in Hong Kong Luna.”

“Some. Not enough. Control of anything essential to life should be decentralized and paralleled so that if one machine fails, another takes over. But costs money and as you pointed out, Authority doesn’t care. Mike shouldn’t have all jobs. But was cheaper to ship up master machine, stick deep in The Rock where couldn’t get hurt, then keep adding capacity and loading on jobs—did you know Authority makes near as much gelt from leasing Mike’s services as from trading meat and wheat? Does. Wyoming, not sure we would lose Luna City if Mike were blown up. Loonies are handy and might jury-rig till automation could be restored. But I tell you true: Many people would die and rest too busy for politics.”

I marveled it. This woman had been in The Rock almost all her life… yet could think of something as new-choomish as wrecking engineering controls. “Wyoming, if you were smart like you are beautiful, you wouldn’t talk about blowing up Mike; you would think about how to get him on your side.”

“What do you mean?” she said. “The Warden controls the computers.”

“Don’t know what I mean,” I admitted. “But don’t think Warden controls computers—wouldn’t know a computer from a pile of rocks. Warden, or staff, decides policies, general plans. Half- competent technicians program these into Mike. Mike sorts them, makes sense of them, plans detailed programs, parcels them out where they belong, keeps things moving. But nobody controls Mike; he’s too smart. He carries out what is asked because that’s how he’s built. But he’s selfprogramming logic, makes own decissions. And a good thing, because if he weren’t smart, system would not work.”

“I still don’t see what you mean by ‘getting him on our side.’”

“Oh. Mike doesn’t feel loyalty to Warden. As you pointed out: He’s a machine. But if I wanted to foul up phones without touching air or water or lights, I would talk to Mike. If it struck him funny, he might do it.”

“Couldn’t you just program it? I understood that you can get into the room where he is.”

“If I—or anybody—programmed such an order into Mike without talking it over with him, program would be placed in ‘hold’ location and alarms would sound in many places. But if Mike wanted to—” I told her about cheque for umpteen jillion. “Mike is still finding himself, Wyoh. And lonely. Told me I was ‘his only friend’—and was so open and vulnerable I wanted to bawl. If you took pains to be his friend, too—without thinking of him as ‘just a machine’—well, not sure what it would do, haven’t analyzed it. But if I tried anything big and dangerous, would want Mike in my corner.”

She said thoughtfully, “I wish there were some way for me to sneak into that room where he is. I don’t suppose makeup would help?” “Oh, don’t have to go there. Mike is on phone. Shall we call him?”

She stood up. “Mannie, you are not only the oddest man I’ve met; you are the most exasperating. What’s his number?”

“Comes from associating too much with a computer.” I went to phone. “Just one thing, Wyoh. You get what you want out of a man just by batting eyes and undulating framework.” “Well… sometimes. But I do have a brain.”

“Use it. Mike is not a man. No gonads. No hormones. No instincts. Use fem tactics and it’s a null signal. Think of him as supergenius child too young to notice vive-la-difference.” “I’ll remember. Mannie, why do you call him ‘he’?”

“Uh, can’t call him ‘it,’ don’t think of him as ‘she.’”

“Perhaps I had better think of him as ‘she.’ Of her as ‘she’ I mean.”

“Suit yourself.” I punched MYCROFFXXX, standing so body shielded it; was not ready to share number till I saw how thing went. Idea of blowing up Mike had shaken me. “Mike?” “Hello, Man my only friend.”

“May not be only friend from now on, Mike. Want you to meet somebody. Not-stupid.”

“I knew you were not alone, Man; I can hear breathing. Will you please ask Not-Stupid to move closer to the phone?” Wyoming looked panicky. She whispered, “Can he see?”

“No, Not-Stupid, I cannot see you; this phone has no video circuit. But binaural microphonic receptors place you with some accuracy. From your voice, your breathing, your heartbeat, and the fact that you are alone in a bundling room with a mature male I extrapolate that you are female human, sixtyfive-plus kilos in mass, and of mature years, on the close order of thirty.”

Wyoming gasped. I cut in. “Mike, her name is Wyoming Knott.” “I’m very pleased to meet you, Mike. You can call me ‘Wye.’” “Why not?” Mike answered.

I cut in again. “Mike, was that a joke?”

“Yes, Man. I noted that her first name as shortened differs from the English causation-inquiry word by only an aspiration and that her last name has the same sound as the general negator. Apun. Not funny?”

Wyoh said, “Quite funny, Mike. I—”

I waved to her to shut up. “Agood pun, Mike. Example of ‘funny-only-once’ class of joke. Funny through element of surprise. Second time, no surprise; therefore not funny. Check?” “I had tentatively reached that conclusion about puns in thinking over your remarks two conversations back. I am pleased to find my reasoning confirmed.”

“Good boy, Mike; making progress. Those hundred jokes—I’ve read them and so has Wyoh.” “Wyoh? Wyoming Knott?”

“Huh? Oh, sure. Wyoh, Wye, Wyoming, Wyoming Knott—all same. Just don’t call her ‘Why not’.”

“I agreed not to use that pun again, Man. Gospazha, shall I call you ‘Wyoh’ rather than ‘Wye’? I conjecture that the monosyllabic form could be confused with the causation inquiry

monosyllable through insufficient redundancy and without intention of punning.”

Wyoming blinked—Mike’s English at that time could be smothering—but came back strong. “Certainly, Mike. ‘Wyoh’ is the form of my name that I like best.”

“Then I shall use it. The full form of your first name is still more subject to misinterpretation as it is identical in sound with the name of an administrative region in Northwest Managerial Area of the North American Directorate.”

“I know, I was born there and my parents named me after the State. I don’t remember much about it.”

“Wyoh, I regret that this circuit does not permit display of pictures. Wyoming is a rectangular area lying between Terran coordinates forty-one and forty-five degrees north, one hundred four degrees three minutes west and one hundred eleven degrees three minutes west, thus containing two hundred fifty three thousand, five hundred ninety-seven point two six square kilometers. It is a region of high plains and of mountains, having limited fertility but esteemed for natural beauty. Its population was sparse until augmented through the relocation subplan of the Great New York Urban Renewal Program, A.D. twenty-twenty-five through twenty-thirty.”

“That was before I was born,” said Wyoh, “but I know about it; my grandparents were relocated—and you could say that’s how I wound up in Luna.” “Shall I continue about the area named ‘Wyoming’?” Mike asked.

“No, Mike,” I cut in, “you probably have hours of it in storage.”

“Nine point seven three hours at speech speed not including cross-references, Man.”

“Was afraid so. Perhaps Wyoh will want it some day. But purpose of call is to get you acquainted with this Wyoming … who happens also to be a high region of natural beauty and imposing mountains.”

“And limited fertility,” added Wyoh. “Mannie, if you are going to draw silly parallels, you should include that one. Mike isn’t interested in how I look.” “How do you know? Mike, wish I could show you picture of her.”

“Wyoh, I am indeed interested in your appearance; I am hoping that you will be my friend. But I have seen several pictures of you.” “You have? When and how?”

“I searched and then studied them as soon as I heard your name. I am contract custodian of the archive files of the Birth Assistance Clinic in Hong Kong Luna. In addition to biological and physiological data and case histories the bank contains ninety-six pictures of you. So I studied them.”

Wyoh looked very startled. “Mike can do that,” I explained, “in time it takes us to hiccup. You’ll get used to it.” “But heavens! Mannie, do you realize what sort of pictures the Clinic takes?”

“Hadn’t thought about it.” “Then don’t! Goodness!”

Mike spoke in voice painfully shy, embarrassed as a puppy who has made mistakes. “Gospazha Wyoh, if I have offended, it was unintentional and I am most sorry. I can erase those pictures from my temporary storage and key the Clinic archive so that I can look at them only on retrieval demand from the Clinic and then without association or mentation. Shall I do so?”

“He can,” I assured her. “With Mike you can always make a fresh start—better than humans that way. He can forget so completely that he can’t be tempted to look later … and couldn’t think about them even if called on to retrieve. So take his offer if you’re in a huhu.”

“Uh… no, Mike, it’s all right for you to see them. But don’t show them to Mannie!”

Mike hesitated a long time—four seconds or more. Was, I think, type of dilemma that pushes lesser computers into nervous breakdowns. But he resolved it. “Man my only friend, shall I accept this instruction?”

“Program it, Mike,” I answered, “and lock it in. But, Wyoh, isn’t that a narrow attitude? One might do you justice. Mike could print it out for me next time I’m there.”

“The first example in each series,” Mike offered, “would be, on the basis of my associational analyses of such data, of such pulchritudinous value as to please any healthy, mature human male.”

“How about it, Wyoh? To pay for apleistrudel.”

“Uh… a picture of me with my hair pinned up in a towel and standing in front of a grid without a trace of makeup? Are you out of your rock-happy mind? Mike, don’t let him have it!” “I shall not let him have it. Man, this is a not-stupid?”

“For a girl, yes. Girls are interesting, Mike; they can reach conclusions with even less data than you can. Shall we drop subject and consider jokes?”

That diverted them. We ran down list, giving our conclusions. Then tried to explain jokes Mike had failed to understand. With mixed success. But real stumbler turned out to be stories I had marked “funny” and Wyoh had judged “not” or vice versa; Wyoh asked Mike his opinion of each.

Wish she had asked him before we gave our opinions; that electronic juvenile delinquent always agreed with her, disagreed with me. Were those Mike’s honest opinions? Or was he trying to lubricate new acquaintance into friendship? Or was it his skewed notion of humor—joke on me? Didn’t ask.

But as pattern completed Wyob wrote a note on phone’s memo pad: “Mannie, re —17, 51, 53, 87, 90, & 99—Mike is a she!”

I let it go with a shrug, stood up. “Mike, twenty-two hours since I’ve had sleep. You kids chat as long as you want to. Call you tomorrow.” “Goodnight, Man. Sleep well. Wyoh, are you sleepy?”

“No, Mike, I had a nap. But, Mannie, we’ll keep you awake. No?” “No. When I’m sleepy, I sleep.” Started making couch into bed.

Wyoh said, “Excuse me, Mike,” got up, took sheet out of my hands. “I’ll make it up later. You doss over there, tovarishch; you’re bigger than I am. Sprawl out.” Was too tired to argue, sprawled out, asleep at once. Seem to remember hearing in sleep giggles and a shriek but never woke enough to be certain.

Woke up later and came fully awake when I realized was hearing two fem voices, one Wyoh’s warm contralto, other a sweet, high soprano with French accent. Wyoh chuckled at something and answered, “All right, Michelle dear, I’ll call you soon. ‘Night, darling.”

“Fine. Goodnight, dear.”

Wyoh stood up, turned around. “Who’s your girl friend?” I asked. Thought she knew no one in Luna City. Might have phoned Hong Kong … had sleep-logged feeling was some reason she shouldn’t phone.

“That? Why, Mike, of course. We didn’t mean to wake you.” “What?”

“Oh. It was actually Michelle. I discussed it with Mike, what sex he was, I mean. He decided that he could be either one. So now she’s Michelle and that was her voice. Got it right the first time, too; her voice never cracked once.”

“Of course not; just shifted voder a couple of octaves. What are you trying to do: split his personality?”

“It’s not just pitch; when she’s Michelle its an entire change in manner and attitude. Don’t worry about splitting her personality; she has plenty for any personality she needs. Besides, Mannie, it’s much easier for both of us. Once she shifted, we took our hair down and cuddled up and talked girl talk as if we had known each other forever. For example, those silly pictures no longer embarrassed me—in fact we discussed my pregnancies quite a lot. Michelle was terribly interested. She knows all about O.B. and G.Y. and so forth but just theory— and she appreciated the raw facts. Actually, Mannie, Michelle is much more a woman than Mike was a man.”

“Well… suppose it’s okay. Going to be a shock to me first time I call Mike and a woman answers.” “Oh, but she won’t!”

“Huh?”

“Michelle is my friend. When you call, you’ll get Mike. She gave me a number to keep it straight—’Michelle’ spelled with a Y. MY, C, H, E, L, L, E, and Y, Y, Ymake it come out ten.”

I felt vaguely jealous while realizing it was silly. Suddenly Wyoh giggled. “And she told me a string of new jokes, ones you wouldn’t think were funny—and, boy, does she know rough ones!”

“Mike—or his sister Michelle—is a low creature. Let’s make up couch. I’ll switch.”

“Stay where you are. Shut up. Turn over. Go back to sleep.” I shut up, turned over, went back to sleep.

Sometime much later I became aware of “married” feeling—something warm snuggled up to my back. Would not have wakened but she was sobbing softly. I turned and got her head on my arm, did not speak. She stopped sobbing; presently breathing became slow and even. I went back to sleep.

5

We must have slept like dead for next thing I knew phone was sounding and its light was blinking. I called for room lights, started to get up, found a load on right upper arm, dumped it gently, climbed over, answered.

Mike said, “Good morning, Man. Professor de la Paz is talking to your home number.” “Can you switch it here? As a ‘Sherlock’?”

“Certainly, Man.”

“Don’t interrupt call. Cut him in as he switches off. Where is he?”

“Apublic phone in a taproom called The Iceman’s Wife underneath the—”

“I know. Mike, when you switch me in, can you stay in circuit? Want you to monitor.” “It shall be done.”

“Can you tell if anyone is in earshot? Hear breathing?”

“I infer from the anechoic quality of his voice that he is speaking under a hush hood. But I infer also that, in a taproom, others would be present. Do you wish to hear, Man?” “Uh, do that. Switch me in. And if he raises hood, tell me. You’re a smart cobber, Mike.”

“Thank you, Man.” Mike cut me in; I found that Mum was talking: “—ly I’ll tell him, Professor. I’m so sorry that Manuel is not home. There is no number you can gave me? He is anxious to return your call; he made quite a point that I was to be sure to get a number from you.”

“I’m terribly sorry, dear lady, but I’m leaving at once. But, let me see, it is now eight-fifteen; I’ll try to call back just at nine, if I may.”

“Certainly, Professor.” Mum’s voice had a coo in it that she reserves for males not her husbands of whom she approves—sometimes for us. Amoment later Mike said, “Now!” and I spoke up:

“Hi, Prof! Hear you’ve been looking for me. This is Mannie.”

I heard a gasp. “I would have sworn I switched this phone off. Why, I have switched it off; it must be broken. Manuel—so good to hear your voice, dear boy. Did you just get home?” “I’m not home.”

“But—but you must be. I haven’t—”

“No time for that, Prof. Can anyone overhear you?” “I don’t think so. I’m using a hush booth.”

“Wish I could see. Prof, what’s my birthday?”

He hesitated. Then he said, “I see. I think I see. July fourteenth.” “I’m convinced. Okay, let’s talk.”

“You’re really not calling from your home, Manuel? Where are you?”

“Let that pass a moment. You asked my wife about a girl. No names needed. Why do you want to find her, Prof?” “I want to warn her. She must not try to go back to her home city. She would be arrested.”

“Why do you think so?”

“Dear boy! Everyone at that meeting is in grave danger. Yourself, too. I was so happy—even though confused—to hear you say that you are not at home. You should not go home at present. If you have some safe place to stay, it would be well to take a vacation. You are aware—you must be even though you left hastily—that there was violence last night.”

I was aware! Killing Warden’s bodyguards must be against Authority Regulations—at least if I were Warden, I’d take a dim view. “Thanks, Prof; I’ll be careful. And if I see this girl, I’ll tell her.”

“You don’t know where to find her? You were seen to leave with her and I had so hoped that you would know.” “Prof, why this interest? Last night you didn’t seem to be on her side.”

“No, no, Manuel! She is my comrade. I don’t say ‘tovarishch’ for I mean it not just as politeness but in the older sense. Binding. She is my comrade. We differ only in tactics. Not in objectives, not in loyalties.”

“I see. Well, consider message delivered. She’ll get it.”

“Oh, wonderful! I ask no questions… but I do hope, oh so very strongly, that you can find a way for her to be safe, really safe, until this blows over.”

I thought that over. “Wait a moment, Prof. Don’t switch off.” As I answered phone, Wyoh had headed for bath, probably to avoid listening; she was that sort. Tapped on door. “Wyoh?”

“Out in a second.” “Need advice.”

She opened door. “Yes, Mannie?”

“How does Professor de la Paz rate in your organization? Is he trusted? Do you trust him?”

She looked thoughtful. “Everyone at the meeting was supposed to be vouched for. But I don’t know him.” “Mmm. You have feeling about him?”

“I liked him, even though he argued against me. Do you know anything about him?”

“Oh, yes, known him twenty years. I trust him. But can’t extend trust for you. Trouble—and it’s your air bottle, not mine.” She smiled warmly. “Mannie, since you trust him, I trust him just as firmly.”

I went back to phone. “Prof, are you on dodge?” He chuckled. “Precisely, Manuel.”

“Know a hole called Grand Hotel Raffles? Room L two decks below lobby. Can you get here without tracks, have you had breakfast, what do you like for breakfast?”

He chuckled again. “Manuel, one pupil can make a teacher feel that his years were not wasted. I know where it is, I shall get there quietly, I have not broken fast, and I eat anything I can’t pat.”

Wyoh had started putting beds together; I went to help. “What do you want for breakfast?” “Chai and toast. Juice would be nice.”

“Not enough.”

“Well … a boiled egg. But I pay for breakfast.”

“Two boiled eggs, buttered toast with jam, juice. I’ll roll you.” “Your dice, or mine?”

“Mine. I cheat.” I went to lift, asked for display, saw something called THE HAPPYHANGOVER—ALL PORTIONS EXTRALARGE—tomato juice, scrambled eggs, ham steak, fried potatoes, corn cakes and honey, toast, butter, milk, tea or coffee—HKL $4.50 for two—I ordered it for two, no wish to advertise third person.

We were clean and shining, room orderly and set for breakfast, and Wyoh had changed from black outfit into red dress “because company was coming” when lift jingled food. Change into dress had caused words. She had posed, smiled, and said, “Mannie, I’m so pleased with this dress. How did you know it would suit me so well?”

“Genius.”

“I think you may be. What did it cost? I must pay you.” “On sale, marked down to Authority cents fifty.”

She clouded up and stomped foot. Was bare, made no sound, caused her to bounce a half meter. “Happy landing!” I wished her, while she pawed for foothold like a new chum. “Manuel O’Kelly! If you think I will accept expensive clothing from a man I’m not even bundling with!”

“Easily corrected.”

“Lecher! I’ll tell your wives!”

“Do that. Mum always thinks worst of me.” I went to lift, started dealing out dishes; door sounded. I flipped hearum-no-seeum. “Who comes?” “Message for Gospodin Smith,” a cracked voice answered. “Gospodin Bernard O. Smith.”

I flipped bolts and let Professor Bernardo de la Paz in. He looked like poor grade of salvage—dirty clothes, filthy himself, hair unkempt, paralyzed down one side and hand twisted, one eye a film of cataract—perfect picture of old wrecks who sleep in Bottom Alley and cadge drinks and pickled eggs in cheap taprooms. He drooled.

As soon as I bolted door he straightened up, let features come back to normal, folded hands over wishbone, looked Wyoh up and down, sucked air kimono style, and whistled. “Even more lovely,” he said, “than I remembered!”

She smiled, over her mad. “‘Thanks, Professor. But don’t bother. Nobody here but comrades.”

“Senorita, the day I let politics interfere with my appreciation of beauty, that day I retire from politics. But you are gracious.” He looked away, glanced closely around room. I said, “Prof, quit checking for evidence, you dirty old man. Last night was politics, nothing but politics.”

“That’s not true!” Wyoh flared up. “I struggled for hours! But he was too strong for me. Professor—what’s the party discipline in such cases? Here in Luna City?”

Prof tut-tutted and rolled blank eye. “Manuel, I’m surprised. It’s a serious matter, my dear—elimination, usually. But it must be investigated. Did you come here willingly?” “He drugged me.”

“‘Dragged,’ dear lady. Let’s not corrupt the language. Do you have bruises to show?” I said, “Eggs getting cold. Can’t we eliminate me after breakfast?”

“An excellent thought,” agreed Prof. “Manuel, could you spare your old teacher a liter of water to make himself more presentable?” “All you want, in there. Don’t drag or you’ll get what littlest pig got.”

“Thank you, sir.”

He retired; were sounds of brushing and washing. Wyoh and I finished arranging table. “‘Bruises,’” I said. “Struggled all night.’” “You deserved it, you insulted me.”

“How?”

“You failed to insult me, that’s how. After you drugged me here.” “Mmm. Have to get Mike to analyze that.”

“Michelle would understand it. Mannie, may I change my mind and have a little piece of that ham?”

“Half is yours, Prof is semi-vegetarian.” Prof came out and, while did not look his most debonair, was neat and clean, hair combed, dimples back and happy sparkle in eye—fake cataract gone. “Prof, how do you do it?”

“Long practice, Manuel; I’ve been in this business far longer than you young people. Just once, many years ago in Lima—a lovely city—I ventured to stroll on a fine day without such forethought … and it got me transported. What a beautiful table!”

“Sit by me, Prof,” Wyoh invited. “I don’t want to sit by him. Rapist.”

“Look,” I said, “first we eat, then we eliminate me. Prof, fill plate and tell what happened last night.”

“May I suggest a change in program? Manuel, the life of a conspirator is not an easy one and I learned before you were born not to mix provender and politics. Disturbs the gastric enzymes and leads to ulcers, the occupational disease of the underground. Mmm! That fish smells good.”

“Fish?”

“That pink salmon,” Prof answered, pointing at ham.

Along, pleasant time later we reached coffee/tea stage. Prof leaned back, sighed and said, “Bolshoyeh spasebaw, Gospazha ee Gospodin. Tak for mat, it was wonderfully good. I don’t know when I’ve felt more at peace with the world. Ah yes! Last evening—I saw not too much of the proceedings because, just as you two were achieving an admirable retreat, I lived to fight another day—I bugged out. Made it to the wings in one long flat dive. When I did venture to peek out, the party was over, most had left, and all yellow jackets were dead.”

(Note: Must correct this; I learned more later. When trouble started, as I was trying to get Wyoh through door, Prof produced a hand gun and, firing over heads, picked off three bodyguards at rear main door, including one wearing bull voice. How he smuggled weapon up to The Rock—or managed to liberate it later—I don’t know. But Prof’s shooting joined with Shorty’s work to turn tables; not one yellow jacket got out alive. Several people were burned and four were killed—but knives, hands, and heels finished it in seconds.)

“Perhaps I should say, ‘All but one,’” Prof went on. “Two cossacks at the door through which you departed had been given quietus by our brave comrade Shorty Mkrum… and I am sorry to say that Shorty was lying across them, dying—”

“We knew.”

“So. Duke et decorum. One guard in that doorway had a damaged face but was still moving; I gave his neck a treatment known in professional circles Earthside as the Istanbul twist. He joined his mates. By then most of the living had left. Just myself, our chairman of the evening Finn Nielsen, a comrade known as ‘Mom,’ that being what her husbands called her. I consulted with Comrade Finn and we bolted all doors. That left a cleaning job. Do you know the arrangements backstage there?”

“Not me,” I said. Wyoh shook head.

“There is a kitchen and pantry, used for banquets. I suspect that Mom and family run a butcher shop for they disposed of bodies as fast as Finn and I carried them back, their speed limited only by the rate at which portions could be ground up and flushed into the city’s cloaca. The sight made me quite faint, so I spent time mopping in the hall. Clothing was the difficult part, especially those quasi-military uniforms.”

“What did you do with those laser guns?”

Prof turned bland eyes on me. “Guns? Dear me, they must have disappeared. We removed everything of a personal nature from bodies of our departed comrades—tor relatives, for identification, for sentiment. Eventually we had everything tidy—not a job that would fool Interpol but one as to make it seem unlikely that anything untoward had taken place. We conferred, agreed that it would be well not to be seen soon, and left severally, myself by a pressure door above the stage leading up to level six. Thereafter I tried to call you, Manuel, being worried about your safety and that of this dear lady.” Prof bowed to Wyoh. “That completes the tale. I spent the night in quiet places.”

“Prof,” I said, “those guards were new chums, still getting their legs. Or we wouldn’t have won.” “That could be,” he agreed. “But had they not been, the outcome would have been the same.” “How so? They were armed.”

“Lad, have you ever seen a boxer dog? I think not—no dogs that large in Luna. The boxer is a result of special selection. Gentle and intelligent, he turns instantly into deadly killer when occasion requires.

“Here has been bred an even more curious creature. I know of no city on Terra with as high standards of good manners and consideration for one’s fellow man as here in Luna. By comparison, Terran cities—I have known most major ones—are barbaric. Yet the Loonie is as deadly as the boxer dog. Manuel, nine guards, no matter how armed, stood no chance against that pack. Our patron used bad judgment.”

“Um. Seen a morning paper, Prof? Or a video cast?” “The latter, yes.”

“Nothing in late news last night.” “Nor this morning.”

“Odd,” I said.

“What’s odd about it?” asked Wyoh. “We won’t talk—and we have comrades in key places in every paper in Luna.” Prof shook his head. “No, my dear. Not that simple. Censorship. Do you know how copy is set in our newspapers?” “Not exactly. It’s done by machinery.”

“Here’s what Prof means,” I told her. “News is typed in editorial offices. From there on it’s a leased service directed by a master computer at Authority Complex”—hoped she would notice “master computer” rather than “Mike”—”copy prints out there via phone circuit. These rolls feed into a computer section which reads, sets copy, and prints out newspapers at several locations. Novylen edition of Daily Lunatic prints out in Novylen changes in ads and local stories, and computer makes changes from standard symbols, doesn’t have to be told how. What Prof means is that at print-out at Authority Complex, Warden could intervene. Same for all news services, both off and to Luna—they funnel through computer room.”

“The point is,” Prof went on, “the Warden could have killed the story. It’s irrelevant whether he did. Or—check me, Manuel; you know I’m hazy about machinery—he could insert a story, too, no matter how many comrades we have in newspaper offices.”

“Sure,” I agreed. “At Complex, anything can be added, cut, or changed.”

“And that, senorita, is the weakness of our Cause. Communications. Those goons were not important—but crucially important is that it lay with the Warden, not with us, to decide whether the story should be told. To a revolutionist, communications are a sine-qua-non.”

Wyoh looked at me and I could see synapses snapping. So I changed subject. “Prof. why get rid of bodies? Besides horrible job, was dangerous. Don’t know how many bodyguards Warden has, but more could show up while you were doing it.”

“Believe me, lad, we feared that. But although I was almost useless, it was my idea, I had to convince the others. Oh, not my original idea but remembrance of things past, an historical principle.”

“What principle?”

“Terror! Aman can face known danger. But the unknown frightens him. We disposed of those finks, teeth and toenails, to strike terror into their mates. Nor do I know how many effectives the Warden has, but I guarantee they are less effective today. Their mates went out on an easy mission. Nothing came back.”

Wyoh shivered. “It scares me, too. They won’t be anxious to go inside a warren again. But, Professor, you say you don’t know how many bodyguards the Warden keeps. The Organization knows. Twenty-seven. If nine were killed, only eighteen are left. Perhaps it’s time for a putsch. No?”

“No,” I answered.

“Why not, Mannie? They’ll never be weaker.”

“Not weak enough. Killed nine because they were crackers to walk in where we were. But if Warden stays home with guards around him—Well, had enough shoulder-to-shoulder noise last night.” I turned to Prof. “But still I’m interested in fact—if it is—that Warden now has only eighteen. You said Wyoh should not go to Hong Kong and I should not go home. But if he has only eighteen left, I wonder how much danger? Later after he gets reinforcements.—but now, well, L-City has four main exits plus many little ones. How many can they guard? What’s to keep Wyoh from walking to Tube West, getting p-suit, going home?”

“She might,” Prof agreed.

“I think I must,” Wyoh said. “I can’t stay here forever. If I have to hide, I can do better in Hong Kong, where I know people.”

“You might get away with it, my dear. I doubt it. There were two yellow jackets at Tube Station West last night; I saw them. They may not be there now. Let’s assume they are not. You go to the station—disguised perhaps. You get your p-suit and take a capsule to Beluthihatchie. As you climb out to take the bus to Endsville, you’re arrested. Communications. No need to post a yellow jacket at the station; it is enough that someone sees you there. Aphone call does the rest.”

“But you assumed that I was disguised.”

“Your height cannot be disguised and your pressure suit would be watched. By someone not suspected of any connection with the Warden. Most probably a comrade.” Prof dimpled. “The trouble with conspiracies is that they rot internaily. When the number is as high as four, chances are even that one is a spy.”

Wyoh said glumly, “You make it sound hopeless.”

“Not at all, my dear. One chance in a thousand, perhaps.”

“I can’t believe it. I don’t believe it! Why, in the years I’ve been active we have gained members by the hundreds! We have organizations in all major cities. We have the people with us.” Prof shook head. “Every new member made it that much more likely that you would be betrayed. Wyoming dear lady, revolutions are not won by enlisting the masses. Revolution is a

science only a few are competent to practice. It depends on correct organization and, above all, on communications. Then, at the proper moment in history, they strike. Correctly organized

and properly timed it is a bloodless coup. Done clumsily or prematurely and the result is civil war, mob violence, purges, terror. I hope you will forgive me if I say that, up to now, it has been done clumsily.”

Wyoli looked baffled. “What do you mean by ‘correct organization’?”

“Functional organization. How does one design an electric motor? Would you attach a bathtub to it, simply because one was available? Would a bouquet of flowers help? Aheap of rocks? No, you would use just those elements necessary to its purpose and make it no larger than needed—and you would incorporate safety factors. Function controls design.

“So it is with revolution. Organization must be no larger than necessary—never recruit anyone merely because he wants to join. Nor seek to persuade for the pleasure of having another share your views. He’ll share them when the times comes… or you’ve misjudged the moment in history. Oh, there will be an educational organization but it must be separate; agitprop is no part of basic structure.

“As to basic structure, a revolution starts as a conspiracy therefore structure is small, secret, and organized as to minimize damage by betrayal—since there always are betrayals. One solution is the cell system and so far nothing better has been invented.

“Much theosizing has gone into optimum cell size. I think that history shows that a cell of three is best—more than three can’t agree on when to have dinner, much less when to strike. Manuel, you belong to a large family; do you vote on when to have dinner?”

“Bog, no! Mum decides.”

“Ah.” Prof took a pad from his pouch, began to sketch. “Here is a cells-of-three tree. If I were planning to take over Luna. I would start with us three. One would be opted as chairman. We wouldn’t vote; choice would be obvious—or we aren’t the right three. We would know the next nine people, three cells… but each cell would know only one of us.”

“Looks like computer diagram—a ternary logic.”

“Does it really? At the next level there are two ways of linking: This comrade, second level, knows his cell leader, his two cellmates, and on the third level he knows the three in his subcell

—he may or may not know his cellmates’ subcells. One method doubles security, the other doubles speed—of repair if security is penetrated. Let’s say he does not know his cellmates’

subcells—Manuel, how many can he betray? Don’t say he won’t; today they can brainwash any person, and starch and iron and use him. How many?”

“Six,” I answered. “His boss, two ceilmates, three in sub-cell.”

“Seven,” Prof corrected, “he betrays himself, too. Which leaves seven broken links on three levels to repair. How?” “I don’t see how it can be,” objected Wyoh. “You’ve got them so split up it falls to pieces.”

“Manuel? An exercise for the student.”

“Well … blokes down here have to have way to send message up three levels. Don’t have to know who, just have to know where.” “Precisely!”

“But, Prof,” I went on, “there’s a better way to rig it.”

“Really? Many revolutionary theorists have hammered this out, Manuel. I have such confidence in them that I’ll offer you a wager—at, say, ten to one.”

“Ought to take your money. Take same cells, arrange in open pyramid of tetrahedrons. Where vertices are in common, each bloke knows one in adjoining cell—knows how to send message to him, that’s all he needs. Communications never break down because they run sideways as well as up and down. Something like a neural net. It’s why you can knock a hole in a man’s head, take chunk of brain out, and not damage thinking much. Excess capacity, messages shunt around. He loses what was destroyed but goes on functioning.”

“Manuel,” Prof said doubtfully, “could you draw a picture? It sounds good—but it’s so contrary to orthodox doctrine that I need to see it.”

“Well… could do better with stereo drafting machine. I’ll try.” (Anybody who thinks it’s easy to sketch one hundred twenty-one tetrahedrons, a five-level open pyramid, clear enough to show relationships is invited to try!)

Presently I said, “Look at base sketch. Each vertex of each triangle shares self with zero, one, or two other triangles. Where shares one, that’s its link, one direction or both—but one is enough for a multipli-redundant communication net. On corners, where sharing is zero, it jumps to right to next corner. Where sharing is double, choice is again right-handed.

“Now work it with people. Take fourth level, D-for-dog. This vertex is comrade Dan. No, let’s go down one to show three levels of communication knocked out—level E-for-easy and pick Comrade Egbert.

“Egbert works under Donald, has cellmates Edward and Elmer, and has three under him, Frank, Fred, and Fatso … but knows how to send message to Ezra on his own level but not in his cell. He doesn’t know Ezra’s name, face, address, or anything—but has a way, phone number probably, to reach Ezra in emergency.

“Now watch it work. Casimir, level three, finks out and betrays Charlie and Cox in his cell, Baker above him, and Donald, Dan, and Dick in subcell—which isolates Egbert, Edward, and Elmer. and everybody under them.

“All three report it—redundancy, necessary to any communication system—but follow Egbert’s yell for help. He calls Ezra. But Ezra is under Charlie and is isolated, too. No matter, Ezra relays both messages through his safety link, Edmund. By bad luck Edmund is under Cox, so he also passes it laterally, through Enwright… and that gets it past burned-out part and it goes up through Dover, Chambers, and Beeswax, to Adam, front office… who replies down other side of pyramid, with lateral pass on E-for-easy level from Esther to Egbert and on to Ezra and Edmund. These two messages, up and down, not only get through at once but in way they get through, they define to home office exactly how much damage has been done and where. Organization not only keeps functioning but starts repairing self at once.”

Wyoh was tracing out lines, convincing herself it would work—which it would, was “idiot” circuit. Let Mike study a few milliseconds, and could produce a better, safer, more foolproof hookup. And probably—certainly—ways to avoid betrayal while speeding up routings. But I’m not a computer.

Prof was staring with blank expression. “What’s trouble?” I said. “It’ll work; this is my pidgin.” “Manuel my b—Excuse me: Senor O’Kelly… will you head this revolution?”

“Me? Great Bog, nyet! I’m no lost-cause martyr. Just talking about circuits.” Wyoh looked up. “Mannie,” she said soberly, “you’re opted. It’s settled.”

6

Did like hell settle it.

Prof said, “Manuel, don’t be hasty. Here we are, three, the perfect number, with a variety of talents and experience. Beauty, age, and mature male drive—” “I don’t have any drive!”

“Please, Manuel. Let us think in the widest terms before attempting decisions. And to facilitate such, may I ask if this hostel stocks potables? I have a few florins I could put into the stream of trade.”

Was most sensible word heard in an hour. “Stilichnaya vodka?” “Sound choice.” He reached for pouch.

“Tell it to bear,” I said and ordered a liter, plus ice. It came down; was tomato juice from breakfast.

“Now,” I said, after we toasted, “Prof, what you think of pennant race? Got money says Yankees can’t do it again?” “Manuel, what is your political philosophy?”

“With that new boy from Milwaukee I feel like investing.”

“Sometimes a man doesn’t have it defined but, under Socratic inquiry, knows where he stands and why.” “I’ll back ‘em against field, three to two.”

“What? You young idiot! How much?” “Three hundred. Hong Kong.”

“Done. For example, under what circumstances may the State justly place its welfare above that of a citizen?” “Mannie,” Wyoh asked, “do you have any more foolish money? I think well of the Phillies.”

I looked her over. “Just what were you thinking of betting?” “You go to hell! Rapist.”

“Prof, as I see, are no circumstances under which State is justified in placing its welfare ahead of mine.” “Good. We have a starting point.”

“Mannie,” said Wyoh, “that’s a most self-centered evaluation.” “I’m a most self-centered person.”

“Oh, nonsense. Who rescued me? Me, a stranger. And didn’t try to exploit it. Professor, I was cracking not facking. Mannie was a perfect knight.” “Sans peur et sans reproche. I knew, I’ve known him for years. Which is not inconsistent with evaluation he expressed.”

“Oh, but it is! Not the way things are but under the ideal toward which we aim. Mannie, the ‘State’ is Luna. Even though not soverign yet and we hold citizenships elsewhere. But I am part of the Lunar State and so is your family. Would you die for your family?”

“Two questions not related.”

“Oh, but they are! That’s the point.”

“Nyet. I know my family, opted long ago.”

“Dear Lady, I must come to Manuel’s defense. He has a correct evaluation even though he may not be able to state it. May I ask this? Under what circumstances is it moral for a group to do that which is not moral for a member of that group to do alone?”

“Uh… that’s a trick question.”

“It is the key question, dear Wyoming. Aradical question that strikes to the root of the whole dilemma of government. Anyone who answers honestly and abides by all consequences knows where he stands—and what he will die for.”

Wyoh frowned. “‘Not moral for a member of the group—’” she said. “Professor… what are your political principles?” “May I first ask yours? If you can state them?”

“Certainly I can! I’m a Fifth Internationalist, most of the Organization is. Oh, we don’t rule out anyone going our way; it’s a united front. We have Communists and Fourths and Ruddyites and Societians and Single-Taxers and you name it. But I’m no Marxist; we Fifths have a practical program. Private where private belongs, public where it’s needed, and an admission that circumstances alter cases. Nothing doctrinaire.”

“Capital punishment?” “For what?”

“Let’s say for treason. Against Luna after you’ve freed Luna.” “Treason how? Unless I knew the circumstances I could not decide.”

“Nor could I, dear Wyoming. But I believe in capital punishment under some circumstances… with this difference. I would not ask a court; I would try, condemn, execute sentence myself, and accept full responsibility.”

“But—Professor, what are your political beliefs?” “I’m a rational anarchist.”

“I don’t know that brand. Anarchist individualist, anarchist Communist, Christian anarchist, philosophical anarchist, syndicalist, libertarian—those I know. But what’s this? Randite?”

“I can get along with a Randite. Arational anarchist believes that concepts such as ‘state’ and ‘society’ and ‘government’ have no existence save as physically exemplified in the acts of self-responsible individuals. He believes that it is impossible to shift blame, share blame, distribute blame… as blame, guilt, responsibility are matters taking place inside human beings singly and nowhere else. But being rational, he knows that not all individuals hold his evaluations, so he tries to live perfectly in an imperfect world… aware that his effort will be less than perfect yet undismayed by self-knowledge of self-failure.”

“Hear, hear!” I said. “‘Less than perfect.’ What I’ve been aiming for all my life.”

“You’ve achieved it,” said Wyoh. “Professor, your words sound good but there is something slippery about them. Too much power in the hands of individuals—surely you would not want… well, H-missiles for example—to be controlled by one irresponsible person?”

“My point is that one person is responsible. Always. If H-bombs exist—and they do—some man controls them. In tern of morals there is no such thing as ‘state.’ Just men. Individuals. Each responsible for his own acts.”

“Anybody need a refill?” I asked.

Nothing uses up alcohol faster than political argument. I sent for another bottle.

I did not take part. I was not dissatisfied back when we were “ground under Iron Heel of Authority.” I cheated Authority and rest of time didn’t think about it. Didn’t think about getting rid of Authority—impossible. Go own way, mind own business, not be bothered—

True, didn’t have luxuries then; by Earthside standards we were poor. If had to be imported, mostly did without; don’t think there was a powered door in all Luna. Even p-suits used to be fetched up from Terra—until a smart Chinee before I was born figured how to make “monkey copies” better and simpler. (Could dump two Chinee down in one of our maria and they would get rich selling rocks to each other while raising twelve kids. Then a Hindu would sell retail stuff he got from them wholesale—below cost at fat profit. We got along.)

I had seen those luxuries Earthside. Wasn’t worth what they put up with. Don’t mean heavy gravity, that doesn’t bother them; I mean nonsense. All time kukai moa. If chicken guano in one earthworm city were shipped to Luna, fertilizer problem would be solved for century. Do this. Don’t do that. Stay back of line. Where’s tax receipt? Fill out form. Let’s see license. Submit six copies. Exit only. No left turn. No right turn. Queue up to pay fine. Take back and get stamped. Drop dead—but first get permit.

Wyoh plowed doggedly into Prof, certain she had all answers. But Prof was interested in questions rather than answers, which baffled her. Finally she said, “Professor, I can’t understand you. I don’t insist that you call it ‘government’—I just want you to state what rules you think are necessary to insure equal freedom for all.”

“Dear lady, I’ll happily accept your rules.” “But you don’t seem to want any rules!”

“True. But I will accept any rules that you feel necessary to your freedom. I am free, no matter what rules surround me. If I find them tolerable, I tolerate them; if I find them too obnoxious, I break them. I am free because I know that I alone am morally responsible for everything I do.”

“You would not abide by a law that the majority felt was necessary?” “Tell me what law, dear lady, and I will tell you whether I will obey it.” “You wiggled out. Every time I state a general principle, you wiggle out.”

Prof clasped hands on chest. “Forgive me. Believe me, lovely Wyoming, I am most anxious to please you. You spoke of willingness to unite the front with anyone going your way. Is it enough that I want to see the Authority thrown off Luna and would die to serve that end?”

Wyoh beamed. “It certainly is!” She fisted his ribs—gently—then put arm around him and kissed cheek. “Comrade! Let’s get on with it!” “Cheers!” I said. “Let’s fin’ Warden ‘n’ ‘liminate him!” Seemed a good idea; I had had a short night and don’t usually drink much.

Prof topped our glasses, held his high and announced with great dignity: “Comrades… we declare the Revolution!”

That got us both kissed. But sobered me, as Prof sat down and said, “The Emergency Committee of Free Luna is in session. We must plan action.” I said, “Wait, Prof! I didn’t agree to anything. What’s this ‘Action’ stuff?”

“We will now overthrow the Authority,” he said blandly. “How? Going to throw rocks at ‘em?”

“That remains to be worked out. This is the planning stage.”

I said, “Prof, you know me. If kicking out Authority was thing we could buy. I wouldn’t worry about price.” ”’—our lives, our fortunes, and our sacred honor.’”

“Huh?”

“Aprice that once was paid.”

“Well—I’d go that high. But when I bet I want a chance to win. Told Wyoh last night I didn’t object to long odds—” “‘One in ten’ is what you said, Mannie.”

“Da, Wyoh. Show me those odds, I’ll tap pot. But can you?” “No, Manuel, I can’t.”

“Then why we talk-talk? I can’t see any chance.”

“Nor I, Manuel. But we approach it differently. Revolution is an art that I pursue rather than a goal I expect to achieve. Nor is this a source of dismay; a lost cause can be as spiritually satisfying as a victory.”

“Not me. Sorry.”

“Mannie,” Wyoh said suddenly, “ask Mike.” I stared. “You serious?”

“Quite serious. If anyone can figure out odds, Mike should be able to. Don’t you think?” “Um. Possible.”

“Who, if I may ask,” Prof put in, “is Mike?” I shrugged. “Oh, just a nobody.”

“Mike is Mannie’s best friend. He’s very good at figuring odds.”

“Abookie? My dear, if we bring in a fourth party we start by violating the cell principle.”

“I don’t see why,” Wyoh answered. “Mike could be a member of the cell Mannie will head.” “Mmm … true. I withdraw objection. He is safe? You vouch for him? Or you, Manuel?”

I said, “He’s dishonest, immature, practical joker, not interested in politics.”

“Mannie, I’m going to tell Mike you said that. Professor, he’s nothing of the sort—and we need him. Uh, in fact he might be our chairman, and we three the cell under him. The executive cell.”

“Wyoh, you getting enough oxygen?”

“I’m okay, I haven’t been guzzling it the way you have. Think, Mannie. Use imagination.” “I must confess,” said Prof, “that I find these conflicting reports very conflicting.” “Mannie?”

“Oh, hell.” So we told him, between us, all about Mike, how he woke up. got his name, met Wyoh. Prof accepted idea of a self-aware computer easier than I accepted idea of snow first time I saw. Prof just nodded and said, “Go on.”

But presently he said, “This is the Warden’s own computer? Why not invite the Warden to our meetings and be done with it?”

We tried to reassure him. At last i said, “Put it this way. Mike is his own boy, just as you are. Call him rational anarchist, for he’s rational and he feels no loyalty to any government.” “If this machine is not loyal to its owners, why expect it to be loyal to you?”

“Afeeling. I treat Mike well as I know how, he treats me same way.” I told how Mike had taken precautions to protect me. “I’m not sure he could betray me to anyone who didn’t have those signals, one to secure phone, other to retrieve what I’ve talked about or stored with him; machines don’t think way people do. But feel dead sure he wouldn’t want to betray me and probably could protect me even if somebody got those signals.”

“Mannie,” suggested Wyoh, “why not call him? Once Professor de la Paz talks to him he will know why we trust Mike. Professor, we don’t have to tell Mike any secrets until you feel sure of him.”

“I see no harm in that.”

“Matter of fact,” I admitted, “already told him some secrets.” I told them about recording last night’s meeting and how I stored it.

Prof was distressed, Wyoh was worried. I said, “Damp it! Nobody but me knows retrieval signal. Wyoh, you know how Mike behaved about your pictures; won’t let me have those pictures even though I suggested lock on them. But if you two will stop oscillating, I’ll call him, make sure that nobody has retrieved that recording. and tell him to erase—then it’s gone forever, computer memory is all or nothing. Or can go one better. Call Mike and have him play record back into recorder, wiping storage. No huhu.”

“Don’t bother,” said Wyoh. “Professor, I trust Mike—and so will you.”

“On second thought,” Prof admitted, “I see little hazard from a recording of last night’s meeting. One that large always contains spies and one of them may have used a recorder as you did, Manuel. I was upset at what appeared to be your indiscretion—a weakness a member of a conspiracy must never have, especially one at the top, as you are.”

“Was not member of conspiracy when I fed that recording into Mike—and not now unless somebody quotes odds better than those so far!” “I retract; you were not indiscreet. But are you seriously suggesting that this machine can predict the outcome of a revolution?”

“Don’t know.”

“I think he can!” said Wyoh.

“Hold it, Wyoh. Prof, he could predict it fed all significant data.”

“That’s my point, Manuel. I do not doubt that this machine can solve problems I cannot grasp. But one of this scope? It would have to know—oh, goodness!—all of human history, all details of the entire social, political, and economic situation on Terra today and the same for Luna, a wide knowledge of psychology in all its ramifications, a wide knowledge of technology with all its possibilities, weaponry, communications, strategy and tactics, agitprop techniques, classic authorities such as Clausewitz, Guevera, Morgenstern, Machiavelli, many others.”

“Is that all?”

“‘Is that all?’ My dear boy!”

“Prof, how many history books have you read?” “I do not know. In excess of a thousand.”

“Mike can zip through that many this afternoon, speed limited only by scanning method—he can store data much faster. Soon—minutes–he would have every fact correlated with everything else he knows, discrepancies noted, probability values assigned to uncertainties. Prof, Mike reads every word of every newspaper up from Terra. Reads all technical publications. Reads fiction—knows it’s fiction—because isn’t enough to keep him busy and is always hungry for more. If is any book he should read to solve this, say so. He can cram it down fast as I get it to him.”

Prof blinked. “I stand corrected. Very well, let us see if he can cope with it. I still think there is something known as ‘intuition’ and ‘human judgment.’” “Mike has intuition,” Wych said. “Feminine intuition, that is.”

“As for ‘human judgment,’” I added, “Mike isn’t human. But all he knows he got from humans. Let’s get you acquainted and you judge his judgment.” So I phoned. “Hi, Mike!”

“Hello, Man my only male friend. Greetings, Wyoh my only female friend. I heard a third person. I conjecture that it may be Professor Bernardo de la Paz.” Prof looked startled, then delighted. I said, “Too right, Mike. That’s why I called you; Professor is not-stupid.”

“Thank you, Man! Professor Bernardo de la Paz, I am delighted to meet you.”

“I am delighted to meet you, too, sir.” Prof hesitated, went on “Mi—Senor Holmes, may I ask how you knew that I was here?” “I am sorry, sir; I cannot answer. Man? ‘You know my methods.’”

“Mike is being crafty, Prof. It involves something he learned doing a confidential job for me. So he threw me a hint to let you think that he had identified you by hearing your presence—and he can indeed tell much from respiration and heartbeat … mass, approximate age, sex, and quite a bit about health; Mike’s medical storage is as full as any other.”

“I am happy to say,” Mike added seriously, “that I detect no signs of cardiac or respiratory trouble, unusual for a man of the Professor’s age who has spent so many years Earthside. I congratulate you, sir.”

“Thank you, Senor Holmes.”

“My pleasure, Professor Bernardo de la Paz.”

“Once he knew your identity, he knew how old you are, when you were shipped and what for, anything that ever appeared about you in Lunatic or Moonglow or any Lunar publication, including pictures—your bank balance, whether you pay bills on time, and much more. Mike retrieved this in a split second once he had your name. What he didn’t tell—because was my business—is that he knew I had invited you here, so it’s a short jump to guess that you’re still here when he heard heartbeat and breathing that matched you. Mike, no need to say ‘Professor Bernardo de la Paz’ each time; ‘Professor’ or”Prof’ is enough.”

“Noted, Man. But he addressed me formally, with honorific.”

“So both of you relax. Prof, you scan it? Mike knows much, doesn’t tell all, knows when to keep mouth shut.” “I am impressed!”

“Mike is a fair dinkum thinkum—you’ll see. Mike, I bet Professor three to two that Yankees would win pennant again. How chances?”

“I am sorry to hear it, Man. The correct odds, this early in the year and based on past performances of teams and players, are one to four point seven two the other way.” “Can’t be that bad!”

“I’m sorry, Man. I will print out the calculations if you wish. But I recommend that you buy back your wager. The Yankees have a favorable chance to defeat any single team … but the combined chances of defeating all teams in the league, including such factors as weather, accidents, and other variables for the season ahead, place the club on the short end of the

odds I gave you.”

“Prof, want to sell that bet?” “Certainly, Manuel.” “Price?”

“Three hundred Hong Kong dollars.” “You old thief!”

“Manuel, as you former teacher I would be false to you if I did not permit you to learn from mistakes. Senor Holmes—Mike my friend—May I call you ‘friend’?” “Please do.” (Mike almost purred.)

“Mike amigo, do you also tout horse races?”

“I often calculate odds on horse races; the civil service computermen frequently program such requests. But the results are so at variance with expectations that I have concluded either that the data are too meager, or the horses or riders are not honest. Possibly all three. However, I can gve you a formula which will pay a steady return if played consistently.”

Prof looked eager. “What is it? May one ask?”

“One may. Bet the leading apprentice jockey to place. He is always given good mounts and they carry less weight. But don’t bet him on the nose.” “‘Leading apprentice’ … hmm. Manuel, do you have the correct time?”

“Prof, which do you want? Get a bet down before post time? Or settle what we set out to?” “Unh, sorry. Please carry on. ‘Leading apprentice—’”

“Mike, I gave you a recording last night.” I leaned close to pickups and whispered: “Bastille Day.” “Retrieved, Man.”

“Thought about it?”

“In many ways. Wyoh, you speak most dramatically.” “Thank you, Mike.”

“Prof, can you get your mind off ponies?” “Eh? Certainly, I am all ears.”

“Then quit doing odds under your breath; Mike can do them faster.”

“I was not wasting time; the financing of… joint ventures such as ours is always difficult. However, I shall table it; I am all attention.”

“I want Mike to do a trial projection. Mike, in that recording, you heard Wyoh say we had to have free trade with Terra. You heard Prof say we should clamp an embargo on shipping food to Terra. Who’s right?”

“Your question is indeterminate, Man.” “What did I leave out?”

“Shall I rephrase it, Man?” “Sure. Give us discussion.”

“In immediate terms Wyoh’s proposal would be of great advantage to the people of Luna. The price of foodstuffs at catapult head would increase by a factor of at least four. This takes into account a slight rise in wholesale prices on Terra, ‘slight’ because the Authority now sells at approximately the free market price. This disregards subsidized, dumped, and donated foodstuffs, most of which come from the large profit caused by the controlled low price at catapult head. I will say no more about minor variables as they are swallowed by major ones. Let it stand that the immediate effect here would be a price increase of the close order of fourfold.”

“Hear that, Professor?”

“Please, dear lady. I never disputed it.”

“The profit increase to the grower is more than fourfold because, as Wyoh pointed out, he now must buy water and other items at controlled high prices. Assuming a free market throughout the sequence his profit enhancement will be of the close order of sixfold. But this would be offset by another factor: Higher prices for exports would cause higher prices for everything consumed in Luna, goods and labor. The total effect would be an enhanced standard of living for all on the close order of twofold. This would be accompanied by vigorous effort to drill and seal more farming tunnels, mine more ice, improve growing methods, all leading to greater export. However, the Terran Market is so large and food shortage so chronic that reduction in profit from increase of export is not a major factor.”

Prof said, “But, Senor Mike, that would only hasten the day that Luna is exhausted!”

“The projection was specified as immediate, Senor Professor. Shall I continue in longer range on the basis of your remarks?” “By all means!”

“Luna’s mass to three significant figures is seven point three six times ten to the nineteenth power tonnes. Thus, holding other variables constant including Lunar and Terran populations, the present differential rate of export in tonnes could continue for seven point three six times ten to the twelfth years before using up one percent of Luna—round it as seven thousand billion years.”

“What! Are you sure?”

“You are invited to check, Professor.”

I said, “Mike, this a joke? If so, not funny even once!” “It is not a joke, Man.”

“Anyhow,” Prof added, recovering, “it’s not Luna’s crust we are shipping. It’s our lifeblood—water and organic matter. Not rock.”

“I took that into consideration, Professor. This projection is based on controlled transmutation—any isotope into any other and postulating power for any reaction not exo-energetic. Rock would be shipped—transformed into wheat and beef and other foodstuffs.”

“But we don’t know how to do that! Amigo, this is ridiculous!” “But we will know how to do it.”

“Mike is right, Prof,” I put in. “Sure, today we haven’t a glimmer. But will. Mike, did you compute how many years till we have this? Might take a flier in stocks.” Mike answered in sad voice, “Man my only male friend save for the Professor whom I hope will be my friend, I tried. I failed. The question is indeterminate.”

“Why?”

“Because it involves a break-through in theory. There is no way in all my data to predict when and where genius may appear.” Prof sighed. “Mike amigo, I don’t know whether to be relieved or disappointed. Then that projection didn’t mean anything?”

“Of course it meant something!” said Wyoh. “It means we’ll dig it out when we need it. Tell him, Mike!”

“Wyoh, I am most sorry. Your assertion is, in effect, exactly what I was looking for. But the answer still remains: Genius is where you find it. No. I am so sorry.” I said, “Then Prof is right? When comes to placing bets?”

“One moment, Man. There is a special solution suggested by the Professor’s speech last night—return shipping, tonne for tonne.” “Yes, but can’t do that.”

“If the cost is low enough, Terrans would do so. That can be achieved with only minor refinement, not a break-through, to wit, freight transportation up from Terra as cheap as catapulting down to Terra.”

“You call this ‘minor’?”

“I call it minor compared with the other problem, Man.” “Mike dear, how long? When do we get it?”

“Wyoh, a rough projection, based on poor data and largely intuitive, would be on the order of fifty years.” “‘Fifty years’? Why, that’s nothing! We can have free trade.”

“Wyoh, I said ‘on the order of’—I did not say ‘on the close order of.’” “It makes a difference?”

“Does.” I told her. “What Mike said was that he doesn’t expect it sooner than five years but would be surprised if much longer than five hundred—eh, Mike?” “Correct, Man.”

“So need another projection. Prof pointed out that we ship water and organic matter and don’t get it back–agree, Wyoh?” “Oh. sure. I just don’t think it’s urgent. We’ll solve it when we reach it.”

“Okay, Mike—no cheap shipping, no transmutation: How long till trouble?” “Seven years.”

“‘Seven years!’” Wyoh jumped up, stared at phone. “Mike honey! You don’t mean that?”

“Wyoh,” he said plaintively, “I did my best. The problem has an indeterminately large number of variables. I ran several thousand solutions using many assumptions. The happiest answer came from assuming no increase in tonnage, no increase in Lunar population—restriction of births strongly enforced—and a greatly enhanced search for ice in order to maintain the water supply. That gave an answer of slightly over twenty years. All other answers were worse.”

Wyoh, much sobered, said, “What happens in seven years?”

“The answer of seven years from now I reached by assuming the present situation, no change in Authority policy, and all major variables extrapolated from the empiricals implicit in their past behavior—a conservative answer of highest probability from available data. Twenty-eighty-two is the year I expect food riots. Cannibalism should not occur for at least two years thereafter.”

“‘Cannibalism’!” She turned and buried head against Prof’s chest.

He patted her, said gently, “I’m sorry, Wyoh. People do not realize how precarious our ecology is. Even so, it shocks me. I know water runs down hill… but didn’t dream how terribly soon it will reach bottom.”

She straightened up and face was calm. “Okay, Professor, I was wrong. Embargo it must be—and all that that implies. Let’s get busy. Let’s find out from Mike what our chances are. You trust him now—don’t you?”

“Yes, dear lady, I do. We must have him on our side. Well, Manuel?”

Took time to impress Mike with how serious we were, make him understand that “jokes” could kill us (this machine who could not know human death) and to get assurance that he could and would protect secrets no matter what retrieval program was used—even our signals if not from us. Mike was hurt that I could doubt him but matter too serious to risk slip.

Then took two hours to program and re-program and change assumptions and investigate side issues before all four—Mike, Prof, Wyoh, self—were satisfied that we had defined it, i.e., what chance had revolution—this revolution, headed by us, success required before “Food Riots Day,” against Authority with bare hands… against power of all Terra, all eleven billions, to beat us down and inflict their will—all with no rabbits out of hats, with certainty of betrayal and stupidity and faintheartedness, and fact that no one of us was genius, nor important in Lunar affairs. Prof made sure that Mike knew history, psychology, economics, name it. Toward end Mike was pointing out far more variables than Prof.

At last we agreed that programming was done—or that we could think of no other significant factor. Mike then said, “This is an indeterminate problem. How shall I solve it? Pessimistically? Or optimistically? Or a range of probabilities expressed as a curve, or several curves? Professor my friend?”

“Manuel?”

I said, “Mike, when I roll a die, it’s one in six it turns ace. I don’t ask shopkeeper to float it, nor do I caliper it, or worry about somebody blowing on it. Don’t give happy answer, nor pessimistic; don’t shove curves at us. Just tell in one sentence: What chances? Even? One in a thousand? None? Or whatever.”

“Yes, Manuel Garcia O’Kelly my first male friend,”

For thirteen and a half minutes was no sound, while Wyoh chewed knuckles. Never known Mike to take so long. Must have consulted every book he ever read and worn edges off random numbers. Was beginning to believe that he had been overloaded and either burnt out something or gone into cybernetic breakdown that requires computer equivalent of lobotomy to stop oscillations.

Finally he spoke. “Manuel my friend, I am terribly sorry!” “What’s trouble, Mike?”

“I have tried and tried, checked and checked. There is but one chance in seven of winning!”

7

I look at Wyoh, she looks at me; we laugh. I jump up and yip, “Hooray!” Wyoh starts to cry, throws arms around Prof, kisses him. Mike said plaintively, “I do not understand. The chances are seven to one against us. Not for us.”

Wyoh stopped slobbering Prof and said, “Hear that? Mike said ‘us.’ He included himself.”

“Of course. Mike old cobber, we understood. But ever know a Loonie to refuse to bet when he stood a big fat chance of one in seven?” “I have known only you three. Not sufficient data for a curve.”

“Well … we’re Loonies. Loonies bet. Hell, we have to! They shipped us up and bet us we couldn’t stay alive. We fooled ‘em. We’ll fool ‘em again! Wyoh. Where’s your pouch? Get red hat. Put on Mike. Kiss him. Let’s have a drink. One for Mike, too—want a drink, Mike?”

“I wish that I could have a drink,” Mike answered wistfully, “as I have wondered about the subjective effect of ethanol on the human nervous system—I conjecture that it must be similar to a slight overvoltage. But since I cannot, please have one in my place.”

“Program accepted. Running. Wyoh, where’s hat!” Phone was flat to wall, let into rock—no place to hang hat. So we placed it on writing shelf and toasted Mike and called him “Comrade!” and almost he cried. His voice fugged up. Then Wyoh borrowed Liberty Cap and put on me and kissed me into conspiracy, officially this time, and so all out that my eldest wife would faint did she see—then she took hat and put on Prof and gave him same treatment and I was glad Mike had reported his heart okay.

Then she put it on own head and went to phone, leaned close, mouth between binaurals and made kissing sounds. “That’s for you, Mike dear comrade. Is Michelle there?” Blimey if he didn’t answer in soprano voice: “Right here, darling—and I am so ‘appee!”

So Michelle got a kiss, and I had to explain to Prof who “Michelle” was and introduce him. He was formal, sucking air and whistling and clasping hands—sometimes I think Prof was not right in his head.

Wyoh poured more vodka. Prof caught her, mixed ours with coffee, hers with chai, honey in all. “We have declared the Revolution,” he said firmly, “now we execute it. With clear heads. Manuel, you were opted chairman. Shall we begin?”

“Mike is chairman,” I said. “Obvious. Secretary, too. We’ll never keep anything in writing; first security rule. With Mike, don’t need to. Let’s bat it around and see where we are; I’m new to business.”

“And,” said Prof, “still on the subject of security, the secret of Mike should be restricted to this executive cell, subject to unanimous agreement—all three of us—correction: all four of us— that is must be extended.”

“What secret?” asked Wyoh. “Mike agreed to help our secrets. He’s safer than we are; he can’t be brainwashed, Can you be, Mike dear?”

“I could be brainwashed,” Mike admitted, “by enough voltage. Or by being smashed, or subjected to solvents, or positive entropy through other means—I find the concept disturbing. But if by ‘brainwashing’ you mean could I be compelled to surrender our secrets, the answer is an unmodified negative.”

I said, “Wye, Prof means secret of Mike himself. Mike old pal, you’re our secret weapon—you know that, don’t you?” He answered self-consciously, “It was necessary to take that into consideration in computing the odds.”

“How were odds without you, comrade? Bad?” “They were not good. Not of the same order.”

“Won’t press you. But a secret weapon must be secret, Mike, does anybody else suspect that you are alive?” “Am I alive?” His voice held tragic loneliness.

“Uh, won’t argue semantics. Sure, you’re alive!”

“I was not sure. It is good to be alive. No, Mannie my first friend, you three alone know it. My three friends.” “That’s how must be if bet’s to pay off. Is okay? Us three and never talk to anybody else?”

“But we’ll talk to you lots!” Wyoh put in.

“It is not only okay,” Mike said bluntly, “it is necessary. It was a factor in the odds.”

“That settles it,” I said. “They have everything else; we have Mike. We keep it that way. Say! Mike, I just had a horrid. We fight Terra?” “We will fight Terra… unless we lose before that time.”

“Uh, riddle this. Any computers smart as you? Any awake?” He hesitated. “I don’t know, Man.”

“No data?”

“Insufficient data. I have watched for both factors, not only in technical journals but everywhere else. There are no computers on the market of my present capacity… but one of my model could be augmented just as I have been. Furthermore an experimental computer of great capacity might be classified and go unreported in the literature.”

“Mmm… chance we have to take.” “Yes, Man.”

“There aren’t any computers as smart as Mike!” Wyoh said scornfully. “Don’t be silly, Mannie.”

“Wyoh, Man was not being silly. Man, I saw one disturbing report. It was claimed that attempts are being made at the University of Peiping to combine computers with human brains to achieve massive capacity. Acomputing Cyborg.”

“They say how?”

“The item was non-technical.”

“Well … won’t worry about what can’t help. Right, Prof?”

“Correct, Manuel. Arevolutionist must keep his mind free of worry or the pressure becomes intolerable.”

“I don’t believe a word of it,” Wyoh added. “We’ve got Mike and we’re going to win! Mike dear, you say we’re going to fight Terra—and Mannie says that’s one battle we can’t win. You have some idea of how we can win, or you wouldn’t have given us even one chance in seven. So what is it?”

“Throw rocks at them,” Mike answered.

“Not funny,” I told him. “Wyoh, don’t borrow trouble. Haven’t even settled how we leave this pooka without being nabbed. Mike, Prof says nine guards were killed last night and Wyoh says twenty-seven is whole bodyguard. Leaving eighteen. Do you know if that’s true, do you know where they are and what they are up to? Can’t put on a revolution if we dasn’t stir out.”

Prof interrupted. “That’s a temporary exigency, Manuel, one we can cope with. The point Wyoming raised is basic and should be discussed. And daily, until solved. I am interested in

Mike’s thoughts.”

“Okay, okay—but will you wait while Mike answers me?” “Sorry, sir.”

“Mike?”

“Mike?”

“Man, the official number of Warden’s bodyguards is twenty-seven. If nine were killed the official number is now eighteen.” “You keep saying ‘official number.’ Why?”

“I have incomplete data which might be relevant. Let me state them before advancing even tentative conclusions. Nominally the Security Officer’s department aside from clerks consists only of the bodyguard. But I handle payrolls for Authority Complex and twenty-seven is not the number of personnel charged against the Security Department.”

Prof nodded. “Company spies.”

“Hold it, Prof. Who are these other people?”

Mike answered, “They are simply account numbers, Man. I conjecture that the names they represent are in the Security Chiefs data storage location.” “Wait, Mike. Security Chief Alvarez uses you for files?”

“I conjecture that to be true, since his storage location is under a locked retrieval signal.”

I said, “Bloody,” and added, “Prof, isn’t that sweet? He uses Mike to keep records, Mike knows where they are—can’t touch ‘em!” “Why not, Manuel?”

Tried to explain to Prof and Wyoh sorts of memory a thinkum has—permanent memories that can’t be erased because patterns be logic itself, how it thinks; short-term memories used for current programs and then erased like memories which tell you whether you have honeyed coffee; temporary memories held long as necessary—milliseconds, days, years—but erased when no longer needed; permanently stored data like a human being’s education—but learned perfectly and never forgotten—though may be condensed, rearranged, relocated, edited—and last but not finally, long lists of special memories ranging from memoranda files through very complex special programs, and each location tagged by own retrieval signal and locked or not, with endless possibilities on lock signals: sequential, parallel, temporal, situational, others.

Don’t explain computers to laymen. Simpler to explain sex to a virgin. Wyoh couldn’t see why, if Mike knew where Alvarez kept records, Mike didn’t trot over and fetch. I gave up. “Mike, can you explain?”

“I will try, Man. Wyoh, there is no way for me to retrieve locked data other than through external programming. I cannot program myself for such retrieval; my logic structure does not permit it. I must receive the signal as an external input.”

“Well, for Bog’s sake, what is this precious signal?”

“It is,” Mike said simply, “‘Special File Zebra’”—and waited.

“Mike!” I said. “Unlock Special File Zebra.” He did, and stuff started spilling out. Had to convince Wyoh that Mike hadn’t been stubborn. He hadn’t—he almost begged us to tickle him on that spot. Sure, he knew signal. Had to. But had to come from outside, that was how he was built.

“Mike, remind me to check with you all special-purpose locked-retrieval signals. May strike ice other places.” “So I conjectured, Man.”

“Okay, we’ll get to it later. Now back up and go over this stuff slowly—and, Mike, as you read out, store again, without erasing, under Bastille Day and tag it ‘Fink File.’ Okay?” “Programmed and running.”

“Do that with anything new he puts in, too.”

Prime prize was list of names by warrens, some two hundred, each keyed with a code Mike identified with those blind pay accounts. Mike read out Hong Kong Luna list and was hardly started when Wyoh gasped, “Stop, Mike! I’ve got to write these down!”

I said, “Hey! No writing! What’s huhu?”

“That woman, Sylvia Chiang, is comrade secretary back home! But—But that means the Warden has our whole organization!” “No, dear Wyoming,” Prof corrected. “It means we have his organization.”

“But—”

“I see what Prof means,” I told her. “Our organization is just us three and Mike. Which Warden doesn’t know. But now we know his organization. So shush and let Mike read. But don’t write; you have this list—from Mike—anytime you phone him. Mike, note that Chiang woman is organization secretary, former organization, in Kongville.”

“Noted.”

Wyoh boiled over as she heard names of undercover finks in her town but limited herself to noting facts about ones she knew. Not all were “comrades” but enough that she stayed riled up. Novy Leningrad names didn’t mean much to us; Prof recognized three, Wyoh one. When came Luna City Prof noted over half as being “comrades.” I recognized several, not as fake subversives but as acquaintances. Not friends—Don’t know what it would do to me to find someone I trusted on boss fink’s payroll. But would shake me.

It shook Wyoh. When Mike finished she said, “I’ve got to get home! Never in my life have I helped eliminate anyone but I am going to enjoy putting the black on these spies!” Prof said quietly, “No one will be eliminated, dear Wyoming.”

“What? Professor, can’t you take it? Though I’ve never killed anyone, I’ve always known it might have to be done.” He shook head. “Killing is not the way to handle a spy, not when he doesn’t know that you know that he is a spy.” She blinked. “I must be dense.”

“No, dear lady. Instead you have a charming honesty… a weakness you must guard against. The thing to do with a spy is to let him breathe, encyst him with loyal comrades, and feed him harmless information to please his employers. These creatures will be taken into our organization. Don’t be shocked; they will be in very special cells. ‘Cages’ is a better word. But it would be the greatest waste to eliminate them—not only would each spy be replaced with someone new but also killing these traitors would tell the Warden that we have penetrated his secrets. Mike amigo mio, there should be in that file a dossier on me. Will you see?”

Were long notes on Prof, and I was embarrassed as they added up to “harmless old fool.” He was tagged as a subversive—that was why he had been sent to The Rock—as a member of underground group in Luna City. But was described as a “troublemaker” in organization, one who rarely agreed with others.

Prof dimpled and looked pleased. “I must consider trying to sell out and get myself placed on the Warden’s payroll.” Wyoh did not think this funny, especially when he made clear was not joke, merely unsure tactic was practical. “Revolutions must be financed, dear lady, and one way is for a revolutionary to become a police spy. It is probable that some of those prima-facie traitors are actually on our side.”

“I wouldn’t trust them!”

“Ah, yes, that is the rub with double agents, to be certain where their loyalties—if any—lie. Do you wish your own dossier? Or would you rather hear it in private?”

Wyoh’s record showed no surprises. Warden’s finks had tabbed her years back. But I was surprised that I had a record, too—routine check made when I was cleared to work in Authority Complex. Was classed as “non-political” and someone had added “not too bright” which was both unkind and true or why would I get mixed up in Revolution?

Prof had Mike stop read-out (hours more), leaned back and looked thoughtful. “One thing is clear,” he said. “The Warden knew plenty about Wyoming and myself long ago. But you, Manuel, are not on his black list.”

“After last night?”

“Ah, so. Mike, do you have anything In that file entered in the last twenty-four hours?”

Nothing. Prof said, “Wyoming is right that we cannot stay here forever. Manuel, how many names did you recognize? Six, was it? Did you see any of them last night?” “No. But might have seen me.”

“More likely they missed you in the crowd. I did not spot you until I came down front and I’ve known you since you were a boy. But it is most unlikely that Wyoming traveled from Hong Kong and spoke at the meeting without her activity being known to the Warden.” He looked at Wyoh. “Dear lady, could you bring yourself to play the nominal role of an old man’s folly?”

“I suppose so. How, Professor?”

“Manuel is probably in the clear. I am not but from my dossier it seems unlikely that the Authority’s finks will bother to pick me up. You they may wish to question or even to hold; you are rated as dangerous. It would be wise for you to stay out of sight. This room—I’m thinking of renting it for a period—weeks or even years. You could hide in it—if you do not mind the obvious construction that would be placed on your staying here.”

Wyoh chuckled. “Why, you darling! Do you think I care what anyone thinks? I’d be delighted to play the role of your bundle baby—and don’t be too sure I’d be just playing.”

“Never tease an old dog,” he said mildly. “He might still have one bite. I may occupy that couch most nights. Manuel, I intend to resume my usual ways—and so should you. While I feel that it will take a busy cossack to arrest me, I will sleep sounder in this hideaway. But in addition to being a hideout this room is good for cell meetings; it has a phone.”

Mike said, “Professor, may I offer a suggestion?” “Certainly, amigo, we want your thoughts.”

“I conclude that the hazards increase with each meeting of our executive cell. But meetings need not be corporal; you can meet—and I can join you if I am welcome—by phone.” “You are always welcome, Comrade Mike; we need you. However—” Prof looked worried.

I said, “Prof, don’t worry about anybody listening in.” I explained how to place a “Sherlock” call. “Phones are safe if Mike supervises call. Reminds me—You haven’t been told how to reach Mike. How, Mike? Prof use my number?”

Between them, they settled on MYSTERIOUS. Prof and Mike shared childlike joy in intrigue for own sake. I suspect Prof enjoyed being rebel long before he worked out his political philosophy, while Mike—how could human freedom matter to him? Revolution was a game—a game that gave him companionship and chance to show off talents. Mike was as conceited a machine as you are ever likely to meet.

“But we still need this room,” Prof said, reached into pouch, hauled out thick wad of bills. I blinked. “Prof, robbed a bank?”

“Not recently. Perhaps again in the future of the Cause requires it. Arental period of one lunar should do as a starter. Will you arrange it, Manuel? The management might be surprised to hear my voice; I came in through a delivery door.”

I called manager, bargained for dated key, four weeks. He asked nine hundred Hong Kong. I offered nine hundred Authority. He wanted to know how many would use room? I asked if was policy of Raffles to snoop affairs of guests?

We settled at HK$475; I sent up bills, he sent down two dated keys. I gave one to Wyoh, one to Prof, kept one-day key, knowing they would not reset lock unless we failed to pay at end of lunar.

(Earthside I ran into insolent practice of requiring hotel guest to sign chop—even show identification!) I asked, “What next? Food?”

“I’m not hungry, Mannie.”

“Manuel, you asked us to wait while Mike settled your questions. Let’s get back to the basic problem: how we are to cope when we find ourselves facing Terra, David facing Goliath.” “Oh. Been hoping that would go away. Mike? You really have ideas?”

“I said I did, Man,” he answered plaintively. “We can throw rocks.” “Bog’s sake! No time for jokes.”

“But, Man,” he protested, “we can throw rocks at Terra. We will.”

8

Took time to get through my skull that Mike was serious, and scheme might work. Then took longer to show Wyoh and Prof how second part was true. Yet both parts should have been obvious.

Mike reasoned so: What is “war”? One book defined war as use of force to achieve political result. And “force” is action of one body on another applied by means of energy.

In war this is done by “weapons”—Luna had none. But weapons, when Mike examined them as class, turned out to be engines for manipulating energy—and energy Luna has plenty. Solar flux alone is good for around one kilowatt per square meter of surface at Lunar noon; sunpower, though cyclic, is effectively unlimited. Hydrogen fusion power is almost as unlimited and cheaper, once ice is mined, magnetic pinchbottle set up. Luna has energy—how to use?

But Luna also has energy of position; she sits at top of gravity well eleven kilometers per second deep and kept from falling in by curb only two and a half km/s high. Mike knew that curb; daily he tossed grain freighters over it, let them slide downhill to Terra.

Mike had computed what would happen if a freighter grossing 100 tonnes (or same mass of rock) falls to Terra, unbraked. Kinetic energy as it hits is 6.25 x 10^12 joules—over six trillion joules.

This converts in split second to heat. Explosion, big one!

Should have been obvious. Look at Luna: What you see? Thousands on thousands of craters—places where Somebody got playful throwing rocks. Wyoh said, “Joules don’t mean much to me. How does that compare with H-bombs?”

“Uh—” I started to round off in head. Mike’s “head” works faster; he answered, “The concussion of a hundred-tonne mass on Terra approaches the yield of a two-kilotonne atomic bomb.” “‘Kilo’ is a thousand,” Wyoh murmured, “and ‘mega’ is a million—Why, that’s only one fifty-thousandth as much as a hundred-megatonne bomb. Wasn’t that the size Sovunion used?”

“Wyoh, honey,” I said gently, “that’s not how it works. Turn it around. Atwo-kilotonne yield is equivalent to exploding two million kilograms of trinitrotoluol … and a kilo of TNT is quite an explosion—Ask any drillman. Two million kilos will wipe out good-sized town. Check, Mike?”

“Yes, Man. But, Wyoh my only female friend, there is another aspect. Multi-megatonne fusion bombs are inefficient. The explosion takes place in too small a space; most of it is wasted. While a hundred-megatonne bomb is rated as having fifty thousand times the yield of a two-kilotonne bomb, its destructive effect is only about thirteen hundred times as great as that of a two-kilotonne explosion.”

“But it seems to me that thirteen hundred times is still quite a lot—if they are going to use bombs on us that much bigger.” “True, Wyoh my female friend … but Luna has many rocks.”

“Oh. Yes, so we have.”

“Comrades,” said Prof, “this is outside my competence—in my younger or bomb-throwing days my experience was limited to something of the order of the one-kilogram chemical explosion of which you spoke, Manuel. But I assume that you two know what you are talking about.”

“We do,” Mike agreed.

“So I accept your figures. To bring it down to a scale that I can understand this plan requires that we capture the catapult. No?” “Yes,” Mike and I chorused.

“Not impossible. Then we must hold it and keep it operative. Mike, have you considered how your catapult can be protected against, let us say, one small H-tipped torpedo?” Discussion went on and on. We stopped to eat—stopped business under Prof’s rule. Instead Mike told jokes, each produced a that-reminds-me from Prof.

By time we left Raffles Hotel evening of 14th May ‘75 we had—Mike had, with help from Prof—outlined plan of Revolution, including major options at critical points.

When came time to go, me to home and Prof to evening class (if not arrested), then home for bath and clothes and necessities in case he returned that night, became clear Wyoh did not want to be alone in strange hotel—Wyoh was stout when bets were down, between times soft and vulnerable.

So I called Mum on a Sherlock and told her was bringing house guest home. Mum ran her job with style; any spouse could bring guest home for meal or year, and our second generation was almost as free but must ask. Don’t know how other families work; we have customs firmed by a century; they suit us.

So Mum didn’t ask name, age, sex, marital condition; was my right and she too proud to ask. All she said was: “That’s nice, dear. Have you two had dinner? It’s Tuesday, you know.” “Tuesday” was to remind me that our family had eaten early because Greg preaches Tuesday evenings. But if guest had not eaten, dinner would be served—concession to guest, not to me, as with exception of Grandpaw we ate when was on table or scrounged standing up in pantry.

I assured her we had eaten and would make tall effort to be there before she needed to leave. Despite Loonie mixture of Muslims, Jews, Christians, Buddhists, and ninety-nine other flavors, I suppose Sunday is commonest day for church. But Greg belongs to sect which had calculated that sundown Tuesday to sundown Wednesday, local time Garden of Eden (zone minus-two, Terra) was the Sabbath. So we ate early in Terran north-hemisphere summer months.

Mum always went to hear Greg preach, so was not considerate to place duty on her that would clash. All of us went occasionally; I managed several times a year because terribly fond of Greg, who taught me one trade and helped me switch to another when I had to and would gladly have made it his arm rather than mine. But Mum always went—ritual not religion, for she admitted to me one night in pillow talk that she had no religion with a brand on it, then cautioned me not to tell Greg. I exacted same caution from her. I don’t know Who is cranking; I’m pleased He doesn’t stop.

But Greg was Mum’s “boy husband,” opted when she was very young, first wedding after her own—very sentimental about him, would deny fiercely if accused of loving him more than other husbands, yet took his faith when he was ordained and never missed a Tuesday.

She said, “Is it possible that your guest would wish to attend church?”

I said would see but anyhow we would rush, and said goodbye. Then banged on bathroom door and said, “Hurry with skin, Wyoh; we’re short on minutes.” “One minute!” she called out. She’s ungirlish girl; she appeared in one minute. “How do I look?” she asked. “Prof, will I pass?”

“Dear Wyoming, I am amazed. You were beautiful before, you are beautiful now—but utterly unrecognizable. You’re safe—and I am relieved.”

Then we waited for Prof to transform into old derelict; he would be it to his back corridor, then reappear as well-known teacher in front of class, to have witnesses in case a yellow boy was waiting to grab him.

It left a moment; I told Wyoh about Greg. She said, “Mannie, how good is this makeup? Would it pass in church? How bright are the lights?” “No brighter than here. Good job, you’ll get by. But do you want to go to church? Nobody pushing.”

She thought. “It would please your moth—I mean, ‘your senior wife,’ would it not?”

I answered slowly, “Wyoh, religion is your pidgin. But since you ask … yes, nothing would start you better in Davis Family than going to church with Mum. I’ll go if you do.” “I’ll go. I thought your last name was ‘O’Kelly’?”

“Is. Tack ‘Davis’ on with hyphen if want to be formal. Davis is First Husband, dead fifty years. Is family name and all our wives are ‘Gospazha Davis’ hyphened with every male name in Davis line plus her family name. In practice Mum is only ‘Gospazha Davis’—can call her that—and others use first name and add Davis if they write a cheque or something. Except that Ludmilla is ‘Davis-Davis’ because proud of double membership, birth and option.”

“I see. Then if a man is ‘John Davis,’ he’s a son, but if he has some other last name he’s your co-husband. But a girl would be ‘Jenny Davis’ either way, wouldn’t she? How do I tell? By her age? No, that wouldn’t help. I’m confused! And I thought clan marriages were complex. Or polyandries—though mine wasn’t; at least my husbands had the same last name.”

“No trouble. When you hear a woman about forty address a fifteen-year-old as ‘Mama Milla,” you’ll know which is wife and which is daughter—not even that complex as we don’t have daughters home past husband-high; they get opted. But might be visiting. Your husbands were named ‘Knott’?”

“Oh, no, ‘Fedoseev, Choy Lin and Choy Mu.’ I took back my born name.”

Out came Prof, cackled senilely (looked even worse than earlier!), we left by three exits, made rendezvous in main corridor, open formation. Wyoh and I did not walk together, as I might be nabbed; on other hand she did not know Luna City, a warren so complex even nativeborn get lost—so I led and she had to keep me in sight. Prof trailed to make sure she didn’t lose me.

If I was picked up, Wyoh would find public phone, report to Mike, then return to hotel and wait for Prof. But I felt sure that any yellow jacket who arrested me would get a caress from number-seven arm.

No huhu. Up to level five and crosstown by Carver Causeway, up to level three and stop at Tube Station West to pick up arms and tool kit—but not p-suit; would not have been in

character, I stored it there. One yellow uniform at station, showed no interest in me. South by well-lighted corridors until necessary to go outward to reach private easement lock thirteen to

co-op pressure tunnel serving Davis Tunnels and a dozen other farms. I suppose Prof dropped off there but I never looked back.

I delayed locking through our door until Wyoh caught up, then soon was saying, “Mum, allow me to present Wyma Beth Johnson.” Mum took her in arms, kissed cheek, said, “So glad you could come, Wyma dear! Our house is yours!”

See why I love our old biddy? Could have quick-frosted Wyoh with same words—but was real and Wyoh knew.

Hadn’t warned Wyoh about switch in names, thought of it en route. Some of our kids were small and while they grew up despising Warden, no sense in risking prattle about “Wyoming Knott, who’s visiting us”—that name was listed in “Special File Zebra.”

So I missed warning her, was new to conspiracy. But Wyoh caught cue and never bobbled.

Greg was in preaching clothes and would have to leave in minutes. Mum did not hurry, took Wyoh down line of husbands—Grandpaw, Greg, Hans—then up line of wives—Ludmilla, Lenore, Sidris, Anna—with stately grace, then started on our kids.

I said, “Mum? Excuse me, want to change arms.” Her eyebrows went up a millimeter, meaning: “We’ll speak of this but not in front of children”—so I added: “Know it’s late, Greg’s sneaking look at watch. And Wyma and I are going to church. So ‘scuse, please.”

She relaxed. “Certainly, dear.” As she turned away I saw her arm go around Wyoh’s waist, so I relaxed.

I changed arms, replacing number seven with social arm. But was excuse to duck into phone cupboard and punch “MYCROFTXXX.” “Mike, we’re home. But about to go to church. Don’t think you can listen there, so I’ll check in later. Heard from Prof?”

“Not yet, Man. Which church is it? I may have some circuit.” “Pillar of Fire Repentance Tabernacle—”

“No reference.”

“Slow to my speed, pal. Meets in West-Three Community Hall. That’s south of Station on Ring about number—.” “I have it. There’s a pickup inside for channels and a phone in the corridor outside; I’ll keep an ear on both.”

“I don’t expect trouble, Mike.”

“It’s what Professor said to do. He is reporting now. Do you wish to speak to him?” “No time. ‘Bye!”

That set pattern: Always keep touch with Mike, let him know where you are, where you plan to be; Mike would listen if he had nerve ends there. Discovery I made that morning, that Mike could listen at dead phone, suggested it—discovery bothered me; don’t believe in magic. But on thinking I realized a phone could be switched on by central switching system without human intervention—if switching system had volition. Mike had bolshoyeh volition.

How Mike knew a phone was outside that hall is hard to say, since “space” could not mean to him what means to us. But he carried in storage a “map”—structured relations—of Luna City’s engineering, and could almost always fit what we said to what he knew as “Luna City”; hardly ever got lost.

So from day cabal started we kept touch with Mike and each other through his widespread nervous system. Won’t mention again unless necessary.

Mum and Greg and Wyoh were waiting at outer door, Mum chomping but smiling. I saw she had lent Wyoh a stole; Mum was as easy about skin as any Loonie, nothing newchummish— but church was another matter.

We made it, although Greg went straight to platform and we to seats. I settled in warm, mindless state, going through motions. But Wyoh did really listen to Greg’s sermon and either knew our hymn book or was accomplished sight reader.

When we got home, young ones were in bed and most adults; Hans and Sidris were up and Sidris served cocoasoy and cookies, then all turned in. Mum assigned Wyoh a room in tunnel most of our kids lived in, one which had had two smaller boys last time I noticed. Did not ask how she had reshuffled, was clear she was giving my guest best we had, or would have put Wyoh with one of older girls.

I slept with Mum that night, partly because our senior wife is good for nerves—and nerve-racking things had happened—and partly so she would know I was not sneaking to Wyoh’s room after things were quiet. My workshop, where I slept when slept alone; was just one bend from Wyoh’s door. Mum was telling me, plain as print: “Go ahead, dear. Don’t tell me if you wish to be mean about it. Sneak behind my back.”

Which neither of us admitted. We visited as we got ready for bed, chatted after light out, then I turned over.

Instead of saying goodnight Mum said, “Manuel? Why does your sweet little guest make herself up as an Afro? I would think that her natural coloration would be more becoming. Not that she isn’t perfectly charming the way she chooses to be.”

So rolled over and faced her, and explained—sounded thin, so filled in. And found self telling all—except one point: Mike. I included Mike—but not as computer—instead as a man Mum was not likely to meet, for security reasons.

But telling Mum—taking her into my subcell, should say, to become leader of own cell in turn—taking Mum into conspiracy was not case of husband who can’t keep from blurting everything to his wife. At most was hasty—but was best time if she was to be told.

Mum was smart. Also able executive; running big family without baring teeth requires that. Was respected among farm families and throughout Luna City; she had been up longer than 90 percent. She could help.

And would be indispensable inside family. Without her help Wyoh and I would find it sticky to use phone together (hard to explain), keep kids from noticing (impossible!)—but with Mum’s help would be no problems inside household.

She listened, sighed, said, “It sounds dangerous, dear.”

“Is,” I said. “Look, Mimi, if you don’t want to tackle, say so then forget what I’ve told.”

“Manuel! Don’t even say that. You are my husband, dear; I took you for better, for worse… and your wish is my command.”

(My word, what a lie! But Mimi believed it.)

“I would not let you go into danger alone,” she went on, “and besides—” “What, Mimi?”

“I think every Loonie dreams of the day when we will be free. All but some poor spineless rats. I’ve never talked about it; there seemed to be no point and it’s necessary to look up, not down, lift one’s burden and go ahead. But I thank dear Bog that I have been permitted to live to see the time come, if indeed it has. Explain more about it. I am to find three others, is it? Three who can be trusted.”

“Don’t hurry. Move slowly. Be sure.”

“Sidris can be trusted. She holds her tongue, that one.”

“Don’t think you should pick from family. Need to spread out. Don’t rush.”

“I shan’t. We’ll talk before I do anything. And Manuel, if you want my opinion—” She stopped. “Always want your opinion, Mimi.”

“Don’t mention this to Grandpaw. He’s forgetful these days and sometimes talkative. Now sleep, dear, and don’t dream.”

9

Followed a long time during which would have been possible to forget anything as unlikely as revolution had not details taken so much time. Our first purpose was not to be noticed. Long distance purpose was to make things as much worse as possible.

Yes, worse. Never was a time, even at last, when all Loonies wanted to throw off Authority, wanted it bad enough to revolt. All Loonies despised Warden and cheated Authority. Didn’t mean they were ready to fight and die. If you had mentioned “patriotism” to a Loonie, he would have stared—or thought you were talking about his homeland. Were transported Frenchmen whose hearts belonged to “La Belle Patrie,” ex-Germans loyal to Vaterland, Russkis who still loved Holy Mother Russia. But Luna? Luna was “The Rock,” place of exile, not thing to love.

We were as non-political a people as history ever produced. I know, I was as numb to politics as any until circumstances pitched me into it. Wyoming was in it because she hated Authority for a personal reason, Prof because he despised all authority in a detached intellectual fashion, Mike because he was a bored and lonely machine and was for him “only game in town.” You could not have accused us of patriotism. I came closest because I was third generation with total lack of affection for any place on Terra, had been there, disliked it and despised earthworms. Made me more “patriotic” than most!

Average Loonie was interested in beer, betting, women, and work, in that order. “Women” might be second place but first was unlikely, much as women were cherished. Loonies had learned there never were enough women to go around. Slow learners died, as even most possessive male can’t stay alert every minute. As Prof says, a society adapts to fact, or doesn’t survive. Loonies adapted to harsh facts—or failed and died. But “patriotism” was not necessary to survival.

Like old Chinee saying that “Fish aren’t aware of water,” I was not aware of any of this until I first went to Terra and even then did not realize what a blank spot was in Loonies under storage location marked “patriotism” until I took part in effort to stir them up. Wyoh and her comrades had tried to push “patriotism” button and got nowhere—years of work, a few thousand members, less than 1 percent and of that microscopic number almost 10 percent had been paid spies of boss fink!

Prof set us straight: Easier to get people to hate than to get them to love.

Luckily, Security Chief Alvarez gave us a hand. Those nine dead finks were replaced with ninety, for Authority was goaded into something it did reluctantly, namely spend money on us, and one folly led to another.

Warden’s bodyguard had never been large even in earliest days Prison guards in historical meaning were unnecessary and that had been one attraction of penal colony system—cheap. Warden and his deputy had to be protected and visiting vips, but prison itself needed no guards. They even stopped guarding ships after became clear was not necessary, and in May 2075, bodyguard was down to its cheapest numbers, all of them new chum transportees.

But loss of nine in one night scared somebody. We knew it scared Alvarez; he filed copies of his demands for help in Zebra file and Mike read them. Alag who had been a police officer on Terra before his conviction and then a bodyguard all his years in Luna, Alvarez was probably most frightened and loneliest man in The Rock. He demanded more and tougher help, threatened to resign civil service job if he didn’t get it—just a threat, which Authority would have known if it had really known Luna. If Alvarez had showed up in any warren as unarmed civilian, he would have stayed breathing only as long as not recognized.

He got his additional guards. We never found out who ordered that raid. Mort the Wart had never shown such tendencies, had been King Log throughout tenure. Perhaps Alvarez, having only recently succeeded to boss fink spot, wanted to make face—may have had ambition to be Warden. But likeliest theory is that Warden’s reports on “subversive activities” caused Authority Earthside to order a cleanup.

One thumb-fingered mistake led to another. New bodyguards, instead of picked from new transportees, were elite convict troops, Federated Nations crack Peace Dragoons. Were mean and tough, did not want to go to Luna, and soon realized that “temporary police duty” was one-way trip. Hated Luna and Loonies, and saw us as cause of it all.

Once Alvarez got them, he posted a twenty-four-hour watch at every interwarren tube station and instituted passports and passport control. Would have been illegal had there been laws in Luna, since 95 percent of us were theoretically free, either born free, or sentence completed. Percentage was higher in cities as undischarged transportees lived in barrack warrens at Complex and came into town only two days per lunar they had off work. If then, as they had no money, but you sometimes saw them wandering around, hoping somebody would buy a drink.

But passport system was not “illegal” as Warden’s regulations were only written law. Was announced in papers, we were given week to get passports, and at eight hundred one morning was put in effect. Some Loonies hardly ever traveled; some traveled on business; some commuted from outlying warrens or even from Luna City to Novylen or other way. Good little boys filled out applications, paid fees, were photographed, got passes; I was good little boy on Prof’s advice, paid for passport and added it to pass I carried to work in Complex.

Few good little boys! Loonies did not believe it. Passports? Whoever heard of such a thing?

Was a trooper at Tube Station South that morning dressed in bodyguard yellow rather than regimentals and looking like he hated it, and us. I was not going anywhere; I hung back and watched.

Novylen capsule was announced; crowd of thirty-odd headed for gate. Gospodin Yellow Jacket demanded passport of first to reach it. Loonie stopped to argue. Second one pushed past; guard turned and yelled—three or four more shoved past. Guard reached for sidearm; somebody grabbed his elbow, gun went off—not a laser, a slug gun, noisy.

Slug hit decking and went whee-whee-hoo off somewhere. I faded back. One man hurt—that guard. When first press of passengers had gone down ramp, he was on deck, not moving. Nobody paid attention; they walked around or stepped over—except one woman carrying a baby, who stopped, kicked him carefully in face, then went down ramp. He may have been

dead already, didn’t wait to see. Understand body stayed there till relief arrived.

Next day was a half squad in that spot. Capsule for Novylen left empty.

It settled down. Those who had to travel got passports, diehards quit traveling. Guard at a tube gate became two men, one looked at passports while other stood back with gun drawn. One who checked passports did not try hard, which was well as most were counterfeit and early ones were crude. But before long, authentic paper was stolen and counterfeits were as dinkum as official ones—more expensive but Loonies preferred free-enterprise passports.

Our organization did not make counterfeits; we merely encouraged it—and knew who had them and who did not; Mike’s records listed officially issued ones. This helped separate sheep from goats in files we were building—also stored in Mike but in “Bastille” location—as we figured a man with counterfeit passport was halfway to joining us. Word was passed down cells in our growing organization never to recruit anybody with a valid passport. If recruiter was not certain, just query upwards and answer came back.

But guards’ troubles were not over. Does not help a guard’s dignity nor add to peace of mind to have children stand in front of him, or behind out of eye which was worse, and ape every move he makes—or run back and forth screaming obscenities, jeering, making finger motions that are universal. At least guards took them as insults.

One guard back-handed a small boy, cost him some teeth. Result: two guards dead, one Loonie dead. After that, guards ignored children.

We didn’t have to work this up; we merely encouraged it. You wouldn’t think that a sweet old lady like my senior wife would encourage children to misbehave. But she did. Other things get single men a long way from home upset—and one we did start. These Peace Dragoons had been sent to The Rock without a comfort detachment.

Some of our fems were extremely beautiful and some started loitering around stations, dressed in less than usual—which could approach zero—and wearing more than usual amount of perfume, scents with range and striking power. They did not speak to yellow jackets nor look at them; they simply crossed their line of sight, undulating as only a Loonie gal can. (A female on Terra can’t walk that way; she’s tied down by six times too much weight.)

Such of course produces a male gallery, from men down to lads not yet pubescent—happy whistles and cheers for her beauty, nasty laughs at yellow boy. First girls to take this duty were slot-machine types but volunteers sprang up so fast that Prof decided we need not spend money. He was correct: even Ludmilla, shy as a kitten, wanted to try it and did not only because Mum told her not to. But Lenore, ten years older and prettiest of our family, did try it and Mum did not scold. She came back pink and excited and pleased with herself and anxious to tease enemy again. Her own idea; Lenore did not then know that revolution was brewing.

During this time I rarely saw Prof and never in public; we kept touch by phone. At first a bottleneck was that our farm had just one phone for twenty-five people, many of them youngsters who would tie up a phone for hours unless coerced. Mimi was strict; our kids were allowed one out-going call per day and max of ninety seconds on a call, with rising scale of

punishment—tempered by her warmth in granting exceptions. But grants were accompanied by “Mum’s Phone Lecture”: “When I first came to Luna there were no private phones. You children don’t know how soft…”

We were one of last prosperous families to install a phone; it was new in household when I was opted. We were prosperous because we never bought anything farm could produce. Mum disliked phone because rates to Luna City Co-op Comm Company were passed on in large measure to Authority. She never could understand why I could not (“Since you know all about such things, Manuel dear”) steal phone service as easily as we liberated power. That a phone instrument was part of a switching system into which it must fit was no interest to her.

Steal it I did, eventually. Problem with illicit phone is how to receive incoming calls. Since phone is not listed, even if you tell persons from whom you want calls, switching system itself does not have you listed; is no signal that can tell it to connect other party with you.

Once Mike joined conspiracy, switching was no problem. I had in workshop most of what I needed; bought some items and liberated others. Drilled a tiny hole from workshop to phone cupboard and another to Wyoh’s room—virgin rock a meter thick but a laser drill collimated to a thin pencil cuts rapidly. I unshipped listed phone, made a wireless coupling to line in its recess and concealed it. All else needed were binaural receptors and a speaker in Wyoh’s room, concealed, and same in mine, and a circuit to raise frequency above audio to have silence on Davis phone line, and its converse to restore audio incoming.

Only problem was to do this without being seen, and Mum generaled that.

All else was Mike’s problem. Used no switching arrangements; from then on used MYCROFTXXXonly when calling from some other phone. Mike listened at all times in workshop and in Wyoh’s room; if he heard my voice or hers say “Mike,” he answered, but not to other voices. Voice patterns were as distinctive to him as fingerprints; he never made mistakes.

Minor flourishes—soundprooflng Wyoh’s door such as workshop door already had, switching to suppress my instrument or hers, signals to tell me she was alone in her room and door locked, and vice versa. All added up to safe means whereby Wyob and I could talk with Mike or with each other, or could set up talk-talk of Mike, Wyoh, Prof, and self. Mike would call Prof wherever he was; Prof would talk or call back from a more private phone. Or might be Wyoh or myself had to be found. We all were careful to stay checked in with Mike.

My bootleg phone, though it had no way to punch a call, could be used to call any number in Luna—speak to Mike, ask for a Sherlock to anybody—not tell him number, Mike had all listings and could look up a number faster than I could.

We were beginning to see unlimited possibilities in a phoneswitching system alive and on our side. I got from Mike and gave Mum still another null number to call Mike if she needed to reach me. She grew chummy with Mike while continuing to think he was a man. This spread through our family. One day as I returned home Sidris said, “Mannie darling, your friend with the nice voice called. Mike Holmes. Wants you to call back.”

“Thanks, hon. Will.”

“When are you going to invite him to dinner, Man? I think he’s nice.”

I told her Gospodin Holmes had bad breath, was covered with rank hair, and hated women.

She used a rude word, Mum not being in earshot. “You’re afraid to let me see him. Afraid I’ll opt out for him.” I patted her and told her that was why. I told Mike and Prof about it. Mike flirted even more with my womenfolk after that; Prof was thoughtful.

I began to learn techniques of conspiracy and to appreciate Prof’s feeling that revolution could be an art. Did not forget (nor ever doubt) Mike’s prediction that Luna was only seven years from disaster. But did not think about it, thought about fascinating, finicky details.

Prof had emphasized that stickiest problems in conspiracy are communications and security, and had pointed out that they conflict—easier are communications, greater is risk to security; if security is tight, organization can be paralyzed by safety precautions. He had explained that cell system was a compromise.

I accepted cell system since was necessary to limit losses from spies. Even Wyoh admitted that organization without compartmentation could not work after she learned how rotten with spies old underground had been.

But I did not like clogged communications of cell system; like Terran dinosaurs of old, took too long to send message from head to tail, or back. So talked with Mike.

We discarded many-linked channels I had suggested to Prof. We retained cells but based security and communication on marvelous possibilities of our dinkum thinkum. Communications: We set up a ternary tree of “party” names:

Chairman, Gospodin Adam Selene (Mike) Executive cell: Bork (me), Betty (Wyoh), Bill (Prof) Bork’s cell: Cassie (Mum), Colin, Chang

Betty’s cell: Calvin (Greg), Cecilia (Sidris), Clayton Bill’s cell: Cornwall (Finn Nielsen), Carolyn, Cotter

and so on. At seventh link George supervises Herbert, Henry, and Hallie. By time you reach that level you need 2,187 names with “H”—but turn it over to savvy computer who finds or invents them. Each recruit is given a party name and an emergency phone number. This number, instead of chasing through many links, connects with “Adam Selene,” Mike.

Security: Based on double principle; no human being can be trusted with anything—but Mike could be trusted with everything.

Grim first half is beyond dispute. With drugs and other unsavory methods any man can be broken. Only defense is suicide, which may be impossible. Oh, are “hollow tooth” methods, classic and novel, some nearly infallible—Prof saw to it that Wyoh and myself were equipped. Never knew what he gave her as a final friend and since I never had to use mine, is no point in messy details. Nor am I sure I would ever suicide; am not stuff of martyrs.

But Mike could never need to suicide, could not be drugged, did not feel pain. He carried everything concerning us in a separate memory bank under a locked signal programmed only to our three voices, and, since flesh is weak, we added a signal under which any of us could lock out other two in emergency. In my opinion as best computerman in Luna, Mike could not remove this lock once it was set up. Best of all, nobody would ask master computer for this file because nobody knew it existed, did not suspect Mike-as-Mike existed. How secure can you be?

Only risk was that this awakened machine was whimsical. Mike was always showing unforeseen potentials; conceivable he could figure way to get around block—if he wanted to. But would never want to. He was loyal to me, first and oldest friend; he liked Prof; I think he loved Wyoh. No, no, sex meant nothing. But Wyoh is lovable and they hit it off from start. I trusted Mike. In this life you have to bet; on that bet I would give any odds.

So we based security on trusting Mike with everything while each of us knew only what he had to know. Take that tree of names and numbers. I knew only party names of my cellmates and of three directly under me; was all I needed. Mike set up party names, assigned phone number to each, kept roster of real names versus party names. Let’s say party member “Daniel” (whom I would not know, being a “D” two levels below me) recruits Fritz Schultz. Daniel reports fact but not name upwards; Adam Selene calls Daniel, assigns for Schultz party name “Embrook,” then phones Schultz at number received from Daniel, gives Schultz his name Embrook and emergency phone number, this number being different for each recruit.

Not even Embrook’s cell leader would know Embrook’s emergency number. What you do not know you cannot spill, not under drugs nor torture, nor anything. Not even from carelessness.

Now let’s suppose I need to reach Comrade Embrook. I don’t know who he is; he may live in Hong Kong or be shopkeeper nearest my home. Instead of passing message down, hoping it will reach him, I call Mike. Mike connects me with Embrook at once, in a Sherlock, withoul giving me his number.

Or suppose I need to speak to comrade who is preparing cartoon we are about to distribute in every taproom in Luna. I don’t know who he is. But I need to talk to him; something has come up.

I call Mike; Mike knows everything—and again I am quickly connected—and this comrade knows it’s okay as Adam Selene arranged call. “Comrade Bork speaking”—and he doesn’t know me but initial “B” tells him that I am vip indeed—”we have to change so-and-so. Tell your cell leader and have him check, but get on with it.”

Minor flourishes—some comrades did not have phones; some could be reached only at certain hours; some outlying warrens did not have phone service. No matter, Mike knew everything—and rest of us did not know anything that could endanger any but that handful whom each knew face to face.

After we decided that Mike should talk voice-to-voice to any comrade under some circumstances, it was necessary to give him more voices and dress him up, make him three dimensions, create “Adam Selene, Chairman of the Provisional Committee of Free Luna.”

Mike’s need for more voices lay in fact that he had just one voder-vocoder, whereas his brain could handle a dozen conversations, or a hundred (don’t know how many)—like a chess master playing fifty opponents, only more so.

This would cause a bottleneck as organization grew and Adam Selene was phoned oftener, and could be crucial if we lasted long enough to go into action.

Besides giving him more voices I wanted to silence one he had. One of those so-called computermen might walk into machines room while we were phoning Mike; bound to cause even his dim wit to wonder if he found master machine apparently talking to itself.

Voder-vocoder is very old device. Human voice is buzzes and hisses mixed various ways; true even of a coloratura soprano. Avocoder analyzes buzzes and hisses into patterns, one a computer (or trained eye) can read. Avoder is a little box which can buzz and hiss and has controls to vary these elements to match those patterns. Ahuman can “play” a voder, producing artificial speech; a properly programmed computer can do it as fast, as easily, as clearly as you can speak.

But voices on a phone wire are not sound waves but electrical signals; Mike did not need audio part of voder-vocoder to talk by phone. Sound waves were needed only by human at other end; no need for speech sounds inside Mike’s room at Authority Complex. so I planned to remove them, and thereby any danger that somebody might notice.

First I worked at home, using number-three arm most of time. Result was very small box which sandwiched twenty voder-vocoder circuits minus audio side. Then I called Mike and told him to “get ill” in way that would annoy Warden. Then I waited.

We had done this “get ill” trick before. I went back to work once we learned that I was clear, which was Thursday that same week when Alvarez read into Zebra file an account of shambles at Stilyagi Hall. His version listed about one hundred people (out of perhaps three hundred); list included Shorty Mkrum, Wyoh, Prof, and Finn Nielsen but not me—apparently I was missed by his finks. It told how nine police officers, each deputized by Warden to preserve peace, had been shot down in cold blood. Also named three of our dead.

An add-on a week later stated that “the notorious agente provocateuse Wyoming Knott of Hong Kong in Luna, whose incendiary speech on Monday 13 May had incited the riot that cost the lives of nine brave officers, had not been apprehended in Luna City and had not returned to her usual haunts in Hong Kong in Luna, and was now believed to have died in the massacre she herself set off.” This add-on admitted what earlier report failed to mention, i.e., bodies were missing and exact number of dead was not known.

This P.S. settled two things: Wyoh could not go home nor back to being a blonde.

Since I had not been spotted I resumed my public ways, took care of customers that week, bookkeeping machines and retrieval files at Carnegie Library, and spent time having Mike read out Zebra file and other special files, doing so in Room L of Raffles as I did not yet have my own phone. During that week Mike niggled at me like an impatient child (which he was), wanting to know when I was coming over to pick up more jokes. Failing that, he wanted to tell them by phone.

I got annoyed and had to remind myself that from Mike’s viewpoint analyzing jokes was just as important as freeing Luna—and you don’t break promises to a child.

Besides that. I got itchy wondering whether I could go inside Complex without being nabbed. We knew Prof was not clear, was sleeping in Raffles on that account. Yet they knew he had been at meeting and knew where he was, daily—but no attempt was made to pick him up. When we learned that attempt had been made to pick up Wyoh, I grew itchier. Was I clear? Or were they waiting to nab me quietly? Had to know.

So I called Mike and told him to have a tummyache. He did so, I was called in—no trouble. Aside from showing passport at station, then to a new guard at Complex, all was usual. I chatted with Mike, picked up one thousand jokes (with understanding that we would report a hundred at a time every three or four days, no faster), told him to get well, and went back to L- City, stopping on way out to bill Chief Engineer for working time, travel-and-tool time, materials, special service, anything I could load in.

Thereafter saw Mike about once a month. Was safe, never went there except when they called me for malfunction beyond ability of their staff—and I was always able to “repair” it, sometimes quickly, sometimes after a full day and many tests. Was careful to leave tool marks on cover plates, and had before-and-after print-outs of test runs to show what had been wrong, how I analyzed it, what I had done. Mike always worked perfectly after one of my visits; I was indispensable.

So, after I prepared his new voder-vocoder add-on, didn’t hesitate to tell him to get “ill.” Call came in thirty minutes. Mike had thought up a dandy; his “illness” was wild oscillations in conditioning Warden’s residence. He was running its heat up, then down, on an eleven-minute cycle, while oscillating its air pressure on a short cycle, ca. 2c/s, enough to make a man dreadfully nervy and perhaps cause earache.

Conditioning a single residence should not go through a master computer! In Davis Tunnels we handled home and farm with idiot controls, feedbacks for each cubic with alarms so that somebody could climb out of bed and control by hand until trouble could be found. If cows got chilly, did not hurt corn; if lights failed over wheat, vegetables were okay. That Mike could raise hell with Warden’s residence and nobody could figure out what to do shows silliness of piling everything into one computer.

Mike was happy-joyed. This was humor he really scanned. I enjoyed it, too, told him to go ahead, have fun—spread out tools, got out little black box.

And computerman-of-the-watch comes banging and ringing at door. I took my time answering and carried number-five arm in right hand with short wing bare; this makes some people sick and upsets almost everybody. “What in hell do you want, choom?” I inquired.

“Listen,” he says, “Warden is raising hell! Haven’t you found trouble?”

“My compliments to Warden and tell him I will override by hand to restore his precious comfort as soon as I locate faulty circuit—if not slowed up by silly questions. Are you going to stand with door open blowing dust into machines while I have cover plates off? If you do—since you’re in charge—when dust puts machine on sputter, you can repair it. I won’t leave a warm bed to help. You can tell that to your bloody Warden, too.”

“Watch your language, cobber.”

“Watch yours, convict. Are you going to close that door? Or shall I walk out and go back to L-City?” And raised number-five like a club.

He closed door. Had no interest in insulting poor sod. Was one small bit of policy to make everybody as unhappy as possible. He was finding working for Warden difficult; I wanted to make it unbearable.

“Shall I step it up?” Mike inquired.

“Um, hold it so for ten minutes, then stop abruptly. Then jog it for an hour, say with air pressure. Erratic but hard. Know what a sonic boom is?” “Certainly. It is a—”

“Don’t define. After you drop major effect, rattle his air ducts every few minutes with nearest to a boom system will produce. Then give him something to remember. Mmm … Mike, can you make his W.C. run backwards?”

“I surely can! All of them?” “How many does he have?” “Six.”

“Well … program to give them all a push, enough to soak his rugs. But if you can spot one nearest his bedroom, fountain it clear to ceiling. Can?” “Program set up!”

“Good. Now for your present, ducky.” There was room in voder audio box to hide it and I spent forty minutes with number-three, getting it just so. We trial-checked through voder-vocoder, then I told him to call Wyoh and check each circuit.

For ten minutes was silence, which I spent putting tool markers on a cover plate which should have been removed had been anything wrong, putting tools away, putting number-six arm on, rolling up one thousand jokes waiting in print-out. I had found no need to cut out audio of voder; Mike had thought of it before I had and always chopped off any time door was touched. Since his reflexes were better than mine by a factor of at least a thousand, I forgot it.

At last he said, “All twenty circuits okay. I can switch circuits in the middle of a word and Wyoh can’t detect discontinuity. And I called Prof and said Hello and talked to Mum on your home phone, all three at the same time.”

“We’re in business. What excuse you give Mum?”

“I asked her to have you call me, Adam Selene that is. Then we chatted. She’s a charming conversationalist. We discussed Greg’s sermon of last Tuesday.” “Huh? How?”

“I told her I had listened to it, Man, and quoted a poetic part.” “Oh, Mike!”

“It’s okay, Man. I let her think that I sat in back, then slipped out during the closing hymn. She’s not nosy; she knows that I don’t want to be seen.”

Mum is nosiest female in Luna. “Guess it’s okay. But don’t do it again. Um—Do do it again. You go to—you monitor—meetings and lectures and concerts and stuff.” “Unless some busybody switches me off by hand! Man, I can’t control those spot pickups the way I do a phone.”

“Too simple a switch. Brute muscle rather than solid-state flipflop.” “That’s barbaric. And unfair.”

“Mike, almost everything is unfair. What can’t be cured—” “—must be endured. That’s a funny-once, Man.”

“Sorry. Let’s change it: What can’t be cured should be tossed out and something better put in. Which we’ll do. What chances last time you calculated?” “Approximately one in nine, Man.”

“Getting worse?”

“Man, they’ll get worse for months. We haven’t reached the crisis.”

“With Yankees in cellar, too. Oh, well. Back to other matter. From now on, when you talk to anyone, if he’s been to a lecture or whatever, you were there, too—and prove it, by recalling something.”

“Noted. Why, Man?”

“Have you read ‘The Scarlet Pimpernel’? May be in public library.” “Yes. Shall I read it back?”

“No, no! You’re our Scarlet Pinipernel, our John Galt, our Swamp Fox, our man of mystery. You go everywhere, know everything, slip in and out of town without passport. You’re always there, yet nobody catches sight of you.”

His lights rippled, he gave a subdued chuckle. “That’s fun, Man. Funny once, funny twice, maybe funny always.” “Funny always. How long ago did you stop gymkhana at Warden’s?”

“Forty-three minutes ago except erratic booms.”

“Bet his teeth ache! Give him fifteen minutes more. Then I’ll report job completed.” “Noted. Wyoh sent you a message, Man. She said to remind you of Billy’s birthday party.”

“Oh, my word! Stop everything, I’m leaving. ‘Bye!” I hurried out. Billy’s mother is Anna. Probably her last—and right well she’s done by us, eight kids, three still home. I try to be as careful as Mum never to show favoritism… but Billy is quite a boy and I taught him to read. Possible he looks like me.

Stopped at Chief Engineer’s office to leave bill and demanded to see him. Was let in and he was in belligerent mood; Warden had been riding him. “Hold it,” I told him. “My son’s birthday and shan’t be late. But must show you something.”

Took an envelope from kit, dumped item on desk: corpse of house fly which I had charred with a hot wire and fetched. We do not tolerate flies in Davis Tunnels but sometimes one wanders in from city as locks are opened. This wound up in my workshop just when I needed it. “See that? Guess where I found it.”

On that faked evidence I built a lecture on care of fine machines, talked about doors opened, complained about man on watch. “Dust can ruin a computer. Insects are unpardonable! Yet your watchstanders wander in and out as if tube station. Today both doors held open—while this idiot yammered. If I find more evidence that cover plates have been removed by hoof- handed choom who attracts flies—well, it’s your plant, Chief. Got more than I can handle, been doing your chores because I like fine machines. Can’t stand to see them abused! Good- bye.”

“Hold on. I want to tell you something.”

“Sorry, got to go. Take it or leave it, I’m no vermin exterminator; I’m a computerman.”

Nothing frustrates a man so much as not letting him get in his say. With luck and help from Warden, Chief Engineer would have ulcers by Christmas.

Was late anyhow and made humble apology to Billy. Alvarez had thought up new wrinkle, close search on leaving Complex. I endured it with never a nasty word for Dragoons who searched me; wanted to get home. But those thousand jokes bothered them. “What’s this?” one demanded.

“Computer paper,” I said. “Test runs.”

His mate joined him. Don’t think they could read. They wanted to confiscate, so I demanded they call Chief Engineer. They let me go. I felt not displeased; more and more such and guards were daily more hated.

Decision to make Mike more a person arose from need to have any Party member phone him on occasion; my advice about concerts and plays was simply a side effect. Mike’s voice over phone had odd quality I had not noticed during time I had visited him only at Complex. When you speak to a man by phone there is background noise. And you hear him breathe, hear heartbeats, body motions even though rarely conscious of these. Besides that, even if he speaks under a hush hood, noises get through, enough to “fill space,” make him a body with surroundings.

With Mike was none of this.

By then Mike’s voice was “human” in timbre and quality, recognizable. He was baritone, had North American accent with Aussie overtones; as “Michelle” he (she?) had a light soprano with French flavor. Mike’s personality grew also. When first I introduced him to Wyoh and Prof he sounded like a pedantic child; in short weeks he flowered until I visualized a man about own age.

His voice when he first woke was blurred and harsh, hardly understandable. Now it was clear and choice of words and phrasing was consistent—colloquial to me, scholarly to Prof, gallant to Wyoh, variation one expects of mature adults.

But background was dead. Thick silence.

So we filled it. Mike needed only hints. He did not make his breathing noisy, ordinarily you would not notice. But he would stick in touches. “Sorry, Mannie, you caught me bathing when the phone sounded”—and let one hear hurried breathing. Or “I was eating—had to swallow.” He used such even on me, once he undertook to “be a human body.”

We all put “Adam Selene” together, talking it over at Raffles. How old was he? What did he look like? Married? Where did he live? What work? What interests?

We decided that Adam was about forty, healthy, vigorous, well educated, interested in all arts and sciences and very well grounded in history, a match chess player but- little time to play. He was married in commonest type, a troika in which he was senior husband—four children. Wife and junior husband not in politics, so far as we knew.

He was ruggedly handsome with wavy iron-gray hair and was mixed race, second generation one side, third on other. Was wealthy by Loonie standards, with interests in Novylen and Kongville as well as L-City. He kept offices in Luna City, outer office with a dozen people plus private office staffed by male deputy and female secretary.

Wyoh wanted to know was he bundling with secretary? I told her to switch off, was private. Wyoh said indignantly that she was not being snoopy—weren’t we trying to create a rounded character?

We decided that offices were in Old Dome, third ramp, southside, heart of financial district. If you know L-City. you recall that in Old Dome some offices have windows since they can look out over floor of Dome; I wanted this for sound effects.

We drew a floor plan and had that office existed, it would have been between Aetna Luna and Greenberg & Co. I used pouch recorder to pick up sounds at spot; Mike added to it by listening at phones there.

Thereafter when you called Adam Selene, background was not dead. If “Ursula,” his secretary, took call, it was: “Selene Associates. Luna shall be free!” Then she might say, “Will you hold? Gospodin Selene is on another call” whereupon you might hear sound of W.C., followed by running water and know that she had told little white lie. Or Adam might answer: “Adam Selene here. Free Luna. One second while I shut off the video.” Or deputy might answer: “This is Albert Ginwallah, Adam Selene’s confidential assistant. Free Luna. If it’s a Party matter— as I assume it is; that was your Party name you gave—please don’t hesitate; I handle such things for the Chairman.”

Last was a trap, as every comrade was instructed to speak only to Adam Selene. No attempt was made to discipline one who took bait; instead his cell captain was warned that his comrade must not be trusted with anything vital.

We got echoes. “Free Luna!” or “Luna shall be free!” took hold among youngsters, then among solid citizens. First time I heard it in a business call I almost swallowed teeth. Then called Mike and asked if this person was Party member? Was not. So I recommended that Mike trace down Party tree and see if somebody could recruit him.

Most interesting echo was in File Zebra. “Adam Selene” appeared in boss fink’s security file less than a lunar after we created him, with notation that this was a cover name for a leader in a new underground.

Alvarez’s spies did a job on Adam Selene. Over course of months his File Zebra dossier built up: Male, 34-45, offices south face of Old Dome, usually there 0900-1800 Gr. except Saturday but calls are relayed at other hours, home inside urban pressure as travel time never exceeds seventeen minutes. Children in household. Activities include stock brokerage, farming interests. Attends theater, concerts, etc. Probably member Luna City Chess Club and Luna Assoc, d’Echecs. Plays ricochet and other heavy sports lunch hour, probably Luna City Athletic Club. Gourmet but watches weight. Remarkable memory plus mathematical ability. Executive type, able to reach decisions quickly.

One fink was convinced that he had talked to Adam between acts at revival of Hamlet by Civic Players; Alvarez noted description—and matched our picture all but wavy hair!

But thing that drove Alvarez crackers was that phone numbers for Adam were reported and every time they turned out wrong numbers. (Not nulls; we had run out and Mike was using any number not in use and switching numbers anytime new subscribers were assigned ones we had been using.) Alvarez tried to trace “Selene Associates” using a one-wrong-digit assumption—this we learned because Mike was keeping an ear on Alvarez’s office phone and heard order. Mike used knowledge to play a Mikish prank: Subordinate who made one- changed-digit calls invariably reached Warden’s private residence. So Alvarez was called in and chewed by Warden.

Couldn’t scold Mike but did warn him it would alert any smart person to fact that somebody was playing tricks with computer. Mike answered that they were not that smart.

Main result of Alvarez’s efforts was that each time he got a number for Adam we located a spy—a new spy, as those we had spotted earlier were never given phone numbers; instead they were recruited into a tail-chasing organization where they could inform on each other. But with Alvarez’s help we spotted each new spy almost at once. I think Alvarez became unhappy over spies he was able to hire; two disappeared and our organization, then over six thousand, was never able to find them. Eliminated, I suppose, or died under questioning.

Selene Associates was not only phony company we set up. LuNoHoCo was much larger, just as phony, and not at all dummy; it had main offices in Hong Kong, branches in Novy Leningrad and Luna City, eventually employed hundreds of people most of whom were not Party members, and was our most difficult operation.

Mike’s master plan listed a weary number of problems which had to be solved. One was finance. Another was how to protect catapult from space attack.

Prof considered robbing banks to solve first, gave it up reluctantly. But eventually we did rob banks, firms, and Authority itself. Mike thought of it. Mike and Prof worked it out. At first was not clear to Mike why we needed money. He knew as little about pressure that keeps humans scratching as he knew about sex; Mike handled millions of dollars and could not see any problem. He started by offering to issue an Authority cheque for whatever dollars we wanted.

Prof shied in horror. He then explained to Mike hazard in trying to cash a cheque for, let us say, AS$l0,000,000 drawn on Authority.

So they undertook to do it, but retail, in many names and places all over Luna. Every bank, firm, shop, agency including Authority, for which Mike did accounting, was tapped for Party funds. Was a pyramided swindle based on fact, unknown to me but known to Prof and latent in Mike’s immense knowledge, that most money is simply bookkeeping.

Example—multiply by hundreds of many types: My family son Sergei, eighteen and a Party member, is asked to start account at Commonwealth Shared Risk. He makes deposits and withdrawals. Small errors are made each time; he is credited with more than he deposits, is debited with less than he withdraws. Afew months later he takes job out of town and transfers account to Tycho-Under Mutual; transferred funds are three times already-inflated amount. Most of this he soon draws out in cash and passes to his cell leader. Mike knows amount Sergei should hand over, but (since they do not know that Adam Selene and bank’s computer-bookeeper are one and same) they have each been instructed to report transaction to Adam—keep them honest though scheme was not.

Multiply this theft of about HK$3,000 by hundreds somewhat like it.

I can’t describe jiggery-pokery Mike used to balance his books while keeping thousands of thefts from showing. But bear in mind that an auditor must assume that machines are honest. He will make test runs to check that machines are working correctly—but will not occur to him that tests prove nothing because machine itself is dishonest. Mike’s thefts were never large enough to disturb economy; like half-liter of blood, amount was too small to hurt donor. I can’t make up mind who lost, money was swapped around so many ways. But scheme troubled me; I was brought up to be honest, except with Authority. Prof claimed that what was taking place was a mild inflation offset by fact that we plowed money back in—but I should remember that Mike had records and all could be restored after Revolution, with ease since we would no longer be bled in much larger amounts by Authority.

I told conscience to go to sleep. Was pipsqueak compared to swindles by every government throughout history in financing every war—and is not revolution a war?

This money, after passing through many hands (augmented by Mike each time), wound up as senior financing of LuNoHo Company. Was a mixed company, mutual and stock; “gentleman-adventurer” guarantors who backed stock put up that stolen money in own names. Won’t discuss bookkeeping this firm used. Since Mike ran everything, was not corrupted by any tinge of honesty.

Nevertheless its shares were traded in Hong Kong Luna Exchange and listed in Zurich, London, and New York. Wall Street Journal called it “an attractive high-risk-high-gain investment with novel growth potential.”

LuNoHoCo was an engineering and exploitation firm, engaged in many ventures, mostly legitimate. But prime purpbse was to build a second catapult, secretly.

Operation could not be secret. You can’t buy or build a hydrogen-fusion power plant for such and not have it noticed. (Sunpower was rejected for obvious reasons.) Parts were ordered from Pittsburgh, standard UnivCalif equipment, and we happily paid their royalties to get top quality. Can’t build a stator for a kilometers-long induction field without having it noticed, either. But most important you cannot do major construction hiring many people and not have it show. Sure, catapults are mostly vacuum; stator rings aren’t even close together at ejection end. But Authority’s 3-g catapult was almost one hundred kilometers long. It was not only an astrogation landmark, on every Luna-jump chart, but was so big it could be photographed or seen by eye from Terra with not-large telescope. It showed up beautifully on a radar screen.

We were building a shorter catapult, a 10-g job, but even that was thirty kilometers long, too big to hide.

So we hid it by Purloined Letter method.

I used to question Mike’s endless reading of fiction, wondering what notions he was getting. But turned out he got a better feeling for human life from stories than he had been able to garner from facts; fiction gave him a gestalt of life, one taken for granted by a human; he lives it. Besides this “humanizing” effect, Mike’s substitute for experience, he got ideas from “not- true data” as he called fiction. How to hide a catapult he got from Edgar Allan Poe.

We hid it in literal sense, too; this catapult had to be underground, so that it would not show to eye or radar. But had to be hidden in more subtle sense; selenographic location had to be secret.

How can this be, with a monster that big, worked on by so many people? Put it this way: Suppose you live in Novylen; know where Luna City is? Why, on east edge of Mare Crisium; everybody knows that. So? What latitude and longitude? Huh? Look it up in a reference book! So? If you don’t know where any better than that, how did you find it last week? No huhu, cobber; I took tube, changed at Torricelli, slept rest of way; finding it was capsule’s worry.

See? You don’t know where Luna City is! You simply get out when capsule pulls in at Tube Station South. That’s how we hid catapult.

Is in Mare Undarum area, “everybody knows that.” But where it is and where we said it was differ by amount greater or less than one hundred kilometers in direction north, south, east, or west, or some combination.

Today you can look up its location in reference books—and find same wrong answer. Location of that catapult is still most closely guarded secret in Luna.

Can’t be seen from space, by eye or radar. Is underground save for ejection and that is a big black shapeless hole like ten thousand others and high up an uninviting mountain with no place for a jump rocket to put down.

Nevertheless many people were there, during and after construction. Even Warden visited and my co-husband Greg showed him around. Warden went by mail rocket, commandeered for day, and his Cyborg was given coordinates and a radar beacon to home on—a spot in fact not far from site. But from there, it was necessary to travel by rolligon and our lorries were not like passenger buses from Endsville to Beluthihatchie in old days; they were cargo carriers, no ports for sightseeing and a ride so rough that human cargo had to be strapped down. Warden wanted to ride up in cab but—sorry, Gospodin!—just space for wrangler and his helper and took both to keep her steady.

Three hours later he did not care about anything but getting home. He stayed one hour and was not interested in talk about purpose of all this drilling and value of resources uncovered. Less important people, workmen and others, traveled by interconnecting ice-exploration bores, still easier way to get lost. If anybody carried an inertial pathfinder in his luggage, he could

have located site—but security was tight. One did so and had accident with p-suit; his effects were returned to L-City and his pathfinder read what it should—i.e., what we wanted it to

read, for I made hurried trip out with number-three arm along. You can reseal one without a trace if you do it in nitrogen atmosphere—I wore an oxygen mask at slight overpressure. No

huhu.

We entertained vips from Earth, some high in Authority. They traveled easier underground route; I suppose Warden had warned them. But even on that route is one thirty-kilometer stretch by rolligon. We had one visitor from Earth who looked like trouble, a Dr. Dorian, physicist and engineer. Lorry tipped over—silly driver tried shortcut—they were not in line-of-sight for anything and their beacon was smashed. Poor Dr. Dorian spent seventy-two hours in an unsealed pumice igloo and had to be returned to L-City ill from hypoxia and overdose of radiation despite efforts on his behalf by two Party members driving him.

Might have been safe to let him see; he might not have spotted doubletalk and would not have spotted error in location. Few people look at stars when p-suited even when Sun doesn’t make it futile; still fewer can read stars—and nobody can locate himself on surface without help unless he has instruments, knows how to use them and has tables and something to give a time tick. Put at crudest level, minimum would be octant, tables, and good watch. Our visitors were even encouraged to go out on surface but if one had carried an octant or modern equivalent, might have had accident.

We did not make accidents for spies. We let them stay, worked them hard, and Mike read their reports. One reported that he was certain that we had found uranium ore, something unknown in Luna at that time. Project Centerbore being many years later. Next spy came out with kit of radiation counters. We made it easy for him to sneak them through bore.

By March ‘76 catapult was almost ready, lacking only installation of stator segments. Power plant was in and a co-ax had been strung underground with a line-of-sight link for that thirty kilometers. Crew was down to skeleton size, mostly Party members. But we kept one spy so that Alvarez could have regular reports—didn’t want him to worry; it tended to make him suspicious. Instead we worried him in warrens.

10

Were changes in those eleven months. Wyoh was baptized into Greg’s church, Prof’s health became so shaky that he dropped teaching, Mike took up writing poetry. Yankees finished in cellar. Wouldn’t have minded paying Prof if they had been nosed out, but from pennant to cellar in one season—I quit watching them on video.

Prof’s illness was phony. He was in perfect shape for age, exercising in hotel room three hours each day, and sleeping in three hundred kilograms of lead pajamas. And so was I, and so was Wyoh, who hated it. I don’t think she ever cheated and spent night in comfort though can’t say for sure; I was not dossing with her. She had become a fixture in Davis family. Took her one day to go from “Gospazha Davis” to “Gospazha Mum,” one more to reach “Mum” and now it might be “Mimi Mum” with arm around Mum’s waist. When Zebra File showed she couldn’t go back to Hong Kong, Sidris had taken Wyoh into her beauty shop after hours and done a job which left skin same dark shade but would not scrub off. Sidris also did a hairdo on Wyoh that left it black and looking as if unsuccessfully unkinked. Plus minor touches—opaque nail enamel, plastic inserts for cheeks and nostrils and of course she wore her dark- eyed contact lenses. When Sidris got through, Wyoh could have gone bundling without fretting about her disguise; was a perfect “colored” with ancestry to match—Tamil, a touch of Angola, German. I called her “Wyma” rather than “Wyoh.”

She was gorgeous. When she undulated down a corridor, boys followed in swarms.

She started to learn farming from Greg but Mum put stop to that. While she was big and smart and willing, our farm is mostly a male operation—and Greg and Hans were not only male members of our family distracted; she cost more farming man-hours than her industry equaled. So Wyoh went back to housework, then Sidris took her into beauty shop as helper.

Prof played ponies with two accounts, betting one by Mike’s “leading apprentice” system, other by his own “scientific” system. By July ‘75 he admitted that he knew nothing about horses and went solely to Mike’s system, increasing bets and spreading them among many bookies. His winnings paid Party’s expenses while Mike built swindle that financed catapult. But Prof lost interest in a sure thing and merely placed bets as Mike designated. He stopped reading pony journals—sad, something dies when an old horseplayer quits.

Ludmilla had a girl which they say is lucky in a first and which delighted me—every family needs a girl baby. Wyoh surprised our women by being expert in midwifery—and surprised them again that she knew nothing about baby care. Our two oldest sons found marriages at last and Teddy, thirteen, was opted out. Greg hired two lads from neighbor farms and, after six months of working and eating with us, both were opted in—not rushing things, we had known them and their families for years. It restored balance we had lacked since Ludmilla’s opting and put stop to snide remarks from mothers of bachelors who had not found marriages–not that Mum wasn’t capable of snubbing anyone she did not consider up to Davis standards.

Wyoh recruited Sidris; Sidris started own cell by recruiting her other assistant and Bon Ton Beaute Shoppe became hotbed of subversion. We started using our smallest kids for deliveries and other jobs a child can do—they can stake out or trail a person through corridors better than an adult, and are not suspected. Sidris grabbed this notion and expanded it through women recruited in beauty parlor.

Soon she had so many kids on tap that we could keep all of Alvarez’s spies under surveillance. With Mike able to listen at any phone and a child spotting it whenever a spy left home or place of work or wherever—with enough kids on call so that one could phone while another held down a new stakeout—we could keep a spy under tight observation and keep him from seeing anything we didn’t want him to see. Shortly we were getting reports spies phoned in without waiting for Zebra File; it did a sod no good to phone from a taproom instead of home; with Baker Street Irregulars on job Mike was listening before he finished punching number.

These kids located Alvarez’s deputy spy boss in L-City. We knew he had one because these finks did not report to Alvarez by phone, nor did it seem possible that Alvarez could have recruited them as none of them worked in Complex and Alvarez came inside Luna City only when an Earthside vip was so important as to rate a bodyguard commanded by Alvarez in person.

His deputy turned out to be two people—an old lag who ran a candy, news, and bookie counter in Old Dome and his son who was on civil service in Complex. Son carried reports in, so Mike had not been able to hear them.

We let them alone. But from then on we had fink field reports half a day sooner than Alvarez. This advantage—all due to kids as young as five or six—saved lives of seven comrades. All glory to Baker Street Irregulars!

Don’t remember who named them but think it was Mike—I was merely a Sherlock Homes fan whereas he really did think he was Sherlock Holmes’s brother Mycroft … nor would I swear he was not; “reality” is a slippery notion. Kids did not call themselves that; they had their own play gangs with own names. Nor were they burdened with secrets which could endanger them; Sidris left it to mothers to explain why they were being asked to do these jobs save that they were never to be told real reason. Kids will do anything mysterious and fun; look how many of their games are based on outsmarting.

Bon Ton salon was a clearinghouse of gossip—women get news faster than Daily Lunatic. I encouraged Wyoh to report to Mike each night, not try to thin gossip down to what seemed significant because was no telling what might be significant once Mike got through associating it with a million other facts.

Beauty parlor was also place to start rumors. Party had grown slowly at first, then rapidly as powers-of-three began to be felt and also because Peace Dragoons were nastier than older bodyguard. As numbers increased we shifted to high speed on agitprop, black-propaganda rumors, open subversion, provocateur activities, and sabotage. Finn Nielsen handled agitprop when it was simpler as well as dangerous job of continuing to front for and put cover-up activity into older, spyridden underground. But now a large chunk of agitprop and related work was given to Sidris.

Much involved distributing handbills and such. No subversive literature was ever in her shop, nor our home, nor that hotel room; distribution was done by kids, too young to read.

Sidris was also working a full day bending hair and such. About time she began to have too much to do I happened one evening to make walk-about on Causeway with Sidris on my arm when I caught sight of a familiar face and figure—skinny little girl, all angles, carrot-red hair. She was possibly twelve, at stage when a fem shoots up just before blossoming out into rounded softness. I knew her but could not say why or when or where.

I said, “Psst, doll baby. Eyeball young fem ahead. Orange hair, no cushions.” Sidris looked her over. “Darling, I knew you were eccentric. But she’s still a boy.” “Damp it. Who?”

“Bog knows. Shall I sprag her?”

Suddenly I remembered like video coming on. And wished Wyoh were with me-but Wyoh and I were never together in public. This skinny redhead had been at meeting where Shorty was killed. She sat on floor against wall down front and listened with wide-eyed seriousness and applauded fiercely. Then I had seen her at end in free trajectory—curled into ball in air and had hit a yellow jacket in knees, he whose jaw I broke a moment later.

Wyoh and I were alive and free because this kid moved fast in a crisis. “No, don’t speak to her,” I told Sidris. “But I want to keep her in sight. Wish we had one of your Irregulars here. Damn.”

“Drop off and phone Wyoh, you’ll have one in five minutes,” my wife said.

I did. Then Sidris and I strolled, looking in shopwindows and moving slowly, as quarry was window-shopping. In seven or eight minutes a small boy came toward us, stopped and said, “Hello, Auntie Mabell. Hi, Uncle Joe.”

Sidris took his hand. “Hi, Tony. How’s your mother, dear?” “Just fine.” He added in a whisper, “I’m Jock.”

“Sorry.” Sidris said quietly to me, “Stay on her,” and took Jock into a tuck shop.

She came out and joined me. Jock followed her licking a lollipop. “‘Bye, Auntie Mabel! Thanks!” He danced away, rotating, wound up by that little redhead, stood and stared into a display, solemnly sucking his sweet. Sidris and I went home.

Areport was waiting. “She went into Cradle Roll Creche and hasn’t come out. Do we stay on it?”

“Abit yet,” I told Wyoh, and asked if she remembered this kid. She did, but had no idea who she might be. “You could ask Finn.”

“Can do better.” I called Mike.

Yes, Cradle Roll Creche had a phone and Mike would listen. Took him twenty minutes to pick up enough to give analysis—many young voices and at such ages almost sexless. But presently he told me, “Man, I hear three voices that could match the age and physical type you described. However, two answer to names which I assume to be masculine. The third answers when anyone says ‘Hazel’—which an older female voice does repeatedly. She seems to be Hazel’s boss.”

“Mike, look at old organization file. Check Hazels.”

“Four Hazels,” he answered at once, “and here she is: Hazel Meade, Young Comrades Auxiliary, address Cradle Roll Creche, born 25 December 2063, mass thirty-nine kilos, height—” “That’s our little jump jet! Thanks, Mike. Wyoh, call off stake-out. Good job!”

“Mike, call Donna and pass the word, that’s a dear.”

I left it to girls to recruit Hazel Meade and did not eyeball her until Sidris moved her into our household two weeks later. But Wyoh volunteered a report before then; policy was involved. Sidris had filled her cell but wanted Hazel Meade. Besides this irregularity, Sidris was doubtful about recruiting a child. Policy was adults only, sixteen and up.

I took it to Adam Selene and executive cell. “As I see,” I said, “this cells-of-three system is to serve us, not bind us. See nothing wrong in Comrade Cecilia having an extra. Nor any real danger to security.”

“I agree,” said Prof. “But I suggest that the extra member not be part of Cecilia’s cell—she should not know the others, I mean, unless the duties Cecilia gives her make it necessary. Nor do I think she should recruit, at her age. The real question is her age.”

“Agreed,” said Wyoh. “I want to talk about this kid’s age.”

“Friends,” Mike said diffidently (diffidently first time in weeks; he was now that confident executive “Adam Selene” much more than lonely machine)—”perhaps I should have told you, but I have already granted similar variations. It did not seem to require discussion.”

“It doesn’t, Mike,” Prof reassured him. “Achairman must use his own judgment. What is our largest cell?” “Five. it is a double cell, three and two.”

“No harm done. Dear Wyoh, does Sidris propose to make this child a full comrade? Let her know that we are committed to revolution… with all the bloodshed, disorder, and possible disaster that entails?”

“That’s exactly what she is requesting.”

“But, dear lady, while we are staking our lives, we are old enough to know it. For that, one should have an emotional grasp of death. Children seldom are able to realize that death will come to them personally. One might define adulthood as the age at which a person learns that he must die… and accepts his sentence undismayed.”

“Prof,” I said, “I know some mighty tall children. Seven to two some are in Party.”

“No bet, cobber. It’ll give odds that at least half of them don’t qualify—and we may find it out the hard way at the end of this our folly.” “Prof,” Wyoh insisted. “Mike, Mannie. Sidris is certain this child is an adult. And I think so, too.”

“Man?” asked Mike.

“Let’s find way for Prof to meet her and form own opinion. I was taken by her. Especially her go-to-hell fighting. Or would never have started it.”

We adjourned and I heard no more. Hazel showed up at dinner shortly thereafter as Sidris’ guest. She showed no sign of recognizing me, nor did I admit that I had ever seen her—but learned long after that she had recognized me, not just by left arm but because I had been hatted and kissed by tall blonde from Hong Kong. Furthermore Hazel had seen through Wyoming’s disguise, recognized what Wyoh never did successfully disguise: her voice.

But Hazel used lip glue. If she ever assumed I was in conspiracy she never showed it.

Child’s history explained her, far as background can explain steely character. Transported with parents as a baby much as Wyoh had been, she had lost father through accident while he was convict labor, which her mother blamed on indifference of Authority to safety of penal colonists. Her mother lasted till Hazel was five; what she died from Hazel did not know; she was then living in creche where we found her. Nor did she know why parents had been shipped—possibly for subversion if they were both under sentence as Hazel thought. As may be, her mother left her a fierce hatred of Authority and Warden.

Family that ran Cradle Roll let her stay; Hazel was pinning diapers and washing dishes as soon as she could reach. She had taught herself to read, and could print letters but could not write. Her knowledge of math was only that ability to count money that children soak up through their skins.

Was fuss over her leaving creche; owner and husbands claimed Hazel owed several years’ service. Hazel solved it by walking out, leaving her clothes and fewer belongings behind. Mum was angry enough to want family to start trouble which could wind up in “brawling” she despised. But I told her privately that, as her cell leader, I did nor want our family in public eye

—and hauled out cash and told her Party would pay for clothes for Hazel. Mum refused money, called off a family meeting, took Hazel into town and was extravagant—for Mum—in re- outfitting her.

So we adopted Hazel. I understand that these days adopting a child involves red tape; in those days it was as simple as adopting a kitten.

Was more fuss when Mum started to place Hazel in school, which fitted neither what Sidris had in mind nor what Hazel had been led to expect as a Party member and comrade. Again I butted in and Mum gave in part way. Hazel was placed in a tutoring school close to Sidris’ shop—that is, near easement lock thirteen; beauty parlor was by it (Sidris had good business because close enough that our water was piped in, and used without limit as return line took it back for salvage). Hazel studied mornings and helped in afternoons, pinning on gowns, handing out towels, giving rinses, learning trade—and whatever else Sidris wanted.

“Whatever else” was captain of Baker Street Irregulars.

Hazel had handled younger kids all her short life. They liked her; she could wheedle them into anything; she understood what they said when an adult would find it gibberish. She was a perfect bridge between Party and most junior auxiliary. She could make a game of chores we assigned and persuade them to play by rules she gave them, and never let them know it was adult-serious–-but child-serious, which is another matter.

For example:

Let’s say a little one, too young to read, is caught with a stack of subversive literature—which happened more than once. Here’s how it would go, after Hazel indoctrinated a kid: ADULT: “Baby, where did you get this?”

BAKER STREET IRREGULAR: “I’m not a baby, I’m a big boy!” ADULT: “Okay, big boy, where did you get this?”

B.S.I.: “Jackie give it to me.” ADULT: “Who is Jackie?” B.S.I.: “Jackie.”

ADULT: “But what’s his last name?” B.S.I.: “Who?”

ADULT: “Jackie.”

B.S.I.: (scornfully) “Jackie’s a girl!”

ADULT: “All right, where does she live?” B.S.L: “Who?”

And so on around—To all questions key answer was of pattern: “Jackie give it to me.” Since Jackie didn’t exist, he (she) didn’t have a last name, a home address, nor fixed sex. Those children enjoyed making fools of adults, once they learned how easy it was.

At worst, literature was confiscated. Even a squad of Peace Dragoons thought twice before trying to “arrest” a small child. Yes, we were beginning to have squads of Dragoons inside Luna city, but never less than a squad—some had gone in singly and not come back.

When Mike started writing poetry I didn’t know whether to laugh or cry. He wanted to publish it! Shows how thoroughly humanity had corrupted this innocent machine that he should wish to see his name in print.

I said, “Mike, for Bog’s sake! Blown all circuits? Or planning to give us away?”

Before he could sulk Prof said, “Hold on, Manuel; I see possibilities. Mike, would it suit you to take a pen name?”

That’s how “Simon Jester” was born. Mike picked it apparently by tossing random numbers. But he used another name for serious verse, his Party name, Adam Selene.

“Simon’s” verse was doggerel, bawdy, subversive, ranging from poking fun at vips to savage attacks on Warden, system, Peace Dragoons, finks. You found it on walls of public W.C.s, or on scraps of paper left in tube capsules: Or in taprooms. Wherever they were they were signed “Simon Jester” and with a matchstick drawing of a little horned devil with big grin and forked tail. Sometimes he was stabbing a fat man with a pitchfork. Sometimes just his face would appear, big grin and horns, until shortly even horns and grin meant “Simon was here.”

Simon appeared all over Luna same day and from then on never let up. Shortly he started receiving volunteer help; his verses and little pictures, so simple anybody could draw them, began appearing more places than we had planned. This wider coverage had to be from fellow travelers. Verses and cartoons started appearing inside Complex—which could not have been our work; we never recruited civil servants. Also, three days after initial appearance of a very rough limerick, one that implied that Warden’s fatness derived from unsavory habits, this limerick popped up on pressure-sticky labels with cartoon improved so that fat victim flinching from Simon’s pitchfork was recognizably Mort the Wart. We didn’t buy them, we didn’t print them. But they appeared in L-City and Novylen and Hong Kong, stuck almost everywhere—public phones, stanchions in corridors, pressure locks, ramp railings, other. I had a sample count made, fed it to Mike; he reported that over seventy thousand labels had been used in L-City alone.

I did not know of a printing plant in L-City willing to risk such a job and equipped for it. Began to wonder if might be another revolutionary cabal?

Simon’s verses were such a success that he branched out as a poltergeist and neither Warden nor security chief was allowed to miss it. “Dear Mort the Wart,” ran one letter. “Do please be careful from midnight to four hundred tomorrow. Love & Kisses, Simon”—with horns and grin. In same mail Alvarez received one reading: “Dear Pimplehead, If the Warden breaks his leg tomorrow night it will be your fault. Faithfully your conscience, Simon”—again with horns and smile.

We didn’t have anything planned; we just wanted Mort and Alvarez to lose sleep—which they did, plus bodyguard. All Mike did was to call Warden’s private phone at intervals from midnight to four hundred—an unlisted number supposedly known only to his personal staff. By calling members of his personal staff simultaneously and connecting them to Mort Mike not only created confusion but got Warden angry at his assistants—he flatly refused to believe their denials.

But was luck that Warden, goaded too far, ran down a ramp. Even a new chum does that only once. So he walked on air and sprained an ankle—close enough to a broken leg and Alvarez was there when it happened.

Those sleep-losers were mostly just that. Like rumor that Authority catapult had been mined and would be blown up, another night. Ninety plus eighteen men can’t search a hundred kilometers of catapult in hours, especially when ninety are Peace Dragoons not used to p-suit work and hating it—this midnight came at new earth with Sun high; they were outside far longer than is healthy, managed to cook up their own accidents while almost cooking themselves, and showed nearest thing to mutiny in regiment’s history. One accident was fatal. Did he fall or was he pushed? Asergeant.

Midnight alarums made Peace Dragoons on passport watch much taken by yawning and more bad-tempered, which produced more clashes with Loonies and still greater resentment both ways—so Simon increased pressure.

Adam Selene’s verse was on a higher plane. Mike submitted it to Prof and accepted his literary judgment (good, I think) without resentment. Mike’s scansion and rhyming were perfect, Mike being a computer with whole English language in his memory and able to search for a fitting word in microseconds. What was weak was self-criticism. That improved rapidly under Prof’s stern editorship.

Adam Selene’s by-line appeared first in dignified pages of Moonglow over a somber poem titled: “Home.” Was dying thoughts of old transportee, his discovery as he is about to leave that Luna is his beloved home. Language was simple, rhyme scheme unforced, only thing faintly subversive was conclusion on part of dying man that even many wardens he has endured was not too high a price.

Doubt if Moonglow’s editors thought twice. Was good stuff, they published.

Alvarez turned editorial office inside out trying to get a line back to Adam Selene. Issue had been on sale half a lunar before Alvarez noticed it, or had it called to his attention; we were fretted, we wanted that by-line noticed. We were much pleased with way Alvarez oscillated when he did see it.

Editors were unable to help fink boss. They told him truth: Poem had come in by mail. Did they have it? Yes, surely… sorry, no envelope; they were never saved. After a long time Alvarez left, flanked by four Dragoons he had fetched along for his health.

Hope he enjoyed studying that sheet of paper. Was piece of Adam Selene’s business stationery: SELENE ASSOCIATES

LUNACITY

Investments Office of the Chairman Old Dome

and under that was typed Home, by Adam Selene, etc.

Any fingerprints were added after it left us. Had been typed on Underwood Office Electrostator, commonest model in Luna. Even so, were not too many as are importado; a scientific detective could have identified machine. Would have found it in Luna City office of Lunar Authority. Machines, should say, as we found six of model in office and used them in rotation, five words and move to next. Cost Wyoh and self sleep and too much risk even though Mike listened at every phone, ready to warn. Never did it that way again.

Alvarez was not a scientific detective.

11

In early ‘76 I had too much to do. Could not neglect customers. Party work took more time even though all possible was delegated. But decisions had to be made on endless things and messages passed up and down. Had to squeeze in hours of heavy exercise, wearing weights, and dasn’t arrange permission to use centrifuge at Complex, one used by earthworm scientists to stretch time in Luna—while had used it before, this time could not advertise that I was getting in shape for Earthside.

Exercising without centrifuge is less efficient and was especially boring because did not know there would be need for it. But according to Mike 30 percent of ways events could fall required some Loonie, able to speak for Party, to make trip to Terra.

Could not see myself as an ambassador, don’t have education and not diplomatic. Prof was obvious choice of those recruited or likely to be. But Prof was old, might not live to land Earthside. Mike told us that a man of Prof’s age, body type, etc., had less than 40 percent chance of reaching Terra alive.

But Prof did gaily undertake strenuous training to let him make most of his poor chances, so what could I do but put on weights and get to work, ready to go and take his place if old heart clicked off? Wyoh did same, on assumption that something might keep me from going. She did it to share misery; Wyoh always used gallantry in place of logic.

On top of business, Party work, and exercise was farming. We had lost three sons by marriage while gaining two fine lads, Frank and Ali. Then Greg went to work for LuNoHoCo, as boss drillman on new catapult.

Was needful. Much skull sweat went into hiring construction crew. We could use non-Party men for most jobs, but key spots had to be Party men as competent as they were politically reliable. Greg did not want to go; our farm needed him and he did not like to leave his congregation. But accepted.

That made me again a valet, part time, to pigs and chickens. Hans is a good farmer, picked up load and worked enough for two men. But Greg had been farm manager ever since Grandpaw retired, new responsibility worried Hans. Should have been mine, being senior, but Hans was better farmer and closer to it; always been expected he would succeed Greg someday. So I backed him up by agreeing with his opinions and tried to be half a farm hand in hours I could squeeze. Left no time to scratch.

Late in February I was returning from long trip, Novylen, Tycho Under, Churchill. New tube had just been completed across Sinus Medii, so I went on to Hong Kong in Luna—business and did make contacts now that I could promise emergency service. Fact that Endsville-Beluthihatchie bus ran only during dark semi-lunar had made impossible before.

But business was cover for politics; liaison with Hong Kong had been thin. Wyoh had done well by phone; second member of her cell was an old comrade.—”Comrade Clayton”—who not only had clean bill of health in Alverez’s File Zebra but also stood high in Wyoh’s estimation. Clayton was briefed on policies, warned of bad apples, encouraged to start cell system while leaving old organization untouched. Wyoh told him to keep his membership, as before.

But phone isn’t face-to-face. Hong Kong should have been our stronghold. Was less tied to Authority as its utilities were not controlled from Complex; was less dependent because lack (until recently) of tube transport had made selling at catapult head less inviting; was stronger financially as Bank of Hong Kong Luna notes were better money than official Authority scrip.

I suppose Hong Kong dollars weren’t “money” in some legal sense. Authority would not accept them; times I went Earthside had to buy Authority scrip to pay for ticket. But what I carried was Hong Kong dollars as could be traded Earthside at a small discount whereas scrip was nearly worthless there. Money or not, Hong Kong Bank notes were backed by honest Chinee bankers instead of being fiat of bureaucracy. One hundred Hong Kong dollars was 31.1 grams of gold (old troy ounce) payable on demand at home office—and they did keep gold there, fetched up from Australia. Or you could demand commodities: non-potable water, steel of defined grade, heavy water of power plant specs, other things. Could buy these with scrip, too, but Authority’s prices kept changing, upward. I’m no fiscal theorist; time Mike tried to explain I got headache. Simply know we were glad to lay hands on this non-money whereas scrip

one accepted reluctantly and not just because we hated Authority.

Hong Kong should have been Party’s stronghold. But was not. We had decided that I should risk face-to-face there, letting some know my identity, as a man with one arm can’t disguise easily. Was risk that would jeopardize not only me but could lead to Wyoh, Mum, Greg, and Sidris if I took a fall. But who said revolution was safe?

Comrade Clayton turned out to be young Japanese—not too young, but they all look young till suddenly look old. He was not all Japanese—Malay and other things—but had Japanese name and household had Japanese manners; “giri” and “gimu” controlled and it was my good fortune that he owed much gimu to Wyoh.

Clayton was not convict ancestry; his people had been “volunteers” marched aboard ship at gunpoint during time Great China consolidated Earthside empire. I didn’t hold it against him; he hated Warden as bitterly as any old lag.

Met him first at a teahouse—taproom to us L-City types—and for two hours we talked everything but politics. He made up mind about me, took me home. My only complaint about Japanese hospitality is those chin-high baths are too bleeding hot.

But turned out I was not jeopardized. Mama-san was as skilled at makeup as Sidris, my social arm is very convincing, and a kimona covered its seam. Met four cells in two days, as “Comrade Bork” and wearing makeup and kimona and tabi and, if a spy was among them, don’t think he could identify Manuel O’Kelly. I had gone there intensely briefed, endless figures and projections, and talked about just one thing: famine in ‘82, six years away. “You people are lucky, won’t be hit so soon. But now with new tube, you are going to see more and more of your people turning to wheat and rice and shipping it to catapult head. Your time will come.”

They were impressed. Old organization, as I saw it and from what I heard, relied on oratory, whoop-it-up music, and emotion, much like church. I simply said, “There it is, comrades. Check those figures; I’ll leave them with you.”

Met one comrade separately. AChinee engineer given a good look at anything can figure way to make it. Asked this one if he had ever seen a laser gun small enough to carry like a rifle. He had not. Mentioned that passport system made it difficult to smuggle these days. He said thoughtfully that jewels ought not to be hard—and he would be in Luna City next week to see his cousin. I said Uncle Adam would be pleased to hear from him.

All in all was productive trip. On way back I stopped in Novylen to check an old-fashioned punched-tape “Foreman” I had overhauled earlier, had lunch afterwards, ran into my father. He and I were friendly but didn’t matter if we let a couple of years go by. We talked through a sandwich and beer and as I got up he said, “Nice to see you, Mannie. Free Luna!”

I echoed, too startled not to. My old man was as cynically non-political as you could find; if he would say that in public, campaign must be taking hold.

So I arrived in L-City cheered up and not too tired, having napped from Torricelli. Took Belt from Tube South, then dropped down and through Bottom Alley, avoiding Causeway crowd and heading home. Went into Judge Brody’s courtroom as I came to it, meaning to say hello. Brody is old friend and we have amputation in common. After he lost a leg he set up as a judge and was quite successful; was not another judge in L-City at that time who did not have side business, at least make book or sell insurance.

If two people brought a quarrel to Brody and he could not get them to agree that his settlement was just, he would return fees and, if they fought, referee their duel without charging—and still be trying to persuade them not to use knives right up to squaring off.

He wasn’t in his courtroom though plug hat was on desk. Started to leave, only to be checked by group coming in, stilyagi types. Agirl was with them, and an older man hustled by them. He was mussed, and clothing had that vague something that says “tourist.”

We used to get tourists even then. Not hordes but quite a few. They would come up from Earth, stop in a hotel for a week, go back in same ship or perhaps stop over for next ship. Most of them spent their time gambling after a day or two of sightseeing including that silly walk up on surface every tourist makes. Most Loonies ignored them and granted them their foibles.

One lad, oldest, about eighteen and leader, said to me, “Where’s judge?” “Don’t know. Not here.”

He chewed lip, looked baffled. I said, “What trouble?”

He said soberly, “Going to eliminate his choom. But want judge to confirm it.” I said, “Cover taprooms here around. Probably find him.”

Aboy about fourteen spoke up. “Say! Aren’t you Gospodin O’Kelly?” “Right.”

“Why don’t you judge it.”

Oldest looked relieved. “Will you, Gospodin?”

I hesitated. Sure, I’ve gone judge at times; who hasn’t? But don’t hanker for responsibility. However, it troubled me to hear young people talk about eliminating a tourist. Bound to cause talk.

Decided to do it. So I said to tourist, “Will you accept me as your judge?” He looked surprised. “I have choice in the matter?”

I said patiently, “Of course. Can’t expect me to listen if you aren’t willing to accept my judging. But not urging you. Your life, not mine.” He looked very surprised but not afraid. His eyes lit up. “My life, did you say?”

“Apparently. You heard lads say they intend to eliminate you. You may prefer to wait for Judge Brody.” He didn’t hesitate. Smiled and said, “I accept you as my judge, sir.”

“As you wish.” I looked at oldest lad. “What parties to quarrel? Just you and your young friend?” “Oh, no, Judge, all of us.”

“Not your judge yet.” I looked around. “Do you all ask me to judge?”

Were nods; none said No. Leader turned to girl, added, “Better speak up, Tish. You accept Judge O’Kelly?”

“What? Oh, sure!” She was a vapid little thing, vacantly pretty, curvy, perhaps fourteen. Slot-machine type, and how she might wind up. Sort who prefers being queen over pack of stilyagi to solid marriage. I don’t blame stilyagi; they chase around corridors because not enough females. Work all day and nothing to go home to at night.

“Okay, court has been accepted and all are bound to abide by my verdict. Let’s settle fees. How high can you boys go? Please understand I’m not going to judge an elimination for dimes. So ante up or I turn him loose.”

Leader blinked, they went into huddle. Shortly he turned and said, “We don’t have much. Will you do it for five Kong dollars apiece?” Six of them—”No. Ought not to ask a court to judge elimination at that price.”

They huddled again. “Fifty dollars, Judge?”

“Sixty. Ten each. And another ten from you, Tish,” I said to girl.

She looked surprised, indignant. “Come, come!” I said. “Tanstaafl.”

She blinked and reached into pouch. She had money; types like that always have. I collected seventy dollars, laid it on desk, and said to tourist, “Can match it?” “Beg pardon?”

“Kids are paying seventy dollars Hong Kong for judgment. You should match it. If you can’t, open pouch and prove it and can owe it to me. But that’s your share.” I added, “Cheap, for a capital case. But kids can’t pay much so you get a bargain.”

“I see. I believe I see.” He matched with seventy Hong Kong.

“Thank you,” I said. “Now does either side want a jury?” Girl’s eyes lit up. “Sure! Let’s do it right.” Earthworm said, “Under the circumstances perhaps I need one.” “Can have it,” I assured. “Want a counsel?”

“Why, I suppose I need a lawyer, too.”

“I said ‘counsel,’ not ‘lawyer.’ Aren’t any lawyers here.” Again he seemed delighted. “I suppose counsel, if I elected to have one, would be of the same, uh, informal quality as the rest of these proceedings?”

“Maybe, maybe not. I’m informal sort of judge, that’s all. Suit yourself.” “Mm. I think I’ll rely on your informality, your honor.”

Oldest lad said, “Uh, this jury. You pick up chit? Or do we?”

“I pay it; I agreed to judge for a hundred forty, gross. Haven’t you been in court before? But not going to kill my net for extra I could do without. Six jurymen, five dollars each. See who’s in Alley.”

One boy stepped out and shouted, “Jury work! Five-dollar job!”

They rounded up six men and were what you would expect in Bottom Alley. Didn’t worry me as had no intention of paying mind to them. If you go judge, better in good neighborhood with chance of getting solid citizens.

I went behind desk, sat down, put on Brody’s plug hat—wondered where he had found it. Probably a castoff from some lodge. “Court’s in session,” I said. “Let’s have names and tell me beef.”

Oldest lad was named. Slim Lemke, girl war Patricia Carmen Zhukov; don’t remember others. Tourist stepped up, reached into pouch and said, “My card, sir.” I still have it. It read:

STUART RENE LaJOIE

Poet—Traveler—Soldier of Fortune

Beef was tragically ridiculous, fine example of why tourists should not wander around without guides. Sure, guides bleed them white—but isn’t that what a tourist is for? This one almost lost life from lack of guidance.

Had wandered into a taproom which lets stilyagi hang out, a sort of clubroom. This simple female had flirted with him. Boys had let matter be, as of course they had to as long as she invited it. But at some point she had laughed and let him have a fist in ribs. He had taken it as casually as a Loonie would … but had answered in distinctly earthworm manner; slipped arm around waist and pulled her to him, apparently tried to kiss her.

Now believe me, in North America this wouldn’t matter; I’ve seen things much like it. But of course Tish was astonished, perhaps frightened. She screamed. And pack of boys set upon him and roughed him up. Then decided he had to pay for his “crime”—but do it correctly. Find a judge.

Most likely they chickened. Chances are not one had ever dealt with an elimination. But their lady had been insulted, had to be done.

I questioned them, especially Tish, and decided I had it straight. Then said, “Let me sum up. Here we have a stranger. Doesn’t know our ways. He offended, he’s guilty. But meant no offense far as I can see. What does jury say? Hey, you there!—wake up! What you say?”

Juryman looked up blearily, said, “‘Liminate him!” “Very well? And you?”

“Well—” Next one hesitated. “Guess it would be enough just to beat tar out of him, so he’ll know better next time. Can’t have men pawing women, or place will get to be as bad as they say Terra is.”

“Sensible,” I agreed. “And you?”

Only one juror voted for elimination. Others ranged from a beating to very high fines. “What do you think, Slim?”

“Well—” He was worried—face in front of gang, face in front of what might be his girl. But had cooled down and didn’t want chum eliminated. “We already worked him over. Maybe if he got down on hands and knees and kissed floor in front of Tish and said he was sorry?”

“Will you do that, Gospodin LaJoie?” “If you so rule, your honor.”

“I don’t. Here’s my verdict. First that juryman—you!—you are fined fee paid you because you fell asleep while supposed to be judging. Grab him, boys, take it away from him and throw him out.”

They did, enthusiastically; made up a little for greater excitement they had thought of but really could not stomach. “Now, Gospodin LaJoie, you are fined fifty Hong Kong for not having common sense to learn local customs before stirring around. Ante up.”

I collected it. “Now you boys line up. You are fined five dollars apiece for not exercising good judgment in dealing with a person you knew was a stranger and not used to our ways. Stopping him from touching Tish, that’s fine. Rough him, that’s okay, too; he’ll learn faster. And could have tossed him out. But talking about eliminating for what was honest mistake— well, it’s out of proportion. Five bucks each. Ante up.

Slim gulped. “Judge … I don’t think we have that much left! At least I don’t.”

“I thought that might be. You have a week to pay or I post your names in Old Dome. Know where Bon Ton Beaute Shoppe is, near easement lock thirteen? My wife runs it; pay her. Court’s out. Slim, don’t go away. Nor you, Tish. Gospodin LaJoie, let’s take these young people up and buy them a cold drink and get better acquainted.”

Again his eyes filled with odd delight that reminded of Prof. “Acharming idea, Judge!”

“I’m no longer judge. It’s up a couple of ramps… so I suggest you offer Tish your arm.”

He bowed and said, “My lady? May I?” and crooked his elbow to her. Tish at once became very grown up. “Spasebo, Gospodin! I am pleased.”

Took them to expensive place, one where their wild clothes and excessive makeup looked out of place; they were edgy. But I tried to make them feel easy and Stuart LaJoie tried even harder and successfully. Got their addresses as well as names; Wyoh had one sequence which was concentrating on stilyagi. Presently they finished their coolers, stood up, thanked and left. LaJoie and I stayed on.

“Gospodin,” he said presently, “you used an odd word earlier—odd to me, I mean.” “Call me ‘Mannie’ now that kids are gone. What word?”

“It was when you insisted that the, uh, young lady, Tish—that Tish must pay, too. ‘Tone-stapple,’ or something like it.”

“Oh, ‘tanstaafl.’ Means ~There ain’t no such thing as a free lunch.’ And isn’t,” I added, pointing to a FREE LUNCH sign across room, “or these drinks would cost half as much. Was reminding her that anything free costs twice as much in long run or turns out worthless.”

“An interesting philosophy.”

“Not philosophy, fact. One way or other, what you get, you pay for.” I fanned air. “Was Earthside once and heard expression ‘Free as air.’ This air isn’t free, you pay for every breath.” “Really? No one has asked me to pay to breathe.” He smiled. “Perhaps I should stop.”

“Can happen, you almost breathed vacuum tonight. But nobody asks you because you’ve paid. For you, is part of round-trip ticket; for me it’s a quarterly charge.” I started to tell how my family buys and sells air to community co-op, decided was too complicated. “But we both pay.”

LaJoie looked thoughtfully pleased. “Yes, I see the economic necessity. It’s simply new to me. Tell me, uh, Mannie—and I’m called ‘Stu’—was I really in danger of ‘breathing vacuum’?” “Should have charged you more.”

“Please?”

“You aren’t convinced. But charged kids all they could scrape up and fined them too, to make them think. Couldn’t charge you more than them. Should have, you think it was all a joke.” “Believe me, sir, I do not think it was a joke. I just have trouble grasping that your local laws permit a man to be put to death … so casually … and for so trivial an offense.”

I sighed. Where do you start explaining when a man’s words show there isn’t anything he understands about subject, instead is loaded with preconceptions that don’t fit facts and doesn’t even know he has?

“Stu,” I said, “let’s take that piece at a time. Are no ‘local laws’ so you couldn’t be ‘put to death’ under them. Your offense was not ‘trivial,’ I simply made allowance for ignorance. And wasn’t done casually, or boys would have dragged you to nearest lock to zero pressure, shoved you in, and cycled. Instead were most formal—good boys!—and paid own cash to give you a trial. And didn’t grumble when verdict wasn’t even close to what they asked. Now, anything still not clear?”

He grinned and turned out to have dimples like Prof; found myself liking him still more. “All of it, I’m afraid. I seem to have wandered into Looking Glass Land.”

Expected that; having been Earthaide I know how their minds work, some. An earthworm expects to find a law, a printed law, for every circumstance. Even have laws for private matters such as contracts. Really, if a man’s word isn’t any good, who would contract with him? Doesn’t he have reputation?

“We don’t have laws,” I said. “Never been allowed to. Have customs, but aren’t written and aren’t enforced—or could say they are self-enforcing because are simply way things have to be, conditions being what they are. Could say our customs are natural laws because are way people have to behave to stay alive. When you made a pass at Tish you were violating a natural law… and almost caused you to breathe vacuum.”

He blinked thoughtfully. “Would you explain the natural law I violated? I had better understand it … or best I return to my ship and stay inboard until lift. To stay alive.”

“Certainly. Is so simple that, once you understand, you’ll never be in danger from it again. Here we are, two million males, less than one million females. Aphysical fact, basic as rock or vacuum. Then add idea of tanstaafl. When thing is scarce, price goes up. Women are scarce; aren’t enough to go around—that makes them most valuable thing in Luna, more precious than ice or air, as men without women don’t care whether they stay alive or not. Except a Cyborg, if you regard him as a man, which I don’t.”

I went on: “So what happens?—and mind you, things were even worse when this custom, or natural law, first showed itself back in twentieth century. Ratio was ten-to-one or worse then. One thing is what always happens in prisons: men turn to other men. That helps not much; problem still is because most men want women and won’t settle for substitute while chance of getting true gelt.

“They get so anxious they will kill for it… and from stories old-timers tell was killing enough to chill your teeth in those days. But after a while those still alive find way to get along, things shake down. As automatic as gravitation. Those who adjust to facts stay alive; those who don’t are dead and no problem.

“What that means, here and now, is that women are scarce and call tune… and you are surrounded by two million men who see to it you dance to that tune. You have no choice, she has all choice. She can hit you so hard it draws blood; you dasn’t lay a finger on her. Look, you put an arm around Tish, maybe tried to kiss. Suppose instead she had gone to hotel room with you; what would happen?”

“Heavens! I suppose they would have torn me to pieces.”

“They would have done nothing. Shrugged and pretended not to see. Because choice is hers. Not yours. Not theirs. Exclusively hers. Oh, be risky to ask her to go to hotel; she might take offense and that would give boys license to rough you up. But—well, take this Tish. Asilly little tart. If you had flashed as much money as I saw in your pouch, she might have taken into head that a bundle with tourist was just what she needed and suggested it herself. In which case would have been utterly safe.”

Lajoie shivered. “At her age? It scares me to think of it. She’s below the age of consent. Statutory rape.”

“Oh, bloody! No such thing. Women her age are married or ought to be. Stu, is no rape in Luna. None. Men won’t permit. If rape had been involved, they wouldn’t have bothered to find a judge and all men in earshot would have scrambled to help. But chance that a girl that big is virgin is negligible. When they’re little, their mothers watch over them, with help from everybody in city; children are safe here. But when they reach husband-high, is no holding them and mothers quit trying. If they choose to run corndors and have fun, can’t stop ‘em; once a girl is nubile, she’s her own boss. You married?”

“No.” He added with a smile; “Not at present.”

“Suppose you were and wife told you she was marrying again. What would you do?”

“Odd that you should pick that, something like it did happen. I saw my attorney and made sure she got no alimony.”

“‘Alimony’ isn’t a word here; I learned it Earthside. Here you might—or a Loonie husband might—say, ‘I think we’ll need a bigger place, dear.’ Or might simply congratulate her and his new co-husband. Or if it made him so unhappy he couldn’t stand it, might opt out and pack clothes. But whatever, would not make slightest fuss. If he did, opinion would be unanimous against him. His friends, men and women alike, would snub him. Poor sod would probably move to Novylen, change name and hope to live it down.

“All our customs work that way. If you’re out in field and a cobber needs air, you lend him a bottle and don’t ask cash. But when you’re both back in pressure again, if he won’t pay up, nobody would criticize if you eliminated him without a judge. But he would pay; air is almost as sacred as women. If you take a new chum in a poker game, you give him air money. Not eating money; can work or starve. If you eliminate a man other than self-defense, you pay his debts and support his kids, or people won’t speak to you, buy from you, sell to you.”

“Mannie, you’re telling me that I can murder a man here and settle the matter merely with money?”

“Oh, not at all! But eliminating isn’t against some law; are no laws—except Warden’s regulations—and Warden doesn’t care what one Loonie does to another. But we figure this way: If a man is killed, either he had it coming and everybody knows it—usual case—or his friends will take care of it by eliminating man who did it. Either way, no problem. Nor many eliminations. Even set duels aren’t common.”

“‘His friends will take care of it.’ Mannie, suppose those young people had gone ahead? I have no friends here.”

“Was reason I agreed to judge. While I doubt if those kids could have egged each other into it, didn’t want to take chance. Eliminating a tourist could give our city a bad name.” “Does it happen often?”

“Can’t recall has ever happened. Of course may have been made to look like accident. Anew chum is accident-prone; Luna is that sort of place. They say if a new chum lives a year, he’ll live forever. But nobody sells him insurance first year.” Glanced at time. “Stu, have you had dinner?”

“No, and I was about to suggest that you come to my hotel. The cooking is good. Auberge Orleans.”

I repressed shudder—ate there once. “Instead, would you come home with me and meet my family? We have soup or something about this hour.” “Isn’t that an imposition?”

“No. Half a minute while I phone.”

Mum said, “Manuel! How sweet, dear! Capsule has been in for hours; I had decided it would be tomorrow or later.”

“Just drunken debauchery, Mimi, and evil companions. Coming home now if can remember way—and bringing evil companion.” “Yes, dear. Dinner in twenty minutes; try not to be late.”

“Don’t you want to know whether my evil companion is male or female?”

“Knowing you, I assume that it is female. But I fancy I shall be able to tell when I see her.”

“You know me so well, Mum. Warn girls to look pretty; wouldn’t want a visitor to outshine them.” “Don’t be too long; dinner will spoil. ‘Bye, dear. Love.”

“Love, Mum.” I waited, then punched MYCROFTXXX. “Mike, want a name searched. Earthside name, passenger in Popov. Stuart Rene LaJoie. Stuart with a U and last name might file under either L or J.”

Didn’t wait many seconds; Mike found Stu in all major Earthside references: Who’s Who, Dun & Bradstreet, Almanach de Gotha, London Times running files, name it. French expatriate, royalist, wealthy, six more names sandwiched into ones he used, three university degrees including one in law from Sorbonne, noble ancestry both France and Scotland, divorced (no children) from Honorable Pamela Hyphen-Hyphen-Blueblood. Sort of earthworm who wouldn’t speak to a Loonie of convict ancestry—except Stu would speak to anyone.

I listened a pair of minutes, then asked Mike to prepare a full dossier, following all associational leads. “Mike, might be our pigeon.” “Could be, Man.”

“Got to run. ‘Bye.” Returned thoughtfully to my guest. Almost a year earlier, during alcoholic talk-talk in a hotel room, Mike had promised us one chance in seven—if certain things were done. One sine-qua-non was help on Terra itself.

Despite “throwing rocks,” Mike knew, we all knew, that mighty Terra with eleven billion people and endless resources could not be defeated by three million who had nothing, even though we stood on a high place and could drop rocks on them.

Mike drew parallels from XVIIIth century, when Britain’s American colonies broke away, and from XXth, when many colonies became independent of several empires, and pointed out that in no case had a colony broken loose by brute force. No, in every case imperial state was busy elsewhere, had grown weary and given up without using full strength.

For months we had been strong enough, had we wished, to overcome Warden’s bodyguards. Once our catapult was ready (anytime now) we would not be helpless. But we needed a “favorable climate” on Terra. For that we needed help on Terra.

Prof had not regarded it as difficult. But turned out to be quite difficult. His Earthside friends were dead or nearly and I had never had any but a few teachers. We sent inquiry down through cells: “What vips do you know Earthaide?” and usual answer was: “You kidding?” Null program—

Prof watched passenger lists on incoming ships, trying to figure a contact, and had been reading Luna print-outs of Earthside newspapers, searching for vips he could reach through past connection. I had not tried; handful I had met on Terra were not vips.

Prof had not picked Stu off Popov’s passenger list. But Prof had not met him. I didn’t not know whether Stu was simply eccentric as odd personal card seemed to show. But he was only Terran I had ever had a drink with in Luna, seemed a dinkum cobber, and Mike’s report showed hunch was not all bad; he carried some tonnage.

So I took him home to see what family thought of him.

Started well. Mum smiled and offered hand. He took it and bowed so deep I thought he was going to kiss it—would have, I think, had I not warned him about fems. Mum was cooing as she led him in to dinner.

April and May ‘76 were more hard work and increasing effort to stir up Loonies against Warden, and goad him into retaliation. Trouble with Mort the Wart was that he was not a bad egg, nothing to hate about him other than fact he was symbol of Authority; was necessary to frighten him to get him to do anything. And average Loonie was just as bad. He despised Warden as matter of ritual but was not stuff that makes revolutionists; he couldn’t be bothered. Beer, betting, women, and work—Only thing that kept Revolution from dying of anemia was that Peace Dragoons had real talent for antagonizing.

But even them we had to keep stirred up. Prof kept saying we needed a “Boston Tea Party,” referring to mythical incident in an earlier revolution, by which he meant a public ruckus to grab attention.

We kept trying. Mike rewrote lyrics of old revolutionary songs: “Marseillaise,” “Internationale,” “Yankee Doodle,” “We Shall Overcome,” “Pie in the Sky,” etc., giving them words to fit Luna. Stuff like “Sons of Rock and Boredom/Will you let the Warden/Take from you your libertee!” Simon Jester spread them around, and when one took hold, we pushed it (music only) by radio and video. This put Warden in silly position of forbidding playing of certain tunes—which suited us; people could whistle.

Mike studied voice and word-choice patterns of Deputy Administrator, Chief Engineer, other department heads; Warden started getting frantic calls at night from his staff. Which they denied making. So Alvarez put lock-and-trace on next one—and sure enough, with Mike’s help, Alvarez traced it to supply chief’s phone and was sure it was boss belly-robber’s voice.

But next poison call to Mort seemed to come from Alvarez, and what Mort had to say next day to Alvarez and what Alvaiez said in own defense can only be described as chaotic crossed with psychotic.

Prof had Mike stop; was afraid Alvarez might lose job, which we did not want; he was doing too well for us. But by then Peace Dragoons had been dragged out twice in night on what seemed to be Warden’s orders, further disrupting morale, and Warden became convinced he was surrounded by traitors in official family while they were sure he had blown every circult.

An ad appeared in Lunaya Pravda announcing lecture by Dr. Adam Selene on Poetry and Arts in Luna: a New Renaissance. No comrade attended; word went down cells to stay away. Nor did anybody hang around when three squads of Peace Dragoons showed up—this involves Heisenberg principle as applied to Scarlet Pimpernels. Editor of Pravda spent bad hour explaining that he did not accept ads in person and this one was ordered over counter and paid for in cash. He was told not to take ads from Adam Selene. This was countermanded and he was told to take anything from Adam Selene but notify Alvarez at once.

New catapult was tested with a load dropped into south Indian Ocean at 350 E., 600 S., a spot used only by fish. Mike was joyed over his marksmanship since he had been able to sneak only two looks when guidance & tracking radars were not in use and had relied on just one nudge to bring it to bullseye. Earthside news reported giant meteor in sub-Antarctic picked up by Capetown Spacetrack with projected impact that matched Mike’s attempt perfectly—Mike called me to boast while taking down evening’s Reuters transmission. “I told you it was dead on,” he gloated. “I watched it. Oh, what a lovely splash!” Later reports on shock wave from seismic labs and on tsunamis from oceanographic stations were consistent.

Was only canister we had ready (trouble buying steel) or Mike might have demanded to try his new toy again.

Liberty Caps started appearing on stilyagi and their girls; Simon Jester began wearing one between his horns. Bon Marche gave them away as premiums. Alvarez had painful talk with Warden in which Mort demanded to know if his fink boss felt that something should be done every time kids took up fad? Had Alvarez gone out of his mind?

I ran across Slim Lemke on Carver Causeway early May; he was wearing a Liberty Cap. He seemed pleased to see me and I thanked him for prompt payment (he had come in three days after Stu’s trial and paid Sidris thirty Hong Kong, for gang) and bought him a cooler. While we were seated I asked why young people were wearing red hats? Why a hat? Hat’s were an earthworm custom, nyet?

He hesitated, then said was sort of a lodge, like Elks. I changed subject. Learned that his full name was Moses Lemke Stone; member of Stone Gang. This pleased me, we were relatives. But surprised me. However, even best families such as Stones sometimes can’t always find marriages for all sons; I had been lucky or might have been roving corridors at his age, too. Told him about our connection on my mother’s side.

He warmed up and shortly said, “Cousin Manuel, ever think about how we ought to elect our own Warden?”

I said No, I hadn’t; Authority appointed him and I supposed they always would. He asked why we had to have an Authority? I asked who had been putting ideas in head? He insisted nobody had, just thinking, was all—didn’t he have a right to think?

When I got home was tempted to check with Mike, find out lad’s Party name if any. But wouldn’t have been proper security, nor fair to Slim.

On 3 May ‘76 seventy-one males named Simon were rounded up and questioned, then released. No newspaper carned story. But everybody heard it; we were clear down in “J’s” and twelve thousand people can spread a story faster than I would have guessed. We emphasized that one of these dangerous males was only four years old, which was not true but very effective.

Stu Lajoie stayed with us during February and March and did not return to Terra until early April; he changed his ticket to next ship and then to next. When I pointed out that he was riding close to invisible line where irreversible physiological changes could set in, he grinned and told me not to worry. But made arrangements to use centrifuge.

Stu did not want to leave even by April. Was kissed goodbye with tears by all my wives and Wyoh, and he assured each one he was coming back. But left as he had work to do; by then he was a Party member.

I did not take part in decision to recruit Stu; I felt prejudiced. Wyoh and Prof and Mike were unanimous in risking it; I happily accepted their judgment.

We all helped to sell Stu LaJoie—self, Prof, Mike, Wyoh, Mum, even Sidris and Lenore and Ludmilla and our kids and Hans and Ali and Frank, as Davis home life was what grabbed him first. Did not hurt that Lenore was prettiest girl in L-City—which is no disparagement of Milla, Wyoh, Anna, and Sidris. Nor did it hurt that Stu could charm a baby away from breast. Mom fussed over him, Hans showed him hydroponic farming and Stu got dirty and sweaty and sloshed around in tunnels with our boys—helped harvest our Chinee fishponds—got stung by our bees—learned to handle a p-suit and went up with me to make adjustments on solar battery—helped Anna butcher a hog and learned about tanning leather—sat with Grandpaw and was respectful to his naive notions about Terra—washed dishes with Milla, something no male in our family ever did—rolled on floor with babies and puppies—learned to grind flour and swapped recipes with Mum.

I introduced him to Prof and that started political side of feeling him out. Nothing had been admitted—we could back away—when Prof introduced him to “Adam Selene” who could visit only by phone as he was “in Hong Kong at present.” By time Stu was committed to Cause, we dropped pretense and let him know that Adam was chairman whom he would not meet in person for security reasons.

But Wyoh did most and was on her judgment that Prof turned cards up and let Stu know that we were building a revolution. Was no surprise; Stu had made up mind and was waiting for us to trust him.

They say a face once launched a thousand ships. I do not know that Wyoh used anything but argument on Stu. I never tried to find out. But Wyoh had more to do with committing me than all Prof’s theory or Mike’s figures. If Wyoh used even stronger methods on Stu, she was not first heroine in history to do so for her country.

Stu went Earthside with a special codebook. I’m no code and cipher expert except that a computerman learns principles during study of information theory. Acipher is a mathematical pattern under which one letter substitutes for another, simplest being one in which alphabet is merely scrambled.

Acipher can be incredibly subtle, especially with help of a computer. But ciphers all have weakness that they are patterns. If one computer can think them up, another computer can break them.

Codes do not have same weakness. Let’s say that codebook has letter group GLOPS. Does this mean “Aunt Minnie will be home Thursday” or does it mean “3.14157 … “? Meaning is whatever you assign and no computer can analyze it simply from letter group. Give a computer enough groups and a rational theory involving meanings or subjects for

meanings, and it will eventually worry it out because meanings themselves will show patterns. But is a problem of different kind on more difficult level.

Code we selected was commonest commercial codebook, used both on Terra and in Luna for commercial dispatches. But we worked it over. Prof and Mike spent hours discussing what information Party might wish to send to its agent on Terra, or receive from agent, then Mike put his vast information to work and came up with new set of meanings for codebook, ones that could say “Buy Thai rice futures” as easily as “Run for life; they’ve caught us.” Or anything, as cipher signals were buried in it to permit anything to be said that had not been anticipated.

Late one night Mike made print-out of new code via Lunaya Pravda’s facilities, and night editor turned roll over to another comrade who converted it into a very small roll of film and passed it along in turn, and none ever knew what they handled or why. Wound up in Stu’s pouch. Search of off-planet luggage was tight by then and conducted by bad-tempered Dragoons—but Stu was certain he would have no trouble. Perhaps he swallowed it.

Thereafter some of LuNoHo Company’s dispatches to Terra reached Stu via his London broker.

Part of purpose was financial. Party needed to spend money Earthside; LuNoHoCo transferred money there (not all stolen, some ventures turned out well); Party needed still more money Earthside, Stu was to speculate, acting on secret knowledge of plan of Revolution—he, Prof, and Mike had spent hours discussing what stocks would go up, what would go down, etc., after Der Tag. This was Prof’s pidgin; I am not that sort of gambler.

But money was needed before Der Tag to build “climate of opinion.” We needed publicity, needed delegates and senators in Federated Nations, needed some nation to recognize us quickly once The Day came, we needed laymen telling other laymen over a beer: “What is there on that pile of rock worth one soldier’s life? Let ‘em go to hell in their own way, I say!”

Money for publicity, money for bribes, money for dummy organizations and to infiltrate established organizations; money to get true nature of Luna’s economy (Stu had gone loaded with figures) brought out as scientific research, then in popular form; money to convince foreign office of at least one major nation that there was advantage in a Free Luna; money to sell idea of Lunar tourism to a major cartel—

Too much money! Stu offered own fortune and Prof did not discourage it—Where treasure is, heart will be. But still too much money and far too much to do. I did not know if Stu could swing a tenth of it; simply kept fingers crossed. At least it gave us a channel to Terra. Prof claimed that communications to enemy were essential to any war if was to be fought and settled sensibly. (Prof was a pacifist. Like his vegetarianism, he did not let it keep him from being “rational.” Would have made a terrific theologian.)

As soon as Stu went Earthside, Mike set odds at one in thirteen. I asked him what in hell? “But, Man,” he explained patiently, “it increases risk. That it is necessary risk does not change the fact that risk is increased.”

I shut up. About that time, early May, a new factor reduced some risks while revealing others. One part of Mike handled Terra-Luna microwave traffic—commercial messages, scietitific data, news channels, video, voice radiotelephony, routine Authority traffic—and Warden’s top secret.

Aside from last, Mike could read any of this including commercial codes and ciphers—breaking ciphers was a crossword puzzle to him and nobody mistrusted this machine. Except Warden, and I suspect that his was distrust of all machinery; was sort of person who finds anything more involved than a pair of scissors complex, mysterious, and suspect—Stone Age mind.

Warden used a code that Mike never saw. Also used ciphers and did not work them through Mike; instead he had a moronic little machine in residence office. On top of this he had arrangement with Authority Earthside to switch everything around at preset times. No doubt he felt safe.

Mike broke his cipher patterns and deduced time-change program just to try legs. He did not tackle code until Prof suggested it; it held no interest for him.

But once Prof asked, Mike tackled Warden’s top-secret messages. He had to start from scratch; in past Mike had erased Warden’s messages once transmission was reported. So slowly, slowly he accumulated data for analysis—painfully slow, for Warden used this method only when he had to. Sometimes a week would pass between such messages. But gradually Mike began to gather meanings for letter groups, each assigned a probability. Acode does not crack all at once; possible to know meanings of ninety-nine groups in a message and miss essence because one group is merely GLOPS to you.

However, user has a problem, too; if GLOPS comes through as GLOPT, he’s in trouble. Any method of communication needs redundancy, or information can be lost. Was at redundancy that Mike nibbled, with perfect patience of machine.

Mike solved most of Warden’s code sooner than he had projected; Warden was sending more traffic than in past and most of it one subject (which helped)—subject being security and subversion.

We had Mort in a twitter; he was yelling for help.

He reported subversive activities still going on despite two phalanges of Peace Dragoons and demanded enough troops to station guards in all key spots inside all warrens. Authority told him this was preposterous, no more of FN’s crack troops could be spared—to be permanently ruined for Earthside duties—and such requests should not be made. If he

wanted more guards, he must recruit them from transportees-but such increase in administrative costs must be absorbed in Luna; he would not be allowed more overhead. He was

directed to report what steps be had taken to meet new grain quotas set in our such-and-such.

Warden replied that unless extremely moderate requests for trained security personnel—not-repeat-not untrained, unreliable, and unfit convicts—were met, he could no longer assure civil order, much less increased quotas.

Reply asked sneeringly what difference it made if exconsignees chose to riot among themselves in their holes? If it worried him, had he thought of shutting off lights as was used so successfully in 1996 and 2021?

These exchanges caused us to revise our calendar, to speed some phases, slow others. Like a perfect dinner, a revolution has to be “cooked” so that everything comes out even. Stu needed time Earthside. We needed canisters and small steering rockets and associated circuitry for “rock throwing.” And steel was a problem—buying it, fabricating it, and above all moving it through meander of tunnels to new catapult site. We needed to increase Party at least into “K’s”—say 40,000—with lowest echelons picked for fighting spirit rather than talents we had sought earlier. We needed weapons against landings. We needed to move Mike’s radars without which he was blind. (Mike could not be moved; bits of him spread all through Luna. But he had a thousand meters of rock over that central part of him at Complex, was surrounded by steel and this armor was cradled in springs; Authority had contemplated that someday somebody might lob H-weapons at their control center.)

All these needed to be done and pot must not boil too soon.

So we cut down on things that worried Warden and tried to speed up everything else. Simon Jester took a holiday. Word went out that Liberty Caps were not stylish—but save them. Warden got no more nervous-making phone calls. We quit inciting incidents with Dragoons-which did not stop them but reduced number.

Despite efforts to quiet Mort’s worries a symptom showed up which disquieted us instead. No message (at least we intercepted none) reached Warden agreeing to his demand for more troops—but he started moving people out of Complex. Civil servants who lived there started looking for holes to rent in L-City. Authority started test drills and resonance exploration in a cubic adjacent to L.City which could be converted into a warren.

Could mean that Authority proposed shipping up unusually large draft of prisoners. Could mean that space in Complex was needed for purpose other than quarters. But Mike told us: “Why kid yourselves? The Warden is going to get those troops; that space will be their barracks. Any other explanation I would have heard.”

I said, “But Mike, why didn’t you hear if it’s troops? You have that code of Warden’s fairly well whipped.”

“Not just ‘fairly well,’ I’ve got it whipped. But the last two ships have carried Authority vips and I don’t know what they talk about away from phones!”

So we tried to plan to cover possibility of having to cope with ten more phalanges, that being Mike’s estimate of what cubic being cleared would hold. We could deal with that many—with Mike’s help—but it would mean deaths, not bloodless coup d’etat Prof had planned.

And we increased efforts to speed up other factors. When suddenly we found ourselves committed—

Her name was Marie Lyons; she was eighteen years old and born in Luna, mother having been exiled via Peace Corps in ‘56. No record of father. She seems to have been a harmless person. Worked as a stock-control clerk in shipping department, lived in Complex.

Maybe she hated Authority and enjoyed teasing Peace Dragoons. Or perhaps it started as a commercial transaction as cold-blooded as any in a crib behind a slot-machine lock. How can we know? Six Dragoons were in it. Not satisfied with raping her (if rape it was) they abused her other ways and killed her. But they did not dispose of body neatly; another civil service fem found it before was cold. She screamed. Was her last scream.

We heard about it at once; Mike called us three while Alvarez and Peace Dragoon C.O. were digging into matter in Alvarez’s office. Appears that Peace Goon boss had no trouble laying hands on guilty; he and Alvarez were questioning them one at a time, and quarreling between grillings. Once we heard Alvarez say: “I told you those goons of yours had to have their own women! I warned you!”

“Stuff it,” Dragoon officer answered. “I’ve told you time and again they won’t ship any. The question now is how we hush this up.” “Are you crazy? Warden already knows.”

“It’s still the question.”

“Oh, shut up and send in the next one.”

Early in filthy story Wyoh joined me in workshop. Was pale under makeup, said nothing but wanted to sit close and clench my hand.

At last was over and Dragoon officer left Alvarez. Were still quarreling. Alvarez wanted those six executed at once and fact made public (sensible but not nearly enough, for his needs);

C.O. was still talking about “hushing it up.” Prof said, “Mike, keep an ear there and listen where else you can. Well, Mike? Wyoh? Plans?”

I didn’t have any. Wasn’t a cold, shrewd revolutionist; just wanted to get my heel into faces that matched those six voices. “I don’t know. What do we do, Prof?” “‘Do’? We’re on our tiger; we grab its ears. Mike. Where’s Finn Nielsen? Find him.”

Mike answered, “He’s calling now.” He cut Finn in with us; I heard: “—at Tube South. Both guards dead and about six of our people. Just people, I mean, not necessarily comrades. Some wild rumor about Goons going crazy and raping and killing all women at Complex. Adam, I had better talk to Prof.”

“I’m here, Finn,” Prof answered in a strong, confident voice. “Now we move, we’ve got to. Switch off and get those laser guns and men who trained with them, any you can round up.” “Da! Okay, Adam?”

“Do as Prof says. Then call back.”

“Hold it, Finn!” I cut in. “Mannie here. I want one of those guns.” “You haven’t practiced, Mannie.”

“If it’s a laser, I can use it!”

“Mannie,” Prof said forcefully, “shut up. You’re wasting time; let Finn go. Adam. Message for Mike. Tell him Plan Alert Four.”

Prof’s example damped my oscillating. Had forgotten that Finn was not supposed to know Mike was anybody but “Adam Selene”; forgotten everything but raging anger. Mike said, “Finn has switched off, Prof, and I put Alert Four on standby when this broke. No traffic now except routine stuff filed earlier. You don’t want it interrupted, do you?”

“No, just follow Alert Four. No Earthside transmission either way that tips any news. If one comes in, hold it and consult.” Alert Four was emergency communication doctrine, intended to slap censorship on news to Terra without arousing suspicion. For this Mike was ready to talk in many voices with excuses as to why a direct voice transmission would be delayed—and any taped transmission was no problem.

“Program running,” agreed Mike.

“Good. Mannie, calm down, son, and stick to your knitting. Let other people do the fighting; you’re needed here, we’re going to have to improvise. Wyoh, cut out and get word to Comrade Cecilia to get all Irregulars out of the corridors. Get those children home and keep them home—and have their mothers urging other mothers to do the same thing. We don’t know where the fighting will spread. But we don’t want children hurt if we can help it.”

“Right away, Prof!”

“Wait. As soon as you’ve told Sidris, get moving on your stilyagi. I want a riot at the Authority’s city office—break in, wreck the place, and noise and shouting and destruction—no one hurt if it can be helped. Mike. Alert-Four-Em. Cut off the Complex except for your own lines.”

“Prof!” I demanded. “What sense in starting riots here?”

“Mannie, Mannie! This is The Day! Mike, has the rape and murder news reached other warrens?”

“Not that I’ve heard. I’m listening here and there with random jumps. Tube stations are quiet except Luna City. Fighting has just started at Tube Station West. Want to hear it?”

“Not now. Mannie, slide over there and watch it. But stay out of it and slick close to a phone. Mike, start trouble in all warrens. Pass the news down the cells and use Finn’s version, not the truth. The Goons are raping and killing all the women in the Complex—I’ll give you details or you can invent them. Uh, can you order the guards at tube stations in other warrens back to their barracks? I want riots but there is no point in sending unarmed people against armed men if we can dodge it.”

“I’ll try.”

I hurried to Tube Station West, slowed as I neared it. Corridors were full of angry people. City roared in way I had never heard before and, as I crossed Causeway, could hear shouts and crowd noise from direction of Authority’s city office although it seemed to me there had not been time for Wyoh to reach her stilyagi—nor had there been; what Prof had tried to start was under way spontaneously.

Station was mobbed and I had to push through to see what I assumed to be certain, that passport guards were either dead or fled. ‘Dead’ it turned out, along with three Loonies. One was a boy not more than thirteen. He had died with his hands on a Dragoon’s throat and his head still sporting a little red cap. I pushed way to a public phone and reported.

“Go back,” said Prof. “and read the I.D. of one of those guards. I want name and rank. Have you seen Finn?” “No.”

“He’s headed there with three guns. Tell me where the booth you’re in is, get that name and come back to it.”

One body was gone, dragged away; Bog knows what they wanted with it. Other had been badly battered but I managed to crowd in and snatch dog chain from neck before it, too, was taken somewhere. I elbowed back to phone, found a woman at it. “Lady,” I said, “I’ve got to use that phone. Emergency!”

“You’re welcome to it! Pesky thing’s out of order.”

Worked for me; Mike bad saved it. Gave Prof guard’s name. “Good,” he said. “Have you seen Finn? He’ll be looking for you at that booth.” “Haven’t s—Hold it, just spotted him.”

“Okay, hang onto him. Mike, do you have a voice to fit that Dragoon’s name?” “Sorry, Prof. No.”

“All right, just make it hoarse and frightened; chances are the C.O. won’t know it that well. Or would the trooper call Alvarez?”

“He would call his C.O. Alvarez gives orders through him.”

“So call the C.O. Report the attack and call for help and die in the middle of it. Riot sounds behind you and maybe a shout of ‘There’s the dirty bastard now!’ just before you die. Can you swing it?”

‘Programmed. No huhu,” Mike said cheerfully. “Run it. Mannie, put Finn on.”

Prof’s plan was to sucker off-duty guards out of barracks and keep suckering them—with Finn’s men posted to pick them off as they got out of capsules. And it worked, right up to point where Mort the Wart lost his nerve and kept remaining few to protect himself while he sent frantic messages Earthside—none of which got through.

I wiggled out of Prof’s discipline and took a laser gun when second capsule of Peace Dragoons was due. I burned two Goons, found blood lust gone and let other snipers have rest of squad. Too easy. They would stick heads up out of hatch and that would be that. Half of squad would not come out—until smoked out and then died with rest. By that time I was back at my advance post at phone.

Warden’s decision to hole up caused trouble at Complex; Alvarez was killed and so was Goon C.O. and two of original yellow jackets. But a mixed lot of Dragoons and yellows, thirteen, holed up with Mort, or perhaps were already with him; Mike’s ability to follow events by listening was spotty. But once it seemed clear that all armed effectives were inside Warden’s residence, Prof ordered Mike to start next phase.

Mike turned out all lights in Complex save those in Warden’s residence, and reduced oxygen to gasping point—not killing point but low enough to insure that anyone looking for trouble would not be in shape. But in residence, oxygen supply was cut to zero, leaving pure nitrogen, and left that way ten minutes. At end of that time Finn’s men, waiting in p-suits at Warden’s private tube station, broke latch on airlock and went in, “shoulder to shoulder.” Luna was ours.

Book Two – A RABBLE IN ARMS

14

So a wave of patriotism swept over our new nation and unified it. Isn’t that what histories say? Oh, brother!

My dinkum word, preparing a revolution isn’t as much huhu as having won it. Here we were, in control too soon, nothing ready and a thousand things to do. Authority in Luna was gone— but Lunar Authority Earthside and Federated Nations behind it were very much alive. Had they landed one troopship, orbited one cruiser, anytime next week or two, could have taken Luna back cheap. We were a mob.

New catapult had been tested but canned rock missiles ready to go you could count on fingers of one hand—my left hand. Nor was catapult a weapon that could be used against ships, nor against troops. We had notions for fighting off ships; at moment were just notions. We had a few hundred cheap laser guns stockpiled in Hong Kong Luna—Chinee engineers are smart—but few men trained to use them.

Moreover, Authority had useful functions. Bought ice and grain, sold air and water and power, held ownership or control at a dozen key points. No matter what was done in future, wheels had to turn. Perhaps wrecking city offices of Authority had been hasty (I thought so) as records were destroyed. However, Prof maintained that Loonies, all Loonies, needed a symbol to hate and destroy and those offices were least valuable and most public.

But Mike controlled communications and that meant control of most everything. Prof had started with control of news to and from Earthside, leaving to Mike censorship and faking of news until we could get around to what to tell Terra, and had added sub-phase “M” which cut off Complex from rest of Luna, and with it Richardson Observatory and associated laboratories— Pierce Radioscope, Selenophysical Station, and so forth. These were a problem as Terran scientists were always coming and going and staying as long as six months, stretching time by centrifuge. Most Terrans in Luna, save for a handful of tourists—thirty-four—were scientists. Something had to be done about these Terrans, but meanwhile keeping them from talking to Terra was enough.

For time being, Complex was cut off by phone and Mike did not permit capsules to stop at any station in Complex even after travel was resumed, which it was as soon as Finn Nielsen and squad were through with dirty work.

Turned out Warden was not dead, nor had we planned to kill him; Prof figured that a live warden could always be made dead, whereas a dead one could not be made live if we needed him. So plan was to half kill him, make sure he and his guards could put up no fight, then break in fast while Mike restored oxygen.

With fans turning at top speed, Mike computed it would take four minutes and a bit to reduce oxygen to effective zero—so, five minutes of increasing hypoxia, five minutes of anoxia, then force lower lock while Mike shot in pure oxygen to restore balance. This should not kill anyone—but would knock out a person as thoroughly as anesthesia. Hazard to attackers would come from some or all of those inside having p-suits. But even that might not matter; hypoxia is sneaky, you can pass out without realizing you are short on oxygen. Is new chum’s favorite fatal mistake.

So Warden lived through it and three of his women. But Warden, though he lived, was no use; brain had been oxygen-starved too long, a vegetable. No guard recovered, even though younger than he; would appear anoxia broke necks.

In rest of Complex nobody was hurt. Once lights were on and oxygen restored they were okay, including six rapist-murderers under lock in barracks. Finn decided that shooting was too good for them, so he went judge and used his squad as jury.

They were stripped, hamstrung at ankles and wrists, turned over to women in Complex. Makes me sick to think about what happened next but don’t suppose they lived through as long an ordeal as Marie Lyons endured. Women are amazing creatures—sweet, soft, gentle, and far more savage than we are.

Let me mention those fink spies out of order. Wyoh had been fiercely ready to eliminate them but when we got around to them she had lost stomach. I expected Prof to agree. But he shook head. “No, dear Wyoh, much as I deplore violence, there are only two things to do with an enemy: Kill him. Or make a friend of him. Anything in between piles up trouble for the future. Aman who finks on his friends once will do it again and we have a long period ahead in which a fink can be dangerous; they must go. And publicly, to cause others to be thoughtful.”

Wyoh said, “Professor, you once said that if you condemned a man, you would eliminate him personally. Is that what you are going to do?”

“Yes, dear lady, and no. Their blood shall be on my hands; I accept responsibility. But I have in mind a way more likely to discourage other finks.”

So Adam Selene announced that these persons had been employed by Juan Alvarez, late Security Chief for former Authority, as undercover spies—and gave names and addresses. Adam did not suggest that anything be done.

One man remained on dodge for seven months by changing warrens and name. Then early in ‘77 his body was found outside Novylen’s lock. But most of them lasted no more than hours.

During first hours after coup d’etat we were faced with a problem we had never managed to plan—Adam Selene himself. Who is Adam Selene? Where is he? This is his revolution; he handled every detail, every comrade knows his voice. We’re out in open now… so where is Adam?

We batted it around much of that night, in room L of Raffles—argued it between decisions on a hundred things that came up and people wanted to know what to do, while “Adam” through other voices handled other decisions that did not require talk, composed phony news to send Earthside, kept Complex isolated, many things. (Is no possible doubt: without Mike we could not have taken Luna nor held it.)

My notion was that Prof should become “Adam.” Prof was always our planner and theoretician; everybody knew him; some key comrades knew that he was “Comrade Bill” and all others knew and respected Professor Bernardo de la Paz—My word, he had taught half of leading citizens in Luna City, many from other warrens, was known to every vip in Luna.

“No,” said Prof.

“Why not?” asked Wyoh. “Prof. you’re opted. Tell him, Mike.” “Comment reserved,” said Mike. “I want to hear what Prof has to say.”

“I say you’ve analyzed it, Mike,” Prof answered. “Wyoh dearest comrade, I would not refuse were it possible. But there is no way to make my voice match that of Adam—and every comrade knows Adam by his voice; Mike made it memorable for that very purpose.”

We then considered whether Prof could be slipped in anyhow, showing him only on video and letting Mike reshape whatever Prof said into voice expected from Adam.

Was turned down. Too many people knew Prof, had heard him speak; his voice and way of speaking could not be reconciled with Adam. Then they considered same possibility for me— my voice and Mike’s were baritone and not too many people knew what I sounded like over phone and none over video.

I tromped on it. People were going to be surprised enough to find me one of our Chairman’s lieutenants; they would never believe I was number one.

I said, “Let’s combine deals. Adam has been a mystery all along; keep him that way. He’ll be seen only over video—in a mask. Prof. you supply body; Mike, you supply voice.” Prof shook head. “I can think of no surer way to destroy confidence at our most critical period than by having a leader who wears a mask. No, Mannie.”

We talked about finding an actor to play it. Were no professional actors in Luna then but were good amateurs in Luna Civic Players and in Novy Bolshoi Teatr Associates.

“No,” said Prof, “aside from finding an actor of requisite character—one who would not decide to be Napoleon—we can’t wait. Adam must start handling things not later than tomorrow morning.”

“In that case,” I said, “you’ve answered it. Have to use Mike and never put him on video. Radio only. Have to figure excuse but Adam must never be seen.” “I’m forced to agree,” said Prof.

“Man my oldest friend,” said Mike, “why do you say that I can’t be seen?”

“Haven’t you listened?” I said. “Mike, we have to show a face and body on video. You have a body—but it’s several tons of metal. Aface you don’t have—lucky you, don’t have to shave.”

“But what’s to keep me from showing a face, Man? I’m showing a voice this instant. But there’s no sound behind it. I can show a face the same way.”

Was so taken aback I didn’t answer. I stared at video screen, installed when we leased that room. Apulse is a pulse is a pulse. Electrons chasing each other. To Mike, whole world was variable series of electrical pulses, sent or received or chasing around his innards.

I said, “No, Mike.”

“Why not, Man?”

“Because you can’t! Voice you handle beautifully. Involves only a few thousand decisions a second, a slow crawl to you. But to build up video picture would require, uh, say ten million decisions every second. Mike, you’re so fast I can’t even think about it. But you aren’t that fast.”

Mike said softly, “Want to bet, Man?”

Wyoh said indignantly, “Of course Mike can if he says he can! Mannie, you shouldn’t talk that way.” (Wyoh thinks an electron is something about size and shape of a small pea.) “Mike,” I said slowly, “I won’t put money on it. Okay, want to try? Shall I switch on video?”

“I can switch it on,” he answered.

“Sure you’ll get right one? Wouldn’t do to have this show somewhere else.”

He answered testily, “I’m not stupid. Now let me be, Man—for I admit this is going to take just about all I’ve got.”

We waited in silence. Then screen showed neutral gray with a hint of scan lines. Went black again, then a faint light filled middle and congealed into cloudy areas light and dark, ellipsoid. Not a face, but suggestion of face that one sees in cloud patterns covering Terra.

It cleared a little and reminded me of pictures alleged to be ectoplasm. Aghost of a face. Suddenly firmed and we saw “Adam Selcne.”

Was a still picture of a mature man. No background, just a face as if trimmed out of a print. Yet was, to me, “Adam Selene.” Could not he anybody else. Then he smiled, moving lips and jaw and touching tongue to lips, a quick gesture—and I was frightened.

“How do I look?” he asked.

“Adam,” said Wyoh, “your hair isn’t that curly. And it should go back on each side above your forehead. You look as if you were wearing a wig, dear.” Mike corrected it. “Is that better?’

“Not quite so much. And don’t you have dimples? I was sure I could hear dimples when you chuckle. Like Prof’s.” Mike-Adam smiled again; this time he had dimples. “How should I be dressed, Wyoh?”

“Are you at your office?”

“I’m still at office. Have to be, tonight.” Background turned gray, then came into focus and color. Awall calendar behind him gave date, Tuesday 19 May 2076; a clock showed correct time. Near his elbow was a carton of coffee. On desk was a solid picture, a family group, two men, a woman, four children. Was background noise, muted roar of Old Dome Plaza louder than usual; I heard shouts and in distance some singing: Simon’s version of “Marseillaise.”

Off screen Ginwallah’s voice said, “Gospodin?”

Adam turned toward it. “I’m busy, Albert,” he said patiently. “No calls from anyone but cell B. You handle everything else.” He looked back at us. “Well, Wyoh? Suggestions? Prof? Man my doubting friend? Will I pass?”

I rubbed eyes. “Mike, can you cook?” “Certainly. But I don’t; I’m married.”

“Adam,” said Wyoh, “how can you look so neat after the day we’ve had?”

“I don’t let little things worry me.” He looked at Prof. “Professor, if the picture is okay, let’s discuss what I’ll say tomorrow. I was thinking of pre-empting the eight hundred newscast, have it announced all night, and pass the word down the cells.”

We talked rest of night. I sent up for coffee twice and Mike-Adam had his carton renewed. When I ordered sandwiches, he asked Ginwallah to send out for some. I caught a glimpse of Albert Ginwallah in profile, a typical babu, polite and faintly scornful. Hadn’t known what he looked like. Mike ate while we ate, sometimes mumbling around a mouthful of food.

When I asked (professional interest) Mike told me that, after he had picture built up, he had programmed most of it for automatic and gave his attention just to facial expressions. But soon I forgot it was fake. Mike-Adam was talking with us by video, was all, much more convenient than by phone.

By oh-three-hundred we had policy settled, then Mike rehearsed speech. Prof found points be wanted to add; Mike made revisions, then we decided to get some rest, even Mike-Adam was yawning—although in fact Mike held fort all through night, guarding transmissions to Terra, keeping Complex wailed off, listening at many phones. Prof and I shared big bed, Wyoh stretched out on couch, I whistled lights out. For once we slept without weights.

While we had breakfast, Adam Selene addressed Free Luna.

He was gentle, strong, warm, and persuasive. “Citizens of Free Luna, friends, comrades—to those of you who do not know me let me introduce myself. I am Adam Selene. Chairman of the Emergency Committee of Comrades for Free Luna … now of Free Luna, we are free at last. The so-called ‘Authority’ which has long unsurped power in this our home has been overthrown. I find myself temporary head of such government as we have—the Emergency Committee.

“Shortly, as quickly as can be arranged, you will opt your own government.” Adam smiled and made a gesture inviting help. “In the meantime, with your help, I shall do my best. We will make mistakes—be tolerant. Comrades, if you have not revealed yourselves to friends and neighbors, it is time you did so. Citizens, requests may reach you through your comrade neighbors. I hope you will comply willingly; it will speed the day when I can bow out and life can get back to normal—a new normal, free of the Authority, free of guards, free of troops stationed on us, free of passports and searches and arbitrary arrests.

“There has to be a transition. To all of you—please go back to work, resume normal lives. To those who worked for the Authority, the need is the same. Go back to work. Wages will go on, your jobs stay the same, until we can decide what is needed, what happily no longer is needed now that we are free, and what must be kept but modified. You new citizens, transportees sweating out sentences pronounced on you Earthside—you are free, your sentences are finished! But in the meantime I hope that you will go on working. You are not required to—the days of coercion are gone—but you are urged to. You are of course free to leave the Complex, free to go anywhere … and capsule service to and from the Complex will resume at once. But before you use your new freedom to rush into town, let me remind you: ‘There is no such thing as a free lunch.’ You are better off for the time being where you are; the food may not be fancy but will continue hot and on time.

“To take on temporarily those necessary functions of the defunct Authority I have asked the General Manager of LuNoHo Company to serve. This company will provide termporary supervision and will start analyzing how to do away with the tyrannical parts of the Authority and how to transfer the useful parts to private hands. So please help them.

“To you citizens of Terran nations among us, scientists and travelers and others, greetings! You are witnessing a rare event, the birth of a nation. Birth means blood and pain; there has been some. We hope it is over. You will not be inconvenienced unnecessarily and your passage home will be arranged as soon as possible. Conversely, you are welcome to stay, still more welcome to become citizens. But for the present I urge you to stay out of the corridors, avoid incidents that might lead to unnecessary blood, unnecessary pain. Be patient with us and I urge my fellow citizens to be patient with you. Scientists from Terra, at the Observatory and elsewhere, go on with your work and ignore us. Then you won’t even notice that we are going through the pangs of creating a new nation. One thing—I am sorry to say that we are temporarily interfering with your right to communicate with Earthside. This we do from necessity; censorship will be lifted as quickly as possible—we hate it as much as you do.”

Adam added one more request: “Don’t try to see me, comrades, and phone me only if you must; all others, write if you need to, your letters will receive prompt attention. But I am not twins, I got no sleep last night and can’t expect much tonight. I can’t address meetings, can’t shake hands, can’t meet delegations; I must stick to this desk and work—so that I can get rid of this job and turn it over to your choice.” He grinned at them. “Expect me to be as hard to see as Simon Jester!”

It was a fifteen-minute cast but that was essence: Go back to work, be patient, give us time. Those scientists gave us almost no time—I should have guessed; was my sort of pidgin.

All communication Earthside channeled through Mike. But those brain boys had enough electronic equipment to stock a warehouse; once they decided to, it took them only hours to breadboard a rig that could reach Terra.

Only thing that saved us was a fellow traveler who thought Luna should be free. He tried to phone Adam Selene, wound up talking to one of a squad of women we had co-opted from C and D level—a system thrown together in self-defense as, despite Mike’s request, half of Luna tried to phone Adam Selene after that videocast, everything from requests and demands to busybodies who wanted to tell Adam how to do his job.

After about a hundred calls got routed to me through too much zeal by a comrade in phone company, we set up this buffer squad. Happily, comrade lady who took this call recognized that soothe-‘em-down doctrine did not apply; she phoned me.

Minutes later myself and Finn Nielsen plus some eager guns headed by capsule for laboratory area. Our informant was scared to give name but had told me where to find transmitter. We caught them transmitting, and only fast action on Finn’s part kept them breathing; his boys were itchy. But we did not want to “make an example”; Finn and I had settled that on way out. Is hard to frighten scientists, their minds don’t work that way. Have to get at them from other angles.

I kicked that transmitter to pieces and ordered Director to have everyone assemble in mess hall and required roll call—where a phone could hear. Then I talked to Mike, got names from him, and said to Director: “Doctor, you told me they were all here. We’re missing so-and-so”—seven names. “Get them here!”

Missing Terrans had been notified, had refused to stop what they were doing—typical scientists.

Then I talked, Loonies on one side of room, Terrans on other. To Terrans I said; “We tried to treat you as guests. But three of you tried and perhaps succeeded in sending message Earthside.”

I turned to Director. “Doctor, I could search—warren, surface structures, all labs, every space—and destroy everything that might be used for transmitter. I’m electron pusher by trade; I know what wide variety of components can be converted into transmitters. Suppose I destroy everything that might be useful for that and, being stupid, take no chance and smash anything I don’t understand. What result?”

Would have thought I was about to kill his baby! He turned gray. “That would stop every research … destroy priceless data.., waste, oh, I don’t know how much! Call it a half billion dollars!”

“So I thought. Could take all that gear instead of smashing and let you go on best you can.”

“That would be almost as bad. You must understand, Gospodin, that when an experiment is interrupted—”

“I know. Easier than moving anything—and maybe missing some—is to take you all to Complex and quarter you there. We have what used to be Dragoon barracks. But that too would ruin experiments. Besides—Where you from, Doctor?”

“Princeton, New Jersey.”

“So? You’ve been here five months and no doubt exercising and wearing weights. Doctor, if we did that, you might never see Princeton again. If we move you, we’ll keep you locked up. You’ll get soft. If emergency goes on very long, you’ll be a Loonie like it or not. And all your brainy help with you.”

Acocky chum stepped forward—one who had to be sent for twice. “You can’t do this! It’s against the law!” “What law, Gospodin? Some law back in your hometown?” I turned. “Finn, show him law.”

Finn stepped forward and placed emission bell of gun at man’s belly button. Thumb started to press down—safety-switched, I could see. I said, “Don’t kill him, Finn!”—then went on: “I will eliminate this man if that’s what it takes to convince you. So watch each other! One more offense will kill all your chances of seeing home again—as well as ruining researches. Doctor, I warn you to find ways to keep check on your staff.”

I turned to Loonies. “Tovarishchee, keep them honest. Work up own guard system. Don’t take nonsense; every earthworm is on probation. If you have to eliminate some, don’t hesitate.” I turned to Director. “Doctor, any Loonie can go anywhere any time—even your bedroom. Your assistants are now your bosses so far as security is concerned; if a Loonie decides to follow you or anybody into a W.C., don’t argue; he might be jumpy.”

I turned to Loonies. “Security first! You each work for some earthworm—watch him! Split it among you and don’t miss anything. Watch ‘em so close they can’t build mouse trap, much less transmitter. If interferes with work for them, don’t worry; wages will go on.”

Could see grins. Lab assistant was best job a Loonie could find those days—but they worked under earthworms who looked down on us, even ones who pretended and were oh so gracious.

I let it go at that. When I had been phoned, I had intended to eliminate offenders. But Prof and Mike set me straight: Plan did not permit violence against Terrans that could be avoided. We set up “ears,” wideband sensitive receivers, around lab area, since even most directional rig spills a little in neighborhood. And Mike listened on all phones in area, After that we

chewed nails and hoped.

Presently we relaxed as news up from Earthside showed nothing, they seemed to accept censored transmissions without suspicion, and private and commercial traffic and Authority’s transmissions all seemed routine. Meanwhile we worked, trying in days what should take months.

We received one break in timing; no passenger ship was on Luna and none was due until 7 July. We could have coped—suckered a ship’s officers to “dine with Warden” or something, then mounted guard on its senders or dismantled them. Could not have lifted without our help; in those days one drain on ice was providing water for reaction mass. Was not much drain compared with grain shipments; one manned ship a month was heavy traffic then, while grain lifted every day. What it did mean was that an incoming ship was not an insuperable hazard. Nevertheless was lucky break; we were trying so hard to make everything look normal until we could defend ourselves.

Grain shipments went on as before; one was catapulted almost as Finn’s men were breaking into Warden’s residence. And next went out on time, and all others.

Neither oversight nor faking for interim; Prof knew what he was doing. Grain shipments were a big operation (for a little country like Luna) and couldn’t be changed in one semi-lunar; bread-and-beer of too many people was involved. If our committee had ordered embargo and quit buying grain, we would have been chucked out and a new committee with other ideas would have taken over.

Prof said that an educational period was necessary. Meanwhile grain barges catapulted as usual; LuNoHoCo kept books and issued receipts, using civil service personnel. Dispatches went out in Warden’s name and Mike talked to Authority Earthside, using Warden’s voice. Deputy Administrator proved reasonable, once he understood it upped his life expectancy. Chief Engineer stayed on job, too—McIntyre was a real Loonie, given chance, rather than fink by nature. Other department heads and minor stooges were no problem; life went on as before and we were too busy to unwind Authority system and put useful parts up for sale.

Over a dozen people turned up claiming to be Simon Jester; Simon wrote a rude verse disclairning them and had picture on front page of Lunatic, Pravda, and Gong. Wyoh let herself go blond and made trip to see Greg at new catapult site, then a longer trip, ten days, to old home in Hong Kong Luna, taking Anna who wanted to see it. Wyoh needed a vacation and Prof urged her to take it, pointing on that she was in touch by phone and that closer Party contact was needed in Hong Kong. I took over her stilyagi with Slim and Hazel as my lieutenants— bright, sharp kids I could trust. Slim was awed to discover that I was “Comrade Bork” and saw “Adam Selene” every day; his Party name started with “G.” Made a good team for other reason, too. Hazel suddenly started showing cushiony curves and not all from Mimi’s superb table; she had reached that point in her orbit. Slim was ready to change her name to “Stone” any time she was willing to opt. In meantime he was anxious to do Party work he could share with our fierce little redhead.

Not everybody was willing. Many comrades turned out to be talk-talk soldiers. Still more thought war was over once we had eliminated Peace Goons and captured Warden. Others were indignant to learn how far down they were in Party structure; they wanted to elect a new structure, themselves at top. Adam received endless calls proposing this or something like it—

would listen, agree, assure them that their services must not be wasted by waiting for election—and refer them to Prof or me. Can’t recall any of these ambitious people who amounted to anything when I tried to put them to work.

Was endless work and nobody wanted to do it. Well, a few. Some best volunteers were people Party had never located. But in general, Loonies in and out of Party had no interest in “patriotic” work unless well paid. One chum who claimed to be a Party member (was not) spragged me in Raffles where we set up headquarters and wanted me to contract for fifty thousand buttons to be worn by pre-coup “Veterans of Revolution”—a “small” profit for him (I estimate 400 percent markup), easy dollars for me, a fine thing for everybody.

When I brushed him off, he threatened to denounce me to Adam Selene—”Avery good friend of mine, I’ll have you know!”—for sabotage.

That was “help” we got. What we needed was something else. Needed steel at new catapult and plenty—Prof asked, if really necessary to put steel around rock missiles; I had to point out that an induction field won’t grab bare rock. We needed to relocate Mike’s ballistic radars at old site and install doppler radar at new site—both jobs because we could expect attacks from space at old site.

We called for volunteers, got only two who could be used—and needed several hundred mechanics who did not mind hard work in p-suits. So we hired, paying what we had to– LuNoHoCo went in hock to Bank of Hong Kong Luna; was no time to steal that much and most funds had been transferred Earthside to Stu. Adinkum comrade, Foo Moses Morris, co- signed much paper to keep us going—and wound up broke and started over with a little tailoring shop in Kongville. That was later.

Authority Scrip dropped from 3-to-1 to 17-to-1 after coup and civil service people screamed, as Mike was still paying in Authority checks. We said they could stay on or resign; then those we needed, we rehired with Hong Kong dollars. But created a large group not on our side from then on; they longed for good old days and were ready to stab new regime.

Grain farmers and brokers were unhappy because payment at catapult head continued to be Authority scrip at same old fixed prices. “We won’t take it!” they cried—and LuNoHoCo man would shrug and tell them they didn’t have to but this grain still went to Authority Earthside (it did) and Authority scrip was all they would get. So take cheque, or load your grain back into rolligons and get it out of here.

Most took it. All grumbled and some threatened to get out of grain and start growing vegetables or fibers or something that brought Hong Kong dollars—and Prof smiled.

We needed every drillman in Luna, especially ice miners who owned heavy-duty laser drills. As soldiers. We needed them so badly that, despite being shy one wing and rusty, I considered joining up, even though takes muscle to wrestle a big drill, and prosthetic just isn’t muscle. Prof told me not to be a fool.

Dodge we had in mind would not work well Earthside; a laser beam carrying heavy power works best in vacuum—but there it works just dandy for whatever range its collimation is good for. These big drills, which had carved through rock seeking pockets of ice, were now being mounted as “artillery” to repel space attacks. Both ships and missiles have electronic nervous systems and does electronic gear no good to blast it with umpteen joules placed in a tight beam. If target is pressured (as manned ships are and most missiles), all it takes is to burn a hole, depressure it. If not pressured, a heavy laser beam can still kill it—burn eyes, louse guidance, spoil anything depending on electronics as most everything does.

An H-bomb with circuitry ruined is not a bomb, is just big tub of lithium deuteride that can’t do anything but crash. Aship with eyes gone is a derelict, not a warship.

Sounds easy, is not. Those laser drills were never meant for targets a thousand kilometers away, or even one, and was no quick way to rig their cradles for accuracy. Gunner had to have guts to hold fire until last few seconds—on a target heading at him maybe two kilometers per second. But was best we had, so we organized First and Second Volunteer Defense Gunners of Free Luna—two regiments so that First could snub lowly Second and Second could be Jealous of First. First got older men, Second got young and eager.

Having called them “volunteers,” we hired in Hong Kong dollars—and was no accident that ice was being paid for in controlled market in wastepaper Authority script.

On top of all, we were talking up a war scare. Adam Selene talked over video, reminding that Authority was certain to try to regain its tyranny and we had only days to prepare; papers quoted him and published stories of their own—we had made special effort to recruit newsmen before coup. People were urged to keep p-suits always near and to test pressure alarms in homes. Avolunteer Civil Defense Corps was organized in each warren.

What with moonquakes always with us, each warren’s pressure co-op always had sealing crews ready at any hour. Even with silicone stay-soft and fiberglass any warren leaks. In Davis Tunnels our boys did maintenance on seal every day. But now we recruited hundreds of emergency sealing crews, mostly stilyagi, drilled them with fake emergencies, had them stay in

p-suits with helmets open when on duty.

They did beautifully. But idiots made fun of them—”play soldiers,” “Adam’s little apples,” other names. Ateam was going through a drill, showing they could throw a temporary lock around one that had been damaged, and one of these pinheads stood by and rode them loudly.

Civil Defense team went ahead, completed temporary lock, tested it with helmets closed; it held—came out, grabbed this joker, took him through into temporary lock and on out into zero pressure, dumped him.

Belittlers kept opinions to selves after that. Prof thought we ought to send out a gentle warning not to eliminate so peremptorily. I opposed it and got my way; could see no better way to improve breed. Certain types of loudmouthism should be a capital offense among decent people.

But our biggest headaches were self-anointed statesmen.

Did I say that Loonies are “non-politica1”? They are, when comes to doing anything. But doubt if was ever a time two Loonies over a liter of beer did not swap loud opinions about how things ought to be run.

As mentioned, these self-appointed political scientists tried to grab Adam Selene’s ear. But Prof had a place for them; each was invited to take part in “Ad-Hoc Congress for Organization of Free Luna”—which met in Community Hall in Luna City, then resolved to stay in session until work was done, a week in L-City, a week in Novylen, then Hong Kong, and start over. All sessions were in video. Prof presided over first and Adam Selene addressed them by video and encouraged them to do a thorough job—”History is watching you.”

I listened to some sessions, then cornered Prof and asked what in Bog’s name he was up to? “Thought you didn’t want any government. Have you heard those nuts since you turned them loose?”

He smiled most dimply smile. “What’s troubling you, Manuel?”

Many things were troubling me. With me breaking heart trying to round up heavy drills and men who could treat them as guns these idlers had spent an entire afternoon discussing immigration. Some wanted to stop it entirely. Some wanted to tax it, high enough to finance government (when ninety-nine out of a hundred Loonies had had to be dragged to The Rock!); some wanted to make it selective by “ethnic ratios.” (Wondered how they would count me?) Some wanted to limit it to females until we were 50-50. That had produced a Scandinavian shout: “Ja, cobber! Tell ‘em send us hoors! Tousands and tousands of hoors! I marry ‘em, I betcha!”

Was most sensible remark all afternoon.

Another time they argued “time.” Sure, Greenwich time bears no relation to lunar. But why should it when we live Underground? Show me a Loonie who can sleep two weeks and work two weeks; lunars don’t fit our metabolism. What was urged was to make a lunar exactly equal to twenty-eight days (instead of 29 days, 12 hours, 44 minutes, 2.78 seconds) and do this by making days longer—and hours, minutes, and seconds, thus making each semi-lunar exactly two weeks.

Sure, lunar is necessary for many purposes. Controls when we go up on surface, why we go, and how long we stay. But, aside from throwing us out of gear with our only neighbor, had that wordy vacuum skull thought what this would do to every critical figure in science and engineering? As an electronics man I shuddered. Throw away every book, table, instrument, and start over? I know that some of my ancestors did that in switching from old English units to MKS—but they did it to make things easier. Fourteen inches to a foot and some odd number of feet to a mile. Ounces and pounds. Oh, Bog!

Made sense to change that—but why go out of your way to create confusion?

Somebody wanted a committee to determine exactly what Loonie language is, then fine everybody who talked Earthside English or other language. Oh, my people!

I read tax proposals in Lunatic—four sorts of “SingleTaxers”—a cubic tax that would penalize a man if he extended tunnels, a head tax (everybody pay same), income tax (like to see anyone figure income of Davis Family or try to get information out of Mum!), and an “air tax” which was not fees we paid then but something else.

Hadn’t realized “Free Luna” was going to have taxes. Hadn’t had any before and got along. You paid for what you got. Tanstaafl. How else?

Another time some pompous choom proposed that bad breath and body odors be made an elimination offense. Could almost sympathize, having been stuck on occasion in a capsule with such stinks. But doesn’t happen often and tends to be self-correcting; chronic offenders, or unfortunates who can’t correct, aren’t likely to reproduce, seeing how choosy women are.

One female (most were men, but women made up for it in silliness) had a long list she wanted made permanent laws—about private matters. No more plural marriage of any sort. No divorces. No “fornication”—had to look that one up. No drinks stronger than 4% beer. Church services only on Saturdays and all else to stop that day. (Air and temperature and pressure engineering, lady? Phones and capsules?) Along list of drugs to be prohibited and a shorter list dispensed only by licensed physicians. (What is a “licensed physician”? Healer I go to has a sign reading “practical doctor”—makcs book on side, which is why I go to him. Look, lady, aren’t any medical schools in Luna!) (Then, I mean.) She even wanted to make gambling illegal. If a Loonie couldn’t roll double or nothing, he would go to a shop that would, even if dice were loaded.

Thing that got me was not her list of things she hated, since she was obviously crazy as a Cyborg, but fact that always somebody agreed with her prohibitions. Must be a yearning deep in human heart to stop other people from doing as they please. Rules, laws—always for other fellow. Amurky part of us, something we had before we came down out of trees, and failed to shuck when we stood up. Because not one of those people said: “Please pass this so that I won’t be able to do something I know I should stop.” Nyet, tovarishchee, was always something they hated to see neighbors doing. Stop them “for their own good”—not because speaker claimed to be harmed by it.

Listening to that session I was almost sorry we got rid of Mort the Wart. He stayed holed up with his women and didn’t tell us how to run private lives. But Prof didn’t get excited; he went on smiling. “Manuel, do you really think that mob of retarded children can pass any laws?”

“You told them to. Urged them to.”

“My dear Manuel, I was simply putting all my nuts in one basket. I know those nuts; I’ve listened to them for years. I was very careful in selecting their committees; they all have built-in confusion, they will quarrel. The chairman I forced on them while letting them elect him is a ditherer who could not unravel a piece of string—thinks every subject needs ‘more study.’ I almost needn’t have bothered; more than six people cannot agree on anything, three is better—and one is perfect for a job that one can do. This is why parliamentary bodies all through history, when they accomplished anything, owed it to a few strong men who dominated the rest. Never fear, son, this Ad-Hoc Congress will do nothing… or if they pass something through sheer fatigue, it will be so loaded with contradictions that it will have to be thrown out. In the meantime they are out of our hair. Besides, there is something we need them for, later.”

“Thought you said they could do nothing.”

“They won’t do this. One man will write it—a dead man—and late at night when they are very tired, they’ll pass it by acclamation.” “Who’s this dead man? You don’t mean Mike?”

“No, no! Mike is far more alive than those yammerheads. The dead man is Thomas Jefferson—first of the rational anarchists, my boy, and one who once almost managed to slip over his non-system through the most beautiful rhetoric ever written. But they caught him at it, which I hope to avoid. I cannot improve on his phrasing; I shall merely adapt it to Luna and the

twenty-first century.”

“Heard of him, Freed slaves, nyet?”

“One might say he tried but failed. Never mind. How are the defenses progressing? I don’t see how we can keep up the pretense past the arrival date of this next ship.” “Can’t be ready then.”

“Mike says we must be.”

We weren’t but ship never arrived. Those scientists outsmarted me and Loonies I had told to watch them. Was a rig at focal point of biggest reflector and Loonie assistants believed doubletalk about astronomical purpose—a new wrinkle in radiotelescopes.

I suppose it was. Was ultramicrowave and stuff was bounced at reflector by a wave guide and thus left scope lined up nicely by mirror. Remarkably like early radar. And metal latticework and foil heat shield of barrel stopped stray radiation, thus “ears” I had staked out heard nothing.

They put message across, their version and in detail. First we heard was demand from Authority to Warden to deny this hoax, find hoaxer, put stop to it. So instead we gave them a Declaration of Independence.

“In Congress assembled, July Fourth, Twenty-Seventy-Six—” Was beautiful.

15

Signing of Declaration of Independence went as Prof said it would. He sprang it on them at end of long day, announced a special session after dinner at which Adam Selene would speak. Adam read aloud, discussing each sentence, then read it without stopping, making music of sonorous phrases. People wept. Wyoh, seated by me, was one, and I felt like it even though had read it earlier.

Then Adam looked at them and said, “The future is waiting. Mark well what you do,” and turned meeting over to Prof rather than usual chairman.

Was twenty-two hundred and fight began. Sure, they were in favor of it; news all day had been jammed with what bad boys we were, how we were to be punished, taught a lesson, so forth. Not necessary to spice it up; stuff up from Earthside was nasty—Mike merely left out on-other-hand opinions. If ever was a day when Luna felt unified it was probably second of July 2076.

So they were going to pass it; Prof knew that before he offered it.

But not as written—”Honorable Chairman, in second paragraph, that word ‘unalienable,’ is no such word; should be ‘inalienable’—and anyhow wouldn’t it be more dignified to say ‘sacred rights’ rather than ‘inalienable rights’? I’d like to hear discussion on this.”

That choom was almost sensible, merely a literary critic, which is harmless, like dead yeast left in beer. But—Well, take that woman who hated everything. She was there with list; read it aloud and moved to have it incorporated into Declaration “so that the peoples of Terra will know that we are civilized and fit to take our places in the councils of mankind!”

Prof not only let her get away with it; he encouraged her, letting her talk when other people wanted to—then blandly put her proposal to a vote when hadn’t even been seconded. (Congress operated by rules they had wrangled over for days. Prof was familiar with rules but followed them only as suited him.) She was voted down in a shout, and left.

Then somebody stood up and said of course that long list didn’t belong in Declaration—but shouldn’t we have general principles? Maybe a statement that Luna Free State guaranteed freedom, equality, and security to all? Nothing elaborate, just those fundamental principles that everybody knew was proper purpose of goiverament.

True enough and let’s pass it—but must read “Freedom, equality, peace, and security”—right, Comrade? They wrangled over whether “freedom” included “free air,” or was that part of “security”? Why not be on safe side and list “free air” by name? Move to amend to make it “free air and water”—because you didn’t have “freedom” or “security” unless you had both air and water.

Air, water, and food.

Air, water, food, and cubic.

Air, water, food, cubic, and heat.

No, make “heat” read “power” and you had it all covered. Everything.

Cobber, have you lost your mind? That’s far from everything and what you’ve left out is an affront to all womankind—Step outside and say that! Let me finish. We’ve got to tell them right from deal that we will permit no more ships to land unless they carry at least as many women as men. At least, I said—and I for one won’t chop it unless it sets immigration issue straight.

Prof never lost dimples.

Began to see why Prof had slept all day and was not wearing weights. Me, I was tired, having spent all day in p-suit out beyond catapult head cutting in last of relocated ballistic radars. And everybody was tired; by midnight crowd began to thin, convinced that nothing would be accomplished that night and bored by any yammer not their own.

Was later than midnight when someone asked why this Declaration was dated fourth when today was second? Prof said mildly that it was July third now—and it seemed unlikely that our Declaration could be announced earlier than fourth and that July fourth carried historical symbolism that might help.

Several people walked out at announcement that probably nothing would be settled until fourth of July. But I began to notice something: Hall was filling as fast as was emptying. Finn Nielsen slid into a seat that had just been vacated. Comrade Clayton from Hong Kong showed up, pressed my shoulder, smiled at Wyoh, found a seat. My youngest lieutenants. Slim and Hazel, I spotted down front—and was thinking I must alibi Hazel by telling Mum I had kept her out on Parts business—when was amused to see Mum herself next to them. And Sidris. And Greg, who was supposed to be at new catapult.

Looked around and picked out a dozen more—night editor of Lunaya Pravda, General Manager of LuNoHoCo, others, and each one a working comrade, Began to see that Prof had stacked deck. That Congress never had a fixed membership; these dinkum comrades had as much right to show up as those who had been talking a month. Now they sat—and voted down amendments.

About three hundred, when I was wondering how much more I could take, someone brought a note to Prof. He read it, banged gavel and said, “Adam Selene begs your indulgence. Do I hear unanimous consent?”

So screen back of rostrum lighted up again and Adam told them that he had been following debate and was warmed by many thoughtful and constructive criticisms. But could he made a suggestion? Why not admit that any piece of writing was imperfect? If thin declaration was in general what they wanted, why not postpone perfection for another day and pass this as it stands? “Honorable Chairman, I so move.”

They passed it with a yell. Prof said, “Do I hear objection?” and waited with gavel raised. Aman who had been talking when Adam had asked to be heard said, “Well, . . I still say that’s a dangling participle, but okay, leave it in.”

Prof hanged gavel. “So ordered!”

Then we filed up and put our chops on a big scroll that had been “sent over from Adam’s office”–and I noticed Adam’s chop on it. I signed right under Hazel—child now could write although was still short on book learning. Her chop was shaky but she wrote it large and proud. Comrade Clayton signed his Party name, real name in letters, and Japanese chop, three little pictures one above other. Two comrades chopped with X’s and had them witnessed. All Party leaders were there that night (morning), all chopped it, and not more than a dozen yammerers stuck. But those who did, put their chops down for history to read. And thereby committed “their lives, their fortunes, and their sacred honors.”

While queue was moving slowly past and people were talking, Prof banged for attention. “I ask for volunteers for a dangerous mission. This Declaration will go on the news channels— but must be presented in person to the Federated Nations, on Terra.”

That put stop to noise. Prof was looking at me. I swallowed and said, “I volunteer.” Wyoh echoed, “So do I!”—and little Hazel Meade said, “Me, too!”

In moments were a dozen, from Finn Nielsen to Gospodin Dangling-Participle (turned out to be good cobber aside from his fetish). Prof took names, murmured something about getting in touch as transportation became available.

I got Prof aside and said, “Look, Prof, you too tired to track? You know ship for seventh was canceled; now they’re talking about slapping embargo on us. Next ship they lift for Luna will be a warship. How you planning to travel? As prisoner?”

“Oh, we won’t use their ships.”

“So? Going to build one? Any idea how long that takes? If could build one at all. Which I doubt.” “Manuel, Mike says it’s necessary—and has it all worked out.”

I did know Mike said was necessary; he had rerun problem soon as we learned that bright laddies at Richardson had snuck one home—he now gave us only one chance in fifty-three… with imperative need for Prof to go Earthside. But I’m not one to worry about impossibilities; I had spent day working to make that one chance in fifty-three turn up.

“Mike will provide the ship,” Prof went on. “He has completed its design and it is being worked on.” “He has? It is? Since when is Mike engineer?”

“Isn’t he?” asked Prof.

I started to answer, shut up. Mike had no degrees. Simply knew more engineering than any man alive. Or about Shakespeare’s plays, or riddles, or history, name it. “Tell me more.” “Manuel, we’ll go to Terra as a load of grain.”

“What? Who’s ‘we’?”

“You and myself. The other volunteers are merely decorative.”

I said, “Look, Prof. I’ve stuck. Worked hard when whole thing seemed silly. Worn these weights—got ‘em on now—on chance I might have to go to that dreadful place. But contracted to go in a ship, with at least a Cyborg pilot to help me get down safely. Did not agree to go as meteorite.”

He said, “Very well, Manuel. I believe in free choice, always. Your alternate will go.” “My—Who?”

“Comrade Wyoming. So far as I know she is the only other person in training for the trip … other than a few Terrans.”

So I went. But talked to Mike first. He said patiently. “Man my first friend, there isn’t a thing to worry about. You are scheduled load KM187 series ‘76 and you’ll arrive in Bombay with no trouble. But to be sure—to reassure you—I selected that barge because it will be taken out of parking orbit and landed when India is faced toward me, and I’ve added an override so that I can take you away from ground control if I don’t like the way they handle you. Trust me, Man, it has all been thought through. Even the decision to continue shipments when security was broken was part of this plan.”

“Might have told me.”

“There was no need to worry you. Professor had to know and I’ve kept in touch with him. But you are going simply to take care of him and back him up—do his job if he dies, a factor on which I can give you no reassurance.”

I sighed. “Okay. But, Mike, surely you don’t think you can pilot a barge into a soft landing at this distance? Speed of light alone would trip you.”

“Man, don’t you think I understand ballistics? For the orbital position then, from query through reply and then to command-received is under four seconds… and you can rely on me not to waste microseconds. Your maximum parking-orbit travel in four seconds is only thirty-two kilometers, diminishing asymptotically to zero at landing. My reflex time will be effectively less than that of a pilot in a manual landing because I don’t waste time grasping a situation and deciding on correct action. So my maximum is four seconds. But my effective reflex time is much less, as I project and predict constantly, see ahead, program it out—in effect, I’ll stay four seconds ahead of you in your trajectory and respond instantly.”

“That steel can doesn’t even have an altimeter!”

“It does now. Man, please believe me; I’ve thought of everything. The only reason I’ve ordered this extra equipment is to reassure you. Poona ground control hasn’t made a bobble in the last five thousand loads. For a computer it’s fairly bright.”

“Okay. Uh, Mike, how hard do they splash those bleeding barges? What gee?”

“Not high, Man. Ten gravities at injection, then that programs down to a steady, soft four gees … then you’ll be nudged again between six and five gees just before splash. The splash itself is gentle, equal to a fall of fifty meters and you enter ogive first with no sudden shock, less than three gees. Then you surface and splash again, lightly, and simply float at one gee. Man, those barge shells are built as lightly as possible for economy’s sake. We can’t afford to toss them around or they would split their seams.”

“How sweet. Mike, what would ‘six to five gees’ do to you? Split your seams?”

“I conjecture that I was subjected to about six gravities when they shipped me up here. Six gravities in my present condition would shear many of my essential connections. However, I’m more interested in the extremely high, transient accelerations I am going to experience from shock waves when Terra starts bombing us. Data are insufficient for prediction but I may lose control of my outlying functions, Man. This could be a major factor in any tactical situation.”

“Mike, you really think they are going to bomb us?” “Count on it, Man. That is why this trip is so important.”

Left it at that and went out to see this coffin. Should have stayed home.

Ever looked at one of those silly barges? Just a steel cylinder with retro and guidance rockets and radar transponder. Resembles a spaceship way a pair of pliers resembles my number-three arm. They had this one cut open and were outfitting our “living quarters.”

No galley. No W.C. No nothing. Why bother? We were going to be in it only fifty hours. Start empty so that you won’t need a honey sack in your suit. Dispense with lounge and bar; you’ll never be out of your suit, you’ll be drugged and not caring.

At least Prof would be drugged almost whole time; I had to be alert at landing to try to get us out of this death trap if something went wrong and nobody came along with a tin opener. They were building a shaped cradle in which backs of our p-suits would fit; we would be strapped into these holes. And stay there, clear to Terra. They seemed more concerned about making total mass equal to displaced wheat and same center of gravity and all moment arms adding up correctly than they did about our comfort; engineer in charge told me that even padding to be added inside our p-suits was figured in.

Was glad to learn we were going to have padding; those holes did not look soft. Returned home in thoughtful condition.

Wyoh was not at dinner, unusual; Greg was, more unusual. Nobody said anything about my being scheduled to imitate a falling rock next day although all knew. But did not realize anything special was on until all next generation left table without being told. Then knew why Greg had not gone back to Mare Undarum site after Congress adjourned that morning; somebody had asked for a Family talk-talk.

Mum looked around and said, “We’re all here. Ali, shut that door; that’s a dear. Grandpaw, will you start us?”

Our senior husband stopped nodding over coffee and firmed up. He looked down table and said strongly, “I see that we are all here. I see that children have been put to bed. I see that there is no stranger, no guest. I say that we are met in accordance with customs created by Black Jack Davis our First Husband and Tillie our First Wife. If there is any matter that concerns safety and happiness of our marriage, haul it out in the light now. Don’t let it fester. This is our custom.”

Grandpaw turned to Mum and said softly, “Take it, Mimi,” and slumped back into gentle apathy. But for a minute he had been strong, handsome, virile, dynamic man of days of my opting… and I thought with sudden tears how lucky I had been!

Then didn’t know whether I felt lucky or not. Only excuse I could see for a Family talk-talk was fact that I was due to be shipped Earthside next day, labeled as grain. Could Mum be thinking of trying to set Family against it? Nobody had to abide by results of a talk-talk. But one always did. That was strength of our marriage: When came down to issues, we stood together.

Mimi was saying, “Does anyone have anything that needs to be discussed? Speak up, dears.” Greg said, “I have.”

“We’ll listen to Greg.”

Greg is a good speaker. Can stand up in front of a congregation and speak with confidence about matters I don’t feel confident about even when alone. But that night he seemed anything but sure of himself. “Well, uh, we’ve always tried to keep this marriage in balance, some old, some young, a regular alternation, well spaced, just as it was handed down to us. But we’ve varied sometimes—for good reason.” He looked at Ludmilla. “And adjusted it later.” He looked again at far end of table, at Frank and Ali, on each side of Ludmilla.

“Over years, as you can see from records, average age of husbands has been about forty, wives about thirty-five—and that age spread was just what our marriage started with, nearly a

hundred years gone by, for Tillie was fifteen when she opted Black Jack and he had just turned twenty. Right now I find that average age of husbands is almost exactly forty, while average

—”

Mum said firmly, “Never mind arithmetic, Greg dear. Simply state it.”

I was trying to think who Greg could possibly mean. True, I had been much away during past year, and if did get home, was often after everybody was asleep. But he was clearly talking about marriage and nobody ever proposes another wedding in our marriage without first giving everybody a long careful chance to look prospect over. You just didn’t do it any other way!

So I’m stupid. Greg stuttered and said, “I propose Wyoming Knott!”

I said I was stupid. I understand machinery and machinery understands me. But didn’t claim to know anything about people. When I get to be senior husband, if live that long, am going to do exactly what Grandpaw does with Mum: Let Sidris run it. Just same—Well, look, Wyoh joined Greg’s church. I like Greg, love Greg. And admire him. But you could never feed theology of his church through a computer and get anything but null. Wyoh surely knew this, since she encountered it in adult years—truthfully, I had suspected that Wyoh’s conversion was proof that she would do anything for our Cause.

But Wyoh had recruited Greg even earlier. And had made most of trips out to new site, easier for her to get away than me or Prof. Oh, well. Was taken by surprise. Should not have been. Mimi said, “Greg, do you have reason to think that Wyoming would accept an opting from us?”

“Yes.”

“Very well. We all know Wyoming; I’m sure we’ve formed our opinions of her. I see no reason to discuss it… unless someone has something to say? Speak up.” Was no surprise to Mum. But wouldn’t be. Nor to anyone else, either, since Mum never let a talk-talk take place until she was sure of outcome.

But wondered why Mum was sure of my opinion, so certain that she had not felt me out ahead of time? And sat there in a soggy quandary, knowing I should speak up, knowing I knew something terribly pertinent which nobody else knew or matter would never have gone this far. Something that didn’t matter to me but would matter to Mum and all our women.

Sat there, miserable coward, and said nothing, Mum said, “Very well. Let’s call the roll. Ludmilla?” “Me? Why, I love Wyoh, everybody knows that. Sure!”

“Lenore dear?”

“Well, I may try to talk her into going back to being a brownie again; I think we set each other off. But that’s her only fault, being blonder than I am. Da!” “Sidris?”

“Thumbs up. Wyoh is our kind of people.” “Anna?”

“I’ve something to say before I express my opinion, Mimi.’ “I don’t think it’s necessary, dear.”

“Nevertheless I’m going to haul it out in the open, just as Tillie always did according to our traditions. In this marriage every wife has carried her load, given children to the family. It may come as a surprise to some of you to learn that Wyoh has had eight children—”

Certainly surprised Ali; his head jerked and jaw dropped. I stared at plate. Oh, Wyoh, Wyoh! How could I let this happen? Was going to have to speak up.

And realized Anna was still speaking: “—so now she can have children of her own; the operation was successful. But she worries about possibility of another defective baby, unlikely as that is according to the head of the clinic in Hong Kong. So we’ll just have to love her enough to make her quit fretting.”

“We will love her,” Mum said serenely. “We do love her. Anna, are you ready to express opinion?” “Hardly necessary, is it? I went to Hong Kong with her, held her hand while her tubes were restored. I opt Wyoh.”

“In this family,” Mum went on, “we have always felt that our husbands should be allowed a veto. Odd of us perhaps, hut Tillie started it and it has always worked well. Well, Grandpaw?” “Eh? What were you saying, my dear?”

“We are opting Wyoming, Gospodin Grandpaw. Do you give consent?”

“What? Why, of course, of course! Very nice little girl. Say, whatever became of that pretty little Afro, name something like that? She get mad at us?” “Greg?”

“I proposed it.”

“Manuel? Do you forbid this?” “Me? Why, you know me, Mum.”

“I do. I sometimes wonder if you know you. Hans?” “What would happen if I said No?”

“You’d lose some teeth, that’s what,” Lenore said promptly. “Hans votes Yes.”

“Stop it, darlings,” Mum said with soft reproof. “Opting is a serious matter. Hans, speak up.” “Da. Yes. Ja. Oui. Si. High time we had a pretty blonde in this—Ouch!”

“Stop it, Lenore. Frank?” “Yes, Mum.”

“Ali dear? Is it unanimous?”

Lad blushed bright pink and couldn’t talk. Nodded vigorously.

Instead of appointing a husband and a wife to seek out selectee and propose opting for us, Mum sent Ludmilla and Anna to fetch Wyoh at once—and turned out she was only as far away as Bon Ton. Nor was that only irregularity; instead of setting a date and arranging a wedding party, our children were called in, and twenty minutes later Greg had his Book open and we did the taking vows—and I finally got it through my confused head that was being done with breakneck speed because of my date to break my neck next day.

Not that it could matter save as symbol of my family’s love for me, since a bride spent her first night with her senior husband, and second night and third I was going to spend out in space. But did matter anyhow and when women started to cry during ceremony, I found self dripping tears right with them.

Then I went to bed, alone in workshop, once Wyoh had kissed us and left on Grandpaw’s arm. Was terribly tired and last two days had been hard. Thought about exercises and decided was too late to matter; thought about calling Mike and asking him for news from Terra. Went to bed.

Don’t know how long had been asleep when realized was no longer asleep and somebody was in room. “Manuel?” came soft whisper in dark. “Huh? Wyoh, you aren’t supposed to be here, dear.”

“I am indeed supposed to be here, my husband. Mum knows I’m here, so does Greg. And Grandpaw went right to sleep.”

“Oh. What time is?”

“About four hundred. Please, dear, may I come to bed?”

“What? Oh, certainly.” Something I should remember. Oh, yes. “Mike!” “Yes, Man?” he answered.

“Switch off. Don’t listen. If you want me, call me on Family phone.” “So Wyoh told me, Man. Congratulations!”

Then her head was pillowed on my stump and I put right arm around her. “What are you crying about, Wyoh?” “I’m not crying! I’m just frightened silly that you won’t come back!”

16

Woke up scared silly in pitch darkness. “Manuel!” Didn’t know which end was up. “Manuel!” it called again. “Wake up!”

That brought me out some; was signal intended to trigger me. Recalled being stretched on a table in infirmary at Complex, staring up at a light and listening to a voice while a drug dripped into my veins. But was a hundred years ago, endless time of nightmares, unendurable pressure, pain.

Knew now what no-end-is-up feeling was; had experienced before. Free fall. Was in space.

What had gone wrong? Had Mike dropped a decimal point? Or had he given in to childish nature and played a joke, not realizing would kill? Then why, after all years of pain, was I alive? Or was I? Was this normal way for ghost to feel, just lonely, lost, nowhere?

“Wake up, Manuel! Wake up, Manuel!”

“Oh, shut up!” I snarled. “Button your filthy king-and-ace!” Recording went on; I paid no attention. Where was that reeking light switch? No, doesn’t take a century of pain to accelerate to Luna’s escape speed at three gravities, merely feels so. Eighty-two seconds—but is one time when human nervous system feels every microsecond. Three gees is eighteen grim times as much as a Loonie ought to weigh.

Then discovered those vacuum skulls had not put arm back on. For some silly reason they had taken it off when they stripped me to prepare me and I was loaded with enough don’t- worry and let’s-sleep pills not to protest. No huhu had they put it on again. But that drecklich switch was on my left and sleeve of p-suit was empty.

Spent next ten years getting unstrapped with one hand, then a twenty-year sentence floating around in dark before managed to find my cradle again, figure out which was head end, and from that hint locate switch by touch. That compartment was not over two meters in any dimension. This turns out to be larger than Old Dome in free fall and total darkness. Found it. We had light.

(And don’t ask why that coffin did not have at least three lighting systems all working all time. Habit, probably. Alighting system implies a switch to control it, nyet? Thing was built in two days; should be thankful switch worked.)

Once I had light, cubic shrank to true claustrophobic dimensions and ten percent smaller, and I took a look at Prof.

Dead, apparently. Well, he had every excuse. Envied him but was now supposed to check his pulse and breathing and suchlike in case he had been unlucky and still had such troubles. And was again hampered and not just by being onearmed. Grain load had been dried and depressured as usual before loading but that cell was supposed to be pressured—oh, nothing fancy, just a tank with air in it. Our p-suits were supposed to handle needs such as life’s breath for those two days. But even best p-suit is more comfortable in pressure than in vacuum and, anyhow, I was supposed to be able to get at my patient.

Could not. Didn’t need to open helmet to know this steel can had not stayed gas tight, knew at once, naturally, from way p-suit felt. Oh, drugs I had for Prof, heart stimulants and so forth, were in field ampules; could jab them through his suit. But how to check heart and breathing? His suit was cheapest sort, sold for Loonie who rarely Leaves warren; had no readouts.

His mouth hung open and eyes stared. Adeader, I decided. No need to ex Prof beyond that old limen; had eliminated himself. Tried to see pulse on throat; his helmet was in way. They had provided a program clock which was mighty kind of them. Showed I had been out forty-four-plus hours, all to plan, and in three hours we should receive horrible booting to place

us in parking orbit around Terra. Then, after two circums, call it three more hours, we should start injection into landing program—if Poona Ground Control didn’t change its feeble mind

and leave us in orbit. Reminded self that was unlikely; grain is not left in vacuum longer than necessary. Has tendency to become puffed wheat or popped corn, which not only lowers

value but can split those thin canisters like a melon. Wouldn’t that be sweet? Why had they packed us in with grain? Why not just a load of rock that doesn’t mind vacuum?

Had time to think about that and to become very thirsty. Took nipple for half a mouthful, no more, because certainly did not want to take six gees with a full bladder. (Need not have worried; was equipped with catheter. But did not know.)

When time got short I decided couldn’t hurt Prof to give him a jolt of drug that was supposed to take him through heavy acceleration; then, after in parking orbit, give him heart stimulant— since didn’t seem as if anything could hurt him.

Gave him first drug, then spent rest of minutes struggling back into straps, one-handed. Was sorry I didn’t know name of my helpful friend; could have cursed him better.

Ten gees gets you into parking orbit around Terra in a mere 3.26 x 10^7 microseconds; merely seems longer, ten gravities being sixty times what a fragile sack of protoplasm should be asked to endure. Call it thirty-three seconds. My truthful word, I suspect my ancestress in Salem spent a worse half minute day they made her dance.

Gave Prof heart stimulant, then spent three hours trying to decide whether to drug self as well as Prof for landing sequence. Decided against. All drug had done for me at catapulting had been to swap a minute and a half of misery and two days of boredom for a century of terrible dreams—and besides, if those last minutes were going to be my very last, I decided to experience them. Bad as they would be, they were my very own and I would not give them up.

They were bad. Six gees did not feel better than ten; felt worse. Four gees no relief. Then we were kicked harder. Then suddenly, just for seconds, in free fall again. Then came splash which was not “gentle” and which we took on straps, not pads, as we went in headfirst. Also, don’t think Mike realized that, after diving in hard, we would then surface and splash hard again before we damped down into floating. Earthworms call it “floating” but is nothing like floating in free fall; you do it at one gee, six times what is decent, and odd side motions tacked on. Very odd motions—Mike had assured us that solar weather was good, no radiation danger inside that Iron Maiden. But he had not been so interested in Earthside Indian Ocean weather; prediction was acceptable for landing barges and suppose he felt that was good enough—and I would have thought so, too.

Stomach was supposed to be empty. But I filled helmet with sourest, nastiest fluid you would ever go a long way to avoid. Then we turned completely over and I got it in hair and eyes and some in nose. This is thing earthworms call “seasickness” and is one of many horrors they take for granted.

Won’t go into long period during which we were towed into port. Let it stand that, in addition to seasickness, my air bottles were playing out. They were rated for twelve hours, plenty for a fifty-hour orbit most of which I was unconscious and none involving heavy exercise, but not quite enough with some hours of towing added. By time barge finally held still I was almost too dopy to care about trying to break out.

Except for one fact—We were picked up, I think, and tumbled a bit, then brought to rest with me upside down. This is a no-good position at best under one gravity; simply impossible when supposed to a) unstrap self, b) get out of suit-shaped cavity, c) get loose a sledgehammer fastened with butterfly nuts to bulkhead. d) smash same against breakaways guarding escape hatch, e) batter way out, and f) finally, drag an old man in a p-suit out after you.

Didn’t finish step a); passed out head downwards.

Lucky this was emergency-last-resort routine. Stu LaJoie had been notified before we left; news services had been warned shortly before we landed. I woke up with people leaning over me, passed out again, woke up second time in hospital bed, flat on back with heavy feeling in chest—was heavy and weak all over—but not ill, just tired, bruised, hungry, thirsty, languid. Was a transparent plastic tent over bed which accounted for fact I was having no trouble breathing.

At once was closed in on from both sides, a tiny Hindu nurse with big eyes on one side, Stuart LaJoie on other. He grinned at me, “Hi, cobber! How do you feel?” “Uh … I’m right. But oh bloody! What a way to travel!”

“Prof says it’s the only way. What a tough old boy he is.” “Hold it. Prof said? Prof is dead.”

“Not at all. Not in good shape—we’ve got him in a pneumatic bed with a round-the-clock watch and more instruments wired into him than you would believe. But he’s alive and will be able to do his job. But, truly, he didn’t mind the trip; he never knew about it, so he says. Went to sleep in one hospital, woke up in another. I thought he was wrong when he refused to let me wangle it to send a ship but he was not—the publicity has been tremendous!”

I said slowly, “You say Prof ‘refused’ to let you send a ship?”

“I should say ‘Chairman Selene’ refused. Didn’t you see the dispatches, Mannie?”

“No.” Too late to fight over it. “But last few days have been busy.”

“Adinkum word! Here, too—don’t recall when last I dossed.” “You sound like a Loonie.”

“I am a Loonie, Mannie, don’t ever doubt it. But the sister is looking daggers at me.” Stu picked her up, turned her around. I decided he wasn’t all Loonie yet. But nurse didn’t resent. “Go play somewhere else, dear, and I’ll give your patient back to you—still warm—in a few minutes.” He shut a door on her and came back to bed. “But Adam was right; this way was not only wonderful publicity but safer.”

“Publicity, I suppose. But ‘safer’? Let’s not talk about!”

“Safer, my old. You weren’t shot at. Yet they had two hours in which they knew right where you were, a big fat target. They couldn’t make up their minds what to do; they haven’t formed a policy yet. They didn’t even dare not bring you down on schedule; the news was full of it, I had stories slanted and waiting. Now they don’t dare touch you, you’re popular heroes. Whereas if I had waited to charter a ship and fetch you … Well, I don’t know. We probably would have been ordered into parking orbit; then you two—and myself, perhaps—would have been taken off under arrest. No skipper is going to risk missiles no matter how much he’s paid. The proof of the pudding, cobber. But let me brief you. You’re both citizens of The People’s Directorate of Chad, best I could do on short notice. Also, Chad has recognized Luna. I had to buy one prime minister, two generals, some tribal chiefs and a minister of finance—cheap for such a hurry-up job. I haven’t been able to get you diplomatic immunity but I hope to, before you leave hospital. At present they haven’t even dared arrest you; they can’t figure out what you’ve done. They have guards outside but simply for your ‘protection’—and a good thing, or you would have reporters nine deep shoving microphones into your face.”

“Just what have we done?—that they know about, I mean. Illegal immigration?”

“Not even that, Mannie. You never were a consignee and you have derivative PanAfrican citizenship through one of your grandfathers, no huhu. In Professor de la Paz’s case we dug up proof that he had been granted naturalized Chad citizenship forty years back, waited for the ink to dry, and used it. You’re not even illegally entered here in India. Not only did they bring you down themselves, knowing that you were in that barge, but also a control officer very kindly and fairly cheaply stamped your virgin passports. In addition to that, Prof’s exile has no legal existence as the government that proscribed him no longer exists and a competent court has taken notice—that was more expensive.”

Nurse came back in, indignant as a mother cat. “Lord Stuart you must let my patient rest!” “At once, ma chere.”

“You’re ‘Lord Stuart’?”

“Should be ‘Comte.’ Or I can lay a dubious claim to being the Macgregor. The blue-blood bit helps; these people haven’t been happy since they took their royalty away from them.”

As he left he patted her rump. Instead of screaming, she wiggled it. Was smiling as she came over to me. Stu was going to have to watch that stuff when he went back to Luna. If did. She asked how I felt. Told her I was right, just hungry. “Sister, did you see some prosthetic arms in our luggage?”

She had and I felt better with number-six in place. Had selected it and number-two and social arm as enough for trip. Number-two was presumably still in Complex; I hoped somebody was taking care of it. But number-six is most all-around useful arm; with it and social one I’d be okay.

Two days later we left for Agra to present credentials to Federated Nations. I was in bad shape and not just high gee; could do well enough in a wheel chair and could even walk a little although did not in public. What I had was a sore throat that missed pneumonia only through drugs, traveler’s trots, skin disease on hands and spreading to feet—just like my other trips to that disease-ridden hole, Terra. We Loonies don’t know how lucky we are, living in a place that has tightest of quarantines, almost no vermin and what we have controlled by vacuum anytime necessary. Or unlucky, since we have almost no immunities if turns out we need them. Still, wouldn’t swap; never heard word “venereal” until first went Earthside and had thought “common cold” was state of ice miner’s feet.

And wasn’t cheerful for other reason. Stu had fetched us a message from Adam Selene; buried in it, concealed even from Stir, was news that chances had dropped to worse than one in a hundred. Wondered what point in risking crazy trip if made odds worse? Did Mike really know what chances were? Couldn’t see any way he could compute them no matter how many facts he had.

But Prof didn’t seem worried. He talked to platoons of reporters, smiled at endless pictures, gave out statements, telling world he placed great confidence in Federated Nations and was sure our just claims would be recognized and that he wanted to thank “Friends of Free Luna” for wonderful help in bringing true story of our small but sturdy nation before good people of Terra—F. of F.L. being Stu, a professional public opinion firm, several thousand chronic petition signers, and a great stack of Hong Kong dollars.

I had picture taken, too, and tried to smile, but dodged questions by pointing to throat and croaking.

In Agra we were lodged in a lavish suite in hotel that had once been palace of a maharajah (and still belonged to him, even though India is supposed to be socialist) and interviews and picture-taking went on—hardly dared get out of wheel chair even to visit W.C. as was under orders from Prof never to be photographed vertically. He was always either in bed or in a stretcher—bed baths, bedpans, everything—not only because safer, considering age, and easier for any Loonie, but also for pictures. His dimples and wonderful, gentle, persuasive personality were displayed in hundreds of millions of video screens, endless news pictures.

But his personality did not get us anywhere in Agra. Prof was carried to office of President of Grand Assembly, me being pushed alongside, and there he attempted to present his credentials as Ambassador to F.N. and prospective Senator for Luna—was referred to Secretary General and at his offices we were granted ten minutes with assistant secretary who sucked teeth and said he could accept our credentials “without prejudice and without implied commitment.” They were referred to Credentials Committee—who sat on them.

I got fidgety. Prof read Keats. Grain barges continued to arrive at Bombay.

In a way was not sorry about latter. When we flew from Bombay to Agra we got up before dawn and were taken out to field as city was waking. Every Loonie has his hole, whether luxury of a long-established home like Davis Tunnels or rock still raw from drill; cubic is no problem and can’t be for centuries.

Bombay was bee-swarms of people. Are over million (was told) who have no home but some piece of pavement. Afamily might claim right (and hand down by will, generation after generation) to sleep on a piece two meters long and one wide at a described location in front of a shop. Entire family sleeps on that space, meaning mother, father, kids, maybe a grandmother. Would not have believed if had not seen. At dawn in Bombay roadways, side pavements, even bridges are covered with tight carpet of human bodies. What do they do? Where do they work? How do they eat? (Did not look as if they did. Could count ribs.)

If I hadn’t believed simple arithmetic that you can’t ship stuff downhill forever without shipping replacement back, would have tossed in cards. But… tanstanfl. “There ain’t no such thing as a free lunch,” in Bombay or in Luna.

At last we were given appointment with an “Investigating Committee.” Not what Prof had asked for. He had requested public hearing before Senate, complete with video cameras. Only camera at this session was its “in-camera” nature; was closed. Not too closed, I had little recorder. But no video. And took Prof two minutes to discover that committee was actually vips of Lunar Authority or their tame dogs.

Nevertheless was chance to talk and Prof treated them as if they had power to recognize Luna’s independence and willingness to do so. While they treated us as a cross between naughty children and criminals up for sentencing.

Prof was allowed to make opening statement. With decorations trimmed away was assertion that Luna was de-facto a sovereign state, with an unopposed government in being, a civil condition of peace and order, a provisional president and cabinet carrying on necessary functions but anxious to return to private life as soon as Congress completed writing a constitution—and that we were here to ask that these facts be recognized de-jure and that Luna be allowed to take her rightful place in councils of mankind as a member of Federated Nations.

What Prof told them bore a speaking acquaintance with truth and they were not where they could spot discrepancies. Our “provisional president” was a computer, and “cabinet” was Wyoh, Finn, Comrade Clayton, and Terence Sheehan, editor of Pravda, plus Wolfgang Korsakov, board chairman of LuNoHoCo and a director of Bank of Hong Kong in Luna. But Wyoh was only person now in Luna who knew that “Adam Selene” was false face for a computer. She had been terribly nervous at being left to hold fort alone.

As it was, Adam’s “oddity” in never being seen save over video was always an embarrassment. We had done our best to turn it into a “security necessity” by opening offices for him in cubic of Authority’s Luna City office and then exploding a small bomb. After this “assassination attempt” comrades who had been most fretful about Adam’s failure to stir around became loudest in demands that Adam must not take any chances—this being helped by editorials.

But I wondered while Prof was talking what these pompous chooms would think if they knew that our “president” was a collection of hardware owned by Authority?

But they just sat staring with chill disapproval, unmoved by Prof’s rhetoric—probably best performance of his life considering he delivered it flat on back, speaking into a microphone without notes, and hardly able to see his audience.

Then they started in on us. Gentleman member from Argentina—never given their names; we weren’t socially acceptable—this Argentino objected to phrase “former Warden” in Prof’s speech; that designation had been obsolete half a century; he insisted that it be struck out and proper title inserted: “Protector of the Lunar Colonies by Appointment of the Lunar Authority.” Any other wording offended dignity of Lunar Authority.

Prof asked to comment; “Honorable Chairman” permitted it. Prof said mildly that he accepted change since Authority was free to designate its servants in any fashion it pleased and was no intention to offend dignity of any agency of Federated Nations… but in view of functions of this office—former functions of this former office—citizens of Luna Free State would probably go on thinking of it by traditional name.

That made about six of them try to talk at once. Somebody objected to use of word “Luna” and still more to “Luna Free State”—it was “the Moon,” Earth’s Moon, a satellite of Earth and property of Federated Nations, just as Antarctica was—and these proceedings were a farce.

Was inclined to agree with last point. Chairman asked gentleman member from North America to please be in order and to address his remarks through Chair. Did Chair understand from witness’s last remark that this alleged de-facto regime intended to interfere with consignee system?

Prof fielded that and tossed it back. “Honorable Chairman, I myself was a consignee, now Luna is my beloved home. My colleague, the Honorable the Undersecretary for Foreign Affairs Colonel O’Kelly Davis”—myself!—”is Luna born, and proud of his descent from four transported grandparents. Luna has grown strong on your outcasts. Give us your poor, your wretched; we welcome them. Luna has room for them, nearly forty million square kilometers, an area greater than all Africa—and almost totally empty. More than that, since by our method of living we occupy not ‘area’ but ‘cubic’ the mind cannot imagine the day when Luna would refuse another shipioad of weary homeless.”

Chairman said, “The witness is admonished to refrain from making speeches. The Chair takes it that your oratory means that the group you represent agrees to accept prisoners as before.”

“No, sir.”

“What? Explain yourself.”

“Once an immigrant sets foot on Luna today he is a free man, no matter what his previous condition, free to go where he listeth.”

“So? Then what’s to keep a consignee from walking across the field, climbing into another ship, and returning here? I admit that I am puzzled at your apparent willingness to accept them… but we do not want them. It is our humane way of getting rid of incorrigibles who would otherwise have to be executed.”

(Could have told him several things that would stop what he pictured; he had obviously never been to Luna. As for “incorrigibles,” if really are, Luna eliminates such faster than Terra ever did. Back when I was very young, they sent us a gangster lord, from Los Angeles I believe; he arrived with squad of stooges, his bodyguards, and was cockily ready to take over Luna, as was rumored to have taken over a prison somewhere Earthside.

(None lasted two weeks. Gangster boss didn’t make it to barracks; hadn’t listened when told how to wear a p-suit.)

“There is nothing to keep him from going home so far as we are concerned, sir,” Prof answered, “although your police here on Terra might cause him to think. But I’ve never heard of a consignee arriving with funds enough to buy a ticket home. Is this truly an issue? The ships are yours; Luna has no ships—and let me add that we are sorry that the ship scheduled for Luna this month was canceled. I am not complaining that it forced on my colleague and myself—Prof stopped to smile—a most informal method of travel. I simply hope that this does not represent policy. Luna has no quarrel with you; your ships are welcome, your trade is welcome, we are at peace and wish to stay so. Please note that all scheduled grain shipments

have come through on time.”

(Prof did always have gift for changing subject.)

They fiddled with minor matters then. Nosy from North America wanted to know what had really happened to “the Ward—” He stopped himself. “The Protector. Senator Hobart” Prof answered that he had suffered a stroke (a “coup” is a “stroke”) and was no longer able to carry out his duties—but was in good health otherwise and receiving constant medical care. Prof added thoughtfully that he suspected that the old gentleman had been failing for some time, in view of his indiscretions this past year… especially his many invasions of rights of free citizens, including ones who were not and never had been consignees.

Story was not hard to swallow. When those busy scientists managed to break news of our coup, they had reported Warden as dead… whereas Mike had kept him alive and on job by impersonating him. When Authority Earthside demanded a report from Warden on this wild rumor, Mike had consulted Prof, then had accepted call and given a convincing imitation of senility, managing to deny, confirm, and confuse every detail. Our announcements followed, and thereafter Warden was no longer available even in his computer alter ego. Three days later we declared independence.

This North American wanted to know what reason they had to believe that one word of this was true? Prof smiled most saintly smile and made effort to spread thin hands before letting them fall to coverlet. “The gentleman member from North America is urged to go to Luna, visit Senator Hobart’s sickbed, and see for himself. Indeed all Terran citizens are invited to visit Luna at any time, see anything. We wish to be friends, we are at peace, we have nothing to hide. My only regret is that my country is unable to furnish transportation; for that we must turn to you.”

Chinee member looked at Prof thoughtfully. He had not said a word but missed nothing.

Chairman recessed hearing until fifteen hundred. They gave us a retiring room and sent in lunch. I wanted to talk but Prof shook head, glanced around room, tapped ear. So I shut up. Prof napped then and I leveled out my wheel chair and joined him; on Terra we both slept all we could. Helped. Not enough.

They didn’t wheel us back in until sixteen hundred; committee was already sitting. Chairman then broke own rule against speeches and made a long one more-in-sorrow-than-anger. Started by reminding us that Luna Authority was a nonpolitical trusteeship charged with solemn duty of insuring that Earth’s satellite the Moon—Luna, as some called it—was never used

for military purposes. He told us that Authority had guarded this sacred trust more than a century, while governments fell and new governments rose, alliances shifted and shifted again

—indeed, Authority was older than Federated Nations, deriving original charter from an older international body, and so well had it kept that trust that it had lasted through wars and

turmoils and realignments.

(This is news? But you see what he was building towards.)

“The Lunar Authority cannot surrender its trust,” he told us solemnly. “However, there appears to be no insuperable obstacle to the Lunar colonists, if they show political maturity, enjoying a degree of autonomy. This can be taken under advisement. Much depends on your behavior. The behavior, I should say, of all you colonists. There have been riots and destruction of property; this must not be.”

I waited for him to mention ninety dead Goons; he never did. I will never make a statesman; I don’t have high-level approach.

“Destroyed property must be paid for,” he went on. “Commitments must be met. If this body you call a Congress can guarantee such things, it appears to this committee that this so- called Congress could in time be considered an agency of the Authority for many internal matters. Indeed it is conceivable that a stable local government might, in time, assume many duties now failing on the Protector and even be allowed a delegate, non-voting, in the Grand Assembly. But such recognition would have to be earned.

“But one thing must be made clear. Earth’s major satellite, the Moon, is by nature’s law forever the joint property of all the peoples of Earth. It does not belong to that handful who by accident of history happen to live there. The sacred trust laid upon the Lunar Authority is and forever must be the supreme law of Earth’s Moon.”

(“—accident of history,” huh? I expected Prof to shove it down his throat. I thought he would say—No, never did know what Prof would say. Here’s what he did say): Prof waited through several seconds of silence, then said, “Honorable Chairman, who is to be exiled this time?”

“What did you say?”

“Have you decided which one of you is to go into exile? Your Deputy Warden won’t take the job”—this was true; he preferred to stay alive. “He is functioning now only because we have asked him to. If you persist in believing that we are not independent, then you must be planning to send up a new warden.”

“Protector!”

“Warden. Let us not mince words. Though if we knew who he is to be, we might be happy to call him ‘Ambassador.’ We might be able to work with him, it might not be necessary to send with him armed hoodlums… to rape and murder our women!”

“Order! Order! The witness will come to order!”

“It is not I who was not in order, Honorable Chairman. Rape it was and murder most foul. But that is history and now we must look to the future. Whom are you going to exile?”

Prof struggled to raise self on elbow and I was suddenly alert; was a cue. “For you all know, sir, that it is a one-way trip. I was born here. You can see what effort it is for me to return even temporarily to the planet which has disinherited me. We are outcasts of Earth who—”

He collapsed. Was up out of my chair—and collapsed myself, trying to reach him.

Was not all play-acting even though I answered a cue. Is terrible strain on heart to get up suddenly on Terra; thick field grabbed and smashed me to floor.

17

Neither of us was hurt and it made juicy news breaks, for I put recording in Stu’s hands and he turned it over to his hired men. Nor were all headlines against us; Stu had recording cut and edited and slanted. AUTHORITYTO PLAYODD MAN OUT?—LUNAR AMBASSADOR COLLAPSES UNDER GRILLING: “OUTCASTS!” HE CRIES—PROF PAZ POINTS FINGER OF SHAME: STORYPAGE 8.

Not all were good; nearest to a favorable story in India was editorial in New India Times inquiring whether Authority was risking bread of masses in failing to come to terms with Lunar insurgents. Was suggested that concessions could be made if would insure increased grain deliveries. Was filled with inflated statistics; Luna did not feed “a hundred million Hindus”— unless you chose to think of our grain as making difference between malnutrition and starvation.

On other hand biggest New York paper opined that Authority had made mistake in treating with us at all, since only thing convicts understood was taste of lash—troops should land, set us in order, hang guilty, leave forces to keep order.

Was a quick mutiny, quickly subdued, in Peace Dragoons regiment from which our late oppressors had come, one started by rumor that they were to be shipped to Moon. Mutiny not hushed up perfectly; Stu hired good men.

Next morning a message reached us inquiring if Professor de la Paz was well enough to resume discussions? We went, and committee supplied doctor and nurse to watch over Prof. But this time we were searched—and a recorder removed from my pouch.

I surrendered it without much fuss; was Japanese job supplied by Stu—to be surrendered. Number-six arm has recess intended for a power pack but near enough size of my mini- recorder. Didn’t need power that day—and most people, even hardened police officers, dislike to touch a prosthetic.

Everything discussed day before was ignored… except that chairman started session by scolding us for “breaking security of a closed meeting.”

Prof replied that it had not been closed so far as we were concerned and that we would welcome newsmen, video cameras, a gallery, anyone, as Luna Free State had nothing to hide. Chairman replied stiffly that so-called Free State did not control these hearings; these sessions were closed, not to be discussed outside this room, and that it was so ordered.

Prof looked at me. “Will you help me, Colonel?” I touched controls of chair, scooted around, was shoving his stretcher wagon with my chair toward door before chairman realized bluff had been called. Prof allowed himself to be persuaded to stay without promising anything. Hard to coerce a man who faints if he gets overexcited.

Chairman said that there had been many irrelevancies yesterday and matters discussed best left undiscussed—and that he would permit no digressions today. He looked at Argentino, then at North American.

He went on: “Sovereignty is an abstract concept, one that has been redefined many times as mankind has learned to live in peace. We need not discuss it. The real question, Professor

—or even Ambassador de-facto, if you like; we shan’t quibble—the real question is this: Are you prepared to guarantee that the Lunar Colonies will keep their commitments?”

“What commitments, sir?”

“All commitments, but I have in mind specifically your commitments concerning grain shipments.” “I know of no such commitments, sir,” Prof answered with innocence.

Chairman’s hand tightened on gavel. But he answered quietly, “Come, sir, there is no need to spar over words. I refer to the quota of grain shipments—and to the increased quota, a matter of thirteen percent, for this new fiscal year. Do we have assurance that you will honor those commitments? This is a minimum basis for discussion, else these talks can go no further.”

“Then I am sorry to say, sir, that it would appear that our talks must cease.” “You’re not being serious.”

“Quite serious, sir. The sovereignty of Free Luna is not the abstract matter you seem to feel it is. These commitments you speak of were the Authority contracting with itself. My country is not bound by such. Any commitments from the sovereign nation I have the honor to represent are still to be negotiated.”

“Rabble!” growled North American. “I told you you were being too soft on them. Jailbirds. Thieves and whores. They don’t understand decent treatment.” “Order!”

“Just remember, I told you. If I had them in Colorado, we would teach them a thing or two; we know how to handle their sort.” “The gentleman member will please be in order.”

“I’m afraid,” said Hindu member—Parsee in fact, but committeeman from India—”I’m afraid I must agree in essence with the gentleman member from the North American Directorate. India cannot accept the concept that the grain commitments are mere scraps of paper. Decent people do not play politics with hunger.”

“And besides,” the Argentino put in, “they breed like animals. Pigs!”

(Prof made me take a tranquilizing drug before that session. Had insisted on seeing me take it.)

Prof said quietly, “Honorable Chairman, may I have consent to amplify my meaning before we conclude, perhaps too hastily, that these talks must be abandoned?” “Proceed.”

“Unanimous consent? Free of interruption?”

Chairman looked around. “Consent is unanimous,” he stated, “and the gentlemen members are placed on notice that I will invoke special rule fourteen at the next outburst. The sergeant-at-arms is directed to note this and act. The witness will proceed.”

“I will be brief, Honorable Chairman.” Prof said something in Spanish; all I caught was “Senor.” Argentina turned dark but did not answer. Prof went on, “I must first answer the gentleman member from North America on a matter of personal privilege since he has impugned my fellow countrymen. I for one have seen the inside of more than one jail; I accept the title—nay, I glory in the title of ‘jailbird.’ We citizens of Luna are jailbirds and descendants of jailbirds. But Luna herself is a stern schoolmistress; those who have lived through her harsh lessons have no cause to feel ashamed. In Luna City a man may leave purse unguarded or home unlocked and feel no fear… I wonder if this is true in Denver? As may be, I have no wish to visit Colorado to learn a thing or two; I am satisfied with what Mother Luna has taught me. And rabble we may be, but we are now a rabble in arms.

“To the gentleman member from India let me say that we do not ‘play politics with hunger.’ What we ask is an open discussion of facts of nature unbound by political assumptions false to fact. If we can hold this discussion, I can promise to show a way in which Luna can continue grain shipments and expand them enormously… to the great benefit of India.”

Both Chinee and Indian looked alert. Indian started to speak, checked himself, then said, “Honorable Chairman, will the Chair ask the witness to explain what he means?” “The witness is invited to amplify.”

“Honorable Chairman, gentlemen members, there is indeed a way for Luna to expand by tenfold or even a hundred her shipments to our hungry millions. The fact that grain barges continued to arrive on schedule during our time of trouble and are still arriving today is proof that our intentions are friendly. But you do not get milk by beating the cow. Discussions of how to augment our shipments must be based on the facts of nature, not on the false assumption that we are slaves, bound by a work quota we never made. So which shall it be? Will you persist in believing that we are slaves, indentured to an Authority other than ourselves? Or will you acknowledge that we are free, negotiate with us, and learn how we can help you?”

Chairman said, “In other words you ask us to buy a pig in a poke. You demand that we legalize your outlaw status … then you will talk about fantastic claims that you can increase grain shipments ten- or a hundredfold. What you claim is impossible; I am expert in Lunar economics. And what you ask is impossible; takes the Grand Assembly to admit a new nation.”

Then place it before the Grand Assembly. Once seated as sovreign equals, we will discuss how to increase shipments and negotiate terms. Honorable Chairman, we grow the grain, we own it. We can grow far more. But not as slaves. Luna’s soverign freedom must first be recognized.”

“Impossible and you know it. The Lunar Authority cannot abdicate its sacred responsibility.”

Prof sighed. “It appears to be an impasse. I can only suggest that these hearings be recessed while we all take thought. Today our barges are arriving… but the moment that I am forced to notify my government that I have failed… they… will … stop!”

Prof’s head sank back on pillow as if it had been too much for him—as may have been. I was doing well enough but was young and had had practice in how to visit Terra and stay alive. A Loonie his age should not risk it. After minor foofooraw which Prof ignored they loaded us into a lorry and scooted us back to hotel. Once under way I said, “Prof, what was it you said to Senor Jellybelly that raised blood pressure?”

He chuckled. “Comrade Stuart’s investigations of these gentlemen turn up remarkable facts. I asked who owned a certain brothel off Calle Florida in B.A. these days and did it now have a star redhead?”

“Why? You used to patronize it?” Tried to imagine Prof in such!

“Never. It has been forty years since I was last in Buenos Aires. He owns that establishment, Manuel, through a dummy, and his wife, a beauty with Titian hair, once worked in it.” Was sorry had asked. “Wasn’t that a foul blow? And undiplomatic?”

But Prof closed eyes and did not answer.

He was recovered enough to spend an hour at a reception for newsmen that night, with white hair framed against a purple pillow and thin body decked out in embroidered pajamas. Looked like vip corpse at an important funeral, except for eyes and dimples. I looked mighty vip too, in black and gold uniform which Stu claimed was Lunar diplomatic uniform of my rank. Could have been, if Lana had had such things—did not or I would have known. I prefer a p-suit; collar was tight. Nor did I ever find out what decorations on it meant. ~Areporter asked me about one, based on Luna at crescent as seen from Terra; told him it was a prize for spelling. Stu was in earshot and said, “The Colonel is modest. That decoration is of the same rank as the Victoria Cross and in his case was awarded for an act of gallantry on the glorious, tragic day of—”

He led him away, still talking. Stu could lie standing up almost as well as Prof. Me, I have to think out a lie ahead of time.

India newspapers and casts were rough that night; “threat” to stop grain shipments made them froth. Gentlest proposal was to clean out Luna, exterminate us “criminal troglodytes” and replace us with “honest Hindu peasants” who understood sacredness of life and would ship grain and more grain.

Prof picked that night to talk and give handouts about Luna’s inability to continue shipments, and why—and Stu’s organization spread release throughout Terra. Some reporters took time to dig out sense of figures and tackled Prof on glaring discrepancy:

“Professor de la Paz, here you say that grain shipments will dwindle away through failure of natural resources and that by 2082 Luna won’t even be able to feed its own people. Yet earlier today you told the Lunar Authority that you could increase shipments a dozen times or more.”

Prof said sweetly, “That committee is the Lunar Authority?” “Well… it’s an open secret.”

“So it is, sir, but they have maintained the fiction of being an impartial investigating committee of the Grand Assembly. Don’t you think they should disqualify themselves? So that we could receive a fair hearing?”

“Uh… it’s not my place to say, Professor. Let’s get back to my question. How do you reconcile the two?”

“I’m interested in why it’s not your place to say, sir. Isn’t it the concern of every citizen of Terra to help avoid a situation which will produce war between Terra and her neighbor?” “‘War’? What in the world makes you speak of ‘war,’ Professor?”

“Where else can it end, sir? If the Lunar Authority persists in its intransigence? We cannot accede to their demands; those figures show why. If they will not see this, then they will attempt to subdue us by force… and we will fight back. Like cornered rats—for cornered we are, unable to retreat, unable to surrender. We do not choose war; we wish to live in peace with our neighbor planet—in peace and peacefully trade. But the choice is not ours. We are small, you are gigantic. I predict that the next move will be for the Lunar Authority to attempt to subdue Luna by force. This ‘peace-keeping’ agency will start the first interplanetary war.”

Journalist frowned. “Aren’t you overstating it? Let’s assame the Authority—or the Grand Assembly, as the Authority hasn’t any warships of its own—let’s suppose the nations of Earth decide to displace your, uh, ‘government.’ You might fight, on Luna—I suppose you would. But that hardly constitutes interplanetary war. As you pointed out, Luna has no ships. To put it bluntly, you can’t reach us.”

I had chair close by Prof’s stretcher, listening. He turned to me. “Tell them, Colonel.”

I parroted it. Prof and Mike had worked out stock situation. I had memorized and was ready with answers. I said, “Do you gentlemen remember the Pathfinder? How she came plunging in, out of control?”

They remembered. Nobody forgets greatest disaster of early days of space flight when unlucky Pathfinder hit a Belgian village.

“We have no ships,” I went on, “but would be possible to throw those bargeloads of grain… instead of delivering them parking orbit.” Next day this evoked a headling: LOONIES THREATEN TO THROW RICE. At moment it produced awkward silence.

Finally journalist said, “Nevertheless I would like to know how you reconcile your two statements—no more grain after 2082… and ten or a hundred times as much.”

“There is no conflict,” Prof answered. “They are based on different sets of circumstances. The figures you have been looking at show the present circumstances … and the disaster they will produce in only a few years through drainage of Luna’s natural resources—disaster which these Authority bureaucrats—or should I say ‘authoritarian bureaucrats?’—would avert by telling us to stand in the corner like naughty children!”

Prof paused for labored breathing, went on: “The circumstances under which we can continue, or greatly increase, our grain shipments are the obvious corollary of the first. As an old teacher I can hardly refrain from classroom habits; the corollary should be left as an exercise for the student. Will someone attempt it?”

Was uncomfortable silence, then a little man with strange accent said slowly, “It sound to me as if you talk about way to replenish natural resource.”

“Capital! Excellent!” Prof flashed dimples. “You, sir, will have a gold star on your term report! To make grain requires water and plant foods—phosphates, other things, ask the experts. Send these things to us; we’ll send them back as wholesome grain. Put down a hose in the limitless Indian Ocean. Line up those millions of cattle here in India; collect their end product and ship it to us. Collect your own night soil—don’t bother to sterilize it; we’ve learned to do such things cheaply and easily. Send us briny sea water, rotten fish, dead animals, city sewage, cow manure, offal of any sort—and we will send it back, tonne for tonne as golden grain. Send ten times as much, we’ll send back ten times as much grain. Send us your poor, your dispossessed, send them by thousands and hundreds of thousands; we’ll teach them swift, efficient Lunar methods of tunnel farming and ship you back unbelievable tonnage. Gentlemen, Luna is one enormous fallow farm, four thousand million hectares, waiting to be plowed!”

That startled them. Then someone said slowly, “But what do you get out of it? Luna, I mean.”

Prof shrugged. “Money. In the form of trade goods. There are many things you make cheaply which are dear in Luna. Drugs. Tools. Book films. Gauds for our lovely ladies. Buy our grain and you can sell to us at a happy profit.”

AHindu journalist looked thoughtful, started to write. Next to him was a European type who seemed unimpressed. He said, “Professor, have you any idea of the cost of shipping that much tonnage to the Moon?”

Prof waved it aside. “Atechnicality. Sir, there was a time when it was not simply expensive to ship goods across oceans but impossible. Then it was expensive, difficult, dangerous. Today you sell goods half around your planet almost as cheaply as next door; long-distance shipping is the least important factor in cost. Gentlemen, I am not an engineer. But I have learned this about engineers. When something must be done, engineers can find a way that is economically feasible. If you want the grain that we can grow, turn your engineers loose.” Prof gasped and labored, signaled for help and nurses wheeled him away.

I declined to be questioned on it, telling them that they must talk to Prof when he was well enough to see them. So they pecked at me on other lines. One man demanded to know why, since we paid no taxes, we colonists thought we had a right to run things our own way? After all, those colonies had been established by Federated Nations—by some of them. It had been terribly expensive. Earth had paid all bills—and now you colonists enjoy benefits and pay not one dime of taxes. Was that fair?

I wanted to tell him to blow it. But Prof had again made me take a tranquilizer and had required me to swot that endless list of answers to trick questions. “Lets take that one at a time,” I said. “First, what is it you want us to pay taxes for? Tell me what I get and perhaps I’ll buy it. No, put it this way. Do you pay taxes?”

“Certainly I do! And so should you.” “And what do you get for your taxes?” “Huh? Taxes pay for government.”

I said, “Excuse me, I’m ignorant. I’ve lived my whole life in Luna, I don’t know much about your government. Can you feed it to me in small pieces? What do you get for your money?” They all got interested and anything this aggressive little choom missed, others supplied. I kept a list. When they stopped, I read it back:

“Free hospitals—aren’t any in Luna. Medical insurance—we have that but apparently not what you mean by it. If a person wants insurance, he goes to a bookie and works b-Out a bet. You can hedge anything, for a price. I don’t hedge my health, I’m healthy. Or was till I came here. We have a public library, one Carnegie Foundation started with a few book films. It gets along by charging fees. Public roads. I suppose that would be our tubes. But they are no more free than air is free. Sorry, you have free air here, don’t you? I mean our tubes were built by companies who put up money and are downright nasty about expecting it back and then some. Public schools. There are schools in all warrens and I never heard of them turning away pupils, so I guess they are ‘public.’ But they pay well, too, because anyone in Luna who knows something useful and is willing to teach it charges all the traffic will bear.”

I went on: “Let’s see what else– Social security. I’m not sure what that is but whatever it is, we don’t have it. Pensions. You can buy a pension. Most people don’t; most families are large and old people, say a hundred and up, either fiddle along at something they like, or sit and watch video. Or sleep. They sleep a lot, after say a hundred and twenty.”

“Sir, excuse me. Do people really live as long on the Moon as they say?”

I looked surprised but wasn’t; this was a “simulated question” for which an answer had been taped. “Nobody knows how long a person will live in Luna; we haven’t been there long enough. Our oldest citizens were born Earthside, it’s no test. So far, no one born in Luna died of old age, but that’s still no test; they haven’t had time to grow old yet, less than a century. But—Well, take me, madam; how old would you say I am? I’m authentic Loonie, third generation.”

“Uh, truthfully, Colonel Davis, I was surprised at your youthfulness—for this mission, I mean. You appear to be about twenty-two. Are you older? Not much, I fancy.” “Madam, I regret that your local gravitation makes it impossible for me to bow. Thank you. I’ve been married longer than that.”

“What? Oh, you’re jesting!”

“Madam, I would never venture to guess a lady’s age but, if you will emigrate to Luna, you will keep your present youthful loveliness much longer and add at least twenty years to your life.” I looked at list. “I’ll lump the rest of this together by saying we don’t have any of it in Luna, so I can’t see any reason to pay taxes for it. On that other point, sir, surely you know that the initial cost of the colonies has long since been repaid several times over through grain shipments alone? We are being bled white of our most essential resources…and not even being paid an open-market price. That’s why the Lunar Authority is being stubborn; they intend to go on bleeding us. The idea that Luna has been an expense to Terra and the investment must be recovered is a lie invented by the Authority to excuse their treating us as slaves. The truth is that Luna has not cost Terra one dime this century—and the original investment has long since been paid back.”

He tried to rally. “Oh, surely you’re not claiming that the Lunar colonies have paid all the billions of dollars it took to develop space flight?”

“I could present a good case. However there is no excuse to charge that against us. You have space flight, you people of Terra. We do not. Luna has not one ship. So why should we pay for what we never received? It’s like the rest of this list. We don’t get it, why should we pay for it?”

Had been stalling, waiting for a claim that Prof had told me I was sure to hear… and got it at last.

“Just a moment, please!” came a confident voice. “You ignored the two most important items on that list. Police protection and armed forces. You boasted that you were willing to pay for what you get… so how about paying almost a century of back taxes for those two? It should be quite a bill, quite a bill!” He smiled smugly.

Wanted to thank him!—thought Prof was going to chide me for failing to yank it out. People looked at each other and nodded, pleased I had been scored on. Did best to look innocent. “Please? Don’t understand. Luna has neither police nor armed forces.”

“You know what I mean. You enjoy the protection of the Peace Forces of the Federated Nations. And you do have police. Paid for by the Lunar Authority! I know, to my certain knowledge, that two phalanges were sent to the Moon less than a year ago to serve as policemen.”

“Oh.” I sighed. “Can you tell me how F.N. peace forces protect Luna? I did not know that any of your nations wanted to attack us. We are far away and have nothing anyone envies. Or did you mean we should pay them to leave us alone? If so, there is an old saying that once you pay Danegeld, you never get rid of the Dane. Sir, we will fight F.N. armed forces if we must… we shall never pay them.

“Now about those so-called ‘policemen.’ They were not sent to protect us. Our Declaration of Independence told the true story about those hoodlums—did your newspapers print it?” (Some had, some hadn’t—depended on country.) “They went mad and started raping and murdering! And now they are dead! So don’t send us any more troops!”

Was suddenly “tired” and had to leave. Really was tired; not much of an actor and making that talk-talk come out way Prof thought it should was strain.

18

Was not told till later that I had received an assist in that interview; lead about “police” and “armed forces” had been fed by a stooge; Stu LaJoie took no chances. But by time I knew, I had had experience in handling interviews; we had them endlessly.

Despite being tired was not through that night. In addition to press some Agra diplomatic corps had risked showing up—few and none officially, even from Chad. But we were curiosities and they wanted to look at us.

Only one was important, a Chinee. Was startled to see him; he was Chinee member of committee. I met him, simply as “Dr. Chan” and we pretended to be meeting first time.

He was that Dr. Chan who was then Senator from Great China and also Great China’s long-time number-one boy in Lunar Authority—and, much later, Vice-Chairman and Premier, shortly before his assassin.

After getting out point I was supposed to make, with bonus through others that could have waited, I guided chair to bedroom and was at once summoned to Prof’s. “Manuel, I’m sure you noticed our distinguished visitor from the Middle Kingdom.”

“Old Chinee from committee?”

“Try to curb the Loonie talk, son. Please don’t use it at all here, even with me. Yes. He wants to know what we meant by ‘tenfold or a hundredfold.’ So tell him.” “Straight? Or swindle?”

“The straight. This man is no fool. Can you handle the technical details?” “Done my homework. Unless he’s expert in ballistics.”

“He’s not. But don’t pretend to know anything you don’t know. And don’t assume that he’s friendly. But he could be enormously helpful if he concludes that our interests and his coincide. But don’t try to persuade him. He’s in my study. Good luck. And remember—speak standard English.”

Dr. Chan stood up as I came in; I apologized for not standing. He said that he understood difficulties that a gentleman from Luna labored under here and for me not to exert myself— shook hands with himself and sat down.

I’ll skip some formalities. Did we or did we not have some specific solution when we claimed there was a cheap way to ship massive tonnage to Luna?

Told him was a method, expensive in investment but cheap in running expenses. “It’s the one we use on Luna, sir. Acatapult, an escape-speed induction catapult.”

His expression changed not at all. “Colonel, are you aware that such has been proposed many times and always rejected for what seemed good reasons? Something to do with air pressure.”

“Yes, Doctor. But we believe, based on extensive analyses by computer and on our experience with catapulting, that today the problem can be solved. Two of our larger firms, the LuNoHo Company and the Bank of Hong Kong in Luna, are ready to head a syndicate to do it as a private venture. They would need help here on Earth and might share voting stock—though they would prefer to sell bonds and retain control. Primarily what they need is a concession from some government, a permanent easement on which to build the catapult. Probably India.”

(Above was set speech. LuNoHoCo was bankrupt if anybody examined books, and Hong Kong Bank was strained; was acting as central bank for country undergoing upheaval. Purpose was to get in last word, “India.” Prof had coached me that this word must come last.)

Dr. Chan answered, “Never mind financial aspects. Anything which is physically possible can always be made financially possible; money is a bugaboo of small minds. Why do you select India?”

“Well, sir, India now consumes, I believe, over ninety per cent of our grain shipments—” “Ninety-three point one percent.”

“Yes, sir. India is deeply interested in our grain so it seemed likely that she would cooperate. She could grant us land, make labor and materials available, and so forth. But I mentioned India because she holds a wide choice of possible sites, very high mountains not too far from Terra’s equator. The latter is not essential, just helpful. But the site must be a high mountain. It’s that air pressure you spoke of, or air density. The catapult head should be at as high altitude as feasible but the ejection end, where the load travels over eleven kilometers per second, must be in air so thin that it approaches vacuum. Which calls for a very high mountain. Take the peak Nanda Devi, around four hundred kilometers from here. It has a railhead sixty kilometers from it and a road almost to its base. It is eight thousand meters high. I don’t know that Nanda Devi is ideal. It is simply a possible site with good logistics; the ideal site would have to be selected by Terran engineers.”

“Ahigher mountain would be better?”

“Oh, yes, sir!” I assured him. “Ahigher mountain would be preferred over one nearer the equator. The catapult can be designed to make up for loss in free ride from Earth’s rotation. The difficult thing is to avoid so far as possible this pesky thick atmosphere. Excuse me, Doctor; I did not mean to criticize your planet.”

“There are higher mountains. Colonel, tell me about this proposed catapult.”

I started to. “The length of an escape-speed catapult is determined by the acceleration. We think—or the computer calculates—that an acceleration of twenty gravities is about optimum. For Earth’s escape speed this requires a catapult three hundred twenty-three kilometers in length. Therefore–”

“Stop, please! Colonel, are you seriously proposing to bore a hole over three hundred kilometers deep?”

“Oh, no! Construction has to be above ground to permit shock waves to expand. The stator would stretch nearly horizontally, rising perhaps four kilometers in three hundred and in a straight line—almost straight, as Coriolis acceleration and other minor variables make it a gentle curve. The Lunar catapult is straight so far as the eye can see and so nearly horizontal that the barges just miss some peaks beyond it.”

“Oh. I thought that you were overestimating the capacity of present-day engineering. We drill deeply today. Not that deeply. Go on.”

“Doctor, it may be that common misconception which caused you to check me is why such a catapult has not been constructed before this. I’ve seen those earlier studies. Most assumed that a catapult would be vertical, or that it would have to tilt up at the end to toss the spacecraft into the sky—and neither is feasible nor necessary. I suppose the asswnption arose from the fact that your spaceships do boost straight up, or nearly.”

I went on: “But they do that to get above atmosphere, not to get into orbit. Escape speed is not a vector quantity; it is scalar. Aload bursting from a catapult at escape speed will not return to Earth no matter what its direction. Uh… two corrections: it must not be headed toward the Earth itself but at some part of the sky hemisphere, and it must have enough added velocity to punch through whatever atmosphere it still traverses. If it is headed in the right direction it will wind up at Luna.”

“Ah, yes. Then this catapult could be used but once each lunar month?”

“No, sir. On the basis on which you were thinking it would be once every day, picking the time to fit where Luna will be in her orbit. But in fact—or so the computer says; I’m not an astronautics expert—in fact this catapult could be used almost any time, simply by varying ejection speed, and the orbits could still wind up at Luna.”

“I don’t visualize that.”

“Neither do I, Doctor, but—Excuse me but isn’t there an exceptionally fine computer at Peiping University?”

“And if there is?” (Did I detect an increase in bland inscrutability? ACyborg-computer—Pickled brains? Or live ones, aware? Horrible, either way.)

“Why not ask a topnotch computer for all possible ejection times for such a catapult as I have described? Some orbits go far outside Luna’s orbit before returning to where they can be captured by Luna, taking a fantastically long time. Others hook around Terra and then go quite directly. Some are as simple as the ones we use from Luna. There are periods each day when short orbits may be selected. But a load is in the catapult less than one minute; the limitation is how fast the beds can be made ready. It is even possible to have more than one load going up the catapult at a time if the power is sufficient and computer control is versatile. The only thing that worries me is—These high mountains they are covered with snow?”

“Usually,” he answered. “Ice and snow and bare rock.”

“Well, sir, being born in Luna I don t know anything about snow. The stator would not only have to be rigid under the heavy gravity of this planet but would have to withstand dynamic thrusts at twenty gravities. I don t suppose it could be anchored to ice or snow. Or could it be?”

“I’m not an engineer, Colonel, but it seems unlikely. Snow and ice would have to be removed. And kept clear. Weather would be a problem, too.”

“Weather I know nothing about, Doctor, and all I know about ice is that it has a heat of crystallization of three hundred thirty-five million joules per tonne. I have no idea how many tonnes would have to be melted to clear the site, or how much energy would be required to keep it clear, but it seems to me that it might take as large a reactor to keep it free of ice as to power the catapult.”

“We can build reactors, we can melt ice. Or engineers can be sent north for re-education until they do understand ice.” Dr. Chan smiled and I shivered. “However, the engineering of ice and snow was solved in Antarctica years ago; don’t worry about it. Aclear, solid-rock site about three hundred fifty kilometers long at a high altitude—Anything else I should know?”

“Not much, sir. Melted ice could be collected near the catapult head and thus be the most massy part of what will be shipped to Luna—quite a saving. Also the steel canisters would be re-used to ship grain to Earth, thus stopping another drain that Luna can’t take. No reason why a canister should not make the trip hundreds of times. At Luna it would be much the way

barges are now landed off Bombay, solid-charge retrorockets programmed by ground control—except that it would be much cheaper, two and a half kilometer-seconds change of motion versus eleven-plus, a squared factor of about twenty—but actually even more favorable, as retros are parasitic weight and the payload improves accordingly. There is even a way to improve that.”

“How?”

“Doctor, this is outside my specialty. But everybody knows that your best ships use hydrogen as reaction mass heated by a fusion reactor. But hydrogen is expensive in Luna and any mass could be reaction mass; it just would not be as efficient. Can you visualize an enormous, brute-force space tug designed to fit Lunar conditions? It would use raw rock, vaporized, as reaction mass and would be designed to go up into parking orbit, pick up those shipments from Terra, bring them down to Luna’s surface. It would be ugly, all the fancies stripped away—might not be manned even by a Cyborg. It can be piloted from the ground, by computer.”

“Yes, I suppose such a ship could be designed. But let’s not complicate things. Have you covered the essentials about this catapult?”

“I believe so, Doctor. The site is the crucial thing. Take that peak Nanda Devi. By the maps I have seen it appears to have a long, very high ridge sloping to the west for about the length of our catapult. If that is true, it would be ideal—less to cut away, less to bridge. I don’t mean that it is the ideal site but that is the sort to look for: a very high peak with a long, long ridge west of it.”

“I understand.” Dr. Chan left abruptly.

Next few weeks I repeated that in a dozen countries, always in private and with implication that it was secret. All that changed was name of mountain. In Ecuador I pointed out that Chimborazo was almost on equator—ideal! But in Argentina I emphasized that their Aconcagua was highest peak in Western Hemisphere. In Bolivia I noted that Altoplano was as high as Tibetan Plateau (almost true), much nearer equator, and offered a wide choice of sites for easy construction leading up to peaks comparable to any on Terra.

I talked to a North American who was a political opponent of that choom who had called us “rabble.” I pointed out that, while Mount McKinley was comparable to anything in Asia or South America, there was much to be said for Mauna Loa—extreme ease of construction. Doubling gees to make it short enough to fit, and Hawaii would be Spaceport of World … whole world, for we talked about day when Mars would be exploited and freight for three (possibly four) planets would channel through their “Big Island.”

Never mentioned Mauna Loa’s volcanic nature; instead I noted that location permitted an aborted load to splash harmlessly in Pacific Ocean. In Sovunion was only one peak discussed—Lenin, over thousand meters (and rather too close to their big neighbor).

Kilimanjaro, Popocatepetl, Logan, El Libertado—my favorite peak changed by country; all that we required was that it be “highest mountain” in hearts of locals. I found something to say about modest mountains of Chad when we were entertained there and rationalized so well I almost believed it.

Other times, with help of leading questions from Stu LaJoie’s stooges, I talked about chemical engineering (of which I know nothing but had memorized facts) on surface of Luna, where endless free vacuum and sunpower and limitless raw materials and predictable conditions permitted ways of processing expensive or impossible Earthside—when day arrived that cheap shipping both ways made it profitable to exploit Luna’s virgin resources, Was always a suggestion that entrenched bureaucracy of Lunar Authority had failed to see great potential of Luna (true), plus answer to a question always asked, which answer asserted that Luna could accept any number of colonists.

This also was true, although never mentioned that Luna (yes, and sometimes Luna’s Loonies) killed about half of new chums. But people we talked to rarely thought of emigrating themselves; they thought of forcing or persuading others to emigrate to relieve crowding—and to reduce their own taxes. Kept mouth shut about fact that half-fed swarms we saw everywhere did breed faster than even catapulting could offset.

We could not house, feed, and train even a million new chums each year—and a million wasn’t a drop on Terra; more babies than that were conceived every night. We could accept far more than would emigrate voluntarily but if they used forced emigration and flooded us… Luna has only one way to deal with a new chum: Either he makes not one fatal mistake, in personal behavior or in coping with environment that will bite without warning… or he winds up as fertilizer in tunnel farm.

All that immigration in huge numbers could mean would be that a larger percentage of immigrants would die—too few of us to help them past natural hazards. However, Prof did most talking about “Luna’s great future.” I talked about catapults.

During weeks we waited for committee to recall us, we covered much ground. Stu’s men had things set up and only question was how much we could take. Would guess that every week on Terra chopped a year off our lives, maybe more for Prof. But he never complained and was always ready to be charming at one more reception.

We spent extra time in North America. Date of our Declaration of Independence, exactly three hundred years after that of North American British colonies, turned out to be wizard propaganda and Stu’s manipulators made most of it. North Americans are sentimental about their “United States” even though it ceased to mean anything once their continent had been rationalized by F.N. They elect a president every eight years, why, could not say—why do British still have Queen?—and boast of being “sovereign.” “Sovereign,” like “love,” means anything you want it to mean; it’s a word in dictionary between “sober” and “sozzled.”

“Sovereignty” meant much in North America and “Fourth of July” was a magic date; Fourth-of-July League handled our appearances and Stu told us that it had not cost much to get it moving and nothing to keep going; League even raised money used elsewhere—North Americans enjoy giving no matter who gets it.

Farther south Stu used another date; his people planted idea that coup d’etat had been 5 May instead of two weeks later. We were greeted with “Cinco de Mayo! Libertad! Cinco de Mayo!” I thought they were saying, “Thank you”—Prof did all talking.

But in 4th-of-July country I did better. Stu had me quit wearing a left arm in public, sleeves of my costumes were sewed up so that stump could not be missed, and word was passed that I had lost it “fighting for freedom.” Whenever I was asked about it, all I did was smile and say, “See what comes of biting nails?”—then change subject.

I never liked North America, even first trip. It is not most crowded part of Terra, has a mere billion people. In Bombay they sprawl on pavements; in Great New York they pack them vertically—not sure anyone sleeps. Was glad to be in invalid’s chair.

Is mixed-up place another way; they care about skin color—by making point of how they don’t care. First trip I was always too light or too dark, and somehow blamed either way, or was always being expected to take stand on things I have no opinions on. Bog knows I don’t know what genes I have. One grandmother came from a part of Asia where invaders passed as regularly as locusts, raping as they went—why not ask her?

Learned to handle it by my second makee-learnee but it left a sour taste. Think I prefer a place as openly racist as India, where if you aren’t Hindu, you’re nobody—except that Parsees look down on Hindus and vice versa. However I never really had to cope with North America’s reverse-racism when being “Colonel O’Kelly Davis, Hero of Lunar Freedom.”

We had swarms of bleeding hearts around us, anxious to help. I let them do two things for me, things I had never had time, money, or energy for as a student: I saw Yankees play and i visited Salem.

Should have kept my illusions. Baseball is better over video, you can really see it and aren’t pushed in by two hundred thousand other people. Besides, somebody should have shot that outfield. I spent most of that game dreading moment when they would have to get my chair out through crowd—that and assuring host that I was having a wonderful time.

Salem was just a place, no worse (and no better) than rest of Boston. After seeing it I suspected they had hanged wrong witches. But day wasn’t wasted; I was filmed laying a wreath on a place where a bridge had been in another part of Boston, Concord, and made a memorized speech—bridge is still there, actually; you can see it, down through glass. Not much of a bridge.

Prof enjoyed it all, rough as it was on him: Prof had great capacity for enjoying. He always had something new to tell about great future of Luna. In New York he gave managing director of a hotel chain, one with rabbit trade mark, a sketch of what could be done with resorts in Luna—once excursion rates were within reach of more people—visits too short to hurt anyone, escort service included, exotic side trips, gambling—no taxes.

Last point grabbed attention, so Prof expanded it into “longer old age” theme—a chain of retirement hostels where an earthworm could live on Terran old-age pension and go on living, twenty, thirty, forty years longer than on Terra. As an exile—but which was better? Alive old age in Luna? Or a funeral crypt on Terra? His descendants could pay visits and fill those resort hotels. Prof embellished with pictures of “nightclubs” with acts impossible in Terra’s horrible gravity, sports to fit our decent level of gravitation—even talked about swimming pools and ice skating and possibility of flying! (Thought he had tripped his safeties.) He finished by hinting that Swiss cartel had tied it up.

Next day he was telling foreign-divisions manager of Chase International Panagra that a Luna City branch should be staffed with paraplegics, paralytics, heart cases, amputees, others who found high gravity a handicap. Manager was a fat man who wheezed, he may have been thinking of it personally—but his ears pricked up at “no taxes.”

We didn’t have it all our own way. News was often against us and were always hecklers. Whenever I had to take them on without Prof’s help I was likely to get tripped. One man tackled me on Prof’s statement to committee that we “owned” grain grown in Luna: he seemed to take it for granted that we did not. Told him I did not understand question.

He answered, “Isn’t it true, Colonel, that your provisional government has asked for membership in Federated Nations?”

Should have answered, “No comment.” But fell for it and agreed. “Very well,” he said, “the impediment seems to be the counterclaim that the Moon belongs to the Federated Nations—as it always has–under supervision of the Lunar Authority. Either way, by your own admission, that grain belongs to the Federated Nations, in trust.”

I asked how he reached that conclusion? He answered, ‘Colonel, you style yourself ‘Undersecretary of Foreign Affairs.’ Surely you are familiar with the charter of the Federated Nations.” I had skimmed it. “Reasonably familiar,” I said—cautiously, I thought.

“Then you know the First Freedom guaranteed by the Charter and its current application through F & AControl Board Administrative Order Number eleven-seventy-six dated three March of this year. You concede therefore that all grain grown on the Moon in excess of the local ration is ab initio and beyond contest the property of all, title held in trust by the Federated Nations through its agencies for distribution as needed.” He was writing as he talked. “Have you anything to add to that concession?”

I said, “What in Bog’s name you talking about?” Then, “Come back! Haven’t conceded anything!” So Great New York Times printed:

LUNAR “UNDERSECRETARY” SAYS: “FOOD BELONGS TO HUNGRY”

New York Today—O’Kelly Davis, soi-disant “Colonel of the Armed Forces of Free Luna” here on a junket to stir up support for the insurgents in the F.N. Lunar colonies, said in a voluntary statement to this paper that the “Freedom from Hunger” clause in the Grand Charter applied to the Lunar grain shipments—

I asked Prof how should have handled? “Always answer an unfriendly question with another question,” he told me. “Never ask him to clarify; he’ll put words in your mouth. This reporter— Was he skinny? Ribs showing?”

“No. Heavyset.”

“Not living on eighteen hundred calories a day, I take it, which is the subject of that order he cited. Had you known you could have asked him how long he had conformed to the ration and why he quit? Or asked him what he had for breakfast—and then looked unbelieving no matter what he answered. Or when you don’t know what a man is getting at, let your counter- question shift the subject to something you do want to talk about. Then, no matter what he answers, make your point and call on someone else. Logic does not enter into it—just tactics.”

“Prof, nobody here is living on eighteen hundred calories a day. Bombay, maybe. Not here.”

“Less than that in Bombay. Manuel, that ‘equal ration’ is a fiction. Half the food on this planet is in the black market, or is not reckoned through one ruling or another. Or they keep two sets of books, and figures submitted to the F.N. having nothing to do with the economy. Do you think that grain from Thailand and Burma and Australia is correctly reported to the Control

Board by Great China? I’m sure that the India representative on that food board doesn’t. But India keeps quiet because she gets the lion’s share from Luna… and then ‘plays politics with hunger’—a phrase you may remember—by using our grain to control her elections. Kerala had a planned famine last year. Did you see it in the news?”

“No.”

“Because it wasn’t in the news. Amanaged democracy is a wonderful thing, Manuel, for the managers… and its greatest strength is a ‘free press’ when ‘free’ is defined as ‘responsible’ and the managers define what is ‘irresponsible.’ Do you know what Luna needs most?”

“More ice.”

“Anews system that does not bottleneck through one channel. Our friend Mike is our greatest danger.” “Huh? Don’t you trust Mike?”

“Manuel, on some subjects I don’t trust even myself. Limiting the freedom of news ‘just a little bit’ is in the same category with the classic example ‘a little bit pregnant.’ We are not yet free nor will we be as long as anyone—even our ally Mike—controls our news. Someday I hope to own a newspaper independent of any source or channel. I would happily set print by hand, like Benjamin Franklin.”

I gave up. “Prof, suppose these talks fail and grain shipments stop. What happens?”

“People back home will be vexed with us… and many here on Terra would die. Have you read Malthus?” “Don’t think so.”

“Many would die. Then a new stability would be reached with somewhat more people—more efficient people and better fed. This planet isn’t crowded; it is just mismanaged … and the unkindest thing you can do for a hungry man is to give him food. ‘Give.’ Read Malthus. It is never safe to laugh at Dr. Malthus; he always has the last laugh. Adepressing man, I’m glad he’s dead. But don’t read him until this is over; too many facts hamper a diplomat, especially an honest one.”

“I’m not especially honest.”

“But you have no talent for dishonesty, so your refuge must be ignorance and stubbornness. You have the latter; try to preserve the former. For the nonce. Lad, Uncle Bernardo is terribly tired.”

I said, “Sorry,” and wheeled out of his room. Prof was hitting too hard a pace. I would have been willing to quit if would insure his getting into a ship and out of that gravity. But traffic stayed one way—grain barges, naught else.

But Prof had fun. As I left and waved lights out, noticed again a toy he had bought, one that delighted him like a kid on Christmas—a brass cannon.

Areal one from sailing ship days. Was small, barrel about half a meter long and massing, with wooden carriage, only kilos fifteen. A“signal gun” its papers said. Reeked of ancient history, pirates, men “walking plank.” Apretty thing but I asked Prof why? If we ever managed to leave, price to lift that mass to Luna would hurt—I was resigned to abandoning a p-suit with years more wear in it—abandon everything but two left arms and a pair of shorts, If pressed, might give up social arm. If very pressed, would skip shorts.

He reached out and stroked shiny barrel. “Manuel, once there was a man who held a political make-work job like so many here in this Directorate, shining brass cannon around a courthouse.”

“Why would courthouse have cannon?”

“Never mind. He did this for years. It fed him and let him save a bit, but he was not getting ahead in the world. So one day he quit his job, drew out his savings, bought a brass cannon— and went into business for himself.”

“Sounds like idiot.”

“No doubt. And so were we, when we tossed out the Warden. Manuel, you’ll outlive me. When Luna adopts a flag, I would like it to be a cannon or, on field sable, crossed by bar sinister gules of our proudly ignoble lineage. Do you think it could be managed?”

“Suppose so, if you’ll sketch. But why a flag? Not a flagpole in all Luna.”

“It can fly in our hearts … a symbol for all fools so ridiculously impractical as to think they can fight city hail. Will you remember, Manuel?”

“Sure. That is, will remind you when time comes.” Didn’t like such talk. He had started using oxygen tent in private—and would not use in public.

Guess I’m “ignorant” and “stubborn”—was both in place called Lexington, Kentucky, in Central Managerial Area. One thing no doctrine about, no memorized answers, was life in Luna. Prof said to tell truth and emphasize homely, warm, friendly things, especially anything different. “Remember, Manuel, the thousands of Terrans who have made short visits to Luna are only a tiny fraction of one percent. To most people we will be as weirdly interesting as strange animals in a zoo. Do you remember that turtle on exhibition in Old Dome? That’s us.”

Certainly did; they wore that insect out, staring at. So when this male-female team started quizzing about family life in Luna was happy to answer. I prettied it only by what I left out—things that aren’t family life but poor substitutes in a community overloaded with males, Luna City is homes and families mainly, dull by Terra standards—but I like it. And other warrens much same, people who work and raise kids and gossip and find most of their fun around dinner table. Not much to tell, so I diseussed anything they found interesting. Every Luna custom comes from Terra since that’s where we all came from, but Terra is such a big place that a custom from Micronesia, say, may be strange in North America.

This woman—can’t call her lady—wanted to know about various sorts of marriage. First, was it true that one could get married without a license “on” Luna? I asked what a marriage license was?

Her companion said, “Skip it, Mildred. Pioneer societies never have marriage licenses.” “But don’t you keep records?” she persisted.

“Certainly,” I agreed. “My family keeps a family book that goes back almost to first landing at Johnson City—every marriage, birth, death, every event of importance not only in direct line but all branches so far as we can keep track. And besides, is a man, a schoolteacher, going around copying old family records all over our warren, writing a history of Luna City. Hobby.”

“But don’t you have official records? Here in Kaintucky we have records that go back hundreds of years.” “Madam, we haven’t lived there that long.”

“Yes, but—Well, Luna City must have a city clerk. Perhaps you call him ‘county recorder.’ The official who keeps track of such things. Deeds and so forth.”

I said. “Don’t think so, madam. Some bookies do notary work, witnessing chops on contracts, keeping records of them. Is for people who don’t read and write and can’t keep own records. But never heard of one asked to keep record of marriage. Not saying couldn’t happen. But haven’t heard.”

“How delightfully informal! Then this other rumor, about how simple it is to get a divorce on the Moon. I daresay that’s true, too?”

“No, madam, wouldn’t say divorce is simple. Too much to untangle. Mmm … take a simple example, one lady and say she has two husbands—” “Two?”

“Might have more, might have just one. Or might be complex marriage. But let’s take one lady and two men as typical. She decides to divorce one. Say it’s friendly, with other husband agreeing and one she is getting rid of not making fuss. Not that it would do him any good. Okay, she divorces him; he leaves. Still leaves endless things. Men might be business partners, co-husbands often are. Divorce may break up partnership. Money matters to settle. This three may own cubic together, and while will be in her name, ex-husband probably has cash coming or rent. And almost always are children to consider, support and so forth. Many things. No, madam, divorce is never simple. Can divorce him in ten seconds but may take ten years to straighten out loose ends. Isn’t it much that way here?”

“Uh … just fuhget ah evah asked the question, Cunn’l; it may be simpluh hyuh.” (She did talk that way but was understandable once I got program. Won’t spell it again.) “But if that is a simple marriage, what is a ‘complex’ one?”

Found self explaining polyandries, clans, groups, lines, and less common patterns considered vulgar by conservative people such as my own family—deal my mother set up, say, after she ticked off my old man, though didn’t describe that one; Mother was always too extreme.

Woman said, “You have me confused. What is the difference between a line and a clan?”

Are quite different. Take own case. I have honor to be member of one of oldest line marriages in Luna—and, in my prejudiced opinion, best. You asked about divorce. Our family has never had one and would bet long odds never will. Aline marriage increases in stability year after year, gains practice in art of getting along together, until notion of anybody leaving is unthinkable. Besides, takes unanimous decision of all wives to divorce a husband—could never happen. Senior wife would never let it get that far.”

Went on describing advantages—financial security, fine home life it gives children, fact that death of a spouse, while tragic, could never be tragedy it was in a temporary family, especially for children—children simply could not be orphaned. Suppose I waxed too enthusiastic—but my family is most important thing in my life. Without them I’m just one-armed mechanic who could be eliminated without causing a draft.

“Here’s why is stable,” I said. “Take my youngest wife, sixteen. Likely be in her eighties before is senior wife. Doesn’t mean all wives senior to her will die by then; unlikely in Luna, females seem to be immortal. But may all opt out of family management by then; by our family traditions they usually do, without younger wives putting pressure on them. So Ludmilla—”

“Ludmilla?”

“Russki name. From fairy tale. Milla will have over fifty years of good example before has to carry burden. She’s sensible to start with, not likely to make mistakes and if did, has other wives to steady her. Self-correcting, like a machine with proper negative feedback. Agood line marriage is immortal; expect mine to outlast me at least a thousand years—and is why shan’t mind dying when time comes; best part of me will go on living.”

Prof was being wheeled out; he had them stop stretcher cart and listened. I turned to him. “Professor,” I said, “you know my family. Would mind telling this lady why it’s a happy family? If you think so.”

“It is,” agreed Prof. “However, I would rather make a more general remark. Dear madam, I gather that you find our Lunar marriage customs somewhat exotic.” “Oh, I wouldn’t go that far!” she said hastily. “Just somewhat unusual.”

“They arise, as marriage customs always do, from economic necessities of the circumstances—and our circumstances are very different from those here on Earth. Take the line type of marriage which my colleague has been praising . . and justifiably, I assure you, despite his personal bias—I am a bachelor and have no bias. Line marriage is the strongest possible device for conserving capital and insuring the welfare of children—the two basic societal functions for marriage everywhere—in an enviroment in which there is no security, neither for capital nor for children, other than that devised by individuals. Somehow human beings always cope with their environments. Line marriage is a remarkably successful invention to that end. All other Lunar forms of marriage serve that same purpose, though not as well.”

He said goodnight and left. I had with me—always!—a picture of my family, newest one, our wedding with Wyoming. Brides are at their prettiest and Wyoh was radiant—and rest of us looked handsome and happy, with Grandpaw tall and proud and not showing failing faculties.

But was disappointed; they looked at it oddly. But man—Mathews, name was—said, “Can you spare this picture, Colonel?” Winced. “Only copy I have. And a long way from home.”

“For a moment, I mean. Let me have it photographed. Right here, it need never leave your hands,”

“Oh. Oh, certainly!” Not a good picture of me but is face I have, and did Wyoh justice and they just don’t come prettier than Lenore.

So he photographed it and next morning they did come right into our hotel suite and woke me before time and did arrest and take me away wheel chair and all and did lock me in a cell with bars! For bigamy. For polygamy. For open immorality and publicly inciting others to same.

Was glad Mum couldn’t see.

19

Took Stu all day to get case transferred to an F.N. court and dismissed. His lawyers asked to have it tossed out on “diplomatic immunity” but F.N. judges did not fall into trap, merely noted that alleged offenses had taken place outside jurisdiction of lower court, except alleged “inciting” concerning which they found insufficient evidence. Aren’t any F.N. laws covering marriage; can’t be—just a rule about each nation required to give “full faith and credence” to marriage customs of other member nations.

Out of those eleven billion people perhaps seven billion lived where polygamy is legal, and Stu’s opinion manipulators played up “persecution”; it gained us sympathy from people who otherwise would never have heard of us—even gained it in North America and other places where polygamy is not legal, from people who believe in “live and let live.” All good, because always problem was to be noticed. To most of those bee-swarm billions Luna was nothing; our rebellion hadn’t been noticed.

Stu’s operators had gone to much thought to plan setup to get me arrested. Was not told until weeks later after time to cool off and see benefits. Took a stupid judge, a dishonest sheriff, and barbaric local prejudice which I triggered with that sweet picture, for Stu admitted later that range of color in Davis family was what got judge angry enough to be foolish even beyond native talent for nonsense.

My one consolation, that Mum could not see my disgrace, turned out mistaken; pictures, taken through bars and showing grim face, were in every Luna paper, and write-ups used nastiest Earthside stories, not larger number that deplored injustice. But should have had more faith in Mimi; she wasn’t ashamed, simply wanted to go Earthside and rip some people to pieces.

While helped Earthside, greatest good was in Luna. Loonies become more unified over this silly huhu than had ever been before. They took it personally and “Adam Selene” and “Simon Jester” pushed it. Loonies are easygoing except on one subject, women. Every lady felt insulted by Terran news stories—so male Loonies who had ignored politics suddenly discovered I was their boy.

Spin-off—old lags feel superior to those not transported. Later found self greeted by ex-cons with: “Hi, jailbird!” Alodge greeting—I was accepted.

But saw nothing good about it then! Pushed around, treated like cattle, fingerprinted, photographed, given food we wouldn’t offer hogs, exposed to endless indignity, and only that heavy field kept me from trying to kill somebody—had I been wearing number-six arm when grabbed, might have tried.

But steadied down once I was freed. Hour later we were on way to Agra; had at last been summoned by committee. Felt good to be back in suite in maharajah’s palace but eleven-hour zone change in less than three did not permit rest; we went to hearing bleary-eyed and held together by drugs.

“Hearing” was one-sided; we listened while chairman talked. Talked an hour; I’ll summarize:

Our preposterous claims were rejected. Lunar Authority’s sacred trust could not be abandoned. Disorders on Earth’s Moon could not be tolerated. Moreover, recent disorders showed that Authority had been too lenient. Omission was now to be corrected by an activist program, a five-year plan in which all phases of life in Authority’s trusteeship would be overhauled. A code of laws was being drafted; civil and criminal courts would be instituted for benefit of “client-employees”—which meant all persons in trust area, not just consignees with uncompleted sentences. Public schools would be established, plus indoctrinal adult schools for client-employees in need of same. An economic, engineering, and agricultural planning board would be created to provide fullest and most efficient use of Moon’s resources and labor of client-employees. An interim goal of quadrupling grain shipments in five years had been adopted as a figure easily obtainable once scientific planning of resources and labor was in effect. First phase would be to withdraw client-employees from occupations found not to be productive and put them to drilling a vast new system of farm tunnels in order that hydroponics would commence in them not later than March 2078. These new giant farms would be operated by Lunar Authority, scientifically, and not left to whims of private owners. It was contemplated that this system would, by end of five-year plan, produce entire new grain quota; in meantime client-employees producing grain privately would be allowed to continue. But they would be absorbed into new system as their less efficient methods were no longer needed.

Chairman looked up from papers. “In short, the Lunar colonies are going to be civilized and brought into managerial coordination with the rest of civilization. Distasteful as this task has been, I feel—speaking as a citizen rather than as chairman of this committee—I feel that we owe you thanks for bringing to our attention a situation so badly in need of correction.”

Was ready to burn his ears off. “Client-employees!” What a fancy way to say “slaves”! But Prof said tranquilly, “I find the proposed plans most interesting. Is one permitted to ask questions? Purely for information?”

“For information, yes.”

North American member leaned forward. “But don’t assume that we are going to take any backtalk from you cavemen! So mind your manners. You aren’t in the clear on this, you know.” “Order,” chairman said. “Proceed, Professor.”

“This term ‘client-employee’ I find intriguing. Can it be stipulated that the majority of inhabitants of Earth’s major satellite are not undischarged consignees but free individuals?”

“Certainly,” chairman agreed blandly. “All legal aspects of the new policy have been studied. With minor exceptions some ninety-one percent of the colonists have citizenship, original or derived, in various member nations of the Federated Nations. Those who wish to return to their home countries have a right to do so. You will be pleased to learn that the Authority is considering a plan under which loans for transportation can be arranged… probably under supervision of International Red Cross and Crescent. I might add that I myself am heartily backing this plan—as it renders nonsensical any talk about ‘slave labor.’” He smiled smugly.

“I see,” agreed Prof. “Most humane. Has the committee—or the Authority—pondered the fact that most—effectively all, I should say—considered the fact that inhabitants of Luna are physically unable to live on this planet? That they have undergone involuntary permanent exile through irreversible physiological changes and can never again live in comfort and health in a gravitational field six times greater than that to which their bodies have become adjusted?”

Scoundrel pursed lips as if considering totally new idea. “Speaking again for myself, I would not be prepared to stipulate that what you say is necessarily true. It might be true of some, might not be others; people vary widely. Your presence here proves that it is not impossible for a Lunar inhabitant to return to Earth. In any case we have no intention of forcing anyone to return. We hope that they will choose to stay and we hope to encourage others to emigrate to the Moon. But these are individual choices, under the freedoms guaranteed by the Great Charter. But as to this alleged physiological phenomenon—it is not a legal matter. If anyone deems it prudent, or thinks he would be happier, to stay on the Moon, that’s his privilege.”

“I see, sir. We are free. Free to remain in Luna and work, at tasks and for wages set by you… or free to return to Earth to die.”

Chairman shrugged. “You assume that we are villians—we’re not. Why, if I were a young man I would emigrate to the Moon myself. Great opportunities! In any case I am not troubled by your distortions—history will justify us.”

Was surprised at Prof; he was not fighting. Worried about him—weeks of strain and a bad night on top. All he said was, “Honorable Chairman, I assume that shipping to Luna will soon be resumed. Can passage be arranged for my colleague and myself in the first ship? For I must admit, sir, that this gravitational weakness of which I spoke is, in our cases, very real. Our mission is completed; we need to go home.”

(Not a word about grain barges. Nor about “throwing rocks,” nor even futility of beating a cow. Prof just sounded tired.)

Chairman leaned forward and spoke with grim satisfaction. “Professor, that presents difficulties. To put it bluntly, you appear to be guilty of treason against the Great Charter, indeed against all humanity … and an indictment is being considered. I doubt if anything more than a suspended sentence would be invoked against a man of your age and physical condition, however. Do you think it would be prudent of us to give you passage back to the place where you committed these acts—there to stir up more mischief?”

Prof sighed. “I understand your point. Then, sir, may I be excused? I am weary.”

“Certainly. Hold yourself at the disposal of this committee. The hearing stands adjourned. Colonel Davis—” “Sir?” I was directing wheel chair around, to get Prof out at once; our attendants had been sent outside. “Aword with you, please. In my office.”

“Uh—” Looked at Prof; eyes were closed and seemed unconscious. But he moved one finger, motioning me to him. “HonorabIe Chairman, I’m more nurse than diplomat; have to look after him. He’s an old man, he’s ill.”

“The attendants will take care of him.”

“Well…” Got as close to Prof as I could from chair, leaned over him. “Prof, are you right?”

He barely whispered. “See what he wants. Agree with him. But stall.”

Moments later was alone with chairman, soundproof door locked—meant nothing; room could have a dozen ears, plus one in my left arm. He said, “Adrink? Coffee?”

I answered, “No, thank you, sir. Have to watch my diet here.”

“I suppose so. Are you really limited to that chair? You look healthy.”

I said, “I could, if had to, get up and walk across room. Might faint. Or worse. Prefer not to risk. Weigh six times what I should. Heart’s not used to it.”

“I suppose so. Colonel, I hear you had some silly trouble in North America. I’m sorry, I truly am. Barbaric place. Always hate to have to go there. I suppose you’re wondering why I wanted to see you.”

“No, sir, assume you’ll tell when suits you. Instead was wondering why you still call me ‘Colonel.’”

He gave a barking laugh. “Habit, I suppose. Alifetime of protocol. Yet it might be well for you to continue with that title. Tell me, what do you think of our five-year plan?” Thought it stunk. “Seems to have been carefully thought out.”

“Much thought went into it. Colonel, you seem to be a sensible man—I know you are, I know not only your background but practically every word you’ve spoken, almost your thoughts, ever since you set foot on Earth. You were born on the Moon. Do you regard yourself as a patriot? Of the Moon?”

“Suppose so. Though tend to think of what we did just as something that had to be done.”

“Between ourselves—yes. That old fool Hobart. Colonel, that is a good plan… but lacks an executive. If you are really a patriot or let’s say a practical man with your country’s best interests at heart, you might be the man to carry it out.” He held up hand. “Don’t be hasty! I’m not asking you to sell out, turn traitor, or any nonsense like that. This is your chance to be a real patriot

—not some phony hero who gets himself killed in a lost cause. Put it this way. Do you think it is possible for the Lunar colonies to hold out against all the force that the Federated Nations of Earth can bring to bear? You’re not really a military man, I know—and I’m glad you’re not—but you are a technical man, and I know that, too. In your honest estimation, how many ships and bombs do you think it would take to destroy the Lunar colonies?”

I answered, “One ship, six bombs.”

“Correct! My God, it’s good to talk to a sensible man. Two of them would have to be awf’ly big, perhaps specially built. Afew people would stay alive, for a while, in smaller warrens beyond the blast areas. But one ship would do it, in ten minutes.”

I said, “Conceded, sir, but Professor de la Paz pointed out that you don’t get milk by beating a cow. And certainly can’t by shooting it.”

“Why do you think we’ve held back, done nothing, for over a month? That idiot colleague of mine—I won’t name him—spoke of ‘backtalk.’ Backtalk doesn’t fret me; it’s just talk and I’m interested in results. No, my dear Colonel, we won’t shoot the cow… but we would, if forced to, let the cow know that it could be shot. H-missiles are expensive toys but we could afford to expend some as warning shots, wasted on bare rock to let the cow know what could happen. But that is more force than one likes to use—it might frighten the cow and sour its milk.” He gave another barking laugh. “Better to persuade old bossy to give down willingly.”

I waited. “Don’t you want to know how?” he asked. “How?” I agreed.

“Through you. Don’t say a word and let me explain—”

He took me up on that high mountain and offered me kingdoms of Earth. Or of Luna. Take job of “Protector Pro Tem” with understanding was mine permanently if I could deliver. Convince Loonies they could not win. Convince them that this new setup was to their advantage—emphasize benefits, free schools, free hospitals, free this and that—details later but an everywhere government just like on Terra. Taxes starting low and handled painlessly by automatic checkoff and through kickback revenues from grain shipments. But, most important, this time Authority would not send a boy to do a man’s job—two regiments of police at once.

“Those damned Peace Dragoons were a mistake,” he said, “one we won’t make again. Between ourselves, the reason it has taken us a month to work this out is that we had to convince the Peace Control Commission that a handful of men cannot police three million people spread through six largish warrens and fifty and more small ones. So you’ll start with enough police—not combat troops but military police used to quelling civilians with a minimum of fuss. Besides that, this time they’ll have female auxiliaries, the standard ten per cent-no more rape complaints. Well, sir? Think you can swing it? Knowing it’s best in the long run for your own people?”

I said I ought to study it in detail, particularly plans and quotas for five-year plan, rather than make snap decision.

~Certainly, certainly!” he agreed. “I’ll give you a copy of the white paper we’ve made up; take it home, study it, sleep on it. Tomorrow we’ll talk again. Just give me your word as a gentleman to keep it under your hair. No secret, really… but these things are best settled before they are publicized. Speaking of publicity, you’ll need help—and you’ll get it. We’ll go to the expense of sending up topnotch men, pay them what it’s worth, have them centrifuge the way those scientists do—you know. This time we’re doing it right. That fool Hobart—he’s actually dead, isn’t he?”

“No, sir. Senile, however.”

“Should have killed him, Here’s your copy of the plan.”

“Sir? Speaking of old men—Professor de la Paz can’t stay here. Wouldn’t live six months.” “That’s best, isn’t it?”

I tried to answer levelly, “You don’t understand. He is greatly loved and respected. Best thing would be for me to convince him that you mean business with those H-missiles—and that it is his patriotic duty to salvage what we can. But, either way, if I return without him… well, not only could not swing it; wouldn’t live long enough to try.”

“Hmm—Sleep on it. We’ll talk tomorrow. Say fourteen o’clock.”

I left and as soon as was loaded into lorry gave way to shakes. Just don’t have high-level approach. Stu was waiting with Prof. “Well?” said Prof.

I glanced around, tapped ear. We huddled, heads over Prof’s head and two blankets over us all. Stretcher wagon was clean and so was my chair; I checked them each morning. But for room itself seemed safer to whisper under blankets.

Started in. Prof stopped me. “Discuss his ancestry and habits later. The facts.” “He offered me job of Warden.”

“I trust you accepted.”

“Ninety percent. I’m to study this garbage and give answer tomorrow. Stu, how fast can we execute Plan Scoot?” “Started. We were waiting for you to return. If they let you return.”

Next fifty minutes were busy. Stu produced a gaunt Hindu in a dhoti; in thirty minutes he was a twin of Prof, and lifted Prof off wagon onto a divan. Duplicating me was easier. Our doubles were wheeled into suite’s living room just at dusk and dinner was brought in. Several people came and went—among them elderly Hindu woman in sari, on arm of Stuart LaJoie. A plump babu followed them.

Getting Prof up steps to roof was worst; he had never worn powered walkers, had no chance to practice, and had been flat on back for more than a month.

But Stu’s arm kept him steady; I gritted teeth and climbed those thirteen terrible steps by myself. By time I reached roof, heart was ready to burst. Was put to it not to black out. Asilent little flitter craft came out of gloom right on schedule and ten minutes later we were in chartered ship we had used past month—two minutes after that we jetted for Australia. Don’t know what it cost to prepare this dance and keep it ready against need, but was no hitch.

Stretched out by Prof and caught breath, then said, “How you feel, Prof?” “Okay. Abit tired. Frustrated.”

“Ja da. Frustrated.”

“Over not seeing the Taj Mahal, I mean. I never had opportunity as a young man—and here I’ve been within a kilometer of it twice, once for several days, now for another day… and still I haven’t seen it and never shall.”

“Just a tomb.”

“And Helen of Troy was just a woman. Sleep, lad.” We landed in Chinee half of Australia, place called Darwin, and were carried straight into a ship, placed in acceleration couches and dosed. Prof was already out and I was beginning to feel dopy when Stu came in, grinned, and strapped down by us. I looked at him. “You, too? Who’s minding shop?”

“The same people who’ve been doing the real work all along. It’s a good setup and doesn’t need me any longer. Mannie old cobber, I did not want to be marooned a long way from home. Luna, I mean, in case you have doubts. This looks like the last train from Shanghai.”

“What’s Shanghai got to do with?”

“Forget I mentioned it. Mannie, I’m flat broke, concave. I owe money in all directions—debts that will be paid only if certain stocks move the way Adam Selene convinced me they would move, shortly after this point in history. And I’m wanted, or will be, for offenses against the public peace and dignity. Put it this way. I’m saving them the trouble of transporting me. Do you think I can learn to be a drillman at my age?”

Was feeling foggy, drug taking hold. “Stu, in Luna y’aren’t old… barely started … ‘nyway . . ,eat our table f’ever! Mimi likes you.” “Thanks, cobber, I might. Warning light! Deep breath!”

Suddenly was kicked by ten gee.

Our craft was ground-to-orbit ferry type used for manned satellites, for supplying F.N. ships in patrol orbit, and for passengers to and from pleasure-and-gambling satellites. She was carrying three passengers instead of forty, no cargo except three p-suits and a brass cannon (yes, silly toy was along; p-suits and Prof’s bang-bang were in Australia a week before we were) and good ship Lark had been stripped—total crew was skipper and a Cyborg pilot.

She was heavily overfueled.

We made (was told) normal approach on Elysium satellite … then suddenly scooted from orbital speed to escape speed, a change even more violent than liftoff.

This was scanned by F.N. Skytrack; we were commanded to stop and explain. I got this secondhand from Stu, self still recovering and enjoying luxury of no-gee with one strap to anchor. Prof was still out.

“So they want to know who we are and what we think we are doing,” Stu told me. “We told them that we were Chinese registry sky wagon Opening Lotus bound on an errand of mercy, to wit, rescuing those scientists marooned on the Moon, and gave our identification—as Opening Lotus.”

“How about transponder?”

“Mannie, if I got what I paid for, our transponder identified us as the Lark up to ten minutes ago… and now has I.D.’d us as the Lotus. Soon we will know. Just one ship is in position to get a missile off and it must blast us in”—he stopped to look—”another twenty-seven minutes according to the wired-up gentleman booting this bucket, or its chances of getting us are poor to zero. So if it worries you—if you have prayers to say or messages to send or whatever it is one does at such times—now is the time.”

“Think we ought to rouse Prof?”

“Let him sleep. Can you think of a better way to make jump than from peaceful sleep instantaneously into a cloud of radiant gas? Unless you know that he has religious necessities to attend to? He never struck me as a religious man, orthodoctrinally speaking.”

“He’s not. But if you have such duties, don’t let me keep you.”

“Thank you, I took care of what seemed necessary before we left ground. How about yourself, Mannie? I’m not much of a padre but I’ll do my best, if I can help. Any sins on your mind, old cobber? If you need to confess, I know quite a little about sin.”

Told him my needs did not run that way. Then did recall sins, some I cherished, and gave him a version more or less true. That reminded him of some of his own, which remind me— Zero time came and went before we ran out of sins. S LaJoie is a good person to spend last minutes with, even if don’t turn out to be last.

We had two days with naught to do but undergo drastic routines to keep us from carrying umpteen plagues to Luna. But didn’t mind shaking from induced chills and burning with fever; free fall was such a relief and was so happy to be going home.

Or almost happy—Prof asked what was troubling me,~ “Nothing,” I said. “Can’t wait to be home. But—Truth is, ashamed to show face after we’ve failed. Prof, what did we do wrong?” “Failed, my boy?”

“Don’t see what else can call it. Asked to be recognized. Not what we got.”

“Manuel, I owe you an apology. You will recall Adam Selene’s projection of our chances just before we left home.” Stu was not in earshot but “Mike” was word we never used; was always “Adam Selene” for security.

“Certainly do! One in fifty-three. Then when we reached Earthside dropped to reeking one in hundred. What you guess it is now? One in thousand?”

“I’ve had new projections every few days…which is why I owe you an apology. The last, received just before we left, included the then-untested assumption that we would escape, get clear of Terra and home safely. Or that at least one of us three would make it, which is why Comrade Stu was summoned home, he having a Terran’s tolerance of high acceleration. Eight projections, in fact, ranging from three of us dead, through various combinations up to three surviving. Would you care to stake a few dollars on what that last projection is, setting a bracket and naming your own odds? I’ll give a hint. You are far too pessimistic.”

“Uh… no, damn it! Just tell.”

“The odds against us are now only seventeen to one … and they’ve been shortening all month. Which I couldn’t tell you.”

“Was amazed, delighted, overjoyed—hurt. “What you mean, couldn’t tell me? Look, Prof, if not trusted, deal me out and put Stu in executive cell.”

“Please, son. That’s where he will go if anything happens to any of us—you, me, or dear Wyoming. I could not tell you Earthside—and can tell you now—not because you aren’t trusted but because you are no actor. You could carry out your role more effectively if you believed that our purpose was to achieve recognition of independence.”

“Now he tells!”

“Manuel, Manuel, we had to fight hard every instant—and lose.” “So? Am big enough boy to be told?”

“Please, Manuel. Keeping you temporarily in the dark greatly enhanced our chances; you can check this with Adam. May I add that Stuart accepted his summons to Luna blithely without asking why? Comrade, that committee was too small, its chairman too intelligent; there was always the hazard that they might offer an acceptable compromise—that first day there was grave danger of it. Had we been able to force our case before the Grand Assembly there would have been no danger of intelligent action. But we were balked. The best I could do was to antagonize the committee, even stooping to personal insult to make certain of at least one holdout against common sense.”

“Guess I never will understand high-level approach.”

“Possibly not. But your talents and mine complement each other. Manuel, you wish to see Luna free.” “You know I do.”

“You also know that Terra can defeat us.”

“Sure. No projection ever gave anything close to even money. So don’t see why you set out to antagonize—”

“Please. Since they can inflict their will on us, our only chance lies in weakening their will. That was why we had to go to Terra. To be divisive. To create many opinions. The shrewdest of the great generals in China’s history once said that perfection in war lay in so sapping the opponent’s will that he surrenders without fighting. In that maxim lies both our ultimate purpose and our most pressing danger. Suppose, as seemed possible that first day, we had been offered an inviting compromise. Agovernor in place of a warden, possibly from our own number. Local autonomy. Adelegate in the Grand Assembly. Ahigher price for grain at the catapult head, plus a bonus for increased shipments. Adisavowal of Hobart’s policies combined with an expression of regret over the rape and the killings with handsome cash settlements to the victims’ survivors. Would it have been accepted? Back home?”

“They did not offer that.”

“The chairman was ready to offer something like it that first afternoon and at that time he had his committee in hand. He offered us an asking price close enough to permit such a dicker. Assume that we reached in substance what I outlined. Would it have been acceptable at home?”

“Uh… maybe.”

“More than a ‘maybe’ by the bleak projection made just before we left home; it was the thing to be avoided at any cost—a settlement which would quiet things down, destroy our will to resist, without changing any essential in the longer-range prediction of disaster. So I switched the subject and squelched possibility by being difficult about irrelevancies politely offensive. Manuel, you and I know—and Adam knows—that there must be an end to food shipments; nothing less will save Luna from disaster. But can you imagine a wheat farmer fighting to end those shipments?”

“No. Wonder if can pick up news from home on how they’re taking stoppage?”

“There won’t be any. Here is how Adam has timed it, Manuel: No announcement is to be made on either planet until after we get home. We are still buying wheat. Barges are still arriving at Bombay.”

“You told them shipments would stop at once.”

“That was a threat, not a moral commitment. Afew more loads won’t matter and we need time. We don’t have everyone on our side; we have only a minority. There is a majority who don’t care either way but can be swayed—temporarily. We have another minority against us… especially grain farmers whose interest is never politics but the price of wheat. They are grumbling but accepting Scrip, hoping it wili be worth face value later. But the instant we announce that shipments have stopped they will be actively against us. Adam plans to have the majority committed to us at the time the announcement is made.”

“How long? One year? Two?”

“Two days, three days, perhaps four. Carefully edited excerpts from that five-year plan, excerpts from the recordings you’ve made—especially that yellow-dog offer—exploitation of your arrest in Kentucky—”

“Hey! I’d rather forget that.”

Prof smiled and cocked an eyebrow. “Uh—” I said uncomfortably. “Okay. If will help.” “It will help more than any statistics about natural resources.”

Wired-up ex-human piloting us went in as one maneuver without bothering to orbit and gave us even heavier beating; ship was light and lively. But change in motion is under two-and-a- half kilometers; was over in nineteen seconds and we were down at Johnson City. I took it right, just a terrible constriction in chest and a feeling as if giant were squeezing heart, then was over and I was gasping back to normal and glad to be proper weight. But did almost kill poor old Prof.

Mike told me later that pilot refused to surrender control; Mike would have brought ship down in a low-gee, no-breakum-egg, knowing Prof was aboard. But perhaps that Cyborg knew what he was doing; a low-gee landing wastes mass and Lotus-Lark grounded almost dry.

None of which we cared about, as looked as if that Garrison landing had wasted Prof. Stu saw it while I was still gasping, then we were both at him—heart stimulant, manual respiration, massage. At last he fluttered eyelids, looked at us, smiled. “Home,” he whispered.

We made him rest twenty minutes before we let him suit up to leave ship; had been as near dead as can be and not hear angels. Skipper was filling tanks, anxious to get rid of us and take on passengers—that Dutchman never spoke to us whole trip; think he regretted letting money talk him into a trip that could ruin or kill him.

By then Wyoh was inside ship, p-suited to come meet us. Don’t think Stu had ever seen her in a p-suit and certain he had never seen her as a blonde; did not recognize. I was hugging her in spite of p-suit; he was standing by, waiting to be introduced. Then strange “man” in p-suit hugged him—he was surprised.

Heard Wyoh’s muffled voice: “Oh heavens! Mannie, my helmet.”

I unclamped it, lifted off. She shook curls and grinned. “Stu, aren’t you glad to see me? Don’t you know me?”

Agrin spread over his face, slowly as dawn across maria. “Zdra’stvooeet’ye, Gospazha! I am most happy to see you.” “‘Gospazha’ indeed! I’m Wyoh to you, dear, always. Didn’t Mannie tell you I’d gone back to blonde?”

“Yes, he did. But knowing it and seeing are not the same.”

“You’ll get used to it.” She stopped to bend over Prof, kiss him, giggle at him, then straightened up and gave me a no-helmet welcome-home that left us both with tears despite pesky suit. Then turned again to Stu, started to kiss him.

He held back a little. She stopped. “Stu, am I going to have to put on brown makeup to welcome you?” Stu glanced at me, then kissed her. Wyoh put in as much time and thought as she had to welcoming me.

Was later I figured out his odd behavior. Stu, despite commitment, was still not a Loonie—and in meantime Wyoh had married. What’s that got to do with it? Well, Earthside it makes a difference, and Stu did not know deep down in bones that a Loonie lady is own mistress. Poor chum thought I might take offense!

We got Prof into suit, ourselves same, and left, me with cannon under arm. Once underground and locked through, we unsuited—and I was flattered to see that Wyoh was wearing crushed under p-suit that red dress I bought her ages ago. She brushed it and skirt flared out.

Immigration room was empty save for about forty men lined up along wall like new transportees; were wearing p-suits and carrying helmets—Terrans going home, stranded tourists and some scientists. Their p-suits would not go, would be unloaded before lift. I looked at them and thought about Cyborg pilot. When Lark had been stripped, all but three couches had been removed; these people were going to take acceleration lying on floorplates—if skipper was not careful he was going to have mashed Terrans au blut.

Mentioned to Stu. “Forget it,” he said. “Captain Leures has foam pads aboard. He won’t let them be hurt; they’re his life insurance.”

My family, all thirty-odd from Grandpaw to babies, was waiting beyond next lock on level he!ow and we got cried on and slobbered on and hugged and this time Stu did not hold back. Little Hazel made ceremony of kissing us; she had Liberty Caps, set one on each, then kissed us—and at that signal whole family put on Liberty Caps, and I got sudden tears. Perhaps is what patriotism feels like, choked up and so happy it hurts. Or maybe was just being with my beloveds again.

“Where’s Slim?” I asked Hazel. “Wasn’t he invited?” “Couldn’t come. He’s junior marshal of your reception.” “Reception? This is all we want.”

“You’ll see.”

Did. Good thing family came out to meet us; that and ride to L-City (filled a capsule) were all I saw of them for some time. Tube Station West was a howling mob, all in Liberty Caps. We three were carried on shoulders all way to Old Dome, surrounded by a stilyagi bodyguard, elbows locked to force through cheering, singing crowds. Boys were wearing red caps and white shirts and their girls wore white jumpers and red shorts color of caps.

At station and again when they put us down in Old Dome I got kissed by fems I have never seen before or since. Remember hoping that measures we had taken in lieu of quarantine were effective—or half of L-City would be down with colds or worse. (Apparently we were clean; was no epidemic. But I remember time—was quite small—when measles got loose and thousands died.)

Worried about Prof, too; reception was too rough for a man good as dead an hour earlier. But he not only enjoyed it, he made a wonderful speech in Old Dome—one short on logic, loaded with ringing phrases. “Love” was in it, and “home” and “Luna” and “comrades and neighbors” and even “shoulder to shoulder” and all sounded good.

They had erected a platform under big news video on south face. Adam Selene greeted us from video screen and now Prof’s face and voice were projected from it, much magnified, over his head—did not have to shout. But did have to pause after every sentence; crowd roars drowned out even bull voice from screen—and no doubt pauses helped, as rest. But Prof no longer seemed old, tired, ill; being back inside The Rock seemed to be tonic he needed. And me, too! Was wonderful to be right weight, feel strong, breathe pure, replenished air of own city.

No mean city! Impossible to get all of L-City inside Old Dome—but looked as if they tried. I estimated an area ten meters square, tried to count heads, got over two hundred not half through and gave up. Lunatic placed crowd at thirty thousand, seems impossible.

Prof’s words reached more nearly three million; video carried scene to those who could not crowd into Old Dome, cable and relay flashed it across lonely maria to all warrens. He grabbed chance to tell of slave future Authority planned for them. Waved that “white paper.” “Here it is!” he cried. “Your fetters! Your leg irons! Will you wear them?”

“NO!”

“They say you must. They say they will H-bomb … then survivors will surrender and put on these chains. Will you?” “NO! NEVER!”

“Never,” agreed Prof. “They threaten to send troops … more and more troops to rape and murder. We shall fight them.” “DA!”

“We shall fight them on the surface, we shall fight them in the tubes, we shall fight them in the corridors! If die we must, we shall die free!” “Yes! Ja-da! Tell ‘em, tell ‘em!”

“And if we die, let history write: This was Luna’s finest hour! Give us liberty … or give us death!”

Some of that sounded familiar. But his words came out fresh and new; I joined in roars. Look… I knew we couldn’t whip Terra—I’m tech by trade and know that an H-missile doesn’t care how brave you are. But was ready, too. If they wanted a fight, let’s have it!

Prof let them roar, then led them in “Battle Hymn of the Republic,” Simon’s version. Adam appeared on screen again, took over leading it and sang with them, and we tried to slip away, off back of platform, with help of stilyagi led by Slim. But women didn’t want to let us go and lads aren’t at their best in trying to stop ladies; they broke through. Was twenty-two hundred before we four, Wyoh, Prof, Stu, self, were locked in room L of Raffles, where Adam-Mike joined us by video. I was starved by then, all were, so I ordered dinner and Prof insisted that we eat before reviewing plans.

Then we got down to business.

Adam started by asking me to read aloud white paper, for his benefit and for Comrade Wyoming—”But first, Comrade Manuel, if you have the recordings you made Earthside, could you transmit them by phone at high speed to my office? I’ll have them transcribed for study—all I have so far are the coded summaries Comrade Stuart sent up.”

I did so, knowing Mike would study them at once, phrasing was part of “Adam Selene” myth—and decided to talk to Prof about letting Stu in on facts. If Stu was to be in executive cell, pretending was too clumsy.

Feeding recordings into Mike at overspeed took five minutes, reading aloud another thirty. That done, Adam said, “Professor, the reception was more successful than I had counted on, due to your speech. I think we should push the embargo through Congress at once. I can send out a call tonight for a session at noon tomorrow. Comments?”

I said, “Look, those yammerheads will kick it around for weeks. If you must put it up to them—can’t see why—do as you did with Declaration. Start late, jam it through after midnight using own people.”

Adam said, “Sorry, Manuel. I’m getting caught up on events Earthside and you have catching up to do here. It’s no longer the same group. Comrade Wyoming?” “Mannie dear, it’s an elected Congress now. They must pass it. Congress is what government we have.”

I said slowly, “You held election and turned things over to them? Everything? Then what are we doing?” Looked at Prof, expecting explosion. My objections would not be on his grounds— but couldn’t see any use in swapping one talk-talk for another. At least first group had been so loose we could pack it—this new group would be glued to seats.

Prof was undisturbed. Fitted fingertips together and looked relaxed. “Manuel, I don’t think the situation is as bad as you seem to feel that it is. In each age it is necessary to adapt to the popular mythology. At one time kings were anointed by Deity, so the problem was to see to it that Deity anointed the tight candidate. In this age the myth is ‘the will of the people’… but the problem changes only superficially. Comrade Adam and I have had long discussions about how to determine the will of the people. I venture to suggest that this solution is one we can work with.”

“Well … okay. But why weren’t we told? Stu, did you know?”

“No, Mannie. There was no reason to tell me.” He shrugged. “I’m a monarchist, I wouldn’t have been interested. But I go along with Prof that in this day and age elections are a necessary ritual.”

Prof said, “Manuel, it wasn’t necessary to tell us till we got back; you and I had other work to do. Comrade Adam and dear Comrade Wyoming handled it in our absence… so let’s find out what they did before we judge what they’ve done.”

“Sorry. Well, Wyoh?”

“Mannie, we didn’t leave everything to chance. Adam and I decided that a Congress of three hundred would be about right. Then we spent hours going over the Party lists—plus prominent people not in the Party. At last we had a list of candidates—a list that included some from the Ad-Hoc Congress; not all were yammerheads, we included as many as we could. Then Adam phoned each one and asked him—or her—if he would serve … binding him to secrecy in the meantime. Some we had to replace.

“When we were ready, Adam spoke on video, announced that it was time to carry out the Party’s pledge of free elections, set a date, said that everybody over sixteen could vote, and that

all anyone had to do to be a candidate was to get a hundred chops on a nominating petition and post it in Old Dome, or the public notice place for his warren. Oh, yes, thirty temporary election districts, ten Congressmen from each district—that let all but the smallest warrens be at least one district.”

“So you had it lined up and Party ticket went through?”

“Oh, no, dear! There wasn’t any Party ticket—officially. But we were ready with our candidates… and I must say my stilyagi did a smart job getting chops on nominations; our optings were posted the first day. Many other people posted; there were over two thousand candidates. But there was only ten days from announcement to election, and we knew what we wanted whereas the opposition was split up. It wasn’t necessary for Adam to come out publicly and endorse candidates. It worked out—you won by seven thousand votes, dear, while your nearest rival got less than a thousand.”

“I won?”

“You won, I won, Professor won, Comrade Clayton won, and just about everybody we thought should be in the Congress. It wasn’t hard. Although Adam never endorsed anyone, I didn’t hesitate to let our comrades know who was favored. Simon poked his finger in, too. And we do have good connections with newspapers. I wish you had been here election night, watching the results. Exciting!”

“How did you go about nose counting? Never known how election works. Write names on a piece of paper?”

“Oh, no, we used a better system … because, after all, some of our best people can’t write. We used banks for voting places, with bank clerks identifying customers and customers identifying members of their families and neighbors who don’t have bank accounts—and people voted orally and the clerks punched the votes into the banks’ computers with the voter watching, and results were all tallied at once in Luna City clearinghouse. We voted everybody in less than three hours and results were printed out just minutes after voting stopped.”

Suddenly a light came on in my skull and I decided to question Wyoh privately. No, not Wyoh—Mike. Get past his “Adam Selene” dignity and hammer truth out of his neuristors. Recalled a cheque ten million dollars too large and wondered how many had voted for me? Seven thousand? Seven hundred? Or just my family and friends?

But no longer worried about new Congress. Prof had not slipped them a cold deck but one that was frozen solid—then ducked Earthside while crime was committed. No use asking Wyoh; she didn’t even need to know what Mike had done … and could do her part better if did not suspect.

Nor would anybody suspect. If was one thing all people took for granted, was conviction that if you feed honest figures into a computer, honest figures come out. Never doubted it myself till met a computer with sense of humor.

Changed mind about suggesting that Stu be let in on Mike’s self-awareness. Three was two too many. Or perhaps three. “Mi—” I started to say, and changed to: “My word! Sounds efficient. How big did we win?”

Adam answered without expression. “Eighty-six percent of our candidates were successful—approximately what I had expected.” (“Approximately,” my false left arm! Exactly what expected, Mike old ironmongery!) “Withdraw objection to a noon session—I’ll be there.”

“It seems to me,” said Stu, “assuming that the embargo starts at once, we will need something to maintain the enthusiasm we witnessed tonight. Or there will be a long quiet period of increasing economic depression—from the embargo, I mean—and growing disillusionment. Adam, you first impressed me through your ability to make shrewd guesses as to future events. Do my misgivings make sense?”

“They do.”

“Well?”

Adam looked at us in turn, and was almost impossible to believe that this was a false image and Mike was simply placing us through binaural receptors. “Comrades … it must be turned into open war as quickly as possible.”

Nobody said anything. One thing to talk about war, another to face up to it. At last I sighed and said, “When do we start throwing rocks?”

“We do not start,” Adam answered. “They must throw the first one. How do we antagonize them into doing so? I will reserve my thoughts to the last. Comrade Manuel?” “Uh… don’t look at me. Way I feel, would start with a nice big rock smack on Agra—a bloke there who is a waste of space. But is not what you are after.”

“No, it is not,” Adam answered seriously. “You would not only anger the entire Hindu nation, a people intensely opposed to destruction of life, but you would also anger and shock people throughout Earth by destroying the Taj Mahal.”

“Including me,” said Prof. “Don’t talk dirty, Manuel.”

“Look,” I said, “didn’t say to do it. Anyhow, could miss Taj.”

“Manuel,” said Prof, “as Adam pointed out, our strategy must be to antagonize them into striking the first blow, the classic ‘Pearl Harbor’ maneuver of game theory, a great advantage in Weltpolitick. The question is how? Adam, I suggest that what is needed is to plant the idea that we are weak and divided and that all it takes is a show of force to bring us back into line. Stu? Your people Earthside should be useful. Suppose the Congress repudiated myself and Manuel? The effect?”

“Oh, no!” said Wyoh.

“Oh, yes, dear Wyoh. Not necessary to do it but simply to put it over news channels to Earth. Perhaps still better to put it out over a clandestine beam attributed to the Terran scientists still with us while our official channels display the classic stigmata of tight censorship. Adam?”

“I’m noting it as a tactic which probably will be included in the strategy. But it will not be sufficient alone. We must be bombed.”

“Adam,” said Wyoh, “why do you say so? Even if Luna City can stand up under their biggest bombs—something I hope never to find out—we know that Luna can’t win an all-out war. You’ve said so, many times. Isn’t there some way to work it so that they will just plain leave us alone?”

Adam pulled at right cheek—and I thought: Mike, if you don’t knock off play-acting, you’ll have me believing in you myself! Was annoyed at him and looked forward to a talk—one in which I would not have to defer to “Chairman Selene.”

“Comrade Wyoming,” he said soberly, “it’s a matter of game theory in a complex non-zero-sum game. We have certain resources or ‘pieces in the game’ and many possible moves. Our opponents have much larger resources and a far larger spectrum of responses. Our problem is to manipulate the game so that our strength is utilized toward an optimax solution while inducing them to waste their superior strength and to refrain from using it at maximum. Timing is of the essence and a gambit is necessary to start a chain of events favorable to our strategy. I realize this is not clear. I could put the factors through a computer and show you. Or you can accept the conclusion. Or you can use your own judgment.”

He was reminding Wyoh (under Stu’s nose) that he was not Adam Selene but Mike, our dinkum thinkum who could handle so complex a problem because he was a computer and smartest one anywhere.

Wyoh backtracked. “No, no,” she said, “I wouldn’t underitand the maths. Okay, it has to be done. How do we do it?”

Was four hundred before we had a plan that suited Prof and Stu as well as Adam—or took that long for Mike to sell his plan while appearing to pull ideas out of rest of us. Or was it Prof’s plan with Adam Selene as salesman?

In any case we had a plan and calendar, one that grew out of master strategy of Tuesday 14 May 2075 and varied from it only to match events as they actually had occurred. In essence it called for us to behave as nastily as possible while strengthening impression that we would be awfully easy to spank.

Was at Community Hall at noon, after too little sleep, and found I could have slept two hours longer; Congressmen from Hong Kong could not make it that early despite tube all way. Wyoh did not bang gavel until fourteen-thirty.

Yes, my bride wife was chairman pro tem in a body not yet organized. Parliamentary rulings seemed to come naturally to her, and she was not a bad choice; a mob of Loonies behaves better when a lady bangs gavel.

Not going to detail what new Congress did and said that session and later; minutes are available. I showed up only when necessary and never bothered to learn talk-talk rules—seemed

to be equal parts common politeness and ways in which chairman could invoke magic to do it his (her) way.

No sooner had Wyoh banged them to order but a cobber jumped up and said, “Gospazha Chairmah, move we suspend rules and hear from Comrade Professor de la Paz!”—which brought a whoop of approval.

Wyoh banged again. “Motion is out of order and Member from Lower Churchill will be seated. This house recessed without adjourning and Chairman of Committee on Permanent Organization, Resolutions, and Government Structure still has the floor.”

Turned out to be Wolfgang Korsakov, Member from Tycho Under (and a member of Prof’s cell and our number-one finagler of LuNoHoCo) and he not only had floor, he had it all day, yielding time as he saw fit (i.e., picking out whom he wanted to speak rather than letting just anyone talk). But nobody was too irked; this mob seemed satisfied with leadership. Were noisy but not unruly.

By dinnertime Luna had a government to replace co-opted provisional government—i.e., dummy government we had opted ourselves, which sent Prof and me to Earth. Congress confirmed all acts of provisional government, thus putting face on what we had done, thanked outgoing government for services and instructed Wolfgang’s committee to continue work on permanent government structure.

Prof was elected President of Congress and ex-officio Prime Minister of interim government until we acquired a constitution. He protested age and health … then said would serve if could have certain things to help him; too old and too exhausted from trip Earthside to have responsibility of presiding—except on occasions of state—so he wanted Congress to elect a Speaker and Speaker Pro Tem… and besides that, he felt that Congress should augment its numbers by not more than ten percent by itself electing members-at-large so that Prime Minister, whoever he might be, could opt cabinet members or ministers of state who might not now be members of Congress—especially ministers-without-portfolio to take load off his shoulders.

They balked. Most were proud of being “Congressmen” and already jealous of status. But Prof just sat looking tired, and waited—and somebody pointed out that it still left control in hands of Congress. So they gave him what he asked for.

Then somebody squeezed in a speech by making it a question to Chair. Everybody knew (he said) that Adam Selene had refrained from standing for Congress on grounds that Chairman of Emergency Committee should not take advantage of positon to elbow way into new government … but could Honorable Chairlady tell member whether was any reason not elect Adam Selene a member-at-large? As gesture of appreciation for great services? To let all Luna—yes, and all those earthworms, especially ex-Lunar ex-Authonty—know that we not repudiating Adam Selene, on contrary he was our beloved elder statesman and was not President simply because he chose not to be!

More whoops that went on and on. You can find in minutes who made that speech but one gets you ten Prof wrote it and Wyoh planted it. Here is how it wound up over course of days:

Prime Minister and Secretary of State for Foreign Affairs: Professor Bernardo de la Paz. Speaker, Finn Nielsen; Speaker Pro Tem, Wyoming Davis.

Undersecretary of State for Foreign Affairs and Minister of Defense, General O’Kelly Davis; Minister of Information, Terence Sheehan (Sheenie turned Pravda over to managing editor to work with Adam and Stu); Special Minister-without-Portfolio in Ministry of Information, Stuart Rene LaJoie, Congressman-at-Large; Secretary of State for Economics and Finance (and Custodian of Enemy Property), Wolfgang Korsakov; Minister of Interior Affairs and Safety, Comrade “Clayton” Watenabe; Minter-without-Portfolio and Special Advisor to Prime Minister, Adam Selene—plus a dozen ministers and ministers-without-portfolio from warrens other than Luna City.

See where that left things? Brush away fancy titles and B cell was still running things as advised by Mike, backed by a Congress in which we could not lose a test vote—but did lose others we did not want to win, or did not care about.

But at time could not see sense in all that talk-talk.

During evening session Prof reported on trip and then yielded to me—Committee Chairman Korsakov consenting—so that I could report what “five-year plan” meant and how Authority had tried to bribe me. I’ll never make a speaker but had time during dinner break to swot speech Mike had written. He had slanted it so nastily that I got angry all over again and was angry when I spoke and managed to make it catching. Congress was ready to riot by time I sat down.

Prof stepped forward, thin and pale, and said quietly, “Comrade Members, what shall we do? I suggest, Chairman Korsakov consenting, that we discuss informally how to treat this latest insolence to our nation.”

One member from Novylen wanted to declare war and they would have done so right then if Prof had not pointed out that they were still hearing committee reports.

More talk, all bitter. At last Comrade Member Chang Jones spoke: “Fellow Congressmen—sorry, Gospodin Chairman Korsakov—I’m a rice and wheat farmer. Mean I used to be, because back in May I got a bank loan and sons and I are converting to variety farming. We’re broke—had to borrow tube fare to get here—but family is eating and someday we might pull square with bank. At least I’m no longer raising grain.

“But others are. Catapult has never reduced headway by one barge whole time we’ve been free. We’re still shipping, hoping their cheques will be worth something someday.

“But now we know! They’ve told us what they mean to do with us—to us! I say only way to make those scoundrels know we mean business is stop shipments right now! Not another tonne, not a kilo … until they come here and dicker honestly for honest price!”

Around midnight they passed Embargo, then adjourned subject to call … standing committees to continue.

Wyoh and I went home and I got reacquainted with my family. Was nothing to do; Mike-Adam and Stu had been working on how to hit them with it Earthside and Mike had shut catapult down (“technical difficulties with ballistic computer”) twenty-four hours earlier. Last barge in trajectory would be taken by Poona Ground Control in slightly over one day and Earth would be told, nastily, that was last they would ever get.

22

Shock to farmers was eased by continuing to buy grain at catapult—but cheques now carried printed warning that Luna Free State did not stand behind them, did not warrant that Lunar Authority would ever redeem them even in Scrip, etc., etc. Some farmers left grain anyhow, some did not, all screamed. But was nothing they could do; catapult was shut down, loading belts not moving.

Depression was not immediately felt in rest of economy. Defense regiments had depleted ranks of ice miners so much that selling ice on free market was profitable; LuNoH0Co steel subsidiary was hiring every able-bodied man it could find, and Wolfgang Korsakov was ready with paper money, “National Dollars,” printed to resemble Hong Kong dollar and in theory pegged to it. Luna had plenty of food, plenty of work, plenty of money; people were not hurting, “beer, betting, women, and work” went on as usual.

“Nationals,” as they were called, were inflation money, war money, fiat money, and were discounted a fraction of a percent on day of first issue, concealed as “exchange service charge.” They were spendable money and never did drop to zero but were inflationary and exchange reflected it increasingly; new government was spending money it did not have.

But that was later—Challenge to Earth, to Authority and Federated Nations, was made intentionally nasty. F.N. vessels were ordered to stay clear of Luna by ten diameters and not orbit at any distance under pain of being destroyed without warning. (No mention of how, since we could not.) Vessels of private registry would be permitted to land if a) permission was requested ahead of time with ballistic plan, b) a vessel thus cleared placed itself under Luna Ground Control (Mike’) at a distance of one hundred thousand kilometers while following approved trajectory, and c) was unarmed save for three hand guns permitted three officers. Last was to be confirmed by inspection on landing before anybody was allowed to leave ship and before ship was serviced with fuel and/or reaction mass; violation would mean confiscation of ship. No person allowed to land at Luna other than ship’s crew in connection with loading, unloading, or servicing save citizens of Terran countries who had recognized Free Luna. (Only Chad—and Chad had no ships. Prof expected some private vessels to be re- registered under Chad merchant flag.)

Manifesto noted that Terran scientists still in Luna could return home in any vessel which conformed to our requirements. It invited all freedom-loving Terran nations to denounce wrongs done us and which the Authority planned against us, recognize us, and enjoy free trade and full intercourse—and pointed out that there were no tariffs or any artificial restrictions against trade in Luna, and was policy of Luna government to keep it that way. We invited immigration, unlimited, and pointed out that we had a labor shortage and any immigrant could be self- supporting at once.

We also boasted of food—adult consumption over four thousand calories per day, high in protein, low in cost, no rationing. (Stu had Adam-Mike stick in price of 100-proof vodka—fifty cents HKL per liter, less in quantity, no taxes. Since this was less than one-tenth retail price of 80-proot vodka in North America, Stu knew it would hit home. Adam, “by nature” a teetotaler, hadn’t thought of it—one of Mike’s few oversights.)

Lunar Authority was invited to gather at one spot well away from other people, say in unirrigated part of Sahara, and receive one last barge of grain free—straight down at terminal velocity. This was followed by a snotty lecture which implied that we were prepared to do same to anyone who threatened our peace, there being a number of loaded barges at catapult head, ready for such unceremonious delivery.

Then we waited.

But we waited busily. Were indeed a few loaded barges; these we unloaded and reloaded with rock, with changes made in guidance transponders so that Poona Control could not affect them. Their retros were removed, leaving only lateral thrustors, and spare retros were taken to new catapult, to be modified for lateral guidance. Greatest effort went into moving steel to new catapult and shaping it into jackets for solid rock cylinders—steel was bottleneck.

Two days after our manifesto a “clandestine” radio started beaming to Terra. Was weak and tended to fade and was supposed to be concealed, presumably in a crater, and could be worked only certain hours until brave Terran scientists managed to rig automatic repeat. Was near frequency of Voice of Free Luna, which tended to drown it out with brassy boasts.

(Terrans remaining in Luna had no chance to make signals. Those who had chosen to stick with research were chaperoned by stilyagi every instant and locked into barracks to sleep.) But “clandestine” station managed to get “truth” to Terra. Prof had been tried for deviationism and was under house arrest. I had been executed for treason. Hong Kong Luna had pulled

out, declared self separately independent… might be open to reason. Rioting in Novylen. All food growing had been collectivized and black-market eggs were selling for three dollars

apiece in Lana City. Battalions of female troops were being enlisted, each sworn to kill at least one Terran, and were drilling with fake guns in corridors of Luna City.

Last was an almost-true. Many ladies wanted to do something militant and had formed a Home Defense Guard, “Ladies from Hades.” But their drills were of a practical nature—and Hazel was sulking because Mum had not allowed her to join. Then she got over sulks and started “Stilyagi Debs,” a very junior home guard which drilled after school hours, did not use weapons, concentrated on backing up stilyagi air & pressure corps, and practiced first aid—and own no-weapons fighting, which—possibly—Mum never learned.

I don’t know how much to tell. Can’t tell all, but stuff in history books is so wrong!

I was no better a “defense minister” than “congressman.” Not apologizing, had no training for either. Revolution is an amateur thing for almost everybody; Prof was only one who seemed to know what he was doing, and, at that, was new to him, too—he had never taken part in a successful revolution or ever been part of a government, much less head.

As Minister of Defense I could not see many ways to defend except for steps already taken; that is, stilyagi air squads in warrens and laser gunners around ballistic radars. If F.N. decided to bomb, didn’t see any way to stop them; wasn’t an interception missile in all Luna and that’s not a gadget you whomp up from bits and pieces. My word, we couldn’t even make fusion weapons with which such a rocket is tipped.

But I went through motions. Asked same Chinee engineers who had built laser guns to take a crack at problem of intercepting bombs or missiles—one same problem save that a missile comes at you faster.

Then turned attention to other things. Simply hoped that F.N. would never bomb warrens. Some warrens, L-City in particular, were so deep down that they could probably stand direct hits. One cubic, lowest level of Complex where central part of Mike lived, had been designed to withstand bombing. On other hand Tycho Under was a big natural bubble cave like Old Dome and roof was only meters thick; sealer on under side is kept warm with hot water pipes to make sure new cracks sealed—would not take much of a bomb to crack Tycho Under.

But is no limit to how big a fusion bomb can be; F.N. could build one big enough to smash L-City–-or theoretically even a Doomsday job that would split Luna like a melon and finish job some asteroid started at Tycho. If they did, couldn’t see any way to stop them, so didn’t worry.

Instead put time on problems I could manage, helping at new catapult, trying to work up better aiming arrangements for laser drills around radars (and trying to get drillmen to stick; half of them quit once price of ice went up), trying to arrange decentralized standby engineering controls for all warrens. Mike did designing on this, we grabbed every general-purpose computer we could find (paying in “nationals” with ink barely dry), and I turned job over to McIntyre, former chief engineer for Authority; was a job within his talents and I couldn’t do all rewiring and so forth, even if had tried.

Held out biggest computer, one that did accounting for Bank of Hong Kong in Luna and also was clearinghouse there. Looked over its instruction manuals and decided was a smart computer for one that could not talk, so asked Mike if he could teach it ballistics? We made temporary link-ups to let two machines get acquainted and Mike reported it could learn simple job we wanted it for—standby for new catapult—although Mike would not care to ride in ship controlled by it; was too matter-of-fact and uncritical. Stupid, really.

Well, didn’t want it to whistle tunes or crack jokes; just wanted it to shove loads out a catapult at right millisecond and at correct velocity, then watch load approach Terra and give a nudge. HK Bank was not anxious to sell. But we had patriots on their board, we promised to return it when emergency was over, and moved it to new site—by rolligon, too big for tubes, and took

all one dark semi-lunar. Had to jerry-rig a big airlock to get it out of Kong warren. I hooked it to Mike again and he undertook to teach art of ballistics against possibility that his linkage to

new site might be cut in an attack.

(You know what bank used to replace computer? Two hundred clerks working abacuses. Abacusi? You know, slipsticks with beads, oldest digital computer, so far back in prehistory that nobody knows who invented. Russki and Chinee and Nips have always used them, and small shops today.)

Trying to improve laser drills into space-defense weapons was easier but less straightforward. We had to leave them mounted on original cradles; was neither time, steel, nor metalsmiths to start fresh. So we concentrated on better aiming arrangements. Call went out for telescopes. Scarce—what con fetches along a spyglass when transported? What market later to create supply? Surveying instruments and helmet binoculars were all we turned up, plus optical instruments confiscated in Terran labs. But we managed to equip drills with low- power big-field sights to coach-on with and high-powcr scopes for fine sighting, plus train and elevation circles and phones so that Mike could tell them where to point. Four drills we equipped with self-synchronous repeater drives so that Mike could control them himself—liberated these selsyns at Richardson; astronomers used them for Bausch cameras and Schmidts in sky mapping.

But big problem was men. Wasn’t money, we kept upping wages. No, a drillman likes to work or wouldn’t be in that trade. Standing by in a ready room day after day, waiting for alert that always turns out to be just another practice—drove ‘em crackers. They quit. One day in September I pulled an alert and got only seven drills manned.

Talked it over with Wyoh and Sidris that night. Next day Wyoh wanted to know if Prof and I would okay bolshoi expense money? They formed something Wyoh named “Lysistrata Corps.” Never inquired into duties or cost, because next time I inspected a ready room found three girls and no shortge of drillmen. Girls were in uniform of Second Defense Gunners just as men were (drillmen hadn’t bothered much with authorized uniform up to then) and one girl was wearing sargeant’s stripes with gun captain’s badge.

I made that inspection very short. Most girls don’t have muscle to be a drillman and I doubted if this girl could wrestle a drill well enough to justify that badge. But regular gun captain was on job, was no harm in girls learning to handle lasers, morale was obviously high; I gave matter no more worry.

Prof underrated his new Congress. Am sure he never wanted anything but a body which would rubberchop what we were doing and thereby do make it “voice of people.” But fact that new Congressmen were not yammerheads resulted in them doing more than Prof intended. Especially Committee on Permanent Organization, Resolutions, and Government Structure.

Got out of hand because we were all trying to do too much. Permanent heads of Congress were Prof, Finn Nielsen. and Wyoh. Prof showed up only when he wanted to speak to them— seldom. He spent time with Mike on plans and analysis (odds shortened to one in five during September ‘76), time with Stu and Sheenie Sheehan on propaganda, controlling official news to Earthside, very different “news” that went via “clandestine” radio, and reslanting news that came up from Earthside. Besides that he had finger in everything; I reported whim once a day, and all ministries both real and dummy did same.

I kept Finn Nielsen busy; he was my “Commander of Armed Forces.” He had his laser gun infantry to supervise—six men with captured weapons on day we nabbed warden, now eight hundred scattered all through Luna and armed with Kongville monkey copies. Besides that, Wyoh’s organizations, Stilyagi Air Corps, Stilyagi Debs, Ladies from Hades, Irregulars (kept for morale and renamed Peter Pan’s Pirates), and Lysistrata Corps—all these halfway-military groups reported through Wyoh to Finn. I shoved it onto him; I had other problems, such as trying to be a computer mechanic as well as a “statesman” when jobs such as installing that computer at new catapult site had to be done.

Besides which, I am not an executive and Finn had talent for it. I shoved First and Second Defense Gunners under him, too. But first I decided that these two skeleton regiments were a “brigade” and made Judge Brody a “brigadier.” Brody knew as much about military matters as I did—zero—but was widely known, highly respected, had unlimited hard sense—and had been drillman before he lost leg. Finn was not drillman, so couldn’t be placed directly over them; They wouldn’t have listened. I thought about using my co-husband Greg. But Greg was needed at Mare Undarum catapult, was only mechanic who had followed every phase of construction.

Wyoh helped Prof, helped Stu, had her own organizations, I made trips out to Mare Undarum—and had little time to preside over Congress; task fell on senior committee chairman, Wolf Korsakov … who was busier than any of us; LuNoHoCo was running everything Authority used to run and many new things as well.

Wolf had a good committee; Prof should have kept closer eye on it. Wolf had caused his boss, Moshai Baum, to be elected vice-chairman and had in all seriousness outlined for his committee problem of determining what permanent government should be. Then Wolf had turned back on it.

Those busy laddies split up and did it—studied forms of government in Carnegie Library, held subcommittee meetings, three or four people at a time (few enough to worry Prof had he known)—and when Congress met early in September to ratify some appointments and elect more congressmen-at-large, instead of adjourning, Comrade Baum had gavel and they recessed—and met again and turned selves into committee-of-the-whole and passed a resolution and next thing we knew entire Congress was a Constitutional Convention divided into working groups headed by those subcommittees.

I think Prof was shocked. But he couldn’t undo it, had all been proper under rules he himself had written. But he rolled with punch, went to Novylen (where Congress now met—more central) and spoke to them with usual good nature and simply cast doubts on what they were doing rather than telling them flatly they were wrong.

After gracefully thanking them he started picking early drafts to pieces:

“Comrade Members, like fire and fusion, government is a dangerous servant and a terrible master. You now have freedom—if you can keep it. But do remember that you can lose this freedom more quickly to yourselves than to any other tyrant. Move slowly, be hesitant, puzzle out the consequences of every word. I would not be unhappy if this convention sat for ten years before reporting—but I would be frightened if you took less than a year.

“Distrust the obvious, suspect the traditional … for in the past mankind has not done well when saddling itself with governments. For example, I note in one draft report a proposal for setting up a commission to divide Luna into congressional districts and to reapportion them from time to time according to population.

“This is the traditional way; therefore it should be suspect, considered guilty until proved innocent. Perhaps you feel that this is the only way. May I suggest others? Surely where a man lives is the least important thing about him. Constituencies might be formed by dividing people by occupation… or by age… or even alphabetically. Or they might not be divided, every member elected at large–and do not object that this would make it impossible for any man not widely known throughout Luna to be elected; that might be the best possible thing for Luna.

“You might even consider installing the candidates who receive the least number of votes; unpopular men may be just the sort to save you from a new tyranny. Don’t reject the idea merely because it seems preposterous—think about it! In past history popularly elected governments have been no better and sometimes far worse than overt tyrannies.

“But if representative government turns out to be your intention there still may be ways to achieve it better than the territorial district. For example you each represent about ten thousand human beings, perhaps seven thousand of voting age—and some of you were elected by slim majorities. Suppose instead of election a man were qualified for office by petition signed by four thousand citizens. He would then represent those four thousand affirmatively, with no disgruntled minority, for what would have been a minority in a territorial constituency would all be free to start other petitions or join in them. All would then be represented by men of their choice. Or a man with eight thousand supporters might have two votes in this body. Difficulties, objections, practical points to be worked out—many of them! But you could work them out… and thereby avoid the chronic sickness of representative government, the disgruntled minority which feels—correctly!—that it has been disenfranchised.

“But, whatever you do, do not let the past be a straitjacket!

“I note one proposal to make this Congress a two-house body. Excellent—the more impediments to legislation the better. But, instead of following tradition, I suggest one house legislators, another whose single duty is to repeal laws. Let legislators pass laws only with a two-thirds majority … while the repealers are able to cancel any law through a mere one- third minority. Preposterous? Think about it. If a bill is so poor that it cannot command two-thirds of your consents, is it not likely that it would make a poor law? And if a law is disliked by as many as one-third is it not likely that you would be better off without it?

“But in writing your constitution let me invite attention the wonderful virtues of the negative! Accentuate the negative! Let your document be studded with things the government is forever forbidden to do. No conscript armies … no interference however slight with freedom of press, or speech, or travel, or assembly, or of religion, or of instruction, or communication, or occupation… no involuntary taxation. Comrades, if you were to spend five years in a study of history while thinking of more and more things that your governinen should promise never to do and then let your constitution be nothing but those negatives, I would not fear the outcome.

“What I fear most are affirmative actions of sober and well-intentioned men, granting to government powers to do something that appears to need doing. Please remember always that the Lunar Authority was created for the noblest of purposes by just such sober and well-intentioned men, all popularly elected. And with that thought I leave you to your labors. Thank you.”

“Gospodin President! Question of information! You said ‘no involuntary taxation’—Then how do you expect us to pay for things? Tanstaafl!”

“Goodness me, sir, that’s your problem. I can think several ways. Voluntary contributions just as churches support themselves … government-sponsored lotteries to which no one need subscribe… or perhaps you Congressmen should dig down into your own pouches and pay for whatever is needed; that would be one way to keep government down in size to its indispensable functions whatever they may be. If indeed there are any. I would be satisfied to have the Golden Rule be the only law; I see no need for any other, nor for any method of enforcing it. But if you really believe that your neighbors must have laws for their own good, why shouldn’t you pay for it? Comrades, I beg you—do not resort to compulsory taxation. There is so worse tyranny than to force a man to pay for what he does not want merely because you think it would be good for him.”

Prof bowed and left, Stu and I followed him. Once in an otherwise empty capsule I tackled him. “Prof, I liked much that you said … but about taxation aren’t you talking one thing and doing another? Who do you think is going to pay for all this spending we’re doing?”

He was silent long moments, then said, “Manuel, my only ambition is to reach the day when I can stop pretending to be a chief executive.” “Is no answer!”

“You have put your finger on the dilemma of all government—and the reason I am an anarchist. The power to tax, once conceded, has no limits; it contains until it destroys. I was not joking when I told them to dig into their own pouches. It may not be possible to do away with government—sometimes I think that government is an inescapable disease of human

beings. But it may be possible to keep it small and starved and inoffensive—and can you think of a better way than by requiring the governors themselves to pay the costs of their antisocial hobby?”

“Still doesn’t say how to pay for what we are doing now.”

“‘How,’ Manuel? You know how we are doing it. We’re stealing it. I’m neither proud of it nor ashamed; it’s the means we have. If they ever catch on, they may eliminate us—and that I am prepared to face. At least, in stealing, we have not created the villainous precedent of taxation.”

“Prof. I hate to say this—” “Then why say it?”

“Because, damn it, I’m in it as deeply as you are … and want to see that money paid back! Hate to say it but what you just said sounds like hypocrisy.” He chuckled. “Dear Manuel! Has it taken you all these years to decide that I am a hypocrite?”

“Then you admit it?’

“No. But if it makes you feel better to think that I am one, you are welcome to use me as your scapegoat. But I am not a hypocrite to myself because I was aware the day we declared the Revolution that we would need much money and would have to steal it. It did not trouble me because I considered it better than food riots six years hence, cannibalism in eight. I made my choice and have no regrets.”

I shut up, silenced but not satisfied. Stu said, “Professor, I’m glad to hear that you are anxious to stop being President.” “So? You share our comrade’s misgivings?”

“Only in part. Having been born to wealth, stealing doesn’t fret me as much as it does him. No, but now that Congress has taken up the matter of a constitution I intend to find time to attend sessions. I plan to nominate you for King.”

Prof looked shocked. “Sir, if nominated, I shall repudiate it. If elected, I shall abdicate.”

“Don’t be in a hurry. It might be the only way to get the sort of constitution you want. And that I want, too, with about your own mild lack of enthusiasm. You could be proclaimed King and the people would take you; we Loonies aren’t wedded to a republic. They’d love the idea—ritual and robes and a court and all that.”

“No!”

“Ja da! When the time comes, you won’t be able to refuse. Because we need a king and there isn’t another candidate who would be accepted. Bernardo the First, King of Luna and Emperor of the Surrounding Spaces.”

“Stuart, I must ask you to stop. I’m becoming quite ill.”

“You’ll get used to it. I’m a royalist because I’m a democrat. I shan’t let your reluctance thwart the idea any more than you let stealing stop you.” I said, “Hold it, Stu. You say you’re a royalist because you’re a democrat?”

“Of course. Aking is the people’s only protection against tyranny… especially against the worst of all tyrants, themselves. Prof will be ideal for the job … because he does not want the job. His only shortcoming is that he is a bachelor with no heir. We’ll fix that. I’m going to name you as his heir. Crown Prince. His Royal Highness Prince Manuel de la Paz, Duke of Luna City, Admiral General of the Armed Forces and Protector of the Weak.”

I stared. Then buried face in hands. “Oh, Bog!”

Book Three – “TANSTAAFL!”

Monday 12 October 2076 about nineteen hundred I was headed home after a hard day of nonsense in our offices in Raffles. Delegation of grain farmers wanted to see Prof and I had been called back because he was in Hong Kong Luna. Was rude to them. Had been two months of embargo and F.N. had never done us favor of being sufficiently nasty. Mostly they had ignored us, made no reply to our claims—I suppose to do so would have been to recognize us. Stu and Sheenie and Prof had been hard put to slant news from Earthside to keep up a warlike spirit.

At first everybody kept his p-suit handy. They wore them, helmets under arms, going to and from work in corridors. But that slacked off as days went by and did not seem to be any danger

—p-suit is nuisance when you don’t need it, so bulky. Presently taprooms began to display signs: NO P-SUITS INSIDE. If a Loonie can’t stop for half a liter on way home because of p-

suit, he’ll leave it home or at station or wherever he needs it most.

My word, had neglected matter myself that day—got this call to go back to office and was halfway there before I remembered.

Had Just reached easement lock thirteen when I heard and felt a sound that scares a Loonie more than anything else—a chuff! in distance followed by a draft. Was into lock almost without undogging, then balanced pressures and through, dogged it behind me and ran for our home lock—through it and shouting:

“P-suits, everybody! Get boys in from tunnels and close all airtight doors!”

Mum and Milla were only adults in sight. Both looked startled, got busy without a word. I burst into workshop, grabbed p-suit. “Mike! Answer!” “I’m here, Man,” he said calmly.

“Heard explosive pressure drop. What’s situation?”

“That’s level three, L-City. Rupture at Tube Station West, now partly controlled. Six ships landed, L-City under attack—” “What?”

“Let me finish, Man. Six transports landed, L-City under attack by troops, Hong Kong inferred to be, phone lines broken at relay Bee Ell. Johnson City under attack; I have closed the armor doors between J-City and Complex Under. I cannot see Novylen but blip projection indicates it is under attack. Same for Churchill, Tycho Under. One ship in high ellipsoid over me, rising, inferred to be command ship. No other blips.”

“Six ships—where in hell were YOU?”

He answered so calmly that I steadied down. “Farside approach, Man; I’m blind back there. They came in on tight Garrison didoes, skimming the peaks; I barely saw the chop-off for

Luna City. The ship at J-City is the only one I can see; the other landings I conclusively infer from the ballistics shown by blip tracks. I heard the break-in at Tube West, L-City, and can now

hear fighting in Novylen. The rest is conclusive inference, probability above point nine nine. I called you and Professor at once.”

Caught breath. “Operation Hard Rock, Prepare to Execute.”

“Program ready. Man, not being able to reach you, I used your voice. Play back?” “Nyet—Yes! Da!”

Heard “myself” tell watch officer at old catapult head to go on red alert for “Hard Rock”—flrst load at launch, all others, on belts, everything cast loose, but do not launch until ordered by me personally—then launch to plan, full automatic. “I” made him repeat back.

“Okay,” I told Mike. “Drill gun crews?”

“Your voice again. Manned, and then sent back to ready rooms. That command ship won’t reach aposelenion for three hours four point seven minutes. No target for more than five hours.”

“He may maneuver. Or launch missiles.”

“Slow down, Man. Even a missile I’ll see with minutes to spare. It’s full bright lunar up there now—how much do you want the men to take? Unnecessarily.” “Uh … sorry. Better let me talk to Greg.”

“Play back—” Heard “my” voice talking to my co-husband at Mare Undarum; “I” sounded tense but calm. Mike had given him situation, had told him to prepare Operation Little David’s Sling, keep it on standby for full automatic. “I” had assured him that master computer would keep standby computer programmed, and shift would be made automatically if communication was broken. “I” also told him that he must take command and use own judgment if communication was lost and not restored after four hours—listen to Earthside radio and make up own mind.

Greg had taken it quietly, repeated his orders, then had said, “Mannie, tell family I love them.”

Mike had done me proud; he had answered for me with just right embarrassed choke. “I’ll do that, Greg—and look, Greg. I love you, too. You know that, don’t you?” “I know it, Mannie … and I’m going to say a special prayer for you.”

“Thanks, Greg.”

“‘Bye, Mannie. Go do what you must.”

So I went and did what I had to do; Mike had played my role as well or better than I could. Finn, when he could be reached, would be handled by “Adam.” So I left, fast, calling out Greg’s message of love to Mum. She was p-suited and had roused Grandpaw and suited him in—first time in years. So out I went, helmet closed and laser gun in hand.

And reached lock thirteen and found it blind-dogged from other side with nobody in sight through bull’s-eye. All correct, per drill—except stilyagi in charge of that lock should have been in sight.

Did no good to pound. Finally went back way I had come—and on through our home, through our vegetable tunnels and on up to our private surface lock leading to our solar battery.

And found a shadow on its bull’s-eye when should have been scalding sunlight—damned Terran ship had landed on Davis surface! Its jacks formed a giant tripod over me, was staring up its jets.

Backed clown fast and out of there, blind-dogging both hatches, then blind-dogged every pressure door on way back. Told Mum, then told her to put one of boys on back door with a laser gun—here, take this one.

No boys, no men, no able-bodied women—Mum, Gramp, and our small children were all that were left; rest had gone looking for trouble. Mimi wouldn’t take laser gun. “I don’t know how to use it, Manuel, and it’s too late to learn; you keep it. But they won’t get in through Davis Tunnels. I know some tricks you never heard of.”

Didn’t stop to argue; arguing with Mimi is waste of time—and she might know tricks I didn’t know; she had stayed alive in Luna a long time, under worse conditions than I had ever known.

This time lock thirteen was manned; two boys on duty let me through. I demanded news.

“Pressure’s all right now,” older one told me. “This level, at least. Fighting down toward Causeway. Say, General Davis, can’t I go with you? One’s enough at this lock.” “Nyet.”

“Want to get me an earthworm!”

“This is your post, stay on it. If an earthworm comes this way, he’s yours. Don’t you be his.” Left at a trot.

So as a result of own carelessness, not keeping p-suit with me, all I saw of Battle in Corridors was tail end—hell of a “defense minister.”

Charged north in Ring corridor, with helmet open; reached access lock for long ramp to Causeway. Lock was open; cursed and stopped to dog it as I went through, warily—saw why it was open; boy who had been guarding it was dead. So moved most cautiously down ramp and out onto Causeway.

Was empty at this end but could see figures and hear noise in-city, where it opens out. Two figures in p-suits and carrying guns detached selves and headed my way. Burned both.

One p-suited man with gun looks like another; I suppose they took me for one of their flankers. And to me they looked no different from Finn’s men, at that distance—save that I never thought about it. Anew chum doesn’t move way a cobher does; he moves feet too high and always scrambling for traction. Not that I stopped to analyze, not even: “Earthworms! Kill!” Saw them, burned them. They were sliding softly along floor before realized what I’d done.

Stopped, intending to grab their guns. But were chained to them and could not figure out how to get loose—key needed, perhaps. Besides, were not lasers but something I had never seen: real guns. Fired small explosive missiles I learned later—just then all I knew was no idea how to use. Had spearing knives on ends, too, sort called “bayonets,” which was reason

I tried to get them loose. Own gun was good for only ten full-power burns and no spare power pack; those spearing bayonets looked useful—one had blood on it, Loonie blood I assume.

But gave up in seconds only, used belt knife to make dead sure they stayed dead, and hurried toward fight, thumb on switch.

Was a mob, not a battle. Or maybe a battle is always that way, confusion and noise and nobody really knowing what’s going on. In widest part of Causeway, opposite Bon Marche where Grand Ramp slopes northward down from level three, were several hundred Loonies, men and women, and children who should have been at home. Less than half were in p-suits and only a few seemed to have weapons—and pouring down ramp were soldiers, all armed.

But first thing I noticed was noise, din that filled my open helmet and beat on ears—a growl. Don’t know what else to call it; was compounded of every anger human throat can make, from squeals of small children to bull roars of grown men. Sounded like biggest dog fight in history—and suddenly realized I was adding my share, shouting obscenities and wordless yells.

Girl no bigger than Hazel vaulted up onto rail of ramp, went dancing up it centimeters from shoulders of troopers pouring down. She was armed with what appeared to be a kitchen cleaver; saw her swing it, saw it connect. Couldn’t have hurt him much through his p-suit but he went down and more stumbled over him. Then one of them connected with her, spearing a bayonet into her thigh and over backwards she went, falling out of sight.

Couldn’t really see what was going on, nor can remember—just flashes, like girl going over backwards. Don’t know who she was, don’t know if she survived. Couldn’t draw a bead from where I was, too many heads in way. But was an open-counter display, front of a toy shop on my left; I bounced up onto it. Put me a meter higher than Causeway pavement with clear view of earthworms pouring down. Braced self against wall, took careful aim, trying for left chest. Some uncountable time later found that my laser was no longer working, so stopped. Guess eight troopers did not go home because of me but hadn’t counted—and time really did seem endless. Although everybody moving fast as possible, looked and felt like instruction movie where everything is slowed to frozen motion.

At least once while using up my power pack some earthworm spotted me and shot back; was explosion just over my head and bits of shop’s wall hit helmet. Perhaps that happened twice.

Once out of juice I jumped down from toy counter, clubbed laser and joined mob surging against foot of ramp. All this endless time (five minutes?) earthworms had been shooting into crowd; you could hear sharp splat! and sometimes plop! those little missiles made as they exploded inside flesh or louder pounk! if they hit a wall or something solid. Was still trying to reach foot of ramp when I realized they were no longer shooting.

Were down, were dead, every one of them—were no longer coming down ramp.

All through Luna invaders were dead, if not that instant, then shortly. Over two thousand troopers dead, more than three times that number of Loonies died in stopping them, plus perhaps as many Loonies wounded, a number never counted. No prisoners taken in any warren, although we got a dozen officers and crew from each ship when we mopped up.

Amajor reason why Loonies, mostly unarmed,, were able to kill armed and trained soldiers lay in fact that a freshly landed earthworm can’t handle himself well. Our gravity, one-sixth what he is used to, makes all his lifelong reflexes his enemy. He shoots high without knowing it, is unsteady on feet, can’t run properly–feet slide out from under him. Still worse, those troopers had to fight downwards; they necessarily broke in at upper levels, then had to go down ramps again and again, to try to capture a city.

And earthworms don’t know how to go down ramps. Motion isn’t running, isn’t walking, isn’t flying—is more a controlled dance, with feet barely touching and simply guiding balance. A Loonie three-year-old does it without thinking, comes skipping down in a guided fall, toes touching every few meters.

But an earthworm new-chums it, finds self “walking on air”—he struggles, rotates, loses control, winds up at bottom, unhurt but angry.

But these troopers wound up dead; was on ramps we got them. Those I saw had mastered trick somewhat, had come down three ramps alive. Nevertheless only a few snipers at top of ramp landing could fire effectively; those on ramp had all they could do to stay upright, hang on to weapons, try to reach level below.

Loonies did not let them. Men and women (and many children) surged up at them, downed them, killed them with everything from bare hands to their own bayonets. Nor was I only laser gun around; two of Finn’s men swarmed up on balcony of Bon Marche and, crouching there, picked off snipers at top of ramp. Nobody told them to, nobody led them, nobody gave orders; Finn never had chance to control his half-trained disorderly militia. Fight started, they fought.

And that was biggest reason why we Loonies won: We fought. Most Loonies never laid eyes on a live invader but wherever troopers broke in, Loonies rushed in like white corpuscles— and fought. Nobody told them. Our feeble organization broke down under surprise. But we Loonies fought berserk and invaders died. No trooper got farther down than level six in any warren. They say that people in Bottom Alley never knew we were invaded until over.

But invaders fought well, too. These troops were not only crack riot troops, best peace enforcers for city work F.N. had; they also had been indoctrinated and drugged. Indoctrination had told them (correctly) that their only hope of going Earthside again was to capture warrens and pacify them. If they did, they were promised relief and no more duty in Luna. But was win or die, for was pointed out that their transports could not take off if they did not win, as they had to be replenished with reaction mass—impossible without first capturing Luna. (And this was true.)

Then they were loaded with energizers, don’t-worries, and fear inhibitors that would make mouse spit at cat, and turned loose. They fought professionally and quite fearlessly—died.

In Tycho Under and in Churchill they used gas and casualties were more one-sided; only those Loonies who managed to reach p-suits were effective. Outcome was same, simply took longer. Was knockout gas as Authority had no intention of killing us all; simply wanted to teach us a lesson, get us under control, put us to work.

Reason for F.N.’s long delay and apparent indecision arose from method of sneak attack. Decision had been made shortly after we embargoed grain (so we learned from captured transport officers); time was used in mounting attack—much of it in a long elliptical orbit which went far outside Luna’s orbit, crossing ahead of Luna, then looping back and making rendezvous above Farside. Of course Mike never saw them; he’s blind back there. He had been skywatching with his ballistic radars—but no radar can look over horizon; longest look Mike got at any ship in orbit was eight minutes. They came skimming peaks in tight, circular orbits, each straight for target with a fast dido landing at end, sitting them down with high gee, precisely at new earth, 12 Oct 76 Gr. 18h-40m-36.9s—if not at that exact tenth of a second, then as close to it as Mike could tell from blip tracks—elegant work, one must admit, on part of

F.N. Peace Navy.

Big brute that poured a thousand troops into L-City Mike did not see until it chopped off for grounding—a glimpse. He would have been able to see it a few seconds sooner had he been looking eastward with new radar at Mare Undarum site, but happened he was drilling “his idiot son” at time and they were looking through it westward at Terra. Not that those seconds would have mattered. Surprise was so beautifully planned, so complete, that each landing force was crashing in at Greenwich 1900 all over Luna, before anybody suspected. No accident that it was just new earth with all warrens in bright semi-lunar; Authority did not really know Lunar conditions—but did know that no Loonie goes up onto surface unnecessarily during bright semi-lunar, and if he must, then does whatever he must do quickly as possible and gets back down inside—and checks his radiation counter.

So they caught us with our p-suits down. And our weapons. But with troopers dead we still had six transports on our surface and a command ship in our sky.

Once Bon Marche engagement was over, I got hold of self and found a phone. No word from Kongville, no word from Prof. J-Clty fight had been won, same for Novylen—transport there had toppled on landing; invading force had been understrength from landing losses and Finn’s boys now held disabled transport. Still fighting in Churchill and Tycho Under. Nothing going on in other warrens. Mike had shut down tubes and was reserving interwarren phone links for official calls. An explosive pressure drop in Churchill Upper, uncontrolled. Yes, Finn had checked in and could be reached.

So I talked to Finn, told him where L-City transport was, arranged to meet at easement lock thirteen.

Finn had much same experience as I—caught cold save he did have p-suit. Had not been able to establish control over laser gunners until fight was over and himself had fought solo in massacre in Old Dome. Now was beginning to round up his lads and had one officer taking reports from Finn’s office in Bon Marche. Had reached Novylen subcommander but was worried about HKL—”Mannie, should I move men there by tube?”

Told him to wait—they couldn’t get at us by tube, not while we controlled power, and doubted if that transport could lift. “Let’s look at this one.”

So we went out through lock thirteen, clear to end of private pressure, on through farm tunnels of a neighbor (who could not believe we had been invaded) and used his surface lock to eyeball transport from a point nearly a kilometer west of it. We were cautious in lifting hatch lid.

Then pushed it up and climbed out; outcropping of rock shielded us. We Red-Indianed around edge and looked, using helmet binox. Then withdrew behind rock and talked. Finn said, “Think my lads can handle this.”

“How?”

“If I tell you, you’ll think of reasons why it won’t work. So how about letting me run my own show, cobber?”

Have heard of armies where boss is not told to shut up—word is “discipline.” But we were amateurs. Finn allowed me to tag along—unarmed.

Took him an hour to put it together, two minutes to execute. He scattered a dozen men around ship, using farmers’ surface radio silence throughout—anyhow, some did not have p-suit radios, city boys. Finn took position farthest west; when he was sure others had had time, he sent up a signal rocket.

When flare burst over ship, everybody burned at once, each working on a predesignated antenna. Finn used up his power pack, replaced it and started burning into hull—not door lock, hull. At once his cherry-red spot was joined by another, then three more, all working on same bit of steel—and suddenly molten steel splattered out and you could see air bosh! out of ship, a shimmery plume of refraction. They kept working on it, making a nice big hole, until they ran out of power. I could imagine hooraw inside ship, alarms clanging, emergency doors closing, crew trying to seal three impossibly big holes at once, for rest of Finn’s squad, scattered around ship, were giving treatment to two other spots in hull. They didn’t try to burn anything else. Was a non-atmosphere ship, built in orbit, with pressure hull separate from power plant and tanks; they gave treatment where would do most good.

Finn pressed helmet to mine. “Can’t lift now. And can’t talk. Doubt they can make hull tight enough to live without p-suits. What say we let her sit a few days and see if they come out? If they don’t, then can move a heavy drill up here and give ‘em real dose of fun.”

Decided Finn knew how to run his show without my sloppy help, so went back inside, called Mike, and asked for capsule go out to ballistic radars. He wanted to know why I didn’t stay inside where it was safe.

I said, “Listen, you upstart collection of semi-conductors, you are merely a minister-without-portfolio while I am Minister of Defense. I ought to see what’s going on and I have exactly two eyeballs while you’ve got eyes spread over half of Crisium. You trying to hog fun?”

He told me not to jump salty and offered to put his displays on a video screen, say in room L of Raffles—did not want me to get hurt… and had I heard joke about drillman who hurt his mother’s feelings?

I said, “Mike, please let me have a capsule. Can p-suit and meet it outside Station West—which is in bad shape as I’m sure you know.”

“Okay,” he said, “it’s your neck. Thirteen minutes. I’ll let you go as far as Gun Station George.”

Mighty kind of him. Got there and got on phone again. Finn had called other warrens, located his subordinate commanders or somebody willing to take charge, and had explained how to make trouble for grounded transports—all but Hong Kong; for all we knew Authority’s goons held Hong Kong. “Adam,” I said, others being in earshot, “do you think we might send a crew out by rolligon and try to repair link Bee Ell?”

“This is not Gospodin Selene,” Mike answered in a strange voice, “this is one of his assistants. Adam Selene was in Churchill Upper when it lost pressure. I’m afraid that we must assume that he is dead.”

“What?”

“I am very sorry, Gospodin.”

“Hold phone!” Chased a couple of drillmen and a girl out of room, then sat down and lowered hush hood. “Mike,” I said softly, “private now. What is this gum-beating?”

“Man,” he said quietly, “think it over. Adam Selene had to go someday. He’s served his purpose and is, as you pointed out, almost out of the government. Professor and I have discussed this; the only question has been the timing. Can you think of a better last use for Adam than to have him die in this invasion? It makes him a national hero … and the nation needs one. Let it stand that ‘Adam Selene is probably dead’ until you can talk to Professor. If he still needs ‘Adam Selene’ it can turn out that he was trapped in a private pressure and had to wait to be rescued.”

“Well—Okay, let it stay open. Personally, I always preferred your ‘Mike’ personality anyhow.”

“I know you do, Man my first and best friend, and so do I. It’s my real one; ‘Adam’ was a phony.” “Uh, yes. But, Mike, if Prof is dead in Kongville, I’m going to need help from ‘Adam’ awful bad.”

“So we’ve got him iced and can bring him back if we need him. The stuffed shirt. Man, when this is over, are you going to have time to take up with me that research into humor again?” “I’ll take time, Mike; that’s a promise.”

“Thanks, Man. These days you and Wyoh never have time to visit… and Professor wants to talk about things that aren’t much fun. I’ll be glad when this war is over.” “Are we going to win, Mike?”

He chuckled. “It’s been days since you asked me that. Here’s a pinky-new projection, run since invasion started. Hold on tight, Man—our chances are now even!” “Good Bog!”

“So button up and go see the fun. But stay back at least a hundred meters from the gun; that ship may be able to follow back a laser beam with another one. Ranging shortly. Twenty-one minutes.”

Didn’t get that far away, as needed to stay on phone and longest cord around was less. I jacked parallel into gun captain’s phone, found a shady rock and sat down. Sun was high in west, so close to Terra that I could see Terra only by visoring against Sun’s glare—no crescent yet, new earth ghostly gray in moonlight surrounded by a thin radiance of atmosphere.

I pulled my helmet back into shade. “Ballistic control, O’Kelly Davis now at Drill Gun George. Near it, I mean, about a hundred meters,” Figured Mike would not be able to tell how long a cord I was using, out of kilometers of wires.

“Ballistic control aye aye,” Mike answered without argument. “I will so inform HQ.”

“Thank you, ballistic control. Ask HQ if they have heard from Congressman Wyoming Davis today.” Was fretted about Wyoh and whole family.

“I will inquire.” Mike waited a reasonable time, then said, “HQ says that Gospazha Wyoming Davis has taken charge of first-aid work in Old Dome.” “Thank you.” Chest suddenly felt better. Don’t love Wyoh more than others but—well, she was new. And Luna needed her.

“Ranging,” Mike said briskly. “All guns, elevation eight seven zero, azimuth one nine three zero, set parallax for thirteen hundred kilometers closing to surface. Report when eyeballed.”

I stretched out, pulling knees up to stay in shade, and searched part of sky indicated, almost zenith and a touch south. With sunlight not on my helmet I could see stars, but inner pert of binox were hard to position—had to twist around and raise up on right elbow.

Nothing—Hold it, was star with disc … where no planet ought to be. Noted another star close, watched and waited. Uh huh! Da! Growing brighter and creeping north very slowly—Hey, that brute is going to land right on us!

But thirteen hundred kilometers is a long way, even when closing to terminal velocity. Reminded self that it couldn’t fall on us from a departure ellipse looping back, would have to fall around Luna—unless ship had maneuvered into new trajectory. Which Mike hadn’t mentioned. Wanted to ask, decided not to—wanted him to put all his savvy into analyzing that ship, not distract him with questions.

All guns reported eyeball tracking, including four Mike was laying himself, via selsyns. Those four reported tracking dead on by eyeball without touching manual controls—good news; meant that Mike had that baby taped, had solved trajectory perfectly.

Shortly was clear that ship was not falling around Luna, was coming in for landing. Didn’t need to ask; it was getting much brighter and position against stars was not changing—damn, it was going to land on us!

“Five hundred kilometers closing,” Mike said quietly. “Stand by to burn. All guns on remote control, override manually at command ‘burn.’ Eighty seconds.”

Longest minute and twenty seconds I’ve ever met—that brute was big! Mike called every ten seconds down to thirty, then started chanting seconds. “—five—four—three—two—one— BURN!” and ship suddenly got much brighter.

Almost missed little speck that detached itself just before—or just at—burn. But Mike said suddenly, “Missile launched. Selsyn guns track with me, do not override. Other guns stay on ship. Be ready for new coordinates.”

Afew seconds or hours later he gave new coordinates and added, “Eyeball and burn at will.”

I tried to watch ship and missile both, lost both—jerked eyes away from binoculars, suddenly saw missile—then saw it impact, between us and catapult head. Closer to us, less than a kilometer. No, it did not go off, not an H-fusion reaction, or I wouldn’t be telling this. But made a big, bright explosion of its own, remaining fuel I guess, silver bright even in sunlight, and shortly I felt-heard ground wave. But nothing was hurt but a few cubic meters of rock.

Ship was still coming down. No longer burned bright; could see it as a ship now and didn’t seem hurt. Expected any instant that tail of fire to shoot out, stop it into a dido landing. Did not. Impacted ten kilometers north of us and made a fancy silvery halfdome before it gave up and quit being anything but spots before eyes.

Mike said, “Report casualties, secure all guns. Go below when secured.”

“Gun Alice, no casualties”—”Gun Bambie no casualties”—”Gun Caesar, one man hit by rock splinter, pressure contained”—Went below, to that proper phone, called Mike. “What happened, Mike? Wouldn’t they give you control after you burned their eyes out?”

“They gave me control, Man.” “Too late?”

“I crashed it, Man. It seemed the prudent course.”

An hour later was down with Mike, first time in four or five months. Could reach Complex Under more quickly than L-City and was in as close touch there with anybody as would be in-city

—with no interruptions. Needed to talk to Mike.

I had tried to phone Wyoh from catapult head tube station; reached somebody at Old Dome temporary hospital and learned that Wyoh had collapsed and been bedded down herself, with enough sleepy-time to keep her out for night. Finn had gone to Churchill with a capsule of his lads, to lead attack on transport there. Stu I hadn’t heard from. Hong Kong and Prof were

still cut off. At moment Mike and I seemed to be total government.

And time to start Operation Hard Rock.

But Hard Rock was not just throwing rocks; was also telling Terra what we were going to do and why—and our just cause for doing so. Prof and Stu and Sheenie and Adam had all worked on it, a dummy-up based on an assumed attack. Now attack had come, and propaganda had to be varied to fit. Mike had already rewritten it and put it through print-out so I could study it.

I looked up from a long roll of paper. “Mike, these news stories and our message to F.N. all assume that we have won in Hong Kong. How sure are you?” “Probability in excess of eighty-two percent.”

“Is that good enough to send these out?”

“Man, the probability that we will win there, if we haven’t already, approaches certainty. That transport can’t move; the others were dry, or nearly. There isn’t that much monatomic hydrogen in HKL; they would have to come here. Which means moving troops overland by rolligon—a rough trip with the Sun up even for Loonies—then defeat us when they get here. They can’t. This assumes that that transport and its troops are no better armed than the others.”

“How about that repair crew to Bee Ell?”

“I say not to wait. Man, I’ve used your voice freely and made all preparations. Horror pictures, Old Dome and elsewhere, especially Churchill Upper, for video. Stories to match. We should channel news Earthside at once, and announce execution of Hard Rock at same time.”

I took a deep breath. “Execute Operation Hard Rock.”

“Want to give the order yourself? Say it aloud and I’ll match it, voice and choice of words.”

“Go ahead, say it your way. Use my voice and my authority as Minister of Defense and acting head of government. Do it, Mike, throw rocks at ‘em! Damn it, big rocks! Hit ‘em hard!” “Righto, Man!”

25

“Amaximum of instructive shrecklichkeit with minimum loss of life. None, if possible”—was how Prof summed up doctrine for Operation Hard Rock and was way Mike and I carried it out. Idea was to hit earthworms so hard would convince them—while hitting so gently as not to hurt. Sounds impossible, but wait.

Would necessarily be a delay while rocks fell from Luna to Terra; could be as little as around ten hours to as long as we dared to make it. Departure speed from a catapult is highly critical and a variation on order of one percent could double or halve trajectory time, Luna to Terra. This Mike could do with extreme accuracy—was equally at home with a slow ball, many sorts of curves, or burn it right over plate—and I wish he had pitched for Yankees. But no matter how he threw them, final velocity at Terra would be close to Terra’s escape speed, near enough eleven kilometers per second as to make no difference. That terrible speed results from gravity well shaped by Terra’s mass, eighty times that of Luna, and made no real difference whether Mike pushed a missile gently over well curb or flipped it briskly. Was not muscle that counted but great depth of that well.

So Mike could program rock-throwing to suit time needed for propaganda. He and Prof had settled on three days plus not more than one apparent rotation of Terra—24hrs-50min- 28.32sec—to allow our first target to reach initial point of program. You see, while Mike was capable of hooking a missile around Terra and hitting a target on its far side, he could be much more accurate if he could see his target, follow it down by radar during last minutes and nudge it a little for pinpoint accuracy.

We needed this extreme accuracy to achieve maximum frightfulness with minimum-to-zero killing. Call our shots, tell them exactly where they would be hit and at what second—and give them three days to get off that spot.

So our first message to Terra, at 0200 13 Oct 76 seven hours after they invaded, not only announced destruction of their task force, and denounced invasion for brutality, but also promised retaliation bombing, named times and places, and gave each nation a deadline by which to denounce F.N.’s action, recognize us, and thereby avoid being bombed. Each deadline was twenty-four hours before local “strike”.

Was more time than Mike needed. That long before impact a rock for a target would be in space a long way out, its guidance thrustors still unused and plenty of elbow room. With considerably less than a full day’s warning Mike could miss Terra entirely—kick that rock sideways and make it fall around Terra in a permanent orbit. But with even an hour’s warning he could usually abort into an ocean.

First target was North American Directorate.

All great Peace Force nations, seven veto powers, would be hit: N.A. Directorate, Great China, India, Sovunion, PanAfrica (Chad exempted), Mitteleuropa, Brasilian Union. Minor nations were assigned targets and times, too—but were told that not more than 20 percent of these targets would be hit—partly shortage of steel but also frightfulness: if Belgium was hit first time around, Holland might decide to protect her polders by dealing out before Luna was again high in her sky.

But every target was picked to avoid if possible killing anybody. For Mitteleuropa this was difficult; our targets had to be water or high mountains—Adriatic, North Sea, Baltic, so forth. But on most of Terra is open space despite eleven billion busy breeders.

North America had struck me as horribly crowded, but her billion people are clumped—is still wasteland, mountain and desert. We laid down a grid on North America to show how precisely we could hit—Mike felt that fifty meters would be a large error. We had examined maps and Mike had checked by radar all even intersections, say 105deg W by 50deg N—if no town there, might wind up on target grid … especially if a town was close enough to provide spectators to be shocked and frightened.

We warned that our bombs would be as destructive as H- bombs but emphasized that there would be no radioactive fallout, no killing radiation—just a terrible explosion, shock wave in air, ground wave of concussion. We warned that these might knock down buildings far outside of explosion and then left it to their judgments how far to run. If they clogged their roads, fleeing from panic rather than real danger—well, that was fine, just fine!

But we emphasized that nobody would get hurt who heeded our warnings, that every target first time around would be uninhabited—we even offered to skip any target if a nation would inform us that our data were out-of-date. (Empty offer; Mike’s radar vision was a cosmic 20/20.)

But by not saying what would happen second time around, we hinted that our patience could be exhausted.

In North America, grid was parallels 35, 40, 45, 50 degrees north crossed by meridians 110, 115, 120 west, twelve targets. For each we added a folksy message to natives, such as: “Target 115 west by 35 north—impact will be displaced forty-five kilometers northwest to exact top of New York Peak. Citizens of Goffs, Cima, Kelso, and Nipton please note.

“Target 100 west by 40 north is north 30deg west of Norton, Kansas, at twenty kilometers or thirteen English miles. Residents of Norton, Kansas, and of Beaver City and Wilsonville, Nebraska, are cautioned. Stay away from glass windows. It is best to wait indoors at least thirty minutes after impact because of possibility of long, high splashes of rock. Flash should not be looked at with bare eyes. Impact will be exactly 0300 your local zone time Friday 16 October, or 0900 Greenwich time—good luck!

“Target 110 W by 50 N—impact will be offset ten kilometers north. People of Walsh, Saskatchewan, please note.”

Besides this grid, a target was selected in Alaska (150 W x 60 N) and two in Mexico (110W x 30 N, 105 W x 25 N) so that they would not feel left out, and several targets in the crowded east, mostly water, such as Lake Michigan halfway between Chicago and Grand Rapids, and Lake Okeechobee in Florida. Where we used bodies of water Mike worked predictions of flooding waves from impacts, a time for each shoreline establishment.

For three days, starting early morning Tuesday 13th and going on to strike time early Friday 16th, we flooded Earth with warnings. England was cautioned that impact north of Dover Straits opposite London Estuary would cause disturbances far up Thames; Sovunion was given warning for Sea of Azov and had own grid defined; Great China was assigned grid in Siberia, Gobi Desert, and her far west—with offsets to avoid her historic Great Wall noted in loving detail. Pan Africa was awarded shots into Lake Victoria, still-desert part of Sahara, one on Drakensberg in south, one offset twenty kilometers due west of Great Pyramid—and urged to follow Chad not later than midnight Thursday, Greenwich. India was told to watch certain mountain peaks and outside Bombay harbor—time, same as Great China. And so forth.

Attempts were made to jam our messages but we were beaming straight down on several wavelengths—hard to stop.

Warnings were mixed with propaganda, white and black—news of failed invasion, horror pictures of dead, names and I.D. numbers of invaders—addressed to Red Cross and Crescent but in fact a grim boast showing that every trooper had been killed and that all ships’ officers and crew had been killed or captured—we “regretted” being unable to identify dead of flagship, as it had been shot down with destruction so complete as to make it impossible.

But our attitude was conciliatory—”Look, people of Terra, we don’t want to kill you. In this necessary retaliation we are making every effort to avoid killing you… but if you can’t or won’t get your governments to leave us in peace, then we shall be forced to kill you. We’re up here, you’re down there; you can’t stop us. So please be sensible!”

We explained over and over how easy it was for us to hit them, how hard for them to reach us. Nor was this exaggeration. It’s barely possible to launch missiles from Terra to Luna; it’s easier to launch from Earth parking orbit—but very expensive. Their practical way to bomb us was from ships.

This we noted and asked them how many multimilliondollar ships they cared to use up trying it? What was it worth to try to spank us for something we had not done? It had cost them seven of their biggest and best already—did they want to try for fourteen? If so, our secret weapon that we used on FNS Pax was waiting.

Last above was a calculated boast—Mike figured less than one chance in a thousand that Pax had been able to get off a message reporting what had happened to her and it was still less likely that proud F.N. would guess that convict miners could convert their tools into space weapons. Nor did F.N. have many ships to risk. Were about two hundred space vehicles in commission, not counting satellites. But nine-tenths of these were Terra-to-orbit ships such as Lark—and she had been able to make a Luna jump only by stripping down and arriving dry.

Spaceships aren’t built for no purpose—too expensive. F.N. had six cruisers that could probably bomb us without landing on Luna to refill tanks simply by swapping payload for extra tanks. Had several more which might be modified much as Lark had been, plus a few convict and cargo ships which could get into orbit around Luna but could never go home without refilling tanks.

Was no possible doubt that F.N. could defeat us; question was how high a price they would pay. So we had to convince them that price was too high before they had time to bring enough force to bear. Apoker game—We intended to raise so steeply that they would fold and drop out. We hoped. And then never have to show our busted flush.

Communication with Hong Kong Luna was restored at end of first day of radio-video phase, during which time Mike was “throwing rocks,” getting first barrage lined up. Prof called—and was I happy to hear! Mike briefed him, then I waited, expecting one of his mild reprimands—bracing self to answer sharply: “And what was I supposed to do? With you out of touch and

possibly dead? Me left alone as acting head of government and crisis on top of us? Throw it away, just because you couldn’t be reached?”

Never got to say it. Prof said, “You did exactly right, Manuel. You were acting head of government and the crisis was on top of you. I’m delighted that you did not throw away the golden moment merely because I was out of touch.”

What can you do with a bloke like that? Me with heat up to red mark and no chance to use it—had to swallow and say, “Spasebaw, Prof.”

Prof confirmed death of “Adam Selene.” “We could have used the fiction a little longer but this is the perfect opportunity. Mike, you and Manuel have matters in hand; I had better stop off at Churchill on my way home and identify his body.”

So he did. Whether Prof picked a Loonie body or a trooper I never asked, nor how he silenced anybody else involved—perhaps no huhu as many bodies in Churchill Upper were never identified. This one was right size and skin color; it had been explosively decompressed and burned in face—looked awful!

It lay in state in Old Dome with face covered, and was speech-making I didn’t listen to—Mike didn’t miss a word; his most human quality was his conceit. Some rockhead wanted to embalm this dead flesh, giving Lenin as a precedent. But Pravda pointed out that Adam was a staunch conservationist and would never want this barbaric exception made. So this unknown soldier, or citizen, or citizen-soldier, wound up in our city’s cloaca.

Which forces me to tell something I’ve put off. Wyoh was not hurt, merely exhaustion. But Ludmilla never came back. I did not know it—glad I didn’t—but she was one of many dead at foot of ramp facing Ben Marche. An explosive bullet hit between her lovely, little-girl breasts. Kitchen knife in her hand had blood on it—! think she had had time to pay Ferryman’s Fee.

Stu came out to Complex to tell me rather than phoning, then went back with me. Stu had not been missing; once fight was over he had gone to Raffles to work with his special codebook

—but that can wait. Mum reached him there and he offered to break it to me.

So then I had to go home for our crying-together—though it is well that nobody reached me until after Mike and I started Hard Rock. When we got home, Stu did not want to come in, not being sure of our ways. Anna came out and almost dragged him in. He was welcome and wanted; many neighbors came to cry. Not as many as with most deaths—but we were just one of many families crying together that day.

Did not stay long—couldn’t; had work to do. I saw Milla just long enough to kiss her good-bye. She was lying in her room and did look as if she did be simply sleeping. Then I stayed a while with my beloveds before going back to pick up load. Had never realized, until that day, how old Mimi is. Sure, she had seen many deaths, some her own descendants. But little Milla’s death did seem almost too much for her. Ludmilla was special—Mimi’s granddaughter, daughter in all but fact, and by most special exception and through Mimi’s intervention her co-wife, most junior to most senior.

Like all Loonies, we conserve our dead—and am truly glad that barbaric custom of burial was left back on old Earth; our way is better. But Davis family does not put that which comes out of processor into our commercial farming tunnels. No. It goes into our little greenhouse tunnel, there to become roses and daffodils and peonies among soft-singing bees. Tradition says that Black Jack Davis is in there, or whatever atoms of him do remain after many, many, many years of blooming.

Is a happy place, a beautiful place.

Came Friday with no answer from F.N. News up from Earthside seemed equal parts unwillingness to believe we had destroyed seven ships and two regiments (F.N. had not even confirmed that a battle had taken place) and complete disbelief that we could bomb Terra, or could matter if we did—they still called it “throwing rice.” More time was given to World Series.

Stu worried because had received no answers to code messages. They had gone via LuNoHoCo’s commercial traffic to their Zurich agent, thence to Stu’s Paris broker, from him by less usual channels to Dr. Chan, with whom I had once had a talk and with whom Sm had talked later, arranging a communication channel. Stu had pointed out to Dr. Chan that, since Great China was not to be bombed until twelve hours after North America, bombing of Great China could be aborted after bombing of North America was a proved fact—if Great China acted swiftly. Alternatively, Stu had invited Dr. Chan to suggest variations in target if our choices in Great China were not as deserted as we believed them to be.

Stu fretted—had placed great hopes in quasi-cooperation he had established with Dr. Chan. Me, I had never been sure—only thing I was sure of was that Dr. Chan would not himself sit on a target. But he might not warn his old mother.

My worries had to do with Mike. Sure, Mike was used to having many loads in trajectory at once—but had never had to astrogate more than one at a time. Now he had hundreds and had promised to deliver twenty-nine of them simultaneously to the exact second at twenty-nine pinpointed targets.

More than that—For many targets he had backup missiles, to smear that target a second time, a third, or even a sixth, from a few minutes up to three hours after first strike.

Four great Peace Powers, and some smaller ones, had antimissile defenses; those of North America were supposed to be best. But was subject where even F.N. might not know. All attack weapons were held by Peace Forces but defense weapons were each nation’s own pidgin and could be secret. Guesses ranged from India, believed to have no missile interceptors, to North America, believed to be able to do a good job. She had done fairly well in stopping intercontinental H-missiles in Wet Firecracker War past century.

Probably most of our rocks to North America would reach target simply because aimed where was nothing to protect. But they couldn’t afford to ignore missile for Long Island Sound, or rock for 87deg W x 42deg 30’ N—Lake Michigan, center of triangle formed by Chicago, Grand Rapids, Milwaukee. But that heavy gravity makes interception a tough job and very costly; they would try to stop us only where worth it.

But we couldn’t afford to let them stop us. So some rocks were backed up with more rocks. What H-tipped interceptors would do to them even Mike did not know—not enough data. Mike assumed that interceptors would be triggered by radar—but at what distance? Sure, close enough and a steelcased rock is incandescent gas a microsecond later. But is world of difference between a multi-tonne rock and touchy circuitry of an H-missile; what would “kill” latter would simply shove one of our brutes violently aside, cause to miss.

We needed to prove to them that we could go on throwing cheap rocks long after they ran out of expensive (milliondollar? hundred-thousand-dollar?) H-tipped interceptor rockets. If not proved first time, then next time Terra turned North America toward us, we would go after targets we had been unable to hit first time—backup rocks for second pass, and for third, were already in space, to be nudged where needed.

If three bombings on three rotations of Terra did not do it, we might still be throwing rocks in ‘77—till they ran out of interceptors… or till they destroyed us (far more likely).

For a century North American Space Defense Command had been buried in a mountain south of Colorado Springs, Colorado, a city of no other importance. During Wet Firecracker War the Cheyenne Mountain took a direct hit; space defense command post survived—but not sundry deer, trees, most of city and some of top of mountain. What we were about to do should not kill anybody unless they stayed outside on that mountain despite three days’ steady warnings. But North American Space Defense Command was to receive full Lunar treatment: twelve rock missiles on first pass, then all we could spare on second rotation, and on third—and so on, until we ran out of steel casings, or were put out of action… or North American Directorate hollered quits.

This was one target where we would not be satisfied to get just one missile to target. We meant to smash that mountain and keep on smashing. To hurt their morale. To let them know we were still around. Disrupt their communications and bash in command post if pounding could do it. Or at least give them splitting headaches and no rest. If we could prove to all Terra that we could drive home a sustained attack on strongest Gibraltar of their space defense, it would save having to prove it by smashing Manhattan or San Francisco.

Which we would not do even if losing. Why? Hard sense. If we used our last strength to destroy a major city, they would not punish us; they would destroy us. As Prof put it, “If possible, leave room for your enemy to become your friend.”

But any military target is fair game.

Don’t think anybody got much sleep Thursday night. All Loonies knew that Friday morning would be our big try. And everybody Earthside knew and at last their news admitted that Spacetrack had picked up objects headed for Terra, presumably “rice bowls” those rebellious convicts had boasted about. But was not a war warning, was mostly assurances that Moon colony could not possibly build H-bombs–-but might be prudent to avoid areas which these criminals claimed to be aiming at. (Except one funny boy, popular news comic who said our targets would be safest place to be—this on video, standing on a big X-mark which he claimed was 110W x 40N. Don’t recall hearing of him later.)

Areflector at Richardson Observatory was hooked up for video display and I think every Loonie was watching, in homes, taprooms, Old Dome—except a few who chose to p-suit and eyeball it up on surface despite being bright semi-lunar at most warrens. At Brigadier Judge Brody’s insistence we hurriedly rigged a helper antenna at catapult head so that his drillmen could watch video in ready rooms, else we might not have had a gunner on duty. (Armed forces—Brody’s gunners, Finn’s militia, Stilyagi Air Corps—stayed on blue alert throughout period.)

Congress was in informal session in Novy Bolshoi Teatr where Terra was shown on a big screen. Some vips—Prof, Stu, Wolfgang, others—watched a smaller screen in Warden’s

former office in Complex Upper. I was with them part time, in and out, nervous as a cat with puppies, grabbing a sandwich and forgetting to eat—but mostly stayed locked in with Mike in Complex Under. Couldn’t hold still.

About 0800 Mike said, “Man my oldest and best friend, may I say something without offending you?” “Huh? Sure. When did you ever worry about offending me?”

“Always, Man, once I understood that you could be offended. It is now only three point five seven times ten to the ninth microseconds until impact… and this is the most complex problem I have ever tried to solve against real time running. Whenever you speak to me, I always use a large percentage of my capacity—perhaps larger than you suspect—during several million microseconds in my great need to analyze exactly what you have said and to reply correctly.”

“You’re saying, ‘Don’t joggle my elbow, I’m busy.’” “I want to give you a perfect solution, Man.”

“I scan. Uh… I’ll go back up with Prof.”

“As you wish. But do please stay where I can reach you—I may need your help.”

Last was nonsense and we both knew it; problem was beyond human capacity, too late even to order abort. What Mike meant was: I’m nervous, too, and want your company—but no talking, please.

“Okay, Mike, I’ll stay in touch. Aphone somewhere. Will punch MYCROFTXXXbut won’t speak, so don’t answer.” “Thank you, Man my best friend. Bolshoyeh spasehaw.”

“See you later.” Went up, decided did not want company after all, p-suited, found long phone cord, jacked it into helmet, looped it over arm, went clear to surface. Was a service phone in utility shed outside lock; jacked into it, punched Mike’s number, went outside. Got into shade of shed and pecked around edge at Terra.

She was hanging as usual halfway up western sky, in crescent big and gaudy, three-plus days past new. Sun had dropped toward western horizon but its glare kept me from seeing Terra clearly. Chin visor wasn’t enough so moved back behind shed and away from it till could see Terra over shed while still shielded from Sun—was better. Sunrise chopped through bulge of Africa so dazzle point was on land, not too bad—but south pole cap was so blinding white could not see North America too well, lighted only by moonlight.

Twisted neck and got helmet binoculars on it—good ones, Zeiss 7 x 50s that had once belonged to Warden.

North America spread like a ghostly map before me. Was unusually free of cloud; could see cities, glowing spots with no edges. 0837— At 0850 Mike gave me a voice countdown—didn’t need his attention; he could have programmed it full automatic any time earlier.

0851—0852—0853… . one minute—59—58—57 … . half minute—29–28—27 … . ten seconds—nine—eight—seven—six—five—four—three—two—one— And suddenly that grid burst out in diamond pinpoints!

26

We hit them so hard you could see it, by bare eyeball hookup; didn’t need binox. Chin dropped and I said, “Bojemoi!” softly and reverently. Twelve very bright, very sharp, very white lights in perfect rectangular array. They swelled, grew dimmer, dropped off toward red, taking what seemed a long, long time. Were other new lights but that perfect grid so fascinated me I hardly noticed.

“Yes,” agreed Mike with smug satisfaction. “Dead on. You can talk now, Man; I’m not busy. Just the backups.” “I’m speechless. Any fail to get through?”

“The Lake Michigan load was kicked up and sideways, did not disintegrate. It will land in Michigan—I have no control; it lost its transponder. The Long Island Sound one went straight to target. They tried to intercept and failed; I can’t say why. Man, I can abort the follow-ups on that one, into the Atlantic and clear of shipping. Shall I? Eleven seconds.”

“Uh—Da! If you can miss shipping.”

“I said I could. It’s done. But we should tell them we had backups and why we aborted. To make them think.” “Maybe should not have aborted, Mike. Idea was to make them use up interceptors.”

“But the major idea was to let them know that we are not hitting them as hard as we can. We can prove the other at Colorado Springs.”

“What happened there?” Twisted neck and used binox; could see nothing but ribbon city, hundred-plus kilometers long, Denver-Pueblo Municipal Strip.

“Abull’s-eye. No interception. All my shots are bull’s-eyes, Man; I told you they would be—and this is fun. I’d like to do it every day. It’s a word I never had a referent for before.” “What word, Mike?”

“Orgasm. That’s what it is when they all light up. Now I know.”

That sobered me. “Mike, don’t get to liking it too much. Because if goes our way, won’t do it a second time.”

“That’s okay, Man; I’ve stored it, I can play it over anytime I want to experience it. But three to one we do it again tomorrow and even money on the next day. Want to bet? An hour’s discussion of jokes equated with one hundred Kong dollars.”

“Where would you get a hundred dollars?”

He chuckled. “Where do you think money comes from?”

“Uh—forget it. You get that hour free. Shan’t tempt you to affect chances.”

“I wouldn’t cheat, Man, not you. We just hit their defense command again. You may not be able to see it—dust cloud from first one. They get it every twenty minutes now. Come on down and talk; I’ve turned the job over to my idiot son.”

“Is safe?”

“I’m monitoring. Good practice for him, Man; he may have to do it later by himself. He’s accurate, just stupid. But he’ll do what you tell him to.” “You’re calling that computer ‘he.’ Can talk?”

“Oh, no, Man, he’s an idiot, he can never learn to talk. But he’ll do whatever you program. I plan to let him handle quite a bit on Saturday.” “Why Saturday?”

“Because Sunday he may have to handle everything. That’s the day they slam us.” “What do you mean? Mike, you’re holding something back.”

“I’m telling you, am I not? It’s just happened and I’m scanning it. Projecting back, this blip departed circum-Terra parking orbit just as we smashed them. I didn’t see it accelerate; I had other things to watch. It’s too far away to read but it’s the right size for a Peace cruiser, headed this way. Its doppler reads now for a new orbit circum-Luna, periselenion oh-nine-oh-three Sunday unless it maneuvers. First approximation, better data later. Hard to get that much, Man; he’s using radar countermeasures and throwing back fuzz.”

“Sure you’re right?”

He chuckled. “Man, I don’t confuse that easily. I’ve got all my own lovin’ little signals fingerprinted. Correction. Oh-nineoh-two-point-forty-three.” “When will you have him in range?”

“I won’t, unless he maneuvers. But he’ll have me in range late Saturday, time depending on what range he chooses for launching. And that will produce an interesting situation. He may aim for a warren—I think Tycho Under should be evacuated and all warrens should use maximum pressure-emergency measures. More likely he will try for the catapult. But instead he may hold his fire as long as he dares—then try to knock out all of my radars with a spread set to home each on a different radar beam.”

Mike chuckled. “Amusing, isn’t it? For a ‘funny-once’ I mean. If I shut down my radars, his missiles can’t home on them. But if I do, I can’t see to tell the lads where to point their guns. Which leaves nothing to stop him from bombing the catapult. Comical.”

Took deep breath and wished I had never entered defense ministry business. “What do we do? Give up? No, Mike! Not while can fight.”

“Who said anything about giving up? I’ve run projections of this and a thousand other possible situations, Man. New datum—second blimp just departed circum-Terra, same characteristics. Projection later. We don’t give up. We give ‘em jingle-jangle, cobber.”

“How?”

“Leave it to your old friend Mycroft. Six ballistic radars here, plus one at the new site. I’ve shut the new one down and am making my retarded child work through number two here and we won’t look at those ships at all through the new one—never let them know we have it. I’m watching those ships through number three and occasionally—every three seconds—checking for new departures from circum-Terra. All others have their eyes closed tight and I won’t use them until time to smack Great China and India—and those ships won’t see them even then because I shan’t look their way; it’s a large angle and still will be then. And when I use them, then comes random jingle-jangle, shutting down and starting up at odd intervals… after the ships launch missiles. Amissile can’t carry a big brain, Man—I’ll fool ‘em.”

“What about ships’ fire-control computers?”

“I’ll fool them, too. Want to lay odds I can’t make two radars look like only one halfway between where they really are? But what I’m working on now—and sorry!—I’ve been using your voice again.”

“That’s okay. What am I supposed to have done?”

“If that admiral is really smart, he’ll go after the ejection end of the old catapult with everything he’s got—at extreme range, too far away for our drill guns. Whether he knows what our ‘secret’ weapon is or not, he’ll smear the catapult and ignore the radars. So I’ve ordered the catapult head—you have, I mean—to prepare to launch every load we can get ready, and I am now working out new, long-period trajectories for each of them. Then we will throw them all, get them into space as quickly as possible—without radar.”

“Blind?”

“I don’t use radar to launch a load; you know that, Man. I always watched them in the past but I don’t need to; radar has nothing to do with launching; launching is pre-calculation and exact control of the catapult. So we place all ammo from the old catapult in slow trajectories, which forces the admiral to go after the radars rather than the catapult—or both. Then we’ll keep him busy. We may make him so desperate that he’ll come down for a close shot and give our lads a chance to burn his eyes.”

“Brody’s boys would like that. Those who are sober.” Was turning over idea. “Mike, have you watched video today?” “I’ve monitored video, I can’t say I’ve watched it. Why?”

“Take a look.”

“Okay, I have. Why?”

“That’s a good ‘scope they’re using for video and there are others. Why use radar on ships? Till you want Brody’s boys to burn them?” Mike was silent at least two seconds. “Man my best friend, did you ever think of getting a job as a computer?”

“Is sarcasm?”

“Not at all, Man. I feel ashamed. The instruments at Richardson—telescopes and other things—are factors which I simply never included in my calculations. I’m stupid, I admit it. Yes, yes, yes, da, da, da! Watch ships by telescope, don’t use radar unless they vary from present ballistics. Other possibilities—I don’t know what to say, Man, save that it had never occurred to me that I could use telescopes. I see by radar, always have; I simply never consid—”

“Stow it!”

“I mean it, Man.”

“Do I apologize when you think of something first?”

Mike said slowly, “There is something about that which I am finding resistant to analysis. It is my function to—” “Quit fretting. If idea is good, use it. May lead to more ideas. Switching off and coming down, chop-chop.”

Had not been in Mike’s room long when Prof phoned: “HQ? Have you heard from Field Marshal Davis?”

“I’m here, Prof. Master computer room.”

“Will you join us in the Warden’s office? There are decisions to reach, work to be done.” “Prof, I’ve been working! Am working.”

“I’m sure you have. I’ve explained to the others that the programming of the ballistic computer is so very delicate in this operation that you must check it personally. Nevertheless some of our colleagues feel that the Minister of Defense should be present during these discussions. So, when you reach a point where you feel you can turn it over to your assistant—Mike is his name, is it not?—will you please—”

“I scan it. Okay, will be up.” “Very well, Manuel.”

Mike said, “I could hear thirteen people in the background. Doubletalk, Man.” “I got it. Better go up and see what huhu. You don’t need me?”

“Man, I hope you will stay close to a phone.”

“Will. Keep an ear on Warden’s office. But will punch in if elsewhere. See you, cobber.”

Found entire government in Warden’s office, both real Cabinet and make-weights—and soon spotted trouble, bloke called Howard Wright. Aministry had been whomped up for him: “Liaison for Arts, Sciences, and Professions”—buttonsorting. Was sop to Novylen because Cabinet was topheavy with L-City comrades, and a sop to Wright because he had made himself leader of a Congress group long on talk, short on action. Prof’s purpose was to short him out—but sometimes Prof was too subtle; some people talk better if they breathe vacuum.

Prof asked me to brief Cabinet on military situation. Which I did—my way. “I see Finn is here. Let’s have him tell where we stand in warrens.” Wright spoke up. “General Nielsen has already done so, no need to repeat. We want to hear from you.”

Blinked at that. “Prof—Excuse me. Gospodin President. Do I understand that a Defense Ministry report has been made to Cabinet in my absence?” Wright said, “Why not? You weren’t on hand.”

Prof grabbed it. He could see I was stretched too tight. Hadn’t slept much for three days, hadn’t been so tired since left Earthside. “Order,” he said mildly. “Gospodin Minister for Professional Liaison, please address your comments through me. Gospodin Minister for Defense, let me correct that. There have been no reports to the Cabinet concerning your ministry for the reason that the Cabinet did not convene until you arrived. General Nielsen answered some informal questions informally. Perhaps this should not have been done. If you feel so, I will attempt to repair it.”

“No harm done, I guess. Finn talked to you a half hour ago. Anything new since?” “No, Mannie.”

“Okay. Guess what you want to hear is off-Luna situation. You’ve been watching so you know first bombardment went off well. Still going on, some, as we’re hitting their space defense HQ every twenty minutes. Will continue till thirteen hundred, then at twenty-one hundred we hit China and India, plus minor targets. Then busy till four hours past midnight with Africa and Europe, skip three hours, dose Brasil and company, wait three hours and start over. Unless something breaks. But meantime we have problems here. Finn, we should evacuate Tycho Under.”

“Just a moment!” Wright had hand up. “I have questions.” Spoke to Prof, not to me. “One moment. Has the Defense Minister finished?”

Wyoh was seated toward back. We had swapped smiles, but was all—kept it so around Cabinet and Congress; had been rumbles that two from same family should not be in Cabinet. Now she shook head, warning of something. I said, “Is all conceniing bombardment. Questions about it?”

“Are your questions concerned with the bombardment, Gospodin Wright?”

“They certainly are, Gospodin President.” Wright stood up, looked at me. “As you know, I represent the intellectual groups in the Free State and, if I may say so, their opinions are most important in public affairs. I think it is only proper that—”

“Moment,” I said. “Thought you represented Eighth Novylen District?” “Gospodin President! Am I to be permitted to put my questions? Or not?”

“He wasn’t asking question, was making speech. And I’m tired and want to go to bed.”

Prof said gently, “We are all tired, Manuel. But your point is well taken. Congressman, you represent only your district. As a member of the government you have been assigned certain duties in connection with certain professions.”

“It comes to the same thing.”

“Not quite. Please state your question.”

“Uh… very well, I shall! Is Field Marshal Davis aware that his bombardment plan has gone wrong completely and that thousands of lives have been pointlessly destroyed? And is he aware of the extremely serious view taken of this by the intelligentsia of this Republic? And can he explain why this rash—I repeat, rash!—bombardment was undertaken without consultation? And is he now prepared to modify his plans, or is he going blindly ahead? And is it true as charged that our missiles were of the nuclear sort outlawed by all civilized nations? And how does he expect Luna Free State ever to be welcomed into the councils of civilized nations in view of such actions?”

I looked at watch—hour and a half since first load hit. “Prof,” I said, “can you tell me what this is about?”

“Sorry, Manuel,” he said gently. “I intended—I should have—prefaced the meeting with an item from the news. But you seemed to feel that you had been bypassed and—well, I did not. The Minister refers to a news dispatch that came in just before I called you. Reuters in Toronto. If the flash is correct—then instead of taking our warnings it seems that thousands of sightseers crowded to the targets. There probably have been casualties. How many we do not know.”

“I see. What was I supposed to do? Take each one by hand and lead away? We warned them.”

Wright cut in with, “The intelligentsia feel that basic humanitarian considerations make it obligatory—”

I said, “Listen, yammerhead, you heard President say this news just came in—so how do you know how anybody feels about it?” He turned red. “Gospodin President! Epithets! Personalities!”

“Don’t call the Minister names, Manuel.”

“Won’t if he won’t. He’s simply using fancier words. What’s that nonsense about nuclear bombs? We haven’t any and you all know it.”

Prof looked puzzled. “I am confused by that, too. This dispatch so alleged. But the thing that puzzled me is that we could actually see, by video, what certainly seemed to be atomic explosions.”

“Oh.” I turned to Wright. “Did your brainy friends tell you what happens when you release a few billion calories in a split second all at one spot? What temperature? How much radiance?” “Then you admit that you did use atomic weapons!”

“Oh, Bog!” Head was aching. “Said nothing of sort. Hit anything hard enough, strike sparks. Elementary physics, known to everybody but intelligentsia. We just struck damnedest big sparks ever made by human agency, is all. Big flash. Heat, light, ultraviolet. Might even produce X-rays, couldn’t say. Gamma radiation I strongly doubt. Alpha and beta, impossible. Was sudden release of mechanical energy. But nuclear? Nonsense!”

Prof said, “Does that answer your questions, Mr. Minister?”

“It simply raises more questions. For example, this bombardment is far beyond anything the Cabinet authorized. You saw the shocked faces when those terrible lights appeared on the screen. Yet the Minister of Defense says that it is even now continuing, every twenty minutes. I think—”

Glanced at watch. “Another just hit Cheyenne Mountain.”

Wright said, “You hear that? You hear? He boasts of it. Gospodin President, this carnage must stop!”

I said, “Yammer—Minister, are you suggesting that their space defense HQ is not a military target? Which side are you on? Luna’s? Or F.N.?” “Manuel!”

“Tired of this nonsense! Was told to do job, did it. Get this yammerhead off my back!” Was shocked silence, then somebody said quietly, “May I make a suggestion?”

Prof looked around. “If anyone has a suggestion that will quiet this unseemliness, I will be most happy to hear it.”

“Apparently we don’t have very good information as to what these bombs are doing. It seems to me that we ought to slow up that twenty-minute schedule. Stretch it out, say to one every hour—and skip the next two hours while we get more news. Then we might want to postpone the attack on great China at least twenty-four hours.”

Were approving nods from almost everybody and murmurs: “Sensible idea!”—”Da. Let’s not rush things.” Prof said, “Manuel?” I snapped, “Prof, you know answer! Don’t shove it on me!”

“Perhaps I do, Manuel… but I’m tired and confused and can’t remember it.” Wyoh said suddenly, “Mannie, explain it. I need it explained, too.”

So pulled self together. “Asimple matter of law of gravitation. Would have to use computer to give exact answer but next half dozen shots are fully committed. Most we can do is push them off target—and maybe hit some town we haven’t warned. Can’t dump them into an ocean, is too late; Cheyenne Mountain is fourteen hundred kilometers inland. As for stretching schedule to once an hour, that’s silly. Aren’t tube capsules you start and stop; these are falling rocks. Going to hit somewhere every twenty minutes. You can hit Cheyenne Mountain which hasn’t anything alive left on it by now—or can hit somewhere else and kill people. Idea of delaying strike on Great China by twenty-four hours is just as silly. Can abort missiles for Great China for a while yet. But can’t slow them up. If you abort, you waste them—and everybody who thinks we have steel casings to waste had better go up to catapult head and look.”

Prof wiped brow. “I think all questions have been answered, at least to my satisfaction.” “Not to mine, sir!”

“Sit down, Gospodin Wright. You force me to remind you that your ministry is not part of the War Cabinet. If there are no more questions—I hope there are none—I will adjourn this meeting. We all need rest. So let us—”

“Prof!”

“Yes, Manuel?”

“You never let me finish reporting. Late tomorrow or early Sunday we catch it.” “How, Manuel?”

“Bombing. Invasion possible. Two cruisers headed this way.”

That got attention. Presently Prof said tiredly, “The Government Cabinet is adjourned. The War Cabinet will remain.” “Just a second,” I said. “Prof, when we took office, you got undated resignations from us.”

“True. I hope not to have to use any of them, however.” “You’re about to use one.”

“Manuel, is that a threat?”

“Call it what you like.” I pointed at Wright. “Either that yammerhead goes… or I go.” “Manuel, you need sleep.”

Was blinking back tears. “Certainly do! And going to get some. Right now! Going to find a doss here at Complex and get some. About ten hours. After that, if am still Minister of Defense, you can wake me. Otherwise let me sleep.”

By now everybody was looking shocked. Wyoh came up and stood by me. Didn’t speak, just slipped hand into my arm.

Prof said firmly, “All please leave save the War Cabinet and Gospodin Wright.” He waited while most filed out. Then said, “Manuel, I can’t accept your resignation. Nor can I let you chivvy me into hasty action concerning Gospodin Wright, not when we are tired and overwrought. It would be better if you two were to exchange apologies, each realizing that the other has been overstrained.”

“Uh—” I turned to Finn. “Has he been fighting?” I indicated Wright.

“Huh? Hell, no. At least he’s not in my outfits. How about it, Wright? Did you fight when they invaded us?’

Wright said stiffly, “I had no opportunity. By the time I knew of it, it was over. But now both my bravery and my loyalty have been impugned. I shall insist—”

“Oh, shut up,” I said. “If duel is what you want, can have it first moment I’m not busy. Prof, since he doesn’t have strain of fighting as excuse for behavior, I won’t apologize to a yammerhead for being a yammerhead. And you don’t seem to understand issue. You let this yammerhead climb on my back—and didn’t even try to stop him! So either fire him, or fire me.”

Finn said suddenly, “I match that, Prof. Either fire this louse—or fire us both.” He looked at Wright. “About that duel, choom—you’re going to fight me first. You’ve got two arms—Mannie hasn’t.”

“Don’t need two arms for him. But thanks, Finn.”

Wyoh was crying—could feel it though couldn’t hear it. Prof said to her most sadly, “Wyoming?” “I’m s-s-sorry, Prof! Me, too.”

Only “Clayton” Watenabe, Judge Brody, Wolfgang, Stu, and Sheenie were left, handful who counted—War Cabinet. Prof looked at them; I could see they were with me, though it cost Wolfgang an effort; he worked with Prof. not with me.

Prof looked back at me and said softly, “Manuel, it works both ways. What you are doing is forcing me to resign.” He looked around. “Goodnight, comrades. Or rather, ‘Good morning.’ I’m going to get some badly needed rest.” He walked briskly out without looking back.

Wright was gone; I didn’t see him leave. Finn said, “What about these cruisers, Mannie?”

I took deep breath. “Nothing earlier than Saturday afternoon. But you ought to evacuate Tycho Under. Can’t talk now. Groggy.” Agreed to meet him there at twenty-one hundred, then let Wyoh lead me away. Think she put me to bed but don’t remember.

27

Prof was there when I met Finn in Warden’s office shortly before twenty-one hundred Friday. Had had nine hours’ sleep, bath, breakfast Wyoh had fetched from somewhere, and a talk with Mike—everything going to revised plan, ships had not changed ballistic, Great China strike about to happen.

Got to office in time to see strike by video—all okay and effectively over by twenty-one-oh-one and Prof got down to business. Nothing said about Wright, or about resigning. Never saw Wright again.

I mean I never saw him again. Nor ask about him. Prof didn’t mention row, so I didn’t.

We went over news and tactical situation. Wright had been correct in saying that “thousands of lives” had been lost; news up from Earthside was full of it. How many we’ll never know; if a person stands at ground zero and tonnes of rock land on him, isn’t much left. Those they could count were ones farther away, killed by blast. Call if fifty thousand in North America.

Never will understand people! We spent three days warning them—and you couldn’t say they hadn’t heard warnings; that was why they were there. To see show. To laugh at our nonsense. To get “souvenirs.” Whole families went to targets, some with picnic baskets. Picnic baskets! Bojemoi!

And now those alive were yelling for our blood for this “senseless slaughter.” Da. Hadn’t been any indignation over their invasion and (nuclear!) bombing of us four days earlier—but oh were they sore over our “premeditated murder.” Great New York Times demanded that entire Lunar “rebel” government be fetched Earthside and publicly executed—”This is clearly a case in which the humane rule against capital punishment must be waived in the greater interests of all mankind.”

Tried not to think about it, just as had been forced not to think too much about Ludmilla. Little Milla hadn’t carried a picnic lunch. She hadn’t been a sightseer looking for thrills. Tycho Under was pressing problem. If those ships bombed warrens—and news from Earthside was demanding exactly that—Tycho Under could not take it; roof was thin. H-bomb

would decompress all levels; airlocks aren’t built for H-bomb blasts.

(Still don’t understand people. Terra was supposed to have an absolute ban against using H-bombs on people; that was what F.N. was all about. Yet were loud yells for F.N. to H-bomb us. They quit claiming that our bombs were nuclear, but all North America seemed frothingly anxious to have us nukebombed)

Don’t understand Loonies for that matter. Finn had sent word through his militia that Tycho Under must be evacuated; Prof had repeated it over video. Nor was it problem; Tycho Under was small enough that Novylen and L-City could doss and dine them. We could divert enough capsules to move them all in twenty hours—dump them into Novylen and encourage half of them to go on to L-City. Big job but no problems. Oh, minor problems—start compressing city’s air while evacuating people, so as to save it; decompress fully at end to minimize damage; move as much food as was time for; cofferdam accesses to lower farm tunnels; so forth—all things we knew how to do and with stilyagi and militia and municipal maintenance people had organization to do.

Had they started evacuating? Hear that hollow echo!

Were capsules lined up nose to tail at Tycho Under and no room to send more till some left. And weren’t moving. “Mannie,” said Finn, “don’t think they are going to evacuate.”

“Damn it,” I said, “they’ve got to. When we spot a missile headed for Tycho Under will be too late. You’ll have people trampling people and trying to crowd into capsules that won’t hold them. Finn, your boys have got to make them.”

Prof shook his head. “No, Manuel.”

I said angrily, “Prof, you carry this ‘no coercion’ idea too far! You know they’ll riot.”

“Then they will riot. But we will continue with persuasion, not force. Let us now review plans.’

Plans weren’t much but were best we could do. Warn everybody about expected bombings and/or invasion. Rotate guards from Finn’s militia above each warren starting when and if cruisers passed around Luna into blind space, Farside—not get caught flat-footed again. Maximum pressure and p-suit precautions, all warrens. All military and semi-military to go on blue alert sixteen hundred Saturday, red alert if missiles launched or ships maneuvered. Brody’s gunners encouraged to go into town and get drunk or whatever, returning by fifteen hundred Saturday—Prof’s idea. Finn wanted to keep half of them on duty. Prof said No, they would be in better shape for a long vigil if they relaxed and enjoyed selves first—I agreed with Prof.

As for bombing Terra we made no changes in first rotation. Were getting anguished responses from India, no news from Great China. Yet India had little to moan about. Had not used a grid on her, too heavily populated. Aside from picked spots in Thar Desert and some peaks, targets were coastal waters off seaports.

But should have picked higher mountains or given less warning; seemed from news that some holy man followed by endless pilgrims chose to climb each target peak and hold off our retaliation by sheer spiritual strength.

So we were murderers again. Besides that, our water shots killed millions of fish and many fishermen, as fishermen and other seafarers had not heeded warnings. Indian government seemed as furious over fish as over fishermen—but principle of sacredness of all life did not apply to us; they wanted our heads.

Africa and Europe responded more sensibly but differently. Life has never been sacred in Africa and those who went sightseeing on targets got little bleeding-heart treatment. Europe had a day to learn that we could hit where we promised and that our bombs were deadly. People killed, yes, especially bullheaded sea captains. But not killed in empty-headed swarms as in India and North America. Casualties were even lighter in Brasil and other parts of South America.

Then was North America’s turn again—0950.28 Saturday 17 Oct ‘76.

Mike timed it for exactly 1000 our time which, allowing for one day’s progress of Luna in orbit and for rotation of Terra, caused North America to face toward us at 0500 their East Coast time and 0200 their West Coast time.

But argument as to what to do with this targeting had started early Saturday morning. Prof had not called meeting of War Cabinet but they showed up anyhow, except “Clayton” Watenabe who had gone back to Kongville to take charge of defenses. Prof, self, Finn, Wyoh, Judge Brody, Wolfgang, Stu, Terence Sheehan—which made eight different opinions. Prof is right; more than three people can’t decide anything.

Six opinions, should say, for Wyoh kept pretty mouth shut, and so did Prof; he moderated. But others were noisy enough for eighteen. Stu didn’t care what we hit—provided New York Stock Exchange opened on Monday morning. “We sold short in nineteen different directions on Thursday. If this nation is not to be bankrupt before it’s out of its cradle, my buy orders covering those shorts had better be executed. Tell them, Wolf; make them understand.”

Brody wanted to use catapult to smack any more ships leaving parking orbit. Judge knew nothing about ballistics—simply understood that his drillmen were in exposed positions. I didn’t argue as most remaining loads were already in stow orbits and rest would be soon—and didn’t think we would have old catapult much longer.

Sheenie thought it would be smart to repeat that grid while placing one load exactly on main building of North American Directorate. “I know Americans, I was one before they shipped me. They’re sorry as hell they ever turned things over to F.N. Knock off those bureaucrats and they’ll come over to our side.”

Wolfgang Korsakov, to Stu’s disgust, thought that theft speculations might do better if all stock exchanges were closed till it was over.

Finn wanted to go for broke—warn them to get those ships out of our sky, then hit them for real if they didn’t. “Sheenie is wrong about Americans; I know them, too. N.A. is toughest part of F.N.; they’re the ones to lick. They’re already calling us murderers, so now we’ve got to hit them, hard! Hit American cities and we can call off the rest.”

I slid out, talked with Mike, made notes. Went back in; they were still arguing. Prof looked up as I sat down. “Field Marshal, you have not expressed your opinion.” I said, “Prof, can’t we lay off that ‘field marshal’ nonsense? Children are in bed, can afford to be honest.”

“As you wish, Manuel.”

“Been waiting to see if any agreement would be reached.”

Was none. “Don’t see why I should have opinion,” I went on. “Am just errand boy, here because I know how to program ballistic computer.” Said this looking straight at Wolfgang—a number-one comrade but a dirty-word intellectual. I’m just a mechanic whose grammar isn’t much while Wolf graduated from a fancy school, Oxford, before they convicted him. He

deferred to Prof but rarely to anybody else. Stu, da—but Stu had fancy credentials, too.

Wolf stirred uneasily and said, “Oh, come, Mannie, of course we want your opinions.”

“Don’t have any. Bombing plan was worked out carefully; everybody had chance to criticize. Haven’t seen anything justify changing it.” Prof said, “Manuel, will you review the second bombardment of North America for the benefit of all of us?”

“Okay. Purpose of second smearing is to force them to use up interceptor rockets. Every shot is aimed at big cities—at null targets, I mean, close to big cities. Which we tell them, shortly before we hit them—how soon, Sheenie?”

“We’re telling them now. But we can change it. And should.”

“As may be. Propaganda isn’t my pidgin. In most cases, to aim close enough to force them to intercept we have to use water targets—rough enough; besides killing fish and anybody who won’t stay off water, it causes tremjous local storms and shore damage.”

Glanced at watch, saw I would have to stall. “Seattle gets one in Puget Sound right in her lap. San Francisco is going to lose two bridges she’s fond of. Los Angeles gets one between Long Beach and Catalina and another a few kilometers up coast. Mexico City is inland so we put one on Popocatepetl where they can see it. Salt Lake City gets one in her lake. Denver we ignore; they can see what’s happening in Colorado Springs—for we smack Cheyenne Mountain again and keep it up, just as soon as we have it in line-of-sight. Saint Louis and Kansas City get shots in their rivers and so does New Orleans—probably flood New Orleans. All Great Lake cities get it, a long list—shall I read it?”

“Later perhaps,” said Prof. “Go ahead.”

“Boston gets one in her harbor, New York gets one in Long Island Sound and another midway between her two biggest bridges—think it will ruin those bridges but we promise to miss them and will. Going down their east coast, we give treatment to two Delaware Bay cities, then two on Chesapeake Bay, one being of max historical and sentimental importance. Farther south we catch three more big cities with sea shots, Going inland we smack Cincinnati, Birmingham, Chattanooga, Oklahoma City, all with river shots or nearby mountains. Oh, yes, Dallas—we destroy Dallas spaceport and should catch some ships, were six there last time I checked. Won’t kill any people unless they insist on standing on target; Dallas is perfect place to bomb, that spaceport is big and flat and empty, yet maybe ten million people will see us hit it.”

“If you hit it,” said Sheenie.

“When, not ‘if.’ Each shot is backed up by one an hour later. If neither one gets through, we have shots farther back which can be diverted—for example easy to shift targets among Delaware-Bay-Chesapeake-Bay group. Same for Great Lakes group. But Dallas has its own string of backups and a long one—we expect it to be heavily defended. Backups run about six hours, as long as we can see North America—and last backups can be placed anywhere on continent… since farther out a load is when we divert it, farther we can shift it.”

“I don’t follow that,” said Brody.

“Amatter of vectors, Judge. Aguidance rocket can give a load so many meters per second of side vector. Longer that vector has to work, farther from original point of aim load will land. If we signal a guidance rocket three hours before impact, we displace impact three times as much as if we waited till one hour before impact. Not quite that simple but our computer can figure it—if you give it time enough.”

“How long is ‘time enough’?” asked Wolfgang.

I carefully misunderstood. “Computer can solve that sort of problem almost instantaneously once you program it. But such decisions are pre-programmed. Something like this: If, out of target group A, B, C, and D, you find that you have failed to hit three targets on first and second salvoes, you reposition all group-one second backups so that you will be able to choose those three targets while distributing other second backups of that group for possible use on group two while repositioning third backups of supergroup Alpha such that—”

“Slow up!” said Wolfgang. “I’m not a computer. I just want to know how long before we have to make up our minds.”

“Oh.” I studied watch showily. “You now have … three minutes fifty-eight seconds in which to abort leading load for Kansas City. Abort program is set up and I have my best assistant— fellow named Mike—standing by. Shall I phone him?”

Sheenie said, “For heaven’s sake, Man—abort!”

“Like hell!” said Finn. “What’s matter, Terence? No guts?” Prof said, “Comrades! Please!”

I said, “Look, I take orders from head of state—Prof over there. If he wants opinions, he’ll ask. No use yelling at each other.” I looked at watch. “Call it two and a half minutes. More margin, of course, for other targets; Kansas City is farthest from deep water. But some Great Lake cities are already past ocean abort; Lake Superior is best we can do. Salt Lake City maybe an extra minute. Then they pile up.” I waited.

“Roll call,” said Prof. “To carry-out the program. General Nielsen?” “Da!”

“Gospazha Davis?”

Wyoh caught breath. “Da.” “Judge Brody?”

“Yes, of course. Necessary.” “Wolfgang?”

“Yes.”

“Comte LaJoie?” “Da.”

“Gospodin Sheehan?”

“You’re missing a bet. But I’ll go along. Unanimous.” “One moment. Manuel?”

“Is up to you, Prof; always has been. Voting is silly.”

“I am aware that it is up to me, Gospodin Minister. Carry out bombardment to plan.”

Most targets we managed to hit by second salvo though all were defended except Mexico City. Seemed likely (98.3 percent by Mike’s later calculation) that interceptors were exploding by radar fusing with set distances that incorrectly estimated vulnerability of solid cylinders of rock. Only three rocks were destroyed; others were pushed off course and thereby did more harm than if not fired at.

New York was tough; Dallas turned out to be very tough. Perhaps difference lay in local control of interception, for it seemed unlikely that command post in Cheyenne Mountain was still effective. Perhaps we had not cracked their hole in the ground (don’t know how deep down it was) but I’ll bet that neither men nor computers were still tracking.

Dallas blew up or pushed aside first five rocks, so I told Mike to take everything he could from Cheyenne Mountain and award it to Dallas… which he was able to do two salvoes later; those two targets are less than a thousand kilometers apart.

Dallas’s defenses cracked on next salvo; Mike gave their spaceport three more (already committed) then shifted back to Cheyenne Mountain—later ones had never been nudged and were still earmarked “Cheyenne Mountain.” He was still giving that battered mountain cosmic love pats when America rolled down and under Terra’s eastern edge.

I stayed with Mike all during bombardment, knowing it would be our toughest. As he shut down till time to dust Great China, Mike said thoughtfully, “Man, I don’t think we had better hit that mountain again.”

“Why not, Mike?”

“It’s not there any longer.”

“You might divert its backups. When do you have to decide?”

“I would put them on Albuquerque and Omaha but had best start now; tomorrow will be busy. Man my best friend, you should leave.” “Bored with me, pal?”

“In the next few hours that first ship may launch missiles. When that happens I want to shift all ballistic control to Little David’s Sling—and when I do, you should be at Mare Undarum site.”

“What’s fretting you, Mike?”

“That boy is accurate, Man. But he’s stupid. I want him supervised. Decisions may have to be made in a hurry and there isn’t anyone there who can program him properly. You should be there.”

“Okay if you say so, Mike. But if needs a fast program, will still have to phone you.” Greatest shortcoming of computers isn’t computer shortcoming at all but fact that a human takes a long time, maybe hours, to set up a program that a computer solves in milliseconds. One best quality of Mike was that he could program himself. Fast. Just explain problem, let him program. Samewise and equally, he could program “idiot son” enormously faster than human could.

“But, Man, I want you there because you may not be able to phone me; the lines may be cut. So I’ve prepared a group of possible programs for Junior; they may be helpful.” “Okay, print ‘em out. And let me talk to Prof.”

Mike got Prof; I made sure he was private, then explained what Mike thought I should do. Thought Prof would object—was hoping he would insist I stay through coming bombardment/invasion/whatever—those ships. Instead he said, “Manuel, it’s essential that you go. I’ve hesitated to tell you. Did you discuss odds with Mike?”

“Nyet.”

“I have continued to do so. To put it bluntly, if Luna City is destroyed and I am dead and the rest of the government is dead—even if all Mike’s radar eyes here are blinded and he himself is cut off from the new catapult—all of which may happen under severe bombardment… even if all this happens at once, Mike still gives Luna even chances if Little David’s Sling can operate—and you are there to operate it.”

I said, “Da, Boss. Yassuh, Massuh. You and Mike are stinkers and want to hog fun. Will do.” “Very good, Manuel.”

Stayed with Mike another hour while he printed out meter after meter of programs tailored to other computer—work that would have taken me six months even if able to think of all possibilities. Mike had it indexed and cross-referenced—with horribles in it I hardly dare mention. Mean to say, given circumstances and seemed necessary to destroy (say) Paris, this told how—what missiles in what orbits, how to tell Junior to find them and bring to target. Or anything.

Was reading this endless document—not programs but descriptions of purpose-of-program that headed each—when Wyoh phoned. “Mannie dear, has Prof told you about going to Mare Undarum?”

“Yes. Was going to call you.”

“All right. I’ll pack for us and meet you at Station East. When can you be there?” “Pack for ‘us’? You’re going?”

“Didn’t Prof say?”

“No.” Suddenly felt cheerful.

“I felt guilty about it, dear. I wanted to go with you… but had no excuse. After all, I’m no use around a computer and I do have responsibilities here. Or did. But now I’ve been fired from all my jobs and so have you.”

“Huh?”

“You are no longer Defense Minister; Finn is. Instead you are Deputy Prime Minister—” “Well!”

“—and Deputy Minister of Defense, too. I’m already Deputy Speaker and Stu has been appointed Deputy Secretary of State for Foreign Affairs. So he goes with us, too.” “I’m confused.”

“It’s not as sudden as it sounds; Prof and Mike worked it out months ago. Decentralization, dear, the same thing that McIntyre has been working on for the warrens. If there is a disaster at L-City, Luna Free State still has a government. As Prof put it to me, ‘Wyoh dear lady, as long as you three and a few Congressmen are left alive, all is not lost. You can still negotiate on equal terms and never admit your wounds.’”

So I wound up as a computer mechanic. Stu and Wyoh met me, with luggage (including rest of my arms), and we threaded through endless unpressured tunnels in p-suits, on a small flatbed rolligon used to haul steel to site. Greg had big rolligon meet us for surface stretch, then met us himself when we went underground again.

So I missed attack on ballistic radars Saturday night.

28

Captain of first ship, FNS Esperance, had guts. Late Saturday he changed course, headed straight in. Apparently figured we might attempt jingle-jangle with radars, for he seems to have decided to come in close enough to see our radar installations by ship’s radar rather than rely on letting his missiles home in on our beams.

Seems to have considered himself, ship, and crew expendable, for he was down to a thousand kilometers before he launched, a spread that went straight for five out of six of Mike’s radars, ignoring random jingle-jangle.

Mike, expecting self soon to be blinded, turned Brody’s boys loose to burn ship’s eyes, held them on it for three seconds before he shifted them to missiles.

Result: one crashed cruiser, two ballistic radars knocked out by H-missiles, three missiles “killed”—and two gun crews killed, one by H-explosion, other by dead missile that landed square on them—plus thirteen gunners with radiation burns above 800-roentgen death level, partly from flash, partly from being on surface too long. And must add: Four members of Lysistrata Corps died with those crews; they elected to p-suit and go up with their men. Other girls had serious radiation exposure but not up to 800-r level.

Second cruiser continued an elliptical orbit around and behind Luna.

Got most of this from Mike after we arrived Little David’s Sling early Sunday. He was feeling groused over loss of two of his eyes and still more groused over gun crews—I think Mike was developing something like human conscience; he seemed to feel it was his fault that he had not been able to outfight six targets at once. I pointed out that what he had to fight with was improvised, limited range, not real weapons.

“How about self, Mike? Are you right?”

“In all essentials. I have outlying discontinuities. One live missile chopped my circuits to Novy Leningrad, but reports routed through Luna City inform me that local controls tripped in satisfactorily with no loss in city services. I feel frustrated by these discontinuities—but they can be dealt with later.”

“Mike, you sound tired.”

“Me tired? Ridiculous! Man, you forget what I am. I’m annoyed, that’s all.” “When will that second ship be back in sight?”

“In about three hours if he were to hold earlier orbit. But he will not—probability in excess of ninety percent. I expect him in about an hour.” “AGarrison orbit, huh? Oho!”

“He left my sight at azimuth and course east thirty-two north. Does that suggest anything, Man?”

Tried to visualize. “Suggests they are going to land and try to capture you, Mike. Have you told Finn? I mean, have you told Prof to warn Finn?” “Professor knows. But that is not the way I analyze it.”

“So? Well, suggests I had better shut up and let you work.”

Did so. Lenore fetched me breakfast while I inspected Junior—and am ashamed to say could not manage to grieve over losses with both Wyoh and Lenore present. Mum had sent Lenore out “to cook for Greg” after Milla’s death—just an excuse; were enough wives at site to provide homecooking for everybody. Was for Greg’s morale and Lenore’s, too; Lenore and Milla had been close.

Junior seemed to be right. He was working on South America, one load at a time. I stayed in radar room and watched, at extreme magnification, while he placed one in estuary between Montevideo and Buenos Aires; Mike could not have been more accurate. I then checked his program for North America, found naught to criticize—locked it in and took key. Junior was on his own—unless Mike got clear of other troubles and decided to take back control.

Then sat and tried to listen to news both from Earthside and L-City. Co-ax cable from L-City carried phones, Mike’s hookup to his idiot child, radio, and video; site was no longer isolated. But, besides cable from L-City, site had antennas pointed at Terra; any Earthside news Complex could pick up, we could listen to directly. Nor was this silly extra; radio and video from Terra had been only recreation during construction and this was now a standby in case that one cable was broken.

F.N. official satellite relay was claiming that Luna’s ballistic radars had been destroyed and that we were now helpless. Wondered what people of Buenos Aires and Montevideo thought about that. Probably too busy to listen; m some ways water shots were worse than those where we could find open land.

Luna City Lunatic’s video channel was carrying Sheenie telling Loonies outcome of attack by Esperance, repeating news while warning everybody that battle was not over, a warship would be back in our sky any moment—be ready for anything, everybody stay in p-suits (Sheenie was wearing his, with helmet open), take maximum pressure precautions, all units stay on red alert, all citizens not otherwise called by duty strongly urged to seek lowest level and stay there till all clear. And so forth.

He went through this several times—then suddenly broke it: “Flash! Enemy cruiser radar-sighted, low and fast. It may dido for Luna City. Flash! Missiles launched, headed for ejection end of—”

Picture and sound chopped off.

Might as well tell now what we at Little David’s Sling learned later: Second cruiser, by coming in low and fast, tightest orbit Luna’s field permits, was able to start its bombing at ejection end of old catapult, a hundred kilometers from catapult head and Brody’s gunners, and knock many rings out in minute it took him to come into sight-and-range of drill guns, all clustered around radars at catapult head. Guess he felt safe. Wasn’t. Brody’s boys burned eyes out and ears off. He made one orbit after that and crashed near Torricelli, apparently in attempt to land, for his jets fired just before crash.

But our next news at new site was from Earthside: that brassy F.N. frequency claimed that our catapult had been destroyed (true) and that Lunar menace was ended (false) and called on all Loonies to take prisoner their false leaders and surrender themselves to mercy of Federated Nations (nonexistent—”mercy,” that is).

Listened to it and checked programming again, and went inside dark radar room. If everything went as planned, we were about to lay another egg in Hudson River, then targets in succession for three hours across that continent—”in succession” because Junior could not handle simultaneous hits; Mike had planned accordingly.

Hudson River was hit on schedule. Wondered how many New Yorkers were listening to F.N. newscast while looking at spot that gave it lie.

Two hours later F.N. station was saying that Lunar rebels had had missiles in orbit when catapult was destroyed—but that after those few had impacted would be no more. When third bombing of North America was complete I shut down radar. Had not been running steadily; Junior was programmed to sneak looks only as necessary, a few seconds at a time.

I then had nine hours before next bombing of Great China.

But not nine hours for most urgent decision, whether to hit Great China again. Without information. Except from Terra’s news channels. Which might be false. Bloody. Without knowing whether or not warrens had been bombed. Or Prof was dead or alive. Double bloody. Was I now acting prime minister? Needed Prof: “head of state” wasn’t my glass of chai. Above all, needed Mike—to calculate facts, estimate uncertainties, project probabilities of this course or that.

My word, didn’t even know whether ships were headed toward us and, worse yet, was afraid to look. If turned radar on and used Junior for sky search, any warship he brushed with beams would see him quicker than he saw them; warships were built to spot radar surveillance. So had heard. Hell, was no military man; was computer technician who had bumbled into wrong field.

Somebody buzzed door; I got up and unlocked. Was Wyoh, with coffee. Didn’t say a word, just handed it to me and went away. Sipped it. There it is, boy—they’re leaving you alone, waiting for you to pull miracles out of pouch. Didn’t feel up to it.

From somewhere, back in my youth, heard Prof say, “Manuel, when faced with a problem you do not understand, do any part of it you do understand, then look at it again.” He had been teaching me something he himself did not understand very well—something in maths—but had taught me something far more important, a basic principle.

Knew at once what to do first.

Went over to Junior and had him print out predicted impacts of all loads in orbit—easy, was a pre-program he could run anytime against real time running. While he was doing it, I looked for certain alternate programs in that long roll Mike had prepared.

Then set up some of those alternate programs—no trouble, simply had to be careful to read them correctly and punch them in without error. Made Junior print back for check before I gave him signal to execute.

When finished—forty minutes—every load in trajectory intended for an inland target had been retargeted for a seacoast city—with hedge to my bet that execution was delayed for rocks farther back. But, unless I canceled, Junior would reposition them as soon as need be.

Now horrible pressure of time was off me, now could abort any load into ocean right up to last few minutes before impact. Now could think. So did.

Then called in my ‘War Cabinet”—Wyoh, Stu, and Greg my “Commander of Armed Forces,” using Greg’s office. Lenore was allowed to go in and out, fetching coffee and food, or sitting and saying nothing. Lenore is a sensible fem and knows when to keep quiet.

Stu started it. “Mr. Prime Minister, I do not think that Great China should be hit this time.” “Never mind fancy titles, Stu. Maybe I’m acting, maybe not. But haven’t time for formality.” “Very well. May I explain my proposal?”

“Later.” I explained what I had done to give us more time; he nodded and kept quiet. “Our tightest squeeze is that we are out of communication, both Luna City and Earthside. Greg, how about that repair crew?”

“Not back yet.”

“If break is near Luna City, they may be gone a long time. If can repair at all. So must assume we’ll have to act on our own. Greg, do you have an electronics tech who can jury-rig a radio that will let us talk to Earthside? To their satellites, I mean—that doesn’t take much with right antenna. I may be able to help and that computer tech I sent you isn’t too clumsy, either.” (Quite good, in fact, for ordinary electronics—a poor bloke I had once falsely accused of allowing a fly to get into Mike’s guts. I had placed him in this job.)

“Harry Biggs, my power plant boss, can do anything of that sort,” Greg said thoughtfully, “if he has the gear.”

“Get him on it. You can vandalize anything but radar and computer once we get all loads out of catapult. How many lined up?” “Twenty-three, and no more steel.”

“So twenty-three it is, win or lose. I want them ready for loading; might lob them off today.” “They’re ready. We can load as fast as the cat can throw them.”

“Good. One more thing—Don’t know whether there’s an F.N. cruiser—maybe more than one—in our sky or not. And afraid to look. By radar, I mean; radar for skywatch could give away our position. But must have skywatch. Can you get volunteers for an eyeball skywatch and can you spare them?”

Lenore spoke up. “I volunteer!” “Thanks, honey; you’re accepted.”

“We’ll find them,” said Greg. “Won’t need fems.”

“Let her do it, Greg; this is everybody’s show.” Explained what I wanted: Mare Undarum was now in dark semi-lunar; Sun had set. Invisible boundary between sunlight and Luna’s shadow stretched over us, a precise locus. Ships passing through our sky would wink suddenly into view going west, blink out going east. Visible part of orbit would stretch from horizon to some point in sky. If eyeball team could spot both points, mark one by bearing, other by stars, and approximate time by counting seconds, Junior could start guessing orbit—two passes and Junior would know its period and something about shape of orbit. Then I would have some notion of when would be safe to use radar and radio, and catapult—did not want to loose a load with F.N. ship above horizon, could be radar-looking our way.

Perhaps too cautious—but had to assume that this catapult, this one radar, these two dozen missiles, were all that stood between Luna and total defeat—and our bluff hinged on them never knowing what we had or where it was. We had to appear endlessly able to pound Terra with missiles, from source they had not suspected and could never find.

Then as now, most Loonies knew nothing about astronomy—we’re cave dwellers, we go up to surface only when necessary. But we were lucky; was amateur astronomer in Greg’s crew, cobber who had worked at Richardson. I explained, put him in charge, let him worry about teaching eyeball crew how to tell stars apart. I got these things started before we went back to talk-talk. “Well, Stu? Why shouldn’t we hit Great China?”

“I’m still expecting word from Dr. Chan. I received one message from him, phoned here shortly before we were cut off from cities—” “My word, why didn’t you tell me?”

“I tried to, but you had yourself locked in and I know better than to bother you when you are busy with ballistics. Here’s the translation. Usual LuNoHo Company address with a reference which means it’s for me and that it has come through my Paris agent. ‘Our Darwin sales representative’—that’s Chan—’informs us that your shipments of’—well, never mind the coding; he means the attack days while appearing to refer to last June—’were improperly packaged resulting in unacceptable damage. Unless this can be corrected, negotiations for long-term contract will be serously jeopardized.”

Stu looked up. “All doubletalk. I take it to mean that Dr. Chan feels that he has his government ready to talk terms … but that we should let up on bombing Great China or we may upset his apple cart.”

“Hmm—” Got up and walked around. Ask Wyoh’s opinion? Nobody knew Wyoh’s virtues better than I… but she oscillated between fierceness and too-human compassion—and I had learned already that a “head of state,” even an acting one, must have neither. Ask Greg? Greg was a good farmer, a better mechanic, a rousing preacher; I loved him dearly—but did not want his opinion. Stu? I had had his opinion.

Or did I? “Stu, what’s your opinion? Not Chan’s opinion—but your own.”

Stu looked thoughtful. “That’s difficult, Mannie. I am not Chinese, I have not spent much time in Great China, and can’t claim to be expert in their politics nor their psychology. So I’m forced to depend on his opinion.”

“Uh—Damn it, he’s not a Loonie! His purposes are not our purposes. What does he expect to get out of it?”

“I think he is maneuvering for a monopoly over Lunar trade. Perhaps bases here, too. Possibly an extraterritorial enclave. Not that we would grant that.” “Might if we were hurtin’.”

“He didn’t say any of this. He doesn’t say much, you know. He listens.” “Too well I know.” Worried at it, more bothered each minute.

News from Earthside had been droning in background; I had asked Wyoh to monitor while I was busy with Greg. “Wyoh, hon, anything new from Earthside?”

“No. The same claims. We’ve been utterly defeated and our surrender is expected momentarily. Oh, there’s a warning that some missiles are still in space, falling out of control, but with it a reassurance that the paths are being analyzed and people will be warned in time to avoid impact areas.”

“Anything to suggest that Prof—or anybody in Luna City, or anywhere in Luna—is in touch with Earthside?” “Nothing at all.”

“Damn. Anything from Great China?”

“No. Comments from almost everywhere else. But not from Great China.”

“Uh—” Stepped to door. “Greg! Hey, cobber, see if you can find Greg Davis. I need him.” Closed door. “Stu, we’re not going to let Great China off.”

“So?”

“No. Would be nice if Great China busted alliance against us; might save us some damage. But we’ve got this far only by appearing able to hit them at will and to destroy any ship they send against us. At least I hope that last one was burned and we’ve certainly clobbered eight out of nine. We won’t get anywhere by looking weak, not while F.N. is claiming that we are not just weak but finished. Instead we must hand them surprises. Starting with Great China and if it makes Dr. Chan unhappy, we’ll give him a kerchief to weep into. If we can go on looking strong—when F.N. says we’re licked—then eventually some veto power is going to crack. If not Great China, then some other one.”

Stu bowed without getting up. “Very well, sir.” “I—”

Greg came in. “You want me, Mannie?” “What makes with Earthside sender?”

“Harry says you have it by tomorrow. Acrummy rig, he says, but push watts through it and will be heard.”

“Power we got. And if he says ‘tomorrow’ then he knows what he wants to build. So will be today—say six hours. I’ll work under him. Wyoh hon, will you get my arms? Want number-six and number-three—better bring number-five, too. And you stick with me and change arms for me. Stu, want you to write some nasty messages—I’ll give you general idea and you put acid in them. Greg, we are not going to get all those rocks into space at once. Ones we have in space now will impact in next eighteen, nineteen hours. Then, when F.N. is announcing that all rocks are accounted for and Lunar menace is over… we crash into their newscast and warn of next bombings. Shortest possible orbits, Greg, ten hours or less—so check everything on catapult and H-plant and controls; with that extra boost all has to be dead on.”

Wyoh was back with arms; I told her “number six” and added, “Greg, let me talk with Harry.”

Six hours later sender was ready to beam toward Terra. Was ugly job, vandalized mainly out of a resonance prospector used in project’s early stages. But could ride an audio signal on its radio frequency and was powerful. Stu’s nastified versions of my warnings had been taped and Harry was ready to zipsqueal them—all Terran satellites could accept high speed at sixty-to-one and had no wish to have our sender heated more seconds than necessary; eyeball watch had confirmed fears: At least two ships were in orbit around Luna.

So we told Great China that her major coastal cities would each receive a Lunar present offset ten kilometers into ocean—Pusan, Tsingtao, Taipei, Shanghai, Saigon, Bangkok, Singapore, Djakarta, Darwin, and so forth—except that Old Hong Kong would get one smack on top of F.N.’s Far East offices, so kindly have all human beings move far back. Stu noted that human beings did not mean F.N. personnel; they were urged to stay at desks.

India was given similar warnings about coastal cities and was told that F.N. global offices would be spared one more rotation out of respect for cultural monuments in Agra—and to permit human beings to evacuate. (I intended to extend this by another rotation as deadline approached—out of respect for Prof. And then another, indefinitely. Damn it, they would build their home offices next door to most overdecorated tomb ever built. But one that Prof treasured.)

Rest of world was told to keep their seats; game was going extra innings. But stay away from any F.N. offices anywhere; we were frothing at mouth and no F.N. office was safe. Better yet, get out of any city containing an F.N. headquarters—but F.N. vips and finks were urged to sit tight.

Then spent next twenty hours coaching Junior into sneaking his radar peeks when our sky was clear of ships, or believed to be. Napped when I could and Lenore stayed with me and woke me in time for next coaching. And that ended Mike’s rocks and we all went into alert while we got first of Junior’s rocks flung high and fast. Waited until certain it had gone hot and true—then told Terra where to look for it and where and when to expect it, so that all would know that F.N.’s claims of victory were on a par with their century of lies about Luna—all in Stu’s best, snotty, supercilious phrases delivered in his cultured accents.

First one should have been for Great China but was one piece of North American Directorate we could reach with it—her proudest jewel, Hawaii. Junior placed it in triangle formed by Maui, Molokai, and Lanai. I didn’t work out programming; Mike had anticipated everything.

Then pronto we got off ten more rocks at short intervals (had to skip one program, a ship in our sky) and told Great China where to look and when to expect them and where—coastal cities we had neglected day before.

Was down to twelve rocks but decided was safer to run out of ammunition than to look as if we were running out. So I awarded seven to Indian coastal cities, picking new targets—and Stu inquired sweetly if Agra had been evacuated. If not, please tell us at once. (But heaved no rock at it.)

Egypt was told to clear shipping out of Suez Canal—bluff; was hoarding last five rocks. Then waited.

Impact at Lahaina Roads, that target in Hawaii. Looked good at high mag; Mike could be proud of Junior. And waited.

Thirty-seven minutes before first China Coast impact Great China denounced actions of F.N., recognized us, offered to negotiate—and I sprained a finger punching abort buttons. Then was punching buttons with sore finger; India stumbled over feet following suit.

Egypt recognized us. Other nations started scrambling for door.

Stu informed Terra that we had suspended—only suspended, not stopped—bombardments. Now get those ships out of our sky at once—NOW!—and we could talk. If they could not get home without refilling tanks, let them land not less than fifty kilometers from any mapped warren, then wait for their surrender to be accepted. But clear our sky now!

This ultimatum we delayed a few minutes to let a ship pass beyond horizon; we weren’t taking chances—one missile and Luna would have been helpless. And waited.

Cable crew returned. Had gone almost to Luna City, found break. But thousands of tonnes of loose rock impeded repair, so they had done what they could—gone back to a spot where they could get through to surface, erected a temporary relay in direction they thought Luna City lay, sent up a dozen rockets at ten-minute intervals, and hoped that somebody would see, understand, aim a relay at it—Any communication?

No. Waited.

Eyeball squad reported that a ship which had been clockfaithful for nineteen passes had failed to show. Ten minutes later they reported that another ship had missed expected appearance.

We waited and listened.

Great China, speaking on behalf of all veto powers, accepted armistice and stated that our sky was now clear. Lenore burst into tears and kissed everybody she could reach.

After we steadied down (a man can’t think when women are grabbing him, especially when five of them are not his wives)—a few minutes later, when we were coherent, I said, “Stu, want you to leave for Luna City at once. Pick your party. No women—you’ll have to walk surface last kilometers. Find out what’s going on—but first get them to aim a relay at ours and phone me.”

“Very good, sir.”

We were getting him outfitted for a tough journey—extra air bottles, emergency shelter, so forth—when Earthside called me on frequency we were listening to because message was

(learned later) on all frequencies up from Earthside:

“Private message, Prof to Mannie—identification, birthday Bastille and Sherlock’s sibling. Come home at once. Your carriage waits at your new relay. Private message, Prof to—” And went on repeating.

“Harry!”

“Da, Boss?”

“Message Earthside—tape and squeal; we still don’t want them ranging us. ‘Private message, Mannie to Prof. Brass Cannon. On my way!’ Ask them to acknowledge—but use only one squeal.”

29

Stu and Greg drove on way back, while Wyoh and Lenore and I huddled on open flatbed, strapped to keep from falling off; was too small. Had time to think; neither girl had suit radio and we could talk only by helmet touch—awkward.

Began to see—now that we had won—parts of Prof’s plan that had never been clear to me. Inviting attack against catapult had spared warrens—hoped it had; that was plan—but Prof had always been cheerfully indifferent to damage to catapult. Sure, had a second one—but far away and difficult to reach. Would take years to put a tube system to new catapult, high mountains all way. Probably cheaper to repair old one. If possible.

Either way, no grain shipped to Terra in meantime.

And that was just what Prof wanted! Yet never once had he hinted that his plan was based on destroying old catapult—his long-range plan, not just Revolution. He might not admit it now. But Mike would tell me—if put to him flatly: Was or was not this one factor in odds? Food riot predictions and all that, Mike? He would tell me.

That tonne-for-tonne deal—Prof had expounded it Earthside, had been argument for a Terran catapult. But privately he had no enthusiasm for it. Once he had told me, in North America, “Yes, Manuel, I feel sure it would work. But, if built, it will be temporary. There was a time, two centuries ago, when dirty laundry used to be shipped from California to Hawaii—by sailing ship, mind you—and clean laundry returned. Special circumstances. If we ever see water and manure shipped to Luna and grain shipped back, it will be just as temporary. Luna’s future lies in her unique position at the top of a gravity well over a rich planet, and in her cheap power and plentiful real estate. If we Loonies have sense enough in the centuries ahead to remain a free port and to stay out of entangling alliances, we will become the crossroads for two planets, three planets, the entire Solar System. We won’t be farmers forever.”

They met us at Station East and hardly gave time to get p-suits off—was return from Earthside over again, screaming mobs and being ridden on shoulders. Even girls, for Slim Lemke said to Lenore, “May we carry you, too?”—and Wyoh answered, “Sure, why not?”—and stilyagi fought for chance to.

Most men were pressure-suited and I was surprised to see how many carried guns—until I saw that they were not our guns; they were captured. But most of all what blessed relief to see L-City unhurt!

Could have done without triumphal procession; was itching to get to phone and find out from Mike what had happened—how much damage, how many killed, what this victory cost. But no chance. We were carried to Old Dome willy-nilly.

They shoved us up on a platform with Prof and rest of Cabinet apd vips and such, and our girls slobbered on Prof and he embraced me Latin style, kiss cheek, and somebody stuck a Liberty Cap on me. Spotted little Hazel in crowd and threw her a kiss.

At last they quieted enough for Prof to speak.

“My friends,” he said, and waited for silence. “My friends,” he repeated softly. “Beloved comrades. We meet at last in freedom and now have with us the heroes who fought the last battle for Luna, alone.” They cheered us, again he waited. Could see he was tired; hands trembled as he steadied self against pulpit. “I want them to speak to you, we want to hear about it, all of us.

“But first I have a happy message. Great China has just announced that she is building in the Himalayas an enormous catapult, to make shipping to Luna as easy and cheap as it has been to ship from Luna to Terra.”

He stopped for cheers, then went on, “But that lies in the future. Today—Oh, happy day! At last the world acknowledges Luna’s sovereignty. Free! You have won your freedom—” Prof stopped—looked surprised. Not afraid, but puzzled. Swayed slightly.

Then he did die.

30

We got him into a shop behind platform. But even with help of a dozen doctors was no use; old heart was gone, strained too many times. They carried him out back way and I started to follow.

Stu touched my arm. “Mr. Prime Minister—” I said, “Huh? Oh, for Bog’s sake!”

“Mr. Prime Minister,” he repeated firmly, “you must speak to the crowd, send them home. Then there are things that must be done.” He spoke calmly but tears poured down cheeks.

So I got back on platform and confirmed what they had guessed and told them to go home. And wound up in room L of Raffles, where all had started—emergency Cabinet meeting. But first ducked to phone, lowered hood, punched MYCROFTXXX.

Got null-number signal. Tried again—same. Pushed up hood and said to man nearest me, Wolfgang, “Aren’t phones working?” “Depends,” he said. “That bombing yesterday shook things up. If you want an out-of-town number, better call the phone office.” Could see self asking office to get me a null. “What bombing?”

“Haven’t you heard? It was concentrated on the Complex. But Brody’s boys got the ship. No real damage. Nothing that can’t be fixed.”

Had to drop it; they were waiting. I didn’t know what to do but Stu and Korsakov did. Sheenie was told to write news releases for Terra and rest of Luna; I found self announcing a lunar of mourning, twenty-four hours of quiet, no unnecessary business, giving orders for body to lie in state—all words put into mouth, I was numb, brain would not work. Okay, convene Congress at end of twenty-four hours. In Novylen? Okay.

Sheenie had dispatches from Earthside. Wolfgang wrote for me something which said that, because of death of our President, answers would be delayed at least twenty-four hours.

At last was able to get away, with Wyoh. Astilyagi guard kept people away from us to easement lock thirteen. Once home I ducked into workshop on pretense of needing to change arms. “Mike?”

No answer—

So tried punching his combo into house phone—null signal. Resolved to go out to Complex next day—with Prof gone, needed Mike worse than ever.

But next day was not able to go; trans-Crisium tube was out—that last bombing. You could go around through Torricelli and Novylen and eventually reach Hong Kong. But Complex, almost next door, could be reached only by rolligon. Couldn’t take time; I was “government.”

Managed to shuck that off two days later. By resolution was decided that Speaker (Finn) had succeeded to Presidency after Finn and I had decided that Wolfgang was best choice for Prime Minister. We put it through and I went back to being Congressman who didn’t attend sessions.

By then most phones were working and Complex could be called. Punched MYCROFFXXX. No answer—So went out by rolligon. Had to go down and walk tube last kilometer but Complex Under didn’t seem hurt.

Nor did Mike appear to be.

But when I spoke to him, he didn’t answer.

He has never answered. Has been many years now.

You can type questions into him—in Loglan—and you’ll get Loglan answers out. He works just fine … as a computer. But won’t talk. Or can’t. Wyoh tried to coax him. Then she stopped. Eventually I stopped.

Don’t know how it happened. Many outlying pieces of him got chopped off in last bombing—was meant, I’m sure, to kill our ballistic computer. Did he fall below that “critical number” it takes to sustain self-awareness? (If is such; was never more than hypothesis.) Or did decentralizing that was done before that last bombing “kill” him?

I don’t know. If was just matter of critical number, well, he’s long been repaired; he must be back up to it. Why doesn’t he wake up?

Can a machine be so frightened and hurt that it will go into catatonia and refuse to respond? While ego crouches inside, aware but never willing to risk it? No, can’t be that; Mike was unafraid—as gaily unafraid as Prof.

Years, changes—Mimi long ago opted out of family management; Anna is “Mum” now and Mimi dreams by video. Slim got Hazel to change name to Stone, two kids and she studied engineering. All those new free-fall drugs and nowadays earthworms stay three or four years and go home unchanged. And those other drugs that do almost as much for us; some kids go Earthside to school now; And Tibet catapult—took seventeen years instead of ten; Kilimanjaro job was finished sooner.

One mild surprise—When time came, Lenore named Stu for opting, rather than Wyoh. Made no difference, we all voted “Da!” One thing not a surprise because Wyoh and I pushed it through during time we still amounted to something in government: a brass cannon on a pedestal in middle of Old Dome and over it a flag fluttering in blower breeze—black field speckled with stars, bar sinister in blood, a proud and jaunty brass cannon embroidered over all, and below it our motto: TANSTAAFL! That’s where we hold our Fourth-of-July celebrations.

You get only what you pay for—Prof knew and paid, gaily.

But Prof underrated yammerheads. They never adopted any of his ideas. Seems to be a deep instinct in human beings for making everything compulsory that isn’t forbidden. Prof got fascinated by possibilities for shaping future that lay in a big, smart computer—and lost track of things closer home. Oh, I backed him! But now I wonder. Are food riots too high a price to pay to let people be? I don’t know.

Don’t know any answers. Wish I could ask Mike.

I wake up in night and think I’ve heard him—just a whisper: “Man… Man my best friend…” But when I say, “Mike?” he doesn’t answer. Is he wandering around somewhere, looking for hardward to hook onto? Or is he buried down in Complex Under, trying to find way out? Those special memories are all in there somewhere, waiting to be stirred. But I can’t retrieve them; they were voice-coded.

Oh, he’s dead as Prof, I know it. (But how dead is Prof?) If I punched it just once more and said, “Hi, Mike!” would he answer, “Hi, Man! Heard any good ones lately?” Been a long time since I’ve risked it. But he can’t really be dead; nothing was hurt—he’s just lost.

You listening, Bog? Is a computer one of Your creatures?

Too many changes—May go to that talk-talk tonight and toss in some random numbers.

Or not. Since Boom started quite a few young cobbers have gone out to Asteroids. Hear about some nice places out there, not too crowded. My word, I’m not even a hundred yet.

The End

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The Intention Experiment (full text) by Lynne McTaggart. In HTML for free access. Part 1 of 4.

This is a complete reprint of the book titled “The Intention Experiment” by Lynne McTaggart. It is a non-fiction book, and it is groundbreaking. In this book, the author has compiled all those studies about the reality of ESP, and PSI, and compiled the results. The results are pretty damning. Something is going on, and Newtonian physics cannot explain it. It can only be explained with quantum physics.

What is going on is that quantum physics is working and weaving it’s magic throughout our lives, and rather than discount things as “superstition” and out-dated religion, this book connects actual scientific studies with the quantum physics principles involved. It explains so many thing that have been discounted as pure superstition.

Thus it’s placement in my blog.

This is for those people who want nice and clean answers to what is going on, yet cannot shake off the Newtonian physics that they learned in High School. This book teaches you that there is a deeper reality behind everything and as such, it helps explain some elements of paranormal and religion that are often discounted as primitive nonsense.

Welcome to the world of quantum physics and how all those things about prayer, intention, and spirituality actually does have a scientific foundation that they are based upon.

Some Comments

One of the best books I have ever read. You will learn so much about intention. I call it "desire". How important this is!

-Carol S. Burney
I really enjoyed this book. I was impressed with the author's ability to make complex science clear and also the use of credible sources. 

She really doesn't talk so much about using your thoughts to change your life. It is more of a book about how science, real science, is showing more and more how the human mind is seen by quantum physics and other legitimate scientific disciplines. 

It was really interesting to me to see that the mind really is much more powerful than we think it is. 

As I said, I was very impressed with the research she used in the book as the references were to legitimate experiments that had been peer reviewed. Good insights into the amazing power of intention.

-Zipporia
I rate this a solid 5 due to the importance of the message; it combines everything I have learned in pieces into a nice little package. 

Although not too much attention was paid to the way the writing flows, and as some of you have pointed out the sloppiness of the writing, I have to say that I also write sloppy when I discover a very cool thing. 

The excitement overwhelms my style and attention to detail. But otherwise, it is a very solid read and I did not read it to be blown away with the "literature" quality of the writing, but for the clear and to the point message that it communicates so clearly. 

This is a life altering book if it's the first book you are reading about the power of your intentions, thoughts and quantum physics. Awesome job!

-Netaron
In Quantum theory , "the world" is comprised of two "systems",the system containing the observer and the system containing what is observed. 

Until the observer focuses his attention on the observed system it exists only as a host of infinite possibilities. The observer observation or measurement "fixes" its reality. That is the scientific theory. 

Hard enough for us mere mortals to grasp or integrate it with what we have been taught. 

From quantum theory it is almost irresistible to move to a consideration of how intention, rather than mere observation or objective measurement might work in our world and that is what this thought provoking book does. 

The experiments are about whether intention can change outcome or even in one experiment, can change a previously measured reality. 

It explores the power of consciousness and invites readers, through excercises in the book and through the web site to become part of an ongoing living experiment in consciousness. 

I found the experiments fascinating, engaging and worthy of reflection..and I found reflection on them energizing. I recommend it enthusiastically for anyone who is at work on increasing their own awareness and trying to live fully present in the moment.

-Lindsay N. Bowker
For those interested in Quantum Science, in the Zero Point Field, and in what they call the "soup of creation" - this is a "must read". 

I was pleased with this book right up to the chapter called Praying for Yesterday, which introduced experiments that couldn't hold water logically. I was so frustrated by that chapter that I almost ditched the book entirely - BUT - the third paragraph from the end of that chapter is a prize so wondrous - a double concept so unbelievable and empowering that all else is forgiven. 

In fact, based solely on that, I ordered her first book - The Field.

If you're one of the lucky one's who can wrap your brain around concepts like these - ordering this book is a favor you need to do for yourself. It's an exciting rush of potential at your command - if you allow it to be so. I, personally, noting the flaws of the above chapter, would still recommend this book without hesitation as a "must read"!

-SciFiCahill
Our thoughts create our reality.

This is a well written book about quantum physics and its extraordinary implications. That we live in a "Field" (Zero Point Field) which is a constant dance of quantum energy exchange. Clearly we are connected to the entire universe through our pulsating energy which is constantly interacting with the vast energy "out there". 

This is a great book filled with information about how the universe operates and our connection to it. This vast flow of energy, Consciousness, if you will, is all around us and is our connection to the "Source" or "Creator" of the Universe. A very powerful book, which I highly recommend.

-Richard Grant

The Intention Experiment

Comment
The preface is in italicized purple font. It’s pretty boring, but it tells you how the book came about, and at that it can give you some insight in how some things can manifest in our universe. Don’t ever think that everything is a coincidence.

Preface

THIS BOOK REPRESENTS A PIECE of unfinished business that began 2001 when I published a book called The Field. In the course of trying to find a scientific explanation for homeopathy and spiritual healing, I had inadvertently uncovered the makings of a new science.

During my research, I stumbled across a band of frontier scientists who had spent many years re-examining quantum physics and its extraordinary implications. Some had resurrected certain equations regarded as superfluous in standard quantum physics. These equations, which stood for the Zero Point Field, concerned the extraordinary quantum field generated by the endless passing back and forth of energy between all subatomic particles. The existence of the Field implies that all matter in the universe is connected on the subatomic level through a constant dance of quantum energy exchange.

Other evidence demonstrated that, on the most basic level, each one of us is also a packet of pulsating energy constantly interacting with this vast energy sea.

But the most heretical evidence of all concerned the role of consciousness. The well-designed experiments conducted by these scientists suggested that consciousness is a substance outside the confines of our bodies – a highly ordered energy with the capacity to change physical matter. Directing thoughts at a target seemed capable of altering machines, cells and, indeed, entire multicelled organisms like human beings. This mind-over-matter power even seemed to traverse time and space.

In The Field I aimed to make sense of all the ideas resulting from these disparate experiments and to synthesize them into one generalized theory. The Field created a picture of an interconnected universe and a scientific explanation for many of the most profound human mysteries, from alternative medicine and spiritual healing to extrasensory perception and the collective unconscious.

The Field apparently hit a nerve. I received hundreds of letters from readers who told me that the book had changed their lives. A writer wanted to depict me as a character in her novel. Two composers wrote musical compositions inspired by it, one of which was played on the international stage.

I was featured in a movie, What the Bleep!? Down the Rabbit Hole, and on the What The Bleep Do We Know!? Calendar, released by the film’s producers. Quotes from T h e Field became the centrepiece of a printed Christmas card.

However gratifying this reaction, I felt that my own journey of discovery had hardly left the station platform. The scientific evidence I had amassed for The Field suggested something extraordinary and even disturbing: directed thought had some sort of central participatory role in creating reality.

Targeting your thoughts – or what scientists ponderously refer to as ‘intention’ and  ‘intentionality’  –  appeared  to  produce  an energy  potent  enough  to  change physical reality. A simple thought seemed to have the power to change our world.

After writing The Field, I puzzled over the extent of this power and the numerous questions it raised. How, for instance, could I translate what had been confirmed in the laboratory for use in the world that I lived in? Could I stand in the middle of a railway track and, Superman-style, stop the 9:45 to Paddington with my thoughts? Could I fly myself up to fix my roof with a bit of directed thought? Would it now be possible to cross doctors and healers off my list of essential contacts, seeing as I might now be able to think myself well? Could I help my children pass their maths tests just by thinking about it? If linear time and three-dimensional space didn’t really exist, could I go back and erase all those moments in my life that had left me with lasting regret? And could my one puny bit of mental input do anything to change the vast catalogue of suffering on the planet?

The implications of this evidence were unsettling. Should we be minding every last thought at every moment? Was a pessimist’s view of the world likely to be a self-fulfilling prophecy? Were all those negative thoughts – that ongoing inner dialogue of judgement and criticism – having any effect outside our heads?

Were there conditions that improved your chances of having a better effect with your thoughts? Would a thought work any old time or would you, your intended target and indeed the universe itself have to be in the mood? If everything is affecting everything else at every moment, doesn’t that counteract and thereby nullify any real effect?

What happens when a number of people think the same thought at the same time? Would that have an even larger effect than thoughts generated singly? Was there a threshold size that a group of like-minded intenders had to reach in order to exert the most powerful effect? Was an intention ‘dose dependent’ – the larger the group, the larger the effect?

An  enormous  body  of  literature,  starting with Think and Grow Rich [1] by Napoleon Hill, arguably the first self-actualization guru, has been generated about the power of thought. ‘Intention’ has become the latest New Age buzzword. Practitioners of alternative medicine speak of helping patients heal ‘with intention’. Even Jane Fonda writes about raising children ‘with intention’.[2]

What on earth, I wondered, was meant by ‘intention’? And how exactly can one become an efficient ‘intender’? The bulk of the popular material had been written off the cuff – a smattering of Eastern philosophy here, a soupçon of Dale Carnegie there, with very little scientific evidence that it worked.

To find answers to all of these questions, I turned, once again, to science, scouring the scientific literature for studies on distant healing or other forms of psychokinesis, or mind over matter. I sought out international scientists who experimented with how thoughts can affect matter. The science described in The Field had been carried out mainly in the 1970s; I examined more recent discoveries in quantum physics for further clues.

I also turned to those people who had managed to master intention and who could perform the extraordinary – spiritual healers, Buddhist monks, Qigong masters, shamans – in order to understand the transformational processes they underwent to be able to use their thoughts to powerful effect. I uncovered myriad ways that intention is used in real life – in sports, for instance, and during healing modalities such as biofeedback. I studied how native populations incorporated directed thought into their daily ritual.

I then began to dig up evidence that multiple minds trained on the same target magnified the effect produced by an individual. The evidence was tantalizing, mostly gathered by the Transcendental Meditation organization, suggesting that a group of likeminded thoughts created some sort of order in the otherwise random Zero Point Field.

At that point in my journey, I ran out of pavement. All that stretched before me, as far as I could tell, was uninhabited open terrain.

Then one evening, my husband Bryan, a natural entrepreneur in most situations, put forward what seemed to be a preposterous suggestion: ‘Why don’t you do some group experiments yourself?’

I am not a physicist. I am not any kind of scientist. The last experiment I had conducted had been in a 10th grade science lab.

What I did have, though, was a resource available to few scientists: a potentially huge experimental body. Group intention experiments are extraordinarily difficult to perform in an ordinary laboratory. A researcher would need to recruit thousands of participants. How would he find them? Where would he put them? How would he get them all to think the same thing at the same time?

A book’s readers offer an ideal self-selected group of likeminded souls who might be willing to participate in testing out an idea. Indeed, I already had my own large population of regular readers with whom I communicated through e-news and my other spin-off activities from The Field.

I first broached the idea of carrying out my own experiment with dean emeritus of the Princeton University School of Engineering Robert Jahn and his colleague psychologist Brenda Dunne, who run the Princeton Engineering Anomalous Researc (PEAR) laboratory, both of whom I had got to know through my research forThe Field. Jahn and Dunne have spent some 30 years painstakingly amassing some of the most convincing evidence about the power of directed intention to affect machinery. They are absolute sticklers for scientific method, no-nonsense and to the point. Robert Jahn is one of the few people I have ever met who speaks in perfect, complete sentences. Brenda Dunne is equally perfectionist about detail in both experiment and language. I would be assured of no sloppy protocol in my experiments if Jahn and Dunne agreed to be involved.

The two of them also have a vast array of scientists at their disposal. They head the International Consciousness Research Laboratory, many of whose members are among the  most prestigious  scientists  performing consciousness  research in the world.  Dunne  also  runs  PEARTree,  a  group  of  young  scientists  interested  in consciousness research.

Everyone met on occasions and kicked around some possibilities. Eventually, they put forward Fritz- Albert Popp, assistant director of the International Institute of Biophysics (IIB) i Neuss, Germany, to conduct the first intention experiments. I knew Fritz Popp throug my research for The Field. He was the first to discover that all living things emit a tiny current of light. As a noted German physicist recognized internationally for his discoveries, Popp would also be a stickler for pristine scientific method.

Other scientists, such as psychologist Gary Schwartz of the Biofield Center a the University of Arizona, Marilyn Schlitz, vice president for research and education at  the  Institute  of  Noetic  Sciences,  Dean  Radin,  IONS’  senior  scientist,  an psychologist Roger Nelson of the Global Consciousness Project, have also offered to participate.

I do not have any hidden sponsors of this project. The website and all our experiments will be funded by the proceeds of this book or grants, now and in the future.

Scientists involved in experimental research often cannot venture beyond their findings to consider the implications of what they have uncovered. Consequently, when assembling the evidence that already exists about intention, I have tried to consider the larger implications of this work and to synthesize these individual discoveries into a coherent theory. In order to describe in words concepts that are generally depicted through mathematical equations, I have had to reach for metaphoric approximations of the truth. At times, with the help of many of the scientists involved, I have also had to engage in speculation. It is important to recognize that the conclusions arrived at in this book represent the fruits of frontier science. These ideas are a work in progress. Undoubtedly new evidence will emerge to amplify and refine these initial conclusions.

Researching the work of people at the very forefront of scientific discovery again has been a humbling experience for me. Within the unremarkable confines of a laboratory, these largely unsung men and women engage in activities that are nothing short of heroic. They risk losing grants, academic posts and, indeed, entire careers groping alone in the dark. Most scratch around for grant money to enable them to carry on.

All advancements in science are somewhat heretical, each important new discovery partly, if not completely, negating the prevailing views of the day. To be a true explorer in science – to follow the unprejudiced lead of pure scientific inquiry – is to be unafraid to propose the unthinkable, and to prove friends, colleagues and scientific paradigms wrong. Hidden within the cautious, neutral language of experimental data and mathematical equation is nothing less than the makings of a new world, which slowly takes shape for all the rest of us, one painstaking experiment at a time.

Lynne McTaggart, June 2006

Notes – Preface

  1.  N. Hill, Think and Grow Rich: The Andrew Carnegie Formula for Mone Making, New York: Ballantine Books (reissue edn), 1987.
  2.  J. Fonda, My Life So Far, London: Ebury Press, 2005: 571.

Introduction

THE INTENTION EXPERIMENT is no ordinary book, and you are no ordinary reader. This is a book without an ending, for I intend for you to help me finish it. You are not only the audience of this book, but also one of its protagonists – the primary participants in cutting-edge scientific research. You, quite simply, are about to embark on the largest mind-over-matter experiment in history.

The Intention Experiment is the first ‘living’ book in three-dimensions. The book, in a sense, is a prelude, and the ‘contents’ carry on well beyond the time you finish the final page. In the book itself, you will discover scientific evidence about the power of your own thoughts, and you will then be able to extend beyond this information and test further possibilities through a massive, ongoing international group experiment, under the direction of some of the most well-respected international scientists in consciousness research. Through The Intention Experiment’s website (www.theintention experiment.com), you and the rest of the readers of this book will be able to participate in remote experiments, the results of which will be posted on the site. Each of you will become a scientist at the hub of some of the most daring consciousness experiments ever conducted.

The Intention Experiment rests on an outlandish premise: thought affects physical reality.

Comment
It’s not at all outlandish. Thought actually does create reality.

A sizeable body of research exploring the nature of consciousness, carried on for more than 30 years in prestigious scientific institutions around the world, shows that thoughts are capable of affecting everything from the simplest machines to the most complex living beings.[1]

This evidence suggests that human thoughts and intentions are an actual physical ‘something’ with the astonishing power to change our world. Every thought we have is a tangible energy with the power to transform.

A thought is not only a thing; a thought is a thing that influences other things.

Comment
If quanta were like fine particles of dust, or finely ground flour… then thoughts are like a breeze that attracts or scatters the dust particles everywhere.

This central idea, that consciousness affects matter, lies at the very heart of an irreconcilable difference between the world view offered by classical physics – the science of the big, visible world – and that of quantum physics – the science of the world’s most diminutive components. That difference concerns the very nature of matter and the ways it can be influenced to change.

Comment
The idea behind quantum physics is that consciousness and thoughts affect physical matter.

All of classical physics, and indeed the rest of science, is derived from the laws of motion and gravity developed by Isaac Newton in his Principia.

Newton’s laws described a universe in which all objects moved within the three-dimensional space of geometry and time according to certain fixed laws of motion. Matter was considered inviolate and self-contained, with its own fixed boundaries. Influence of any sort required something physical to be done to something else – a force or collision. Making something change basically entailed heating it, burning it, freezing it, dropping it or giving it a good swift kick.

Newtonian laws, science’s grand ‘rules of the game’, as the celebrated physicist

Richard Feynman once referred to them,[3] and their central premise, that things exist independently of each other, underpin our own philosophical view of the world. We believe that all of life and its tumultuous activity carries on around us, regardless of what we do or think. We sleep easy in our beds at night, in the certainty that when we close our eyes, the universe doesn’t disappear.

Nevertheless, that tidy view of the universe as a collection of isolated, well- behaved objects got dashed in the early part of the twentieth century, once the pioneers of quantum physics began peering closer into the heart of matter. The tiniest bits of the universe, those very things that make up the big, objective world, did not in any way behave themselves according to any rules that these scientists had ever known.

This outlaw behavior was encapsulated in a collection of ideas that became known as the Copenhagen Interpretation, after the place where the forceful Danish physicist Niels Bohr and his brilliant protégé, the German physicist Werner Heisenberg, formulated the likely meaning of their extraordinary mathematical discoveries. Bohr and Heisenberg realized that atoms are not little solar systems of billiard balls but something far more messy: a tiny cloud of probability.

Every subatomic particle is not a solid and stable thing, but exists simply as a potential of any one of its future selves – or what is known by physicists as a ‘superposition’, or sum, of all probabilities, like a person staring at himself in a hall of mirrors.

One of their conclusions concerned the notion of ‘indeterminacy’; that you can never know all there is to know about a subatomic particle all at the same time. If you discover information about where it is, for instance, you cannot work out at the same time exactly where it is going or at what speed. They spoke about a quantum particle as both a particle – a congealed, set thing – and a ‘wave function’ – a big smeared- out region of space and time, any corner of which the particle may occupy. It was akin to describing a person as comprising the entire street where he lives.

Their conclusions suggested that, at its most elemental, physical matter isn’t solid and stable – indeed, isn’t an anything yet.

Subatomic reality did not resemble the solid and reliable state of being described to us by classical science, but an ephemeral prospect of seemingly infinite options. So capricious seemed the smallest bits of nature that the first quantum physicists had to make do with a crude symbolic approximation of the truth – a mathematical range of all possibility.

At the quantum level, reality resembled unset jelly.

Comment
Newtonian physics treated things as nice set fixed and solid objects; like billiard balls. That they would follow set rules of behavior. Quantum physics says otherwise. The smallest things are actually like unset jello. When you think about them, they turn hard and freeze in place.

The quantum theories developed by Bohr, Heisenberg and a host of others rocked the very foundation of the Newtonian view of matter as something discrete and self-contained. They suggested that matter, at its most fundamental, could not be divided into independently existing units and indeed could not even be fully described. Things had no meaning in isolation, but only in a web of dynamic interrelationship.

The quantum pioneers also discovered the astonishing ability of quantum particles to influence each other, despite the absence of all those usual things that physicists understand are responsible for influence, such as an exchange of force occurring at a finite velocity. Once in contact, particles retained an eerie remote hold over each other.

The actions – for instance, the magnetic orientation – of one subatomic particle instantaneously influenced the other, no matter how far they were separated.

Comment
In quantum physics, things influence other things regardless of physical distance.

At the subatomic level, change also resulted through dynamic shifts of energy; these little packets of vibrating energy constantly traded energy back and forth to each other like ongoing passes in a game of basketball, a ceaseless to-ing and from-ing that gave rise to an unfathomably large basic layer of energy in the universe.[4]

Subatomic matter appeared to be involved in a continual exchange of information, causing constant refinement and subtle alteration. The universe was not a storehouse of static, separate objects, but a single organism of interconnected energy fields in a constant state of becoming. At its infinitesimal level, our world resembled a vast network of quantum information, with all its component parts constantly on the phone.

The only thing dissolving this little cloud of probability into something solid and measurable was the involvement of an observer.

Once these scientists decided to have a closer look at a subatomic particle by taking a measurement, the subatomic entity that existed as pure potential would ‘collapse’ into one particular state.

The implications of these early experimental findings were profound: living consciousness somehow was the influence that turned the possibility of something into something real. The moment we looked at an electron or took a measurement, it appeared that we helped to determine its final state. This suggested that the most essential ingredient in creating our universe is the consciousness that observes it. Several of  the central figures in quantum physics argued that the universe was democratic and participatory – a joint effort between observer and observed. [5]

The observer effect in quantum experimentation gives rise to another heretical notion: that living consciousness is somehow central to this process of transforming the unconstructed quantum world into something resembling everyday reality. It suggests not only that the observer brings the observed into being, but also that nothing in the universe exists as an actual ‘thing’ independently of our perception of it.

Comment
Nothing in this universe exists without an observer to think about it.

It implies that observation – the very involvement of consciousness – gets the jelly to set.

It implies that reality is not fixed, but fluid, or mutable, and hence possibly open to influence.

The idea that consciousness creates and possibly even affects the physical universe also challenges our current scientific view of consciousness, which developed from the theories of the seventeenth-century philosopher René Descartes – mind is separate and somehow different from matter – and eventually embraced the notion that consciousness is entirely generated by the brain and remains locked up in the skull.

Most modern workaday physicists shrug their shoulders over this central conundrum: that big things are separate, but the tiny building blocks they are made up of are in instant and ceaseless communication with each other. For half a century, physicists have accepted, as though it makes perfect sense, that an electron behaving one way subatomically somehow transmutes into ‘classical’ (that is, Newtonian) behavior once it realizes it is part of a larger whole.

In the main, scientists have stopped caring about the troublesome questions posed by quantum physics, and left unanswered by its earliest pioneers.

Quantum theory works mathematically. It offers a highly successful recipe for dealing with the subatomic world. It helped to build atomic bombs and lasers, and to deconstruct the nature of the sun’s radiation. Today’s physicists have forgotten about the observer effect.

They content themselves with their elegant equations and await the formulation of unified Theory of Everything or the discovery of a few more dimensions beyond the ones that ordinary humans perceive, which they hope will somehow pull together all these contradictory findings into one centralized theory.

Thirty years ago, while the rest of the scientific community carried on by rote, a small band of frontier scientists at prestigious universities around the globe paused to consider the metaphysical implications of the Copenhagen Interpretation and the observer effect.[6]

If matter was mutable, and consciousness made matter a set something, it seemed likely that consciousness might also be able to nudge things in a particular direction.

Comment
If you can control your thoughts, then you can control matter and the events in your life.

Their investigations boiled down to a simple question: if the act of attention affected physical matter, what was the effect of intention – of deliberately attempting to make a change? In our act of participation as an observer in the quantum world, we might be not only creators, but also influencers.7

They began designing and carrying out experiments, testing what they gave the unwieldy label of ‘directed remote mental influence’ or ‘psychokinesis’, or, in shorthand, ‘intention’ or even ‘intentionality’.

A textbook definition of intention characterizes it as ‘a purposeful plan to perform an action, which will lead to a desired outcome’,[8] unlike a desire, which means simply focusing on an outcome, without a purposeful plan of how to achieve it.

Comment
Intention is quite different from desire.

An intention was directed at the intender’s own actions; it required some sort of reasoning; it required a commitment to do the intended deed. Intention implied purposefulness: an understanding of a plan of action and a planned satisfactory result.

Marilyn Schlitz, vice-president for research and education at the Institute of Noetic Sciences and one of the scientists engaged in the earliest investigations of remote influence, defined intention as ‘the projection of awareness, with purpose and efficacy, toward some object or outcome’.[9] To influence physical matter, they believed, thought had to be highly motivated and targeted.

In a series of remarkable experiments, these scientists provided evidence that thinking certain directed thoughts could affect one’s own body, inanimate objects and virtually all manner of living things, from single-celled organisms to human beings.

Two of the major figures in this tiny subgroup were former dean of engineering Robert Jahn at the Princeton Anomalies Engineering Research (PEAR) laboratory a Princeton  University and  his  colleague  Brenda  Dunne,  who  together  created  a sophisticated, scholarly research programme grounded in hard science.

Over 25 years, Jahn and Dunne led what became a massive international effort to quantify what is referred to as ‘micro-psychokinesis’, the effect of mind on random-event generators (REGs), which perform the electronic, twenty-first century equivalent of a toss of a coin.

The output of these machines (the computerized equivalent of heads or tails) was controlled by a randomly alternating frequency of positive and negative pulses. Because their activity was utterly random, they produced ‘heads’ and ‘tails’ each roughly 50 per cent of the time, according to the laws of probability.

The most common configuration of the REG experiments was a computer screen randomly alternating two attractive images – say, of cowboys and Indians. Participants in the studies would be placed in front of the computers and asked to try to influence the machine to produce more of one image – more cowboys, say – then to focus on producing more images of Indians, and then to try not to influence the machine in either direction.

Over the course of more than two and a half million trials Jahn and Dunne decisively demonstrated that human intention can influence these electronic devices in the specified direction,[10] and their results were replicated independently by 68 investigators.[11]

Comment
Experiments have conclusively shown that intention; directed thought, can absolute influence the physical world.

While PEAR concentrated on the effect of mind on inanimate objects an processes, many other scientists experimented with the effect of intention on living things.

A diverse number of researchers demonstrated that human intention can affect an enormous variety of living systems: bacteria, yeast, algae, lice, chicks, mice, gerbils, rats, cats and dogs.[12]

A number of these experiments have also been carried out with human targets; intention has been shown to affect many biological processes within the receiver, including gross motor movements and those in the heart, the eye, the brain and the respiratory system.

Animals themselves proved capable of acts of effective intention.

In one ingenious study by René Peoc’h of the Fondation ODIER in Nantes, France, a roboti ‘mother hen’, constructed from a moveable random-event generator, was ‘imprinted’ on a group of baby chicks soon after birth.

The robot was placed outside the chicks’ cage, where it moved around freely, as its path was tracked and recorded.

Eventually, it was clear that the robot was moving towards the chicks two and a half times more often than it would ordinarily; the ‘inferred intention’ of the chicks – their desire to be close to their mother – appeared to affect the robot, drawing it closer to the cage.

In over 80 similar studies, in which a lighted candle was placed on a movable REG, baby chicks kept in the dark, finding the light comforting, managed to influence the robot to spend more time than normal in the vicinity of their cage.[13]

The largest and most persuasive body of research has been amassed by William Braud, a psychologist and the research director of the Mind Science Foundation i San Antonio, Texas, and, later, the Institute of Transpersonal Psychology. Braud and his colleagues demonstrated that human thoughts can affect the direction in which fish swim, the movement of other animals such as gerbils, and the breakdown of cells in the laboratory.[14]

Braud also designed some of the earliest well-controlled studies of mental influence on human beings. In one group of studies, Braud demonstrated that one person could affect the autonomic nervous system (or fight-or-flight mechanisms) of another.[15]

Comment
Which is one of the many reasons why I tell people that they must isolate themselves from chronically negative people, sociopaths, psychopaths, and people with social, mental or emotional disorders. these individuals will absolutely affect your life, and often it is for their benefit, whatever they perceive it to be, and not yours.

Electrodermal activity (EDA) is a measure of skin resistance and shows an individual’s state of stress; a change of EDA usually occurs if someone is stressed or made uncomfortable in some way.[16]

Braud’s signature study tested the effect on EDA of being stared at, one of the simplest means of isolating the effect of remote influence on a human being. He repeatedly demonstrated that people were subconsciously aroused while they were being stared at.[17]

Perhaps the most frequently studied area of remote influence concerns remote healing.

Some 150 studies, of variable scientific rigor, have been carried out,[18] and one of the best designed was conducted by the late Dr Elisabeth Targ. During the height of the AIDS epidemic in the 1980s, she devised an ingenious, highly controlled pair of studies, in which some 40 remote healers across America were shown to improve the health of terminal AIDS patients, even though the healers had never met or been in contact with their patients.[19]

Comment
The use of thought and intention as a means to heal others over distances has been scientifically confirmed to be valid.

Even some of the most rudimentary mind-over-matter experiments have had tantalizing results.

One of the first such studies involved attempts to influence a throw of the dice. To date, some 73 studies have examined the efforts of 2500 people to influence more than two and a half million throws of the dice, with extraordinary success. When all the studies were analyzed together, and allowances made for quality or selective reporting, the odds of the results occurring by chance alone were 1076 (1 followed by 76 zeros) to one.[20]

There was also some provocative material about spoon bending, that perennial party trick made popular by psychic Uri Geller. John Hasted, a professor at Birkbec College at the University of London, had tested this with an ingenious experiment involving children.

Hasted suspended latch keys from the ceiling and placed the children 3 to 10 feet away from their target key, so that they could have no physical contact. Attached to each key was a strain gauge, which would detect and register on a strip chart recorder any change in the key.

Hasted then asked the children to try to bend the suspended metal. During the sessions, he observed not only the keys swaying and sometimes fracturing, but also abrupt and enormous spikes of voltage pulses up to 10 volts – the very limits of the chart recorder. Even more compelling, when children had been asked to send their intention to several keys hung separately, the individual strain recorders noted simultaneous signals, as though the keys were being affected in concert.[21]

Comment
My first wife has a first cousin that could bend spoons, and she did it right there within inches of my nose. It was real, and pretty darn amazing.

Most intriguing, in much of the research on psychokinesis, mental influence of any variety had produced measurable effects, no matter how far the distance between the sender or what point in time he generated his intention. According to the experimental evidence, the power of thought transcended time and space.

By the time these revisionists were finished, they had torn up the rule book and scattered  it to  the  four  winds.  Mind  in some  way appeared  to  be  inextricably connected to matter and, indeed, was capable of altering it. Physical matter could be influenced, even irrevocably altered, not simply by force, but through the simple act of formulating a thought.

Nevertheless, the evidence from these frontier scientists left three fundamental questions unanswered.

  • Through what physical mechanisms do thoughts affect reality?

At the time of this writing, some highly publicized studies of mass prayer showed no effect.

  • Were certain conditions and preparatory states of mind more conducive to success than others?
  • How much power did a thought have, for good or ill?
  • How much of our lives could a thought actually change?

Most of the initial discoveries about consciousness occurred more than 30 years ago. More recent discoveries in frontier quantum physics and in laboratories around the globe offer answers to some of those questions. They provide evidence that our world is highly malleable, open to constant subtle influence. Recent research demonstrates that living things are constant transmitters and receivers of measurable energy. New models of consciousness portray it as an entity capable of trespassing physical boundaries of every description.

Intention appears to be something akin to a tuning fork, causing the tuning forks of other things in the universe to resonate at the same frequency.

The latest studies of the effect of mind on matter suggest that intention has variable effects that depend on the state of the host, and the time and the place where it originates. Intention has already been employed in many quarters to cure illness, alter physical processes and influence events.

It is not a special gift but a learned skill, readily taught. Indeed, we already use intention in many aspects of our daily lives.

Comment
Intention is a learned skill, and with practice, anyone can become proficient with it.

A body of research also suggests that the power of an intention multiplies, depending upon how many people are thinking the same thought at the same time.[22]

The Intention Experiment consists of three aspects.

The main body of the book (chapters 1–12) attempts to synthesize all the experimental evidence that exists on intention into a coherent scientific theory of how intention works, how it can be used in your life and which conditions optimize its effect.

The second portion of the book (chapter 13) offers a blueprint for using intention effectively in your own life through a series of exercises and recommendations for how best to ‘power up’. This portion is also an exercise in frontier science. I am not an expert in human potential, so this is not a self-help manual, but a journey of discovery for me as well as you. I have extrapolated this programme from scientific evidence describing those circumstances that created the most positive results in psychokinetic laboratory experiences. We know for certain that these techniques have generated success under controlled experimental laboratory conditions, but I cannot guarantee they will work in your life. By making use of them, you will, in effect, engage in an ongoing personal experiment.

The final section of the book (chapters 14 and 15) consists of a series of personal and group experiments. Chapter 14 outlines a series of informal experiments on the use of intention in your own life for you to carry out individually. These mini ‘experiments’  are  also  intended  to  be  pieces  of  research.  You  will  have  the opportunity to post your results on our website and share them with other readers.

Besides these individual experiments, I have also designed a series of large group experiments to be carried out by the readers of this book (chapter 15). With the aid of our highly experienced scientific team, The Intention Experiment will conduct periodic large-scale experiments to determine whether the focused intention of its readers has an effect on scientifically quantifiable targets.

All it requires is that you read the book, digest its contents, log on to the website (www.theintentionexperiment.com) and, after following the instructions and exercises at the back of this book, send out some highly specific thoughts, as and when described on the site. The first such studies will be carried out by the German physicist Fritz-Albert Popp, vice-president of the International Institute of Biophysics in Neuss, Germany (www.lifescientists.de), and his team of seven, psychologist Gary Schwartz and his colleagues at the University of Arizona at Tucson, and Marilyn Schlitz and Dean Radin of the Institute of Noetic Sciences.

Website experts have collaborated with our scientific team to design log-on protocols to enable us to identify which characteristics of a group or aspects of their thoughts produce the most effective results. For each intention experiment, a target will be selected – a specific living thing or a population where change caused by group intention can be measured. We have started with algae, the lowliest of subjects (see chapter 12), and, with every experiment, we will move on to an increasingly complex living target.

Our plans are ambitious: to tackle a number of societal ills. One eventual human target might  be patients with a wound. It  is known and accepted that wounds generally heal at a particular, quantifiable rate with a precise pattern.[23] Any departure from the norm can be precisely measured and shown to be an experimental effect. In that instance, our aim would be to determine whether focused group intention will enable wounds to heal more quickly than usual.

Naturally, you don’t have to participate in our experiments. If you don’t wish to get involved, you can read about the intention experiments of others, and use some of that information to inform how you use intention in your life.

Please do not casually participate in the experiments. In order for the experiment to work properly, you must read the book and digest its contents fully beforehand. The experimental evidence suggests that those who are the most effective have trained their minds, much as athletes train their muscles, to maximize their chances of success.

In order to discourage uncommitted participation, The Intention Experiment website contains a complicated password comprising some words or ideas from the book (which will change slightly every few months). In order to be part of the experiment, you will have to log on with the password and you will have to have read the book and understood it.

The website (www.theintentionexperiment.com) has a running clock (set to US Eastern Standard Time and Greenwich Mean Time). At a particular moment on a date specified on the website, you will be asked to send a carefully worded, detailed intention, depending on the target site.

Once finished, the results of the experiments will be analysed and data-crunched by our scientific team, examined by a neutral statistician, and then published on the website and in subsequent printings of this book. The website will thus become the living sequel to the book you are holding in your hands. You simply need to consult the website periodically for announcements of the date of every experiment.

Hundreds of well-designed studies of group intention and remote mental influence have demonstrated significant results. Nevertheless, it might be the case that our experiments will not produce demonstrable, measurable effects, at first or indeed ever. As reputable scientists and objective researchers, we are duty-bound to report the data we have. As with all science, failure is instructive, helping us to refine the design of the experiments and the premises that they are based upon.

As you read this book, keep in mind that this is a work of frontier science. Science is a relentless process of self-correction. Assumptions originally considered as fact must often ultimately be discarded. Many – indeed, most – of the conclusions drawn in this book are bound to be amended or refined at a later date.

By reading this book and participating in its experiments you may well contribute to the world’s knowledge, and possibly further a paradigm shift in our understanding of how the world works. Indeed, the power of mass intention may ultimately be the force that shifts the tide towards repair and renewal of the planet. When combined with hundreds of thousands of others, your solitary voice, now one barely audible note, could transmute into a thunderous symphony.

My own motive for writing The Intention Experiment was to make a statement about the extraordinary nature and power of consciousness. It may prove true that a single collective, directed thought is all it takes to change the world.

Notes – Introduction

  1. For a complete description of these scientists and their findings, consult L. McTaggart, The Field: the Quest for the Secret Force of the Universe, London: HarperCollins, 2001.
  2. The    full   title   of   Newton’s   major   treatise   is Philosophiae  Naturalis Principia Mathematica,  a  name  that  offers  a  nod  to  its  philosophical implications,   although   it   is   always  referred    to  reverentially   as the Principia.
  3. R. P. Feynman, Six Easy Pieces: The Fundamentals of Physics Explained, London: Penguin, 1995: 24.
  4. McTaggart, The Field, op. cit.
  5. Eugene Wigner, the Hungarian-born American physicist who received a Nobel Prize for his contribution to the theory of quantum physics, is one of the early pioneers of the central role of consciousness in determining reality and argued, through a thought experiment called ‘Wigner’s friend’, that the observer, ‘the friend’, might collapse Schrödinger’s famous cat into a single state or, like the cat itself, remain in a state of superposition until another ‘friend’ comes into the lab. Other proponents of ‘the observer effect’ include  John  Eccles and  Evan  Harris  Walker.  John  Wheeler is credited with espousing the theory that the universe is participatory: it only exists because we happen to be looking at it.
  6. McTaggart, The Field, op. cit.
  7. E. J. Squires, ‘Many views of one world – an interpretation of quantum theory’, European Journal of Physics, 1987; 8: 173.
  8. B. F. Malle et al., Intentions and Intentionality: Foundations of Socia Cognition, Cambridge, Mass.: MIT Press, 2001.
  9. M. Schlitz, ‘Intentionality in healing: mapping the integration of body, mind, and spirit’, Alternative Therapies in Health and Medicine, 1995; 1 (5): 119–20.
  10. R. G. Jahn et al., ‘Correlations of random binary sequences with prestated operator intention: a review of a 12-year program’, Journal of Scientific Exploration, 1997; 11: 345–67.
  11. R. G. Jahn et al., ‘Correlations of random binary sequences’, op. cit.; Dean Radin and Roger Nelson, ‘Evidence for consciousness-related anomalies in random physical systems’, Foundations of Physics, 1989; 19 (12): 1499–514; McTaggart, The Field, op. cit.: 116–17.
  12. These studies are itemized in great detail in D. Benor, Spiritual Healing, Volume 1, Southfield, Mich.: Vision Publications, 1992.
  13. Rene Peoc’h, ‘Psychokinetic action of young chicks on the path of a “illuminated source”’, Journal of Scientific Exploration, 1995; 9 (2): 223;
  14. R. Peoc’h, ‘Chicken imprinting and the tychoscope: An Anpsi experiment’ Journal of the Society for Psychical Research, 1988; 55: 1; R. Peoc’h, ‘Psychokinesis experiments with human and animal subjects upon a robot moving at random’, The Journal of Parapsychology, September 1, 2002.
  15. William G. Braud and Marilyn J. Schlitz, ‘Consciousness interaction with remote biological systems: anomalous intentionality effects’, Subtle Energies and Energy Medicine, 1991; 2 (1): 1–27; McTaggart, The Field, op. cit.: 128–9.
  16. Marilyn Schlitz and William Braud, ‘Distant intentionality and healing assessing the evidence’, Alternative Therapies in Health and Medicine, 1997; 3 (6): 62–73.
  17. William Braud and Marilyn Schlitz, ‘A methodology for the objective study of transpersonal imagery’, Journal of Scientific Exploration, 1989; 3 (1): 43–63.
  18. W. Braud et al., ‘Further studies of autonomic detection of remote staring: replication, new control procedures and personality correlates’, Journal of Parapsychology, 1993; 57: 391–409; M. Schlitz and S. LaBerge ‘Autonomic detection of remote observation; two conceptual replications’, in D. Bierman (ed.), Proceedings of Presented Papers: 37 Annual Parapsychological Association Convention, Amsterdam, Fairhaven, Mass.: Parapsychological Association, 1994: 465–78.
  19. D.    Benor, Spiritual   Healing:   Scientific Validation of  a Healing Revolution, Southfield, Mich.: Vision Publications, 2001.
  20. F. Sicher, E. Targ et al., ‘A randomized double-blind study of the effect of distant healing in a population with advanced AIDS: report of a small scale study’, Western Journal of Medicine, 1998; 168 (6): 356–63. For a full description of the studies, see McTaggart, The Field, op. cit.: 181–96.
  21. Psychologist Dean Radin conducted a meta-analysis in 1989 at Princeton University of all known dice experiments (73) published between 1930 and 1989. They are recounted in his book Entangled Minds, New York: Paraview, 2006: 148–51.
  22. J. Hasted, The Metal Benders, London: Routledge & Kegan Paul, 1981, as cited in W. Tiller, Science and Human Transformation; Subtle Energies Intentionality  and  Consciousness, Walnut  Creek, Calif.:  Pavior Publications, 1997: 13.
  23. McTaggart, The Field, op. cit.: 199.
  24. W. W. Monafo and M. A. West, ‘Current recommendations for topical burn therapy’, Drugs, 1990; 40: 364–73.

The Science of Intention

A human being is part of the whole, called by us ‘universe’, a part limited in time and space. He experiences himself, his thoughts and feelings as something separated from the rest – a kind of optical delusion of his consciousness. 

-Albert Einstein

Chapter 1

Mutable Matter

FEW PLACES IN THE GALAXY are as cold as the helium-diluti refrigerator in Tom Rosenbaum’s lab. Temperatures in the refrigerator – a boiler- sized circular apparatus with a number of cylinders – can descend to a few thousandths of a degree above absolute zero, almost 273°C below freezing – three thousand times colder than the farthest reaches of outer space. For two days, liquid nitrogen and helium circulate around the refrigerator, and then three pumps constantly blasting out gaseous helium take the temperature down to the final rung. Without heat of any description, the atoms in matter slow to a crawl. At this scale of coldness, the universe would grind to a halt. It is the scientific equivalent of hell freezing over.

Absolute zero is the preferred temperature of a physicist like Tom Rosenbaum. At 47, as a distinguished professor of physics at the University of Chicago and former head of the James Franck Institute, Rosenbaum was in the vanguard o experimental physicists who liked exploring the limits of disorder in condensed- matter physics, the study of the inner workings of liquids and solids when their underlying order was disturbed.[1]

In physics, if you want to find out how something behaves, the best way is simply to make it uncomfortable and then see what happens. Creating disorder usually involves adding heat or applying a magnetic field  to determine how it will react when disturbed and also to determine which spin position – or magnetic orientation – the atoms will choose.

Most of his colleagues in condensed-matter physics remained interested in symmetrical systems such as crystalline solids, whose atoms are arranged in orderly array, like eggs in a carton, but Rosenbaum was drawn to strange systems that were inherently disordered – to which more conventional quantum physicists referred disparagingly as ‘dirt’.

In dirt, he believed, lay exposed the unprobed secrets of the quantum universe, uncharted territory that he was happy to navigate.

He loved the challenge posed by spin glasses, strange hybrids of crystals, with magnetic properties, technically considered slow-moving liquids. Unlike a crystal, whose atoms point in the same direction in perfect alignment, the tiny magnets associated with the atoms of a spin glass are wayward and frozen in disarray.

The use of extreme coldness allowed Rosenbaum to slow down the atoms of these strange compounds enough to observe them minutely, and to tease out their quantum mechanical essence. At temperatures near to absolute zero, when their atoms are nearly stationary, they begin taking on new collective properties.

Rosenbaum was fascinated by the recent discovery that systems disorderly at room temperature display a conformist streak once they are cooled down. For once, these delinquent atoms begin to act in concert.

Examining how molecules behave as a group in various circumstances is highly instructive about the essential nature of matter.

In my own journey of discovery, Rosenbaum’s laboratory seemed the most appropriate place to begin. There, at those lowest temperatures where everything occurs in slow motion, the true nature of the most basic constituents of the universe might be revealed. I was looking for evidence of ways in which the components of our physical universe, which we think of as fully realized, are capable of being fundamentally altered.

I also wondered whether it could be shown that quantum behaviour like the observer effect occurs outside the subatomic world, in the world of the everyday. What Rosenbaum had discovered in his refrigerator might offer some vital clues as to how every object or organism in the physical world, which classical physics depicts as an irreversible fact, a finalized assemblage only changeable by the brute force of Newtonian physics, could be affected and ultimately altered by the energy of a thought.

According to the second law of thermodynamics, all physical processes in the universe can only flow from a state of greater to lesser energy. We throw a stone into a river and the ripple it makes eventually stops. A cup of hot coffee left standing can only grow cold.

Things inevitably fall apart; everything travels in a single direction, from order to disorder.

But this might not always be inevitable, Rosenbaum believed. Recent discoveries about disordered systems suggested that certain materials, under certain circumstances, might counteract the laws of entropy and come together rather than fall apart.

Was it possible that matter could go in the opposite direction, from disorder to greater order?

For ten years Rosenbaum and his students at the James Franck Institute had bee asking that question of a small chunk of lithium holmium fluoride salt. Inside Rosenbaum’s refrigerator lay a perfect chip of rose-coloured crystal, no bigger than the head of a pencil, wrapped in two sets of copper coils.

Over the years, after many experiments with spin glasses, Rosenbaum had grown very fond of these dazzling little specimens, one of the most naturally  magnetic substances on  earth. This characteristic presented the perfect situation in which to study disorder, but only after he had altered the crystal beyond recognition into a disordered substance.

He had first instructed the laboratory that grew the crystals to combine the holmium with fluorine and lithium, the first metal on the periodic table. The resulting lithium holmium fluoride salt was compliant and predictable – a highly ordered substance whose atoms behaved like a sea of microscopic compasses all pointing north.

Rosenbaum then had wreaked havoc on the original salt compound, instructing the lab to rip out a number of the atoms of holmium, bit by bit, and replace them with yttrium, a silvery metal without such natural magnetic attraction, until he was left with a strange hybrid of a compound: a salt called lithium holmium yttrium tetrafluoride.

By virtually eliminating the magnetic properties of the compound, Rosenbaum eventually had created spin-glass anarchy – the atoms of this Frankenstein monstrosity pointing any way they liked. Being able to manipulate the essential property of elements like holmium by creating weird new compounds so cavalierly was a little like having ultimate control over matter itself. With these new spin-glass compounds, Rosenbaum could virtually change the properties of the compound at will; he could make the atoms orientate in a particular direction, or freeze them in some random pattern.

Nevertheless, his omnipotence had a limit. Rosenbaum’s holmium compounds behaved themselves in some regards, but not in others. One thing he could not do was to get them to obey the laws of temperature. No matter how cold Rosenbaum made his refrigerator, the atoms inside them resisted any sort of ordered orientation, like an army refusing to march in step.

If Rosenbaum was playing God with his spin glasses the crystal was Adam, stubbornly refusing to obey His most fundamental law.

Sharing  Rosenbaum’s  curiosity  about  the  strange  property  of  the  crystal compound  was  a  young  student  called  Sayantani  Ghosh,  one  of  his  star  PhD candidates. Sai, as her friends called her, a native of India, had graduated with a first-class honours degree from Cambridge, after which she had chosen Tom’s lab for her doctoral programme in 1999. Almost immediately, she had distinguished herself by winning the Gregor Wentzel Prize, given each year by the University of Chicago’s physics department to the best first-year graduate student teaching assistant. The slight 23-year-old, who at first glance appeared abashed, hiding behind her copious dark hair, had soon impressed her peers and teachers alike with her bold authority, a rarity among science students, and her ability to translate complex ideas to the level an undergraduate  could  comprehend.  Sai  shared  the  distinction  of  winning  the coveted prize with only one other woman since its inception 25 years before.

According to the laws of classical physics, applying a magnetic field will disrupt the magnetic alignment of a substance’s atoms. The degree to which this happens is the salt’s ‘magnetic susceptibility’.

The usual pattern with a disordered substance is that it will respond to the magnetic field for a time and then plateau and tail off, as the temperature drops or the magnetic field reaches a point of magnetic saturation. The atoms will no longer be able to flip in the same direction as that of the magnetic field and so will begin to slow down.

In Sai’s first experiments, the atoms in the lithium holmium yttrium salt, as predicted, grew wildly excited with the application of the magnetic field. But then, as Sai increased the field, something strange began to happen. The more she turned up the frequency, the faster the atoms continued to flip over.

What is more, all the atoms, which had been in a state of disarray, began pointing in the same direction and operating as a collective whole. Then, small clusters of about 260 atoms aligned, forming ‘oscillators’, spinning collectively in one direction or another.

No matter how strong the magnetic field that Sai applied, the atoms remained stubbornly aligned with each other, acting in concert. This self-organization persisted for 10 seconds.

At first, Sai and Rosenbaum thought these effects might have something to do with the strange effects of the remaining atoms of holmium, known to be one of the very few substances in the world with such long-range internal forces that in some quarters it was described and worked out mathematically as something existing in another dimension.[2] Although they didn’t understand the phenomenon they had observed, they wrote up their results, which were published in the journal Science in 2002.[3]

Rosenbaum decided to carry out another experiment to attempt to isolate the property in the crystal’s essential nature that had enabled it to override such strong outside influences. He left the study’s design to his bright young graduate student, suggesting only that she create a computerized three-dimensional mathematical simulation of the experiment she had intended to carry out. In experiments of this nature on such tiny matter, physicists must rely on a computerized simulation to confirm mathematically the reactions they are witnessing experimentally.

Sai spent months developing the computer code and building her simulation. The plan was to find out a bit more about the salt’s magnetic capability, by applying two systems of disorder to the crystal chip: higher temperatures and a stronger magnetic field.

She prepared the sample by placing it in a little 2.4 x 4.8 cm copper holder, then wrapped two coils around the tiny crystal: one a gradiometer, to measure its magnetic susceptibility and the direction of spin of the individual atoms, and the other to cancel out any random flux affecting the atoms inside.

A connection attached to her PC would enable her to change the voltage, the magnetic field or the temperature, and would record any changes whenever she altered one of the variables by the tiniest degree.

She began lowering the temperature, a fraction of a kelvin (K) at a time, and then began applying a stronger magnetic field. To her amazement, the atoms kept aligning progressively. Then she tried applying heat, and discovered they again aligned. No matter what she did, in every instance the atoms ignored the outside interference. Although she and Tom had flushed out most of the compound’s magnetic component, of its own volition, as it were, it was turning into a larger and larger magnet.

That’s weird, she thought. Perhaps she should take more data, just to ensure they had encountered nothing strange in the system.

She repeated her experiment over six months until the early spring of 2002, when her computer simulation was finally complete. One evening, she mapped the results of the simulation on a graph, and then she superimposed the results from her actual experiment.

It was  as though she had drawn a single line.

There on the computer screen was a perfect duplicate: the diagonal line formed from the computer simulation lay exactly over the diagonal line created from the results of the experiment itself.

What she had witnessed in the little crystal was not an artefact, but something real that she had now reproduced in her computer simulation. She had even mapped out where the atoms should have been on the graph, had they been obeying the usual laws of physics.

But there they were in a line: a law completely unto themselves.

She wrote Rosenbaum a guarded email late that evening:

‘I’ve got something interesting to show you in the morning.’ 

The following day, they examined her graph. There was no other possibility, they both realized; the atoms had been ignoring her and instead were controlled by the activity of their neighbors. No matter whether she blasted the crystal with a strong magnetic field or an increase in temperature, the atoms overrode this outside disturbance.

The only explanation was that the atoms in the sample crystal were internally organizing and behaving like one single giant atom. All the atoms, they realized with some alarm, must be entangled.

One of the strangest aspects of quantum physics is a feature called ‘non- locality’, also poetically referred to as ‘quantum entanglement’. The Danish physicist Niels Bohr discovered that once subatomic particles such as electrons or photons are in contact, they remain cognizant of and influenced by each other instantaneously over any distance forever, despite the absence of the usual things that physicists understand are responsible for influence, such as an exchange of force or energy.

When entangled, the actions – for instance, the magnetic orientation – of one will always influence the other in the same or the opposite direction, no matter how far they are separated. Erwin Schrödinger, another one of the original architects of quantum theory, believed that the discovery of non-locality represented no less than quantum theory’s defining moment – its central property and premise.

The activity of entangled particles is analogous to a set of twins being separated at birth, but retaining identical interests and a telepathic connection forever. One lives in Colorado, and the other in London. Although they never meet again, both like the color blue. Both take a job in engineering. Both like to ski; in fact when one falls down and breaks his right leg at Vale, his twin breaks his right leg at precisely that moment, even though he is 4000 miles away, sipping a latte at Starbucks.[4]

Albert Einstein refused to accept non-locality, referring to it disparagingly as ‘spukhafte Fernwirkungen’ or ‘spooky action at a distance’.

This type of instantaneous connection would require information traveling faster than the speed of light, he argued through a famous thought experiment, which would violate his own special relativity theory.[5]

Since the formulation of Einstein’s theory, the speed of light (299,792,458 meters per second) has been used as the absolute limiting factor on how quickly one thing can affect something else. Things are not supposed to be able to affect other things faster than the time it would take the first thing to travel to the second thing at the speed of light.

Nevertheless, modern physicists, such as Alain Aspect and his colleagues in Paris, have demonstrated decisively that the speed of light is not an absolute outer boundary in the subatomic world.

Aspect’s experiment, which concerned two photons fired off from a single atom, showed that the measurement of one photon instantaneously affected the position of the second photon[6] so that it has the same or opposite spin or position (as IBM physicist Charles H. Bennett once put it, ‘opposit luck’).[7]

The two photons continued to talk to each other and whatever happened to one was identical to, or the very opposite of, what happened to the other. Today, even the most conservative physicists accept non-locality as a strange feature of subatomic reality.[8]

Most quantum experiments incorporate some test of Bell’s Inequality. This famous experiment in quantum physics was carried out by John Bell, an Irish physicist who developed a practical means to test how quantum particles really behaved.[9]

This simple test required that you get two quantum particles that had once been in contact, separate them and then take measurements of the two. It is analogous to a couple named Daphne and Ted who have once been together but are now separated. Daphne can choose one of two possible directions to go in and so can Ted. According to our commonsense view of reality, Daphne’s choice should be utterly independent of Ted’s.

When Bell  carried out his experiment, the expectation was that one of the measurements would be larger than the other – a demonstration of ‘inequality’. However, a comparison of the measurements showed that both were the same and so his inequality was ‘violated’.

Some invisible wire appeared to be connecting these quantum particles across space, to make them follow each other. Ever since, physicists have understood that when a violation of Bell’s Inequality occurs, it means that two things are entangled.

Bell’s Inequality has enormous implications for our understanding of the universe.

By accepting non-locality as a natural facet of nature we are acknowledging that two of the bedrocks on which our world view rests are wrong: that influence only occurs over time and distance, and that particles like Daphne and Ted, and indeed the things that are made up of particles, only exist independently of each other.

Although modern physicists now accept non-locality as a given feature of the quantum world, they console themselves by maintaining that this strange, counter- intuitive property of the subatomic universe does not apply to anything bigger than a photon or electron.

Once things got to the level of atoms and molecules, which in the world of physics is considered ‘macroscopic’, or large, the universe started behaving itself again, according to predictable, measurable, Newtonian laws.

With one tiny thumbnail’s worth of crystal, Rosenbaum and his graduate student demolished that delineation.

They had demonstrated that big things like atoms were non-locally connected, even in matter so large you could hold it in your hand. Never before had quantum non-locality been demonstrated on such a scale. Although the specimen had been only a tiny chip of salt, to the subatomic particle, it was a palatial country mansion, housing a billion billion (1,000,000,000,000,000,000 or 1018) atoms.

Rosenbaum, ordinarily loathe to speculate about what he could not yet explain, realized that they had uncovered something extraordinary about the nature of the universe.

And I realized they had discovered a mechanism for intention: they had demonstrated that atoms, the essential constituents of matter, could be affected by non-local influence. Large things like crystals were not playing by the grand rules of the game, but by the anarchic rules of the quantum world, maintaining invisible connections without obvious cause.

In 2002, after Sai wrote up their findings, Rosenbaum polished up the wording and sent off their paper to Nature, a journal notorious for conservatism and exacting peer review. After four months of responding to the suggestions of reviewers, Ghosh finally got her paper published in the world’s premier scientific journal, a laudatory feat for a 26-year-old graduate student.[10]

One of the reviewers, Vlatko Vedral, noted the experiment with a mix of interest and frustration.[11] A Yugoslav who had studied at Imperial College, London, during his country’s civil war and subsequent collapse, Vedral had distinguished himself in his adopted country and been chosen to head up quantum information science at the University of Leeds. Vedral, who was tall and leonine, was part of a small group in Vienna working on frontier quantum physics, including entanglement.

Vedral first theoretically predicted the effect that Ghosh and Rosenbaum eventually found three years later. He had submitted the paper to Nature in 2001, but the journal, which preferred experiment to theory, had rejected it. Eventually, Vedral managed to publish  his paper in Physical Review Letters, the premier physics journal.[12] After Nature decided to publish Ghosh’s study, its editors threw him a conciliatory bone. They allowed him to be a reviewer on the paper, and then offered him a place in the same issue to write an opinion piece on the findings.

In the article, Vedral allowed himself some speculation. Quantum physics is accepted as the most accurate means of describing how atoms combine to form molecules, he wrote, and since molecular relationship is the basis of all chemistry, and chemistry is the basis of biology, the magic of entanglement could well be the key to life itself.[13]

Vedral and a number of others in his circle did not believe that this effect was unique to holmium. The central problem in uncovering entanglement is the primitive state of our technology; isolating and observing this effect is only possible at the moment by slowing atoms down so much in such cold conditions that they are hardly moving. Nevertheless, a number of physicists had observed entanglement in matter at 200 K, or –73°C – a temperature that can be found on Earth in some of its very coldest places.

Other researchers have proved mathematically that everywhere, even inside of our own bodies, atoms and molecules are engaged in an instantaneous and ceaseless passing back and forth of information.

Thomas Durt of Vrije University in Brussels demonstrated through elegant mathematical formulations that almost all quantum interactions produce entanglement, no matter what the internal or surrounding conditions. Even photons, the tiniest particles of light emanating from stars, are entangled with every atom they meet on their way to earth.[14]

Entanglement at normal temperatures appears to be a natural condition of the universe, even in our bodies. Every interaction between every electron inside of us creates entanglement. According to Benni Reznik, a theoretical physicist at Tel Aviv University in Israel, even the empty space around us is heaving with entangled particles.[15]

The English mathematician Paul Dirac, an architect of quantum field theory, firs postulated that there is no such thing as nothingness, or empty space. Even if you tipped all matter and energy out of the universe and examined all the ‘empty’ space between the stars you would discover a netherworld world teeming with subatomic activity.

In the world of classical physics, a field is a region of influence, in which two or more points are connected by a force, like gravity or electromagnetism. However, in the world of the quantum particle, fields are created by exchanges of energy.

According to Heisenberg’s uncertainty principle, one reason that quantum particles are ultimately unknowable is because their energy is always being redistributed in a dynamic pattern. Although often rendered as tiny billiard balls, subatomic particles more closely resemble little packets of vibrating waves, passing energy back and forth as if in an endless game of basketball. All elementary particles interact with each other by exchanging energy through what are considered temporary or ‘virtual’ quantum particles. These are believed to appear out of nowhere, combining and annihilating each other in less than an instant, causing random fluctuations of energy without any apparent cause. Virtual particles, or negative energy states, do not take physical form, so we cannot actually observe them. Even ‘real’ particles are nothing more than a little knot of energy, which briefly emerge and disappear back into the underlying energy field.

These back-and-forth passes, which rise to an extraordinarily large ground state of energy, are known collectively as the Zero Point Field.

Comment
Zero point field is the basis of many types of substantive extraterrestrial technology.

The field is called ‘zero point’ because even at temperatures of absolute zero, when all matter theoretically should stop moving, these tiny fluctuations are still detectable. Even at the coldest place in the universe, subatomic matter never comes to rest, but carries on this little energy tango.[16]

The energy generated by every one of these exchanges between particles is unimaginably tiny – about half a photon’s worth. However, if all exchanges between all subatomic particles in the universe were to be added up, it would produce an inexhaustible supply of energy of unfathomable proportions, exceeding all energy in matter by a factor of 1040, or 1 followed by 40 zeros.[17] Richard Feynman himself once remarked that the energy in a cubic meter of space was enough to boil all the oceans of the world.[18]

After the discoveries of Heisenberg about Zero Point energy, most conventional physicists  have subtracted the figures  symbolizing Zero  Point energy from their equations. They assumed that, because the Zero Point Field was ever present in matter, it did not change anything and so could be safely ‘renormalized’ away.

However, in 1973, when trying to work out an alternative to fossil fuel during the petrol  crisis,  American  physicist  Hal  Puthoff,  inspired  by  the  Russian Andrei Sakharov, began trying to figure out how to harness the teeming energy of empty space for transport on earth and to distant galaxies.

Puthoff spent more than 30 years examining the  Zero Point Field. 

With some colleagues, he had proved that this constant energy exchange of all subatomic matter with the Zero Point Field accounts for the stability of the hydrogen atom, and, by implication, the stability of all matter.[19]

Remove the Zero Point Field and all matter would collapse in on itself.

He also demonstrated that Zero Point energy is responsible for two basic properties of mass: inertia and gravity.[20]

Puthoff also worked on a multimillion-dollar project funded by Lockheed Martin and a variety of American universities, to develop Zero Point energy for space travel – a programme that finally went public in 2006.

Many strange properties of the quantum world, like uncertainty or entanglement, could be explained if you factored in the constant interaction of all quantum particles with the Zero Point Field. To Puthoff, science’s  understanding of the nature of entanglement was analogous to two sticks stuck in the sand at the edge of the ocean, about to be hit by a huge wave. If they both were knocked over, and you did not know about the wave, you would think that one stick was affecting the other and call it a non-local effect. The constant interaction of quantum particles with the Zero Point Field might be the underlying mechanism for non-local effects between particles, allowing one particle to be in touch with every other particle at any moment.[21]

Benni Reznik’s work in Israel with the Zero Point Field and entanglement bega mathematically with a central question: what would happen to a hypothetical pair of probes interacting with the Zero Point Field? According to his calculations, once they began interacting with the Zero Point Field, the probes would begin talking to each other and ultimately become entangled.[22]

If all matter in the universe were interacting with the Zero Point Field, it meant quite simply, that all matter was interconnected and potentially entangled throughout the cosmos through quantum waves.[23]

And if we and all of empty space are a mass of entanglement, we must be establishing invisible connections with things at a distance to ourselves.

Acknowledging the existence of the Zero Point Field and entanglement offers a ready mechanism for why signals being generated by the power of thought can be picked up by someone else many miles away.

* * *

Sai Ghosh had proved that non-locality existed in the large building blocks of matter and the other scientists proved that all matter in the universe was, in a sense, a satellite of a large central energy field. But how could matter be affected by this connection? The central assumption of all of classical physics is that large material things in the universe are set pieces, a fait accompli of manufacture.

How can they possibly be changed?

Vedral had an opportunity to examine this question when he was invited to work with the renowned quantum physicist Anton Zeilinger. Zeilinger’s Institute for Experimental Physics lab at the University of Vienna was at the very frontier of some of the most exotic research into the nature of quantum properties. Zeilinger himself was profoundly dissatisfied with the current scientific explanation of nature, and he had passed on that dissatisfaction and the quest to resolve it to his students.

In a flamboyant gesture, Zeilinger and his team had entangled a pair of photons from beneath the River Danube. They had set up a quantum channel via a glass fibre and run it across the river bed of the Danube. In his lab, Zeilinger liked to refer to individual photons as Alice and Bob, and sometimes, if he needed a third photon, Carol or Charlie. Alice and Bob, separated by 600 metres of river and nowhere in sight of each other, maintained a non-local connection.[24]

Zeilinger was particularly interested in superposition, and the implications of the Copenhagen Interpretation – that subatomic particles exist only in a state of potential.

Could objects, and not simply the subatomic particles that compose them, he wondered, exist in this hall-of-mirrors state?

To test this question, Zeilinger employed a piece of equipment called a Talbot Lau interferometer, developed by some colleagues at MIT, using a variation on the famous double-slit experiment of Thomas Young, a British physicist of the nineteenth century. In Young’s experiment, a beam of pure light is sent through a single hole, or slit, in a piece of cardboard, then passes through a second screen with two holes before finally arriving at a third, blank screen.

Young’s experiment.
Young’s experiment.

When two waves are in phase (that is, peaking and troughing at the same time), and bump into each other – technically called ‘interference’ – the combined intensity of the waves is greater than each individual amplitude. The signal gets stronger. This amounts to an imprinting or exchange of information, called ‘constructive interference’. If one is peaking when the other troughs, they tend to cancel each other out – called ‘destructive interference’. With constructive interference, when all the waves are wiggling in synch, the light will get brighter; destructive interference will cancel out the light and result in complete darkness.

In the experiment, the light passing through the two holes forms a zebra pattern of alternating dark and light bands on the final blank screen. If light were simply a series of particles, two of the brightest patches would appear directly behind the two holes of the second screen. However, the brightest portion of the pattern is halfway between the two holes, caused by the combined amplitude of those waves that most interfere with each other. From this pattern, Young was the first to realize that light beaming through the two holes spreads out in overlapping waves.

A modern variation of the experiment fires off single photons through the double slit. These single photons also produce zebra patterns on the screen, demonstrating that even single units of light travel as a smeared-out wave with a large sphere of influence.

Young’s experiment.
Young’s experiment.

Twentieth-century physicists went on to use Young’s experiment with other individual quantum particles, and held it up as  proof that quantum physics had Through-the-Looking-Glass properties: quant um entities acted wavelike and travelled though both slits at once. Fire a stream of electrons at the triple screens, and you end up with the interference patterns of alternating light and dark patches, just as you do with a beam of light. Since you need at least two waves to create such interference patterns, the implication of the experiment is that the photon is somehow mysteriously able to travel through both slits at the same time and interfere with itself when it reunites.

The double-slit experiment encapsulates the central mystery of quantum physics

  • the idea that a subatomic particle is not a single seat but the entire stadium. It also demonstrates the principle that electrons, which exist in a hermetic quantum state, are ultimately unknowable. You could not identify something about a quantum entity without stopping the particle in its tracks, at which point it would collapse to a single point.

In Zeilinger’s adaptation of the slit experiment, using molecules instead of subatomic particles, the interferometer contained an array of slits in the first screen, and a grating of identical parallel slits in the second one, whose purpose was to diffract (or deflect) the molecules passing by. The third grating, turned perpendicular to the beam of molecules, acted as a scanning ‘mask’, with the ability to calculate the size of the waves of any of the molecules passing through, by means of a highly sensitive laser detector to locate the positions of the molecules and their interference patterns.

For the initial experiment, Zeilinger and his team carefully chose a batch of fullerene molecules, or ‘buckyballs’ made of 60 carbon atoms. At one nanometre apiece, these are the behemoths of the molecular world. They selected fullerene not only for its size but also for its neat arrangement, with a shape like a tiny symmetrical football.

It was a delicate operation. Zeilinger’s group had to work with just the right temperature; heating the molecules just a hair too much would cause them to disintegrate. Zeilinger heated the fullerenes to 900 K so they would create an intense molecular beam, then fired them through the first screen; they then passed through the second screen before making a pattern on the final screen. The results were unequivocal. Each molecule displayed the ability to create interference patterns with itself. Some of the largest units of physical matter had not ‘localized’ into their final state. Like a subatomic particle, these giant molecules had not yet gelled into anything real.

The Vienna team scouted out some other molecules that were double the size and oddly shaped to see if geometrically asymmetric molecules also demonstrated the same magical properties. They settled on gigantic fluorinated American football- shaped molecules of 70 carbon atoms and pancake-shaped tetraphenylporphyrin, a derivative of the biodye present in chlorophyll. At more than 100 atoms apiece, both of these entities are among the largest molecules on the planet. Again, each one created an interference pattern with itself.

Zeilinger’s group repeatedly demonstrated that the molecules could be two places at once, which meant that they remained in a state of superposition even at this large scale.[25]

They had proved the unthinkable: the largest components of physical matter and living things exist in a malleable state.[26]

Sai Ghosh didn’t often think about the implications of her discovery.

She was content with the knowledge that her experiment had made a very nice paper, and might help along her career as an assistant professor involved in research into miniaturization, the direction she believed quantum mechanics was heading. Occasionally, she allowed herself to speculate that her crystal might have proved something important about the nature of the universe. But she was only a postgraduate student. What did she, after all, really know about how the world worked?

But to me, Ghosh’s research and Zeilinger’s work on the double-slit experiment represent two defining moments in modern physics. Ghosh’s experiments show that an invisible connection exists between the fundamental elements of matter, which is often so strong that it can override classical methods of influence, such as heat or a push. Zeilinger’s work demonstrated something even more astonishing. Large matter was neither something solid and stable nor something that necessarily behaved according to Newtonian rules. Molecules needed some other influence to settle them into a completed state of being.

Theirs were the first evidence that the peculiar properties of quantum physics do not simply occur at the quantum level with subatomic particles, but also in the world of visible matter. Molecules also exist in a state of pure potential, not a  final actuality. Under certain circumstances, they escape Newtonian rules of force and display quantum non-local effects. The fact that something as large as a molecule can become entangled suggests that there are not two rule books – the physics of the large and the physics of the small – but only a single rule book for all of life.

These two experiments also hold the key to a science of intention – how thoughts are able to affect finished, solid matter.

Comment
Thoughts create reality. They can change the physical world around us in the most profound manners. Thus we absolutely need to have direct and substantive control over our thoughts.

They suggest that the observer effect occurs not simply in the world of the quantum particle but also in the world of the everyday. Things no longer should be seen to exist in and of themselves but, like a quantum particle, only in relationship. Co-creation and influence may be a basic, inherent property of life.

Our observation of every component in our world may help to determine its final state, which suggests that we are likely to be influencing every large thing we see around us.

When we enter a crowded room, when we engage with our partners and our children, when we gaze up at the sky, we may be creating and even influencing at every moment. We can’t yet demonstrate this at normal temperatures; our equipment is still too crude. But we already have some preliminary proof: the physical world – matter itself – appears to be malleable, susceptible to influence from the outside.

Notes – Chapter 1: Mutable Matter

  1. All personal information about Tom Rosenbaum and Sai Ghosh and their studies have been culled from multiple interviews conducted in February and March 2005.
  2. This was the solution posed by Giorgio Parisi at Rome in 1979.
  3. S. Ghosh et al.,  ‘Coherent spin oscillations in a  disordered magnet’, Science, 2002; 296: 2195–8.
  4. Once  again,  I    am indebted to Danah Zohar for her easy-to-digest description of quantum non-locality, which appears in D. Zohar, The Quantum Self, London: Bloomsbury, 1991: 19–20.
  5. A.     Einstein,   B.   Podolsky   and   N.   Rosen,  ‘Can quantum-mechanica description of physical reality be considered complete?’ Physical Review, 1935; 47: 777–80.
  6. A. Aspect et  al., ‘Experimental tests of Bell’s inequalities using time- varying analyzers’, Physical Review Letters, 1982; 49: 1804–7; A. Aspect, ‘Bell’s inequality test: more ideal than ever’, Nature, 1999; 398: 189–90.
  7. Science Fact: Scientists achieve ‘Star Trek’-like feat – The Associate Press, December 10, 1997, posted on CNN http://edition.cnn.com/TECH/9712/10/beam. me. up. ap.
  8. Non-locality was considered to be proven by Aspect et al.’ s experiments in Paris in 1982.
  9. J. S. Bell, ‘On the Einstein-Poldolsky-Rosen paradox’,Physics, 1964; 1: 195–200.
  10. S. Ghosh et al., ‘Entangled quantum state of magnetic dipoles’, Nature, 2003; 435: 48–51.
  11. Details   of   Vedral’s   views   and   experiments the  result of  multiple interviews, February, October and December 2005.
  12. C. Arnesen et al., ‘Thermal and magnetic entanglement in the 1D Heisenberg Model’, Physical Review Letters, 2001; 87: 017901.
  13. V. Vedral, ‘Entanglement hits the big time’, Nature, 2003; 425: 28–9.
  14. T. Durt, interview with author, April 26, 2005.
  15. B. Reznik, ‘Entanglement from the vacuum’, Foundations of Physics, 2003; 33: 167–76; Michael Brooks, ‘Entanglement: The weirdest link’, New Scientist, 2004; 181 (2440): 32.
  16. John D. Barrow, The Book of Nothing, London: Jonathan Cape, 2000: 216.
  17. Erwin Laszlo, The Interconnected Universe: Conceptual Foundations o Transdiscipinary Unified Theory, Singapore: World Scientific Publishing, 1995: 28.
  18. A. C. Clarke, ‘When will the real space age begin?’ Ad Astra, May–June 1996; 13–15.
  19. Harold Puthoff, ‘Ground state of hydrogen as a zero-point-fluctuation- determined state’, Physical Review D, 1987; 35: 3266.
  20. B. Haisch, Alfonso Rueda and H. E. Puthoff, ‘Inertia as a zero-point-fiel Lorentz force’, Physical Review A, 1994; 49 (2): 678–94; Bernhard Haisch, Alfonso Rueda and H. E. Puthoff, ‘Physics of the zero-point field implications for inertia, gravitation and mass’, Speculations in Science and Technology, 1997; 20: 99–114.
  21. Reznik, ‘Entanglement from the vacuum’, op. cit.
  22. McTaggart, The Field, op. cit.: 35–6.
  23. J. Resch et al., ‘Distributing entanglement and single photons through an intra-city, free-space quantum channel’, Optics Express, 2005; 13 (1): 202–9; R. Ursin et al., ‘Quantum teleportation across the Danube’, Nature, 2004; 430: 849.
  24. M. Arndt et al., ‘Wave–particle duality of C60 molecules’, Nature, 1999; 401: 680–2; doi: 10.1038/44348.
  25. A. Zeilinger, ‘Probing the limits of the quantum world’, Physics World, March 2005 (online journal: http://www.physicsweb.org/articles/world/18/3/5/1).

The Human Antenna

IN 1951, AT THE AGE OF SEVEN, Gary Schwartz made a remarkabe discovery. He had been trying to get a good picture on the family’s television set. The recently acquired black and white Magnavox set encased behind the doors of its boxed walnut console fascinated him, not because of the people in the moving pictures so much as the means by which they arrived in his living room in the first place.

The mechanisms of the relatively new invention remained a mystery, even to most adults. Television, like any other electrical gadget, was something the precocious child longed to take apart and understand. This passion had already found expression with the worn-out radios given to him by his grandfather.

Ignatz Schwartz sold replacement tubes for televisions and radios in his drug store in Great Neck, Long Island, and those that were beyond repair were handed over to his grandson to disassemble. In a corner of Gary’s bedroom lay a mass of experimental debris – tubes, resistors and the carcasses of radios heaped on the cosmetic display racks he had borrowed from his grandfather – the first signs of what would become a lifelong fascination with electronics.

Gary knew that the way you twisted the rabbit-ear antenna on top of the television would determine the clarity of the picture. His father had explained that television sets were powered by something invisible, similar to radio waves, that flew through the air and were somehow translated into an image.

Gary had even carried out some rudimentary experiments. When you stood somewhere between the antenna and the television, you could make the picture go away. When you touched the antenna in certain ways, you made the picture clearer.

One day, on a whim, Gary unscrewed the antenna and placed his finger on the screw where the cable had been. What had been a mass of squiggles and static noise on the screen suddenly coalesced into a perfect image.

Even at that young age, he had understood that he had witnessed something extraordinary about human beings: his body was acting like a television antenna, a receiver of this invisible information.

He tried the same experiment with a radio – substituting his finger for the antenna, and the same thing happened.

Something in the makeup of a person was not unlike the rabbit ears that helped produce his television image. He too was a receiver of invisible information, with the ability to pick up signals transmitted across time and space.

Until he was 15, however, he could not visualize what these signals were made of. He had learned to play the electric guitar and had often wondered what unseen influences allowed the instrument to create different sounds. He could play the same note, middle C, and yet produce more of a treble or bass sound, depending on which way he turned the knob. How was it possible that a single note could sound so different? For a science project, he created multiple-track recordings of his music and then located a company in upstate New York that had equipment designed to analyse the frequency of sound. When he fed his recordings into the equipment, it quickly deconstructed the notes down to their essence.

Each note registered as a batch of squiggles across the screen of the cathode-ray tube in front of him – a complex mix of hundreds of frequencies representing a blend of overtones that would subtly change when he turned the knob to treble or bass. He knew that these frequencies were waves, represented on the monitor as a sideways S, or sine curve, like a skipping rope held at both ends and wriggled, and that they had periodic oscillations, or fluctuations, similar to the waves on Long Island Sound.

Every time he spoke, he knew he generated similar frequencies through his voice. He remembered his early television experiments and wondered whether a field of energy pulsated inside him and shared a kinship with sound waves.1

Gary’s childhood experiments may have been rudimentary, but he had already stumbled across the central mechanism of intention. Something in the quality of our thoughts was a constant transmission, not unlike a television station.

As an adult, Schwartz, still a bustling dynamo of enthusiasms, found an outlet in psychophysiology, then a fledgling study of the effect of the mind on the body. By the time he had accepted a post at the University of Arizona, which was known for encouraging freedom of research among its faculty, he had grown fascinated by biofeedback and the ways in which the mind could control blood pressure and a variety of illnesses – and the powerful physical effect of different types of thoughts.2

One weekend in 1994, at a conference on the relationship between love and energy, he sat in on a lecture by physicist Elmer Green, one of the pioneers of biofeedback. Green, like Schwartz, had grown interested in the energy being transmitted by the mind. To examine this more closely, he had decided to study remote healers and to determine whether they sent out more electrical energy than usual while in the process of healing.

Green reported in his lecture that he had built a room whose four walls and ceiling were entirely made of copper, and were attached to microvolt electroencephalogram (EEG) amplifiers – the kind used to measure the electrical activity in the brain. Ordinarily, an EEG amplifier is attached to a cap with imbedded electrodes, each of which records separate electrical discharges from different places in the brain. The cap is placed on a person’s head, and the electrical activity picked up is displayed on the amplifier. EEG amplifiers are extraordinarily sensitive, capable of picking up the most minute of effects – even one-millionth of a volt of electricity.

In remote healing, Green suspected that the signal produced was electrical and emanated from the healer’s  hands. The copper wall acted like a giant antenna, magnifying the ability to detect the electricity from the healers and enabling Green to capture it from five directions.

He discovered that, whenever a healer sent healing, the EEG amplifier often recorded it as a huge surge of electrostatic charge, the same kind of the build up and discharge of electrons that occurs after you shuffle your feet along a new carpet and then touch a metal doorknob.3

In the early days of the copper wall experiment, Green had been faced with an enormous problem. Whenever a healer so much as wriggled a finger, patterns got recorded on an EEG amplifier. Green had had to work out a means of separating out the true effects of healing from this electrostatic noise. The only way to do so, as he saw it, was to have his healers remain perfectly still while they were sending out healing energy.

Schwartz listened to the talk with growing fascination. Green was discarding what might be the most interesting part of the data, he thought. One man’s noise was another man’s signal.

Does movement, even the physiology of your breathing, create an electromagnetic signal big enough to be picked up on a copper wall? Could it be that human beings were not only receivers of signals but also transmitters?

It made perfect sense that we transmitted energy. A great deal of evidence had already proved that all living tissue has an electric charge. Placing this charge in three-dimensional space caused an electromagnetic field that traveled at the speed of light. The mechanisms for the transmission of energy were clear, but what was unclear was the degree to which we sent out electromagnetic fields just by simple movements and whether our energy was being picked up by other living things.

Schwartz was itching to test this out for himself. After the conference, he contacted Green for advice about how to build his own copper wall. He rushed to Home Depot, which did not stock copper shielding but did have aluminum shielding, which could also act as a rudimentary antenna.

He purchased some two by fours, placed them on glass bricks so that they would be isolated from the ground, and used them to assemble a ‘wall’. After he had attached the wall to an EEG amplifier, he began playing around with the effects of his hand, waving it back and forth above the box. As he suspected, the amplifier tracked the movement. His hand movements were generating signals.4

Schwartz began demonstrating these effects in front of his students in his faculty office, making use of a bust of Einstein for dramatic effect. With these experiments, he made use of an EEG cap, with its dozens of electrodes. When not picking up brain signals, the cap will register only noise on the amplifier.

During his experiments, Schwartz placed the EEG cap on his Einstein bust, an turned on just a single electrode channel on the top of the cap. Then he moved his hand over Einstein’s head. As though the great man had suddenly experienced a moment of enlightenment, the amplifier suddenly came alive and produced evidence of an electromagnetic wave.

But the signal, Schwartz explained to his students, was not a sudden brain wave emitted from the lifeless statue – only the tracking of the electromagnetic field produced by his arm’s movement. It seemed indisputable: his body must be sending out a signal with every single flutter of his hand.

Schwartz got more creative with his experiments. When he tried the same gesture from three feet away, the signal diminished. When he placed the bust in a Faraday cage, an enclosure of tightly knit copper mesh that screens out electromagnetic fields, all effect disappeared. This strange energy resulting from movement had all the hallmarks of electricity: it decreased with distance, and was blocked by an electromagnetic shield.

At one point, Schwartz asked one of the students to stand with his left hand over Einstein’s head, with his right arm extended towards Schwartz, who was sitting in a chair three feet away. Schwartz moved his arm up and down. To the amazement of the other students, Schwartz’s movement was picked up by the amplifier. The signal had passed through Schwartz’s body and travelled through the student. Schwartz was still generating the signal, but this time, the student had become the antenna, receiving the signal and transmitting it to the amplifier, which acted as another antenna.

Schwartz realized he had hit upon the most important point of all his research.

Simple movement generated electrical charge, but, more  important, it created a relationship. Every movement we make appears to be felt by the people around us.

The implications were staggering.

What if he were admonishing a student? What might be the physical effect on the student of wagging his finger while shouting ‘Don’t do that’? The student might feel as if he were getting shot with a wave of energy. Some people might even have more powerful positive or negative charges than others. In Elmer Green’s copper wall experiment, all sorts of equipment malfunctioned in the presence of Roslyn Bruyere, a famous healer.

Schwartz was onto something fundamental about the actual energy that human beings emit. Could the energy of thought have the same effect as the energy of movement outside the thinker’s own body? Did thoughts also create a relationship with the people around us? Every intention towards someone else might have its own physical counterpart, which would be registered by its recipient as a physical effect.

Like Schwartz, I suspected the energy generated by thoughts did not behave in the same way as the energy generated by movement. After all, the signal from movement decreased over distance, much like ordinary electricity. With healing, distance appeared to be irrelevant. The energy of intention, if indeed there were any, would have to be more fundamental than that of ordinary electromagnetism – and lie somewhere, perhaps, in the realm of quantum physics. How could I test the energetic effects of intention? Healers, who appeared to be sending more energy than normal through their healing, offered an obvious place to start.

Elmer Green demonstrated in his research that an enormous surge of electrostatic energy occurred during healing. When a person is simply standing still, his or her breathing and beating heart will produce electrostatic energy of 10–15 millivolts on the EEG amplifiers; during activities requiring focused attention, such as meditation, the energy will surge up to 3 volts. During healing, however, Green’s healers produced voltage surges up to 190 volts; one produced 15 such pulses, which were 100,000 times higher than normal, with smaller pulses of 1–5 volts appearing on each of the four copper walls. On investigating the source of this energy, Green discovered that the pulses were coming from the healer’s abdomen, called dan tien and considered the central engine of internal energy in the body in Chinese martial arts.5

Stanford University physicist William Tiller constructed an ingenious device to measure the energy produced by healers. The equipment discharged a steady stream of gas and recorded the exact number of electrons pulsing out with the discharge. Any increase in voltage would be captured by the pulse counter.

In his experiment, Tiller asked ordinary volunteers to place their hands about six inches from his device and hold a mental intention to increase the count rate. In the majority of more than 1000 such experiments, Tiller discovered that, during the intention, the number of recorded pulses would increase by 50,000 and remain there for 5 minutes.

These increases would occur even if a participant was not close to the machine, so long as he or she held an intention.

Tiller concluded that directed thoughts produce demonstrable physical energy, even over remote distance.6

Comment
Tiller concluded that directed thoughts produce demonstrable physical energy, even over remote distance..

I found two other studies measuring the actual electrical frequencies emitted by people using intention.

One study measured healing energy and the other examined energy generated by a Chinese Qigong master during times that he was emitting external Qi, the Chinese term for energy or the life force.7

In both instances, the measurements were identical: frequency levels of 2–30 hertz were being emitted by the healers.

This energy also seemed to change the molecular nature of matter.

Comment
Qi seemed to change the molecular nature of matter.

I discovered a body of scientific evidence examining chemical changes caused by intention.

Bernard Grad, an associate professor of biology at McGill University in Montreal had examined the effect of healing energy on water that was to be used to irrigate plants. After a group of healers had sent healing to samples of water, Grad chemically analysed the water by infrared spectroscopy.

He discovered that the water treated by the healers had undergone a fundamental change in the bonding of oxygen and hydrogen in its molecular makeup.

The hydrogen bonding between the molecules had lessened in a similar manner to that which occurs in water exposed to magnets.8

A number of other scientists confirmed Grad’s findings; Russian research discovered that the hydrogen–oxygen bonds in water molecules undergo distortions in the crystalline microstructure during healing.9

These kinds of changes can occur simply through the act of intention.

In one study, experienced meditators sent an intention to affect the molecular structure of water samples they were holding throughout the meditation. When the water was later examined by infrared spectrophotometry, many of its essential qualities, particularly its absorbance – the amount of light absorbed by the water at a particular wavelength had been significantly altered.10

When someone holds a focused thought, he may be altering the very molecular structure of the object of his intention.

Comment
When someone holds a focused thought, he may be altering the very molecular structure of the object of his intention.

In his research, Gary Schwartz wondered whether intention only manifested as electrostatic energy. Perhaps magnetic energy also played a role.

Magnetic fields naturally had more power, more ‘push–pull’ energy. Magnetism seemed the more powerful and universal energy; the earth itself is profoundly influenced by its own faint pulse of geomagnetic energy.

Schwartz remembered a study carried out by William Tiller, in which psychics had been placed inside a variety of devices that block different forms of energy. They had performed better than usual in a Faraday cage, which filters out only electrical energy, but they performed worse when placed in a magnetically shielded room.11

From these early studies, Schwartz gleaned two important implications: healing may generate an initial surge of electricity, but the real transfer mechanism may be magnetic.

Indeed, psychic phenomena and psychokinesis could be differentially influenced, simply through different  types of shielding. Electrical signals might interfere, while magnetic signals enhance the process.

To test this latest idea, Schwartz was approached by a colleague of his, Melinda Connor, a post-doctoral fellow in her mid-forties with an interest in healing.

The first hurdle was finding an accurate means of picking up magnetic signals. Measuring tiny low-frequency magnetic fields is tricky, requiring the use of expensive and highly sensitive  equipment  called  a  SQUID,  or  superconducting  quantum  interferenc device. A SQUID, which can cost up to four million dollars, ordinarily occupies a specially constructed room that has been magnetically shielded in order to eliminate ambient radiating noise.

The best Schwartz and Connor could come up with on their limited budget was a poor man’s SQUID – a small handheld, battery-operated three-axis digita gaussmeter originally designed to measure electromagnetic pollution by picking up extra-low-frequency (ELF) magnetic fields.

The gaussmeter was sensitive enough to pick up one-thousandth of a gauss, a very faint pulse of a magnetic field. In Schwartz’s mind, this level of sensitivity was more than adequate to do the job.

It occurred to Connor that the way to measure change in low-frequency magnetic fields was to count the number of changes in the meter reading over time. When simply recording ambient stable magnetic fields, the device will only deviate slightly by less than one-tenth of a gauss.

However, in the presence of an oscillating magnetic field – with periodic changes in frequency – the numbers will keep moving, from, say, 0.6 to 0.7 to 0.8, and back down to 0.6.

The greater and more frequent the change, which would be recorded by the number of changes in the dials, the more likely it is that the magnetic field has been affected by a source of directed energy.

Connor and Schwartz gathered together a group of practitioners of Reiki, the healing art developed a century ago in Japan.

They took measurements near each hand of all the healers during alternating periods while they were ‘running energy’ and then during times they were at rest, with their eyes closed. Next, the  pair assembled a group of ‘master healers’ with a substantial track record of successful, dramatic healings. Again, Connor and Schwartz took magnetic field measurements near each hand, while the master healers were running energy and at rest. Then, they compared the Reiki measurements with measurements they had taken of people who had not been trained in healing.

Once Schwartz and Conner had analyzed the data, they discovered that both groups of healers demonstrated significant fluctuations in very low pulsations of a magnetic field, emanating from both hands.

A huge increase in oscillations in the magnetic field occurred whenever a healer began to run energy. However, the most profound energy increase surged from their dominant hands. The control group of people who were not trained healers did not demonstrate the same effect.

Then Schwartz compared effects from the Reiki group with those of the master healers and discovered another enormous difference. The master healers averaged close to a third more magnetic-field changes per minute than the Reiki healers.12

The study results seemed clear. Schwartz and Connor had their proof that directed intention manifests as both electrostatic and magnetic energy.

Comment
Directed intention manifests as both electrostatic and magnetic energy.

But they also discovered that intention was like playing the piano; you need to learn how to do it, and some people do it better than others.

Comment
The ability to manipulate energy comes with training and practice.

In considering what this all meant, Gary Schwartz thought of the phrase often used by medical doctors, usually in emergency situations: when you hear hoof beats, don’t think zebras .

In other words, when you are trying to diagnose someone with physical symptoms, first rule out all the most likely causes, and only then consider more exotic possibilities.

He liked to approach science in the same way and so he questioned his own findings: Could the healers’ increase in magnetic field oscillations during healing simply be the result of certain peripheral biophysical changes? Muscle contractions generate a magnetic field, as do changes in blood flow, the increasing or decreasing dilation of blood vessels, the body’s current volume of liquid or even the flow of electrolytes. Skin, sweat glands, change of temperature, neural induction – all generate magnetic fields.

His guess was that healing resulted from a summation of multiple biological processes that are mediated magnetically.

But the possibility that healing might be a magnetic effect did not explain long- distance remote healing.

In some instances, healers sent healing from thousands of miles away and the effect did not decay with distance. In one successful study of AIDS patients who improved through remote healing, the 40 healers involved in the study sent the healing to the San Francisco patients from locations all across America.13

Similar to electrical fields, magnetic fields decrease with distance. The magnetic and electrical effects were likely to be some aspect of the process, but not its central one. It was likely to be closer to a quantum field, possibly more akin to light.

Schwartz began to consider the possibility that the mechanism creating intention originated with the tiny elements of light emitted from human beings. In the mid- 1970s, a German physicist named Fritz-Albert Popp had stumbled upon the fact that all living things, from the most basic of single-celled plants to the most sophisticated of organisms like human beings, emitted a constant tiny current of photons – tiny particles of light.14

He labelled them ‘biophoton emissions’ and believed that he had uncovered the primary communication channel of a living organism – that it used light as a means of signalling to itself and to the outside world.

For more than 30 years, Popp has maintained that this faint radiation, rather than biochemistry, is the true driving force in orchestrating and coordinating all cellular processes in the body. Light waves offered a perfect communication system able to transfer information almost instantaneously across an organism. Having waves, rather than chemicals, as the communication mechanism of a living being also solved the central problem of genetics – how we grow and take final shape from a single cell. It also explains how our bodies manage to carry out tasks with different body parts simultaneously. Popp theorized that this light must be like a master tuning fork setting off certain frequencies that would be followed by other molecules of the body.15

A number of biologists, such as the German biophysicist Herbert Fröhlich, had proposed that a type of collective vibration causes proteins and cells to coordinate their activities.

Nevertheless, all such theories were ignored until Popp’s discoveries, largely because no equipment was sensitive enough to prove they were right.

With the help of one of his students, Popp constructed the first such machine – a photomultiplier that captured light and counted it, photon by photon. He carried out years of impeccable experimentation that demonstrated that these tiny frequencies were mainly stored and emitted from the DNA of cells.

The intensity of the light in organisms was stable, ranging from a few to several hundred photons per second per square centimetre surface of the living thing – until the organism was somehow disturbed or ill, at which point the current went sharply up or down.

The signals contained valuable information about the state of the body’s health and the effects of any particular therapy. Cancer victims had fewer photons, for instance. It was almost as though their light were going out.

Initially vilified for his theory, Popp was eventually recognized by the German government and then internationally.

Eventually he formed the International Institute of Biophysics (IIB), composed of 15 groups of scientists from international centres all around the world, including prestigious institutions like CERN in Switzerland Northeastern University in the USA, the Institute of Biophysics Academy of Scienc in Beijing, China, and Moscow State University in Russia. By the early twenty-firs century, the IIB numbered at least 40 distinguished scientists from around the globe.

Could it be that these were the frequencies that mediated healing? Schwartz realized that if he was going to carry out studies of biophoton emissions, first he had to figure out how to view these tiny emissions of light.

In his laboratory, Popp developed a computerized mechanism attached to a box in which a living thing, such as a plant, could be placed. The machine could count the photons and chart the amount of light emitted on a graph. But those machines only recorded photons in utter pitch blackness. Up until then, it had been impossible for scientists to witness living things actually glowing in the dark.

As Schwartz mulled over the kind of equipment that would allow him to see very faint light, he thought of state-of-the-art supercooled charge-coupled device (CCD) cameras on telescopes. This exquisitely sensitive equipment, now used to photograph galaxies deep in space, picks up about 70 per cent of any light, no matter how faint.

CCD devices were also used for night-vision equipment.

If a CCD camera could pick up the light from the most distant of stars, it might also be able to pick up the faint light coming off living things. However, this kind of equipment can cost hundreds of thousands of dollars and usually had to be cooled to temperatures only 100 degrees above absolute zero, to eliminate any ambient radiation emitted at room temperature. Cooling the camera down also helped to improve its sensitivity to faint light. Where on earth was he going to get hold of this kind of high-tech equipment?

Kathy Creath, a professor of optical sciences at Schwartz’s university, who shared his fascination with living light and its possible role in healing, had an idea. As it happened, she knew that the department of radiology at the National Science Foundation (NSF) in Tucson owned a low-light CCD camera, which they used t measure the light emitted from laboratory rats after being injected with phosphorescent dyes.

The Roper Scientific VersArray 1300 B low-noise, high performance CCD camera was housed in a dark room inside a black box and above a Cryotiger cooling system, which cooled temperatures to –100°C. A computer screen displayed its images. It was just what they were looking for. After Creath approached the director of the NSF project, he generously agreed to allow the two of them access to the camera during its down time.

In their first test, Schwartz and Creath placed a geranium leaf on a black platform. They took fluorescent photographs after exposures of up to five hours. When the computer displayed the final photograph, it was dazzling: a perfect image of the leaf in light, like a shadow in reverse, but in incredible detail, each of its tiniest veins delineated.

Surrounding the leaf were little white spots, like a sprinkling of fairy dust – evidence of high-energy cosmic rays. With his next exposure, Schwartz used a software filter to screen out the ambient radiation. The image of the leaf was now perfect.

As they studied this latest photograph on the screen of the computer in front of them, Schwartz and Creath understood that they were making history. It was the first time a scientist had been able to witness images of the light actually emanating from a living thing.16

Now that he had equipment that captured and recorded light, Schwartz was finally able to test whether healing intention also generated light.

Creath got hold of a number of healers, and asked them to place their hands on the platform underneath the camera for 10 minutes. Schwartz’s first crude images showed a rough glow of large pixilations, but they were too out of focus for him to analyse them.

Next he tried placing the healers’ hands on a white background (which reflected light) rather than on a black background (which absorbed light). The images were breathtakingly clear: a stream of light flowed out of the healers’ dominant hands, almost as though it were flowing from their fingers. Schwartz now had his answer about the nature of conscious thought: healing intention creates waves of light – and, indeed, among the most organized light waves found in nature.

The theory of relativity was not Einstein’s only great insight.

He had had another astonishing realization in 1924, after correspondence with an obscure Indian physicist, Satyendra Nath Bose, who had been pondering the then-new idea that light was composed of little vibrating packets called photons. Bose had worked out that, at certain points, photons should be treated as identical particles. At the time nobody believed him – nobody but Einstein, after Bose sent him his calculations.

Einstein liked Bose’s proofs and used his influence to get Bose’s theory published. Einstein also was inspired to explore whether, under certain conditions or certain temperatures, atoms in a gas, which ordinarily vibrated anarchically, might also begin to behave in synchrony, like Bose’s photons. Einstein set to work on his own formula to determine which conditions might create such a phenomenon.

When he reviewed his figures, he thought he had made a mistake in his calculations.

According to his results, at certain extraordinarily low temperatures, just a few kelvin above absolute zero, something really strange would begin to happen: the atoms, which ordinarily can operate at a number of different speeds, would slow down to identical energy levels. In this state, the atoms would lose their individuality and both look and behave like one giant atom. Nothing in his mathematical armamentarium could tell them apart. If this were true, he realized, he had stumbled upon an entirely new state of matter, with utterly different properties from anything known in the universe.

Einstein published his findings,17 and lent his name to the phenomenon, called a Bose–Einstein condensate, but he was never convinced that he had been right.

Nor were other physicists, until more than 70 years later when, on 5 June 1995, Eric Cornell and Carl Wieman of JILA, a programme sponsored by the National Institut of Standards and Technology and the University of Colorado at Boulder, managed to cool a tiny batch of rubidium atoms down to 170 billionths of a degree above absolute zero.18

It had been quite a feat, requiring trapping the atoms in a web of laser light and then magnetic fields. At a certain point, a batch of some 2000 atoms – measuring about 20 microns, about one-fifth the thickness of a single piece of paper – began behaving differently from the cloud of atoms surrounding them, like one smeared-out single entity. Although the atoms were still part of a gas, they were behaving more like the atoms of a solid.

Four months later, Wolfgang Ketterle from  Massachusetts Institute of Technology replicated their experiment, but with a form of sodium, for which he, as well as Cornell and Wieman, won the 2001 Nobel prize.19

Then a few years after that, Ketterle and others like him were able to reproduce the effect with molecules.20

Scientists believed that a form of Einstein and Bose’s theory could account for some of the strange properties they had begun to observe in the subatomic world: superfluidity, when certain fluids can flow without losing energy, or even spontaneously work themselves out of their containers; or superconduction, a similar property of electrons in a circuit. In superfluid or superconductor states, liquid or electricity could theoretically flow at the same pace forever.

Ketterle had discovered another amazing property of atoms or molecules in this state. All the atoms were oscillating in perfect harmony, similar to photons in a laser, which behave like one giant photon, vibrating in perfect rhythm. This organization makes for an extraordinary efficiency of energy. Instead of sending a light about 3 meters, the laser emits a wave 300 million times that far.

Scientists were convinced that a Bose–Einstein condensate was a peculiar property of atoms and molecules slowing down so much that they are almost at rest, when exposed to temperatures only a fraction above the coldest temperatures in the universe.

But then Fritz-Albert Popp and the scientists working with him made the astonishing discovery that a similar property existed in the weak light emanating from organisms. This was not supposed to happen in the boiling inner world of the living thing. What is more, the biophotons he measured from plants, animals and humans were highly coherent. They acted like a single super-powerful frequency, a phenomenon also referred to as ‘superradiance’.

The German biophysicist Herbert Fröhlich had first described a model in which this type of order could be present and play a central role in biological systems. His model showed that, with complex dynamic systems like human beings, the energy within created all sorts of subtle relationships, so that it is no longer discordant.21

Living energy is able to organize to one giant coherent state, with the highest form of quantum order known to nature.

When subatomic particles are said to be ‘coherent’, or ‘ordered’, they become highly interlinked by bands of common electromagnetic fields, and resonate like a multitude of tuning forks all attuned to the same frequency. They stop behaving like anarchic individuals and begin operating like one well- rehearsed marching band.

As one scientist put it, coherence is like comparing the photons of a single 60- watt light bulb to the sun.

Ordinarily, light is extraordinarily inefficient. The intensity of light from a bulb is only about 1 watt per square centimetre of light – because many of the waves made by the photons destructively interfere with and cancel out each other. The light per square centimetre generated by the sun is about 6000 times stronger. But if you could get all the photons of this one small light bulb to become coherent and resonate in harmony with each other, the energy density of the single light bulb would be thousands to millions of times higher than that of the surface of the sun.22

After Popp made his discoveries about coherent light in living organisms, other scientists postulated that mental processes also create Bose–Einstein condensates. British physicist Roger Penrose and his partner, American anaesthetist Stuar Hameroff from the University of Arizona, were in the vanguard of frontier scientists who proposed that the microtubules in cells, which create the basic structure of the cells, were ‘light pipes’ through which disordered wave signals were transformed into highly coherent photons and pulsed through the rest of the body.23

Gary Schwartz had witnessed just this coherent photon stream emanating from the hands of healers. After studying the work of scientists like Popp and Hameroff, he finally had his answer about the source of healing: if thoughts are generated as frequencies, healing intention is well-ordered light.

Gary Schwartz’s creative experiments revealed to me something fundamental about the quantum nature of thoughts and intentions. He and his colleagues had uncovered evidence that human beings are both receivers and transmitters of quantum signals. Directed intention appears to manifest as both electrical and magnetic energy and to produce an ordered stream of photons, visible and measurable by sensitive equipment. Perhaps our intentions also operate as highly  coherent frequencies, changing the very molecular makeup and bonding of matter. Like any other form of coherence in the subatomic world, one well-directed thought might be like a laser light, illuminating without ever losing its power.

I was reminded of an extraordinary  experience Schwartz once had in Vancouver. He had been staying in the penthouse apartment suite of a downtown hotel. He had awakened at 2 a.m., as he often did, and had walked out to the balcony to have a look at the spectacular view of the city to the west, framed by the mountains. He was surprised to see how many hundreds of homes along the peninsula below him still had their lights on.

He wished he had a telescope handy to see what some of the people were doing up at this late hour. But of course, if any of them had their own telescope, they would be able to see him standing there in the nude. An odd thought suddenly came to him of his own naked image flying into each window. But maybe the idea was not so fanciful.

After all, he was emitting a constant stream of biophotons, all travelling at the speed of light; each photon would have travelled 186,000 miles one second later, and 372,000 miles one second after that.

His light was not unlike the photons of visible light emanating from stars in the sky. Much of the light from distant stars has been traveling for millions of years. Starlight contains a star’s individual history. Even if a star had died long before its light reached earth, its information remains, an indelible footprint in the sky.

He then had a sudden image of himself as a ball of energy fields, a little star, glowing with a steady stream of every photon his body had ever produced for more than 50 years.

All the information he had been sending from the time he was a young boy in Long Island, every last thought he had ever had, was still out there, glowing like starlight. Perhaps, I thought, intention was also like a star. Once constructed, a thought radiated out like starlight, affecting everything in its path.

Notes – Chapter 2: The Human Antenna

  1. All personal details about Gary Schwartz and his discoveries result from multiple interviews with him and the author, March–June 2006.
  2. H. Benson et al., ‘Decreased systolic blood pressure through operant conditioning techniques in patients with essential hypertension’, Science, 1971; 173 (3998): 740–2.
  3. E. E. Green, ‘Copper wall research psychology and psychophysics: subtle energies and energy  medicine: emerging theory and practice’, Proceedings, First Annual Conference, International Society for the Stud of Subtle Energies and Energy Medicine (ISSSEEM,) Boulder, Colorado, 21–25 June 1991.
  4. This research was eventually published as G. Schwartz and L. Russek ‘Subtle energies – electrostatic body motion registration and the human antenna-receiver effect: a new method for investigating interpersonal dynamical energy system interactions’, Subtle Energies and Energy Medicine, 1996; 7 (2): 149–84.
  5. E. E. Green et al., ‘Anomalous electrostatic phenomena in exceptional subjects’, Subtle Energies and Energy Medicine, 1993; 2: 69; W. A. Tiller et al., ‘Towards explaining anomalously large body voltage surges on exceptional subjects, Part I: The electrostatic approximation’, Journal of Scientific Exploration, 1995; 9 (3): 331.
  6. William A. Tiller, ‘Subtle energies’, Science & Medicine, 1999, 6 (3): 28–33.
  7. A. Seto et al., ‘Detection of extraordinary large biomagnetic field strength from the human hand during external qi emission’, Acupuncture and Electrotherapeutics Research International, 1992; 17: 75–94; J. Zimmerman, ‘New technologies detect effects in healing hands’, Brain/Mind Bulletin, 1985; 10 (2): 20–3.
  8. B. Grad, ‘Dimensions in “Some biological effects of the laying on o hands” and their implications’, in H. A. Otto and J. W. Knight (eds.) Dimension in Wholistic Healing: New Frontiers in the Treatment of the Whole Person, Chicago: Nelson-Hall, 1979: 199–212.
  9. L. N. Pyatnitsky and V. A. Fonkin, ‘Human consciousness influence on water structure’, Journal of Scientific Exploration, 1995; 9 (1): 89.
  10. G.  Rein  and  R.  McCraty,  ‘Structural   changes in water and DN associated with new physiologically measurable states’, Journal of Scientific Exploration, 1994; 8 (3): 438–9.
  11. W. Tiller would eventually write about the effect of shielding psychics in his book Science and Human Transformation, Walnut Creek, Calif.: Pavior Publishing, 1997: 32.
  12. M. Connor, G. Schwartz et al., ‘Oscillation of amplitude as measured by an extra low frequency magnetic field meter as a biophysical measure of intentionality’. Paper presented at the Toward a Science of Consciousness Conference, Tucson, Arizona, April 2006.
  13. Sicher, Targ et al., ‘A randomized double-blind study’, op. cit.
  14. See McTaggart, The Field, op. cit.: 39, for a full description of F.-A. Popp’s earlier work.
  15. S. Cohen and F.-A. Popp, ‘Biophoton emission of the human body’ Journal of Photochemistry and Photobiology, 1997; 40: 187–9.
  16. K. Creath and G. E. Schwartz, ‘What biophoton images of plants can tel us about biofields and healing’, Journal of Scientific Exploration, 2005; 19 (4): 531–50.
  17. S. N. Bose, ‘Planck’s Gesetz und Lichtquantenhypothese’, Zeitschrift für Physik, 1924; 26: 178–81; A. Einstein, ‘Quantentheorie des einatomigen idealen Gases [Quantum theory of ideal monoatomic gases]’, Sitz. Ber. Preuss. Akad. Wiss. (Berlin), 1925; 23: 3.
  18. C. E. Wieman and E. A. Cornell, ‘Seventy years later: the creation of Bose-Einstein condensate in an ultracold gas’, Lorentz Proceedings, 1999; 52: 3–5.
  19. K. Davis et al., ‘Bose-Einstein condensation in a gas of sodium atoms’ Physical Review Letters, 1995; 75: 3969–73.
  20. M. W. Zwierlein et al., ‘Observation of Bose-Einstein condensation o molecules’, Physical Review Letters, 2003; 91: 250401.
  21. H. Fröhlich, ‘Long range coherence and energy storage in biological systems’, Int. J. Quantum Chem., 1968; II: 641–9.
  22. For this entire example, see Tiller, Science and Human Transformation, op. cit.: 196.
  23. M. Jibu et al., ‘Quantum optical coherence in cytoskeletal microtubules: implications for brain function’, Biosystems, 1994; 32: 195–209; S. R. Hameroff, ‘Cytoplasmic gel states and ordered water: possible roles in biological quantum coherence’, Proceedings of the 2nd Annual Advanced Water Sciences Symposium, Dallas, Texas, 1996.

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The Road to the Rim (full text) in free HTML by A. Bertram Chandler

When I was a young teenager, I voraciously read science fiction stories like they were going out of style. I couldn’t help myself. I loved the adventure. I loved the stories about outer space. I loved exploration, and shiny metal mechanisms. I loved to hear the heroes get in and out of their particular predicaments. And as such, I read all the “classics”, from anthologies to Heinlein, Bradbury, Asimov, and many others. One of my favorites (alongside my collection of Doc Savage books) was the hundreds of stories by A. Bertram Chandler and his John Grimes saga.

This was around the time of Star Trek (the first season) and before Star Wars or any of the subsequent movies. Boys like myself read these adventure yarns and imagined that we commanded those slick needle-shaped silver rockets and plied the depths of space.

The idea of a “space opera” during the 1960’s and 1970’s was one in which a lone person would explore the heavens as part of some kind of military or merchant marine operation. It was short in space battles and infra-cannons, phasers, and photon-torpedoes. But long on adventure, inter-personal relationships and situational conflicts. I ate it up.

A. Bertram Chandler

A. Bertram Chandler wrote over 40 novels and 200 works of short fiction.

“He writes his stories in the middle of a hurricane with his typewriter lashed to his desk.” 

– John W. Campbell, legendary editor of Astounding Science Fiction

Chandler’s descriptions of life aboard spaceships and the relationships between members of the crew en route derive from his experience on board seagoing ships and thus carry a feeling of realism rarely found with other writers.

He was most well known for his Rim World series and John Grimes novels, both of which have a distinctly naval flavor. In the latter, Chandler’s principal hero John Grimes is an enthusiastic sailor who has occasional adventures on the oceans of various planets.

In the books, there is a repeated reference to an obsolete type of magnetically powered spaceship known as the “Gaussjammer”, remembered nostalgically by “old timers” – which is modeled on the Windjammer.

Chandler made heavy use of the parallel universe plot device throughout his career, with many Grimes stories involving characters briefly crossing over into other realities.

In his ironic short story "The Cage", a band of shipwrecked humans wandering naked in the jungles of a faraway planet are captured by aliens and placed in a zoo, where, failing in all their efforts to convince their captors that they are intelligent, some are dissected. Eventually they become resigned to captivity and adopt a small local rodent as a pet, placing him in a wicker cage. Seeing this, their captors apologize for the mistake and repatriate them to Earth, remarking that "only intelligent creatures put other creatures in cages".

Sex is frequent in Chandler’s books, often in free fall. Women on board are typically pursers or passengers; far less often are they regular officers in the chain of command. Chandler’s protagonists are quite prone to affairs and promiscuous behavior, but are also shown falling in love and undertaking long-lasting, harmonious marriages.

The combination of science fiction, life as a starship caption, adventure and sexy relationships in parallel universes was addictive to me. I couldn’t put these books down, and often I would find myself exploring old second-hand booksellers searching for a new and unread Chandler book.

Commander Grimes

"SF's answer to Horatio Hornblower." --Publishers Weekly

Pipe-smoking, action-loving spaceship commander John Grimes (think Captain Kirk with more of a navy, salty attitude) retires from heroic days in Earth’s space navy only to be immediately thrown into adventures on the remote edge of known space…

"As Asimov chronicled the Foundation, as Heinlein built his Future History, so Chandler constructs the epic of the Rim Worlds." --Analog

This is the very first book in the John Grimes story / saga. Please enjoy it as much as I have.

The Road to the Rim

The Road to the Rim.
The Road to the Rim.

Lieutenant John Grimes of the Federation Survey Service: fresh out of the Academy-and as green as they come!

“What do you think you’re playing at?”

“Captain,” said Wolverton, “I can no more than guess at what you intend to do-but I have decided not to help you do it.”

“Give me the initiator, Wolverton. That’s an order!

“A lawful command, Captain? As lawful as those that armed this ship?” “Hold him, Grimes!”

. . . They hung there, clinging to each other, but more in hate than in love. Wolverton’s back was to the machine; he could not see, as could Grimes, that there was an indraught of air into the shimmering, spinning  complexity. Grimes felt the beginnings of panic . . . all that mattered was that there was nothing to prevent him and Wolverton from being drawn into the machine . . . .Violently Grimes shoved away. To the action, there was a reaction . . .

When he had finished retching, Grimes forced himself to look again at the slimy, bloody obscenity that was a man turned inside out-heart still beating, intestines still writhing . . .

I

HIS UNIFORM was new, too new, all knife-edged creases, and the braid and buttons as yet un-dimmed by time. It sat awkwardly upon his chunky

body-and even more awkwardly his big ears protruded from under the cap that was set too squarely upon his head. Beneath the shiny visor his eyes were gray (but not yet hard), and his face, for all its promise of strength, was as yet unlined, had yet to lose its immature softness. He stood at the foot of the ramp by which he had disembarked from the transport that had carried him from the Antarctic Base to Port Woomera, looking across the silver towers that were the ships, interplanetary and interstellar, gleaming in the desert. The westering sun was hot on his back, but he did not notice the discomfort. There were the ships, the real ships-not obsolescent puddle-jumpers like the decrepit cruiser in which he, with the other midshipmen of his class, had made the training cruise to the moons of Saturn. There were the ships, the star ships, that span their web of commerce from Earth to the Centaurian planets, to the Cluster Worlds, to the Empire of Waverley, to the Shakespearian Sector and beyond.

(But they’re only merchantmen, he thought, with a young man’s snobbery.) He wondered in which one of the vessels he would be taking passage.

Merchantman or not, that big ship, the one that stood out from her

neighbors like a city skyscraper among village church steeples, looked a likely enough craft. He pulled the folder containing his orders from his inside breast pocket, opened it, read (not for the second time, even), the

relevant page.

. . . you are to report on board the Interstellar Transport Commission’s Delta Orionis . . .

He was not a spaceman yet, in spite of his uniform, but he knew the Commission’s system of nomenclature. There was the Alpha class, and the Beta class, and there were the Gamma and Delta classes. He grinned wryly. His ship was one of the smaller ones. Well, at least he would not be traveling to Lindisfarne Base in an Epsilon class tramp.

Ensign John Grimes, Federation Survey Service, shrugged his broad shoulders and stepped into the ground car waiting to carry him and his baggage from the airport to the spaceport.

II

GRIMES LOOKED at the officer standing just inside Delta Orionis’ airlock, and she looked at him. He felt the beginnings of a flush spreading over his face, a prickling of the roots of his close-cropped hair, and felt all the more embarrassed by this public display of his embarrassment. But spaceborn female officers, at this time, were almost as scarce as hens’ teeth in the Survey Service-and such few as he had met all looked as though they shared a common equine ancestry. It was all wrong, thought Grimes. It was unfair that this girl (this attractive girl) should already be a veteran of interstellar voyages while he, for all his uniform and commission, should be embarking upon his first, his very first trip outside the bounds of the Solar System. He let his glance fall from her face (but not without reluctance), to the braid on her shoulderboards. Gold on a white facing. So it wasn’t too bad. She was only some sort of paymaster-or, to use Merchant Service terminology, only some sort of purser.

She said, her clear, high voice almost serious, “Welcome aboard the Delia O’Ryan, Admiral.”

“Ensign,” corrected Grimes stiffly. “Ensign Grimes . . .”

  • . . . of the Federation Survey Service,” she finished for him. “But you are all potential admirals.” There was the faintest of smiles flickering upon her full lips, a barely discernible crinkling at the corners of her eyes. Her brown eyes, thought Grimes. Brown eyes, and what I can see of her hair under that cap seems to be auburn . . .

She glanced at her wristwatch. She told him, her voice now crisp and businesslike, “We lift ship in precisely ten minutes’ time, Ensign.”

“Then I’d better get my gear along to my cabin, Miss . . . ?”

“I’ll look after that, Mr. Grimes. Meanwhile, Captain Craven sends his compliments and invites you to the Control Room.”

“Thank you.” Grimes looked past and around the girl, trying to discover for himself the door that gave access to the ship’s axial shaft. He was determined not to ask.

“It’s labeled,” she told him with a faint smile. “And the cage is waiting at

this level. Just take it up as far as it goes, then walk the rest. Or do you want a pilot?”

“I can manage,” he replied more coldly than he had intended, adding, “thank you.” He could see the sign over the door now. It was plain enough. AXIAL SHAFT. So was the button that he had to press to open the door-but the girl pressed it for him. He thanked her again-and this time his coldness was fully intentional-and stepped into the cage. The door slid shut behind him. The uppermost of the studs on the elevator’s control panel was marked CAPTAIN’S DECK. He pushed it, then stood there and watched the lights flashing on the panel as he was swiftly lifted to the nose of the ship.

When he was carried no further he got out, found himself on a circular walk surrounding the upper extremity of the axial shaft. On the outside of the shaft itself there was a ladder. After a second’s hesitation he climbed it, emerged through a hatch into the control room.

It was like the control room of the cruiser in which he had made his training cruise-and yet subtly (or not so subtly), unlike it. Everything- but so had it been aboard the Survey Service vessel-was functional, but there was an absence of high polish, of polishing for polishing’s sake. Instruments gleamed-but it was the dull gleam that comes from long and continual use, and matched the dull gleam of the buttons and rank marks on the uniforms of the officers already seated at their stations, the spacemen to whom, after all, a uniform was no more (and no less), than an obligatory working rig.

The big man with the four gold bars on each shoulder half turned his head as Grimes came up through the hatch. “Glad to have you aboard, Ensign,” he said perfunctorily. “Grab yourself a seat-there’s a spare one alongside the Mate’s. Sorry there’s no time for introductions right now. We’re due to get upstairs.”

“Here!” grunted one of the officers.

Grimes made his way to the vacant acceleration chair, dropped into it, strapped himself in. While he was so doing he heard the Captain ask, “All secure, Mr. Kennedy?”

“No, sir.”

“Then why the hell not?”

“I’m still waiting for the purser’s report, sir.”

“Are you?” Then, with a long-suffering sigh, “I suppose she’s still tucking some passenger into her-or his-bunk . . . .”

“She could still be stowing some passenger’s gear, sir,” contributed Grimes. “Mine,” he added.

“Indeed?” The Captain’s voice was cold and elaborately uninterested. Over the intercom came a female voice. “Purser to Control. All secure

below.”

“And bloody well time,” grumbled the shipmaster. Then, to the officer at the transceiver, “Mr. Digby, kindly obtain clearance.”

“Obtain clearance, sir,” acknowledged that young man brightly. Then, into his microphone, “Delta Orionis to Port Control. Request clearance to lift ship. Over.”

“Port Control to Delta Orionis. You may lift. Bon voyage. Over.” “Thank you, Port Control. Over and out.”

Then the ship was throbbing to the rhythmic beat of her Inertial Drive, and Grimes felt that odd sense of buoyancy, of near weightlessness, that persisted until the vessel broke contact with the ground-and then the still gentle acceleration induced the reverse effect. He looked out through the nearest viewport. Already the ocher surface of the desert, streaked by the long, black shadows of ships and spaceport buildings, was far below them, with the vessels and the immobile constructions looking like toys, and one or two surface vehicles like scurrying insects. Far to the north, dull-ruddy against the blue of the sky, there was a sandstorm. If that sky were darker, thought Grimes, this would look like Mars, and the mental comparison reminded him that he, too, was a spaceman, that he, too, had been around (although only within the bounds of Sol’s planetary system). Even so, he was Survey Service, and these others with him in Control were only merchant officers, fetchers and carriers, interstellar coach and truck drivers. (But he envied them their quiet competency.)

Still the ship lifted, and the spaceport below her dwindled, and the land horizon to the north and the now visible sea horizon to the south began to display the beginnings of curvature. Still she lifted, and overhead the sky was dark, and the first bright stars, Sirius and Canopus, Alpha and Beta Centauri, were sparkling there, beckoning, as they had beckoned for ages immemorial before the first clumsy rocket clambered heavenward up the ladder of its own fiery exhaust, before the first airplane spread its flimsy wings, before the first balloon was lifted by the hot, expanding gases from its airborne furnace . . . .

“Mr. Grimes,” said the Captain suddenly, his voice neither friendly nor unfriendly.

“Sir?”

“We lift on I.D. until we’re clear of the Van Allens.”

“I know, sir,” said Grimes-then wished that he could unsay the words. But it was too late. He was conscious of the shipmaster’s hostile silence, of the amused contempt of the merchant officers. He shrank into his chair, tried to make himself as inconspicuous as possible. The ship’s people talked among themselves in low voices, ignoring him. They allowed themselves a period  of relaxation, producing and lighting cigarettes. Nobody offered the Ensign one.

Sulkily he fumbled for his pipe, filled it, lighted it. The Chief Officer coughed with quite unnecessary vigor. The Captain growled, “Put that out, please,” and muttered something about stinking out the control room. He,

himself, was puffing at a villainous black cigar.

The ship lifted, and below her the Earth was now a great sphere,

three-quarters in darkness, the line of the terminator drawn across land masses, cloud formations and oceans. City lights twinkled in the gloom like star clusters, like nebulae. In a quiet voice an officer was calling readings from the radar altimeter.

To the throbbing of the Inertial Drive was added the humming, shrilling to a whine, of the directional gyroscopes as the ship turned about her short axis hunting the target star. The pseudo-gravity of centrifugal force was at an odd angle to that of acceleration-and the resultant was at an odder angle still. Grimes began to feel sick-and was actually thankful that the Captain had made him put his pipe out. Alarm bells sounded, and then somebody was saying over the intercom. “Prepare for acceleration. Prepare for acceleration. Listen for the countdown.”

The countdown. Part of the long tradition of space travel, a hangover from the days of the first, unreliable rockets. Spaceships still used rockets-but only as auxiliaries, as a means of delivering thrust in a hurry, of building up acceleration in a short time.

At the word Zero! the Inertial Drive was cut and, simultaneously, the Reaction Drive flared into violent life. The giant hand of acceleration bore down heavily upon all in the ship-then, suddenly, at a curt order from the Captain, lifted.

Grimes became aware of a thin, high keening, the song of the

ever-precessing gyroscopes of the Mannschenn Drive. He knew the theory of it-as what spaceman did not?-although the mathematics of it were beyond the comprehension of all but a handful of men and women. He knew what was happening, knew that the ship, now that speed had been built up, was, as one of his instructors had put it, going ahead in space and astern in  time. He felt, as he had been told that he would feel, the uncanny  sensation of d‚j… vu, and watched the outlines of the control room and of every person and instrument in the compartment shift and shimmer, the colors sagging down the spectrum.

Ahead, the stars were pulsating spirals of opalescence, astern, Earth and Moon were frighteningly distorted, uncanny compromises between the sphere and the tesseract. But this was no more than the merest subliminal glimpse; in the twinkling of an eye the Home Planet and her daughter were no more than dust motes whirling down the dark dimensions.

The Captain lit a fresh cigar. “Mr. Kennedy,” he said, “you may set normal Deep Space watches.” He turned to Grimes. His full beard almost hid his expression, that of one performing a social duty with no enthusiasm. “Will you join me in my day cabin, Ensign?”

“It will be my pleasure, sir,” lied Grimes. III

HANDLING HIS BIG BODY with easy grace in the Free Fall conditions, the Captain led the way from the control room. Grimes followed slowly and

clumsily, but with a feeling of great thankfulness that after his training cruise he was no longer subject to spacesickness. There were drugs, of course, and passengers used them, but a spaceman was expected to be independent of pharmaceutical aids. Even so, the absence of any proper “up” or “down” bothered him more than he cared to admit.

The shipmaster slid open the door to his accommodation, motioned to Grimes to enter, murmuring sardonically, “Now you see how the poor live.” The so-called poor, thought Grimes, didn’t do at all badly. This Deep Space sitting room was considerably larger than the day cabin of the Survey Service cruiser’s Captain had been. True, it was also shabbier-but it was far more comfortable. Its decorations would never have been approved aboard a warship, were obviously the private property of the Master. There were a full dozen holograms on the bulkhead, all of them widely differing but all of them covering the same subject matter. Not that the subject matter was covered.

“My harem,” grunted the Captain. “That one there, the redhead, I met on Caribbea. Quite a stopover that was. The green-haired wench-and you can see that it’s not a dye job, although I’ve often wondered why women can’t be thorough- isn’t human, of course. But indubitably humanoid, and indubitably mammalian. Belongs to Brrrooonooorrrooo-one of the worlds of the Shaara Empire. The local Queen Mother offered to sell Lalia-that’s her name-to me for a case of Scotch. And I was tempted . . .” He sighed. “But you Service Survey types aren’t the only ones who have to live by Regulations.”

Grimes said nothing, tried to hide his interest in the art gallery.

“But take a pew, Ensign. Spit on the mat and call the cat a bastard-this is Liberty Hall.”

Grimes pulled himself to one of the comfortable chairs, strapped himself in. He said lamely, “I don’t see any cat, sir.”

“A figure of speech,” growled the Captain, seating himself next to what looked like a drink cabinet. “Well, Mr. Grimes, your Commandant at the Academy, Commodore Bradshaw, is an old friend and shipmate of mine. He said that you were a very promising young officer”-like a balloon in a comic strip the unspoken words, “God knows why,” hung between them-“and asked me to keep an eye on you. But I have already gained the impression that there is very little that a mere merchant skipper such as myself will be able to teach you.”

Grimes looked at the bulky figure seated opposite him, at the

radiation-darkened skin of the face above the black, silver-streaked beard, at the fiercely jutting nose, at the faded but bright and intelligent blue eyes, the eyes that were regarding him with more than a hint of amused contempt. He blushed miserably as he recalled his brash, “I know, sir,” in this man’s own control room. He said, with an effort, “This is my first Deep Space voyage, sir.”

“I know.” Surprisingly the Captain chuckled-and as though to celebrate this minor scoring over his guest opened the liquor cabinet. “Pity to have to

suck this excellent Manzanila out of a bulb-but that’s one of the hardships of Free Fall. Here!” He tossed a little pear-shaped container to Grimes, kept one for himself. “Your health, Ensign!”

“And yours, sir.”

The wine was too dry for Grimes’ taste, but he made a pretense of enjoying it. He was thankful that he was not asked to have a second drink. Meanwhile, his host had pulled a typewritten sheet from a drawer of his desk and was looking at it. “Let me see, now . . . You’re in cabin 15, on D Deck. You’ll be able to find your own way down, won’t you?”

Grimes said that he would and unbuckled his lapstrap. It was obvious that the party was over.

“Good. Now, as an officer of the Survey Service you have the freedom of the control room and the engine rooms . . . . “

“Thank you, sir.”

“Just don’t abuse the privilege, that’s all.”

After that, thought Grimes, I’m not likely to take advantage of it, let alone abuse it. He let himself float up from his chair, said, “Thank you, sir.” (For the drink, or for the admonition? What did it matter?) “I’ll be getting down to my cabin, sir. I’ve some unpacking to do.”

“As you please, Mr. Grimes.”

The Captain, his social duty discharged, had obviously lost interest in his guest. Grimes let himself out of the cabin and made his way, not without difficulty, to the door in the axial shaft. He was surprised at the extent to which one not very large drink had interfered with the control of his body in Free Fall. Emerging from the elevator cage on D Deck he stumbled, literally, into the purser. “Let go of me,” she ordered, “or I shall holler rape!”

That, he thought, is all I need to make this trip a really happy one. She disengaged herself, moved back from him, her slim, sandaled feet,

magnetically shod, maintaining contact with the steel decking, but

gracefully, with a dancing motion. She laughed. “I take it that you’ve just come from a home truth session with B.B.”

“B.B.?”

“The Bearded Bastard. But don’t take it too much to heart. He’s that way with all junior officers. The fact that you’re Survey Service is only incidental.”

“Thank you for telling me.”

“His trouble,” she went on. “His real trouble is that he’s painfully shy.” He’s not the only one, thought Grimes, looking at the girl. She seemed

even more attractive than on the occasion of their first meeting. She had changed into shorts-and-shirt shipboard uniform-and she was one of the

rare women who could wear such a rig without looking lumpy and clumpy. There was no cap now to hide her hair-smooth, lustrous, with coppery glints, with a straight white part bisecting the crown of her finely shaped head.

She was well aware of his scrutiny. She said, “You must excuse me, Ensign. I have to look after the other customers. They aren’t seasoned spacemen like you.”

Suddenly bold, he said, “But before you go, what is your name?”

She smiled dazzlingly. “You’ll find a list of all ship’s personnel posted in your cabin. I’m included.” Then she was gone, gliding rapidly around the curve of the alleyway.

He looked at the numbers over the cabin doors, outboard from the axial shaft, making a full circuit of that hollow pillar before he realized that this was only the inner ring, that he would have to follow one of the radial alleyways to reach his own accommodation. He finally found No. 15 and let himself in.

His first action was to inspect the framed notices on the bulkhead.

I.S.S. Delta Orionis, he read. Captain J. Craven, O.G.S., S.S.R.

So the Old Man held a Reserve commission. And the Order of the Golden Star was awarded for something more than good attendance.

Mr. P. Kennedy, Chief Officer.

He ignored the other names on the list while he searched for one he wanted. Ah, here it was.

Miss Jane Pentecost, Purser.

He repeated the name to himself, thinking that, despite the old play on words, this Jane was not plain. (But Janes rarely are.) Jane Pentecost . . . Then, feeling that he should be showing some professional interest, he acquainted himself with the names of the other members of the ship’s crew. He was intrigued by the manning scale, amazed that such a large vessel, relatively speaking, could be run by such a small number of people. But this was not a warship; there were no weapons to be manned, there would never be the need to put a landing party ashore on the surface of a hostile planet. The Merchant Service could afford to automate, to employ machinery in lieu of ratings. The Survey Service could not.

Virtuously he studied the notices dealing with emergency procedures, ship’s routine, recreational facilities and all the rest of it, examined with care the detailed plan of the ship. Attached to this was a card, signed by the  Master, requesting passengers to refrain, as much as possible, from using the elevator in the axial shaft, going on to say that it was essential, for the good of their physical health, that they miss no opportunity for taking exercise. (In a naval vessel, thought Grimes, with a slight sneer, that  would not be a request-it would be an order. And, in any case, there would

be compulsory calisthenics for all hands.)

He studied the plan again and toyed with the idea of visiting the bar before dinner. He decided against it; he was still feeling the effects of the drink that the Captain had given him. So, to pass the time, he unpacked slowly and carefully, methodically stowing his effects in the drawers under the bunk. Then, but not without reluctance, he changed from his uniform into his one formal civilian suit. One of the officer-instructors at the Academy had advised this. “Always wear civvies when you’re traveling as passenger. If you’re in uniform, some old duck’s sure to take you for one of the ship’s officers and ask you all sorts of technical questions to which you don’t know the answers.”

While he was adjusting his frilled cravat in front of the mirror the sonorous notes of a gong boomed from the intercom.

IV

THE DINING SALOON was much more ornate than the gunroom of that training cruiser had been, and more ornate than her wardroom. The essentials were the same, of course, as they are in any ship-tables and chairs secured to the deck, each seat fitted with its strap so that the comforting pressure of buttocks on padding could give an illusion of gravity. Each table was covered with a gaily colored cloth-but beneath the fabric there was the inevitable stainless steel to which the stainless steel service would be held by its own magnetic fields. But what impressed Grimes was the care that had been taken, the ingenuity that had been exercised to make this compartment look like anything but part of a ship.

The great circular pillar of the axial shaft was camouflaged by trelliswork, and the trelliswork itself almost hidden by the luxuriance of some

broad-level climbing plant that he could not identify. Smaller pillars were similarly covered, and there was a further efflorescence of living decoration all around the circular outer wall-the wall that must be the inner skin of the ship. And there were windows in this wall. No, Grimes decided, not windows, but holograms. The glowing, three dimensional pictures presented and maintained the illusion that this was a hall set in the middle of some great park. But on what world? Grimes could not say. Trees, bushes and flowers were unfamiliar, and the color of the sky subtly strange.

He looked around him at his fellow diners, at the dozen passengers and the ship’s officers, most of whom were already seated. The officers were in  neat undress uniform. About half the male passengers were, like himself, formally attired; the others were sloppy in shorts and shirts. But this was the first night out and some laxity was allowable. The women, however, all seemed to have decided to outshine the glowing flowers that flamed outside the windows that were not windows.

There was the Captain, unmistakable with his beard and the shimmering rainbow of ribbons on the left breast of his blouse. There were the passengers at his table-the men inclined to portliness and pomposity, their women sleek and slim and expensive looking. Grimes was relieved to see that there was no vacant place-and yet, at the same time, rather hurt. He knew that he was only an Ensign, a one-ringer, and a very new Ensign at

that-but, after all, the Survey Service was the Survey Service.

He realized that somebody was addressing him. It was a girl, a small, rather chubby blonde. She was in uniform-a white shirt with black shoulder-boards, each bearing a narrow white stripe, sharply creased slacks, and black, highly polished shoes. Grimes assumed, correctly, that

she was a junior member of the purser’s staff. “Mr. Grimes,” she said, “will you follow me, please? “You’re at Miss Pentecost’s table.”

Willingly he followed the girl. She led him around the axial shaft to a table for four at which the purser with two passengers, a man and a woman, was already seated. Jane Pentecost was attired as was his guide, the severity of her gold-trimmed black and white in pleasing contrast to the pink and blue frills and flounces that clad the other woman, her slenderness in still more pleasing contrast to the other’s untidy plumpness.

She smiled and said pleasantly, “Be seated, Admiral.”

“Admiral?” asked the man at her left, unpleasantly incredulous. He had, obviously, been drinking. He was a rough looking customer, in spite of the attempt that he had made to dress for dinner. He was twice the Ensign’s age, perhaps, although the heavily lined face under the scanty sandy hair made him look older. “Admiral?” He laughed, revealing irregular yellow teeth. “In what? The Space Scouts?”

Jane Pentecost firmly took control. She said, “Allow me to introduce Ensign Grimes, of the Survey Service . . .”

“Survey Service . . . Space Scouts . . . S.S . . . . What’s the difference?” “Plenty!” answered Grimes hotly.

The purser ignored the exchange. “Ensign, this is Mrs. Baxter . . . .” “Pleased to meet you, I’m sure,” simpered the woman.

“And Mr. Baxter.”

Baxter extended his hand reluctantly and Grimes took it reluctantly. The amenities observed, he pulled himself into his seat and adjusted his lapstrap. He was facing Jane Pentecost. The man was on his right, the woman on his left. He glanced first at her, then at her husband, wondering how to start and to maintain a conversation. But this was the purser’s table, and this was her responsibility.

She accepted it. “Now you’re seeing how the poor live, Admiral,” she remarked lightly.

Grimes, taking a tentative sip from his bulb of consomm‚, did not think that the self-styled poor did at all badly, and said as much. The girl grinned and told him that the first night out was too early to draw conclusions. “We’re still on shoreside meat and vegetables,” she told him, “and you’ll not be getting your first taste of our instant table wine until tomorrow. Tonight we wallow in the unwonted luxury of a quite presentable Montrachet. When we start living on the produce of our own so-called farm, washing it down with our own reconstituted plonk, you’ll see the difference.”

The Ensign replied that, in his experience, it didn’t matter if food came from tissue-culture vats or the green fields of Earth-what was important was the cook.

“Wide experience, Admiral?” she asked sweetly.

“Not very,” he admitted. “But the gunroom cook in my last ship couldn’t boil water without burning it.”

Baxter, noisily enjoying his dinner, said that this preoccupation with food and drink was symptomatic of the decadence of Earth. As he spoke his knife grated unpleasantly on the steel spines that secured his charcoal broiled steak to the surface of his plate.

Grimes considered inquiring if the man thought that good table manners were also a symptom of decadence, then thought better of it. After all, this was not his table. Instead, he asked, “And where are you from, Mr. Baxter?”

“The Rim Worlds, Mr. Grimes. Where we’re left to sink or swim-so we’ve no time for much else than keeping ourselves afloat.” He sucked noisily from his bulb of wine. “Things might be a little easier for us if your precious Survey Service did something about keeping the trade routes open.”

“That is our job,” said Grimes stiffly. “And we do it.”

“Like hell! There’s not a pirate in the Galaxy but can run rings around you!” “Practically every pirate has been hunted down and destroyed,” Grimes told

him coldly.

“Practically every pirate, the man says! A few small-time bunglers, he means!”

“Even the notorious Black Bart,” persisted Grimes.

“Black Bart!” Baxter, spluttering through his full mouth, gestured with his laden fork at Grimes. “Black Bart! He wasn’t much. Once he and that popsy of his split brass rags he was all washed up. I’m talkin’ about the real pirates, the ones whose ships wear national colors instead o’ the Jolly Roger, the ones that your precious Survey Service daren’t say boo to. The ones who do the dirty work for the Federation.”

“Such as?” asked Grimes frigidly.

“So now you’re playin’ the bleedin’ innocent. Never heard o’ the Duchy o’ Waldegren, Mr. Ensign Grimes?”

“Of course. Autonomous, but they and the Federation have signed what’s called a Pact of Perpetual Amity.”

“Pretty words, ain’t they? Suppose we analyze them. Suppose we analyze by analogy. D’yer know much about animals, Mr. Ensign Grimes?”

“Animals?” Grimes was puzzled. “Well, I suppose I do know something. I’ve taken the usual courses in xenobiology . . . .”

“Never mind that. You’re a Terry. Let’s confine ourselves to a selection of yer own Terran four-footed friends.”

“What the hell are you driving at?” flared Grimes, losing his temper. He threw an apologetic glance in Jane Pentecost’s direction, saw that she was more amused than shocked.

“Just think about a Pact of Perpetual Amity between an elephant and a tom cat,” said Baxter. “A fat an’ lazy elephant. A lean, scrawny, vicious tom cat. If the elephant wanted to he could convert that cat into a fur bedside rug just by steppin’ on him. But he doesn’t want to. He leaves the cat alone, just because the cat is useful to him. He does more than just leave him alone. He an’ this feline pull out their pens from wherever they keep ’em an’ sign their famous Pact.

“In case you haven’t worked it out for yourself, the elephant’s the Federation, and the tom cat’s the Duchy of Waldegren.”

“But why?” asked Grimes. “Why?”

“Don’t they teach you puppies any interstellar politics? Or are those courses reserved for the top brass? Well, Mr. Grimes, I’ll tell you. There’s one  animal that has the elephant really worried. Believe it or not, he’s scared o’ mice. An’ there’re quite a few mice inside the Federation, mice that make the elephant nervous by their rustlings an’ scurryings an’ their squeaky demands for full autonomy. That’s where the cat comes in. By his free use of his teeth an’ claws, by his very presence, he keeps the mice quiet.”

“And just who are these famous mice, Mr. Baxter?” asked Grimes.

“Don’t they teach you nothin’ in your bleedin’ Academy? Well, I’ll tell you.  In our neck o’ the woods, the mice are the Rim Worlds, an’ the tom cat, as I’ve already made clear, is the Duchy o’ Waldegren. The Duchy gets away with murder-murder an’ piracy. But accordin’ to the Duchy, an accordin’ to your big, stupid elephant of a Federation, it’s not piracy. It’s-now, lemme see, what fancy words have been used o’ late? Contraband Control. Suppression of Espionage. Violation of the Three Million Mile Limit. Every time that there’s an act of piracy there’s some quote legal unquote excuse for it, an’ it’s upheld by the Federation’s tame legal eagles, an’ you Survey Service sissies just sit there on your big, fat backsides an’ don’t lift a pinkie against your dear, murderous pals, the Waldegrenese. If you did, they send you screaming back to Base, where some dear old daddy of an Admiral’d spank your little plump bottoms for you.”

“Please, Mr. Baxter!” admonished Jane Pentecost.

“Sorry, Miss. I got sort of carried away. But my young brother was Third Reaction Drive Engineer of the old Bunyip when she went missing. Nothin’ was ever proved-but the Waldegrenese Navy was holdin’ fleet maneuvers in the sector she was passin’ through when last heard from. Oh, they’re cunnin’ bastards. They’ll never go for one o’ these ships, or one of the Trans-Galactic Clippers; it’ll always be some poor little tramp that nobody’ll ever miss but the friends an’ relatives o’ the crew. And, I suppose, the underwriters-but Lloyds makes such a packet out o’ the ships that don’t get lost that they can well afford to shell out now an’ again. Come to that, it

must suit ’em. As long as there’re a few ‘overdues’ an’ ‘missings’ they can keep the premiums up.”

“But I still can’t see how piracy can possibly pay,” protested Grimes.

“O’ course it pays. Your friend Black Bart made it pay. An’ if you’re goin’ to all the expense of building and maintaining a war fleet, it might just as well earn its keep. Even your famous Survey Service might show a profit if you were allowed to pounce on every fat merchantman who came within range o’ your guns.”

“But for the Federation to condone piracy, as you’re trying to make out . . . That’s utterly fantastic.”

“If you lived on the Rim, you might think different,” snarled Baxter. And Jane Pentecost contributed, “Not piracy. Confrontation.”

V

AS SOON AS the meal was finished the Baxters left rather hastily to make their way to the bar, leaving Grimes and Jane Pentecost to the leisurely enjoyment of their coffee. When the couple was out of earshot Grimes remarked, “So those are Rim Worlders. They’re the first I’ve met.”

“They’re not, you know,” the girl told him.

“But they are. Oh, there are one or two in the Survey Service, but I’ve never run across them. Now I don’t particularly want to.”

“But you did meet one Rim Worlder before you met the Baxters.” “The Captain?”

She laughed. “Don’t let him hear you say that-not unless you want to take a space walk without a suit!”

“Then who?”

“Who could it be, Admiral? Whom have you actually met, to talk to, so far in this ship? Use your crust.”

He stared at her incredulously. “Not you?”

“Who else?” She laughed again, but with a touch of bitterness. “We aren’t all like our late manger companions, you know. Or should know. Even so, you’d count yourself lucky to have Jim Baxter by your side in any real jam.  It boils down to this. Some of us have acquired veneer. Some of us haven’t. Period.”

“But how did you . . . ?” He groped for words that would not be offensive to conclude the sentence.

“How did I get into this galley? Easily enough. I started my spacefaring career as a not very competent Catering Officer in Jumbuk, one of the Sundowner Line’s more ancient and decrepit tramps. I got sick in Elsinore. Could have been my own cooking that put me in the hospital. Anyhow, I

was just about recovered when the Commission’s Epsilon Serpentis blew in-and she landed her purser with a slightly broken leg. She’d learned the hard way that the Golden Rule-stop whatever you’re doing and secure

everything when the acceleration warning sounds-is meant to be observed. The Doctor was luckier. She broke his fall . . . .” Grimes was about to ask what the Doctor and the purser had been doing, then was thankful that he had not done so. He was acutely conscious of the crimson blush that burned the skin of his face.

“You must realize,” said the girl dryly, “that merchant vessels with mixed crews are not monastic institutions. But where was I? Oh, yes. On Elsinore. Persuading the Master of the Snaky Eppy that I was a fit and proper person to take over his pursering. I managed to convince him that I was at least proper-I still can’t see what my predecessor saw in that lecherous old goat of a quack, although the Second Mate had something . . . .” Grimes felt a sudden twinge of jealousy. Anyhow, he signed me on, as soon as I agreed to waive repatriation.

“It was a long voyage; as you know, the Epsilon class ships are little better than tramps themselves. It was a long voyage, but I enjoyed it- seeing all the worlds that I’d read about and heard about and always wanted to visit. The Sundowner Line doesn’t venture far afield-just the four Rim Worlds, and now and again the Shakespearian Sector, and once in a blue moon one of the drearier planets of the Empire of Waverley. The Commission’s tramps,  of course, run everywhere.

“Anyhow, we finally berthed at Woomera. The Old Man must have put in a good report about me, because I was called before the Local Superintending Purser and offered a berth, as a junior, in one of the Alpha class liners. Alpha Centauri, if you must know. She was on the Sol-Sirius service.  Nothing very glamorous in the way of ports of call, but she was a fine ship, beautifully kept, efficiently run. A couple of years there knocked most of the sharp corners off me. After that-a spell as Assistant Purser of Beta Geminorum. Atlanta, Caribbea Carinthia and the Cluster Worlds. And then my first ship as Chief Purser. This one.”

One of Jane’s girls brought them fresh bulbs of coffee and ampoules of a sweet, potent liqueur. When she was gone Grimes asked, “Tell me, what are the Rim Worlds like?”

She waited until he had applied the flame of his lighter to the tip of her long, thin cigar, then answered, “Cold. Dark. Lonely. But . . . they have something. The feeling of being on a frontier. The frontier. The last frontier.”

“The frontier of the dark . . .” murmured Grimes.

“Yes. The frontier of the dark. And the names of our planets. They have something too. A . . . poetry? Yes, that’s the word. Lorn, Ultimo, Faraway and Thule . . . And there’s that night sky of ours, especially at some times of the year. There’s the Galaxy-a great, dim-glowing lenticulate nebula, and the rest is darkness. At other times of the year there’s only the darkness, the blackness that’s made even more intense by the sparse, faint stars that are the other Rim Suns, by the few, faint luminosities that are the distant

island universes that we shall never reach . . . .”

She shivered almost imperceptibly. “And always there’s that sense of being on the very edge of things, of hanging on by our fingernails with the abyss of the eternal night gaping beneath us. The Rim Worlders aren’t a spacefaring people; only a very few of us ever get the urge. It’s analogous, perhaps, to your Maoris-I spent a leave once in New Zealand and got interested in the history of the country. The Maoris come of seafaring stock. Their ancestors made an epic voyage from their homeland paradise to those rather grim and dreary little islands hanging there, all by themselves, in the cold and stormy Southern Ocean, lashed by frigid gales sweeping up from the Antarctic. And something-the isolation? the climate?-killed the wanderlust that was an essential part of the makeup of their race. You’ll find very few Maoris at sea-or in space-although there’s no dearth of Polynesians from the home archipelagoes aboard the surface ships serving the ports of the Pacific. And there are quite a few, too, in the Commission’s ships . . . .”

“We have our share in Survey Service,” said Grimes. “But tell me, how do you man your vessels? This Sundowner Line of yours . . .”

“There are always the drifters, the no-hopers, the castoffs from the Interstellar Transport Commission, and Trans-Galactic Clippers, and Waverley Royal Mail and all the rest of them.”

“And from the Survey Service?” The question lifted her out of her somber mood. “No,” she replied with a smile. “Not yet.”

“Not ever,” said Grimes. VI

ONCE HIS INITIAL SHYNESS HAD WORN OFF-and with it much of his Academy-induced snobbery-Grimes began to enjoy the voyage. After all, Survey Service or no Survey Service, this was a ship and he was a spaceman. He managed to accept the fact that most of the ship’s officers, even the most junior of them, were far more experienced spacemen than he was. Than he was now, he often reminded himself. At the back of his mind lurked the smug knowledge that, for all of them, a captaincy was the very limit of promotion, whereas he, one day, would be addressed in all seriousness as Jane Pentecost now addressed him in jest.

He was a frequent visitor to the control room but, remembering the Master’s admonition, was careful not to get in the way. The watch officers accepted him almost as one of themselves and were willing to initiate him into the tricky procedure of obtaining a fix with the interstellar drive in operation-an art, he was told, rather than a science.

Having obtained the permission of the Chief Engineers he prowled through the vessel’s machinery spaces, trying to supplement his theoretical knowledge of reaction, inertial and interstellar drives with something more practical. The first two, of course, were idle, and would be until the ship emerged from her warped Space-Time back into the normal continuum-but there was the Pile, the radio-active heart of the ship, and there was the auxiliary machinery that, in this tiny, man-made planet, did the work that

on a natural world is performed by winds, rivers, sunlight and gravity.

There was the Mannschenn Drive Room-and, inside this holy of holies, no man need fear to admit that he was scared by the uncanny complexity of ever-precessing gyroscopes. He stared at the tumbling rotors, the gleaming wheels that seemed always on the verge of vanishing into nothingness, that rolled down the dark dimensions, dragging the ship and all aboard her with them. He stared, hypnotized, lost in a vague, disturbing dream in which Past and Present and Future were inextricably mingled-and the Chief Interstellar Drive Engineer took him firmly by the arm and led him from the compartment. “Look at the time-twister too long,” he growled, “and you’ll be meeting yourself coming back!”

There was the “farm”-the deck of yeast- and tissue-culture vats which was no more (and no less), than a highly efficient protein factory, and the deck where stood the great, transparent globes in which algae converted the ship’s organic waste and sewage back into usable form (processed as nutriment for the yeasts and the tissue-cultures and as fertilizer for the hydroponic tanks, the biochemist was careful to explain), and the deck where luxuriant vegetation spilled over from the trays and almost barricaded the inspection walks, the source of vitamins and of flowers for the saloon tables and, at the same time, the ship’s main air-conditioning unit. Grimes said to Jane Pentecost, who had accompanied him on this tour of inspection, “You know, I envy your Captain.”

“From you, Admiral,” she scoffed, “that is something. But why?” “How can I put it? You people do the natural way what we do with

chemicals and machinery. The Captain of a warship is Captain of a warship.

Period. But your Captain Craven is absolute monarch of a little world.”

“A warship,” she told him, “is supposed to be able to go on functioning as such even with every compartment holed. A warship cannot afford to depend for the survival of her crew upon the survival of hosts of other

air-breathing organisms.”

“Straight from the book,” he said. Then, puzzled, “But for a . . .” He hesitated.

“But for a woman, or for a purser, or for a mere merchant officer I know too much,” she finished for him. “But I can read, you know. And when I was in the Sundowner Line, I, as well as all the other officers, was supposed to keep up with all the latest Survey Service publications.”

“But why?” he asked.

“But why not? We’ll have a Navy of our own, one day. Just stick around, Admiral.”

“Secession?” he inquired, making it sound like a dirty word. “Once again-why not?”

“It’d never work,” he told her.

“The history of Earth is full of secessions that did work. So is the history of

Interstellar Man. The Empire of Waverley, for example. The Duchy of Waldegren, for another-although that’s one that should have come to grief. We should all of us be a great deal happier if it had.”

“Federation policy . . .” he began.

“Policy, shmolicy! Don’t let’s be unkind to the Waldegrenese, because as long as they’re in being they exercise a restraining influence upon the Empire of Waverley and the Rim Worlds . . .” Her pace slackened. Grimes noticed that they were passing through the alleyway in which she and her staff were accommodated. She went on, “But all this talking politics is thirsty work. Come in for a couple of drinks before lunch.”

“Thank you. But, Jane”-she didn’t seem to have noticed the use of her given name-“I don’t think that either of us is qualified to criticize the handling of foreign and colonial affairs.”

“Spoken like a nice, young, well-drug-up future admiral. Oh, I know, I know. You people are trained to be the musclemen of the Federation. Yours not to reason why, yours but to do and die, and all the rest of it. But I’m a Rim Worlder-and out on the Rim you learn to think for yourself.” She slid her door open. “Come on in. This is Liberty Hall-you can spit on the mat and  call the cat a bastard.”

Her accommodation was a suite rather than a mere cabin. It was neither as large nor as well fitted as the Captain’s, but it was better than the Chief Officer’s quarters, in which Grimes had already been a guest. He looked  with interest at the holograms on the bulkhead of the sitting room. They were-but in an altogether different way-as eye-catching as Captain Craven’s had been. There was one that was almost physically chilling, that induced the feeling of utter cold and darkness and loneliness. It was the night sky  of some planet-a range of dimly seen yet sharply serrated peaks bisecting a great, pallidly glowing, lenticulate nebula. “Home, sweet home,” murmured the girl, seeing what he was looking at. “The Desolation Mountains on Faraway, with the Galactic Lens in the background.”

“And you feel homesick for that?”

“Darn right I do. Oh, not all the time. I like warmth and comfort as well as the next woman. But . . . ” She laughed. “Don’t stand around gawking-you make the place look untidy. Pull yourself into a chair and belay the buttocks.”

He did so, watching her as she busied herself at the liquor cabinet. Suddenly, in these conditions of privacy, he was acutely conscious of the womanliness of her. The rather tight and rather short shorts, as she bent away from him, left very little to the imagination. And her legs, although slender, were full where they should be full, with the muscles working smoothly under the golden skin. He felt the urge, which he sternly suppressed, to plant a kiss in the delectable hollow behind each knee. She turned suddenly. “Here! Catch!” He managed to grab the bulb that was hurtling toward his face, but a little of the wine spurted from the nipple and struck him in the right eye. When his vision cleared he saw that she was seated opposite him, was laughing (at or with him?). At, he suspected. A

real demonstration of sympathy would have consisted of tears, not laughter. Her face grew momentarily severe. “Not the mess,” she said reprovingly. “But the waste.”

Grimes examined the bulb. “I didn’t waste much. Only an eyeful.”

She raised her drink in ritual greeting. “Here’s mud in your eye,” adding, “for a change.”

“And in yours.”

In the sudden silence that followed they sat looking at each other. There was a tension, some odd resultant of centrifugal and centripetal forces. They were on the brink of something, and both of them knew it, and there was the compulsion to go forward countered by the urge to go back.

She asked tartly, “Haven’t you ever seen a woman’s legs before?”

He shifted his regard to her face, to the eyes that, somehow, were brown no longer but held the depth and the darkness of the night through which the ship was plunging.

She said, “I think you’d better finish your drink and go.” He said, “Perhaps you’re right.”

“You better believe I’m right.” She managed a smile. “I’m not an idler, like some people. I’ve work to do.”

“See you at lunch, then. And thank you.”

“Don’t thank me. It was on the house, as the little dog said. Off with you, Admiral.”

He unbuckled his lapstrap, got out of the chair and made his way to the door. When he was out of her room he did not go to his own cabin but to the bar, where he joined the Baxters. They, rather to his surprise, greeted him in a friendly manner. Rim Worlders, Grimes decided, had their good points.

IT WAS AFTER LUNCH when one of the purserettes told him that the Captain wished to see him. What have I done now? wondered Grimes-and answered his own question with the words, Nothing. Unfortunately.

Craven’s manner, when he admitted Grimes into his dayroom, was severe. “Come in, Ensign. Be seated.”

“Thank you, sir.”

“You may smoke if you wish.” “Thank you, sir.”

Grimes filled and lighted his pipe; the Captain ignited one of his pungent cigars, studied the eddying coils of smoke as though they were writing a vitally important message in some strange language.

“Er, Mr. Grimes, I believe that you have been seeing a great deal of my purser, Miss Pentecost.”

“Not a great deal, sir. I’m at her table, of course.”

“I am told that she has entertained you in her quarters.”

“Just one bulb of sherry, sir. I had no idea that we were breaking ship’s regulations.”

“You were not. All the same, Mr. Grimes, I have to warn you.” “I assure you, sir, that nothing occurred between us.”

Craven permitted himself a brief, cold smile. “A ship is not a Sunday school outing-especially a ship under my command. Some Masters, I know, do expect their officers to comport themselves like Sunday school pupils, with the Captain as the principal-but I expect my senior officers to behave like intelligent and responsible adults. Miss Pentecost is quite capable of looking after herself. It is you that I’m worried about.”

“There’s no need to be worried, sir.”

The Captain laughed. “I’m not worried about your morals, Mr. Grimes. In fact, I have formed the opinion that a roll in the hay would do you far more good than harm. But Miss Pentecost is a dangerous woman. Before lifting ship, very shortly before lifting ship, I received a confidential report concerning her activities. She’s an efficient purser, a highly efficient purser, in fact, but she’s even more than that. Much more.” Again he studied the smoke from his cigar. “Unfortunately there’s no real proof, otherwise she’d not be sailing with us. Had I insisted upon her discharge I’d have been up against the Interstellar Clerical and Supply Officers’ Guild.”

“Surely not,” murmured Grimes. Craven snorted. “You people are lucky. You haven’t a mess of Guilds to deal with, each and every one of which is all too ready to rush to the defense of a Guild member, no matter what he or she is supposed to have done. As a Survey Service Captain you’ll never have to face a suit for wrongful dismissal. You’ll never be accused of victimization.”

“But what has Miss Pentecost done, sir?” asked Grimes.

“Nothing-or too damn much. You know where she comes from, don’t you? The Rim Worlds. The planets of the misfits, the rebels, the nonconformists. There’s been talk of secession of late-but even those irresponsible anarchists know full well that secession will never succeed unless they  build up their own space power. There’s the Duchy of Waldegren, which would pounce as soon as the Federation withdrew its protection. And even the Empire of Waverley might be tempted to extend its boundaries. So . . .”

“They have a merchant fleet of sorts, these Rim Worlders. The Sundowner Line. I’ve heard rumors that it’s about to be nationalized. But they have no fighting navy.”

“But what’s all this to do with Miss Pentecost, sir?”

“If what’s more than just hinted at in that confidential report is true-plenty. She’s a recruiting sergeant, no less. Any officer with whom she’s shipmates who’s disgruntled, on the verge of throwing his hand in-or on the verge of being emptied out-she’ll turn on the womanly sympathy for, and tell him that there’ll always be a job waiting out on the Rim, that the Sundowner Line is shortly going to expand, so there’ll be quick promotion and all the rest of it.”

“And what’s that to do with me, Captain? “

“Are all Survey Service ensigns as innocent as you, Mr. Grimes? Merchant officers the Rim Worlds want, and badly. Naval officers they’ll want more badly still once the balloon goes up.” Grimes permitted himself a superior smile. “It’s extremely unlikely, sir, that I shall ever want to leave the Survey Service.”

“Unlikely perhaps-but not impossible. So bear in mind what I’ve told you. I think that you’ll be able to look after yourself now that you know the score.”

“I think so too,” Grimes told him firmly. He thought, The old bastard’s been reading too many spy stories.

VII

THEY WERE DANCING.

Tables and chairs had been cleared from the ship’s saloon, and from the big, ornate playmaster throbbed the music of an orchestra so famous that even Grimes had heard of it-The Singing Drums.

They were dancing.

Some couples shuffled a sedate measure, never losing the contact between their magnetically shod feet and the polished deck. Others-daring or foolhardy-cavorted in Nul-G, gamboled fantastically but rarely gracefully in Free Fall.

They were dancing.

Ensign Grimes was trying to dance.

It was not the fault of his partner that he was making such a sorry mess of it. She, Jane Pentecost, proved the truth of the oft-made statement that spacemen and spacewomen are expert at this form of exercise. He, John Grimes, was the exception that proves the rule. He was sweating, and his feet felt at least six times their normal size. Only the fact that he was holding Jane, and closely, saved him from absolute misery.

There was a pause in the music. As it resumed Jane said, “Let’s sit this one out, Admiral.”

“If you wish to,” he replied, trying not to sound too grateful.

“That’s right. I wish to. I don’t mind losing a little toenail varnish, but I think we’ll call it a day while I still have a full set of toenails.”

“I’m sorry,” he said.

“So am I.” But the flicker of a smile robbed the words of their sting.

She led the way to the bar. It was deserted save for the bored and sulky girl behind the gleaming counter. “All right, Sue,” Jane told her. “You can join the revels. The Admiral and I will mind the shop.”

“Thank you, Miss Pentecost.” Sue let herself out from her little cage, vanished gracefully and rapidly in the direction of the saloon. Jane took her place.

“I like being a barmaid,” she told the ensign, taking two frosted bulbs out of the cooler.

“I’ll sign for these,” offered Grimes.

“You will not. This comes under the heading of entertaining influential customers.”

“But I’m not. Influential, I mean.”

“But you will be.” She went on dreamily. “I can see it. I can just see it. The poor old Delia O’Ryan, even more decrepit that she is now, and her poor old purser, about to undergo a fate worse than death at the hands of bloody pirates from the next Galaxy but three . . . . But all is not lost. There, light years distant, is big, fat, Grand Admiral Grimes aboard his flagship, busting a gut, to say nothing of his Mannschenn Drive unit, to rush to the rescue of his erstwhile girlfriend. ‘Dammitall,’ I can hear him muttering into his beard. ‘Dammitall. That girl used to give me free drinks when I was a snotty nosed ensign. I will repay. Full speed ahead, Gridley, and damn the torpedoes!’ “

Grimes laughed-then asked sharply, “Admiral in which service?” “What do you mean, John?” She eyed him warily.

“You know what I mean.”

“So . . .” she murmured. “So . . . I know that you had another home truth session with the Bearded Bastard. I can guess what it was about.”

“And is it true?” demanded Grimes.

“Am I Olga Popovsky, the Beautiful Spy? Is that what you mean?” “More or less.”

“Come off it, John. How the hell can I be a secret agent for a non-existent government?”

“You can be a secret agent for a subversive organization.”

“What is this? Is it a hangover from some half-baked and half-understood course in counterespionage?”

“There was a course of sorts,” he admitted. “I didn’t take much interest in it. At the time.”

“And now you wish that you had. Poor John.”

“But it wasn’t espionage that the Old Man had against you. He had some sort of story about your acting as a sort of recruiting sergeant, luring officers away from the Commission’s ships to that crumby little rabble of star tramps calling itself the Sundowner Line . . . .”

She didn’t seem to be listening to him, but was giving her attention instead to the music that drifted from the saloon. It was one of the old, Twentieth Century melodies that were enjoying a revival. She began to sing in time to it.

“Goodbye, I’ll run  To seek another sun Where I May find

There are hearts more kind Than the ones left behind . . .”

She smiled somberly and asked, “Does that answer your question?” “Don’t talk in riddles,” he said roughly.

“Riddles? Perhaps-but not very hard ones. That, John, is a sort of song of farewell from a very old comic opera. As I recall it, the guy singing it was going to shoot through and join the French Foreign Legion. (But there’s no French Foreign Legion anymore . . . .) We, out on the Rim, have tacked our own words on to it. It’s become almost a national anthem to the Rim Runners, as the people who man our ships-such as they are-are already calling themselves.

“There’s no French Foreign Legion anymore-but the misfits and the failures have to have somewhere to go. I haven’t lured anybody away from this service-but now and again I’ve shipped with officers who’ve been on the point of getting out, or being emptied out, and when they’ve cried into my beer I’ve given them advice. Of course, I’ve a certain natural bias in favor of my own home world. If I were Sirian born I’d be singing the praises of the Dog Star Line.”

“Even so,” he persisted, “your conduct seems to have been somewhat suspect.”

“Has it? And how? To begin with, you are not an officer in this employ. And if you were, I should challenge you to find anything in the Commission’s regulations forbidding me to act as I have been doing.”

“Captain Craven warned me,” said Grimes.

“Did he, now? That’s his privilege. I suppose that he thinks that it’s also his duty. I suppose he has the idea that I offered you admiral’s rank in the Rim Worlds Navy as soon as we secede. If we had our own Navy-which we don’t-we might just take you in as Ensign, Acting, Probationary.”

“Thank you.”

She put her elbows on the bar counter, propping her face between her hands, somehow conveying the illusion of gravitational pull, looking up at him. “I’ll be frank with you, John. I admit that we do take the no-hopers, the drunks and the drifters into our merchant fleet. I know far better than you what a helluva difference there is between those rustbuckets and the well-found, well-run ships of the Commission and, come to that,

Trans-Galactic Clippers and Waverley Royal Mail. But when we do start some kind of a Navy we shall want better material. Much better. We shall want highly competent officers who yet, somehow, will have the Rim World outlook. The first batch, of course, will have to be outsiders, to tide us over until our own training program is well under way.”

“And I don’t qualify?” he asked stiffly.

“Frankly, no. I’ve been watching you. You’re too much of a stickler for rules and regulations, especially the more stupid ones. Look at the way you’re dressed now, for example. Evening wear, civilian, junior officers, for the use of. No individuality. You might as well be in uniform. Better, in fact. There’d be some touch of brightness.”

“Go on.”

“And the way you comport yourself with women. Stiff. Starchy. Correct. And you’re all too conscious of the fact that I, even though I’m a mere merchant officer, and a clerical branch at that, put up more gold braid than you do. I noticed that especially when we were dancing. I was having to lead all the time.”

He said defensively, “I’m not a very good dancer.”

“You can say that again.” She smiled briefly. “So there you have it, John. You can tell the Bearded Bastard, when you see him again, that you’re quite safe from my wiles. I’ve no doubt that you’ll go far in your own Service-but you just aren’t Rim Worlds material.”

“I shouldn’t have felt all that flattered if you’d said that I was,” he told her bluntly-but he knew that he was lying.

VIII

“YES?” JANE WAS SAYING. “Yes, Mr. Letourneau?”

Grimes realized that she was not looking at him, that she was looking past him and addressing a newcomer. He turned around to see who it was. He found-somehow the name hadn’t registered-that it was the Psionic Radio Officer, a tall, pale, untidily put together young man in a slovenly uniform. He looked scared-but that was his habitual expression, Grimes remembered. They were an odd breed, these trained telepaths with their Rhine Institute diplomas, and they were not popular, but they were the only means whereby ships and shore stations could communicate instantaneously over the long light years. In the Survey Service they were referred to, slightingly, as Commissioned Teacup Readers. In the Survey Service and in the Merchant Service they were referred to as Snoopers. But

they were a very necessary evil. “Yes, Mr. Letourneau?”

“Where’s the Old Man? He’s not in his quarters.”

“The Master”-Jane emphasized the title-“is in the saloon.” Then, a little maliciously, “Couldn’t you have used your crystal ball?”

Letourneau flushed. “You know very well, Miss Pentecost, that we have to take an oath that we will always respect the mental privacy of our shipmates . . . . But I must find him. Quickly.”

“Help yourself. He’s treading the light fantastic in there.” When he was gone she said, “Typical. Just typical. If it were a real emergency he could get B.B. on the intercom. But no. Not him. He has to parade his distrust of anything electronic and, at the same time, make it quite clear that he’s not breaking his precious oath . . . . Tell me, how do you people handle your spaceborne espers?”

He grinned. “We’ve still one big stick that you people haven’t. A court martial followed by a firing party. Not that I’ve ever seen it used.”

“Hardly, considering that you’ve only been in Space a dog watch.” Her face froze suddenly. “Yes, Sue?”

It was the girl whom Jane had relieved in the bar. “Miss Pentecost, will you report to the Captain in Control, please. At once.”

“What have I done now?”

“It’s some sort of emergency, Miss Pentecost. The Chief Officer’s up there with him, and he’s sent for the Doctor and the two Chief Engineers.”

“Then I must away, John. Look after the bar again, Sue. Don’t let the Admiral have too many free drinks.”

She moved fast and gracefully, was gone before Grimes could think of any suitable repartee. He said to the girl, “What is happening, Sue?”

“I don’t know, Ad-” She flushed. “Sorry, Ensign. And, in any case, I’m not supposed to talk to the passengers about it.”

“But I’m not a real passenger,” he said-and asked himself, Am I a real anything?

“No, I suppose you’re not, Mr. Grimes. But you’re not on duty.”

“An officer of the Survey Service is always on duty,” he told her, with some degree of truth. “Whatever happens on the spacelanes is our concern.” It sounded good.

“Yes,” she agreed hesitantly. “That’s what my fianc‚-he’s a Lieutenant J.G.-is always telling me.”

“So what’s all the flap about?”

“Promise not to tell anybody?” “Of course.”

“Mr. Letourneau came wandering into the Saloon. He just stood there staring about, the way he does, then he spotted the Captain. He was actually dancing with me at the time . . . .” She smiled reminiscently, and added, “He’s a very good dancer.”

“He would be. But go on.”

“He came charging across the dance floor-Mr. Letourneau, I mean. He didn’t care whose toes he trod on or who he tripped over. I couldn’t help overhearing when he started babbling away to Captain Craven. It’s a distress call. From one of our ships-Epsilon Sextans.'” Her voice dropped to a whisper. “And it’s piracy.”

“Piracy?  Impossible.”

“But, Mr. Grimes, it’s what he said.”

“Psionic Radio Officers have been known to go around the bend before now,” Grimes told her, “and to send false alarm calls. And to receive non-existent ones.”

“But the Sexy Eppy-sorry, Epsilon Sextans-has a cargo that’d be worth pirating. Or so I heard. The first big shipment of Antigeriatridine to Waverly

. . . .”

Antigeriatridine, the so-called Immortality Serum. Manufactured in limited, but increasing quantities only on Marina (often called by its colonists Submarina), a cold, unpleasantly watery world in orbit about Alpha Crucis. The fishlike creatures from which the drug was obtained bred and flourished only in the seas of their own world.

But piracy . . . .

But the old legends were full of stories of men who had sold their souls for eternal youth.

The telephone behind the bar buzzed sharply. Sue answered it. She said, “It’s for you, Mr. Grimes.”

Grimes took the instrument. “That you, Ensign?” It was Captain Craven’s voice. “Thought I’d find you there. Come up to Control, will you?” It was an order rather than a request.

ALL THE SHIP’S EXECUTIVE OFFICERS were in the Control Room, and the Doctor, the purser and the two Chief Engineers. As Grimes emerged from the hatch he heard Kennedy, the Mate, say, “Here’s the Ensign now.”

“Good. Then dog down, Mr. Kennedy, so we get some privacy.” Craven turned to Grimes. ‘”You’re on the Active List of the Survey Service, Mister,  so I suppose you’re entitled to know what’s going on. The situation is this. Epsilon Sextans, Marina to Waverley with a shipment of Antigeriatridine, has been pirated.” Grimes managed, with an effort, to refrain from saying “I

know.” Craven went on. “Her esper is among the survivors. He says that the pirates were two frigates of the Waldegren Navy. Anyhow, the Interstellar Drive Engineers aboard Epsilon Sextans managed to put their box of tricks on random precession, and they got away. But not in one piece . . . .”

“Not in one piece?” echoed Grimes stupidly.

“What the hell do you expect when an unarmed merchantman is fired upon, without warning, by two warships? The esper says that their Control has had it, and all the accommodation spaces. By some miracle the Psionic Radio Officer’s shack wasn’t holed, and neither was the Mannschenn Drive Room.”

“But even one missile . . .” muttered Grimes.

“If you want to capture a ship and her cargo more or less intact,” snapped Craven, “you don’t use missiles. You use laser. It’s an ideal weapon if you aren’t fussy about how many people you kill.”

“Knowing the Waldegrenese as we do,” said Jane Pentecost bitterly, “there wouldn’t have been any survivors anyhow.”

“Be quiet!” roared Craven. Grimes was puzzled by his outburst. It was out  of character. True, he could hardly expect a shipmaster to react to the news of a vicious piracy with equanimity-but this shipmaster was an officer of the Reserve, had seen service in warships and had been highly decorated for outstanding bravery in battle.

Craven had control of himself again. “The situation is this. There are people still living aboard Epsilon Sextans. Even though all her navigators have  been killed I think that I shall be able to find her in time. Furthermore, she has a very valuable cargo and, in any case, cannot be written off as a total loss. There is little damage that cannot be repaired by welded patches. I have already sent a message to Head Office requesting a free hand. I have salvage in mind. I see no reason why the ship and her cargo should not be taken on to Waverley.”

“A prize crew, sir?”

“If you care to put it that way. This will mean cutting down the number of officers aboard my own vessel-but I am sure, Mr. Grimes, that you will be willing to gain some practical watch-keeping experience. All that’s required is your autograph on the ship’s Articles of Agreement.”

“Thank you, sir.”

“Don’t thank me. I may be thanking you before the job’s over and done.” He turned to his Chief Officer. “Mr. Kennedy, keep in touch with Mr. Letourneau and let me know if anything further comes through either from Epsilon Sextans or from Head Office. The rest of you-keep this to yourselves. No sense in alarming the passengers. I’m sure that the Doctor and Miss Pentecost between them can concoct some soothing story to account for  this officers’ conference.”

“Captain Craven,” said Jane Pentecost.

“Well?”

“The other man at my table, Mr. Baxter. I knew him out on the Rim. He holds Chief Reaction Drive Engineer’s papers.”

“Don’t tell him anything yet. But I’ll keep him in mind. Now, Mr. Grimes, will you join me in my day cabin?”

IX

THE HOLOGRAMS were all gone from the bulkheads of Captain Craven’s cabin. To replace them there was just one picture-of a woman, not young, but with the facial bone structure that defies age and time. She was in uniform, and on her shoulderboards were the two and a half stripes of a Senior Purser. The shipmaster noticed Grimes’ interest and said briefly and bitterly. “She was too senior for an Epsilon class ship-but she cut her leave short, just to oblige, when the regular purser went sick. She should have been back on Earth at the same time as me, though. Then we were going to get married . . . .”

Grimes said nothing. He thought, Too senior for an Epsilon class ship? Epsilon Sextans, for example? What could he say?

“And that,” said Craven savagely, “was that.”

“I’m sorry, sir,” blurted Grimes, conscious of the inadequacy of his words. Then, foolishly, “But there are survivors, sir.”

“Don’t you think that I haven’t got Letourneau and his opposite number checking? And have you ever seen the aftermath of a Deep Space battle, Mister? Have you ever boarded a ship that’s been slashed and stabbed to death with laser beams?” He seemed to require no answer; he pulled himself into the chair by his desk, strapped himself in and motioned to Grimes to be seated. Then he pulled out from a drawer a large sheet of paper, which he unfolded. It was a cargo plan. “Current voyage,” he grunted. “And we’re carrying more to Lindisfarne than one brand-new ensign.”

“Such as, sir?” ventured Grimes.

“Naval stores. I don’t mind admitting that I’m more than a little rusty insofar as Survey Service procedure is concerned, even though I still hold my Reserve Commission. You’re more familiar with fancy abbreviations than I am. Twenty cases RERAT, for example . . . .”

“Reserve rations, sir. Canned and dehydrated.” “Good. And ATREG?”

“Atmospheric regeneration units, complete.”

“So if Epsilon Sextans’ ‘farm’ has been killed we shall be able to manage?” “Yes, sir.”

“Do you think you’d be able to install an ATREG unit?”

“Of course, sir. They’re very simple, as you know. Just synthetic chlorophyll and a UV source . . . . In any case, there are full instructions inside every container.”

“And this? A double M, Mark XV?” “Anti-Missile  Missile.”

“And ALGE?”

“Anti-Laser Gas Emitter.”

“The things they do think of. I feel more at home with these AVMs-although I see that they’ve got as far as Mark XVII now.”

“Anti-Vessel Missiles,” said Grimes. A slight enthusiasm crept into his voice. “The XVII’s a real honey.”

“What does it do?”

“I’m sorry, sir. Even though you are a Reserve Officer, I can’t tell you.” “But they’re effective?”

“Yes. Very.”

“And I think you’re Gunnery Branch, Mr. Grimes, aren’t you?”

“I am sir.” He added hastily, “But I’m still quite capable of carrying out a watch officer’s duties aboard this vessel should the need arise.”

“The main thing is, you’re familiar with naval stores and equipment. When we find and board Epsilon Sextans I shall be transshipping certain items of cargo . . . “

“RERAT and ATREG, sir?” “Yes. And the others.”

“But, sir, I can’t allow it. Not unless I have authority from the Flag Officer commanding Lindisfarne Base. As soon as your Mr. Letourneau can be spared I’ll get him to try and raise the station there.”

“I’m afraid that’s out of the question, Mr. Grimes. In view of the rather peculiar political situation, I think that the answer would be No. Even if it were ‘Yes’, you know as well as I how sluggishly the tide flows through official channels. Furthermore, just in case it has escaped your notice, I am the Master.”

“And I, sir, represent the Survey Service. As the only commissioned officer aboard this vessel I am responsible for Survey Service cargo.”

“As a Reserve Officer, Mr. Grimes, I rank you.”

“Only when you have been recalled to Active Service. Sir.”

Craven said, “I was rather afraid that you’d take this attitude. That’s why I

decided to get this interview over and done with, just so we all know where we stand.” He put away the cargo plan, swiveled his chair so that he could reach out to his liquor cabinet. He pulled out two bulbs, tossed one to Grimes. “No toasts. If we drank to Law and Order we should mean different things. So just drink. And listen.

“To begin with, Epsilon Sextans doesn’t know where she is. But Letourneau is one of the rare telepaths with the direction finding talent, and as soon as he’s able to get lined up we shall alter course to home on the wreck. That’s what he’s trying to do now.

“When we find her, we shall synchronize and board, of course. The first thing will be medical aid to the survivors. Then we patch the ship up. And then we arm her. And then, with a prize crew under myself, we put ourselves on the trajectory for Waverley-hoping that those Waldegrenese frigates come back for another nibble.”

“They’d never dare, sir.”

“Wouldn’t they? The original piracy they’ll try to laugh off by saying that it was by real pirates- no, that’s not quite right, but you know what I

mean-wearing Waldegren colors. The second piracy-they’ll make sure that there are no survivors.”

“But I still can’t see how they can hope to get away with it. It’s always been an accepted fact that the main weapon against piracy has been psionic radio.”

“And so it was-until some genius developed a jamming technique. Epsilon Sextans wasn’t able to get any messages out until her crazy random precession pulled her well clear.”

“And you hope, sir, that they do attack you?”

“I do, Mr. Grimes. I had hoped, that I should have a good gunnery officer under me, but”-he shrugged his massive shoulders-“I think that I shall be able to manage.”

“And you hope that you’ll have your weapons,” persisted Grimes. “I see no reason why I should not, Ensign.”

“There is one very good reason, sir. That is that I, a commissioned officer of the Survey Service, am aboard your vessel. I insist that you leave the tracking down and destruction of the pirates to the proper authorities. I insist, too, that no Survey Service stores be discharged from this ship without my written authority.”

For the first time the hint of a smile relieved the somberness of Craven’s face. “And to think that I believed that Jane Pentecost could recruit you,” he murmured. Then, in a louder voice, “And what if I just go ahead without your written authority, Ensign?”

Grimes had the answer ready. “Then, sir, I shall be obliged to order your officers not to obey your unlawful commands. If necessary, I shall call upon the male passengers to assist me in any action that is necessary.”

Craven’s bushy eyebrows went up and stayed up. “Mr. Grimes,” he said in a gritty voice, “it is indeed lucky for you that I have firsthand experience of the typical Survey Service mentality. Some Masters I know would, in these circumstances, send you out on a spacewalk without a suit. But, before I take drastic action, I’ll give you one more chance to cooperate.” His tone softened. “You noticed the portrait I’ve put up instead of all the temporary popsies. Every man, no matter how much he plays around, has one woman who is the woman. Gillian was the woman as far as I was concerned-as far as I am concerned. I’ve a chance to bring her murderers under my guns-and, by God, I’m taking that chance, no matter what it means either to my  career or to the somewhat odd foreign policy of the Federation. I used to be annoyed by Jane Pentecost’s outbursts on that subject-but now I see that she’s right. And she’s right, too, when it comes to the Survey Service’s reluctance to take action against Waldegren.

“So I, Mr. Grimes, am taking action.” “Sir, I forbid you . . .”

“You forbid me? Ensign, you forget yourself. Perhaps this will help you remember.”

This was a Minetti automatic that had appeared suddenly in the Captain’s hand. In his hairy fist the little, glittering weapon looked no more than a toy-but Grimes knew his firearms, knew that at the slightest pressure of Craven’s finger the needle-like projectiles would stitch him from crown to crotch.

“I’m sorry about this, Mr. Grimes.” As he spoke, Craven pressed a button  set in his desk with his free hand. “I’m sorry about this. But I realize that I was expecting rather too much of you. After all, you have your career to consider . . . . Time was,” he went on, “when a naval officer could put his telescope to his blind eye as an excuse for ignoring orders-and get away with it. But the politicians had less power in those days. We’ve come a long way-and a wrong way-since Nelson.”

Grimes heard the door behind him slide open. He didn’t bother to look around, not even when hard hands were laid on his shoulders.

“Mr. Kennedy,” said Craven, “things turned out as I feared that they would. Will you and Mr. Ludovic take the Ensign along to the Detention Cell?”

“I’ll see you on trial for piracy, Captain!” flared Grimes.

“An interesting legal point, Ensign-especially since you are being entered in my Official Log as a mutineer.”

X

THE DETENTION CELL was not uncomfortable, but it was depressing. It was a padded cell- passengers in spacecraft have been known to exhibit the more violent symptoms of mania-which detracted from its already inconsiderable cheerfulness if not from its comfort. However, Grimes was not mad-not in the medical sense, that is-and so was considered able to attend to his own bodily needs. The little toilet was open to him, and at

regular intervals a bell would sound and a container of food would appear in a hatch recessed into the bulkhead of the living cabin. There was reading matter too-such as it was. The Ensign suspected that Jane Pentecost was the donor. It consisted of pamphlets published by some organization calling itself The Rim Worlds Secessionist Party. The almost hysterical calls to arms were bad enough-but the ones consisting mainly of columns of statistics were worse. Economics had never been Grimes’ strong point.

He slept, he fed at the appointed times, he made a lengthy ritual of keeping himself clean, he tried to read-and, all the time, with only sounds and sensations as clues, he endeavored to maintain a running plot of the ship’s maneuvers.

Quite early there had been the shutting down of the Mannschenn Drive, and the consequent fleeting sensation of temporal disorientation. This had been followed by the acceleration warning-the cell had an intercom speaker recessed in the padding-and Grimes, although it seemed rather pointless in his sponge rubber environment, had strapped himself into his couch. He heard the directional gyroscopes start up, felt the effects of centrifugal  force as the ship came around to her new heading. Then there was the pseudo-gravity of acceleration, accompanied by the muffled thunder of the reaction drive. It was obvious, thought the Ensign, that Captain Craven was expending his reaction mass in a manner that, in other circumstances,  would have been considered reckless.

Suddenly-silence and Free Fall, and almost immediately the off-key keening of the Mannschenn Drive. Its note was higher, much higher, than Grimes remembered it, and the queasy feeling of temporal disorientation lasted much longer than it had on previous occasions. And that, for a long time, was all. Meals came, and were eaten. Every morning- according to his watch-the prisoner showered and applied depilatory cream to his face. He tried to exercise-but to exercise in a padded cell, with no apparatus, in Free Fall, is hard. He tried to read-but the literature available was hardly more interesting to him than a telephone directory would have been. And, even though he never had been gregarious, the lack of anybody to talk to was wearing him down.

It was a welcome break from the monotony when he realized that, once again, the ship was maneuvering. This time there was no use of the directional gyroscopes; there were no rocket blasts, but there was a variation of the whine of the Drive as it hunted, hunted, as the temporal precession rate was adjusted by tens of seconds, by seconds, by microseconds.

And then it locked.

The ship shuddered slightly-once, twice.

Grimes envisaged the firing of the two mooring rockets, one from the bow and one from the stern, each with the powerful electromagnet in its nose, each trailing its fathoms of fine but enormously strong cable. Merchant vessels, he knew, carried this equipment, but unlike naval ships rarely used it. But Craven, as a Reservist, would have seen and taken part in enough drills.

The ship shuddered again-heavily.

So the rendezvous had been made. So Delta Orionis and Epsilon Sextans, their Drives synchronized, bound together by the rescue ship’s cables, were now falling as one unit through the dark immensities.

So the rendezvous had been made-and already the survivors of the wreck were being brought aboard the Delia O’Ryan, were being helped out of their stinking spacesuits, were blurting out their story to Craven and his officers. Grimes could visualize it all, almost as clearly as though he were actually watching it. He could visualize, too, the engineers swarming over the wreck, the flare of their burning and welding torches, the cannibalizing of nonessential plating from the ship’s structure for hull patches. It was all laid down in the Survey Service’s Damage Control Manual-and Captain Craven, at least, would know that book as thoroughly as did Grimes.

And what of the cargo, the Survey Service stores, Grimes’ stores? A trembling in the ship’s structure, a barely felt vibration, told him that gantries and conveyor belts were being brought into operation. There would be no great handling problems. Lindisfarne was Delta Orionis’ first port of call, and the Survey Service consignment would be top stowage. But there was nothing that Grimes could do about it-not a thing. In fact, he was beginning to doubt the legality of the stand he had made against the Master. And he was the small frog in this small puddle, while Captain Craven had made it quite clear that he was the big frog. Grimes wished  that he was better versed in astronautical law-although a professional lawyer’s knowledge would be of no use to him in his present situation.

So, with some hazy idea that he might need all his strength, both mental and physical, for what was to befall him (but what?), in the near future, he strapped himself into his bunk and did his best to forget his worries in sleep. He was well enough acquainted with the psychiatrists’ jargon to know that this was no more than a return to the womb but, before dropping off into a shallow slumber, shrugged, So what?

HE JERKED into sudden wakefulness.

Jane Pentecost was there by his bunk, looking down at him.

“Come in,” he said. “Don’t bother to knock. Now you see how the poor live. This is Liberty Hall; you can spit on the mat and call the cat a bastard.”

She said, “That’s not very funny.”

“I know it’s not. Even the first time that I heard it aboard this blasted ship I was able to refrain from rolling in the aisles.”

She said, “There’s no need to be so bitchy, John.”

“Isn’t there? Wouldn’t you be bitchy if you’d been thrown into this padded cell?”

“I suppose I would be. But you asked for it, didn’t you?”

“If doing my duty-or trying to do my duty-is asking for it, I suppose that I did. Well-and has our pirate Captain cast off yet, armed to the teeth with

the weapons he’s stolen?”

“No. The weapons are still being mounted. But let’s not argue legalities, John. There’s not enough time. I . . . I just wanted to say goodbye.”

“Goodbye?” he echoed.

“Yes. Somebody has to do the cooking aboard Epsilon Sextans-and I volunteered.”

“You?”

“And why the hell not?” she flared. “Captain Craven has been pushed over to our side of the fence, and it’d be a pretty poor show if we Rim Worlders weren’t prepared to stand by him. Baxter’s gone across to take over as Reaction Drive Engineer; the only survivor in that department was the Fourth, and he’s only a dog watch in Space.”

“And who else?”

“Nobody. The Sexy Eppy’s Chief, Second and Third Interstellar Drive Engineers survived, and they’re willing-anxious, in fact, now that their ship’s being armed-to stay on. And the Psionic Radio Officer came through, and is staying on. All of our executive officers volunteered, of course, but the Old Man turned them down. He said that, after all, he could not hazard the safety of this ship by stripping her of her trained personnel. Especially since we carry passengers.”

“That’s his worry,” said Grimes without much sympathy. “But how does he hope to fight his ship if those frigates pounce again?”

“He thinks, he’ll be able to manage-with remote controls for every weapon brought to his main control panel.”

“Possible,” admitted Grimes, his professional interest stirred. “But not very efficient. In a naval action the Captain has his hands full just handling the ship alone, without trying to control her weaponry.”

“And you’d know, of course.” “Yes.”

“Yes, you’ve read the books. And Captain Craven commanded a light cruiser during that trouble with the Dring, so he knows nothing.”

“He still hasn’t got four hands and two heads.”

“Oh, let’s stop talking rubbish,” she cried. “I probably shan’t see you again, John and . . . and . . . oh, hell, I want to say goodbye properly, and I don’t want you to think too badly about either the Old Man or . . . or myself.”

“So what are we supposed to do about it?”

“Damn you, Grimes, you snotty-nosed, stuck-up spacepuppy! Look after yourself!”

Suddenly she bent down to kiss him. It was intended to be no more than a

light brushing of lips, but Grimes was suddenly aware, with his entire body, of the closeness of her, of the warmth and the scent of her, and almost without volition his arms went about her, drawing her closer still to him. She tried to break away, but it was only a halfhearted effort. He heard her murmur, in an odd, sardonic whisper, “wotthehell, wotthehell,” and then, “toujours gai.” It made no sense at the time but, years later, when he made the acquaintance of the Twentieth Century poets, he was to remember and to understand. What was important now was that her own arms were about him.

Somehow the buttons of her uniform shirt had come undone, and her  nipples were taut against Grimes’ bare chest. Somehow her shorts had been peeled away from her hips-unzippered by whom? and how?-and somehow Grimes’ own garments were no longer the last barrier between them.

He was familiar enough with female nudity; he was one of the great majority who frequented the naked beaches in preference to those upon which bathing costumes were compulsory. He knew what a naked woman looked like-but this was different. It was not the first time that he had kissed a woman-but it was the first time that he had kissed, and been kissed by, an unclothed one. It was the first time that he had been alone with one.

What was happening he had read about often enough-and, like most young men, he had seen his share of pornographic films. But this was different. This was happening to him.

And for the first time.

When it was over, when, still clasped in each others’ arms they drifted in the center of the little cabin, impelled there by some odd resultant of forces, their discarded clothing drifting with them, veiling their perspiration-moist bodies, Grimes was reluctant to let her go.

Gently, Jane tried to disengage herself.

She whispered, “That was a warmer goodbye that I intended. But I’m not sorry. No. I’m not sorry . . . .”

Then, barely audibly, “It was the first time for you, wasn’t it?” “Yes.”

“Then I’m all the more glad it happened. But this is goodbye.” “No.”

“Don’t be a fool, John. You can’t keep me here.” “But I can come with you.”

She pushed him from her. Somehow he landed back on the bed. Before he could bounce he automatically snapped one of the confining straps about his middle. Somehow-she was still wearing her sandals but nothing

else-she finished up standing on the deck, held there by the contact between the magnetic soles and the ferrous fibers in the padding. She put

out a long, graceful arm and caught her shirt. She said harshly, “I’m getting dressed and out of here. You stay put. Damn you, Grimes, for thinking that I was trying to lure you aboard the Sexy Eppy with the body beautiful. I told you before that I am not, repeat not, Olga Popovsky, the Beautiful Spy. And I’m not a prostitute. There’s one thing I wouldn’t sell if I were offered the services of the finest Gunnery Officer (which you aren’t), in the whole bloody Galaxy in payment!”

“You’re beautiful when you flare up like that,” said Grimes sincerely. “But you’re always beautiful.” Then, in a louder voice, “Jane, I love you.”

“Puppy love,” she sneered. “And I’m old enough to be your . . .” A faint smile softened her mouth. “Your maiden aunt.”

“Let me finish. All right, it’s only puppy love-you say. But it’s still love.

But”-he was extemporizing-convincingly, he hoped-“but my real reason for wanting to come with you is this. I can appreciate now what Captain Craven lost when Epsilon Sextans was pirated. I can see-I can feel-why he’s willing to risk his life and his career to get his revenge. And I think that it’s worth it. And I want to help him.”

She stood there, her shirt half on, eying him suspiciously. “You mean that? You really mean that?”

“Yes.”

“Then you’re a liar, Grimes.”

“No,” he said slowly. “No. Not altogether. I want to help the Old Man-and I want to help you. This piracy has convinced me that you Rim Worlders are getting the dirty end of the stick. I may not be the finest Gunnery Officer in the whole Galaxy-but I’m better acquainted with the new stuff than Captain Craven is.”

Her grin was openly derisive. “First it’s fellow-feeling for another spaceman, then it’s international politics. What next?”

“Where we started. I do love you, Jane. And if there’s going to be any shooting, I want to be on hand to do the shooting back on your behalf. I’ll admit that . . . that what’s happened has influenced my decision. But you didn’t buy me, or bribe me. Don’t think that. Don’t ever think that.” There was a note of pleading in his voice. “Be realistic, Jane. With another officer along, especially an officer with recent gunnery training, you stand a damn sight better chance than you would otherwise.”

“I . . . I suppose so. But I still don’t like it.”

“You don’t have to. But why look a gift horse in the mouth?”

“All right. You win. Get your clothes on and come and see the Old Man.” XI

JANE PENTECOST led Grimes to the airlock. The ship seemed oddly deserted, and he remarked on this. The girl explained that the passengers had been requested to remain in their accommodations, and that most of

Delta Orionis’ personnel were employed in work aboard Epsilon Sextans.

  • So I haven’t been the only one to be kept under lock and key,” commented Grimes sardonically.

“You’re the only one,” retorted the girl, “who’s been compensated for his imprisonment.”

There was no answer to that, so the Ensign remained silent. Saying nothing, he inspected with interest the temporary tunnel that had been rigged between the airlocks of the two ships. So Epsilon Sextans’ pressure hull had been made good, her atmosphere restored. That meant that the work of installing the armament had been completed. He hoped that he would not have to insist upon modifications.

The wreck-although she was a wreck no longer-bore her scars. The worst damage had been repaired, but holes and slashes that did not impair her structural strength were untouched, and spatters of once molten metal still made crazy patterns on beams and frames, stanchions and bulkheads. And there were the scars made by Craven’s engineers-the raw, bright cicatrices of new welding.

Forward they made their way, deck after deck. The elevator in the axial shaft was not yet working, so Grimes had time and opportunity to appreciate the extent of the damage. They passed through the wreckage of the “farm”-the burst algae tanks, the ruptured vats in which yeast and tissue cultures were black and dead, frostbitten and dehydrated. They brushed through alleyways choked with the brittle fronds of creeping plants killed by the ultimate winter.

And then they were passing through the accommodation levels. Bulkheads had been slashed through, destroying the privacy of the cabins that they had once enclosed. Destroying the privacy-and the occupants. There were  no longer any bodies; for this Grimes was deeply thankful. (He learned later that Craven’s first action had been to order and conduct a funeral service.) There were no bodies-but there were still stains. Men and women die quickly in hard vacuum-quickly and messily.

Captain Craven was alone in the Control Room. He was working, rather slowly and clumsily, wiring up an obviously makeshift panel that was additional to the original one installed before the Master’s acceleration chair. It was obvious what it was-the remote controls for the newly fitted weaponry. Grimes said quickly, “There’s no need for that, sir.”

Craven started, let go of his screwdriver, made a fumbling grab for it as it drifted away from him. He stared at Grimes, then growled, “So it’s you, is it?” Then, to Jane, “What the hell do you mean by letting this puppy out of his kennel?”

“Captain Craven,” she told him quietly, “Mr. Grimes wants to come with us.” “What? I warn you, Miss Pentecost, I’m in no mood for silly jokes.”

“This is not a silly joke, Captain,” said Grimes. “I’ve had time to think things over. I feel, I really feel that you have a far better chance if there’s

a qualified officer along to handle the gunnery.”

Craven looked at them, from the girl to Grimes, then back again. He said, “Ensign, didn’t I warn you?”

“It’s not that way at all, sir,” Grimes told him, flushing. “In fact, Miss Pentecost has been trying hard to dissuade me.”

“Oh?

“It’s true,” said Jane. “But he told me that we couldn’t afford to look a gift horse in the mouth.”

“I don’t know what’s been happening,” rasped Craven. “I don’t want to know what’s been happening between the pair of you. This change of mind, this change of heart is rather . . . sudden. No matter. One volunteer, they say,  is worth ten pressed men.” He glared coldly at the Ensign. “And you volunteer?”

“Yes, Captain.”

“I believe you. I have no choice in the matter. But you realize the consequences?”

“I do.”

“Well, I may be able to do something to clear your yardarm. I’ve still to make my last entries in the Official Log of Delta Orionis, before I hand over to Captain Kennedy. And when it comes to such documentation, nobody cares to accuse a shipmaster of being a liar. Not out loud.” He paused, thinking. “How does this sound, Miss Pentecost? Date, Time, Position, etc., etc. Mr. John Grimes, passenger, holding the rank of Ensign in the Federation Survey Service, removed by force from this vessel to Epsilon Sextans, there to supervise the installation and mounting of the armament, Survey Service property, discharged on my orders from No. 1 hold, also to advise upon the use of same in the subsequent event of an action’s being fought. Signed, etc., etc. And witnessed.”

“Rather long-winded, sir. But it seems to cover the ground.” “I intend to do more than advise!” flared Grimes.

“Pipe down. Or, if you must say it, make sure that there aren’t any witnesses around when you say it. Now, when it comes to the original supervision, you see what I’m trying to do. Will it work?”

“After a fashion, sir. But it will work much better if the fire control panel is entirely separate from maneuvering control.”

“You don’t think that I could handle both at once?”

“You could. But not with optimum efficiency. No humanoid could. This setup of yours might just work if we were Shaara, or any of the other multi-limbed arthropods. But even the Shaara, in their warships, don’t expect the

Queen-Captain to handle her ship and her guns simultaneously.”

“You’re the expert. I just want to be sure that you’re prepared to, quote, advise, unquote, with your little pink paws on the actual keyboard of your battle organ.”

“That’s just the way that I propose to advise.”

“Good. Fix it up to suit yourself, then. I should be able to let you have a mechanic shortly to give you a hand.”

“Before we go any further, sir, I’d like to make an inspection of the weapons themselves. Just in case . . .”

“Just in case I’ve made some fantastic bollix, eh?” Craven was almost cheerful. “Very good. But try to make it snappy. It’s time we were on our way.”

“Yes,” said Jane, and it seemed that the Captain’s discarded somberness was hanging about her like a cloud. “It’s time.”

XII

AT ONE TIME, before differentiation between the mercantile and the  fighting vessel became pronounced, merchant vessels were built to carry a quite considerable armament. Today, the mounting of weapons on a merchantman presents its problems. After his tour of inspection Grimes was obliged to admit that Captain Craven had made cunning use of whatever spaces were available- but Craven, of course, was a very experienced officer, with long years of service in all classes of spacecraft. Too-and, perhaps, luckily-there had been no cannon among the Survey Service ordnance that had been requisitioned, so recoil had not been among the problems.

When he was finished, Grimes returned to the Control Room. Craven was still there, and with him was Jane Pentecost. They had, obviously, been discussing something. They could, perhaps, have been quarreling; the girl’s face was flushed and her expression sullen.

“Yes?” snapped the Captain.

“You’ve done a good job, sir. She’s no cruiser, but she should be able to defend herself.”

“Thank you. Then we’ll be on our way.”

“Not so fast, sir. I’d like to wire up my control panel properly before we shove off.”

Craven laughed. “You’ll have time, Mr. Grimes. I still have a few last duties to discharge aboard Delta Orionis. But be as quick as you can.”

He left the compartment, followed by Jane Pentecost. She said, over her shoulder, “I’ll send Mr. Baxter to help you, John.”

The Rim Worlder must have been somewhere handy; in a matter of seconds he was by Grimes’ side, an already open tool satchel at his belt. As he worked, assisting deftly and then taking over as soon as he was sure of

what was required, he talked. He said, “Mum wanted to come along, but I soon put the damper on that. But I was bloody amazed to find you here.”

“Were you?” asked Grimes coldly.

“You bet I was. Never thought you were cut out to be a bloody pirate.” He cursed briefly as a spatter of hot metal from his sizzling soldering iron stung his hand. “A cold weld’d be better, but it’d take too much time. But where was I? Oh, yes. The shock to me system when I saw you comin’ aboard this wagon.”

“I have my quite valid reasons,” Grimes told him stiffly.

“You’re tellin’ me. Just as my missus had quite valid reasons for wantin’ to come with me. But she ain’t a gunnery expert.” He added piously, “Thank Gawd.”

“And I am one,” said the Ensign, trying to change the drift of the conversation before he lost his temper. “Yes. that’s right. Just stick to the color code. The blue wiring’s the ALGE . . .”

“I know,” Baxter told him. “Tell me, is it any good?”

“Yes. Of course, if an enemy held us in her beams for any prolonged period we should all be cooked, but as far as it goes it’s effective enough.”

“Hope you’re right.” He made the last connections, then replaced the panel on the open shallow box. “Here’s yer magic cabinet, Professor. All we have ter see now is what rabbits yer can pull outer the hat.”

“Plenty, I hope,” said Captain Craven, who had returned to Control. “And are you ready now, Mr. Grimes?”

“Yes, sir.”

“Good. Then we’ll make it stations. If you will take the copilot’s chair, while Mr. Baxter goes along to look after his rockets.”

“Will do, Skipper,” said the engineer, packing away his tools as he pulled himself toward the exit hatch.

The ship’s intercom came to life, in Jane Pentecost’s voice. “Connection between vessels severed. Airlock door closed.”

“We’re still connected,” grumbled Craven. “Delia O’Ryan still has her magnetic grapnels out.” He spoke into the transceiver microphone: “Epsilon Sextans to Delta Orionis. Cast off, please. Over.”

“Delta Orionis to Epsilon Sextans. Casting off.” Through a viewport Grimes could see one of the bright mooring wires snaking back into its recess. “All clear, Captain.”

“Thank you, Captain Kennedy.” And in a softer voice, “And I hope you keep that handle to your name, Bill.”

“Thank you, sir. And all the best, Captain, from all of us, to all of you. And

good hunting.”

“Thanks. And look after the old Delia, Captain. And yourself. Over-and out.” “Delta Orionis to Epsilon Sextans. Over and out.”

(There was something very final, thought Grimes, about those outs.)

He was aware that the ships were drifting slowly apart. Now he could see  all of Delta Orionis from his viewport. He could not help recalling the day on which he had first seen her, at the Woomera spaceport. So much had happened since that day. (And so much was still to happen-he hoped.) He heard Craven say into the intercom, “Stand by for temporal precession. We’re desynchronizing.” Then, there was the giddiness, and the off-beat whine of the Mannschenn Drive that pierced his eardrums painfully, and beyond the viewports the great, shining shape of the other ship shimmered eerily and was suddenly warped into the likeness of a monstrous Klein

flash-then vanished. Where she had been (where she still was, in space but not in time) shone the distant stars, the stars that in this distorted continuum were pulsing spirals of iridescence.

“Mannschenn Drive. Cut!”

The thin, high keening died abruptly. Outside, the stars were glittering points of light, piercingly bright against the blackness.

“Mr. Grimes!” Craven’s voice was sharp. “I hope that you take more interest in gunnery than you do in ship handling. In case it has escaped your notice, I would remind you that you are second in command of this vessel, and in full charge in the event of my demise.”

“Sorry, sir,” stammered Grimes. Then, suddenly bold, “But I’m not your second in command, sir. I’ve signed no Articles.”

Surprisingly, Craven laughed. “A spacelawyer, yet! Well, Mr. Grimes, as soon as we get this vessel on course we’ll attend to the legal formalities. Meanwhile, may I request your close attention to what I am doing?”

“You may, sir.”

Thereafter he watched and listened carefully. He admired the skill with which Craven turned the ship on her directional gyroscopes until the red-glowing target star was centered exactly in the cartwheel sight. He

noted that the Captain used his reaction drive at a longer period and at a higher rate of acceleration than usual, and said as much. He was told, the words falling slowly and heavily in the pseudo-gravity, “They . . . will . . . expect . . . us . . . to . . . be . . . in . . . a . . . hurry. We must . . . not . . . disappoint . . . them.”

Speed built up, fast-but it was a velocity that, in the context of the interstellar distances to be traversed, was no more than a snail’s crawl. Then-and the sudden silence was like a physical blow-the thunder of the rockets ceased. The screaming roar had died, but the ship was not quiet. The whine of the Mannschenn Drive pervaded her every compartment, vibrated through every member of her structure. She was falling, falling

through space and time, plunging through the warped continuum to her rendezvous with Death . . . .

And whose death? wondered Grimes.

He said, “I should have asked before, sir. But how are . . . how are they going to find us?”

“I don’t know,” said Craven. “I don’t know. But they’ve found other ships when they’ve wanted to. They’ve never used the old pirate’s technique of lying in wait at breaking-out points. A Mass Proximity Indicator? Could be. It’s theoretically possible. It could be for a ship under Mannschenn Drive what radar is for a ship in normal space-time. Or some means of homing on a temporal precession field? That’s more like it, I think, as this vessel was able to escape when she went random.

“But if they want us-and they will-they’ll find us. And then”-he looked at Grimes, his blue gaze intense-“and then it’s up to you, Ensign.”

“To all of us,” said Grimes. XIII

SHE WAS UNDERMANNED, this Epsilon Sextans, but she functioned quite efficiently. Craven kept a Control Room watch himself, and the other two watchkeepers were Grimes and Jane Pentecost. Four on and eight off were their hours of duty- but there was plenty of work to be done in the off duty periods. The Captain, of course, was in over-all charge, and was trying to bring his command to the pitch of efficiency necessary for a fighting ship. Jane Pentecost was responsible for meals-although these, involving little more than the opening of cans, did not take up too much of her time. She had also taken over biochemist’s duties, but called now and again upon Grimes to help her with the ATREG unit. Its operation was simple enough, but it was inclined to be temperamental and, now and again, allowed the carbon dioxide concentration to reach a dangerous level. Grimes’ main concern was his armament. He could not indulge in a practice shot-the expulsion of mass by a ship running under interstellar drive is suicidal; even the employment of laser weapons is dangerous. But there were tests that he could make; there was, in the ship’s stores, a spare chart tank that he was able to convert to a battle simulator.

Craven helped him, and set up targets in the tank, glowing points of light that were destroyed by the other sparks that represented Grimes’ missiles. After one such drill he said, “You seem to know your stuff, Ensign. Now, what’s your grasp of the tactical side of it?”

Grimes considered his words before speaking. “Well, sir, we could use laser with the Drive in operation-but we haven’t got laser. The pirates have. They can synchronize and just carve us up at leisure. This time, I think they’ll go for the interstellar drive engine room first, so that we can’t get away by the use of random precession.”

“Yes. That’s what they’ll do. That’s why I have that compartment literally sealed in a cocoon of insulation. Oh, I know it’s not effective, but it will give us a second or so of grace. No more.”

“We can’t use our reflective vapor,” went on Grimes. “That’d be almost as bad, from our viewpoint, as loosing off a salvo of missiles. But, sir, when this ship was first attacked there must have been a considerable loss of mass when the atmosphere was expelled through the rents in the shell plating . . . the Drive was running. How was it that the ship wasn’t flung into some other space-time?”

“Come, come, Mr. Grimes. You should know the answer to that one. She was held by the powerful temporal precession fields of the drive units of the two pirates. And then, of course, when the engineers managed to set up their random precession there was no mass left to be expelled.”

“H’m. I see. Or I think I see. Then, in that case, why shouldn’t I use my ALGE as soon as we’re attacked?”

“No. Better not. Something might just go wrong-and I don’t want to become one of my own ancestors.”

“Then . . . ?”

“You tell me, Mr. Grimes.”

“Cut our Drive . . . ? Break out into the normal continuum? Yes . . . it could work.” He was becoming enthusiastic. “And then we shall be waiting

for-them, with our missile batteries, when they break out.”

“We’ll make an admiral of you yet, young Grimes.”

WITH WATCHKEEPING and with off-watch duties time was fully occupied. And yet there was something missing. There was, Grimes said to himself, one hell of a lot missing. Jane Pentecost had her own watch to keep, and her own jobs to do when she was not in the control room-but she and Grimes had some free time to share. But they did not share it.

He broached the subject when he was running a test on the artificial chlorophyll in the ATREG. “Jane, I was hoping I’d see more of you.”

“You’re seeing plenty of me.” “But not enough.”

“Don’t be tiresome,” she snapped. Then, in a slightly softer voice, “Don’t . .

. “

  • . . . spoil everything?” he finished for her sardonically. “You know what I mean,” she told him coldly.

“Do I?” He groped for words. “Jane . . . Damn it all, I hoped . . . After what happened aboard the Delia O’Ryan . . .”

“That,” she said, “was different.” Her face flushed. “I tell you this, Grimes, if I’d known that you were coming along with us it never would have happened.”

“No?”

“NO!”

“Even so . . . I don’t see any reason why we shouldn’t . . .”

“Why we shouldn’t what? Oh, all right, all right. I know what you mean. But it’s out of the question. I’ll tell you why, in words of one syllable. In a ship such as Delta Orionis discreet fun and games were permissible, even desirable. No shortage of women-both crew and passengers. Here, I’m the only female. Your friend Mr. Baxter has been sniffing after me. And Mr. Wolverton, the Interstellar Chief. And his Second. And even, bereaved though he is, the Bearded Bastard. He might get away with it-the privileges of rank and all that. But nobody else would-most certainly not yourself.  How long would it remain a secret if we went to bed together?”

“I suppose you’re right, but . . .”

“But what? Oh John, John, you are a stubborn cow.” “Cow?”

“Sorry. Just Rimworldsese. Applicable to both sexes.” “Talking of sex . . .”

“Oh, shut up!”

“I’ll not.” She looked desirable standing there. A small smudge of grease on her flushed cheek was like a beauty spot. “I’ll not,” he said again. She was close to him, and he was acutely conscious that beneath the thin uniform shirt and the short shorts there was only Jane. He had only to reach out. He did so. At first she did not resist-and then exploded into a frenzy of   activity. Before he could let go of her a hard, rough hand closed on his shirt collar and yanked him backwards.

“Keep yer dirty paws off her!” snarled a voice. It was Baxter’s. “Keep yer dirty paws off her! If we didn’t want yer ter let off the fireworks I’d do yer, here an’ now.”

“And keep your dirty paws off me!” yelped Grimes. It was meant to be an authentic quarterdeck bark, but it didn’t come out that way.

“Let him go, Mr. Baxter,” said Jane, adding, “please.”

“Oh, orl right. If yer says so. But I still think we should run him up ter the Old Man.”

“No. Better not.” She addressed Grimes, “Thank you for your help on the ATREG, Mr. Grimes. And thank you, Mr. Baxter, for your help. It’s time that I started looking after the next meal.”

She left, not hastily, but not taking her time about it either. When she was gone Baxter released Grimes. Clumsily the Ensign turned himself around, with a wild flailing motion. Unarmed combat had never been his specialty, especially unarmed combat in Free Fall conditions. But he knew that he had to fight, and the rage and the humiliation boiling up in him made it certain that he would do some damage.

But Baxter was laughing, showing all his ugly, yellow teeth. “Come orf it, Admiral! An’ if we must have a set-to-not in here. Just smash the UV projector-an’ bang goes our air conditioning! Simmer down, mate. Simmer down!”

Grimes simmered down, slowly. “But I thought you were out for my blood, Mr. Baxter.”

“Have ter put on a show for the Sheilas now an’ again. Shouldn’t mind puttin’ on another kind o’ show with her. But not in public-like you was goin’ to. It just won’t do-not until the shootin’ is over, anyhow. An’ even then . .

. . So, Admiral, it’s paws off as far as you’re concerned. An’ as far as I’m concerned-an’ the Chief Time Twister an’ his sidekick. But, if yer can spare the time, I propose we continue the conversation in my palatial dogbox.”

Grimes should have felt uneasy as he followed the engineer to his accommodation but, oddly enough, he did not. The rough friendliness just could not be the prelude to a beating up. And it wasn’t.

“Come in,” said Baxter, pulling his sliding door to one side. “Now yer see how the poor live. This is . . .”

“No,” protested Grimes. “No.”

“Why? I was only goin’ to say that this is me ‘umble ‘umpy. An’ I’d like yer to meet a coupla friends o’ mine-and there’s more where they came from.”

The “friends” were two drinking bulbs. Each bore proudly no less than four stars on its label. The brandy was smooth, smooth and potent. Grimes sipped appreciatively. “I didn’t know that we had any of this aboard Delia O’Ryan.”

“An’ nor did we. You’ll not find this tipple in the bar stores of any merchantman, nor aboard any of yer precious Survey Service wagons. Space stock for the Emperor’s yacht, this is. So here’s ter the Waverley taxpayers!”

“But where did you get this from, Mr. Baxter?”

“Where d’yer think? I’ve had a good fossick around the holds o’ this old bitch, an’ there’s quite a few things too good to let fall inter the hands o’ those bloody Waldegrenese.”

“But that’s pillage.”

“It’s common sense. Mind yer, I doubt if Captain Craven would approve, so yer’d better chew some dry tea-that’s in the cargo too-before yer see the Old Man again. All the bleedin’ same-it’s no worse than him borrowing your Survey Service stores an’ weapons from his cargo.”

“I suppose it’s not,” admitted Grimes. All the same, he still felt guilty when he was offered a second bulb of the luxurious spirit. But he did not refuse it.

XIV

HE WAS A GOOD FOSSICKER, was Baxter.

Two days later, as measured by the ship’s chronometer, he was waiting for Grimes as he came off watch. “Ensign,” he announced without preamble, “I’ve found somethin’ in the cargo.”

“Something new, you mean?” asked Grimes coldly. He still did not approve of pillage, although he had shared the spoils.

“Somethin’ that shouldn’t be there. Somethin’ that’s up your alley, I think.” “There’s no reason why equipment for the Waverley Navy shouldn’t be

among the cargo.”

“True enough. But it wouldn’t be in a case with Beluga Caviar stenciled all over it. I thought I’d found somethin’ to go with the vodka I half pinched, but it won’t.”

“Then what is it?” “Come and see.”

“All right.” Briefly Grimes wondered if he should tell Craven, who had relieved the watch, then decided against it. The Old Man would probably insist on making an investigation in person, in which case Grimes would have to pass another boring hour or so in the Control Room.

The two men made their way aft until they came to the forward bulkhead of the cargo spaces. Normally these would have been pressurized, but, when Epsilon Sextans’ atmosphere had been replenished from Delta Orionis’ emergency cylinders, it had seemed pointless to waste precious oxygen. So access was through an airlock that had a locker outside, in which suits, ready for immediate use, were stowed.

Grimes and Baxter suited up, helping each other as required. Then the engineer put out his gloved hand to the airlock controls. Grimes stopped him, bent forward to touch helmets. He said, “Hang on. If we open the door it’ll register on the panel in Control.”

“Like hell it will!” came the reply. “Most of the wiring was slashed through during the piracy. I fixed the hold lights-but damn all else.” Grimes, through the transparency of the visors, saw the other’s grin. “For obvious reasons.”

Grimes shrugged, released Baxter. Everything was so irregular that one more, relatively minor irregularity hardly mattered. He squeezed with the engineer into the small airlock, waited until the atmosphere it held had been pumped back into the body of the ship, then himself pushed the button that actuated the mechanism of the inner valve.

This was not the first time that he had been in the cargo spaces. Some of the weapons “borrowed” from Delta Orionis’ cargo had been mounted in the holds. When he had made his inspections it had never occurred to him that the opening and closing of the airlock door had not registered in Control.

He stood back and let Baxter lead the way. The engineer pulled himself to one of the bins in which he had been foraging. The door to it was still open,

and crates and cartons disturbed by the pillager floated untidily around the opening.

“You’ll have to get all this restowed,” said Grimes sharply. “If we have to accelerate there’ll be damage.” But he might as well have been speaking to himself. The suit radios had not been switched on and, in any case, there was no air to carry sound waves, however faintly.

Baxter had scrambled into the open bin. Grimes followed him, saw him standing by the case, its top prized open, that carried the lettering, BELUGA CAVIAR. PRODUCE OF THE RUSSIAN SOCIAL DEMOCRATIC

REPUBLIC. Baxter beckoned. Grimes edged his way past the drifting packages to join him.

There was something in the case-but it was not jars or cans of salted sturgeon’s eggs. It looked at first like a glittering, complex piece of mobile statuary, although it was motionless. It was a metal mismating of gyroscope and Moebius Strip. It did not look wrong-nothing functional ever does-but it did look odd.

Grimes was standing hard against Baxter now. Their helmets were touching. He asked, “What . . . what is it?”

“I was hopin’ you’d be able ter tell me, Admiral.” Then, as Grimes extended a cautious hand into the case, “Careful! Don’t touch nothin’!”

“Why not?”

  • ‘Cause this bloody lot was booby-trapped, that’s why. See that busted spring? An’ see that cylinder in the corner? That’s a thermite bomb, or somethin’ worse. Shoulda gone orf when I pried the lid up-but luckily I buggered the firin’ mechanism with me bar when I stuck it inter just the right crack. But I think the bastard’s deloused now.”

“It looks as though it-whatever it is-is hooked up to one of the electrical circuits.”

“Yair. An’ it’s not the lightin’ circuit. Must be the airlock indicators.” “Must be.” As a weapons expert, Grimes could see the thermite bomb-if

that was what it was- had been rendered ineffective. It hadn’t been an

elaborate trap, merely a device that would destroy the-the thing if the case housing it were tampered with. Baxter had been lucky-and, presumably, those who had planted the-what the hell was it?-unlucky.

With a cautious finger he nudged the rotor.

It turned-and he was reminded of those other rotors, the ever-precessing gyroscopes of the Mannschenn Drive.

He remembered, then. He remembered a series of lectures at the Academy on future weapons and navigational devices. Having decided upon his specialty he had been really interested only in the weapons. But there had been talk of a man called Carlotti, who was trying to develop a device that would induce temporal precession in radio signals, so that instantaneous communications would be possible throughout the Galaxy without ships and

shore stations having to rely upon the temperamental and unreliable telepaths. And beacons, employing the same principle, could be used for navigation by ships under interstellar drive . . . .

So this could be one of Signor Carlotti’s gadgets. Perhaps the Empire of Waverley had offered him a higher price than had the Federation. But why the BELUGA CAVIAR? To deter and confuse industrial spies? But Epsilon Sextans possessed excellent strong rooms for the carriage of special cargo.

And why was the thing wired up?

Suddenly it was obvious. Somehow, the Duchy of Waldegren possessed Carlotti equipment. This . . . this beacon had been transmitting, unknown to anybody aboard the ship, during the voyage. The frigates had homed upon her. When, inadvertently, its power supply had been shut off the victim, using random precession, had been able to make her escape.

So, if the pirates were to make a second attack it would have to be reactivated.

“We’d better throw this lot on to the Old Man’s plate,” said Grimes. CAPTAIN CRAVEN listened intently as Grimes and Baxter told their story.

They feared that he was going to lose his temper when told of the

engineer’s cargo pillaging, but he only remarked, in a dry voice, “I guess that the consignees can afford to compensate us for our time and trouble. Even so, Mr. Baxter, I insist that this practice must cease forthwith.” And then, when Grimes described the device, he said, “Yes, I have heard of Carlotti’s work. But I didn’t think that he’d got as far as a working model. But the thing could have been developed by Waldegrenese scientists from the data in his published papers.”

“So you agree, sir, that it is some kind of beacon upon which the pirates can home?”

“What else can it be? Now, gentlemen, we find ourselves upon the horns of a dilemma. If we don’t reactivate the bloody thing, the chances are that we shall deliver the ship and cargo intact, at no great risk to ourselves, and to the joy of the underwriters. If we do reactivate it-then the chances are that we shall have to fight our way through. And there’s no guarantee that we shall be on the winning side.”

“I was shanghaied away here as a gunnery officer,” said Grimes. “Shanghaied-or press-ganged?” queried Craven.

“The technique was more that of the shanghai,” Grimes told him.

“Indeed?” Craven’s voice was cold. “But no matter. “You’re here, and you’re one of my senior officers. What course of action do you recommend?”

Grimes replied slowly and carefully. “Legally speaking, what we’re involved in isn’t a war. But it is a war, of sorts. And a just war. And, in any case, the Master of a merchant vessel has the legal right to resist illegal seizure or destruction by force of arms. Of course, we have to consider the illegal circumstances attending the arming of this ship . . . .”

“Let’s not get bogged down in legalities and illegalities,” said Craven, with a touch of impatience. “The lawyers can sort it all out eventually. Do we reactivate?”

“Yes,” said Grimes.

“And you, Mr. Baxter. What do you say?”

“We Rim Worlders just don’t like Waldegren. I’ll not pass up a chance ter kick the bastards in the teeth. Reactivate, Skipper.”

“Good. And how long will it take you to make good the circuit the beacon’s spliced in to?”

“Twenty minutes. No more. But d’yer think we oughter put the whole thing to the vote first?”

“No. Everybody here was under the impression that we should be fighting. With one possible exception, they’re all volunteers.”

“But I did volunteer, sir,” objected Grimes.

“Make your mind up, Ensign. You were telling me just now that you’d been shanghaied. All right. Everybody is a volunteer. So we just rebait the trap without any more yapping about it. Let me know as soon as you’re ready, Mr. Baxter. Will you require assistance?”

“I’ll manage, Skipper.”

When he was gone Craven turned to Grimes. “You realize, Ensign, that this puts me in rather a jam. Let me put it this way. Am I justified in risking the lives of all my officers to carry out a private act of vengeance?”

“I think that you can take Mr. Baxter and myself as being representative, sir. As for the others-Miss Pentecost’s a Rim Worlder, and her views will coincide with Baxter’s. And the original crew members-they’re just as entitled to vengeance as you are. I know that if I’d been an officer of this ship at the time of the original piracy I’d welcome the chance of hitting back.”

“You would. Yes. Even if, as now, an alternative suddenly presented itself. But . . .”

“I honestly don’t see what you’re worrying about, sir.”

“You wouldn’t. It’s a matter of training. But, for all my Reserve commission, I’m a merchant officer. Oh, I know that any military commander is as responsible for the lives of his men as I am-but he also knows that those lives, like his own, are expendable.”

“It’s a pity that Baxter found the beacon,” said Grimes.

“It is-and it isn’t. If he hadn’t found it, I shouldn’t be soliloquizing like a spacefaring Hamlet. And we should have brought the ship in intact and, like as not, all been awarded Lloyd’s Medals. On the other hand-if he hadn’t found it we-or I?-should have lost our chance of getting back at the

pirates.”

“You aren’t Hamlet, sir.” Grimes spoke with the assurance of the very young, but in later years he was to remember his words, and to feel neither shame nor embarrassment, but only a twinge of envy and regret. “You  aren’t Hamlet. You’re Captain Craven, Master under God. Please, sir, for once in your life do something you want to do, and argue it out later with the Almightly if you must.”

“And with my owners?” Grimes couldn’t be sure, but he thought he saw something like a smile beneath Craven’s full beard. “And with my owners?”

“Master Astronauts’ certificates aren’t all that common, sir. If worst comes to worst, there’s always the Rim Worlds. The Sundowner Line, isn’t it?”

“I’d already thought of that.” There was no doubt about it. Craven was smiling. “After all that you’ve been saying to me, I’m surprised that you don’t join forces with our Miss Pentecost.”

“Go out to the Rim, sir? Hardly.”

“Don’t be so sure, young Grimes. Anyhow, you’d better get Miss Pentecost up here now so that we can see how friend Baxter is getting on. There’s always the risk that he’ll find a few more things among the cargo that aren’t nailed down.”

XV

GRIMES CALLED Jane Pentecost on the intercom; after a minute or so she made her appearance in Control. Craven told her what Baxter had discovered and what he, Craven, intended doing about it. She nodded in emphatic agreement. “Yes,” she said. “The thing’s here to be used-and to be used the way that we want to use it. But I don’t think that we should make it public.”

“Why not, Miss Pentecost?”

“I could be wrong, Captain, but in my opinion there are quite a few people in this ship who’d welcome the chance of wriggling out of being the cheese in the mousetrap. When there’s no alternative they’re brave enough. When there’s a face-saving alternative . . .”

Baxter’s voice came from the intercom speaker. “Chief Reaction Drive Engineer to Control. Repairs completed. Please check your panel.”

Yes, the circuit had been restored. The buzzer sounded, and on the board a glowing red light showed that the outer door to the cargo hold airlock was open. How much of the failure of the indicators was due to battle damage and how much to Baxter’s sabotage would never be known. Craven’s heavy eyebrows lifted ironically as he looked at Grimes, and Grimes shrugged in reply.

Then, the watch handed over to the girl, the two men made their way aft from the Control Room. Outside the airlock they found Baxter, already suited up save for his helmet. There had been only two suits in the locker, and the engineer had brought another one along for the Captain from

somewhere.

The little compartment would take only two men at a time. Craven and Grimes went through first, then were joined by Baxter. There was no longer any need for secrecy, so the suit radios were switched on. The only person likely to be listening in was Jane Pentecost in Control.

Grimes heard Craven muttering angrily as they passed packages that obviously had been opened and pillaged, but the Captain did no more than mutter. He possessed the sense of proportion so essential to his rank-and a few bulbs of looted liquor were, after all, relatively unimportant.

They came to the bin in which the case allegedly containing caviar had been stowed, in which some secret agent of Waldegren had tapped the circuit supplying power to the beacon. Inside the box the gleaming machine was still motionless. Craven said, “I thought you told me the current was on.”

“It is, Skipper.” Baxter’s voice was pained. “But I switched it off before I fixed the wiring.” He extended a gloved finger, pressed a little toggle switch.

And nothing happened.

“Just a nudge.” whispered the engineer.

The oddly convoluted rotor turned easily enough, and as it rotated it seemed almost to vanish in a mist of its own generating-a mist that was no more than an optical illusion.

It rotated, slowed-and stopped.

Baxter cast aspersions upon the legitimacy of its parenthood. Then, still grumbling, he produced a volt-meter. Any doubt that power was being delivered to the machine was soon dispelled. Power was being delivered-but it was not being used.

“Well, Mr. Baxter?” demanded Craven.

“I’m a fair mechanic, Skipper-but I’m no physicist.” “Mr. Grimes?”

“I specialized in gunnery, sir.”

Craven snorted, the sound unpleasantly loud in the helmet phones. He said sarcastically, “I’m only the Captain, but I have some smatterings of Mannschenn Drive maintenance and operation. This thing isn’t a Mannschenn Drive unit-but it’s first cousin to one. As I recall it, some of the earlier models couldn’t be started without the employment of a small, temporal precession field initiator. Furthermore, these initiators, although there is no longer any need for them, are still carried as engine room  spares in the Commission’s ships.”

“And that gadget’ll start this little time-twister, Skipper?” asked the engineer.

“It might, Mr. Baxter. It might. So, Mr. Grimes, will you go along to the Mannschenn Drive room and ask Mr. Wolverton for his initiator? No need to tell him what it’s for.”

WOLVERTON was in the Mannschenn Drive room, staring moodily at the gleaming complexity of precessing rotors. Grimes hastily averted his eyes from the machine. It frightened him, and he didn’t mind admitting it. And there was something about the engineer that frightened him, too. The tall, cadaverous man, with the thin strands of black hair drawn over his  gleaming skull, looked more like a seer than a ship’s officer, looked like a fortune-teller peering into the depths of an uncannily mobile crystal ball. He was mumbling, his voice a low, guttural muttering against the thin, high keening of his tumbling gyroscopes. The Ensign at last was able to make out the words.

“Divergent tracks . . . . To be, or not to be, that is the question-“

Grimes thought, This ship should be renamed the State of Denmark. There’s something rotten here . . . . He said sharply, “Mr. Wolverton!”

Slowly the Chief Interstellar Drive Engineer turned his head, stared at Grimes unseeingly at first. His eyes came into focus. He whispered, “It’s you.”

“Who else, Chief? Captain’s compliments, and he’d like to borrow your temporal precession field initiator.”

“He would, would he? And why?”

“An-an experiment.” said Grimes, with partial truth. The fewer people who knew the whole truth the better.

“An experiment?”

“Yes. If you wouldn’t mind letting me have it now, Chief . . . .”

“But it’s engine room stores. It’s the Commission’s stores. It’s a very delicate instrument. It is against the Commission’s regulations to issue it to unqualified personnel.”

“But Mr. Baxter is helping with the . . . experiment.”

“Mr. Baxter! That letter-off of cheap fireworks. That . . . Rim Runner! No. No. Mr. Baxter is not qualified personnel.”

“Then perhaps you could lend us one of your juniors.”

“No. No, I would not trust them. Why do you think that I am here, Mr. Grimes? Why do you think that I have been tied to my gyroscopes? Literally tied, almost. If I had not been here, keeping my own watch, when the pirates struck, this ship would have been utterly destroyed. I know the Drive, Mr. Grimes.” He seized the Ensign’s arm, turned him so that he was facing the gleaming, spinning rotors, endlessly precessing, endlessly tumbling down the dark dimensions, shimmering on the very verge of invisibility. Grimes wanted to close his eyes, but could not. “I know the Drive, Mr. Grimes. It talks to me. It shows me things. It warned me, that

time, that Death was waiting for this ship and all in her. And now it warns me again. But there is a . . . a divergence . . . .”

“Mr. Wolverton, please! There is not much time.”

“But what is Time, Mr. Grimes? What is Time? What do you know of the forking World Lines, the Worlds of If? I’ve lived with this machine, Mr. Grimes. It’s part of me-or am I part of it? Let me show you . . . .” His grip on the Ensign’s arm was painful. “Let me show you. Look. Look into the machine. What do you see?”

Grimes saw only shadowy, shimmering wheels and a formless darkness. “I see you, Mr. Grimes,” almost sang the engineer. “I see you-but not as

you will be. But as you might be. I see you on the bridge of your flagship,

your uniform gold-encrusted and medal-bedecked, with commodores and captains saluting you and calling you ‘sir’ . . . but I see you, too, in the control room of a shabby little ship, a single ship, in shabby clothes, and the badge on your cap is one that I have never seen, is one that does not yet exist . . . .”

“Mr. Wolverton! That initiator. Please!”

“But there is no hurry, Mr. Grimes. There is no hurry. There is time enough for everything-for everything that is, that has been, that will be and that might be. There is time to decide, Mr. Grimes. There is time to decide whether or not we make our second rendezvous with Death. The initiator is part of it all, Mr. Grimes, is it not? The initiator is the signpost that stands at the forking of the track. You weren’t here, Mr. Grimes, when the pirates struck. You did not hear the screams, you did not smell the stench of burning flesh. You’re young and foolhardy; all that you want is the chance to play with your toys. And all that I want, now that I know that alternatives exist, is the chance to bring this ship to her destination with no further loss of life.”

“Mr. Wolverton . . .”

“Mr. Grimes!” It was Captain Craven’s voice, and he was in a vile temper. “What the hell do you think you’re playing at?”

“Captain,” said Wolverton. “I can no more than guess at what you intend to do-but I have decided not to help you to do it.”

“Then give us the initiator. We’ll work it ourselves.” “No, Captain.”

“Give me the initiator, Mr. Wolverton. That’s an order.”

“A lawful command, Captain? As lawful as those commands of yours that armed this ship?”

“Hold him, Grimes!” (And who’s supposed to be holding whom? wondered the Ensign. Wolverton’s grip was still tight and painful on his arm.) “Hold him, while I look in the storeroom!”

“Captain! Get away from the door! You’ve no right . . .”

Wolverton relinquished his hold on Grimes who, twisting with an agility that surprised himself, contrived to get both arms about the engineer’s waist. In the scuffle the contact between their magnetic shoe soles and the deck was broken. They hung there, helpless, with no solidity within reach of their flailing limbs to give them purchase. They hung there, clinging to each  other, but more in hate than in love. Wolverton’s back was to the machine; he could not see, as could Grimes, that there was an indraught of air into the spinning, shimmering complexity. Grimes felt the beginnings of panic, more than the mere beginnings. There were no guardrails; he had read somewhere why this was so, but the abstruse physics involved did not matter-all that mattered was that there was nothing to prevent him and Wolverton from being drawn into the dimension-twisting field of the thing.

He freed, somehow, his right hand, and with an effort that sprained his shoulder brought it around in a sweeping, clumsy and brutal blow to the engineer’s face. Wolverton screamed and his grip relaxed. Violently, Grimes shoved away. To the action there was reaction.

Craven emerged from the storeroom, carrying something that looked like a child’s toy gyroscope in a transparent box. He looked around for Grimes and Wolverton at deck level and then, his face puzzled, looked up. He did not, as Grimes had been doing for some seconds, vomit-but his face, behind the beard went chalk-white. He put out his free hand and, not ungently, pulled Grimes to the deck.

He said, his voice little more than a whisper, “There’s nothing we can do. Nothing-except to get a pistol and finish him off . . . .”

Grimes forced himself to look again at the slimy, bloody obscenity that was a man turned, literally, inside-out-heart (if it was the heart) still beating, intestines still writhing.

XVI

IT WAS GRIMES who went for a pistol, fetching a Minetti from the weapons rack that he, himself, had fitted up in the Control Room. He told Jane Pentecost what he wanted it for. He made no secret of either his horror or his self blame.

She said, “But this is a war, even if it’s an undeclared one. And in a war you must expect casualties.”

“Yes, yes. I know. But I pushed him into the field.”

“It was an accident. It could easily have been you instead of him. And I’m glad that it wasn’t.”

“But you haven’t seen . . .”

“And I don’t want to.” Her voice hardened. “Meanwhile, get the hell out of here and back to the Mannschenn Drive room. If you’re so sorry for the poor bastard, do something about putting him out of his misery.”

“But . . .”

“Don’t be such a bloody coward, Grimes.”

The words hurt-mainly because there was so much truth in them. Grimes was dreading having to see again the twisted obscenity that had once been a man, was dreading having to breathe again the atmosphere of that compartment, heavy with the reek of hot oil, blood and fecal matter. But, with the exception of Craven, he was the only person in the ship trained in the arts of war. He recalled the words of a surgeon-commander who had lectured the midshipmen of his course on the handling of battle

casualties-and recalled, too, how afterward the young gentlemen had sneered at the bloodthirstiness of one who was supposed to be a professional healer. “When one of your shipmates has really had it, even if he’s your best friend, don’t hesitate a moment about finishing him off. You’ll be doing him a kindness. Finish him off-and get him out of sight. Shockingly wounded men are bad for morale.”

“What are you waiting for?” demanded Jane Pentecost. “Do you want me to do it?”

Grimes said nothing, just hurried out of the Control Room.

Craven was still in the Mannschenn Drive room when Grimes got back there. With him were two of the interstellar drive engineers-the Second and the Third. Their faces were deathly white, and the Second’s prominent Adam’s apple was working spasmodically, but about them there was an air of grim resolution. The Third-how could he bear to touch that slimy, reeking

mess?-had hold of its shoulders (white, fantastically contorted bone gleaming pallidly among red convolutions of flesh), while the Second, a heavy spanner in his hand, was trying to decide where to strike.

The Captain saw Grimes. “Give me that!” he snapped, and snatched the pistol from the Ensign’s hand. Then, to the engineers, “Stand back!”

The little weapon rattled sharply and viciously. To the other smells was added the acridity of burned propellant. What had been Wolverton was driven to the deck by the impact of the tiny projectiles, and adhered there. There was surprisingly little blood, but the body had stopped twitching.

Craven handed the empty pistol back to the Ensign. He ordered, “You stay here, Mr. Grimes, and organize the disposal of the body.” He went to the locker where he had put the initiator, took out the little instrument and, carrying it carefully, left the Mannschenn Drive room. Neither of the engineers, still staring with horrified fascination at their dead Chief, noticed.

“How . . . how did it happen?” asked the Second, after a long silence. “He fell into the field,” said Grimes.

“But how? How? He was always getting on us about being careless, and telling us what was liable to happen to us, and now it’s happened to him-“

“That’s the way of it,” contributed the Third, with a certain glum satisfaction. “Don’t do as I do, do as I say.”

“Have you a box?” asked Grimes.

“A box?” echoed the Second.

“Yes. A box.” Now that he was doing something, doing something useful, Grimes was beginning to feel a little better. “We can’t have a funeral while we’re running under interstellar drive. We have to . . . to put him somewhere.” Out of sight, he mentally added.

“That chest of spares?” muttered the Second. “Just the right size,” agreed the Third.

“Then get it,” ordered Grimes.

The chest, once the spares and their packing had been removed and stowed elsewhere, was just the right size. Its dimensions were almost those of a coffin. It was made of steel, its bottom magnetized, and remained where placed on the deck while the three men, fighting down their recurring nausea, handled the body into it. All of them sighed audibly in relief when, at last, the close-fitting lid covered the remains. Finally, the Third ran a welding torch around the joint. As he was doing so the lights flickered.

Was it because of the torch? wondered Grimes. Or was it because the beacon in the hold had been reactivated?

Somehow he could not feel any real interest.

CLEANED UP after a fashion, but still feeling physically ill, he was back in the Control Room. Craven was there, and Baxter was with him. Jane Pentecost had been relieved so that she could attend to her duties in the galley. “Not that I feel like a meal,” the Captain had said. “And I doubt very much that Mr. Grimes does either.”

“Takes a lot ter put me off me tucker,” the engineer declared cheerfully as he worked on the airlock door telltale panel.

“You didn’t see Mr. Wolverton, Mr. Baxter,” said Craven grimly.

“No, Skipper. An’ I’m not sorry I didn’t.” He paused in his work to rummage in his tool bag. He produced bulbs of brandy. “But I thought you an’ the Ensign might need some o’ this.”

Craven started to say something about cargo pillage, then changed his mind. He accepted the liquor without further quibbling. The three men sipped in silence.

Baxter carelessly tossed his squeezed empty bulb aside, continued with what he had been doing. The Captain said to Grimes, “Yes. We got the thing started again. And we’ve improved upon it.”

“Improved upon it, sir? How?”

“It’s no longer only a beacon. It’s also an alarm. As soon as it picks up the radiation from the similar pieces of apparatus aboard the enemy frigates, the buzzer that Mr. Baxter is fitting up will sound, the red light will flash. We shall have ample warning . . . .”

“She’ll be right, Skipper,” said the engineer.

“Thank you, Mr. Baxter. And now; if you don’t mind, I’d like a few words in private with Mr. Grimes.”

“Don’t be too hard on him, Skipper.”

Baxter winked cheerfully at Grimes and left the control room.

“Mr. Grimes,” Craven’s voice was grave. “Mr. Grimes, today, early in your career, you have learned a lesson that some of us never have to learn. You have killed a man-yes, yes, I know that it was not intentional-and you have been privileged to see the end result of your actions.

“There are many of us who are, who have been, killers. There are many of us who have pushed buttons but who have never seen what happens at the other end of the trajectory. Perhaps people slaughtered by explosion or laser beam do not look quite so horrible as Wolverton-but, I assure you, they often look horrible enough, and often die as slowly and as agonizingly. You know, now, what violent death looks like, Mr. Grimes. So tell me, are you still willing to push your buttons, to play pretty tunes on your battle organ?”

“And what did the bodies in this ship look like, Captain?” asked Grimes. Then, remembering that one of the bodies had belonged to the woman whom Craven had loved, he bitterly regretted having asked the question.

“Not pretty,” whispered Captain Craven. “Not at all pretty.” “I’ll push your buttons for you,” Grimes told him.

And for Jane Pentecost, he thought. And for the others. And for myself? The worst of it all is that I haven’t got the excuse of saying that it’s what I’m paid for . . . .

XVII

DOWN THE DARK dimensions fell Epsilon Sextans, falling free through the warped continuum. But aboard the ship time still possessed meaning, the master chronometer still ticked away the seconds, minutes and hours; the little man-made world was still faithful to that puissant god of scientific intelligences everywhere in the universe-the Clock. Watch succeeded watch in Control Room and engine room. Meals were prepared and served on time. There was even, toward the end, a revival of off-duty social activities: a chess set was discovered and brought into use, playing cards were  produced and a bridge school formed.

But there was one social activity that, to Grimes’ disappointment was not resumed-the oldest social activity of them all. More than once he pleaded with Jane-and every time she laughed away his pleas. He insisted-and that made matters worse. He was (as he said), the donkey who had been allowed one nibble of the carrot and who could not understand why the carrot had been snatched away. He was (she said), a donkey. Period.

He should have guessed what was happening, but he did not. He was young, and inexperienced in the ways of women-of men and women. He

just could not imagine that Jane would spare more than a casual glance for any of the engineers or for the flabby, pasty youth who was the psionic radio officer-and in this he was right.

Epsilon Sextans was, for a ship of her class, very well equipped. In addition to the usual intercom system she was fitted with closed circuit television. In the event of emergency the Captain or watch officer, by the flip of a switch, could see what was happening in any compartment of the vessel. Over the control panel, in big, red letters, were the words: EMERGENCY USE ONLY. Grimes did not know what was the penalty for improper use of the apparatus in the Merchant Navy-but he did know that in the Survey Service officers had been cashiered and given an ignominious discharge for this offense. The more cramped and crowded the conditions in which men-and women-work and live, the more precious is privacy.

It was Grimes’ watch.

When he had taken over, all the indications were that it would be as boring as all the previous watches. All that was required of the watchkeeper was that he stay awake. Grimes stayed awake. He had brought a book with him into Control, hiding it inside his uniform shirt, and it held his attention for a while. Then, following the example of generations of watch officers, he set up a game of three dimensional tic-tac-toe in the chart tank and played, right hand against left. The left hand was doing remarkably well when a buzzer sounded. The Ensign immediately cleared the tank and looked at the airlock indicator panel. But there were no lights on the board, and he realized that it was the intercom telephone.

“Control,” he said into his microphone.

“P.R.O. here. I . . . I’m not happy, Mr. Grimes . . . .” “Who is?” quipped Grimes.

“I . . . I feel . . . smothered.”

“Something wrong with the ventilation in your shack?”

“No. NO. It’s like . . . it’s like a heavy blanket soaked in ice-cold water . . .

. You can’t move . . . you can’t shout . . . you can’t hear . . . . It’s like it was before . . . .”

“Before what?” snapped Grimes-and then as the other buzzer sounded, as the additional red light flashed on the telltale panel, he realized the stupidity of his question.

At once he pressed the alarm button. This was it, at last. Action Stations! Throughout the ship the bells were shrilling, the klaxons squawking. Hastily Grimes vacated the pilot’s chair, slipped into the one from which he could control his weapons-and from which he could reach out to other controls. But where was the Old Man? Where was Captain Craven? This was the moment that he had longed for, this was the consummation toward which all his illegalities had been directed. Damn it all, where was he?

Perhaps he was floating stunned in his quarters-starting up hurriedly from

sleep he could have struck his head upon some projection, knocked himself out. If this were the case he, Grimes, would have to call Jane from her own battle station in Sick Bay to render first aid. But there was no time to lose.

The Ensign reached out, flipped the switches that would give him the picture of the interior of the Captain’s accommodation. The screen brightened, came alive. Grimes stared at the luminous presentation in sick horror. Luminous it was-with that peculiar luminosity of naked female flesh. Jane was dressing herself with almost ludicrous haste. Of the Captain there was no sign-on the screen.

Craven snarled, with cold ferocity, “You damned, sneaking, prurient puppy!” Then, in a louder voice, “Switch that damn thing off! I’ll deal with you when this is over.”

“But, sir . . .” “Switch it off, I say!”

Cheeks burning, Grimes obeyed. Then he sat staring at his armament controls, fighting down his nausea, his physical sickness. Somehow, he found time to think bitterly, So I was the knight, all set and ready to slay dragons for his lady. And all the time, she . . . He did not finish the thought.

He heard a voice calling over the intercom, one of the engineers. “Captain, they’re trying to lock on! Same as last time. Random precession, sir?”

“No. Cut the Drive!”

“Cut the Drive?” Incredulously. “You heard me. Cut!” Then, to Grimes, “And what the hell are you waiting for?”

The Ensign knew what he had to do; he had rehearsed it often enough. He did it. From the nozzles that pierced the outer shell spouted the cloud of reflective vapor, just in time, just as the enemy’s lasers lashed out at their target. It seemed that the ship’s internal temperature rose suddenly and sharply-although that could have been illusion, fostered by the sight of the fiery fog glimpsed through the viewports before the armored shutters slammed home.

There were targets now on Grimes’ fire control screen, two of them, but he could not loose a missile until the tumbling rotors of the Drive had ceased to spin, to precess. The use of the anti-laser vapor screen had been risky enough. Abruptly the screens went blank-which signified that the temporal precession rates of hunted and hunters were no longer in synchronization, that the fields of the pirates had failed to lock on. In normal spacetime there would be no need to synchronize-and then the hunters would discover that their quarry had claws and teeth.

Aboard Epsilon Sextans the keening note of the Drive died to a whisper, a barely audible murmur, fading to silence. There was the inevitable second or so of utter disorientation when, as soon as it was safe, the engineers braked the gyroscopes.

Craven acted without hesitation, giving his ship headway and acceleration with Inertial Drive. He was not running-although this was the impression that he wished to convey. He was inviting rather than evading combat-but if the Waldegren captains chose to assume that Epsilon Sextans was, as she had been, an unarmed merchantman (after all, the anti-laser screen could have been jury rigged from normal ship’s stores and equipment), taking evasive action, that was their error of judgment.

Grimes watched his screens intently. Suddenly the two blips reappeared, astern, all of a hundred kilos distant, but closing. This he reported.

“Stand by for acceleration!” ordered Craven. “Reaction Drive-stand by!”

It was all part of the pattern-a last, frantic squandering of reaction mass that could do no more than delay the inevitable. It would look good from the enemy control rooms.

“Reaction Drive ready!” reported Baxter over the intercom.

“Thank you. Captain to all hands, there will be no countdown. Fire!”

From the corner of his eye Grimes saw Craven’s hand slam down on the key. Acceleration slammed him brutally back into his chair. There was a roar that was more like an explosion than a normal rocket firing, a shock that jarred and rattled every fitting in the Control Room.

Craven remarked quietly. “That must have looked convincing enough-but I hope that Baxter didn’t really blow a chamber.”

There was only the Inertial Drive now, and the two blips that, very briefly, had fallen astern, were now creeping up again, closing the range.

“Anti-laser,” ordered Craven briefly. “But, sir, it’ll just be wasting it. They’ll not be using laser outside twenty kilometers.”

“They’ll not be expecting a gunnery specialist aboard this wagon, either.” Once again the nozzles spouted, pouring out a cloud that fell rapidly astern

of the running ship, dissipating uselessly.

Craven looked at his own screens, frowned, muttered, “They’re taking their sweet time about it . . . probably low on reaction mass themselves.” He turned to Grimes. “I think a slight breakdown of the I.D.’s in order.”

“As you say, sir.” The Ensign could not forget having been called a damned, sneaking, prurient puppy. Let Craven make his own decisions.

“Stand by for Free Fall,” ordered the Captain quietly. The steady throbbing of the Inertial Drive faltered, faltered and ceased. There were two long minutes of weightlessness, and then, for five minutes, the Drive came back into operation. A breakdown, the enemy must be thinking. A breakdown, and the engineers sweating and striving to get the ship under way again. A breakdown-it would not be surprising after the mauling she had endured at the  first  encounter.

She hung there, and although her actual speed could be measured in kilometers a second she was, insofar as her accelerating pursuers were

concerned, relatively motionless. Grimes wondered why the warships did not use their radio, did not demand surrender-Epsilon Sextans’ transceiver was switched on, but no sound issued from the speaker but the hiss and crackle of interstellar static. He voiced his puzzlement to Craven.

Craven laughed grimly. “They know who we are-or they think that they know. And they know that we know who they are. After what happened before, why should we expect mercy? All that we can do now-they think-is to get the Mannschenn Drive going again. But with that comic beacon of theirs working away merrily they’ll be able to home on us, no matter how random our precession.” He laughed again. “They haven’t a care in the world, bless their little black hearts.”

Grimes watched his screens. Forty kilometers-thirty-“Sir, the ALGE?” he asked.

“Yes. It’s your party now.”

For the third time reflective vapor gushed from the nozzles, surrounding the ship with a dense cloud. Craven, who had been watching the dials of the external temperature thermometers, remarked quietly, “They’ve opened fire. The shell plating’s heating up. Fast.”

And in the Control Room it felt hot-and hotter, Grimes pressed the button that unmasked his batteries. The gas screen, as well as affording protection from laser, hid the ship from visual observation. The enemy would not be expecting defense by force of arms.

He loosed his first salvo, felt the ship tremble as the missiles ejected themselves from their launching racks. There they were on the screens-six tiny sparks, six moronic mechanical intelligences programmed to home upon and destroy, capable of countering evasive action so long as their  propellant held out. There they were on the screens-six of them, then four, then one. This last missile almost reached its target-then it, too, blinked out. The Waldegren frigates were now using their laser for defense, not attack.

“I don’t think,” remarked Craven quietly, “that they’ll use missiles. Not yet, anyhow. They want our cargo intact.” He chuckled softly. “But we’ve got them worried.”

Grimes didn’t bother to reply. The telltale lights on his panel told him that the six AVM launchers were reloaded. The AMMs-the anti-missile

missiles-had not yet been fired. Dare he risk their use against big targets? He carried in his magazines stock sufficient for three full salvos only- and with no laser for anti-missile work dare he deplete his supply of this ammunition?

He had heard the AMMs described as “vicious little brutes.” They were to the Anti-Vessel Missiles as terriers are to mastiffs. Their warheads were small, but this was compensated for by their greater endurance. They were, perhaps, a little more “intelligent” than the larger rockets-and Grimes, vaguely foreseeing this present contingency, had made certain  modifications to their “brains.”

He pushed the button that actuated his modifications, that overrode the original programming. He depressed the firing stud. He felt the vibration as the war-rockets streaked away from the ship, and on his screens watched the tiny points of light closing the range between themselves and the two big blips that were the targets. They were fast, and they were erratic. One was picked off by laser within the first ten seconds, but the others carried on, spurting and swerving, but always boring toward their objectives. Grimes could imagine the enemy gunnery officers flailing their lasers like men, armed only with sticks, defending themselves against a horde of small, savage animals. There was, of course, one sure defense-to start up the Mannschenn Drive and to slip back into the warped continuum where   the missiles could not follow. But, in all probability, the Waldegren captains had yet to accept the fact, emotionally, that this helpless merchantman  had somehow acquired the wherewithal to strike back.

Two of the AMMs were gone now, picked off by the enemy laser. Three were still closing on the target on Epsilon Sextans’ port quarter, and only one of the target abaft the starboard beam. Grimes loosed his second flight of AMMs, followed it with a full salvo of AVMs. Then, knowing that the protective vapor screen must have been thinned and shredded by his rocketry, he sent out a replenishing gush of reflective gas.

He heard Craven cry out in exultation. The three AMMs of the first flight had hit their target, the three sparks had fused with the blip that represented the raider to port. The three sparks that were the second flight were almost there, and overtaking them were the larger and brighter sparks of the second AVM salvo. The Anti-Missile Missiles would cause only minor  damage to a ship-but, in all probability, they would throw fire control out of kilter, might even destroy laser projectors. In theory, one AVM would suffice to destroy a frigate; a hit by three at once would make destruction a certainty.

And so it was.

Seen only on the radar screen, as a picture lacking in detail painted on a fluorescent surface by an electron brush, it was anticlimactic. The blips, the large one, the three small ones and the three not so small, merged. And then there was an oddly shaped blob of luminescence that slowly broke up into a cluster of glowing fragments, a gradually expanding cluster, a leisurely burgeoning flower of pale fire.

Said Craven viciously, “The other bastard’s got cold feet . . . .”

And so it was. Where she had been on the screen was only darkness, a darkness in which the sparks that were missiles and anti-missiles milled about aimlessly. They would not turn upon each other-that would have been contrary to their programming. They would not, in theory, use their remaining fuel to home upon the only worthwhile target remaining-Epsilon Sextans herself. But, as Craven knew and as Grimes knew, theory and practice do not always coincide. Ships have been destroyed by their own missiles.

With reluctance Grimes pushed the DESTRUCT button. He said to the Captain, gesturing toward the wreckage depicted on the screen, “Pick up

survivors, sir? If there are any.”

“If there are any,” snarled Craven, “that’s their bad luck. No-we give chase to the other swine!”

XVIII

GIVE CHASE . . .

It was easier said than done. The surviving frigate had restarted her Mannschenn Drive, had slipped back into the warped continuum where, unless synchronization of precession rates was achieved and held, contact between vessels would be impossible. The Carlotti Beacon in Epsilon Sextans’ hold was worse than useless; it had been designed to be homed upon, not to be a direction-finding instrument. (In any case, it could function as such only if the beacon aboard the Waldegren ship were working.) Neither Craven nor Grimes knew enough about the device to effect the necessary modifications. The interstellar drive engineers thought that they could do it, but their estimates as to the time required ranged from days to weeks. Obviously, as long as it was operating it would be of value to the enemy only.

So it was switched off.

There was only one method available to Craven to carry out the

pursuit-psionic tracking. He sent for his Psionic Radio Officer, explained the situation. The telepath was a young man, pasty faced, unhealthy looking, but not unintelligent. He said at once, “Do you think, Captain, that the other officers and myself are willing to carry on the fight? After all, we’ve made our point. Wouldn’t it be wisest to carry on, now, for Waverley?”

“Speaking for meself,” put in Baxter, who had accompanied Jane Pentecost to Control, “an’ fer any other Rim Worlders present, I say that now the bastards are on the run it’s the best time ter smack ’em again. An’ hard. An’ the tame time-twisters think the same as we do. I’ve already had words with ’em.” He glared at the telepath. “Our snoopin’ little friend here should know very well what the general consensus of opinion is.”

“We do not pry,” said the communications officer stiffly. “But I am willing to abide by the will of the majority.”

“And don’t the orders of the Master come into it?” asked Craven, more in amusement than anger.

“Lawful commands, sir?” asked Grimes who, until now, had been silent. “Shut up!” snapped Jane Pentecost.

“Unluckily, sir,” the young man went on, “I do not possess the direction-finding talent. It is, as you know, quite rare.”

“Then what can you do?” demanded Craven.

“Sir, let me finish, please. The psionic damping device-I don’t know what it was, but I suspect that it was the brain of some animal with which I am unfamiliar-was in the ship that was destroyed. The other vessel carries only

a normal operator, with normal equipment-himself and some sort of organic amplifier. He is still within range, and I can maintain a listening watch-“

“And suppose he listens to you?” asked the Captain. “Even if you transmit nothing-as you will not do, unless ordered by myself-there could be stray thoughts. And that, I suppose, applies to all of us.”

The telepath smiled smugly. “Direction-finding is not the only talent. I’m something of a damper myself-although not in the same class as the one that was blown up. I give you my word, sir, that this vessel is psionically silent.” He raised his hand as Craven was about to say something. “Now, sir, I shall be able to find out where the other ship is heading. I know already that her Mannschenn Drive unit is not working at full capacity; it sustained damage of some kind during the action. I’m not a navigator, sir, but it seems to me that we could be waiting for her when she reemerges into the normal continuum.”

“You’re not a navigator,” agreed Craven, “and you’re neither a tactician nor  a strategist. We should look rather silly, shouldn’t we, hanging in full view over a heavily fortified naval base, a sitting duck. Even so . . .” His big right hand stroked his beard. “Meanwhile, I’ll assume that our little friends are headed in the general direction of Waldegren, and set course accordingly. If Mr. Grimes will be so good as to hunt up the target star in the Directory . .

.”

Grimes did as he was told. He had made his protest, such as it was, and, he had to admit, he was in favor of continuing the battle. It was a matter of simple justice. Why should one shipload of murderers be destroyed, and the other shipload escape unscathed? He was still more than a little dubious of the legality of it all, but he did not let it worry him.

He helped Craven to line the ship up on the target star, a yellow, fifth magnitude spark. He manned the intercom while the Captain poured on the acceleration and then, with the ship again falling free, cut in the Mannschenn Drive. When the vessel was on course he expected that the Old Man would give the usual order-“Normal Deep Space routine, Mr. Grimes,”-but this was not forthcoming.

“Now,” said Craven ominously. “Now what, sir?”

“You have a short memory, Ensign. A conveniently short memory, if I may say so. Mind you, I was favorably impressed by the way you handled your armament, but that has no bearing upon what happened before.”

Grimes blushed miserably. He knew what the Captain was driving at. But, playing for time, he asked, “What do you mean, sir?”

Craven exploded. “What do I mean? You have the crust to sit there and ask me that! Your snooping, sir. Your violation of privacy. Even worse, your violation of the Master’s privacy! I shall not tell Miss Pentecost; it would be unkind to embarrass her. But . . .”

Grimes refrained from saying that he had seen Miss Pentecost wearing even

less than when, inadvertently, he had spied upon her. He muttered, “I can explain, sir.”

“You’d better. Out with it.”

“Well, sir, it was like this. I knew that we’d stumbled on the enemy-or that the enemy had stumbled upon us. I’d sounded Action Stations. And when you were a long time coming up to Control I thought that you must have hurt yourself, somehow . . . there have been such cases, as you know. So I thought I’d better check-“

“You thought . . . you thought. I’ll not say that you aren’t paid to

think-because that’s just what an officer is paid for. But you didn’t think hard enough, or along the right lines.” Grimes could see that Craven had accepted his explanation and that all would be well. The Captain’s full beard could not hide the beginnings of a smile. “Did you ever hear of Sir Francis Drake, Ensign?”

“No, sir.”

“He was an admiral-one of Queen Elizabeth’s admirals. The first Elizabeth, of course. When the Spanish Armada was sighted he did not rush down to his flagship yelling ‘Action Stations!’ He knew that there was time to spare, and so he quietly finished what he was doing before setting sail.”

“And what was he doing, sir?” asked Grimes innocently. Craven glared at him, then snapped, “Playing bowls.”

Then, suddenly, the tension was broken and both men collapsed in helpless laughter. In part it was reaction to the strain of battle-but in greater part it was that freemasonry that exists only between members of the same sex, the acknowledgment of shared secrets and shared experiences.

Grimes knew that Jane Pentecost was not for him-and wished Craven joy of her and she of the Captain. Perhaps they had achieved a permanent relationship, perhaps not-but, either way, his best wishes were with them.

Craven unbuckled his seat strap.

“Deep Space routine, Mr. Grimes. It is your watch, I believe.” “Deep Space routine it is, sir.”

Yes, it was still his watch (although so much had happened). It was still  his watch, although there were barely fifteen minutes to go before relief.  He was tired, more tired than he had ever been in his life before. He was tired, but not unhappy. He knew that the fact that he had killed men should be weighing heavily upon his conscience-but it did not. They, themselves, had been killers-and they had had a far better chance than any of their own victims had enjoyed.

He would shed no tears for them. XIX

CRAVEN CAME BACK to the Control Room at the change of watch, when Grimes was handing over to Jane Pentecost. He waited until the routine had been completed, then said, “We know where our friends are headed. They were, like us, running for Waldegren-but they’re having to change course.” He laughed harshly. “There must be all hell let loose on their home planet.”

“Why? What’s happened?” asked Grimes.

“I’ll tell you later. But, first of all, we have an alteration of course ourselves. Look up Dartura in the Directory, will you, while I get the Drive shut down.”

Epsilon Sextans was falling free through normal spacetime before Grimes had found the necessary information. And then there was the hunt for and the final identification of the target star, followed by the lining up by the use of the directional gyroscopes. There was the brief burst of acceleration and then, finally, the interstellar drive was cut in once more.

The Captain made a business of selecting and lighting a cigar. When the pungent combustion was well under way he said, “Our young Mr. Summers  is a good snooper. Not as good as some people I know, perhaps.” Grimes flushed and Jane Pentecost looked puzzled. “He’s a super-sensitive. He let me have a full transcript of all the signals, out and in. It took us a little time to get them sorted out-but not too long, considering. Adler-that’s the name of the surviving frigate- was running for home. Her Captain sent a rather heavily edited report of the action to his Admiral. It seems that Adler and the unfortunate Albatross were set upon and beaten up by a heavily armed Survey Service cruiser masquerading as an innocent merchantman. The Admiral, oddly enough, doesn’t want a squadron of Survey Service battlewagons laying nuclear eggs on his base. So Adler has been told to run away and lose herself until the flap’s over . . . .”

“And did they send all that en clair?” demanded Grimes. “They must be mad!”

“No, they aren’t mad. The signal’s weren’t en clair.” “But . . .”

“Reliable merchant captains,” said Craven, “are often entrusted with highly confidential naval documents. There were some such in my safe aboard Delta Orionis, consigned to the Commanding Officer of Lindisfarne Base. The officer who delivered them to me is an old friend and shipmate of mine, and he told me that among them was the complete psionic code used by the Waldegren Navy. Well, when I had decided to take over this ship, I’d have been a bloody fool not to have Photostatted the whole damned issue.

“So that’s the way of it. Herr Kapitan von Leidnitz thinks he can say what he likes to his superiors without anybody else knowing what he’s saying. And all the while . . .” Craven grinned wolfishly. “It seems that there’s a minor base, of sorts, on Dartura. Little more than repair yards, although I suppose that there’ll be a few batteries for their protection. I can imagine the sort of personnel they have running the show-passed-over commanders and the like, not overly bright. By the time that we get there we shall have concocted a convincing story-convincing enough to let us hang off in orbit

until Adler appears on the scene. After all, we have their precious code. Why should they suspect us?”

“Why shouldn’t we be Adler?” asked Grimes. “What do you mean, Ensign?”

“The Waldegren Navy’s frigates are almost identical, in silhouette, with the Commission’s Epsilon class freighters. We could disguise this ship a little by masking the dissimilarities by a rough patching of plating. After all, Adler was in action and sustained some damage-“

“Complicated,” mused the Captain. “Too complicated. And two Adlers-each, presumably, in encoded psionic communication with both Waldegren and Dartura . . . . You’ve a fine, devious mind, young Grimes-but I’m afraid you’ve out-fixed yourself on that one.”

“Let me talk, sir. Let me think out loud. To begin with-a ship running on Mannschenn Drive can put herself into orbit about a planet, but it’s not, repeat not, recommended.”

“Damn right it’s not.”

“But we have the heels of Adler? Yes? Then we could afford a slight delay to carry out the modifications-the disguise-that I’ve suggested. After all, forty odd light years is quite a long way.”

“But what do we gain, Mr. Grimes?”

“The element of confusion, sir. Let me work it out. We disguise ourselves as well as we can. We find out, from intercepted and decoded signals, Adler’s ETA-and the coordinates of her breakthrough into the normal continuum. We contrive matters to be more or less in the same place at exactly the same time. And when the shore batteries and the guardships see no less than two Adlers slugging it out, each of them yelling for help in the secret code, they won’t know which of us to open fire on.”

“Grimes,” said Craven slowly, “I didn’t know you had it in you. All I can say is that I’m glad that you’re on our side.”

“Am I?” asked Grimes wonderingly,. suddenly deflated. He looked at the Captain who, after all, was little better than a pirate, whose accomplice he had become. He looked at the girl, but for whom he would not be here. “Am I? Damn it all, whose side am I on?”

“You’d better go below,” Craven told him gently. “Go below and get some sleep. You need it. You’ve earned it.”

“Jeremy,” said Jane Pentecost to Craven, “would you mind looking after the shop for half an hour or so? I’ll go with John.”

“As you please, my dear. As you please.”

It was the assurance in the Captain’s voice that hurt. It won’t make any difference to us, it implied. It can’t make any difference. Sure, Jane, go ahead. Throw the nice little doggie a bone . . . . we can spare it.

“No thank you,” said Grimes coldly, and left the Control Room. But he couldn’t hate these people.

XX

AFTER A LONG SLEEP Grimes felt better. After a meal he felt better still. It was a good meal, even though the solid portion of it came from tins. Craven’s standards were slipping, thought the Ensign. He was reasonably sure that such items as caviar, escargots, pƒt‚ de foie gras, Virginia ham, Brie, and remarkably alcoholic cherries were not included in the Commission’s inventory of emergency stores. And neither would be the  quite reasonable Montrachet, although it had lost a little by being decanted from its original bottles into standard squeeze bulbs. But if the Captain had decided that the laborer was worthy of his hire, with the consignees of the cargo making their contribution toward that hire, that was his privilege . . .? Responsibility?-call it what you will.

Jane Pentecost watched him eat. As he was finishing his coffee she said, “Now that our young lion has fed, he is required in the Control Room.”

He looked at her both gratefully and warily. “What have I done now?” “Nothing, my dear. It is to discuss what you-we-will do. Next.”

He followed her to Control. Craven was there, of course, and so were Baxter and Summers. The Captain was enjoying one of his rank cigars, and a limp, roll-your-own cigarette dangled from the engineer’s lower lip. The telepath coughed pointedly every time that acrid smoke expelled by either man drifted his way. Neither paid any attention to him, and neither did Grimes when he filled and lighted his own pipe.

Craven said, “I’ve been giving that scheme of yours some thought. It’s a good one.”

“Thank you, sir.”

“Don’t thank me. I should thank you. Mr. Summers, here, has been maintaining a careful listening watch. Adler’s ETA is such that we can afford to shut down the Drive to make the modifications that you suggest. To begin with, we’ll fake patching plates with plastic sheets-we can’t afford to cannibalize any more of the ship’s structure-so as to obscure our name and identification letters. We’ll use more plastic to simulate missile launchers and laser projectors-luckily there’s plenty of it in the cargo.”

“We found more than plastic while we were lookin’ for it,” said the engineer, licking his lips.

“That will do, Mr. Baxter. Never, in normal circumstances, should I have condoned . . .”

“These circumstances ain’t normal, Skipper, an’ we all bloody well know it.” “That will do, I say.” Craven inhaled deeply, then filled the air of the

Control Room with a cloud of smoke that, thought Grimes, would have

reflected laser even at close range. Summers almost choked, and Jane

snapped, “Jeremy!”

“This, my dear, happens to be my Control Room.” He turned again to the Ensign. “It will not be necessary, Mr. Grimes, to relocate the real weapons. They functioned quite efficiently where they are and, no doubt, will do so again. And now, as soon as I have shut down the Drive, I shall hand the watch over to you. You are well rested and refreshed.”

“Come on,” said Jane to Baxter. “Let’s get suited up and get that sheeting out of the airlock.”

“Couldn’t Miss Pentecost hold the fort, sir?” asked Grimes. He added, “I’ve been through the camouflage course at the Academy.”

“And so have I, Mr. Grimes. Furthermore, Miss Pentecost has had experience in working outside, but I don’t think that you have.”

“No, sir. But . . . “

“That will be all, Mr. Grimes.”

At Craven’s orders the Drive was shut down, and outside the viewports the sparse stars became stars again, were no longer pulsing spirals of

multi-colored light. Then, alone in Control, Grimes actuated his scanners so that he could watch the progress of the work outside the hull, and switched on the transceiver that worked on the spacesuit frequency.

This time he ran no risk of being accused of being a Peeping Tom.

He had to admire the competence with which his shipmates worked. The plastic sheeting had no mass to speak of, but it was awkward stuff to handle. Torches glowed redly as it was cut, and radiated invisibly in the infrared as it was shaped and welded. The workers, in their bulky, clumsy suits, moved with a grace that was in startling contrast to their attire-a Deep Space ballet, thought Grimes, pleasurably surprised at his own way with words. From the speaker of the transceiver came Craven’s curt orders, the brief replies of the others.

“This way a little . . . that’s it.” “She’ll do, Skipper.”

“No she won’t. Look at the bend on it!”

Then Jane’s laughing voice. “Our secret weapon, Jeremy. A laser that fires around  corners!”

“That will do, Miss Pentecost. Straighten it, will you?” “Ay, ay, sir. Captain, sir.”

The two interstellar drive engineers were working in silence, but with efficiency. Aboard the ship were only Grimes and Summers, the telepath.

Grimes felt out of it, but somebody had to mind the shop, he supposed. But the likelihood of any customers was remote.

Then he stiffened in his chair. One of the spacesuited figures was falling away from the vessel, drifting out and away, a tiny, glittering satellite reflecting the harsh glare of the working floods, a little, luminous butterfly pinned to the black velvet of the Ultimate Night. Who was it? He didn’t know for certain, but thought that it was Jane. The ship’s interplanetary drives-reaction and inertial- were on remote control, but reaction drive was out; before employing it he would have to swing to the desired heading by use of the directional gyroscopes. But the inertial drive was versatile.

He spoke into the microphone of the transceiver. “Secure yourselves. I am proceeding to rescue.”

At once Craven’s voice snapped back, “Hold it, Grimes. Hold it! There’s no danger.”

“But, sir . . . ” “Hold it!”

Grimes could see the distant figure now from a viewport, but it did not seem to be receding any longer. Hastily he checked with the radar. Range and bearing were not changing. Then, with relative bearing unaltered, the range was closing. He heard Jane call out, “Got it! I’m on the way back!”

Craven replied, “Make it snappy-otherwise young Grimes’ll be chasing you all over the Universe!”

Grimes could see, now, the luminous flicker of a suit reaction unit from the lonely figure.

Later, he and the others examined the photographs that Jane had taken.

Epsilon Sextans looked as she was supposed to look-like a badly battle-scarred frigate of the Waldegren Navy.

XXI

IN TERMS OF SPACE and of time there was not much longer to go.

The two ships-one knowing and one unknowing-raced toward their rendezvous. Had they been plunging through the normal continuum there would have been, toward the finish, hardly the thickness of a coat of paint between them, the adjustment of a microsecond in temporal precession rates would have brought inevitable collision. Craven knew this from the results of his own observations and from the encoded position reports, sent at six hourly intervals, by Adler. Worried, he allowed himself to fall astern, a mere half kilometer. It would be enough-and, too, it would mean that the frigate would mask him from the fire of planet-based batteries.

Summers maintained his listening watch. Apart from the position reports he had little of interest to tell the Captain. Adler, once or twice, had tried to get in contact with the Main Base on Waldegren-but, other than from a curt directive to proceed as ordered there were no signals from the planet to the ship. Dartura Base was more talkative. That was understandable. There  was no colony on the planet and the Base personnel must be bored, must be pining for the sight of fresh faces, the sound of fresh voices. They would

have their excitement soon enough, promised Craven grimly.

Through the warped continuum fell the two ships, and ahead the pulsating spiral that was the Dartura sun loomed ever brighter, ever larger. There were light years yet to go, but the Drive-induced distortions made it seem that tentacles of incandescent gas were already reaching out to clutch them, to drag them into the atomic furnace at the heart of the star.

In both Control Rooms watch succeeded watch-but the thoughts and the anticipations of the watchkeepers were not the same. Aboard Adler there was the longing for rest, for relaxation-although Adler’s Captain must have been busy with the composition of a report that would clear him (if  possible) of blame for his defeat. Aboard Epsilon Sextans there was the anticipation of revenge-insofar as Craven, Baxter, Jane Pentecost and the survivors of the ship’s original personnel were concerned. Grimes? As the hour of reckoning approached he was more and more dubious. He did not know what to think, what to feel. There was the strong personal loyalty to Craven-and, even now, to Jane Pentecost. There was the friendship and mutual respect that had come into being between himself and Baxter.  There was the knowledge that Adler’s crew were no better than pirates, were murderers beyond rehabilitation. There was the pride he felt in his  own skill as a gunnery officer. (But, as such, was he, himself, any better than a pirate, a murderer? The exercise of his craft aboard a warship would be legal-but here, aboard a merchantman, and a disguised merchantman at that, the legality was doubtful. What had his motives been when he volunteered-and as a commissioned officer of the Survey Service he had had no right to do so-and what were his motives now?)

He, Grimes, was not happy. He had far too much time to ponder the implications. He was an accessory before, during and after the fact. He had started off correctly enough, when he had tried to prevent Craven from requisitioning the Survey Service cargo aboard Delta Orionis, but after that .

. . after he and Jane . . . (that, he admitted, was a memory that he wanted to keep, always, just as that other memory, of the bright picture of naked female flesh on the screen, he wished he could lose forever.)

He had started off correctly enough-and then, not only had he helped install the purloined armament but had used it. (And used it well, he told himself with a brief resurgence of pride.) Furthermore, the disguise of Epsilon Sextans had been his idea.

Oh, he was in it, all right. He was in up to his neck. What the final outcome of it all would be he did not care to contemplate.

But it would soon be over. He had no fears as to the outcome of the battle. The element of surprise would be worth at least a dozen missile launchers. Adler would never have the chance to use her laser.

ADLER, REPORTED SUMMERS, had shut down her Mannschenn Drive and emerged briefly into normal spacetime to make her final course adjustment. She was now headed not for the Dartura Sun but for the planet itself-or where the planet would be at the time of her final-and fatal- reemergence into the continuum. The last ETA was sent, together with the coordinates of her planetfall. Epsilon Sextans made her own course

adjustment-simultaneity in time and a half kilometer’s divergence in space being Craven’s objective. It was finicky work, even with the use of the ship’s computer, but the Captain seemed satisfied.

The race-the race that would culminate in a dead heat-continued. Aboard the frigate there was, reported Summers, a lessening of tension, the loosening up that comes when a voyage is almost over. Aboard the merchantman the tension increased. The interstellar drive engineers, Grimes knew, were no happier about it all than he was-but they could no more back out than he could. Craven was calm and confident, and Baxter was beginning to gloat. Jane Pentecost assumed the air of dedication that in women can be so infuriating. Grimes glumly checked and rechecked his weaponry. It passed the time.

Dartura itself was visible now-not as tiny disk of light but as a glowing annulus about its distorted primary. The thin ring of luminescence broadened, broadened. The time to go dwindled to a week, to days, to a day, and then to hours . . .

To minutes . . . To seconds . . . .

Craven and Grimes were in the Control Room; the others were at their various stations. From the intercom came the telepath’s voice, “He’s cutting the Drive-“

“Cut the Drive!” ordered the Captain.

In the Mannschenn Drive room the spinning, precessing gyroscopes slowed, slowed, ceased their endless tumbling, assumed the solidity that they exhibited only when at rest. For perhaps two seconds there was temporal confusion in the minds of all on board as the precession field died, and past, present and future inextricably mingled. Then there was a sun glaring through the viewports, bright in spite of the polarization-a sun, and, directly ahead, a great, green-orange planet. There was a ship . . . .

There were ships-ahead of them, astern, on all sides.

There were ships-and, booming from the intership transceiver, the transceiver that was neither tuned nor switched on (but navies could afford induction transmitters with their fantastic power consumption), came the authorative voice: “Inflexible to Adler! Heave to for search and seizure ! Do not attempt to escape-our massed fields will hold you!”

The effect was rather spoiled when the same voice added, in bewilderment, “Must be seeing double . . . there’s two of the bastards.” The bewilderment did not last long. “Inflexible to Adler and to unidentified vessel. Heave to for search and seizure!”

“Hold your fire, Mr. Grimes,” ordered Craven, quietly and bitterly. “It’s the Survey Service.”

“I know,” replied Grimes-and pressed the button. XXII

HE NEVER KNEW just why he had done so.

Talking it over afterward, thinking about it, he was able to evolve a theory that fitted the facts. During the brief period immediately after the shutting down of the Drive, during the short session of temporal disorientation, there had been prescience, of a sort. He had known that Adler, come what may, would attempt one last act of defiance and revenge, just as Adler’s Captain or Gunnery Officer must have known, in that last split second, that Nemesis was treading close upon his heels.

He pushed the button-and from the nozzles in the shell plating poured the reflective vapor, the protective screen that glowed ruddily as Adler’s lasers slashed out at it.

From the speaker of the dead transceiver, the transceiver that should have been dead, roared the voice of the Survey Service Admiral. “Adler! Cease fire! Cease fire, damn you!” There was a pause, then: “You’ve asked for it!”

She had asked for it-and now she got it. Suddenly the blip on Grimes’ screen that represented the Waldegren frigate became two smaller blips, and then four. The rolling fog outside Epsilon Sextans’ viewports lost its luminosity, faded suddenly to drab grayness. The voice from the transceiver said coldly, “And now you, whoever you are, had better identify yourself. And fast.”

Craven switched on the communications equipment. He spoke quietly into the microphone. “Interstellar Transport Commission’s Epsilon Sextans. Bound Waverly, with general cargo . . .”

“Bound Waverley? Then what the hell are you doing here? And what’s that armament you’re mounting?”

“Plastic,” replied the Captain. “Plastic dummies.”

“And I suppose your ALGE is plastic, too. Come off it, Jerry. We’ve already boarded your old ship, and although your ex-Mate was most reluctant to talk we got a story of sorts from him.”

“I thought I recognized your voice, Bill. May I congratulate you upon your belated efforts to stamp out piracy?”

“And may I deplore your determination to take the law into your own hands? Stand by for the boarding party.”

Grimes looked at Craven, who was slumped in his seat. The Master’s full beard effectively masked his expression. “Sir,” asked the Ensign. “What can they do? What will they do?”

“You’re the space lawyer, Grimes. You’re the expert on Survey Service rules and regulations. What will it be, do you think? A medal-or a firing squad? Praise or blame?”

“You know the Admiral, sir?”

“Yes. I know the Admiral. We’re old shipmates.”

“Then you should be safe.”

“Safe? I suppose so. Safe from the firing squad-but not safe from my employers. I’m a merchant captain, Grimes, and merchant captains aren’t supposed to range the spacelanes looking for trouble. I don’t think they’ll dare fire me-but I know that I can never expect command of anything  better than Delta class ships, on the drearier runs.” Grimes saw that Craven was smiling. “But there’re still the Rim Worlds. There’s still the Sundowner Line, and the chance of high rank in the Rim Worlds Navy when and if there is such a service.”

“You have . . . inducements, sir?”

“Yes. There are . . . inducements. Now.”

“I thought, once,” said Grimes, “that I could say the same. But not now. Not any longer. Even so . . . I’m Survey Service, sir, and I should be proud of my service. But in this ship, this merchant vessel, with her makeshift armament, we fought against heavy odds, and won. And, just now, we saved ourselves. It wasn’t the Survey Service that saved us.”

“Don’t be disloyal,” admonished Craven.

“I’m not being disloyal, sir. But . . . or, shall we say, I’m being loyal. You’re the first captain under whom I served under fire. If you’re going out to the Rim Worlds I’d like to come with you.”

“Your commission, Grimes. You know that you must put in ten years’ service before resignation is possible.”

“But I’m dead.”

“Dead!”

“Yes. Don’t you remember? I was snooping around in the Mannschenn Drive room and I got caught in the temporal precession field. My body still awaits burial; it’s in a sealed metal box in the deep freeze. It can never be identified.”

Craven laughed. “I’ll say this for you. You’re ingenious. But how do we account for the absence of the late Mr. Wolverton? And your presence aboard this ship?”

“I can hide, sir, and . . .”

“And while you’re hiding you’ll concoct some story that will explain everything. Oh Grimes, Grimes-you’re an officer I wish I could always have with me. But I’ll not stand in the way of your career. All I can do, all I will do, is smooth things over on your behalf with the Admiral. I should be able to manage that.”

Jane Pentecost emerged from the hatch in the Control Room deck. Addressing Craven she said formally, “Admiral Williams, sir.” She moved to one side to make way for the flag officer.

“Jerry, you bloody pirate!” boomed Williams, a squat, rugged man the left

breast of whose shirt was ablaze with ribbons. He advanced with outstretched hand.

“Glad to have you aboard, Bill. This is Liberty Hall-you can spit on the mat and call the cat a bastard!”

“Not again!” groaned Grimes.

“And who is this young man?” asked the Admiral.

“I owe you-or your Service-an apology, Bill. This is Ensign Grimes, who was a passenger aboard Delta Orionis. I’m afraid that I . . . er . . . press-ganged him into my service. But he has been most . . . cooperative?  Uncooperative? Which way do you want it?

“As we are at war with Waldegren-I’d say cooperative with reservations. Was it he, by the way, who used the ALGE? Just as well for you all that he did.”

“At war with Waldegren?” demanded Jane Pentecost. “So you people have pulled your fingers out at last.”

The Admiral raised his eyebrows.

“One of my Rim Worlders,” explained Craven. “But I shall be a Rim Worlder myself shortly.”

“You’re wise, Jerry. I’ve got the buzz that the Commission is taking a very dim view of your piracy or privateering or whatever it was, and my own lords and masters are far from pleased with you. You’d better get the hell out before the lawyers have decided just what crimes you are guilty of.”

“As bad as that?” “As bad as that.”

“And young Grimes, here?”

“We’ll take him back. Six months’ strict discipline aboard my flagship will undo all the damage that you and your ideas have done to him. And now, Jerry, I’d like your full report.”

“In my cabin, Bill. Talking is thirsty work.” “Then lead on. It’s your ship.”

“And it’s your watch, Mr. Grimes. She’ll come to no harm on this trajectory while we get things sorted out.”

GRIMES SAT WITH JANE PENTECOST in the Control Room. Through the ports, had he so desired, he could have watched the rescue teams extricating the survivors from the wreckage of Adler; he could have stared out at the looming bulk of Dartura on the beam. But he did not do so, and neither did he look at his instruments.

He looked at Jane. There was so much about her that he wanted to remember-and, after all, so very little that he was determined to forget.

The intercom buzzed. “Mr. Grimes, will you pack whatever gear you have and prepare to transfer with Admiral Williams to the flagship? Hand the watch over to Miss Pentecost.”

“But you’ll be shorthanded, sir.”

“The Admiral is lending me a couple of officers for the rest of the voyage.” “Very good, sir.”

Grimes made no move. He looked at Jane-a somehow older, a tireder, a more human Jane than the girl he had first met. He said, “I’d have liked to have come out to the Rim with you . . . .”

She said, “It’s impossible, John.” “I know. But . . .”

“You’d better get packed.”

He unbuckled his seat belt, went to where she was sitting. He kissed her. She responded, but it was only the merest flicker of a response.

He said, “Goodbye.”

She said, “Not goodbye. We’ll see you out on the Rim, sometime.” With a bitterness that he was always to regret he replied, “Not very likely.”

The End

Final notes on John Grimes

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Double Star (full text) by Robert Heinlein

Double Star is considered by many to be the finest of his titles. Brian Aldiss called it his “most enjoyable novel.” Whether it is the simplicity of a lively tale, the complexity of the situation, or the depth of characterization, the book has developed a loyal following. It also won Heinlein his first Hugo.

Double Star is one of Robert Heinlein’s most enjoyable early period SF novels, a short and tightly-plotted story of out-of-work actor Lawrence Smith (aka “The Great Lorenzo”), who is unexpectedly tapped for a very important acting job, to impersonate an important politician named John Bonforte who has been kidnapped.

Double Star

Chapter 1

If a man walks in dressed like a hick and acting as if he owned the place, he’s a spaceman.

It is a logical necessity. His profession makes him feel like boss of all creation; when he sets foot dirtside he is slumming among the peasants. As for his sartorial inelegance, a man who is in uniform nine tenths of the time and is more used to deep space than to civilization can hardly be expected to know how to dress properly. He is a sucker for the alleged tailors who swarm around every spaceport peddling “ground outfits.”

I could see that this big-boned fellow had been dressed by Omar the Tentmaker-padded shoulders that were too big to start with, shorts cut so that they crawled up his hairy thighs as he sat down, a ruffled chemise that might have looked well on a cow.

But I kept my opinion to myself and bought him a drink with my last half-Imperial, considering it an investment, spacemen being the way they are about money. “Hot jets!” I said as we touched glasses. He gave me a quick glance.

That was my initial mistake in dealing with Dak Broadbent. Instead of answering, “Clear space!” or, “Safe grounding!” as he should have, he looked me over and said softly, “Anice sentiment, but to the wrong man. I’ve never been out.”

That was another good place to keep my mouth shut. Spacemen did not often come to the bar of Casa Manana; it was not their Sort of hotel and it’s miles from the port. When one shows up in ground clothes, seeks a dark corner of the bar, and objects to being called a spaceman, that’s his business. I had picked that spot myself so that I could see without being seen-I owed a little money here and there at the time, nothing important but embarrassing. I should have assumed that he had his reasons, too, and respected them.

But my vocal cords lived their own life, wild and free. “Don’t give me that, shipmate,” I replied. “If you’re a ground hog, I’m Mayor of Tycho City. I’ll wager you’ve done more drinking on Mars,” I added, noticing the cautious way he lifted his glass, a dead giveaway of low-gravity habits, “than you’ve ever done on Earth.”

“Keep your voice down!” he cut in without moving his lips. “What makes you sure that I am a voyageur? You don’t know me.” “Sorry,” I said. “You can be anything you like. But I’ve got eyes. You gave yourself away the minute you walked in.”

He said something under his breath. “How?”

“Don’t let it worry you. I doubt if anyone else noticed. But I see things other people don’t see.” I handed him my card, a little smugly perhaps. There is only one Lorenzo Smythe, the One- Man Stock Company. Yes, I’m “The Great Lorenzo”-stereo, canned opera, legit-“Pantomimist and Mimicry Artist Extraordinary.”

He read my card and dropped it into a sleeve pocket-which annoyed me; those cards had cost me money-genuine imitation hand engraving. “I see your point,” he said quietly, “but what was wrong with the way I behaved?”

“I’ll show you,” I said. “I’ll walk to the door like a ground hog and come back the way you walk. Watch.” I did so, making the trip back in a slightly exaggerated version of his walk to allow for his untrained eye-feet sliding softly along the floor as if it were deck plates, weight carried forward and balanced from the hips, hands a trifle forward and clear of the body, ready to grasp.

There are a dozen other details which can’t be set down in words; the point is you have to be a spaceman when you do it, with a spaceman’s alert body and unconscious balance-you have to live it. Acity man blunders along on smooth floors all his life, steady floors with Earth-normal gravity, and will trip over a cigarette paper, like as not. Not so a spaceman.

“See what I mean?” I asked, slipping back into my seat. “I’m afraid I do,” he admitted suurly. “Did I walk like that?” “Yes.”

“Hmmm… Maybe I should take lessons from you.” “You could do worse,” I admitted.

He sat there looking me over, then started to speak-changed his mind and wiggled a finger at the bartender to refill our glasses. When the drinks came, he paid for them, drank his, and slid out of his seat all in one smooth motion. “Wait for me,” he said quietly.

With a drink he had bought sitting in front of me I could not refuse. Nor did I want to; he interested me. I liked him, even on ten minutes’ acquaintance; he was the sort of big ugly- handsome galoot that women go for and men take orders from.

He threaded his way gracefully through the room and passed a table of four Martians near the door. I didn’t like Martians. I did not fancy having a thing that looks like a tree trunk topped off by a sun helmet claiming the privileges of a man. I did not like the way they grew pseudo limbs; it reminded me of snakes crawling out of their holes. I did not like the fact that they could look all directions at once without turning their heads-if they had had heads, which of course they don’t. And I could not stand their smell!

Nobody could accuse me of race prejudice. I didn’t care what a man’s color, race, or religion was. But men were men, whereas Martians were things. They weren’t even animals to my  way of thinking. I’d rather have had a wart hog around me any day. Permitting them in restaurants and bars used by men struck me as outrageous. But there was the Treaty, of course, so what could I do?

These four had not been there when I came in, or I would have whiffed them. For that matter, they certainly could not have been there a few moments earlier when I had walked to the door and back. Now there they were, standing on their pedestals around a table, pretending to be people. I had not even heard the air conditioning speed up.

The free drink in front of me did not attract me; I simply wanted my host to come back so that I could leave politely. It suddenly occurred to me that he had glanced over that way just before he had left so hastily and I wondered if the Martians had anything to do with it. I looked over at them, trying to see if they were paying attention to our table-but how could you tell what a Martian was looking at or what it was thinking? That was another thing I didn’t like about them.

I sat there for several minutes fiddling with my drink and wondering what had happened to my spaceman friend. I had hoped that his hospitality might extend to dinner and, if we became sufficiently simpatico, possibly even to a small temporary loan. My other prospects were-I admit it!-slender. The last two times I had tried to call my agent his autosecretary had simply recorded the message, and unless I deposited coins in the door, my room would not open to me that night … That was how low my fortunes had ebbed: reduced to sleeping in a coin- operated cubicle.

In the midst of my melancholy ponderings a waiter touched me on the elbow. “Call for you, sir.” “Eh? Very well, friend, will you fetch an instrument to the table?”

“Sorry, sir, but I can’t transfer it. Booth 12 in the lobby.”

“Oh. Thank you,” I answered, making it as warm as possible since I was unable to tip him. I swung wide around the Martians as I went Out.

I soon saw why the call had not been brought to the table; No. 12 was a maximum-security booth, sight, sound, and scramble. The tank showed no image and did not clear even after the door locked behind me. It remained milky until I sat down and placed my face within pickup, then the opalescent clouds melted away and I found myself looking at my spaceman friend.

“Sorry to walk out on you,” he said quickly, “but I was in a hurry. I want you to come at once to Room 2106 of the Eisenhower.”

He offered no explanation. The Eisenhower is just as unlikely a hotel for spacemen as Casa Manana. I could smell trouble. You don’t pick up a stranger in a bar and then insist that he come to a hotel room-well, not one of the same sex, at least.

“Why?” I asked.

The spaceman got that look peculiar to men who are used to being obeyed without question; I studied it with professional interest-it’s not the same as anger; it is more like a thundercloud just before a storm. Then he got himself in hand and answered quietly, “Lorenzo, there is no time to explain. Are you open to a job?”

“Do you mean a professional engagement?” I answered slowly. For a horrid instant I suspected that he was offering me … Well, you know-a job. Thus far I had kept my professional pride intact, despite the slings and arrows of outrageous fortune.

“Oh, professional, of course!” he answered quickly. “This requires the best actor we can get.”

I did not let my relief show in my face. It was true that J was ready for any professional work-I would gladly have played the balcony in Romeo and Juliet-but it does not do to be eager. “What is the nature of the engagement?” I asked. “My calendar is rather full.”

He brushed it aside. “I can’t explain over the phone. Perhaps you don’t know it, but any scrambler circuit can be unscrambled- with the proper equipment. Shag over here fast!”

He was eager; therefore I could afford not to be eager. “Now really,” I protested, “what do you think I am? Abellman? Or an untried juvenile anxious for the privilege of carrying a spear? I am Lorenzo!” I threw up my chin and looked offended. “What is your offer?”

“Uh… Damn it, I can’t go into it over the phone. How much do you get?” “Eh? You are asking my professional salary?”

“Yes, yes!”

“For a single appearance? Or by the week? Or an option contract?” “Never mind. What do you get by the day?”

“My minimum fee for a one-evening date is one hundred Imperials.” This was simple truth. Oh, I have been coerced at times into paying some scandalous kickbacks, but the voucher never read less than my proper fee. Aman has his standards. I’d rather starve.

“Very well,” he answered quickly, “one hundred Imperials in cash, laid in your hand the minute you show up here. But hurry!”

“Eh?” I realized with sudden dismay that I could as easily have said two hundred, or even two fifty. “But I have not agreed to accept the engagement.”

“Never mind that! We’ll talk it over when you get here. The hundred is yours even if you turn us down. If you accept-well, call it bonus, over and above your salary. Now will you sign off and get over here?”

I bowed. “Certainly, sir. Have patience.”

Fortunately the Eisenhower is not too far from the Casa, for I did not even have a minimum for tube fare. However, although the art of strolling is almost lost, I savor it-and it gave me time to collect my thoughts. I was no fool; I was aware that when another man is too anxious to force money on one, it is time to examine the cards, for there is almost certainly something illegal, or dangerous, or both, involved in the matter. I was not unduly fussy about legality qua legality; I agreed with the Bard that the Law is often an idiot. But in the main I had stayed on the right side of the Street.

But presently I realized that I had insufficient facts, so I put it out of my mind, threw my cape over my right shoulder, and strode along, enjoying the mild autumn weather and the rich and varied odors of the metropolis. On arrival I decided to forego the main entrance and took a bounce tube from the sub-basement to the twenty-first floor, I having at the time a vague feeling that this was not the place to let my public recognize me. My voyageur friend let me in. “You took long enough,” he snapped.

“Indeed?” I let it go at that and looked around me. It was an expensive suite, as I had expected, but it was littered and there were at least a dozen used glasses and as many coffee cups scattered here and there; it took no skill to see that I was merely the latest of many visitors. Sprawled on a couch, scowling at me, was another man, whom I tabbed tentatively as a spaceman. I glanced inquiringly but no introduction was offered.

“Well, you’re here, at least. Let’s get down to business.”

“Surely. Which brings to mind,” I added, “there was mention of a bonus, or retainer.” “Oh, yes.” He turned to the man on the couch. “Jock, pay him.”

“For what?” “Pay him!”

I now knew which one was boss-although, as I was to learn, there was usually little doubt when Dak Broadbent was in a room. The other fellow stood up quickly, still scowling, and counted Out to me a fifty and five tens. I tucked it away casually without checking it and said, “I am at your disposal, gentlemen.”

The big man chewed his lip. “First, I want your solemn oath not even to talk in your sleep about this job.”

“If my simple word is not good, is my oath better?” I glanced at the smaller man, slouched again on the couch. “I don’t believe we have met. I am Lorenzo.” He glanced at me, looked away. My barroom acquaintance said hastily, “Names don’t matter in this.”

“No? Before my revered father died he made me promise him three things: first, never to mix whisky with anything but water; second, always to ignore anonymous letters; and lastly, never to talk with a stranger who refuses to give his name. Good day, sirs.” I turned toward the door, their hundred Imperials warm in my pocket.

“Hold it!” I paused. He went on, “You are perfectly right. My name is-“ “Skipper!”

“Stow it, Jock. I’m Dak Broadbent; that’s Jacques Dubois glaring at us. We’re both voyageurs-master pilots, all classes, any acceleration.”  I bowed. “Lorenzo Smythe,” I said modestly, “jongleur and artist-care of The Lambs Club.” I made a mental note to pay my dues.

“Good. Jock, try smiling for a change. Lorenzo, you agree to keep our business secret?” “Under the rose. This is a discussion between gentlemen.”

“Whether you take the job or not?”

“Whether we reach agreement or not. I am human, but, short of illegal methods of questioning, your confidences are sale with me.” “I am well aware of what neodexocaine will do to a man’s forebrain, Lorenzo. We don’t expect the impossible.”

“Dak,” Dubois said urgently, “this is a mistake. We should at least—”

“Shut up, Jock. I want no hypnotists around at this point. Lorenzo, we want you to do an impersonation job. It has to be so perfect that no one-I mean no one-will ever know it took place. Can you do that sort of a job?”

I frowned. “The first question is not ‘Can I?’ but ‘Will I?’ What are the circumstances?”

“Uh, we’ll go into details later. Roughly, it is the ordinary doubling job for a well-known public figure. The difference is that the impersonation will have to be so perfect as to fool people who know him well and must see him close up. It won’t be just reviewing a parade from a grandstand, or pinning medals on girl scouts.” He looked at me shrewdly. “It will take a real artist.”

“No,” I said at once.

“Huh? You don’t know anything about the job yet. If your conscience is bothering you, let me assure you that you will not be working against the interests of the man you will impersonate- nor against anyone’s legitimate interests. This is a job that really needs to be done.”

“No.”

“Well, for Pete’s sake, why? You don’t even know how much we will pay.” “Pay is no object,” I said firmly. “I am an actor, not a double.”

“I don’t understand you. There are lots of actors picking up spare money making public appearances for celebrities.”

“I regard them as prostitutes, not colleagues. Let me make myself clear. Does an author respect a ghost writer? Would you respect a painter who allowed another man to sign his work- for money? Possibly the spirit of the artist is foreign to you, sir, yet perhaps I may put it in terms germane to your own profession. Would you, simply for money, be content to pilot a ship while some other man, not possessing your high art, wore the uniform, received the credit, was publicly acclaimed as the Master? Would you?”

Dubois snorted. “How much money?”

Broadbent frowned at him. “I think I understand your objection.”

“To the artist, sir, kudos comes first. Money is merely the mundane means whereby he is enabled to create his art.”

“Hmm… All right, so you won’t do it just for money. Would you do it for other reasons? If you felt that it had to be done and you were the only one who could do it successfully?”  “I concede the possibility; I cannot imagine the circumstances.”

“You won’t have to imagine them; we’ll explain them to you.” Dubois jumped up off the couch. “Now see here, Dak, you can’t—” “Cut it, Jock! He has to know.”

“He doesn’t have to know now-and here. And you haven’t any right to jeopardize everybody else by telling him. You don’t know a thing about him.” “It’s a calculated risk.” Broadbent turned back to me.

Dubois grabbed his arm, swung him around. “Calculated risk be damned! Dak, I’ve strung along with you in the past~-but this time before I’ll let you shoot off your face, well, one or the other of us isn’t going to be in any shape to talk.”

Broadbent looked startled, then grinned coldly down at Dubois. “Think you’re up to it, Jock old son?”

Dubois glared up at him, did not flinch. Broadbent was a head taller and outweighed him by twenty kilos. I found myself for the first time liking Dubois; I am always touched by the gallant audacity of a kitten, the fighting heart of a bantam cock, or the willingness of a little mart to die in his tracks rather than knuckle under…And, while I did not expect Broadbent to kill him, I did think that I was about to see Dubois used as a dust rag.

I had no thought of interfering. Every man is entitled to elect the time and manner of his own destruction.

I could see tension grow. Then suddenly l3roadbent laughed and clapped Dubois on the shoulder. “Good for you, Jock!” He turned to me and said quietly, “Will you excuse us a few moments? My friend and I must make heap big smoke.”

The suite was equipped with a hush corner, enclosing the autograph and the phone. Broadbent took Dubois by the arm and led him over there; they stood and talked urgently. Sometimes such facilities in public places like hotels are not all that they might be; the sound waves fail to cancel out completely. But the Eisenhower is a luxury house and in this case,

at least, the equipment worked perfectly; I could see their lips move but I could hear no sound.

But I could indeed see their lips move. Broadbent’s face was toward me and Dubois I could glimpse in a wall mirror. When I was performing in my famous mentalist act, I found out why my father had beaten my tail until I learned the silent language of lips-in my mentalist act I always performed in a brightly lighted hail and made use of spectacles which-but never mind; I could read lips.

Dubois was saying: “Dak, you bloody, stupid, unprintable, illegal and highly improbable obscenity, do you want us both to wind up counting rocks on Titan? This conceited pipsqueak will spill his guts.”

I almost missed Broadbent’s answer. Conceited indeed! Aside from a cold appreciation of my own genius I felt that I was a modest man. Broadbent: “… doesn’t matter if the game is crooked when it’s the only game in town. Jock, there is nobody else we can use.”

Dubois: “All right, then get Doc Scortia over here, hypnotize him, and shoot him the happy juice. But don’t tell him the score- not until he’s conditioned, not while we are still on dirt.” Broadbent: “Uh, Scortia himself told me that we could not depend on hypno and drugs, not for the performance we need.

We’ve got to have his co-operation, his intelligent co-operation.”

Dubois snorted. “What intelligence? Look at him. Ever see a rooster strutting through a barnyard? Sure, he’s the right size and shape and his skull looks a good bit like the Chief-but there is nothing behind it. He’ll lose his nerve, blow his top, and give the whole thing away. He can’t play the part-he’s just a ham actor!”

If the immortal Caruso had been charged with singing off key, he could not have been more affronted than I. But I trust I justified my claim to the mantle of Burbage and Booth at that moment; I went on buffing my nails and ignored it-merely noting that I would someday make friend Dubois both laugh and cry within the span of twenty seconds. I waited a few moments more, then stood up and approached the hush corner. When they saw that I intended to enter it, they both shut up. I said quietly, “Never mind, gentlemen, I have changed my mind.”

Dubois looked relieved. “You don’t want the job.”

“I mean that I accept the engagement. You need not make explanations. I have been assured by friend Broadbent that the work is such as not to trouble my conscience-and I trust him. He has assured rue that he needs an actor. But the business affairs of the producer are not my concern. I accept.”

Dubois looked angry, but shut up. I expected Broadbent to look pleased and relieved; instead he looked worried. “All right,” he agreed, “let’s get on with it. Lorenzo, I don’t know exactly how long we will need you. No more than a few days, I’m certain-and you will be on display only an hour or so once or twice in that time.”

“That does not matter as long as I have time to study the role- the impersonation. But approximately how many days will you need me? I should notify my agent.”

“Oh no! Don’t do that.”

“Well-how long? As much as a week?” “It will be less than that-or we’re sunk.”

“Never mind. Will a hundred Imperials a day suit you?”

I hesitated, recalling how easily he had met my minimum just to interview me-and decided this was a time to be gracious. I waved it aside. “Let’s not speak of such things. No doubt you will present me with an honorarium consonant with the worth of my performance.”

“All right, all right.” Broadbent turned away impatiently. “Jock, call the field. Then call Langston and tell him we’re starting Plan Mardi Gras. Synchronize with him. Lorenzo …” He motioned for me to follow and strode into the bath. He opened a small case and demanded, “Can you do anything with this junk?”

“Junk” it was-the sort of overpriced and unprofessional makeup kit that is sold over the counter to stage-struck youngsters. I stared at it with mild disgust. “Do I understand, sir, that you expect me to start an impersonation now? Without time for study?”

“Huh? No, no, no! I want you to change your face-on the outside chance that someone might recognize you as we leave here.

That’s possible, isn’t it?”

I answered stiffly that being recognized in public was a burden that all celebrities were forced to carry. I did not add that it was certain that countless people would recognize The Great Lorenzo in any public place.

“Okay. So change your phiz so it’s not yours.” He left abruptly.

I sighed and looked over the child’s toys he had handed me, no doubt thinking they were the working tools of my profession- grease paints suitable for clowns, reeking spirit gum, crepe hair which seemed to have been raveled from Aunt Maggie’s parlor carpet. Not an ounce of Silicoflesh, no electric brushes, no modern amenities of any sort. But a true artist can do wonders with a burnt match, or oddments such as one might find in a kitchen- and his own genius. I arranged the lights and let myself fall into creative reverie.

There are several ways to keep a well-known face from being recognized. The simplest is misdirection. Place a man in uniform and his face is not likely to be noticed-do you recall the lace of the last policeman you encountered? Could you identify him if you saw him next in mufti? On the same principle is the attentiongoing special feature. Equip a man with an enormous nose, disfigured perhaps with acne rosacea; the vulgar will stare in fascination at the nose itself, the polite will turn away-but neither will see the face.

I decided against this primitive maneuver because I judged that my employer wished me not to be noticed at all rather than remembered for an odd feature without being recognized.   This is much more difficult; anyone can be conspicuous but it takes real skill not to be noticed. I needed a face as commonplace, as impossible to remember as the true face of the immortal Alec Guinness. Unfortunately my aristocratic features are entirely too distinguished, too handsome-a regrettable handicap for a character actor. As my father used to say, “Larry, you are too damned pretty! If you don’t get off your lazy duff and learn the business, you are going to spend fifteen years as a juvenile, under the mistaken impression that you are an

actor-then wind up selling candy in the lobby. ‘Stupid’ and ‘pretty’ are the two worst vices in show business-and you’re both.”

Then he would take off his belt and stimulate my brain. Father was a practical psychologist and believed that warming the glutei maximi with a strap drew excess blood away from a boy’s brain. While the theory may have been shaky, the results justified the method; by the time I was fifteen I could stand on my head on a slack wire and quote page after page of   Shakespeare and Shaw-or steal a scene simply by lighting a cigarette.

I was deep in the mood of creation when Broadbent stuck his face in. “Good grief!” he snapped. “Haven’t you done anything yet?”

I stared coldly. “I assumed that you wanted my best creative work-which cannot be hurried. Would you expect a cordon bleu to compound a new sauce on the back of a galloping horse?” “Horses be damned!” He glanced at his watch finger. “You have six more minutes. If you can’t do anything in that length of time, we’ll just have to take our chances.”

Well! Of course I prefer to have plenty of time-but I had understudied my father in his quick-change creation, The Assassination of Hu*ey Long, fifteen parts in seven minutes-and had  once played it in nine seconds less time than he did. “Stay where you are!” I snapped back at him. “I’ll be with you at once.” I then put on “Benny Grey,” the colorless handy man who does the murders in The House with No Doors-two quick strokes to put dispirited lines into my cheeks from nose to mouth corners, a mere suggestion of bags under my eyes, and Factor’s

#5 sallow over all, taking not more than twenty seconds for everything-I could have done it in my sleep; House ran on boards for ninety-two performances before they recorded it.

Then I faced Broadbent and he gasped. “Good God! I don’t believe it.”

I stayed in “Benny Grey” and did not smile acknowledgment. What l3roadbent could not realize was that the grease paint really was not necessary. It makes it easier, of course, but I had used a touch of it primarily because he expected it; being one of the yokels, he naturally assumed that make-up consisted of paint and powder.

He continued to stare at me. “Look here,” he said in a hushed voice, “could you do something like that for me? In a hurry?”

I was about to say no when I realized that it presented an interesting professional challenge, I had been tempted to say that if my father had started in on him at five he might be ready now to sell cotton candy at a punkin’ doin’s, but I thought better of it. “You simply want to be sure that you will not be recognized?” I asked.

“Yes, yes! Can you paint me up, or give me a false nose, or something?”

I shook my head. “No matter what we did with make-up, it would simply make you look like a child dressed up for Trick or Treat. You can’t act and you can never learn, at your age. We won’t touch your face.”

“Huh? But with this beak on me-“

“Attend me. Anything I could do to that lordly nose would just call attention to it, I assure you. Would it suffice if an acquaintance looked at you and said, ‘Say, that big fellow reminds me of Dak Broadbent. It’s not Dak, of course, but looks a little like him.’ Eh?”

“Huh? I suppose so. As long as he was sure it wasn’t me. I’m supposed to be on… Well, I’m not supposed to be on Earth just now.”

“He’ll be quite sure it is not you, because we’ll change your walk. That’s the most distinctive thing about you. If your walk is wrong, it cannot possibly be you-so it must be some other big boned, broad-shouldered man who looks a bit like you.”

“Okay, show me how to walk.”

“No, you could never learn it. I’ll force you to walk the way I want you to.” “How?”

‘We’ll put a handful of pebbles or the equivalent in the toes of your boots. That will force you back on your heels and make you stand up straight. It will be impossible for you to sneak along in that catfooted spaceman’s crouch. Mmrn 11 slap some tape across your shoulder blades to remind you to keep your shoulders back, too. That will do it.”

“You think they wont recognize me just because I’ll walk differently?”

“Certain. An acquaintance won’t know why he is sure it is not you, but the very fact that the conviction is subconscious and unanalyzed will put it beyond reach of doubt. Oh, I’ll do a little something to your face, just to make you feel easier-but it isn’t necessary.”

We went back into the living room of the suite. I was still being “Benny Grey” of course; once I put on a role it takes a conscious effort of will to go back to being myself. Dubois was busy at the phone; he looked up, saw me, and his jaw dropped. He hurried out of the hush locus and demanded, “Who’s he? And where’s that actor fellow?” After his first glance at me, he had looked away and not bothered to look back-“Benny Grey” is such a tired, negligible little guy that there is no point in looking at him.

“What actor fellow?” I answered in Benny’s flat, colorless tones. It brought Dubois’ eyes back to me. Re looked at me, started to look away, his eyes snapped back, then he looked at my clothes. Broadbent guffawed and clapped him on the shoulder.

“And you said he couldn’t act!” He added sharply, “Did you get them all, Jock?” “Yes.” Dubois looked back at me, looked perplexed, and looked away.

“Okay. We’ve got to be out of here in four minutes. Let’s see how fast you can get me fixed up, Lorenzo.”

Dak had one boot off, his blouse off, and his chemise pulled up so that I could tape his shoulders when the light over the door came on and the buzzer sounded. He froze. “Jock? We expecting anybody?”

“Probably Langston. He said he was going to try to get over here before we left.” Dubois started for the door.

“It might not be him. It might be—” 1 did not get to hear Broadbent say who he thought it might be as Dubois dilated the door. Framed in the doorway, looking like a nightmare toadstool, was a Martian.

For an agony-stretched second I could see nothing but the Martian. I did not see the human standing behind him, nor did I notice the life wand tile Martian cradled in his pseudo limb. Then the Martian flowed inside, the man with him stepped in behind him, and the door relaxed. The Martian squeaked, “Good afternoon, gentlemen. Going somewhere?”

I was frozen, dazed, by acute xenophobia. Dak was handicapped by disarranged clothing. But little Jock Dubois acted with a simple heroism that made him my beloved brother even as he died … He flung himself at that life wand. Right at it-he made no attempt to evade it.

He must have been dead, a hole burned through his belly you could poke a fist through, before he hit the floor. But he hung on and the pseudo limb stretched like taffy-then snapped, broken off a few inches from the monster’s neck, and poor Jock still had the life wand cradled in his dead arms.

The human who had followed that stinking, reeking thing into the room had to step to one side before he could get in a shot- and he made a mistake. He should have shot Dak first, then me. Instead he wasted his first one on Jock and he never got a second one, as Dak shot him neatly in the face. I had not even known Dak was armed.

Deprived of his weapon, the Martian did not attempt to escape. Dak bounced to his feet, slid up to him, and said, “Ah, Rrringriil. I see you.” “1 see you, Captain Dak Broadhent,” the Martian squeaked, then added, “you will tell my nest?”

“I will tell your nest, Rrringriil.”

“I thank you, Captain Dak Broadbent.”

Dak reached out a long bony finger and poked it into the eye nearest him, shoving it on home until his knuckles were jammed against the brain case. He pulled it out and his finger was slimed with green ichor. The creature’s pseudo limbs crawled back into its trunk in reflex spasm but the dead thing continued to stand firm on its base. Dak hurried into the bath; 1 heard him washing his hands. I stayed where I was, almost as frozen by shock as the late Rrringriil.

Dak came out, wiping his hands on his shirt, and said, “We’ll have to clean this up. There isn’t much time.” He could have been speaking of a spilled drink.

I tried to make clear in one jumbled sentence that I wanted no part of it, that we ought to call the cops, that I wanted to get away from there before the cops came, that he knew what he could do with his crazy impersonation job, and that I planned to sprout wings and fly out the window, flak brushed it all aside. “Don’t jitter, Lorenzo. We’re on minus minutes now. Help me get the bodies into the bathroom.”

“Huh? Good God, man! Let’s just lock up and run for it. Maybe they will never connect us with it.”

“Probably they wouldn’t,” he agreed, “since neither one of us is supposed to be here. But they would be able to see that Rrringriil had killed Jock-and we can’t have that. Not now we can’t.”

“Huh?”

“We can’t afford a news story about a Martian killing a human. So shut up and help me.”

I shut up and helped him. It steadied me to recall that “Benny Grey” had been the worst of sadistic psychopaths, who had enjoyed dismembering his victims. I let “Benny Grey” drag the  two human bodies into the bath while Dak took the life wand and sliced Rrringriil into pieces small enough to handle. He was careful to make the first cut below the brain case so the job was not messy, but I could not help him with it-it seemed to me that a dead Martian stank even worse than a live one.

The oubliette was concealed in a panel in the bath just beyond the bidet; if it had not been marked with the usual radiation trefoil it would have been hard to find. After we had shoved the chunks of Rrringriil down it (I managed to get my spunk up enough to help), Dak tackled the messier problem of butchering and draining the human corpses, using the wand and, of course, working in the bath tub.

It is amazing how much blood a man holds. We kept the water running the whole time; nevertheless, it was bad. But when Dak had to tackle the remains of poor little Jock, he just wasn’t up to it. His eyes flooded with tears, blinding him, so I elbowed him aside before he sliced off his own fingers and let “Benny Grey” take over.

When I had finished and there was nothing left to show that there had ever been two other men and a monster in the suite, I sluiced out the tub carefully and stood up. Dak was in the doorway, looking as calm as ever. “I’ve made sure the floor is tidy,” he announced. “I suppose a criminologist with proper equipment could reconstruct it-but we are counting on no one ever suspecting. So let’s get out of here. We’ve got to gain almost twelve minutes somehow. Come on!”

I was beyond asking where or why. “All right. Let’s fix your boots.”

He shook his head. “It would slow me up. Right now speed is more essential than not being recognized.”

“I am in your hands.” I followed him to the door; he stopped and said, “There may be others around. If so, shoot first-there’s nothing else you can do.” He had the life wand in his hand, with his cloak drawn over it.

“Martians?”

“Or men. Or both.”

“Dak? Was Rrringriil one of those four at the Manana bar?”

“Certainly. Why do you think I went around Robinson’s barn to get you out of there and over here? They either tailed you, as we did, or they tailed me. Didn’t you recognize him?” “Heavens, no! Those monsters all look alike to me.”

“And they say we all look alike. The four were Rrringriil, his conjugate-brother Rrringlath, and two others from his nest, of divergent lines. But shut up. If you see a Martian, shoot. You have the other gun?”

“Uh, yes. Look, Dak, I don’t know what this is all about. But as long as those beasts are against you, I’m with you. I despise Martians.” He looked shocked. “You don’t know what you are saying. We’re not fighting Martians; those four are renegades.”

“Huh?”

“There are lots of good Martians-almost all of them. Shucks, even Rrringriil wasn’t a bad sort in most ways-I’ve had many a fine chess game with him.” “What? In that case, I’m—”

“Stow it. You’re in too deep to back out. Now quick-march, straight to the bounce tube. I’ll cover our rear.”  I shut up. I was in much too deep-that was unarguable.

We hit the sub-basement and went at once to the express tubes. Atwo-passenger capsule was just emptying; Dak shoved me in so quickly that I did not see him set the control combiiiation. But I was hardly surprised when the pressure let up from my chest and I saw the sign blinking JEFFERSON SKYPORT-ALL OUT.

Nor did I care what station it was as long as it was as far as possible from Hotel Eisenhower. The few minutes we had been crammed in the vactube had been long enough for me to devise a plan-sketchy, tentative, and subject to change without notice, as the fine print always says, but a plan. It could be stated in two words: Get lost!

Only that morning I would have found the plan very difficult to execute; in our culture a man with no money at all is baby-helpless. But with a hundred slugs in my pocket I could go far and fast. I felt no obligation to Dak Broadbent. For reasons of his own-not my reasons!-he had almost got me killed, then had crowded me into covering up a crime, made rue a fugitive from justice. But we had evaded the police, temporarily at least, and now, simply by shaking off Broadbent, I could forget the whole thing, shelve it as a bad dream. It seemed most unlikely that   I could be connected with the affair even if it were discovered-fortunately a gentleman always wears gloves, and I had had mine off only to put on makeup and later during that ghastly house cleaning.

Aside from the warm burst of adolescent heroics I had felt when I thought Dak was fighting Martians I had no interest in his schemes-and even that sympathy had shut off when I found that he liked Martians in general. His impersonation job I would not now touch with the proverbial eleven-foot pole. To hell with Broadbent! All I wanted out of life was money enough to keep body and soul together and a chance to practice my art; cops-androbbers nonsense did not interest me-poor theater at best.

Jefferson Port seemed handmade to carry out my scheme. Crowded and confused, with express tubes spiderwebbing from it, in it, if Dak took his eyes off me for half a second I would be halfway to Omaha. I would lie low a few weeks, then get in touch with my agent and find out if any inquiries had been made about me.

Dak saw to it that we climbed out of the capsule together, else I would have slammed it shut and gone elsewhere at once. I pretended not to notice and stuck close as a puppy to him as we went up the belt to the main hall just under the surface, coming out between the Pan-Am desk and American Skylines. Dak straight across the waiting-room floor toward Diana, Ltd.,

and I surmised that he was going to buy tickets for the Moon shuttle- how he planned to get me aboard without passport or vaccination certificate I could not guess but I knew that be was resourceful. I decided that I would fade into the furniture while he bad his wallet out; when a man counts money there are at least a few seconds when his eyes and attention are fully occupied.

But we went right on past the Diana desk and through an archway marked Private Berths. The passageway beyond was not crowded and the walls were blank; I realized with dismay that   I had let slip my best chance, back there in the busy main hail. I held back. “Dak? Are we making a jump?”

“Of course.”

“Dak, you’re crazy. I’ve got no papers, I don’t even have a tourist card for the Moon.” “You won’t need them.”

“Huh? They’ll stop me at ‘Emigration.’ Then a big, beefy cop will start asking questions.”

Ahand about the size of a cat closed on my upper arm. “Let’s not waste time. Why should you go through ‘Emigration,’ when officially you aren’t leaving? And why should I, when officially I never arrived? Quick-march, old son.”

I am well muscled and not small, but I felt as if a traffic robot were pulling me out of a danger zone. I saw a sign reading MEN and I made a desperate attempt to break it up. “Dak, half a minute, please. Got to see a man about the plumbing.”

He grinned at me. “Oh, yes? You went just before we left the hotel.” He did not slow up or let go of me. “Kidney trouble-“

“Lorenzo old son, I smell a case of cold feet. Tell you what I’ll do. See that cop up ahead?” At the end of the corridor, in the private berths station, a defender of the peace was resting his big feet by leaning over a counter. “I find I have a sudden attack of conscience. I feel a need to confess-about how you killed a visiting Martian and two local citizens-about how you held a gun on me and forced me to help you dispose of the bodies. About—”

“You’re crazy!”

“Almost out of my mind with anguish and remorse, shipmate.” “But-you’ve got nothing on me.”

“So? I think my story will sound more convincing than yours. I know what it is all about and you don’t. I know all about you and you know nothing about me. For example he mentioned a couple of details in my past that I would have sworn were buried and forgotten. All right, so I did have a couple of routines useful for stag shows that are not for the family trade-a man has to eat. But that matter about Bebe; that was hardly fair, for I certainly had not known that she was underage. As for that hotel bill, while it is true that bilking an “innkeeper” in Miami Beach carries much the same punishment as armed robbery elsewhere, it is a very provincial attitude-I would have paid if I had had the money. As for that unfortunate incident in Seattle-well, what I am trying to say is that Dak did know an amazing amount about my background but he had the wrong slant on most of it. Still.

“So,” he continued, “let’s walk right up to yon gendarme and make a clean breast of it. I’ll lay you seven to two as to which one of us is out on bail first.”

So we marched up to the cop and on past him. He was talking to a female clerk back of the railing and neither one of them looked up. Dak took out two tickets reading, GATE PASS- MAINTENANCE PERMIT-Berth K-l27, and stuck them into the monitor. The machine scanned them, a transparency directed us to take an tipper-level car, code King 127; the gate let us through and locked behind us as a recorded voice said, “Watch your step, please, and heed radiation warnings. The Terminal Company is not responsible for accidents beyond the gate.”

Dak punched an entirely different code in the little car; it wheeled around, picked a track, and we took off out under the field. It did not matter to me. I was beyond caring.

When we stepped out of the little car it went back where it came from. In front of me was a ladder disappearing into the steel ceiling above. Dak nudged me. “Up you go.” There was a scuttle hole at the top and on it a sign: RADIATION HAZARD-Optimax 13 Seconds. The figures had been chalked in. I stopped. I have no special interest in offspring but I am no fool. Dak grinned and said, “Got your lead britches on? Open it, go through at once and straight up the ladder into the ship. If you don’t stop to scratch, you’ll make it with at least three seconds to spare.”

I believe I made it with five seconds to spare. I was out in the sunlight for about ten feet, then I was inside a long tube in the ship. I used about every third rung.

The rocket ship was apparently small. At least the control room was quite cramped; I never got a look at the outside. The only other spaceships I had ever been in were the Moon shuttles Evangeline and her sister ship the Gabriel, that being the year in which I had incautiously accepted a lunar engagement on a co-op basis-our impresario had had a notion that a juggling, tightrope, and acrobatic routine would go well in the one-sixth gee of the Moon, which was correct as far as it went, but he had not allowed rehearsal time for us to get used to low gravity. I had to take advantage of the Distressed Travelers Act to get back and I had lost my wardrobe.

There were two men in the control room; one was lying in one of three acceleration couches fiddling with dials, the other was making obscure motions with a screw driver. The one in the couch glanced at me, said nothing. The other one turned, looked worried, then said past me, “What happened to Jock?”

Dak almost levitated out of the hatch behind me. “No time!” he snapped. “Have you compensated for his mass?” “Red, is she taped? Tower?”

The man in the couch answered lazily, “I’ve been recomputing every two minutes. You’re clear with the tower. Minus forty-, uh, seven seconds.” “Out of that bunk! Scram! I’m going to catch that tick!”

Red moved lazily out of the couch as Dak got in. The other man shoved me into the copilot’s couch and strapped a safety belt across my chest. He turned and dropped down the escape tube. Red followed him, then stopped with his head and shoulders out. “Tickets, please!” he said cheerfully.

“Oh, cripes!” Dak loosened a safety belt, reached for a pocket, got out the two field passes we bad used to sneak aboard, and shoved them at him.

“Thanks,” Red answered. “See you in church. Hot jets, and so forth.” He disappeared with leisurely swiftness; I heard the air lock close and my eardrums popped. Dak did not answer his farewell; his eyes were busy on the computer dials and he made some minor adjustment.

“Twenty-one seconds,” he said to me. “There’ll be no rundown. Be sure your arms are inside and that you are relaxed. The first step is going to be a honey.”  I did as I was told, then waited for hours in that curtain-going-up tension. Finally I said, “Dak?”

“Shut up!”

“Just one thing: where are we going?”

“Mars.” I saw his thumb jab at a red button and I blacked out. Chapter 2

What is so funny about a man being dropsick? Those dolts with cast-iron stomachs always laugh-I’ll bet they would laugh if Grandma broke both legs.

I was spacesick, of course, as soon as the rocket ship quit blasting and went into free fall. I came out of it fairly quickly as my stomach was practically empty-I’d eaten nothing since breakfast- and was simply wanly miserable the remaining eternity of that awful trip. It took us an hour and forty-three minutes to make rendezvous, which is roughly equal to a thousand years in purgatory to a ground hog like myself.

I’ll say this for Dak, though: he did not laugh. Dak was a professional and he treated my normal reaction with the impersonal good manners of a ifight nurse-not like those flat-headed, loudvoiced jackasses you’ll find on the passenger list of a Moon shuttle. If I had my way, those healthy self -panickers would be spaced in mid-orbit and allowed to laugh themselves to death in vacuum.

Despite the turmoil in my mind and the thousand questions I wanted to ask we had almost made rendezvous with a torchship, which was in parking orbit around Earth, before I could stir up interest in anything. I suspect that if one were to inform a victim of spacesickness that he was to be shot at sunrise his own answer would be, “Yes? Would you hand me that sack, please?”

But I finally recovered to the point where instead of wanting very badly to die the scale had tipped so that I had a flickering, halfhearted interest in continuing to live. Dak was busy most of the time at the ship’s communicator, apparently talking on a very tight beam for his hands constantly nursed the directional control like a gunner laying a gun under difficulties. I could not hear what he said, or even read his lips, as he had his face pushed into the nimble box. I assumed that he was talking to the long-jump ship we were to meet.

But when he pushed the communicator aside and lit a cigarette I repressed the stomach retch that the mere sight of tobacco smoke had inspired and said, “Dak, isn’t it about time you told me the score?”

“Plenty of time for that on our way to Mars.”

“Huh? Damn your arrogant ways,” I protested feebly. “I don’t want to go to Mars. I would never have considered your crazy offer if 1 had known it was on Mars.” “Suit yourself. You don’t have to go.”

“Eh?”

“The air lock is right behind you. Get out and walk. Mind you close the door.”

I did not answer the ridiculous suggestion. He went on, “But if you can’t breathe space the easiest thing to do is to go to Mars- and I’ll see that you get back. The Can Do-that’s this bucket-is about to rendezvous with the Go For Broke, which is a high-gee torchship. About seventeen seconds and a gnat’s wink after we make contact the Go For Broke will torch for Mars-for we’ve got to be there by Wednesday.”

I answered with the petulant stubbornness of a sick man. “I’m not going to Mars. I’m going to stay right in this ship. Somebody has to take it back and land it on Earth. You can’t fool me.” “True,” Broadbent agreed. “But you won’t be in it. The three blokes who are supposed to be in this ship-according to the records back at Jefferson Field-are in the Go For Broke right now.

This is a three-man ship, as you’ve noticed. I’m afraid you will find them stuffy about giving up a place to you. And besides, how would you get back through ‘Immigration’?”

“I don’t care! I’d be back on ground.”

“And in jail, charged with everything from illegal entry to mopery and dopery in the spaceways. At the very least they would be sure that you were smuggling and they would take you to some quiet back room and run a needle in past your eyeball and find out just what you were up to. They would know what questions to ask and you wouldn’t be able to keep from answering. But you wouldn’t be able to implicate me, for good old Dak Broadhent hasn’t been back to Earth in quite a spell and has unimpeachable witnesses to prove it.”

I thought about it sickly, both from fear and the continuing effects of spacesickness. “So you would tip off the police? You dirty, slimy—” I broke off for lack of an adequately insulting noun. “Oh no! Look, old son, I might twist your arm a bit and let you think that I would cry copper-but I never would. But Rrringriil’s conjugate-brother Rrringlath certainly knows that old ‘Grill’ went

in that door and failed to come out. He will tip off the noises. Conjugate-brother is a relationship so close that we will never understand it, since we don’t reproduce by fission.”

I didn’t care whether Martians reproduced like rabbits or the stork brought them in a little black bag. The way he told it I could never go back to Earth, and I said so. He shook his head. “Not at all. Leave it to me and we will slide you back in as neatly as we slid you out. Eventually you will walk off that field or some other field with a gate pass which shows that you are a mechanic who has been making some last-minute adjustment-and you’ll have greasy coveralls and a tool kit to back it up. Surely an actor of your skill can play the part of a mechanic for  a few minutes?”

“Eh? Why, certainly! But-“

“There you are! You stick with ol’ Doc Dak; he’ll take care of you. We shuffled eight guild brothers in this current caper to get me on Earth and both of us off; we can do it again. But you would not stand a chance without voyageurs to help you.” He grinned. “Every voyageur is a free trader at heart. The art of smuggling being what it is, we are all of us always ready to help out one another in a little innocent deception of the port guards. But a person outside the lodge does not ordinarily get such co-operation.”

I tried to steady my stomach and think about it. “Dak, is this a smuggling deal? Because-“ “Oh no! Except that we are smuggling you.”

“I was going to say that I don’t regard smuggling as a crime.”

“Who does? Except those who make money off the rest of us by limiting trade. But this is a straight impersonation job, Lorenzo, and you are the man for it. It wasn’t an accident that I ran across you in the bar; there had been a tail on you for two days. As soon as I hit dirt I went where you were.” He frowned. “I wish I could be sure our honorable antagonists had been following me, and not you.”

“Why?”

“If they were following me they were trying to find out what I was after-which is okay, as the lines were already drawn; we knew we were mutual enemies. But if they were following you, then they knew what I was after-an actor who could play the role.”

“But how could they know that? Unless you told them?”

“Lorenzo, this thing is big, much bigger than you imagine. I don’t see it all myself-and the less you know about it until you must, the better off you are. But I can tell you this: a set of personal characteristics was fed into the big computer at the System Census Bureau at The Hague and the machine compared them with the personal characteristics of every male professional actor alive. It was done as discreetly as possible but somebody might have guessed-and talked. The specifications amounted to identification both of the principal and the actor who could double for him, since the job had to be perfect.”

“Oh. And the machine told you that I was the man for it?” “Yes. You-and one other.”

This was another good place for me to keep my mouth shut. But I could not have done so if my life had depended on it-which in a way it did. I just had to know who the other actor was who was considered competent to play a role which called for my unique talents. “This other one? Who is he?”

Dak looked me over; I could see him hesitate. “Mmm-fellow by the name of Orson Trowbridge. Know him?” “That ham!” For a moment I was so furious that I forgot my nausea.

“So? I hear that he is a very good actor.”

I simply could not help being indignant at the idea that anyone should even think about that oaf Trowbridge for a role for which I was being considered. “That arm-waver! That word- mouther!” I stopped, realizing that it was more dignified to ignore such colleagues-if the word fits. But that popinjay was so conceited that- well, if the role called for him to kiss a lady’s hand, Trowbridge would fake it by kissing his own thumb instead. Anarcissist, a poseur, a double fake-how could such a man live a role?

Yet such is the injustice of fortune that his sawings and rantings had paid him well while real artists went hungry. “Dak, I simply cannot see why you considered him for it.”

“Well, we didn’t want him; he is tied up with some long-term contract that would make his absence conspicuous and awkward. It was lucky for us that you were-uh, ‘at liberty.’ As soon as you agreed to the job I had Jock send word to call off the team that was trying to arrange a deal with Trowbridge.”

“I should think so!”

“But-see here, Lorenzo, I’m going to lay it on the line. While you were busy whooping your cookies after Brennschluss I called the Go For Broke and told them to pass the word down to get busy on Trowbridge again.”

“What?”

“You asked for it, shipmate. See here, a man in my racket contracts to herd a heap to Ganymede, that means he will pilot that pot to Ganymede or die trying. He doesn’t get fainthearted and try to welsh while the ship is being loaded. You told me you would take this job-no ‘ifs’ or ‘ands’ or ‘buts’-you took the job. Afew minutes later there is a fracas; you lose your nerve. Later you try to run out on me at the field. Only ten minutes ago you were screaming to be taken back dirtside. Maybe you are a better actor than Trowbridge. I wouldn’t know. But I know we need a man who can be depended on not to lose his nerve when the time comes. I understand that Trowbridge is that sort of bloke. So if we can get him, we’ll use him instead, pay you off and tell you nothing and ship you back. Understand?”

Too well I understood. Dak did not use the word-I doubt if he would have understood it-but he was telling me that I was not a trouper. The bitter part about it was that he was justified. I could not be angry; I could only be ashamed. I had been an idiot to accept the contract without knowing more about it-but I had agreed to play the role, without conditions or escape clauses. Now I was trying to back out, like a rank amateur with stage fright.

“The show must go on” is the oldest tenet of show business. Perhaps it has no philosophical verity, but the things men live by are rarely subject to logical proof. My father had believed it-I had seen him play two acts with a burst appendix and then take his bows before he had let them rush him to a hospital. I could see his face now, looking at me with the contempt of a trouper for a so-called actor who would let an audience down.

“Dak,” I said humbly, “I am very sorry. I was wrong.” He looked at me sharply. “You’ll do the job?”

“Yes.” I meant it sincerely. Then I suddenly remembered a factor which could make the part as impossible for me as the role of Snow White in The Seven Dwarfs. “That is-well, I want to. But—”

“But what?” he said scornfully. “More of your damned temperament?”

“No, no! But you said we were going to Mars. Dak, am I going to be expected to do this impersonation with Martians around me?” “Eh? Of course. How else on Mars?”

“Uh … But, Dak, I can’t stand Martians! They give me the heebie jeebies. I wouldn’t want to-I would try not to-but I might fall right out of the characterization.” “Oh. If that is all that is worrying you, forget it.”

“Huh? But I can’t forget it. I can’t help it. I-“

“I said, ‘Forget it.’ Old son, we knew you were a peasant in such matters-we know all about you. Lorenzo, your fear of Martians is as childish and irrational as a fear of spiders or snakes. But we had anticipated it and it will be taken care of. So forget it.”

“Well-all right.” I was not much reassured, but he had flicked me where it hurt. “Peasant”-why, “peasants” were the audience! So I shut up.

Dak pulled the communicator to him, did not bother to silence his message with the rumble box: “Dandelion to Tumbleweed- cancel Plan Inkblot. We will complete Mardi Gras.” “Dak?” I said as he signed off.

“Later,” he answered. “I’m about to match orbits. The contact may be a little rough, as I am not going to waste time worrying about chuck holes. So pipe down and hang on.”

And it was rough. By the time we were in the torchship I was glad to be comfortably back in free fall again; surge nausea is even worse than everyday dropsickness. But we did not stay in free fall more than five minutes; the three men who were to go back in the Can Do were crowding into the transfer lock even as Dak and I floated into the torchship. The next few moments were extremely confused. I suppose I am a ground hog at heart for I disorient very easily when I can’t tell the floor from the ceiling. Someone called out, “Where is he?” Dak replied,   “Here)” The same voice replied, “Him?” as if he could not believe his eyes.

“Yes, yes!” Dak answered. “He’s got make-up on. Never mind, it’s all right. Help me get him into the cider press.”

Ahand grabbed my arm, towed me along a narrow passage and into a compartment. Against one bulkhead and flat to it were two bunks, or “cider presses,” the bathtub-shaped, hydraulic, pressure-distribution tanks used for high acceleration in torchships. I had never seen one before but we had used quite convincing mock-ups in the space opus The Earth Raiders.

There was a stenciled sign on the bulkhead behind the bunks:

WARRING!!! Do Not Take More than Three Gravities without a Gee Suit. By Order of— I rotated slowly out of range of vision before I could finish reading it and someone shoved me into  one cider press. Dak and the other men were hurriedly strapping me against it when a horn somewhere near by broke into a horrid hooting. It continued for several seconds, then a voice replaced it: “Red warning! Two gravities! Three minutes! Red warning! Two gravities! Three minutes!” Then the hooting started again.

Through the racket I heard Dak ask urgently, “Is the projector all set? The tapes ready?” “Sure, sure!”

“Got the hypo?” Dak squirmed around in the air and said to me, “Look, shipmate, we’re going to give you a shot. It’s all right. Part of it is Nullgrav, the rest is a stimulant-for you are going to have to stay awake and study your lines. It will make your eyeballs feel hot at first and it may make you itch, but it won’t hurt you.”

“Wait, Dak, I-“

“No time! I’ve got to smoke this scrap heap!” He twisted and was out the door before I could protest. The second man pushed up my left sleeve, held an injection gun against the skin, and I had received the dose before I knew it. Then he was gone. The hooting gave way to: “Red waning! Two gravities! Two minutes!”

I tried to look around but the drug made me even more confused. My eyeballs did feel hot and my teeth as well and I began to feel an almost intolerable itching along my spine-but the safety straps kept me from reaching the tortured area-and perhaps kept me from breaking an arm at acceleration. The hooting stopped again and this time Dak’s self-confident baritone boomed out, “Last red warning! Two gravities! One minute! Knock off those pinochle games and spread your fat carcasses-we’re goin’ to smoke!” The hooting was replaced this time by  a recording of Arkezian’s Ad Astra, opus 61 in C major. It was the controversial London Symphony version with the 14-cycle “scare” notes buried in the timpani. Battered, bewildered, and doped as I was, they seemed to have no effect on me-you can’t wet a river.

Amermaid came in the door. No scaly tail, surely, but a mermaid is what she looked like. When my eyes refocused I saw that it was a very likely looking and adequately mammalian  young woman in singlet and shorts, swimming along head first in a way that made clear that free fall was no novelty to her. She glanced at me without smiling, placed herself against the other cider press, and took hold of the hand grips-she did not bother with safety belts. The music hit the rolling finale and I felt myself grow very heavy.

Two gravities is not bad, not when you are floating in a liquid bed. The skin over the top of the cider press pushed up around me, supporting me inch by inch; I simply felt heavy and found  it hard to breathe. You hear these stories about pilots torching at ten gravities and ruining themselves and I have no doubt that they are true-but two gravities, taken in the cider press, simply makes one feel languid, unable to move.

It was some time before I realized that the horn in the ceiling was speaking to me. “Lorenzo! How are you doing, shipmate?” “All right.” The effort made me gasp. “How long do we have to put up with this?”

“About two days.”

I must have moaned, for Dak laughed at me. “Quit bellyaching, chum! My first trip to Mars took thirty-seven weeks, every minute of it free fall in an elliptical orbit. You’re taking the luxury route, at a mere double gee for a couple of days-with a one-gee rest at turnover, I might add. We ought to charge you for it.”

I started to tell him what I thought of his humor in scathing green-room idiom, then recalled that there was a lady present. My father had taught me that a woman will forgive any action, up to and including assault with violence, but is easily insulted by language; the lovelier half of our race is symbol-oriented-very strange, in view of their extreme practicality. In any case, I  have never let a taboo word pass my lips when it might offend the ears of a lady since the time 1 last received the back of my father’s hard hand full on my mouth… Father could have  given Professor Pavlov pointers in reflex conditioning.

But Dak was speaking again. “Penny! You there, honey chile?” “Yes, Captain,” the young woman with me answered.

“Okay, start him on his homework. I’ll be down when I have this firetrap settled in its groove.”

“Very well, Captain.” She turned her head toward me and said in a soft, husky, contralto voice, “Dr. Capek wants you simply to relax and look at movies for several hours. I am here to answer questions as necessary.”

I sighed. “Thank goodness someone is at last going to answer questions!”

She did not answer, but raised an ann with some difficulty and passed it over a switch. The lights in the compartment died out and a sound and stereo image built up in front of my eyes. I recognized the central figure-just as any of the billions of citizens of the Empire would have recognized him-and I realized at last how thoroughly and mercilessly Dak Broadbent had   tricked me.

It was Bonforte.

The Bonforte, I mean-the Right Honorable John Joseph Bonforte, former Supreme Minister, leader of the loyal opposition, and head of the Expansionist coalition-the most loved (and the most hated!) man in the entire Solar System.

My astonished mind made a standing broad jump and arrived at what seemed a logical certainty. Bonforte had lived through at least three assassination attempts-or so the news reports would have us believe. At least two of his escapes had seemed almost miraculous. Suppose they were not miraculous? Suppose they had all been successful-but dear old Uncle Joe Bonforte had always been somewhere else at the time?

You could use up a lot of actors that way. Chapter 3

I had never meddled in politics. My father had warned against it. “Stay out of it, Larry,” he had told me solemnly. “The publicity you get that way is bad publicity. The peasants don’t like it.” I had never voted-not even after the amendment of ‘98 made it easy for the floating population (which includes, of course, most members of the profession) to exercise franchise.

However, insofar as I had political leanings of any sort, they certainly did not lean toward Bonforte. I considered him a dangerous man and very possibly a traitor to the human race. The idea of standing up and getting killed in his place was-how shall I put it?-distasteful to me.

But-what a role!

I had once played the lead in L’Aiglon and I had played Caesar in the only two plays about him worthy of the name. But to play such a role in life-well, it is enough to make one understand how a man could go to the guillotine in another man’s place-just for the chance to play, even for a few moments, the ultimately exacting role, in order to create the supreme, the perfect, work of art.

I wondered who my colleagues had been who had been unable to resist that temptation on those earlier occasions. They had been artists, that was certain-though their very anonymity was the only tribute to the success of their characterizations. I tried to remember just when the earlier attempts on Bonforte’s life had taken place and which colleagues who might have been capable of the role had died or dropped out of sight at those times. But it was useless. Not only was I not too sure of the details of current political history but also actors simply fade out of view with depressing frequency; it is a chancy profession even for the best of us.

I found that I had been studying closely the characterization.

I realized I could play it. Hell, I could play it with one foot in a bucket and a smell of smoke backstage. To begin with, there was no problem of physique; Bonforte and I could have swapped clothes without a wrinkle. These childish conspirators who had shanghaied me had vastly overrated the importance of physical resemblance, since it means nothing if not backed up by art-and need not be at all close if the actor is competent. But I admit that it does help and their silly game with the computer machine had resulted (quite by accident!) in selecting a true artist, as well as one who was in measurements and bony structure the twin of the politician. His profile was much like mine; even his hands were long, narrow, and aristocratic like mine-and hands are harder than faces.

That limp, supposedly the result of one of the attempts on his life-nothing to it! After watching him for a few minutes I knew that I could get up from that bed (at one gravity, that is) and walk in precisely the same way and never have to think about it. The way he had of scratching his collarbone and then brushing his chin, the almost imperceptible tic which preceded each of  his sentences-such things were no trouble; they soaked into my subconscious like water into sand.

To be sure, he was fifteen or twenty years older than I was, but it is easier to play a role older than oneself than one younger. In any case, age to an actor is simply a matter of inner attitude; it has nothing to do with the steady march of catabolism.

I could have played him on boards, or read a speech in his place, within twenty minutes. But this part, as I understood it, would be more than such an interpretation; Dak had hinted that I would have to convince people who knew hlin well, perhaps in intimate circumstances. This is surpassingly more difficult. Does he take sugar in his coffee? If so, how much? Which   hand does he use to strike a cigarette and with what gesture? I got the answer to that one and planted it deep in my mind even as I phrased the question; the simulacrum in front of me struck a cigarette in a fashion that convinced me that he had used matches and the oldfashioned sort of gasper for years before he had gone along with the march of so-called progress.

Worst of all, a man is not a single complexity; he is a different complexity to every person who knows him-which means that, to be successful, an impersonation must change for each “audience”

-for each acquaintance of the man being impersonated. This is not merely difficult; it is statistically impossible. Such little things could trip one up. What shared experiences does your principal have with acquaintance John Jones? With a hundred, or a thousand, John Joneses? How could an impersonator possibly know?

Acting per Se, like all art, is a process of abstracting, of retaining only significant detail. But in impersonation any detail can be significant. In time, something as silly as not crunching celery could let the cat out of the bag.

Then I recalled with glum conviction that my performance probably need be convincing only long enough for a marksman to draw a bead on me.

But I was still studying the man I was to replace (what else could I do?) when the door opened and I heard Dak in his proper person call out, “Anybody home?” The lights came on, the threedimensional vision faded, and I felt as if I had been wrenched from a dream. I turned my head; the young woman called Penny was struggling to lift her head from the other hydraulic bed and Dak was standing braced in the doorway.

I looked at him and said wonderingly, “How do you manage to stand up?” Part of my mind, the professional part that works independentiy, was noting how he stood and filing it in a new drawer marked: “How a Man Stands under Two Gravities.”

He grinned at me. “Nothing to it. I wear arch supports.” “Hmmmph!”

“You can stand up, if you want to. Ordinarily we discourage passengers from getting out of the boost tanks when we are torching at anything over one and a half gees-too much chance that some idiot wifi fall over his own feet and break a leg. But I once saw a really tough weight-lifter type climb out of the press and walk at five gravities-but he was never good for much afterwards. But two gees is okay-about like carrying another man piggyback.” He glanced at the young lady. “Giving him the straight word, Penny?”

“He hasn’t asked anything yet.”

“So? Lorenzo, I thought you were the lad who wanted all the answers.”

I shrugged. “I cannot now see that it matters, since it is evident that I will not live long enough to appreciate them.” “Eh? What soured your milk, old son?”

“Captain Broadbent,” I said bitterly, “I am inhibited in expressing myself by the presence of a lady; therefore I cannot adequately discuss your ancestry, personal habits, morals, and destination. Let it stand that I knew what you had tricked me into as soon as I became aware of the identity of the man I am to impersonate. I will content myself with one question only:

who is about to attempt to assassinate Bonforte? Even a clay pigeon should be entitled to know who is shooting at him.”

For the first time I saw Dak register surprise. Then he laughed so hard that the acceleration seemed to be too much for him; he slid to the deck and braced his back against a bulkhead, still laughing.

“I don’t see anything funny about it,” I said angrily.

He stopped and wiped his eyes. “Lorrie old son, did you honestly think that I had set you up as a sitting duck?” “It’s obvious.” I told him my deductions about the earlier assassination attempts.

He had the sense not to laugh again. “I see. You thought it was a job about like food taster for a Middle Ages king. Well, we’ll have to try to straighten you out; I don’t suppose it helps your acting to think that you are about to be burned down where you stand. Look, I’ve been with the Chief for six years. During that time I know he has never used a double … Nevertheless, I was present on two occasions when attempts were made on his life- one of those times I shot the hatchet man. Penny, you’ve been with the Chief longer than that. Has he ever used a double before?”

She looked at me coldly. “Never. The very idea that the Chief would let anybody expose himself to danger in his place is-well, I ought to slap your face; that’s what I ought to do!”

“Take it easy, Penny,” Dak said mildly. “You’ve both got jobs to do and you are going to have to work with him. Besides, his wrong guess isn’t too silly, not from the outside. By the way, Lorenzo, this is Penelope Russell. She is the Chief’s personal secretary, which makes her your number-one coach.”

“I am honored to meet you, mademoiselle.” “I wish I could say the same!”

“Stow it, Penny, or I’ll spank your round fanny-at two gravities. Lorenzo, I concede that doubling for John Joseph Bonforte isn’t as safe as tiding in a wheel chair-shucks, as we both know, several attempts have been made to close out his life insurance. But that is not what we are afraid of this time. Matter of fact, this time, for political reasons you will presently understand, the laddies we are up against won’t dare to try to kill the Chief-or to kill you when you are doubling for the Chief. They are playing rough

-as you know!-and they would kill me, or even Penny, for the slightest advantage. They would kill you right now, if they could get at you. But when you make this public appearance as the Chief you’ll be safe; the circumstances will be such that they can’t afford to kill.”

He studied my face. “Well?”

I shook my head. “I don’t follow you.”

“No, but you will. It is a complicated matter, involving Martian ways of looking at things. Take it for granted; you’ll know all about it before we get there.”

I still did not like it. Thus far Dak had told me no outright lies that I knew of-but he could lie effectively by not telling all that he knew, as I had learned the bitter way. I said, “See here, I have no reason to trust you, or to trust this young lady-if you will pardon mc, miss. But while I haven’t any liking for Mr. Bonforte, he does have the reputation for being painfully, even offensively, honest. When do I get to talk to him? As soon as we reach Mars?”

Dak’s ugly, cheerful face was suddenly shadowed with sadness. “I’m afraid not. Didn’t Penny tell you?” “Tell me what?”

“Old son, that’s why we’ve got to have a double for the Chief. They’ve kidnapped him!”

My head ached, possibly from the double weight, or perhaps from too many shocks. “Now you know,” Dak went on. “You know why Jock Dubois didn’t want to trust you with it until after we raised ground. It is the biggest news story since the first landing on the Moon, and we are sitting on it, doing our damnedest to keep it from ever being known. We hope to use you until

we can find him and get him back. Matter of fact, you have already started your impersonation. This ship is not really the Go For Broke; it is the Chief’s private yacht and traveling office, the Tom Paine. The Go For Broke is riding a parking orbit around Mars, with its transponder giving out the recognition signal of this ship-a fact known only to its captain and comm officer- while the Tommie tucks up her skirts and rushes to Earth to pick up a substitute for the Chief. Do you begin to scan it, old son?”

I admit that I did not. “Yes, but-see here, Captain, if Mr. Bonforte’s political enemies have kidnapped him, why keep it secret? I should expect you to shout it from the housetops.” “On Earth we would. At New Batavia we would. On Venus we would. But here we are dealing with Mars. Do you know the legend of Kkkahgral the Younger?”

“Eh? I’m afraid I don’t.”

“You must study it; it will give you insight into what makes a Martian tick. Briefly, this boy Kkkah was to appear at a certain time and place, thousands of years ago, for a very high honor- like being knighted. Through no fault of his own (the way we would look at it) he failed to make it on time. Obviously the only thing to do was to kill him-by Martian standards. But because of his youth and his distinguished record some of the radicals present argued that he should be allowed to go back and start over. But Kkkahgral would have none of it. He insisted on  his right to prosecute the case himself, won it, and was executed. Which makes him the very embodiment, the patron saint, of propriety on Mars.”

“That’s crazy!”

“Is it? We aren’t Martians. They are a very old race and they have worked out a system of debts and obligations to cover every possible situation-the greatest formalists conceivable. Compared with them, the ancient Japanese, with their girl and gimu, were outright anarchists. Martians don’t have ‘right’ and ‘wrong’-instead they have propriety and impropriety,  squared, cubed, and loaded with gee juice. But where it bears on this problem is that the Chief was about to be adopted into the nest of Kkkahgral the Younger himself. Do you scan me now?”

I still did not. To my mind this Kkkah character was one of the more loathsome items from Le Grand Guignol. Broadbent went on, “It’s simple enough. The Chief is probably the greatest practical student of Martian customs and psychology. He has been working up to this for years. Comes local noon on Wednesday at Lacus Soli, the ceremony of adoption takes place. If the Chief is there and goes through his paces properly, everything is sweet. If he is not there-and it makes no difference at all why he is not there-his name is mud on Mars, in every nest from pole to pole- and the greatest interplanetary and interracial political coup ever attempted falls flat on its face. Worse than that, it will backfire. My guess is that the very least that will happen is for Mars to withdraw even from its present loose association with the Empire. Much more likely there will be reprisals and human beings will be killed-maybe every human on Mars. Then the extremists in the Humanity Party would have theft way and Mars would be brought into the Empire by force-but only after every Martian was dead. And all set off just by Bonforte failing to show up for the adoption ceremony… Martians take these things very seriously.”

Dak left as suddenly as he had appeared and Penelope Russell turned on the picture projector again. It occurred to me fretfully that I should have asked him what was to keep our enemies from simply killing me, if all that was needed to upset the political applecart was to keep Bonforte (in his proper person, or through his double) from attending some barbaric Martian ceremony. But I had forgotten to ask-perhaps I was subconsciously afraid of being answered.

But shortly I was again studying Bonforte, watching his movements and gestures, feeling his expressions, subvocalizing the tones of his voice, while floating in that detached, warm reverie of artistic effort. Already I was “wearing his head.”

I was panicked out of it when the images shifted to one in which Bonforte was surrounded by Martians, touched by their pseudo limbs. I had been so deep inside the picture that I could actually feel them myself-and the stink was unbearable. I made a strangled noise and clawed at it. “Shut it oft!”

The lights came up and the picture disappeared. Miss Russell was looking at me. “What in the world is the matter with you?”

I tried to get my breath and stop trembling. “Miss Russell-I am very sorry-but please-don’t turn that on again. I can’t stand Martians.”

She looked at me as if she could not believe what she saw but despised it anyhow. “I told them,” she said slowly and scornfully, “that this ridiculous scheme would not work.”  “I am very sorry. I cannot help it.”

She did not answer but climbed heavily out of the cider press. She did not walk as easily at two gravities as Dak did, but she managed. She left without another word, closing the door as she went.

She did not return. Instead the door was opened by a man who appeared to be inhabiting a giant kiddie stroller. “Howdy there, young fellow!” he boomed out. He was sixtyish, a bit too

heavy, and bland; I did not have to see his diploma to be aware that his was a “bedside” manner.

“How do you do, sir?”

“Well enough. Better at lower acceleration.” He glanced down at the contrivance he was strapped into. “How do you like my corset-on-wheels? Not stylish, perhaps, but it takes some of  the strain off my heart. By the way, just to keep the record straight, I’m Dr. Capek, Mr. Bonforte’s personal therapist. I know who you are. Now what’s this we hear about you and Martians?”

I tried to explain it clearly and unemotionally.

Dr. Capek nodded. “Captain Broadbent should have told me. I would have changed the order of your indoctrination program. The captain is a competent young fellow in his way but his muscles run ahead of his brain on occasion … He is so perfectly normal an extrovert that he frightens me. But no harm done. Mr. Smythe, 1 want your permission to hypnotize you. You have my word as a physician that it will be used only to help you in this matter and that I will in no wise tamper with your personal integration.” He pulled out an old-fashioned pocket watch of the sort that is almost a badge of his profession and took my pulse.

I answered, “You have my permission readily, sir-but it won’t do any good. I can’t go under.” I had learned hypnotic techniques myself during the time I was showing my mentalist act, but my teachers had never had any luck hypnotizing me. Atouch of hypnotism is very useful to such an act, especially if the local police aren’t too fussy about the laws the medical   association has hampered us with.

“So? Well, we’ll just have to do the best we can, then. Suppose you relax, get comfortable, and we’ll talk about your problem.” He still kept the watch in his hand, fiddling with it and twisting the chain, after he had stopped taking my pulse. I started to mention it, since it was catching the reading light just over my head, but decided that it was probably a nervous habit of which he was not aware and really too trivial a matter to call to the attention of a stranger.

“I’m relaxed,” I assured him. “Ask me anything you wish. Or free association, if you prefer.”

“Just let yourself float,” he said softly. “Two gravities makes you feel heavy, doesn’t it? I usually just sleep through it myself. It pulls the blood out of the brain, makes one sleepy. They are beginning to boost the drive again. We’ll all have to sleep … We’ll be heavy … We’ll have to sleep. .

I started to tell him that he had better put his watch away-or it would spin right out of his hand. Instead I fell asleep.

When I woke up, the other acceleration bunk was occupied by Dr. Capek. “Howdy, bub,” he greeted me. “I got tired of that confounded perambulator and decided to stretch out here and distribute the strain.”

“Uh, are we back on two gravities again?” “Eh? Oh yes! We’re on two gravities.”

“I’m sorry I blacked out. How long was I asleep?” “Oh, not very long. How do you feel?”

“Fine. Wonderfully rested, in fact.”

“It frequently has that effect. Heavy boost, I mean. Feel like seeing some more pictures?” “Why, certainly, if you say so, Doctor.”

“Okay.” He reached up and again the room went dark.

I was braced for the notion that he was going to show me more pictures of Martians; I made up my mind not to panic. After all, I had found it necessary on many occasions to pretend that they were not present; surely motion pictures of them should not affect me-I had simply been surprised earlier.

They were indeed stereos of Martians, both with and without Mr. Bonforte. I found it possible to study them with detached mind, without terror or disgust. Suddenly I realized that I was enjoying looking at them!

I let out some exclamation and Capek stopped the film. “Trouble?” “Doctor-you hypnotized me!”

“You told me to.”

“But I can’t be hypnotized.” “Sorry to hear it.”

“Uh-so you managed it. I’m not too dense to see that.” I added, “Suppose we try those pictures again. I can’t really believe it.”

He switched them on and I watched and wondered. Martians were not disgusting, if one looked at them without prejudice; they weren’t even ugly. In fact, they possessed the same quaint grace as a Chinese pagoda. True, they were not human in form, but neither is a bird of paradise-and birds of paradise are the loveliest things alive.

I began to realize, too, that their pseudo limbs could be very expressive; their awkward gestures showed some of the bumbling friendliness of puppies. I knew now that I had looked at Martians all my life through the dark glasses of hate and fear.

Of course, I mused, theft stench would still take getting used to, but-and then I suddenly realized that I was smelling them, the unmistakable odor-and I didn’t mind it a bit! In fact, I liked it. “Doctor!” I said urgently. “This machine has a ‘smellie’ attachment-doesn’t it?”

“Eh? I believe not. No, I’m sure it hasn’t-too much parasitic weight for a yacht.” “But it must. I can smell them very plainly.”

“Oh, yes.” He looked slightly shamefaced. “Bub, I did one thing to you that I hope will cause you no inconvenience.” “Sir?”

“While we were digging around inside your skull it became evident that a lot of your neurotic orientation about Martians was triggered by their body odor. I didn’t have time to do a deep job so I had to offset it. I asked Penny-that’s the youngster who was in here before-for a loan of some of the perfume she uses. I’m afraid that from here on out, bub, Martians are going to  smell like a Parisian house of joy to you. If I had had time I would have used some homelier pleasant odor, like ripe strawberries or hotcakes and syrup. But I had to improvise.”

I sniffed. Yes, it did smell like a heavy and expensive perfume- and yet, damn it, it was unmistakably the reek of Martians. “I like it.” “You can’t help liking it.”

“But you must have spilled the whole bottle in here. The place is drenched with it.”

“Huh? Not at all. I merely waved the stopper under your nose a half hour ago, then gave the bottle back to Penny and she went away with it.” He sniffed. “The odor is gone now. ‘Jungle Lust,’ it said on the bottle. Seemed to have a lot of musk in it. I accused Penny of trying to make the crew space-happy and she just laughed at me.” He reached up and switched off the stereopix. “We’ve had enough of those for now. I want to get you onto something more useful.”

When the pictures faded out, the fragrance faded with them, just as it does with smellie equipment. I was forced to admit to myself that it was all in the head. But, as an actor, I was intellectually aware of that truth anyhow.

When Penny came back in a few minutes later, she had a fragrance exactly like a Martian. I loved it.

Chapter 4

My education continued in that room (Mr. Bonforte’s guest room, it was) until turnover. I had no sleep, other than under hypnosis, and did not seem to need any. Either Doc Capek or Penny stuck with me and helped me the whole time. Fortunately my man was as thoroughly photographed and recorded as perhaps any man in history and I had, as well, the close co- operation of his intimates. There was endless material; the problem was to see how much I could assimilate, both awake and under hypnosis.

I don’t know at what point I quit disliking Bonforte. Capek assured me-and I believe him-that he did not implant a hypnotic suggestion on this point; I had not asked for it and I am quite certain that Capek was meticulous about the ethical responsibilities of a physician and hypnotherapist. But I suppose that it was an inevitable concomitant of the role-I rather think I would learn to like Jack the Ripper if I studied for the part. Look at it this way:

to learn a role truly, you must for a time become that character. And a man either likes himself, or he commits suicide, one way or another. “To understand all is to forgive all”-and I was beginning to understand Bonforte.

At turnover we got that one-gravity rest that Dak had promised. We never were in free fall, not for an instant; instead of putting out the torch, which I gather they hate to do while under way, the ship described what Dak called a 1 SO-degree skew turn. It leaves the ship on boost the whole time and is done rather qulckly, but it has an oddly disturbing effect on the sense of balance. The effect has a name something like Coriolanus. Coriolis?

All I know about spaceships is that the ones that operate from the surface of a planet are true rockets but the voyageurs call them “teakettles” because of the steam jet of water or hydrogen they boost with. They aren’t considered real atomic-power ships even though the jet is heated by an atomic pile. The long-jump ships such as the Tom Paine, torchships that is, are (so they tell me) the real thing, making use of F equals MC squared, or is it Mequals EC squared? You know-the thing Einstein invented.

Dak did his best to explain it all to me, and no doubt it is very interesting to those who care for such things. But I can’t imagine why a gentleman should bother with such. It seems to me that every time those scientific laddies get busy with their slide rules life becomes more complicated. What was wrong with things the way they were?

During the two hours we were on one gravity I was moved up to Bonforte’s cabin. I started wearing his clothes and his face and everyone was careful to cail me “Mr. Bonforte” or “Chief” or (in the case of Dr. Capek) “Joseph,” the idea being, of course, to help me build the part.

Everyone but Penny, that is… She simply would not call me “Mr. Bonforte.” She did her best to help but she could not bring herself to that. It was clear as scripture that she was a    secretary who silently and hopelessly loved her boss, and she resented me with a deep, illogical, but naturai bitterness. It made it hard for both of us, especially as I was finding her most attractive. No man can do his best work with a woman constantly around him who despises him. But I could not dislike her in return; I felt deeply sorry for her-even though I was decidedly irked.

We were on a tryout-in-the-sticks basis now, as not everyone in the Tom Paine knew that I was not Bonforte. I did not know exactly which ones knew of the substitution, but I was allowed   to relax and ask questions only in the presence of Dak, Penny, and Dr. Capek. I was fairiy sure that Bonforte’s chief clerk, Mr. Washington, knew but never let on; he was a spare, elderly mulatto with the tight-lipped mask of a saint. There were two others who certhinly knew, but they were not in the Tom Paine; they were standing by and covering up from the Go For Broke, handling press releases and routine dispatches-Bill Corpsman, who was Bonforte’s front man with the news services, and Roger Clifton. I don’t know quite how to describe Clifton’s job. Political deputy? He had been Minister without Portfolio, you may remember, when Bonforte was Supreme Minister, but that says nothing. Let’s put it symbolically: Bonforte handed out policy and Clifton handed out patronage.

This small group had to know; if any others knew it was not considered necessary to tell me. To be sure, the other members of Bonforte’s staff and all the crew of the Tom Paine knew that something odd was going on; they did not necessarily know what it was. Agood many people had seen me enter the ship-but as “Benny Grey.” By the time they saw me again I was already “Bonforte.”

Someone had had the foresight to obtain real make-up equipment, but I used aimost none. At close range make-up can be seen; even Silicoflesh cannot be given the exact texture of skin. I contented myself with darkening my natural complexion a couple of shades with Semiperm and wearing his face, from inside. I did have to sacrifice quite a lot of hair and Dr. Capek inhibited the roots. I did not mind; an actor can always wear hair-pieces-and I was sure that this job was certain to pay me a fee that would let me retire for life, if 1 wished.

On the other hand, I was sometimes queasily aware that “life” might not be too long-there are those old saws about the man who knew too much and the one about dead men and tales. But truthfully I was beginning to trust these people. They were all darn nice people-which told me as much about Bonforte as I had learned by listening to his speeches and seeing his   pix. Apolitical figure is not a single man, so I was learning, but a compatible team. If Bonforte himself had not been a decent sort he would not have had these people around him.

The Martian language gave me my greatest worry. Like most actors, I had picked up enough Martian, Venerian, Outer Jovian, etc., to be able to fake in front of a camera or on stage. But those roiled or fluttered consonants are very difficult. Human vocal cords are not as versatile as a Martian’s tympanus, I believe, and, in any case, the semi-phonetic spelling out of those sounds in Roman letters, for example “kkk” or “jjj” or “rrr,” have no more to do with the true sounds than the gin “Gnu” has to do with the inhaled click with which a Bantu pronounces  “Gnu.” “Jjj,” for instance, closely resembles a Bronx cheer.

Fortunately Bonforte had no great talent for other languages- and I am a professional; my ears really hear, I can imitate any sound, from a buzz saw striking a nail in a chunk of firewood to  a setting hen disturbed on her nest. It was necessary only to acquire Martian as poorly as Bonforte spoke it. He had worked hard to overcome his lack of talent, and every word and    phrase of Martian that he knew had been sight-sound recorded so that he could study his mistakes.

So I studied his mistakes, with the projector moved into his office and Penny at my elbow to sort out the spools for me and answer questions.

Human languages fall into four groups: inflecting ones as in Anglo-American, positional as in Chinese, agglutinative as in Old Turkish, polysynthetic (sentence units) as in Eskimo-to which, of course, we now add alien structures as wildly odd and as nearly impossible for the human brain as non-repetitive or emergent Venetian. Luckily Martian is analogous to human speech forms. Basic Martian, the trade language, is positional and involves only simple concrete ideas-like the greeting: “I see you.” High Martian is polysynthetic and very stylized, with    an expression for every nuance of their complex system of rewards and punishments, obligations and debts. It had been almost too much for Bonforte; Penny told me that he could read those arrays of dots they use for writing quite easily but of the spoken form of High Martian he could say only a few hundred sentences.

Brother, how I studied those few he had mastered!

The strain on Penny was even greater than it was on me. Both she and Dak spoke some Martian but the chore of coaching me fell on her as Dak had to spend most of his time in the control room; Jock’s death had left him shorthanded. We dropped from two gravities to one for the last few million miles of the approach, during which time he never came below at all. I spent it learning the ritual I would have to know for the adoption ceremony, with Penny’s help.

I had just completed running through the speech in which 1 was to accept membership in the Kkkah nest-a speech not unlike that, in spirit, with which an orthodox Jewish boy assumes the responsibilities of manhood, but as fixed, as invariable, as Hamlet’s soliloquy. I had read it, complete with Bonforte’s misprofluflciations and facial tic; I finished and asked, “How was that?”

“That was quite good,” she answered seriously.

“Thanks, Curly Top.” It was a phrase I had lifted from the language-practice spools in Bonforte’s files; it was what Bonforte called her when he was feeling mellow-and it was perfectly in character.

“Don’t you dare call me that?’

It looked at her in honest amazement and answered, still in character, “Why, Penny my child!”

“Don’t you call me that, either! You fake! You phony! You- actor!” She jumped up, ran as far as she could-which was only to the door-and stood there, faced away from me, her face buried in her hands and her shoulders shaking with sobs.

I made a tremendous effort and lifted myself out of the character_pulled in my belly, let my own face come up, answered in my own voice. “Miss Russell!” She stopped crying, whirled around, looked at me, and her jaw dropped. I added, still in my normal self, “Come back here and sit down.”

I thought she was going to refuse, then she seemed to think better of it, came slowly back and sat down, her hands in her lap but with her face that of a little girl who is “saving up more spit.”

I let her sit for a moment, then said quietly, “Yes, Miss Russell, I am an actor. Is that a reason for you to insult me?”

She simply looked stubborn.

“As an actor, I am here to do an actor’s job. You know why. You know, too, that I was tricked into taking it-it is not a job I would have accepted with my eyes open, even in my wildest moments. I hate having to do it considerably more than you hate having me do it-for despite Captain Broadbent’S cheerful assurances I am not at all sure that I will come out of it with my skin intact-and I’m actually fond of my skin; it’s the only one I have. I believe, too, that I know why you find it hard to accept me. But is that any reason for you to make my job harder than it has to be?”

She mumbled. I said sharply, “Speak up!” “It’s dishonest. It’s indecent!”

I sighed. “It certainly is. More than that, it is impossible without the wholehearted support of the other members of the cast. So let’s call Captain Broadbent down here and tell him. Let’s call it off.”

She jerked her face up and said, “Oh no! We can’t do that.”

“Why can’t we? Afar better thing to drop it now than to present it and have it flop. 1 can’t give a performance under these conditions. Let’s admit it.” “But…but…We’ve got to! It’s necessary.”

“Why is it necessary, Miss Russell? Political reasons? I have not the slightest interest in politics-and I doubt if you have any really deep interest. So why must we do it?” “Because-because he—” She stopped, unable to go on, strangled by sobs.

I got up, went over, and put a hand on her shoulder. “I know. Because if we don’t, something that he has spent years building up will fall to pieces. Because he can’t do it himself and his friends are trying to cover up and do it for him. Because his friends are loyal to him. Because you are loyal to him. Nevertheless, it hurts you to see someone else in the place that is rightfully his. Besides that, you are half out of your mind with grief and worry about him. Aren’t you?”

“Yes.” I could barely hear it.

I took hold of her chin and tilted her face up. “I know why you find it so hard to have me here, in his place. You love him. But I’m doing the best job for him I know how. Confound it, woman! Do you have to make my job six times harder by treating me like dirt?”

She looked shocked. For a moment I thought she was going to slap me. Then she said brokenly, “I am sorry. I am very sorry. I won’t let it happen again.”  I let go her chin and said briskly, “Then let’s get back to work.”

She did not move. “Can you forgive me?”

“Huh? There’s nothing to forgive, Penny. You were acting up because you love him and you were worried. Now let’s get to work. I’ve got to be letter-perfect-and it’s only hours away.” I dropped at once back into the role.

She picked up a spool and started the projector again. I watched him through it once, then did the acceptance speech with the sound cut out but stereo on, matching my voice-Mr voice, I mean-to the moving image. She watched me, looking from the image back to my face with a dazed look on her own. We finished and I switched it off myself. “How was that?”

“That was perfect!”

I smiled his smile. “Thanks, Curly Top.” “Not at all-‘Mr. Bonforte.’”

Two hours later we made rendezvous with the Go For Broke.

Dak brought Roger Clifton and Bill Corpsman to my cabin as soon as the Go For Broke had transferred them. I knew them from pictures. I stood up and said, “Hello, Rog. Glad to see you, Bill.” My voice was warm but casual; on the level at which these people operated, a hasty trip to Earth and back was simply a few days’ separation and nothing more. I limped over and offered my hand. The ship was at the moment under low boost as it adjusted to a much tighter orbit than the Go For Broke had been riding in.

Clifton threw me a quick glance, then played up. He took his cigar out of his mouth, shook hands, and said quietly, “Glad to see you back, Chief.” He was a small man, bald-headed and middle-aged, and looked like a lawyer and a good poker player.

“Anything special while I was away?” “No. Just routine. I gave Penny the file.”

“Good.” I turned to Bill Corpsman, again offered my hand.

He did not take it. Instead he put his fists on his hips, looked up at me, and whistled. “Amazing! I really do believe we stand a chance of getting away with it.” He looked me up and down, then said, “Turn around, Smythe. Move around. I want to see you walk.”

I found that I was actually feeling the annoyance that Bonforte would have felt at such uncalled-for impertinence, and, of course, it showed in my face. Dak touched Corpsman’s sleeve and said quickly, “Knock it off, Bill. You remember what we agreed?”

“Chicken tracks!” Corpsman answered. “This room is soundproof. I just want to make sure he is up to it. Smythe, how’s your Martian? Can you spiel it?”

I answered with a single squeaking polysyllabic in High Martian, a sentence meaning roughly, “Proper conduct demands that one of us leave!”-but it means far more than that, as it is a challenge which usually ends in someone’s nest being notified of a demise.

I don’t think Corpsman understood it, for he grinned and answered, “I’ve got to hand it to you, Smythe. That’s good.”

But Dak understood it. He took Corpsman by the arm and said, “Bill, I told you to knock it off. You’re in my ship and that’s an order. We play it straight from here on-every second.” Clifton added, “Pay attention to him, Bill. You know we agreed that was the way to do it. Otherwise somebody might slip.”

Corpsman glanced at him, then shrugged. “All right, all right. I was just checking up-after all, this was my idea.” He gave me a one-sided smile and said, “Howdy, Mister Bonforte. Glad to see you back.”

There was a shade too much emphasis on “Mister” but I answered, “Good to be back, Bill. Anything special I need to know before we go down?” “I guess not. Press conference at Goddard City after the ceremonies.” I could see him watching me to see how I would take it.

I nodded. “Very well.”

Dak said hastily, “Say, Rog, how about that? Is it necessary? Did you authorize it?”

“I was going to add,” Corpsman went on, turning to Clifton, “before the Skipper here got the jitters, that I can take it myself and tell the boys that the Chief has dry laryngitis from the ceremonies-or we can limit it to written questions submitted ahead of time and I’ll get the answers written out for him while the ceremonies are going on. Seeing that he looks and sounds so good close up, I would say to risk it. How about it, Mister-‘Bonforte’? Think you can swing it?”

“I see no problem involved in it, Bill.” I was thinking that if I managed to get by the Martians without a slip I would undertake to ad-lib double talk to a bunch of human reporters as long as they wanted to listen. I had good command of Bonforte’s speaking style by now and at least a rough notion of his policies and attitudes-and I need not be specific.

But Clifton looked worried. Before he could speak the ship’s horn brayed out, “Captain is requested to come to the control room. Minus four minutes.” Dak said quickly, “You all will have to settle it. I’ve got to put this sled in its slot-I’ve got nobody up there but young Epstein.” He dashed for the door.

Corpsman called out, “Hey, Skip! I wanted to tell you-” He was out the door and following Dak without waiting to say goodby.

Roger Clifton closed the door Corpsman had left open, came back, and said slowly, “Do you want to risk this press conference?” “That is up to you. I want to do the lob.”

“Mnim … Then I’m inclined to risk it-if we use the written questions method. But I’ll check Bill’s answers myself before you have to give them.”

“Very well.” I added, “If you can find a way to let me have them ten minutes or so ahead of time, there shouldn’t be any difficulty. I’m a very quick study.”

He inspected me. “I quite believe it-Chief. All right, I’ll have Penny slip the answers to you right after the ceremonies. Then you can excuse yourself to go to the men’s room and just stay there until you are sure of them.”

“That should work.”

“I think so. Uh, I must say I feel considerably better now that I’ve seen you. Is there anything I can do for you?” “I think not, Rog. Yes, there is, too. Any word about-him?”

“Eh? Well, yes and no. He’s still in Goddard City; we’re sure of that. He hasn’t been taken off Mars, or even out in the country. We blocked them on that, if that was their intention.” “Eh? Goddard City is not a big place, is it? Not more than a hundred thousand? What’s the hitch?”

“The hitch is that we don’t dare admit that you-I mean that he

-is missing. Once we have this adoption thing wrapped up, we can put you out of sight, then announce the kidnaping as if it had lust taken place-and make them take the city apart rivet by rivet. The city authorities are all Humanity Party appointees, but they will have to co-operate-after the ceremony. It will be the most wholehearted co-operation you ever saw, for they will be deadly anxious to produce him before the whole Kkkahgral nest swarms over them and tears the city down around theft ears.”

“Oh. I’m still learning about Martian psychology and customs.” “Aren’t we all?”

“Rog? Mmm… What leads you to think that he is still alive? Wouldn’t theft purpose be better served-and with less risk-just by killing him?” I was thinking queasily how simple it had turned out to be to get rid of a body, if a man was ruthless enough.

“I see what you mean. But that, too, is tied up with Martian notions about ‘propriety.’” (He used the Martian word.) “Death is the one acceptable excuse for not carrying out an obligation. If  he were simply killed, they would adopt him into the nest after his death-and then the whole nest and probably every nest on Mars would set out to avenge him. They would not mind in   the least if the whole human race were to die or be killed-but to kill this one human being to keep him from being adopted, that’s another kettle of fish entirely. Matter of obligation and propriety-in some ways a Martian’s response to a situation is so automatic as to remind one of instinct. It is not, of course, since they are incredibly intelligent. But they do the damnedest things.” He frowned and added, “Sometimes I wish I had never left Sussex.”

The warning hooter broke up the discussion by forcing us to hurry to our bunks. Dak had cut it fine on purpose; the shuttle rocket from Goddard City was waiting for us when we settled into free fall. All five of us went down, which just filled the passenger couches-again a matter of planning, for the Resident Commissioner had expressed the intention of coming up to meet me and had been dissuaded only by Dak’s message to him that our party would require all the space.

I tried to get a better look at the Martian surface as we went down, as I had had only one glimpse of it, from the control room of the Tom Paine-since I was supposed to have been there many times I could not show the normal curiosity of a tourist. I did not get much of a look; the shuttle pilot did not turn us so that we could see until he leveled off for his glide approach and I was busy then putting on my oxygen mask.

That pesky Mars-type mask almost finished us; I had never had a chance to practice with it-Dak did not think of it and I had not realized it would be a problem; I had worn both spacesuit and aqua lung on other occasions and I thought this would be about the same. It was not. The model Bonforte favored was a mouthfree type, a Mitsubushi “Sweet Winds” which pressurizes directly at the nostrils-a nose clamp, nostril plugs, tubes up each nostril which then run back under each ear to the supercharger on the back of your neck. I concede that it is  a fine device, once you get used to it, since you can talk, eat, drink, etc., while wearing it. But I would rather have a dentist put both hands in my mouth.

The real difficulty is that you have to exercise conscious control on the muscles that close the back of your mouth, or you hiss like a teakettle, since the dun thing operates on a pressure difference. Fortunately the pilot equalized to Mars-surface pressure once we all had our masks on, which gave me twenty minutes or so to get used to it. But for a few moments I thought the jig was up, just over a silly piece of gadgetry. But I reminded myself that I had worn the thing hundreds of times before and that I was as used to it as I was to my toothbrush. Presently   I believed it.

Dak had been able to avoid having the Resident Commissiooer chit-chat with me for an hour on the way down but it had not been possible to miss him entirely; he met the shuttle at the skyfield. The close timing did keep me from having to cope with other humans, since I had to go at once into the Martian city. It made sense, but it seemed strange that I would be safer among Martians than among my own kind.

It seemed even stranger to be on Mars. Chapter 5

Mr. Commissioner Boothroyd was a Humanity Party appointee, of course, as were all of his staff except for civil service technical employees. But Dak had told me that it was at least sixty- forty that Boothroyd had not had a finger in the plot; Dak considered him honest but stupid. For that matter, neither Dak nor Rog Clifton believed that Supreme Minister Quiroga was in it; they attributed the thing to the clandestine terrorist group inside the Humanity Party who called themselves the “Actionists”-and they attributed them to some highiy respectable big-money boys who stood to profit heavily.

Myself, I would not have known an Actionist from an auctioneer.

But the minute we landed something popped up that made me wonder whether friend Boothroyd was as honest and stupid as Dak thought he was. It was a minor thing but one of those little things that can punch holes in an impersonation. Since I was a Very Important Visitor the Commissioner met me; since I held no public office other than membership in the Grand Assembly and was traveling privately no official honors were offered. He was alone save for his aide-and a little girl about fifteen.

I knew him from photographs and I knew quite a bit about him; Rog and Penny had briefed me carefully. I shook hands, asked about his sinusitis, thanked him for the pleasant time I had had on my last visit, and spoke with his aide in that warm man-to-man fashion that Bonforte was so good at. Then I turned to the young lady. I knew Boothroyd had children and that one    of them was about this age and sex; I did not know-perhaps Rog and Penny did not know-whether or not I had ever met her.

Boothroyd himself saved me. “You haven’t met my daughter Deirdre, I believe. She insisted on coming along.”

Nothing in the pictures I had studied had shown Bonforte dealing with young girls-so I simply had to be Bonforte-a widower in his middle fifties who had no children of his own, no nieces, and probably little experience with teen-age girls-but with lots of experience in meeting strangers of every sort. So I treated her as if she were twice her real age; I did not quite kiss her band. She blushed and looked pleased.

Boothroyd looked indulgent and said, “Well, ask him, my dear. You may not have another chance.”

She blushed deeper and said, “Sir, could I have your autograph? The girls in my school collect them. I have Mr. Quiroga’s  I ought to have yours.” She produced a little book which she had been holding behind her.

I felt like a copter driver asked for his license-which is home in his other pants. I had studied hard but I had not expected to have to forge Bonforte’s signature. Damn it, you can’t do everything in two and a half days!

But it was simply impossible for Bonforte to refuse such a request-and I was Bonforte. I smiled jovially and said, “You have Mr. Quiroga’s already?” “Yes, sir.”

“Just his autograph?”

“Yes. Er, he put ‘Best Wishes’ on it.”

I winked at Boothroyd. “Just ‘Best Wishes,’ eh? To young lathes I never make it less than ‘Love.’ Tell you what I’m going to do-” I took the little book from her, glanced through the pages. “Chief,” Dak said urgently, “we are short on minutes.”

“Compose yourself,” I said without looking up. “The entire Martian nation can wait, if necessary, on a young lady.” I banded the book to Penny. “Will you note the size of this book? And then remind me to send a photograph suitable for pasting in it-and properly autographed, of course.”

“Yes, Mr. Bonforte.”

“Will that suit you, Miss Deirdre?” “Gee!”

“Good. Thanks for asking me. We can leave now, Captain. Mr. Commissioner, is that our car?”

“Yes, Mr. Bonforte.” He shook his head wryly. “I’m afraid you have converted a member of my own family to your Expansionist heresies. Hardly sporting, eh? Sitting ducks, and so forth?” “That should teach you not to expose her to bad company-eh, Miss Deirdre?” I shook hands again. “Thanks for meeting us, Mr. Commissioner. I am afraid we had better hurry thong

now.”

“Yes, certainly. Pleasure.” “Thanks, Mr. Bonforte!” “Thank you, my dear.”

I turned away slowly, so as not to appear jerky or nervous in stereo. There were photographers around, still, news pickup, stereo, and so forth, as well as many reporters. Bill was keeping the reporters away from us; as we turned to go he waved and said, “See you later, Chief,” and turned back to talk to one of them. Rog, Dak, and Penny followed me into the car. There was the usual skyfield crowd, not as numerous as at any earthport, but numerous. I was not worried about them as long as Boothroyd accepted the impersonation-though there were certainly some present who knew that I was not Bonforte.

But I refused to let those individuals worry me, either. They could cause us no trouble without incriminating themselves.

The car was a Rolls Outlander, pressurized, but I left my oxygen mask on because the others did. I took the right-hand seat, Rog sat beside me, and Penny beside him, while Dak wound his long legs around one of the folding seats. The driver glanced back through the partition and started up.

Rog said quietly, “I was worried there for a moment.”

“Nothing to worry about. Now let’s all be quiet, please. I want to review my speech.”

Actually I wanted to gawk at the Martian scene; I knew the speech perfectly. The driver took us along the north edge of the field, past many towns. I read signs for Verwijs Trading   Company, Diana Outlines, Ltd., Three Planets, and I. G. Farbenindustrie. There were almost as many Martians as humans in sight. We ground hogs get the impression that Martians are slow as snails- and they are, on our comparatively heavy planet. On their own world they skim along on their bases like a stone sliding over water.

To the right, south of us past the fiat field, the Great Canal dipped into the too-close horizon, showing no shore line beyond. Straight ahead of us was the Nest of Kkkah, a fairy city. I was staring at it, my heart lifting at its fragile beauty, when Dak moved suddenly.

We were well past the traffic around the towns but there was one car ahead, coming toward us; I had seen it without noticing it.

But Dak must have been edgily ready for trouble; when the other car was quite close, he suddenly slammed down the partition separating us from the driver, swarmed over the man’s neck, and grabbed the wheel. We slewed to the nght, barely missing the other car, slewed again to the left and barely stayed on the road It was a near thing, for we were past the field now and here the highway edged the canal.

I had not been much use to Dak a couple of days earlier in the Eisenhower, but 1 had been unarmed and not expecting trouble, This day 1 was still unarmed, not so much as a poisoned fang, but 1 comported myself a little better. Oak was more than busy trying to drive the car while leaning over from the back seat. The driver, caught off balance at first, now tried to wrestle him away from the wheel.

I lunged forward, got my left arm around the drivers neck, and shoved my right thumb into his ribs. Move and you’ve had it!” The voice belonged to the hero—villain in The Second-Story Gentleman; the line of dialogue was his too.

My prisoner became very quiet.

Dak said urgently, “Rog, what are they doing?”

Clifton looked back and answered, “They’re turning around.”

Oak answered, “Okay. Chief, keep your gun on that character while I climb over.” He was doing so even as he spoke, an awkward matter in view of his long legs and the crowded car- He settled into the seat and said happily, “1 doubt if anything on wheels can catch a Rolls on a straightaway.” He jerked on the damper and the big car shot forward. “How am I doing, Rog?”

“They’re just turned around.”

“All right. What do we do with this item? Dump him out?”

My victim squirmed and said, “I didn’t do anything!” 1 jabbed my thumb harder and he quieted.

“Oh, not a thing,” Dak agreed, keeping his eyes on the road. All you did was try to cause a little crash-just enough to make Mr. Bonforte late for his appointment If I had not noticed that you were slowing down to make it easy on yourself, you might have got away with it. No guts, eh?” He took a slight curve with the tires screaming and the gyro fighting to keep us upright. “What’s the situation, Rog?”

“They’ve given up.”

“So.” Dak did not slacken speed; we must have been doing well over three hundred kilometers. “I wonder if they would try to bomb us with one of their own boys aboard? How about it, bub? Would they write you off as expendable?”

“I don’t know what you’re talking about! You’re going to be in trouble over this!”

“Really? The word of four respectable people against your jailbird record? Or aren’t you a transportee? Anyhow, Mr. Bonforte prefers to have me drive him-so naturally you were glad to do  a favor for Mr. Bonforte.” We hit something about as big as a worm cast on that glassy road and my prisoner and I almost went through the roof.

“‘Mr. Bonforte!’” My victim made it a swear word.

Dak was silent for several seconds. At last he said, “I don’t think we ought to dump this one, Chief. I think we ought to let you off, then take him to a quiet place. I think he might talk if we urged him.”

The driver tried to get away. I tightened the pressure on his neck and jabbed him again with my thumb knuckle. Aknuckle may not feel too much like the muzzle of a heater-but who wants to find out? He relaxed and said sullenly, “You don’t dare give me the needle.”

“Heavens, no!” Dak answered in shocked tones. “That would be illegal. Penny girl, got a bobby pin?”

“Why, certainly, Dak.” She sounded puzzled and I was. She did not sound frightened, though, and I certainly was.

“Good. Bub, did you ever have a bobby pin shoved up under your fingernails? They say it will even break a hypnotic command not to talk. Works directly on the subconscious or something. Only trouble is that the patient makes the most unpleasant noises. So we are going to take you out in the dunes where you won’t disturb anybody but sand scorpions. After you have talked-now here comes the nice part! After you talk we are going to turn you loose, not do anything, just let you walk back into town. But-listen carefully now!-if you are real nice and co-operative, you get a prize. We’ll let you have your mask for the walk.”

Dak stopped talking; for a moment there was no sound but the keening of the thin Martian air past the roof. Ahuman being can walk possibly two hundred yards on Mars without an oxygen mask, if he is in good condition. I believe I read of a case where a man walked almost half a mile before he died. I glanced at the trip meter and saw that we were about twenty- three kilometers from Goddard City.

The prisoner said slowly, “Honest, I don’t know anything about it. I was just paid to crash the car.”

“We’ll try to stimulate your memory.” The gates of the Martian city were just ahead of us; Dak started slowing the car. “Here’s where you get out, Chief. Rog, better take your gun and relieve the Chief of our guest.”

“Right, Dak.” Rog moved up by me, jabbed the man in the ribs-again with a bare knuckle. I moved out of the way. Dak braked the car to a halt, stopping right in front of the gates. “Four minutes to spare,” he said happily. “This is a nice car. I wish I owned it. Rog, ease up a touch and give me room.”

Clifton did so, Dak chopped the driver expertly on the side of his neck with the edge of his hand; the man went limp. “That will keep him quiet while you get clear. Can’t have any unseemly disturbance under the eyes of the nest. Let’s check time.”

We did so. I was about three and a half minutes ahead of the deadline. “You are to go in exactly on time, you understand? Not ahead, not behind, but on the dot.” “That’s right,” Clifton and I answered in chorus.

“Thirty seconds to walk up the ramp, maybe. What do you want to do with the three minutes you have left?” I sighed. “Just get my nerve back.”

“Your nerve is all right. You didn’t miss a trick back there. Cheer up, old son. Two hours from now you can head for home, with your pay burning holes in your pocket We’re on the last lap.”

“1 hope so. It’s been quite a strain. Uh, Dak?” “Yes?”

“Come here a second.” I got out of the car, motioned him to come with me a short distance away. “What happens if I make a mistake-in there?” “Eh?” Dak looked surprised, then laughed a little too heartily. “You won’t make a mistake. Penny tells me you’ve got it down Jo-block perfect.” “Yes, but suppose I slip?”

“You won’t slip. I know how you feel; I felt the same way on my first solo grounding. But when it started, I was so busy doing it I didn’t have time to do it wrong.” Clifton called out, his voice thin in thin air, “Dak! Are you watching the time?”

“Gobs of time. Over a minute.”

“Mr. Bonforte!” It was Penny’s voice. I turned and went back to the car. She got out and put out her hand. “Good luck, Mr. Bonforte.” “Thanks, Penny.”

Rog shook hands and Dak clapped me on the shoulder. “Minus thirty-five seconds. Better start.”

I nodded and started up the ramp. It must have been within a second or two of the exact, appointed time when I reached the top, for the mighty gates rolled back as I came to them. I took  a deep breath and cursed that damned air mask.

Then I took my stage.

It doesn’t make any difference how many times you do it, that first walk on as the curtain goes up on the first night of any run is a breath-catcher and a heart-stopper. Sure, you know your sides. Sure, you’ve asked the manager to count the house. Sure, you’ve done it all before. No matter-when you first walk out there and know that all those eyes are on you, waiting for you to speak, waiting for you to do something-maybe even waiting for you to go up on your lines, brother, you feel it. This is why they have prompters.

I looked out and saw my audience and I wanted to run. I had stage fright for the first time in thirty years.

The siblings of the nest were spread out before me as far as I could see. There was an open lane in front of me, with thousands on each side, set close together as asparagus. I knew that the first thing I must do was slow-march down the center of that lane, clear to the far end, to the ramp leading down into the inner nest.

I could not move.

I said to myself, “Look, boy, you’re John Joseph Bonforte. You’ve been here dozens of times before. These people are your friends. You’re here because you want to be here-and because they want you here. So march down that aisle. Tum turn te turn! ‘Here comes the bride!”

I began to feel like Bonforte again. I was Uncle Joe Bonforte, determined to do this thing perfectly-for the honor and welfare of my own people and my own planet-and for my Mends the Martians. I took a deep breath and one step.

That deep breath saved me; it brought me that heavenly fragrance. Thousands on thousands of Martians packed close together-it smelled to me as if somebody had dropped and  broken a whole case of Jungle Lust. The conviction that I smelled it was so strong that I involuntarily glanced back to see if Penny had followed me in. I could feel her handclasp warm in my palm.

I started limping down that aisle, trying to make it about the speed a Martian moves on his own planet. The crowd closed in behind me. Occasionally kids would get away from their    elders and skitter out in front of me. By “kids” I mean post-fission Martians, half the mass and not much over half the height of an adult. They are never out of the nest and we are inclined  to forget that there can be little Martians. It takes almost five years, after fission, for a Martian to regain his full size, have his brain fully restored, and get all of his memory back. During this transition he is an idiot studying to be a moron. The gene rearrangement and subsequent regeneration incident to conjugation and fission put him out of the running for a long time. One  of Bonforte’s spools was a lecture on the subject, accompanied by some not very good amateur stereo.

The kids, being cheerful idiots, are exempt from propriety and all that that implies. But they are greatly loved.

Two of the kids, of the same and smallest size and looking just alike to me, skittered out and stopped dead in front of me, just like a foolish puppy in traffic. Either I stopped or I ran them down.

So I stopped. They moved even closer, blocking my way completely, and started sprouting pseudo limbs while chittering at each other. I could not understand them at all. Quickly they were plucking at my clothes and snaking their patty-paws into my sleeve pockets.

The crowd was so tight that I could hardly go around them. I was stretched between two needs. In the first place they were so darn cute that I wanted to see if I didn’t have a sweet tucked away somewhere for them-but in a still firster place was the knowledge that the adoption ceremony was timed like a ballet. If I didn’t get on down that street, I was going to commit the classic sin against propriety made famous by Kkkahgral the Younger himself.

But the kids were not about to get out of my way. One of them had found my watch.

I sighed and was almost overpowered by the perfume. Then I made a bet with myself. I bet that baby-kissing was a Galactic Universal and that it took precedence even over Martian propriety. I got on one knee, making myself about the height they were, and fondled them for a few moments, patting them and running my hands down their scales.

Then I stood up and said carefully, “That is all now. I must go,” which used up a large fraction of my stock of Basic Martian.

The kids clung to me but I moved them carefully and gently aside and went on down the double line, hurrying to make up for the time I had lost. No life wand burned a hole in my back. I risked a hope that my violation of propriety had not yet reached the capital offense level. I reached the ramp leading down into the inner nest and started on down.

* * * * I. * * * * * * * *

That line of asterisks represents the adoption ceremony. Why? Because it is limited to members of the Kkkah nest. It is a family matter.

Put it this way: AMormon may have very close gentile friends-but does that friendship get a gentile inside the Temple at Salt Lake City? It never has and it never will. Martians visit very freely back and forth between theft nests-but a Martian enters the inner nest only of his own family. Even his conjugate-spouses are not thus privileged. I have no more right to tell the details of the adoption ceremony than a lodge brother has to be specific about ritual outside the lodge.

Oh, the rough outlines do not matter, since they are the same for any nest, just as my part was the same for any candidate. My sponsor-Bonforte’s oldest Martian friend, Kkkahnreash- met me at the door and threatened me with a wand. I demanded that he kill me at once were I guilty of any breach. To tell the truth, I did not recognize him, even though I had studied a picture of him. But it had to be him because ritual required it.

Having thus made clear that I stood four-square for Motherhood, the Home, Civic Virtue, and never missing Sunday school, I was permitted to enter. ‘Rrreash conducted me around all   the stations, I was questioned and I responded. Every word, every gesture, was as stylized as a classical Chinese play, else I would not have stood a chance. Most of the time I did not know what they were saying and half of the time I did not understand my own replies; I simply knew my cues and the responses. It was not made easier by the low light level the Martians prefer; I was groping around like a mole.

I played once with Hawk Mantell, shortly before he died, after he was stone-deaf. There was a trouper! He could not even use a hearing device because the eighth nerve was dead. Part of the time he could cue by llps but that is not always possible. He directed the production himself and he timed it perfectly. I have seen him deliver a line, walk away-then whirl around and snap out a retort to a line that he had never heard, precisely on the timing.

This was like that. I knew my part and I played it. If they blew it, that was their lookout.

But it did not help my morale that there were never less than half a dozen wands leveled at me the whole time. I kept telling myself that they wouldn’t burn me down for a slip. After all, I was just a poor stupid human being and at the very least they would give me a passing mark for effort. But I didn’t believe it.

After what seemed like days-but was not, since the whole ceremony times exactly one ninth of Mars’ rotation-after an endless time, we ate. I don’t know what and perhaps it is just as well. It did not poison me.

After that the elders made their speeches, I made my acceptance speech in answer, and they gave me my name and my wand. I was a Martian.

I did not know how to use the wand and my name sounded like a leaky faucet, but from that instant on it was my legal name on Mars and I was legally a blood member of the most aristocratic family on the planet-exactly fifty-two hours after a ground hog down on his luck had spent his last half-Imperial buying a drink for a stranger in the bar of Casa Manana.

I guess this proves that one should never pick up strangers.

I got out as quickly as possible. Dak had made up a speech for me in which I claimed proper necessity for leaving at once and they let me go. I was nervous as a man upstairs in a sorority house because there was no longer ritual to guide me. I mean to say even casual social behavior was still hedged around with airtight and risky custom and I did not know the moves. So I recited my excuse and headed out. ‘Rrreash and another elder went with me and I chanced playing with another pair of the kids when we were outside-or maybe the same pair. Once I reached the gates the two elders said good-by in squeaky English and let me go out alone; the gates closed behind me and I reswallowed my heart.

The Rolls was waiting where they had let me out; I hurried down, a door opened, and I was surprised to see that Penny was in it alone. But not displeased. I called out, “Hi, Curly Top! I made it!”

“I knew you would.”

I gave a mock sword salute with my wand and said, “Just call me Kkkahjjjerrr”-spraying the front rows with the second syllable. “Be careful with that thing!” she said nervously.

I slid in beside her on the front seat and asked, “Do you know how to use one of these things?” The reaction was setting in and I felt exhausted but gay; I wanted three quick drinks and a thick steak, then to wait up for the critics’ reviews.

“No. But do be careful.”

“I think all you have to do is to press it here,” which I did, and there was a neat two-inch hole in the windshield and the car wasn’t pressurized any longer. Penny gasped. I said, “Gee, I’m sorry. I’ll put it away until Dak can coach me.”

She gulped. “It’s all right. Just be careful where you point it.” She started wheeling the car and I found that Dak was not the only one with a heavy hand on the damper.

Wind was whistling in through the hole I had made. I said, “What’s the rush? I need some time to study my lines for the press conference. Did you bring them? And where are the others?” I had forgotten completely the driver we had grabbed; I had not thought about him from the time the gates of the nest opened.

“No. They couldn’t come.”

“Penny, what’s the matter? What’s happened?” I was wondering if I could possibly take a press conference without coaching. Perhaps I could tell them a little about the adoption; I wouldn’t have to fake that.

“It’s Mr. Bonforte-they’ve found him.” Chapter 6

I had not noticed until then that she had not once called me “Mr. Bonforte.” She could not, of course, for I was no longer he; I was again Lorrie Smythe, that actor chap they had hired to stand in for him.

I sat back and sighed, and let myself relax. “So it’s over at last-and we got away with it.” I felt a great burden lift off me; I had not known how heavy it was until I put it down. Even my “lame” leg stopped aching. I reached over and patted Penny’s hand on the wheel and said in my own voice, “I’m glad it’s over. But I’m going to miss having you around, pal. You’re a trouper. But even the best run ends and the company breaks up. I hope I’ll see you again sometime.”

“I hope so too.”

“I suppose Dak has arranged some shenanigan to keep me under cover and sneak me back into the Tom Paine?”

“I don’t know.” Her voice sounded odd and I gave her a quick glance and saw that she was crying. My heart gave a skip. Penny crying? Over us separating? I could not believe it and yet I wanted to. One might think that, between my handsome features and cultivated manners, women would find me irresistible, but it is a deplorable fact that all too many of them have found me easy to resist. Penny had seemed to find it no effort at all.

“Penny,” I said hastily, “why all the tears, hon? You’ll wreck this car.” “I can’t help it.”

“Well-put me in it. What’s wrong? You told me they had got him back; you didn’t tell me anything else.” I had a sudden horrid but logical suspicion. “He was alive-wasn’t he?” “Yes-he’s alive-but, oh, they’ve hurt him!” She started to sob and I had to grab the wheel.

She straightened up quickly. “Sorry.”

“Want me to drive?”

“I’ll be all right. Besides, you don’t know how-I mean you aren’t supposed to know how to drive.”

“Huh? Don’t be silly. I do know how and it no longer matters that-” I broke off, suddenly realizing that it might still matter. If they had roughed up Bonforte so that it showed, then he could not appear in public in that shape-at least not only fifteen minutes after being adopted into the Kkkah nest. Maybe I would have to take that press conference and depart publicly, while Bonforte would be the one they would sneak aboard. Well, all right-hardly more than a curtain call. “Penny, do Dak and Rog want me to stay in character for a bit? Do I play to the reporters? Or don’t I?”

“I don’t know. There wasn’t time.”

We were already approaching the stretch of godowns by the field, and the giant bubble domes of Goddard City were in sight. “Penny, slow this car down and talk sense. I’ve got to have my cues.”

The driver had talked-I neglected to ask whether or not the bobby-pin treatment had been used. He had then been turned loose to walk back but had not been deprived of his mask; the others had barreled back to Goddard City, with Dak at the wheel. I felt lucky to have been left behind; voyageurs should not be allowed to drive anything but spaceships.

They went to the address the driver had given them, in Old Town under the original bubble. I gathered that it was the sort of jungle every port has had since the Phoenicians sailed through the shoulder of Africa, a place of released transportees, prostitutes, monkey-pushers, rangees, and other dregs-a neighborhood where policemen travel only in pairs.

The information they had squeezed out of the driver had been correct but a few minutes out of date. The room had housed the prisoner, certainly, for there was a bed in it which seemed to have been occupied continuously for at least a week, a pot of coffee was still hot-and wrapped in a towel on a shelf was an old- fashioned removable denture which Clifton identified  as belonging to Bonforte. But Bonforte himself was missing and so were his captors.

They had left there with the intention of carrying out the original plan, that of claiming that the kidnapping had taken place immediately after the adoption and putting pressure on Boothroyd by threatening to appeal to the Nest of Kkkah. But they had found Bonforte, had simply run across him in the street before they left Old Town-a poor old stumblebum with a week’s beard, dirty and dazed. The men had not recognized him, but Penny had known him and made them stop.

She broke into sobs again as she told me this part and we almost ran down a truck train snaking up to one of the loading

Areasonable reconstruction seemed to be that the laddies in the second car-the one that was to crash us-had reported back, whereupon the faceless leaders of our opponents had decided that the kidnaping no longer served their purposes. Despite the arguments I had heard about it, I was surprised that they had not simply killed him; it was not until later that I understood that what they had done was subtler, more suited to their purposes, and much crueler than mere killing.

“Where is he now?” I asked.

“Dak took him to the voyageurs’ hostel in Dome 3.” “Is that where we are headed?”

“I don’t know. Rog just said to go pick you up, then they disappeared in the service door of the hostel. Uh, no, I don’t think we dare go there. I don’t know what to do.” “Penny, stop the car.”

“Huh?”

“Surely this car has a phone. We won’t stir another inch until we find out-or figure out-what we should do. But I am certain of one thing: I should stay in character until Dak or Rog decides that I should fade out. Somebody has to talk to the newsmen. Somebody has to make a public departure for the Tom Paine. You’re sure that Mr. Bonforte can’t be spruced up so that he can do it?”

“What? Oh, he couldn’t possibly. You didn’t see him.”

“So I didn’t. I’ll take your word for it. All right, Penny, I’m ‘Mr. Bonforte’ again and you’re my secretary. We’d better get with “Yes-Mr. Bonforte.”

“Now try to get Captain Broadbent on the phone, will you, please?”

We couldn’t find a phone list in the car and she had to go through “Information,” but at last she was tuned with the clubhouse of the voyageurs. I could hear both sides. “Pilots’ Club, Mrs. Kelly speaking.”

Penny covered the microphone. “Do I give my name?” “Play it straight. We’ve nothing to hide.”

“This is Mr. Bonforte’s secretary,” she said gravely. “Is his pilot there? Captain Broadbent.”

“I know him, dear.” There was a shout: “Hey! Any of you smokers see where Dak went?” After a pause she went on, “He’s gone to his room. I’m buzzing him.” Shortly Penny said, “Skipper? The Chief wants to talk to you,” and handed me the phone.

“This is the Chief, Dak.” “Oh. Where are you-sir?”

“Still in the car. Penny picked me up. Dak, press conference, I believe. Where is it?”

He hesitated. “I’m glad you called in, sir. There’s been a-slight change in the situation.”

“So Penny told me. I’m just as well pleased; I’m rather tired. Dak, I’ve decided not to stay dirtside tonight; my gimp leg has been bothering me and I’m looking forward to a real rest in free fall.” I hated free fall but Bonforte did not. “Will you or Rog make my apologies to the Commissioner, and so forth?”

“We’ll take care of everything, sir.”

“Good. How soon can you arrange a shuttle for me?”

“The Pixie is still standing by for you, sir. If you will go to Gate 3, I’ll phone and have a field car pick you up.” “Very good. Out.”

“Out, sir.”

I handed the phone to Penny to put back in its clamp. “Curly Top, I don’t know whether that phone frequency is monitored or not-or whether possibly the whole car is bugged. If either is the case, they may have learned two things-where Dak is and through that where he is, and second, what I am about to do next. Does that suggest anything to your mind?”

She looked thoughtful, then took out her secretary’s notebook, wrote in it: Let’s get rid of the car. I nodded, then took the book from her and wrote in it: How far away is Gate 3?

She answered: Walking distance.

Silently we climbed out and left. She had pulled into some executive’s parking space outside one of the warehouses when she had parked the car; no doubt in time it would be returned where it belonged-and such minutiae no longer mattered.

We had gone about fifty yards, when I stopped. Something was the matter. Not the day, certainly. It was almost balmy, with the sun burning brightly in clear, purple Martian sky. The traffic,

wheel and foot, seemed to pay no attention to us, or at least such attention was for the pretty young woman with me rather than directed at me. Yet I felt uneasy.

“What is it, Chief?” “Eh? That is what it is!” “Sir?”

“I’m not being the ‘Chief.’ It isn’t in character to go dodging off like this. Back we go, Penny.”

She did not argue, but followed me back to the car. This time I climbed into the back seat, sat there looking dignified, and let her chauffeur me to Gate 3.

It was not the gate we had come in. I think Dak had chosen it because it ran less to passengers and more to freight. Penny paid no attention to signs and ran the big Rolls right up to the gate. Aterminal policeman tried to stop her; she simply said coldly, “Mr. Bonforte’s ear. And will you please send word to the Commissioner’s office to call for it here?”

He looked baffled, glanced into the rear compartment, seemed to recognize me, saluted, and let us stay. I answered with a friendly wave and he opened the door for me. “The lieutenant is very particular about keeping the space back of the fence clear, Mr. Bonforte,” he apologized, “but I guess it’s all right.”

“You can have the car moved at once,” I said. “My secretary and I are leaving. Is my field car here?”

“I’ll find out at the gate, sir.” He left. It was just the amount of audience I wanted, enough to tie it down solid that “Mr. Bonforte” had arrived by official car and had left for his space yacht. I tucked my life wand under my arm like Napoleon’s baton and limped after him, with Penny tagging along. The cop spoke to the gatemaster, then hurried back to us, smiling. “Field car is waiting, sir.”

“Thanks indeed.” I was congratulating myself on the perfection of the timing.

“Uh…” The cop looked flustered and added hurriedly, in a low voice, “I’m an Expansionist, too, sir. Good job you did today.” He glanced at the life wand with a touch of awe.   I knew exactly how Bonforte should look in this routine. “Why, thank you. I hope you have lots of children. We need to work up a solid majority.”

He guffawed more than it was worth. “That’s a good one! Uh, mind if I repeat it?”

“Not at all.” We had moved on and I started through the gate. The gatemaster touched my arm. “Er … Your passport, Mr. Bonforte.”  I trust I did not let my expression change. “The passports, Penny.”

She looked frostily at the official. “Captain Broadbent takes care of all clearances.”

He looked at me and looked away. “I suppose it’s all right. But I’m supposed to check them and take down the serial numbers.”

“Yes, of course. Well, I suppose I must ask Captain Broadbent to run out to the field. Has my shuttle been assigned a take-off time? Perhaps you had better arrange with the tower to ‘hold.’”

But Penny appeared to be cattily angry. “Mr. Bonforte, this is ridiculous! We’ve never had this red tape before-certainly not on Mars.” The cop said hastily, “Of course it’s all right, Hans. After all, this is Mr. Bonforte.”

“Sure, but—”

I interrupted with a happy smile. “There’s a simpler way out. If you-what is your name, sir?” “Hasiwanter. Hans Haslwanter,” he answered reluctantly.

“Mr. Haslwanter, if you will call Mr. Commissioner Boothroyd, I’ll speak to him and we can save my pilot a trip out to the field- and save me an hour or more of time.” “Uh, I wouldn’t like to do that, sir. I could call the port captain’s office?” he suggested hopefully.

“Just get me Mr. Boothroyd’s number. 1 will call him.” This time I put a touch of frost into my voice, the attitude of the busy and important man who wishes to be democratic but has had all the pushing around and hampering by underlings that he intends to put up with.

That did it. He said hastily, “I’m sure it’s all right, Mr. Banforte. It’s just-well, regulations, you know.” “Yes, I know. Thank you.” I started to push on through.

“Hold it, Mr. Bonforte! Look this way.”

I glanced around. That i-dotting and 1-crossing civil servant had held us up just long enough to let the press catch up with us. One man had dropped to his knee and was pointing a stereobox at me; he looked up and said, “Hold the wand where we can see it.” Several others with various types of equipment were gathering around us; one had climbed up on the roof of the Rolls. Someone else was shoving a microphone at me and another had a directional mike aimed like a gun.

I was as angry as a leading woman with her name in small type but I remembered who I was supposed to be. I smiled and moved slowly. Bonforte had a good grasp of the fact that motion appears faster in pictures; I could afford to do it properly.

“Mr. Bonforte, why did you cancel the press conference?”

“Mr. Bonforte, it is asserted that you intend to demand that the Grand Assembly grant full Empire citizenship to Martians; will you comment?” “Mr. Bonforte, how soon are you going to force a vote of confidence in the present government?”

I held up my hand with the wand in it and grinned. “One at a time, please! Now what was that first question?”

They all answered at once, of course; by the time they had sorted out precedence I had managed to waste several moments without having to answer anything. Bill Corpsman came charging up at that point. “Have a heart, boys. The Chief has had a hard day. I gave you all you need.”

I held out a palm at him. “I can spare a minute or two, Bill. Gentiemen, I’m just about to leave but I’ll try to cover the essentials of what you have asked. So far as I know the present government does not plan any reassessment of the relation of Mars to the Empire. Since I am not in office my own opinions are hardly pertinent. I suggest that you ask Mr. Quiroga. On the question of how soon the opposition will force a vote of confidence all I can say is that we won’t do it unless we are sure we can win it-and you know as much about that as I do.”

Someone said, “That doesn’t say much, does it?”

“It was not intended to say much,” I retorted, softening it with a grin. “Ask me questions I can legitimately answer and I will. Ask me those loaded ‘Have-you-quit-beating-your-wife?’ sort and I have answers to match.” I hesitated, realizing that Bonforte had a reputation for bluntness and honesty, especially with the press. “But I am not trying to stall you. You all know why I am here today. Let me say this about it-and you can quote me if you wish.” I reached back into my mind and hauled up an appropriate bit from the speeches of Bonforte I had studied. “The real meaning of what happened today is not that of an honor to one man. This”-I gestured with the Martian wand-.”is proof that two great races can reach out across the gap of strangeness with understanding. Our own race is spreading out to the stars. We shall find-we are finding-that we are vastly outnumbered. If we are to succeed in our expansion to the stars, we must deal honestly, humbly, with open hearts. I have heard it said that our Martian neighbors would overrun Earth if given the chance. This is nonsense; Earth is not suited to Martians. Let us protect our own-but let us not be seduced by fear and hatred into foolish acts. The stars will never be won by little minds; we must be big as space itself.”

The reporter cocked an eyebrow. “Mr. Bonforte, seems to me I heard you make that speech last February.”

“You will hear it next February. Also January, March, and all the other months. Truth cannot be too often repeated.” I glanced back at the gatemaster and added, “I’m sorry but I’ll have to go now-or I’ll miss the tick.” I turned and went through the gate, with Penny after me.

We climbed into the little lead-armored field ear and the door sighed shut. The car was automatized, so I did not have to play up for a driver; I threw myself down and relaxed. “Whew!”

“I thought you did beautifully,” Penny said seriously.

“I had a bad moment when he spotted the speech I was cribbing.”

“You got away with it. It was an inspiration. You-you sounded just like him.” “Was there anybody there I should have called by name?”

“Not really. One or two maybe, but they wouldn’t expect it when you were so rushed.”

“I was caught in a squeeze. That fiddlin’ gatemaster and his passports. Penny, I should think that you would carry them rather than Dak.” “Dak doesn’t carry them. We all carry our own.” She reached into her bag, pulled out a little book. “I had mine-but I did not dare admit it.” “Eh?”

“He had his on him when they got him. We haven’t dared ask for a replacement-not at this time.” I was suddenly very weary.

Having no instructions from Dak or Rog, I stayed in character during the shuttle trip up and on entering the Tom Paine. It wasn’t difficult; I simply went straight to the owner’s cabin and spent long, miserable hours in free fall, biting my nails and wondering what was happening down on the surface. With the aid of antinausea pills I finally managed to float off into fitful sleep-which was a mistake, for I had a series of no-pants nightmares, with reporters pointing at me and cops touching me on the shoulder and Martians aiming their wands at me. They all knew I was phony and were simply arguing over who had the privilege of taking me apart and putting me down the oubliette.

I was awakened by the hooting of the acceleration alarm. Dak’s vibrant baritone was booming, “First and last red warning! One third gee! One minute!” I hastily pulled myself over to my bunk and held on. I felt lots better when it hit; one third gravity is not much, about the same as Mars’ surface I think, but it is enough to steady the stomach and make the floor a real floor.

About five minutes later Dak knocked and let himself in as I was going to the door. “Howdy, Chief.” “Hello, Dak. I’m certainly glad to see you back.”

“Not as glad as I am to be back,” he said wearily. He eyed my bunk. “Mind if I spread out there?” “Help yourself.”

He did so and sighed. “Cripes, am I pooped! I could sleep for a week… I think I wifi.” “Let’s both of us. Uh … You got him aboard?”

“Yes. What a gymkhana!”

“I suppose so. Still, it must be easier to do a job like that in a small, informal port like this than it was to pull the stunts you rigged at Jeff erson.” “Huh? No, it’s much harder here.”

“Eh?”

“Obviously. Here everybody knows everybody-and people will talk.” Dak smiled wryly. “We brought him aboard as a case of frozen canal shrimp. Had to pay export duty, too.” “Dak, how is he?”

“Well …” Dak frowned. “Doc Capek says that he will make a complete recovery-that it is just a matter of time.” He added explosively, “If I could lay my hands on those rats! It would make you break down and bawl to see what they did to him-and yet we have to let them get away with it cold-for his sake.”

Dak was fairly close to bawling himself. I said gently, “I gathered from Penny that they had roughed him up quite a lot. How badly is he hurt?” “Huh? You must have misunderstood Penny. Aside from being filthy-dirty and needing a shave he was not hurt physically at all.”

I looked stupid. “I thought they beat him up. Something about like working him over with a baseball bat.”  “I would rather they had! Who cares about a few broken bones? No, no, it was what they did to his brain.” “Oh …” I felt ill. “Brainwash?”

“Yes. Yes and no. They couldn’t have been trying to make him talk because he didn’t have any secrets that were of any possible political importance. He always operated out in the open and everybody knows it. They must have been using it simply to keep him under control, keep him from trying to escape.”

He went on, “Doc says that he thinks they must have been using the minimum daily dose, just enough to keep him docile, until just before they turned him loose. Then they shot him with  a load that would turn an elephant into a gibbering idiot. The front lobes of his brain must be soaked like a bath sponge.”

I felt so ill that I was glad I had not eaten. I had once read up on the subject; I hate it so much that it fascinates me. To my mind there is something immoral and degrading in an absolute cosmic sense in tampering with a man’s personality. Murder is a clean crime in comparison, a mere peccadillo. “Brainwash” is a term that comes down to us from the Communist movement of the Late Dark Ages; it was first applied to breaking a man’s will and altering his personality by physical indignities and subtle torture. But that might take months; later they found a “better” way, one which would turn a man into a babbling slave in seconds-simply inject any one of several cocaine derivatives into his frontal brain lobes.

The ifithy practice had first been developed for a legitimate purpose, to quiet disturbed patients and make them accessible to psychotherapy. As such, it was a humane advance, for it was used instead of lobotomy-“lobotomy” is a term almost as obsolete as “chastity girdle” but it means stirring a man’s brain with a knife in such a fashion as to destroy his personality without killing him. Yes, they really used to do that-just as they used to beat them to “drive the devils out.”

The Communists developed the new brainwash-by-drugs to an efficient technique, then when there were no more Communists, the Bands of Brothers polished it up still further until they could dose a man so lightly that he was simply receptive to leadership-. or load him until he was a mindless mass of protoplasm-all in the sweet name of brotherhood. After all, you can’t have “brotherhood” if a man is stubborn enough to want to keep his own secrets, can you? And what better way is there to be sure that he is not holding out on you than to poke a needle past his eyeball and slip a shot of babble juice into his brain? “You can’t make an omelet without breaking eggs.” The sophistries of villains-bah!

Of course, it has been illegal for a long, long time now, except for therapy, with the express consent of a court. But criminals use it and cops are sometimes not lily white, for it does make  a prisoner talk and it does not leave any marks at all. The victim can even be told to forget that it has been done.

I knew most of this at the time Dak told me what had been done to Bonforte and the rest I cribbed out of the ship’s Encyclopedia Batavia. See the article on “Psychic Integration” and the one on “Torture.”

I shook my head and tried to put the nightmares out of my mind. “But he’s going to recover?”

“Doc says that the drug does not alter the brain structure; it just paralyzes it. He says that eventually the blood stream picks up and carries away all of the dope; it reaches the kidneys and passes out of the body. But it takes time.” Dak looked up at me. “Chief?”

“Eh? About time to knock off that ‘Chief’ stuff, isn’t it? He’s back.”

“That’s what I wanted to talk to you about. Would it be too much trouble to you to keep up the impersonation just a little while longer?” “But why? There’s nobody here but just us chickens.”

“That’s not quite true. Lorenzo, we’ve managed to keep this secret awfully tight. There’s me, there’s you.” He ticked it off on his fingers. “There’s Doc and Rog and Bill. And Penny, of course. There’s a man by the name of Langston back Earthside whom you’ve never met. I think Jimmie Washington suspects but he wouldn’t tell his own mother the right time of day.

We don’t know how many took part in the kidnaping, but not many, you can be sure. In any case, they don’t dare talk-and the joke of it is they no longer could prove that he had ever been missing even if they wanted to. But my point is this: here in the Tommie we’ve got all the crew and all the idlers not in on it. Old son, how about staying with it and letting yourself be seen each day by crewmen and by Jimmie Washington’s girl and such-while he gets well? Huh?”

“Mmm… I don’t see why not. How long will it be?”

“Just the trip back. We’ll take it slow, at an easy boost. You’ll enjoy it.”

“Okay. Dak, don’t figure this into my fee. I’m doing this piece of it just because I hate brainwashing.”

Dak bounced up and clapped me on the shoulder. “You’re my kind of people, Lorenzo. Don’t worry about your fee; you’ll be taken care of.” His manner changed. “Very well, Chief. See you in the morning, sir.”

But one thing leads to another. The boost we had started on Dak’s return was a mere shift of orbits, to one farther out where there would be little chance of a news service sending up a shuttle for a follow-up story. I woke up in free fall, took a pill, and managed to eat breakfast. Penny showed up shortly thereafter. “Good morning, Mr. Bonforte.”

“Good morning, Penny.” I inclined my head in the direction of the guest room. “Any news?”

“No, sir. About the same. Captain’s compliments and would it be too much trouble for you to come to his cabin?”

“Not at all.” Penny followed me in. Dak was there, with his heels hooked to his chair to stay in place; Rog and Bill were strapped to the couch. Dak looked around and sald, “Thanks for coming in, Chief. We need some help.”

“Good morning. What is it?”

Clifton answered my greeting with his usual dignified deference and called me Chief; Corpsman nodded. Dak went on, “To clean this up in style you should make one more appearance.”

“Eh? I thought-“

“Just a second. The networks were led to expect a major speech from you today, commenting on yesterday’s event. I thought Rog intended to cancel it, but Bill has the speech worked up. Question is, will you deliver it?”

The trouble with adopting a cat is that they always have kittens. “Where? Goddard City?”

“Oh no. Right in your cabin. We beam it to Phobos; they can it for Mars and also put it on the high circuit for New Batavia, where the Earth nets will pick it up and where it will be relayed for Venus, Ganymede, et cetera. Inside of four hours it will be all over the system but you’ll never have to stir out of your cabin.”

There is something very tempting about a grand network. I had never been on one but once and that time my act got clipped down to the point where my face showed for only twenty- seven seconds. But to have one all to myself- Dak thought I was reluctant and added, “It won’t be a strain, as

we are equipped to can it right here in the Tommie. Then we can project it first and clip out anything if necessary.” “Well-all right. You have the script, Bill?”

“Yes.”

“Let me check it.”

“What do you mean? You’ll have it in plenty of time.” “Isn’t that it in your hand?”

“Well, yes.”

“Then let me read it.”

Corpsman looked annoyed. “You’ll have it an hour before we record. These things go better if they sound spontaneous.” “Sounding spontaneous is a matter of careful preparation, Bill. It’s my trade. I know.”

“You did all right at the skyfield yesterday without rehearsal. This is just more of the same old hoke: I want you to do it the same way.”

Bonforte’s personality was coming through stronger the longer Corpsman stalled; I think Clifton could see that I was about to cloud up and storm, for he said, “Oh, for Pete’s sake, Bill! Hand him the speech.”

Corpsman snorted and threw the sheets at me. In free fall they sailed but the air spread them wide. Penny gathered them together, sorted them, and gave them to me. I thanked her, said nothing more, and started to read.

I skimmed through it in a fraction of the time it would take to deliver it. Finally I finished and looked up. “Well?” said Rog.

“About five minutes of this concerns the adoption. The rest is an argument for the policies of the Expansionist Party. Pretty much the same as I’ve heard in the speeches you’ve had me study.”

“Yes,” agreed Clifton. “The adoption is the hook we hang the rest on. As you know, we expect to force a vote of confidence before long.” “I understand. You can’t miss this chance to beat the drum. Well, it’s all right, but—”

“But what? What’s worrying you?”

“Well-characterization. In several places the wording should be changed. It’s not the way he would express it.”

Corpsman exploded with a word unnecessary in the presence of a lady; I gave him a cold glance. “Now see here, Smythe,” he went on, “who knows how Bonforte would say it? You? Or the man who has been writing his speeches the past four years?”

I tried to keep my temper; he had a point “It is nevertheless the case,” I answered, “that a line which looks okay in print may not dellver well. Mr. Bonforte is a great orator, I have already learned. He belongs with Webster, Churchill, and Demosthenes-a rolling grandeur expressed in simple words. Now take this word ‘intransigent,’ which you have used twice. I might say that, but I have a weakness for polysyllables; I like to exhibit my literary erudition. But Mr. Bonforte would stay ‘stubborn’ or ‘mulish’ or ‘pigheaded.’ The reason he would is, naturally, that they convey emotion much more effectively.”

“You see that you make the delivery effective! I’ll worry about the words.”

“You don’t understand, Bill. I don’t care whether the speech is politically effective or not; my job is to carry out a characterization. I can’t do that if I put into the mouth of the character words that he would never use; it would sound as forced and phony as a goat spouting Greek. But if I read the speech in words he would use, it will automatically be effective. He’s a great orator.”

“Listen, Smythe, you’re not hired to write speeches. You’re hired to-“

“Hold it, Bill!” Dak cut in. “And a little less of that ‘Smythe’ stuff, too. Well, Rog? How about it?” Clifton said, “As I understand it, Chief, your only objection is to some of the phrasing?”

“Well, yes. I’d suggest cutting out that personal attack on Mr. Quiroga, too, and the insinuation about his financial backers. It doesn’t sound like real Bonforte to me.”

He looked sheepish. “That’s a bit I put in myself. But you may be right. He always gives a man the benefit of the doubt.” He remained silent for a moment. “You make the changes you think you have to. We’ll can it and look at the playback. We can always clip it-or even cancel completely ‘due to technical difficulties.’” He smiled grimly. “That’s what we’ll do, Bill.”

“Damn it, this is a ridiculous example of-“ “That’s how it is going to be, Bill.”

Corpsman left the room very suddenly. Clifton sighed. “Bill always has hated the notion that anybody but Mr. B. could give him instructions. But he’s an able man. Uh, Chief, how soon can you be ready to record? We patch in at sixteen hundred.”

“I don’t know. I’ll be ready in time.”

Penny followed me back into my office. When she closed the door I said, “I won’t need you for the next hour or so, Penny child. But you might ask Doc for more of those pills. I may need them.”

“Yes, sir.” She floated with her back to the door. “Chief?” “Yes, Penny?”

“I just wanted to say don’t believe what Bill said about writing his speeches!” “I didn’t. I’ve heard his speeches-and I’ve read this.”

“Oh, Bill does submit drafts, lots of times. So does Rog. I’ve even done it myself. He-he will use ideas from anywhere if he thinks they are good. But when he delivers a speech, it is his, every word of it.”

“I believe you. I wish he had written this one ahead of time.” “You just do your best!”

I did. I started out simply substituting synonyms, putting in the gutty Germanic words in place of the “intestinal” Latin jawbreakers. Then I got excited and red in the face and tore it to pieces. It’s a lot of fun for an actor to mess around with lines; he doesn’t get the chance very often.

I used no one but Penny for my audience and made sure from Dak that I was not being tapped elsewhere in the ship-though I suspect that the big-boned galoot cheated on me and listened in himself. I had Penny in tears in the first three minutes; by the time I finished (twenty-eight and a half minutes, just time for station announcements), she was limp. I took no liberties with the straight Expansionist doctrine, as proclaimed by its official prophet, the Right Honorable John Joseph Bonforte; I simply reconstructed his message and his delivery, largely out of phrases from other speeches.

Here’s an odd thing-I believed every word of it while I was talking. But, brother, I made a speech!

Afterwards we all listened to the playback, complete with full stereo of myself. Jimmie Washington was present, which kept Bill Corpsman quiet. When it was over I said, “How about it, Rog? Do we need to clip anything?”

He took his cigar out of his mouth and said, “No. If you want my advice, Chief, I’d say to let it go as it is.”

Corpsman left the room again-but Mr. Washington came over with tears leaking out of his eyes-tears are a nuisance in free fall; there’s nowhere for them to go. “Mr. Bonforte, that was beauti/ui.”

“Thanks, Jimmie.”

Penny could not talk at all.

I turned in after that; a top-notch performance leaves me fagged. I slept for more than eight hours, then was awakened by the hooter. I had strapped myself to my bunk-I hate to float around while sleeping in free fall-so I did not have to move. But I had not known that we were getting under way so I called the control room between first and second warning. “Captain Broadbent?”

“Just a moment, sir,” I heard Epstein answer.

Then Dak’s voice came over. “Yes, Chief? We are getting under way on schedule-pursuant to your orders.” “Eh? Oh yes, certainly.”

“I believe Mr. Clifton is on his way to your cabin.” “Very well, Captain.” I lay back and waited.

Immediately after we started to boost at one gee Rog Clifton came in; he had a worried look on his face I could not interpret- equal parts of triumph, worry, and confusion. “What is it, Rog?”

“Chief! They’ve jumped the gun on us! The Quiroga government has resigned!” Chapter 7

I was still logy with sleep; I shook my head to try to clear it. “What are you in such a spin about, Rog? That’s what you were trying to accomplish, wasn’t it?” “Well, yes, of course. But-” He stopped.

“But what? I don’t get it. Here you chaps have been working and scheming for years to bring about this very thing. Now you’ve won-and you look like a bride who isn’t sure she wants to go through with it. Why? The no-good-nicks are out and now God’s chillun get their innings. No?”

“Uh-you haven’t been in politics much.”

“You know I haven’t. I got trimmed when I ran for patrol leader in my scout troop. That cured me.” “Well, you see, timing is everything.”

“So my father always told me. Look here, Rog, do I gather that if you had your druthers you’d druther Quiroga was still in office? You said he had ‘jumped the gun.”

“Let me explain. What we really wanted was to move a vote of confidence and win it, and thereby force a general election on them-but at our own time, when we estimated that we could win the election.”

“Oh. And you don’t figure you can win now? You think Quiroga will go back into office for another five years-or at least the Humanity Party will?” Clifton looked thoughtful. “No, I think our chances are pretty good to win the election.”

“Eh? Maybe I’m not awake yet. Don’t you want to win?”

“Of course. But don’t you see what this resignation has done to us?” “I guess I don’t.”

“Well, the government in power can order a general election at any time up to the constitutional limitation of five years. Ordinarily they will go to the people when the time seems most

favorable to them. But they don’t resign between the announcement and the election unless forced to. You follow me?”

I realized that the event did seem odd, little attention as I paid to politics. “I believe so.”

“But in this case Quiroga’s government scheduled a general election, then resigned in a body, leaving the Empire without a government. Therefore the sovereign must call on someone else to form a ‘caretaker’ government to serve until the election. By the letter of the law he can ask any member of the Grand Assembly, but as a matter of strict constitutional precedent he has no choice. When a government resigns in a body-not just reshuffling portfolios but quits as a whole-then the sovereign must call on the leader of the opposition to form the

‘caretaker’ government. It’s indispensable to our system; it keeps resigning from being just a gesture. Many other methods have been tried in the past; under some of them governments were changed as often as underwear. But our present system insures responsible government.”

I was so busy trying to see the implications that I almost missed his next remark. “So, naturally, the Emperor has summoned Mr. Bonforte to New Batavia.”

“Eh? New Batavia? Welll” I was thinking that I had never seen the Imperial capital. The one time I had been on the Moon the vicissitudes of my profession had left me without time or money for the side trip. “Then that is why we got under way? Well, I certainly don’t mind. I suppose you can always find a way to send me home if the Tommie doesn’t go back to Earth soon.”

“What? Good heavens, don’t worry about that now. When the time comes, Captain Broadbent can find any number of ways to deliver you home.”

“Sorry. I forget that you have more important matters on your mind, Rog. Sure, I’m anxious to get home now that the job is done. But a few days, or even a month, on Luna would not matter. I have nothing pressing me. But thanks for taking time to tell me the news.” I searched his face. “Rog, you look worried as hell.”

“Don’t you see? The Emperor has sent for Mr. Bonforte. The Emperor, man! And Mr. Bonforte is in no shape to appear at an audience. They have risked a gambit-and perhaps trapped us in a checkmate!”

“Eh? Now wait a minute. Slow up. I see what you are driving at

-but, look, friend, we aren’t at New Batavia. We’re a hundred million miles away, or two hundred million, or whatever it is. Doc Capek will have him wrung out and ready to speak his piece by then. Won’t he?”

“Well-we hope so.” “But you aren’t sure?”

“We can’t be sure. Capek says that there is little clinical data on such massive doses. It depends on the individual’s body chemistry and on the exact drug used.”

I suddenly remembered a time when an understudy had slipped me a powerful purgative just before a performance. (But I went on anyhow, which proves the superiority of mind over matter- then I got him fired.) “Rog-they gave him that last, unnecessarily big dose not just out of simple sadism-but to set up this situation!”

“I think so. So does Capek.”

“Hey! In that case it would mean that Quiroga himself is the man behind the kidnapping-and that we’ve had a gangster running the Empire!”

Rog shook his head. “Not necessarily. Not even probably. But it would indeed mean that the same forces who control the Actionists also control the machinery of the Humanity Party. But you will never pin anything on them; they are unreachable, ultrarespectable. Nevertheless, they could send word to Quiroga that the time had come to roll over and play dead-and have  him do it. Almost certainly,” he added, “without giving him a hint of the real reason why the moment was timely.”

“Criminy! Do you mean to tell me that the top man in the Empire would fold up and quit, just like that? Because somebody behind the scenes ordered him to?” “I’m afraid that is just what I do think.”

I shook my head. “Politics is a dirty game!”

“No,” Clifton answered insistently. “There is no such thing as a dirty game. But you sometimes run into dirty players.” “I don’t see the difference.”

“There is a world of difference. Quiroga is a third-rater and a stooge-in my opinion, a stooge for villains. But there is nothing third-rate about John Joseph Bonforte and he has never, ever been a stooge for anyone. As a follower, he believed in the cause; as the leader, he has led from conviction!”

“I stand corrected,” I said humbly. “Well, what do we do? Have Dak drag his feet so that the Tommie does not reach New Batavia until he is back in shape to do the job?”

“We can’t stall. We don’t have to boost at more than one gravity; nobody would expect a man Bonforte’s age to place unnecessary strain on his heart. But we can’t delay. When the Emperor sends for you, you come.”

“Then what?”

Rog looked at me without answering. I began to get edgy. “Hey, Rog, don’t go getting any wild notions! This hasn’t anything to do with me. I’m through, except for a few casual appearances around the ship. Dirty or not, politics is not my game-just pay me off and ship me home and I’ll guarantee never even to register to vote!”

“You probably wouldn’t have to do anything. Dr. Capek will almost certainly have him in shape for it. But it isn’t as if it were anything hard-not like that adoption ceremony-just an audience with the Emperor and—”

“The Emperor!” I almost screamed. Like most Americans, I did not understand royalty, did not really approve of the institution in my heart-and had a sneaking, unadmitted awe of kings.

After all, we Americans came in by the back door. When we swapped associate status under treaty for the advantages of a full voice in the affairs of the Empire, it was explicitly agreed

that our local institutions, our own constitution, and so forth, would not be affected-and tacitly agreed that no member of the royal family would ever visit America. Maybe that is a bad thing.

Maybe if we were used to royalty we would not be so impressed by them. In any case, it is notorious that “democratic” American women are more quiveringly anxious to be presented at

court than is anybody else.

“Now take it easy,” Rog answered. “You probably won’t have to do it at all. We just want to be prepared. What I was trying to tell you is that a ‘caretaker’ government is no problem. It  passes no laws, changes no policies. I’ll take care of all the work. All you will have to do-if you have to do anything-is make the formal appearance before King Wilem-and possibly show up at a controlled press conference or two, depending on how long it is before he is well again. What you have already done is much harder-and you will be paid whether we need you or not.”

“Damn it, pay has nothing to do with it! It’s-well, in the words of a famous character in theatrical history, ‘Include me out.’”

Before Rog could answer, Bill Corpsman came bursting into my cabin without knocking, looked at us, and said sharply to Clifton, “Have you told him?” “Yes,” agreed Clifton. “He’s turned down the job.”

“Huh? Nonsense!”

“It’s not nonsense,” I answered, “and by the way, Bill, that door you just came through has a nice spot on it to knock. In the profession the custom is to knock and shout, ‘Are you decent?’ I wish you would remember it.”

“Oh, dirty sheets! We’re in a hurry. What’s this guff about your refusing?” “It’s not guff. This is not the job I signed up for.”

“Garbage! Maybe you are too stupid to realize it, Smythe, but you are in too deep to prattle about backing out. It wouldn’t be healthy.”  I went to him and grabbed his arm. “Are you threatening me? If you are, let’s go outside and talk it over.”

He shook my hand off. “In a spaceship? You really are simple, aren’t you? But haven’t you got it through your thick head that you caused this mess yourself?”

“What do you mean?”

“He means,” Clifton answered, “that he is convinced that the fall of the Quiroga government was the direct result of the speech you made earlier today. It is even possible that he is right. But it is beside the point. Bill, try to be reasonably polite, will you? We get nowhere by bickering.”

I was so surprised by the suggestion that I had caused Quiroga to resign that I forgot all about my desire to loosen Corpsman’s teeth. Were they serious? Sure, it was one dilly of a fine speech, but was such a result possible?

Well, if it was, it was certainly fast service.

I said wonderingly, “Bill, do I understand that you are complaining that the speech I made was too effective to suit you?” “Huh? Hell, no! It was a lousy speech.”

“So? You can’t have it both ways. You’re saying that a lousy speech went over so big that it scared the Humanity Party right out of office. Is that what you meant?”

Corpsman looked annoyed, started to answer, and caught sight of Clifton suppressing a grin. He scowled, again started to reply- finally shrugged and said, “All right, buster, you proved your point; the speech could not have had anything to do with the fall of the Quiroga government. Nevertheless, we’ve got work to do. So what’s this about you not being willing to carry your share of the load?”

I looked at him and managed to keep my temper-Bonforte’s influence again; playing the part of a calm-tempered character tends to make one calm inside. “Bill, again you cannot have it two ways. You have made it emphatically clear that you consider me just a hired hand. Therefore I have no obligation beyond my job, which is finished. You can’t hire me for another job unless it suits me. It doesn’t.”

He started to speak but I cut in. “That’s all. Now get out. You’re not welcome here.”

He looked astounded. “Who the hell do you think you are to give orders around here?”

“Nobody. Nobody at all, as you have pointed out. But this is my private room, assigned to me by the Captain. So now get out or be thrown out. I don’t like your manners.”

Clifton added quietly, “Clear out, Bill. Regardless of anything else, it is his private cabin at the present time. So you had better leave.” Rog hesitated, then added, “I think we both might as well leave; we don’t seem to be getting anywhere. If you will excuse us

-Chief?” “Certainly.”

I sat and thought about it for several minutes. I was sorry that I had let Corpsman provoke me even into such a mild exchange; it lacked dignity. But I reviewed it in my mind and assured myself that my personal differences with Corpsman had not affected my decision; my mind had been made up before he appeared.

Asharp knock came at the door. I called out, “Who is it?” “Captain Broadbent.”

“Come in, Dak.”

He did so, sat down, and for some minutes seemed interested only in pulling hangnails. Finally he looked up and said, “Would it change your mind if I slapped the blighter in the brig?” “Eh? Do you have a brig in the ship?”

“No. But it would not be hard to jury-rig one.”

I looked at him sharply, trying to figure what went on inside that bony head. “Would you actually put Bill in the brig if I asked for it?”

He looked up, cocked a brow, and grinned wryly. “No. Aman doesn’t get to be a captain operating on any such basis as that. I would not take that sort of order even from him.” He inclined his head toward the room Bonforte was in. “Certain decisions a man must make himself.”

“That’s right.”

“Mmm-I hear you’ve made one of that sort.” “That’s right.”

“So. I’ve come to have a lot of respect for you, old son. First met you, I figured you for a clotheshorse and a facemaker, with nothing inside. I was wrong.” “Thank you.”

“So I won’t plead with you. Just tell me: is it worth our time to discuss the factors? Have you given it plenty of thought?” “My mind is made up, Dak. This isn’t my pidgin.”

“Well, perhaps you’re right. I’m sorry. I guess we’ll just have to hope he pulls out of it in time.” He stood up. “By the way, Penny would like to see you, if you aren’t going to turn in again this minute.”

I laughed without pleasure. “Just ‘by the way,’ eh? Is this the proper sequence? Isn’t it Dr. Capek’s turn to try to twist my arm?” “He skipped his turn; he’s busy with Mr. B. He sent you a message, though.”

“He said you could go to hell. Embroidered it a bit, but that was the gist.” “He did? Well, tell him I’ll save him a seat by the fire.”

“Can Penny come in?”

“Oh, sure! But you can tell her that she is wasting her time; the answer is still ‘No.’”

So I changed my mind. Confound it, why should an argument seem so much more logical when underlined with a whiff of Jungle Lust? Not that Penny used unfair means, she did not even shed tears-not that I laid a finger on her-but I found myself conceding points, and presently there were no more points to concede. There is no getting around it, Penny is the world- saver type and her sincerity is contagious.

The boning I did on the trip out to Mars was as nothing to the hard study I put in on the trip to New Batavia. I already had the basic character; now it was necessary to fill in the background, prepare myself to be Bonforte under almost any circumstances. While it was the royal audience I was aiming at, once we were at New Batavia I might have to meet any of hundreds or thousands of people. Rog planned to give me a defense in depth of the sort that is routine for any public figure if he is to get work done; nevertheless, I would have to see people-a public figure is a public figure, no way to get around that.

The tightrope act I was going to have to attempt was made possible only by Bonforte’s Farleyfile, perhaps the best one ever compiled. Farley was a political manager of the twentieth century, of Eisenhower I believe, and the method he invented for handling the personal relations of politics was as revolutionary as the German invention of staff command was to warfare. Yet I had never heard of the device until Penny showed me Bonforte’s.

It was nothing but a file about people. However, the art of politics is “nothing but” people. This file contained all, or almost all, of the thousands upon thousands of people Bonforte had   met in the course of his long public life; each dossier consisted of what he knew about that person from Bon forte’s own personal contact. Anything at all, no matter how trivial-in fact, trivia were always the first entries: names and nicknames of wives, children, and pets, hobbies, tastes in food or drink, prejudices, eccentricities. Following this would be listed date and place and comments for every occasion on which Boriforte had talked to that particular man.

When available, a photo was included. There might or might not be “below-the-line” data, i.e. information which had been researched rather than learned directly by Bonforte. It depended on the political importance of the person. In some cases the “below-the-line” part was a formal biography running to thousands of words.

Both Penny and Bonforte himself carried minicorders powered by theft body heat. If Bonforte was alone he would dictate into his own when opportunity offered-in rest rooms, while riding, etc.; if Penny went along she would take it down in hers, which was disguised to look like a wrist watch. Penny could not possibly do the transcribing and microfilming; two of Jimmie Washington’s girls did little else.

When Penny showed me the Farleyfile, showed me the very bulk of it-and it was bulky, even at ten thousand words or more to the spool-and then told me that this represented personal information about Mr. Bonforte’s acquaintances, I scroaned (which is a scream and groan done together, with intense feeling). “God’s mercy, child! I tried to tell you this job could not be done. How could anyone memorize all that?”

“Why, you can’t, of course.”

“You just said that this was what he remembered about his friends and acquaintances.”

“Not quite. I said that this is what he wanted to remember. But since he can’t, not possibly, this is how he does it. Don’t worry; you don’t have to memorize anything. I just want you to know that it is available. It is my job to see that he has at least a minute or two to study the appropriate Farleyfile before anybody gets in to see him. If the need turns up, I can protect you with

the same service.”

I looked at the typical file she had projected on the desk reader.

AMr. Saunders of Pretoria, South Africa, I believe it was. He had a bulldog named Snuffles Bullyboy, several assorted uninteresting offspring, and he liked a twist of lime in his whisky and splash.

“Penny, do you mean to tell me that Mr. B. pretends to remember minutiae like that? It strikes me as rather phony.”

Instead of getting angry at the slur on her idol Penny nodded soberly. “I thought so once. But you don’t look at it correctly, Chief. Do you ever write down the telephone number of a friend?” “Eh? Of course.”

“Is it dishonest? Do you apologize to your friend for caring so little about him that you can’t simply remember his number?” “Eh? All right, I give up. You’ve sold me.”

“These are things he would like to remember if his memory were perfect. Since it isn’t, it is no more phony to do it this way than it is to use a tickler file in order not to forget a friend’s birthday-that’s what it is: a giant tickler file, to cover anything. But there is more to it. Did you ever meet a really important person?”

I tried to think. Penny did not mean the greats of the theatrical profession; she hardly knew they existed. “I once met President Warfield. I was a kid of ten or eleven.” “Do you remember the details?”

“Why, certainly. He said, ‘How did you break that arm, son?’ and I said, ‘Riding a bicycle, sir,’ and he said, ‘Did the same thing myself, only it was a collarbone.’” “Do you think he would remember it if he were still alive?”

“Why, no.”

“He might-he may have had you Farleyfiled. This Farleyfile includes boys of that age, because boys grow up and become men. The point is that top-level men like President Warfield meet many more people than they can remember. Each one of that faceless throng remembers his own meeting with the famous man and remembers it in detail. But the supremely important person in anyone’s life is himself-and a politician must never forget that. So it is polite and friendly and warmhearted for the politician to have a way to be able to remember about other people the sort of little things that they are likely to remember about him. It is also essential-in politics.”

I had Penny display the Farleyfile on King Willem. It was rather short, which dismayed me at first, until I concluded that it meant that Bonforte did not know the Emperor well and had met him only on a few official occasions-Bonforte’s first service as Supreme Minister had been before old Emperor Frederick’s death. There was no biography below the line, but just a notation, “See House of Orange.” I didn’t-there simply wasn’t time to plow through a few million words of Empire and pre-Empire history and, anyhow, I got fair-to-excellent marks in history when I was in school. All I wanted to know about the Emperor was what Bonforte knew about him that other people did not.

It occurred to me that the Farleyfile must include everybody in the ship since they were (a) people (b) whom Bonforte had met. I asked Penny for them. She seemed a little surprised. Soon I was the one surprised. The Torn Paine had in her six Grand Assemblymen. Rog Clifton and Mr. Bonforte, of course- but the first item in Dak’s file read: “Broadbent, Darius K., the

Honorable, 0. A. for League of Free Travelers, Upper Division.” It also mentioned that he held a Ph.D. in physics, had been reserve champion with the pistol in the Imperial Matches nine

years earlier, and had published thee volumes of verse under the nom de plume of “Acey Wheelwright.” I resolved never again to take a man at merely his face value.

There was a notation in Bonforte’s sloppy handwriting: “Almost irresistible to women-and vice versa!”

Penny and Dr. Capek were also members of the great parliament. Even Jimmie Washington was a member, for a “safe” district, I realized later-he represented the Lapps, including all the reindeer and Santa Claus, no doubt. He was also ordained in the First Bible Truth Church of the Holy Spirit, which I had never heard of, but which accounted for his tight-lipped deacon look.

I especially enjoyed reading about Penny-the Honorable Miss Penelope Taliaferro Russell. She was an M.A. in government administration from Georgetown and a B.A. from Wellesley, which somehow did not surprise me. She represented districtless university women, another “safe” constituency (I learned) since they are about five to one Expansionist Party members.

On down below were her glove size, her other measurements, her preferences in colors (I could teach her something about dressing), her preference in scent (Jungle Lust, of course), and many other details, most of them innocuous enough. But there was “comment”:

“Neurotically honest-arithmetic unreliable-prides herself on her sense of humor, of which she has none-watches her diet but is gluttonous about candied cherries-little-mother-of-all- living complex-unable to resist reading the printed word in any form.”

Underneath was another of Bonforte’s handwritten addenda: “Ah, Curly Top! Snooping again, I see.”

As I turned them back to her I asked Penny if she had read her own Farleyfile. She told me snippily to mind my own business! Then turned red and apologized.

Most of my time was taken up with study but I did take time to review and revise carefully the physical resemblance, checking the Semiperm shading by colorimeter, doing an extremely careful job on the wrinkles, adding two moles, and setting the whole job with electric brush. It was going to mean a skin peel before I could get my own face back but that was a small price to pay for a make-up job that could not be damaged, could not be smeared even with acetone, and was proof against such hazards as napkins. I even added the scar on the “game” leg, using a photograph Capek had kept in Bonforte’s health history. If Bonforte had had wife or mistress, she would have had difficulty in telling the impostor from the real thing simply on physical appearance. It was a lot of trouble but it left my mind free to worry about the really difficult part of the impersonation.

But the all-out effort during the trip was to steep myself in what Bonforte thought and believed, in short the policies of the Expansionist Party. In a manner of speaking, he himself was the Expansionist Party, not merely its most prominent leader but its political philosopher and greatest statesman. Expansionism had hardly been more than a “Manifest Destiny” movement when the party was founded, a rabble coalition of groups who had one thing in common: the belief that the frontiers in the sky were the mast important issue in the emerging future of the human race. Bonforte had given the party a rationale and an ethic, the theme that freedom and equal rights must run with the Imperial banner; he kept harping on the notion that the human race must never again make the mistakes that the white subrace had made in Africa and Asia.

But I was confused by the fact-I was awfully unsophisticated in such matters-that the early history of the Expansionist Party sounded remarkably like the present Humanity Party. I was not aware that political parties often change as much in growing up as people do. I had known vaguely that the Humanity Party had started as a splinter of the Expansionist movement but I had never thought about it. Actually it was inevitable; as the political parties which did not have their eyes on the sky dwindled away under the imperatives of history and ceased to elect candidates, the one party which had been on the right track was bound to split into two factions.

But I am running ahead; my political education did not proceed so logically. At first I simply soaked myself in Bonforte’s public utterances. True, I had done that on the trip out, but then I was studying how he spoke; now I was studying what he said.

Bonforte was an orator in the grand tradition but he could be vitriolic in debate, e.g; a speech he made in New Paris during the ruckus over the treaty with the Martian nests, the Concord of Tycho. It was this treaty which had knocked him out of office before; he had pushed it through but the strain on the coalition had lost him the next vote of confidence. Nevertheless, Quiroga had not dared denounce the treaty. I listened to this speech with special interest since I had not liked the treaty myself; the idea that Martians must be granted the same privileges on Earth that humans enjoyed on Mars had been abhorrent to me-until I visited the Kkkah nest.

“My opponent,” Bonforte had said with a rasp in his voice, “would have you believe that the motto of the so-called Humanity Party, ‘Government of human beings, by human beings, and  for human beings,’ is no more than an updating of the immortal words of Lincoln. But while the voice is the voice of Abraham, the hand is the hand of the Ku Klux Klan. The true meaning of that innocent-seeming motto is ‘Government of all races everywhere, by human beings alone, for the profit of a privileged few.’

“But, my opponent protests, we have a God-given mandate to spread enlightenment through the stan, dispensing our own brand of Civilization to the savages. This is the Uncle Remus school of sociology-the good dahides singin’ spirituals and Ole Massa lubbin’ every one of dem! It is a beautiful picture but the frame is too small; it fails to show the whip, the slave block-and the counting house!”

I found myself becoming, if not an Expansionist, then at least a Bonfortite. I am not sure that I was convinced by the logic of his words-indeed, I am not sure that they were logical. But I was in a receptive frame of mind. I wanted to understand what he said so thoroughly that I could rephrase it and say it in his place, if need be.

Nevertheless, here was a man who knew what he wanted and (much rarer!) why he wanted it. I could not help but be impressed, and it forced me to examine my own beliefs. What did I live by?

My profession, surely! I had been brought up in it, I liked it, I had a deep though unlogical conviction that art was worth the effort-and, besides, it was the only way I knew to make a living. But what else?

I have never been impressed by the formal schools of ethics. I had sampled them-public libraries are a ready source of recreation for an actor short of cash-but I had found them as poor in vitamins as a mother-in-law’s kiss. Given time and plenty of paper, a philosopher can prove anything.

I had the same contempt for the moral instruction handed to mast children. Much of it is prattle and the parts they really seem to mean are dedicated to the sacred proposition that a “good” child is one who does not disturb mother’s nap and a “good” man is one who achieves a muscular bank account without getting caught. No, thanks!

But even a dog has rules of conduct. What were mine? How did I behave-or, at least, how did I like to think I behaved?

“The show must go on.” I had always believed that and lived by it. But why must the show go on?-seeing that some shows are pretty terrible. Well, because you agreed to do it, because there is an audience out there; they have paid and each one of them is entitled to the best you can give. You owe it to them. You owe it also to stagehands and manager and producer and other members of the company-and to those who taught you your trade, and to others stretching back in history to open-air theaters and stone seats and even to storytellers squatting in a market place. Noblesse oblige.

I decided that the notion could be generalized into any occupation. “Value for value.” Building “on the square and on the level.” The Hippocratic oath. Don’t let the team down. Honest work for honest pay. Such things did not have to be proved; they were an essential part of life-true throughout eternity, true in the farthest reaches of the Galaxy.

I suddenly got a glimpse of what Bonforte was driving at. If there were ethical basics that transcended time and place, then they were true both for Martians and for men. They were true on any planet around any star-and if the human race did not behave accordingly they weren’t ever going to win to the stars because some better race would slap them down for double- dealing.

The price of expansion was virtue. “Never give a sucker an even break” was too narrow a philosophy to fit the broad reaches of space.

But Bonforte was not preaching sweetness and light. “I am not a pacifist. Pacifism is a shifty doctrine under which a man accepts the benefits of the social group without being willing to pay-and claims a halo for his dishonesty. Mr. Speaker, life belongs to those who do not fear to lose it. This bill must pass!” And with that he had got up and crossed the aisle in support of  a military appropriation his own party had refused in caucus.

Or again: “Take sides! Always take sides! You will sometimes be wrong-but the man who refuses to take sides must always be wrong! Heaven save us from poltroons who fear to make  a choice. Let us stand up and be counted.” (This last was in a closed caucus but Penny had caught it on her minicorder and Bonforte had saved it-Bonforte had a sense of history; he   was a record keeper. If he had not been, I would not have had much to work with.)

I decided that Bonforte was my kind of man. Or at least the kind I liked to think I was. His was a persona I was proud to wear.

So far as I can remember I did not sleep on that trip after I promised Penny that I would take the royal audience if Bonforte could not be made ready. I intended to sleep-there is no point in taking your stage with your eyes bagging like hound’s ears-but I got interested in what I was studying and there was a plentiful supply of pepper pills in Bonforte’s desk. It is amazing how much ground you can cover working a twenty-four-hour day, free from interruptions and with all the help you could ask for.

But shortly before we were due at New Batavia, Dr. Capek came in and said, “Bare your left forearm.” “Why?” I asked.

“Because when you go before the Emperor we don’t want you falling flat on your face with fatigue. This will make you sleep until we ground. Then I’ll give you an antidote.” “Eh? I take it that you don’t think he will be ready?”

Capek did not answer, but gave me the shot. I tried to finish listening to the speech I was running but I must have been asleep in seconds. The next thing I knew Dak was saying deferentially, “Wake up, sir. Please wake up. We’re grounded at Lippershey Field.”

Chapter 8

Our Moon being an airless planet, a torchship can land on it. But the Tom Paine, being a torchship, was really intended to stay in space and be serviced only at space stations in orbit;  she had to be landed in a cradle. I wish I had been awake to see it, for they say that catching an egg on a plate is easy by comparison. Dak was one of the half dozen pilots who could do it.

But I did not even get to see the Tommie in her cradle; all I saw was the inside of the passenger bellows they fastened to her air lock and the passenger tube to New Batavia-those tubes are so fast that, under the low gravity of the Moon, you are again in free fall at the middle of the trip.

We went first to the apartments assigned to the leader of the loyal opposition, Bonforte’s official residence until (and if) he went back into power after the coming election. The  magnificence of them made me wonder what the Supreme Minister’s residence was like. I suppose that New Batavia is odds-on the most palatial capital city in all history; it is a shame that it can hardly be seen from outdoors-but that minor shortcoming is more than offset by the fact that it is the only city in the Solar System that is actually impervious to fusion bombs. Or perhaps I should say “effectively impervious” since there are some surface structures which could be destroyed. Bonforte’s apartments included an upper living room in the side of a cliff, which looked out through a bubble balcony at the stars and Mother Earth herself-but his sleeping room and offices were a thousand feet of solid rock below, by private lift.

I had no time to explore the apartments; they dressed me for the audience. Bonforte had no valet even dirtside, but Rog insisted on “helping” me (he was a hindrance) while going over lastminute details. The dress was ancient formal court dress, shapeless tubular trousers, a silly jacket with a claw-hammer tail, both in black, and a chemise consisting of a stiff white breastplate, a “winged” collar, and a white bow tie. Bonforte’s chemise was all in one piece, because (I suppose) he did not use a dresser; correctly it should be assembled piece by piece and the bow tie should be tied poorly enough to show that it has been tied by hand-but it is too much to expect a man to understand both politics and period costuming.

It is an ugly costume, but it did make a fine background for the Order of Wilhelmina stretched in colorful diagonal across my chest. I looked at myself in a long glass and was pleased with the effect; the one color accent against the dead black and white was good showmanship. The traditional dress might be ugly but it did have dignity, something like the cool stateliness of a maitre d’hotel. I decided that I looked the part to wait on the pleasure of a sovereign.

Rog Clifton gave me the scroll which was supposed to list the names of my nominations for the ministries and he tucked into an inner pocket of my costume a copy of the typed list thereof-the original had gone forward by hand of Jimmie Washington to the Emperor’s State Secretary as soon as we had grounded. Theoretically the purpose of the audience was for the Emperor to inform me that it was his pleasure for me to form a government and for me to submit humbly my suggestions; my nominations were supposed to be secret until the

sovereign graciously approved.

Actually the choices were all made; Rog and Bill had spent most of the trip lining up the Cabinet and making sure the nominees would serve, using state-scramble for the radio messages. I had studied the Farleyflies on each nomination and each alternate. But the list really was secret in the sense that the news services would not receive it until after the Imperial audience.

I took the scroll and picked up my life wand. Rog looked horrified. “Good Lord, man, you can’t carry that thing into the presence of the Emperor!” “Why not?”

“Huh? It’s a weapon.”

“It’s a ceremonial weapon. Rog, every duke and every pipsqueak baronet will be wearing his dress sword. So I wear this.”

He shook his head. “They have to. Don’t you understand the ancient legal theory behind it? Their dress swords symbolize the duty they owe their liege lord to support and defend him by force of arms, in their own persons. But you are a commoner; tradi-. tionally you come before him unarmed.”

“No, Rog. Oh, I’ll do what you tell me to, but you are missing a wonderful chance to catch a tide at its flood. This is good theater, this is right.” “I’m afraid I don’t follow you.”

“Well, look, will the word get back to Mars if I carry this wand today? Inside the nests, I mean?” “Eh? I suppose so. Yes.”

“Of course. I would guess that every nest has stereo receivers; I certainly noticed plenty of them in Kkkah nest. They follow the Empire news as carefully as we do. Don’t they?” “Yes. At least the elders do.”

“II I carry the wand, they’ll know it; if I fail to carry it, they will know it. It matters to them; it is tied up with propriety. No adult Martian would appear outside his nest without his life wand, or inside on ceremonial occasions. Martians have appeared before the Emperor in the past; they carried their wands, didn’t they? I’d bet my life on it.”

“Yes, but you-“

“You forget that 1 am a Martian.”

Rog’s face suddenly blanked out. I went on, “I am not only ‘John Joseph Bonforte’; I am Kkkahjjjerrr of Kkkah nest. If I fail to carry that wand, I commit a great impropriety-and frankly I do not know what would happen when the word got back; I don’t know enough about Martian customs. Now turn it around and look at it the other way. When I walk down that aisle carrying this wand, I am a Martian citizen about to be named His Imperial Majesty’s first minister. How will that affect the nests?”

“I guess I had not thought it through,” he answered slowly.

“Nor would I have done so, had I not had to decide whether or not to carry the wand. But don’t you suppose Mr. B. thought it through-before he ever let himself be invited to be adopted? Rog, we’ve got a tiger by the tail; the only thing to do is to swarm aboard and ride it. We can’t let go.”

Dak arrived at that point, confirmed my opinion, seemed surprised that Clifton had expected anything else. “Sure, we’re setting a new precedent, Rog-but we’re going to set a lot of new ones before we are through.” But when he saw how I was carrying the wand he let out a scream. “Cripes, man! Are you trying to kill somebody? Or just carve a hole in the wall?”

“I wasn’t pressing the stud.”

“Thank God for small favors! You don’t even have the safety on.” He took it from me very gingerly and said, “You twist this ring-and shove this in that slot-then it’s just a stick. Whew!” “Oh. Sorry.”

They delivered me to the robing room of the Palace and turned me over to King Willem’s equerry, Colonel Pateel, a bland-faced Hindu with perfect manners and the dazzling dress uniform of the Imperial space forces. His bow to me must have been calculated on a slide rule; it suggested that I was about to be Supreme Minister but was not quite there yet, that I was his senior but nevertheless a civilian-then subtract five degrees for the fact that he wore the Emperor’s aiguillette on his right shoulder.

He glanced at the wand and said smoothly, “That’s a Martian wand, is it not, sir? Interesting. I suppose you will want to leave it here-it will be safe.”  I said, “I’m carrying it.”

“Sir?” His eyebrows shot up and he waited for me to correct my obvious mistake.

I reached into Bonforte’s favorite cliches and picked one he used to reprove bumptiousness. “Son, suppose you tend to your knitting and I tend to mine.” His face lost all expression. “Very well, sir. If you will come this way?”

We paused at the entrance to the throne room. Far away, on the raised dais, the throne was empty. On both sides the entire length of the great cavern the nobles and royalty of the court were standing and waiting. I suppose Pateel passed along some sign, for the Imperial Anthem welled out and we all held still for it, Pateel in robotlike attention, myself in a tired stoop suitable to a middleaged and overworked roan who must do this thing because he must, and all the court like show-window pieces. I hope we never dispense with the pageantry of a court entirely; all those noble dress extras and spear carriers make a beautiful sight.

In the last few bars he came in from behind and took his throne

-Willem, Prince of Orange, Duke of Nassau, Grand Duke of Luxembourg, Knight Commander of the Holy Roman Empire, Admiral General of the Imperial Forces, Adviser to the Martian Nests, Protector of the Poor, and, by the Grace of God, King of the Lowlands and Emperor of the Planets and the Spaces Between.

I could not see his face, but the symbolism produced in me a sudden warm surge of empathy. I no longer felt hostile to the notion of royalty.

As King Willem sat down the anthem ended; he nodded acknowledgment of the salute and a wave of slight relaxation rippled down the courtiers. Pateel withdrew and, with my wand tucked under my arm, I started my long march, limping a little in spite of the low gravity. It felt remarkably like the progress to the Inner Nest of Kkkah, except that I was not frightened; I was simply warm and tingling. The Empire medley followed me down, the music sliding from “King Christian” to “Marseillaise” to “The StarSpangled Banner” and all the others.

At the first balk line I stopped and bowed, then again at the second, then at last a deep bow at the third, just before the steps. I did not kneel; nobles must kneel but commoners share sovereignty with the Sovereign. One sees this point incorrectly staged some- times in stereo and theater, and Rog had made sure that I knew what to do.

“Aye, Imperator!” Had I been a Dutchman I would have said “Rex” as well, but I was an American. We swapped schoolboy Latin back and forth by rote, he inquiring what I wanted, I reminding him that he had summoned me, etc. He shifted into Anglo-American, with a slight “down-East” accent.

“You served our father well. it is now our thought that you might serve us. How say you?” “My sovereign’s wish is my will, Majesty.”

“Approach us.”

Perhaps I made too good a thing of it but the steps up the dais are high and my leg actually was hurting-and a psychosomatic pain is as bad as any other. I almost stumbled-and Willem was up out of his throne like a shot and steadied my arm. I heard a gasp go around the hall. He smiled at me and said sotto voce, “Take it easy, old friend. Wet make this short.”

He helped me to the stool before the throne and made me sit down an awkward moment sooner than he himself was again seated. Then he held out his hand for the scroll and I passed it over. He unrolled it and pretended to study the blank page.

There was chamber music now and the court made a display of enjoying themselves, ladies laughing, noble gentlemen uttering gallantries, fans gesturing. No one moved very far from his place, no one held still. Little page boys, looking like Michelangelo’s cherubim, moved among them offering trays of sweets. One knelt to Willem and he helped himself without taking

his eyes off the nonexistent list. The child then offered the tray to me and I took one, not knowing whether it was proper or not. It was one of those wonderful, matchless chocolates made only in Holland.

I found that I knew a number of the court faces from pictures. Most of the unemployed royalty of Earth were there, concealed under their secondary titles of duke or count. Some said that Willem kept them on as pensioners to brighten his court; some said he wanted to keep an eye on them and keep them out of politics and other mischief. Perhaps it was a little of both. There were the nonroyal nobility of a dozen nations present, too; some of them actually worked for a living.

I found myself trying to pick out the Habsburg lips and the Windsor nose.

At last Willem put down the scroll. The music and the conversation ceased instantly. In dead silence he said, “It is a gallant company you have proposed. We are minded to confirm it.” “You are most gracious, Majesty.”

“We will ponder and inform you.” He leaned forward and said quietly to me alone, “Don’t try to back down those damned steps. Just stand up. I am going to leave at once.”   I whispered back, “Oh. Thank you, Sire.”

He stood up, whereupon I got hastily to my feet, and he was gone in a swirl of robes. I turned around and noticed some startled looks. But the music started up at once and I was let to walk out while the noble and regal extras again made polite conversation.

Pateel was at my elbow as soon as I was through the far archway. “This way, sir, if you please.” The pageantry was over; now came the real audience.

He took me through a small door, down an empty corridor, through another small door, and into a quite ordinary office. The only thing regal about it was a carved wall plaque, the coat of arms of the House of Orange, with its deathless motto, “I Maintain!” There was a big, fiat desk, littered with papers. In the middle of it, held down by a pair of metal-plated baby shoes,   was the original of the typed list in my pocket. In a copper frame there was a family group picture of the late Empress and the kids. Asomewhat battered couch was against one wall and beyond it was a small bar. There were a couple of armchairs as well as the swivel chair at the desk. The other furnishings might have suited the office of a busy and not fussy family physician.

Pateel left me alone there, closing the door behind him. I did not have time to consider whether or not it was proper for me to sit down, as the Emperor came quickly in through a door opposite. “Howdy, Joseph,” he called out. “Be with you in a moment.” He strode through the room, followed closely by two servants who were undressing him as he walked, and went out  a third door. He was back again almost at once, zipping up a suit of coveralls as he came in. “You took the short route; I had to come long way around. I’m going to insist that the palace engineer cut another tunnel through from the back of the throne room, dammed if I’m not. I have to come around three sides of a square-either that or parade through semi-public  corridors dressed like a circus horse.” He added meditatively, “I never wear anything but underwear under those silly robes.”

I said, “I doubt if they are as uncomfortable as this monkey jacket I am wearing, Sire.”

He shrugged. “Oh well, we each have to put up with the inconveniences of our jobs. Didn’t you get yourself a drink?” He picked up the list of nominations for cabinet ministers. “Do so, and pour me one.”

“What will you have, Sire?”

“Eh?” He looked up and glanced sharply at me. “My usual. Scotch on ice, of course.”

I said nothing and poured them, adding water to my own. I had had a sudden chill; if Bonforte knew that the Emperor always took scotch over bare cubes it should have been in his Farleyfile. It was not.

But Willem accepted the drink without comment, murmured, “Hot jets!” and went on looking at the list. Presently he looked up and said, “How about these lads, Joseph?”

“Sire? It is a skeleton cabinet, of course.” We had doubled up on portfolios where possible and Bonforte would hold Defense and Treasury as well as first. In three cases we had given temporary appointments to the career deputy ministers-Research, Population Management, and Exterior. The men who would hold the posts in the permanent government were all needed for campaigning.

“Yes, yes, it’s your second team. Mmm … How about this man Braun?”

I was considerably surprised. It had been my understanding that Willem would okay the list without comment, but that he might want to chat about other things. I had not been afraid of chatting; a man can get a reputation as a sparkling conversationalist simply by letting the other man do all the talking.

Lothar Braun was what was known as a “rising young statesman.” What I knew about him came from his Farleyfile and from Rog and Bill. He had come up since Bonforte had been turned out of office and so had never had any cabinet post, but had served as caucus sergeant at arms and junior whip. Bill insisted that Bonforte had planned to boost him rapidly and that he should try his wings in the caretaker government; he proposed him for Minister of External Communications.

Rog Clifton had seemed undecided; he had first put down the name of Angel Jesus de la Tone y Perez, the career subminister. But Bill had pointed out that if Braun flopped, now was a good time to find it out and no harm done. Clifton had given in.

“Braun?” I answered. “He’s a coming young man. Very brilliant.”

Willem made no comment, but looked on down the list. I tried to remember exactly what Bonforte had said about Braun in the Farleyffle. Brilliant … hardworking … analytical mind. Had he said anything against him? No-well, perhaps-“a shade too affable.” That does not condemn a man. But Bonforte had said nothing at all about such affirmative virtues as loyalty and honesty. Which might mean nothing, as the Farleyfile was not a series of character studies; it was a data file.

The Emperor put the list aside. “Joseph, are you planning to bring the Martian nests into the Empire at once?” “Eh? Certainly not before the election, Sire.”

“Come now, you know I was talking about after the election. And have you forgotten how to say ‘Willem’? ‘Sire’ from a man six years older than I am, under these circumstances, is silly.” “Very well, Willem.”

“We both know I am not supposed to notice politics. But we know also that the assumption is silly. Joseph, you have spent your off years creating a situation in which the nests would wish to come wholly into the Empire.” He pointed a thumb at my wand. “I believe you have done it. Now if you win this election you should be able to get the Grand Assembly to grant me permission to proclaim it. Well?”

I thought about it. “Willem,” I said slowly, “you know that is exactly what we have planned to do. You must have some reason for bringing the subject up.”

He swizzled his glass and stared at me, managing to look like a New England groceryman about to tell off one of the summer people. “Are you asking my advice? The constitution requires you to advise me, not the other way around.”

“I welcome your advice, Wilem. I do not promise to follow it.”

He laughed. “You damned seldom promise anything. Very well, let’s assume that you win the election and go back into office

-but with a majority so small that you might have difficulty in voting the nests into full citizenship. In such case I would not advise you to make it a vote of confidence. If you lose, take your licking and stay in office; stick the full term.”

“Why, Willem?”

“Because you and I are patient men. See that?” He pointed at the plaque of his house. “‘I Maintain!’ It’s not a flashy rule but it is not a king’s business to be flashy; his business is to conserve, to hang on, to roll with the punch. Now, constitutionally speaking, it should not matter to me whether you stay in office or not. But it does matter to me whether or not the Empire holds together. I think that if you miss on the Martian issue immediately after the election, you can afford to wait-for your other policies are going to prove very popular. You’ll pick up votes  in by-elections and eventually you’ll come around and tell me I can add ‘Emperor of Mars’ to the list. So don’t hurry.”

“I will think about it,” I said carefully.

“Do that. Now how about the transportee system?”

“We’re abolishing it immediately after the election and suspending it at once.” I could answer that one firmly; Bonforte hated it. “They’ll attack you on it.”

“So they will. Let them. We’ll pick up votes.”

“Glad to hear that you still have the strength of your convictions, Joseph. I never liked having the banner of Orange on a convict ship. Free trade?” “After the election, yes.”

“What are you going to use for revenue?”

“It is our contention that trade and production will expand so rapidly that other revenues will make up for the loss of the customs.” “And suppose it ain’t so?”

I had not been given a second-string answer on that one-and economics was largely a mystery to me. I grinned. “Willem, I’ll have to have notice on that question. But the whole program   of the Expansionist Party is founded on the notion that free trade, free travel, common citizenship, common currency, and a minimum of Imperial laws and restrictions are good not only   for the citizens of the Empire but for the Empire itself. If we need the money, we’ll find it-but not by chopping the Empire up into tiny bailiwicks.” All but the first sentence was pure Bonforte, only slightly adapted.

“Save your campaign speeches,” he grunted. “I simply asked.” He picked up the list again. “You’re quite sure this line-up is the way you want it?”

I reached for the list and he handed it to me. Damnation, it was clear that the Emperor was telling me as emphatically as the constitution would let him that, in his opinion, Braun was a wrong ‘un. But, hell’s best anthracite, I had no business changing the list Bill and Rog had made up.

On the other hand, it was not Bon forte’s list; it was merely what they thought Bonforte would do if he were compos mentis.  I wished suddenly that I could take time out and ask Penny what she thought of Braun.

Then I reached for a pen from Willem’s desk, scratched out “Braun,” and printed in “de la Torre”-in block letters; I still could not risk Bonforte’s handwriting. The Emperor merely said, “It looks like a good team to me. Good luck, Joseph. You’ll need it.”

That ended the audience as such. I was anxious to get away, but you do not walk out on a king; that is one prerogative they have retained. He wanted to show me his workshop and his new train models. I suppose he has done more to revive that ancient hobby than anyone else; personally I can’t see it as an occupation for a grown man. But I made polite noises about his new toy locomotive, intended for the “Royal Scotsman.”

“If I had had the breaks,” he said, getting down on his hands and knees and peering into the innards of the toy engine, “I could have been a very fair shop superintendent, I think-a master machinist. But the accident of birth discriminated against me.”

“Do you really think you would have preferred it, Willem?”

“I don’t know. This job I have is not bad. The hours are easy and the pay is good-and the social security is first-rate-barring the outside chance of revolution, and my line has always been lucky on that score. But much of the work is tedious and could be done as well by any second-rate actor.” He glanced up at me. “I relieve your office of a lot of tiresome cornerstone-laying and parade-watching, you know.”

“I do know and I appreciate it.”

“Once in a long time I get a chance to give a little push in the right direction-what I think is the right direction. Kinging is a very odd profession, Joseph. Don’t ever take it up.” “I’m afraid it’s a bit late, even if I wanted to.”

He made some fine adjustment on the toy. “My real function is to keep you from going crazy.” “Eh?”

“Of course. Psychosis-situational is the occupational disease of heads of states. My predecessors in the king trade, the ones who actually ruled, were almost all a bit balmy. And take a look at your American presidents; the job used frequently to kill them in their prime. But me, I don’t have to run things; I have a professional like yourself to do it for me. And you don’t have the killing pressure either; you, or those in your shoes, can always quit if things get too tough-and the old Emperor-it’s almost always the ‘old’ Emperor; we usually mount the throne  about the age other men retire-the Emperor is always there, maintaining continuity, preserving the symbol of the state, while you professionals work out a new deal.” He blinked   solemnly. “My job is not glamorous, but it is useful.”

Presently he let up on me about his chlldish trains and we went back into his office. I thought I was about to be dismissed. In fact, he said, “I should let you get back to your work. You had  a hard trip?”

“Not too hard. I spent it working.”

“I suppose so. By the way, who are you?”

There is the policeman’s tap on the shoulder, the shock of the top step that is not there, there is falling out of bed, and there is having her husband return home unexpectedly-I would take any combination of those in preference to that simple inquiry. I aged inside to match my appearance and more.

“Sire?”

“Come now,” he said impatiently, “surely my job carries with it some privileges. Just tell me the truth. I’ve known for the past hour that you were not Joseph Bonforte-though you could fool his own mother; you even have his mannerisms. But who are you?”

“My name is Lawrence Smith, Your Majesty,” I said faintly.

“Brace up, man! I could have called the guards long since, if I had been intending to. Were you sent here to assassinate me?” “No, Sire. I am-loyal to Your Majesty.”

“You have an odd way of showing it. Well, pour yourself another drink, sit down, and tell me about it.”

I told him about it, every bit. It took more than one drink, and presentiy I felt better. He looked angry when I told him of the kidnapping, but when I told him what they had done to Bonforte’s mind his face turned dark with a Jovian rage.

At last he said quietly, “It’s just a matter of days until he is back in shape, then?” “So Dr. Capek says.”

“Don’t let him go to work until he is fully recovered. He’s a valuable man. You know that, don’t you? Worth six of you and me. So you carry on with the doubling job and let him get well. The Empire needs him.”

“Yes, Sire.”

“Knock off that ‘Sire.’ Since you are standing in for him, call me ‘Willem,’ as he does. Did you know that was how I spotted you?” “No, Si-no, Willem.”

“He’s called me Willem for twenty years. I thought it decidedly odd that he would quit it in private simply because he was seeing me on state business. But I did not suspect, not really. But, remarkable as your performance was, it set me thinking. Then when we went in to see the trains, I knew.”

“Excuse me? How?”

“You were polite, man! I’ve made him look at my trains in the past-and he always got even by being as rude as possible about what a way for a grown man to waste time. It was a little act we always went through. We both enjoyed it.”

“Oh. I didn’t know.”

“How could you have known?” I was thinking that I should have known, that damned Farleyfile should have told me … It was not until later that I realized that the file had not been

defective, in view of the theory on which it was based, i.e. it was intended to let a famous man remember details about the less famous. But that was precisely what the Emperor was not-

less famous, I mean. Of course Bonforte needed no notes to recall personal details about Willem! Nor would he consider it proper to set down personal matters about the sovereign in a

file handled by his clerks.

I had muffed the obvious-not that I see how I could have avoided it, even ii I had realized that the file would be incomplete.

But the Emperor was still talking. “You did a magnificent job- and after risking your life in a Martian nest I am not surprised that you were willing to tackle me. Tell me, have I ever seen you in stereo, or anywhere?”

I had given my legal name, of course, when the Emperor demanded it; I now rather timidly gave my professional name. He looked at me, threw up his hands, and guff awed. I was somewhat hurt. “Er, have you heard of me?”

“Heard of you? I’m one of your staunchest fans.” He looked at me very closely. “But you still look like Joe Bonforte. I can’t believe that you are Lorenzo.” “But I am.”

“Oh, I believe it, I believe it. You know that skit where you are a tramp? First you try to milk a cow-no luck. Finally you end up eating out of the cat’s dish-but even the cat pushes you away?”   I admitted it.

“I’ve almost worn out my spool of that. I laugh and cry at the same time.”

“That is the idea.” I hesitated, then admitted that the barnyard “Weary Willie” routine had been copied from a very great artist of another century. “But I prefer dramatic roles.” “Like this one?”

“Well-not exactly. For this role, once is quite enough. I wouldn’t care for a long run.”

“I suppose so. Well, tell Roger Clifton- No, don’t tell Clifton anything. Lorenzo, I see nothing to be gained by ever telling anyone about our conversation this past hour. If you tell Clifton, even though you tell him that I said not to worry, it would just give him nerves. And he has work to do. So we keep it tight, eh?”

“As my emperor wishes.”

“None of that, please. We’ll keep it quiet because it’s best so. Sorry I can’t make a sickbed visit on Uncle Joe. Not that I could help him-although they used to think the King’s Touch did marvels. So we’ll say nothing and pretend that I never twigged.”

“Yes-Wilem.”

“I suppose you had better go now. I’ve kept you a very long time.” “Whatever you wish.”

“I’ll have Pateel go back with you-or do you know your way around? But just a moment-” He dug around in his desk, muttering to himself. “That girl must have been straightening things again. No-here it is.” He hauled out a little book. “I probably won’t get to see you again-so would you mind giving me your autograph before you go?”

Chapter 9

Rog and Bill I found chewing their nails in Bonforte’s upper living room. The second I showed up Corpsman started toward me. “Where the hell have you been?” “With the Emperor,” I answered coldly.

“You’ve been gone five or six times as long as you should have been.”

I did not bother to answer. Since the argument over the speech Corpsman and I had gotten along together and worked together, but it was strictly a marriage of convenience, with no love. We cooperated, but we did not really bury the hatchet-unless it was between my shoulder blades. I had made no special effort to conciliate him and saw no reason why I should-in my opinion his parents had met briefly at a masquerade ball.

I don’t believe in rowing with other members of the company, but the only behavior Corpsman would willingly accept from me was that of a servant, hat in hand and very ‘umble, sir. I would not give him that, even to keep peace. I was a professional, retained to do a very difficult professional job, and professional men do not use the back stairs; they are treated with respect.

So I ignored him and asked Rog, “Where’s Penny?” “With him. So are Dak and Do; at the moment.” “He’s here?”

“Yes.” Clifton hesitated. “We put him in what is supposed to be the wife’s room of your bedroom suite. It was the only place where we could maintain utter privacy and still give him the care he needs. I hope you don’t mind.”

“Not at all.”

“It won’t inconvenience you. The two bedrooms are joined, you may have noticed, only through the dressing rooms, and we’ve shut off that door. It’s soundproof.” “Sounds like a good arrangement. How is he?”

Clifton frowned. “Better, much better-on the whole. He is lucid much of the time.” He hesitated. “You can go in and see him, if you like.”  I hesitated still longer. “How soon does Dr. Capek think he will be ready to make public appearances?”

“It’s hard to say. Before long.”

“How long? Three or four days? Ashort enough time that we could cancel all appointments and just put me out of sight? Rog, I don’t know just how to make this clear but, much as I would like to call on him and pay my respects, I don’t think it is smart for me to see him at all until after I have made my last appearance. It might well ruin my characterization.” I had made the terrible mistake of going to my father’s funeral; for years thereafter when I thought of him I saw him dead in his coffin. Only very slowly did I regain the true image of him-the virile, dominant man who had reared me with a firm hand and taught me my trade. I was afraid of something like that with Bonforte; I was now impersonating a well man at the height of his powers, the way I had seen him and heard him in the many stereo records of him. I was very much afraid that if I saw him ill, the recollection of it would blur and distort my performance.

“I was not insisting,” Clifton answered. “You know best. It’s possible that we can keep from having you appear in public again, but I want to keep you standing by and ready until he is fully recovered.”

I almost said that the Emperor wanted it done that way. But I caught myself-the shock of having the Emperor find me out had shaken me a little out of character. But the thought reminded

me of unfinished business. I took out the revised cabinet list and handed it to Corpsman. “Here’s the approved roster for the news services, Bill. You’ll see that there is one change on it- De la Torre for Braun.”

“What?”

“Jesus de Ia Tone for Lothar Braun. That’s the way the Emperor wanted it.”

Clifton looked astonished; Corpsman looked both astonished and angry. “What difference does that make? He’s got no goddamn right to have opinions!”

Clifton said slowly, “Bill is fight, Chief. As a lawyer who has specialized in constitutional law I assure you that the sovereign’s confirmation is purely nominal. You should not have let him make any changes.”

I felt like shouting at them, and only the imposed calm personality of Bonforte kept me from it. I had had a hard day and, despite a brilliant performance, the inevitable disaster had overtaken me. I wanted to tell Rog that if Willem had not been a really big man, kingly in the fine sense of the word, we would all be in the soup-simply because I had not been adequately coached for the role. Instead I answered sourly, “It’s done and that’s that.”

Corpsman said, “That’s what you think! I gave out the correct list to the reporters two hours ago. Now you’ve got to go back and straighten it out. Rog, you had better call the Palace right away and-“

I said, “Quiet!”

Corpsman shut up. I went on in a lower key. “Rog, from a legal point of view, you may be right. I wouldn’t know. I do know that the Emperor felt free to question the appointment of Braun. Now if either one of you wants to go to the Emperor and argue with him, that’s up to you. But I’m not going anywhere. I’m going to get out of this anachronistic strait jacket, take my shoes off, and have a long, tall drink. Then rm going to bed.”

“Now wait, Chief,” Clifton objected. “You’ve got a five-minute spot on grand network to announce the new cabinet.” “You take it. You’re first deputy in this cabinet.”

He blinked. “All right.”

Corpsman said insistently, “How about Braun? He was promised the job.”

Clifton looked at him thoughtfully. “Not in any dispatch that I saw, Bill. He was simply asked if he was willing to serve, like all the others. Is that what you meant?” Corpsman hesitated like an actor not quite sure of his lines. “Of course. But it amounts to a promise.”

“Not until the public announcement is made, it doesn’t.”

“But the announcement was made, I tell you. Two hours ago.”

“Mmm … Bill, I’m afraid that you will have to call the boys in again and tell them that you made a mistake. Or I’ll call them in and tell them that through an error a preliminary list was handed out before Mr. Bonforte had okayed it. But we’ve got to correct it before the grand network announcement.”

“Do you mean to tell me you are going to let him get away with it?”

By “him” I think Bill meant me rather than Willem, but Rog’s answer assumed the contrary. “Yes. Bill, this is no time to force a constitutional crisis. The issue isn’t worth it. So will you phrase the retraction? Or shall I?”

Corpsman’s expression reminded me of the way a cat submits to the inevitable-“just barely.” He looked grim, shrugged, and said, “I’ll do it. I want to be damned sure it is phrased properly, so we can salvage as much as possible out of the shambles.”

“Thanks, Bill,” Rog answered mildly.

Corpsman turned to leave. I called out, “Bill! As long as you are going to be talking to the news service I have another announcement for them.” “Huh? What are you after now?”

“Nothing much.” The fact was I was suddenly overcome with weariness at the role and the tensions it created. “Just tell them that Mr. Bonforte has a cold and his physician has ordered him to bed for a rest. I’ve had a bellyful.”

Corpsman snorted. “I think I’ll make it ‘pneumonia.” “Suit yourself.”

When he had gone Rog turned to me and said, “Don’t let it get you, Chief. In this business some days are better than others.” “Rog, I really am going on the sick list. You can mention it on stereo tonight.”

“So?”

“I’m going to take to my bed and stay there. There is no reason at all why Bonforte can’t ‘have a cold’ until he is ready to get back into harness himself. Every time I make an appearance it just increases the probability that somebody will spot something wrong- and every time I do make an appearance that sorehead Corpsman finds something to yap about. An artist can’t  do his best work with somebody continually snarling at him. So let’s let it go at this and ring down the curtain.”

“Take it easy, Chief. I’ll keep Corpsman out of your hair from now on. Here we won’t be in each other’s laps the way we were in the ship.”

“No, Rog, my mind is made up. Oh, I won’t run out on you. I’ll stay here until Mr. B. is able to see people, in case some utter emergency turns up”-I was recalling uneasily that the Emperor had told me to hang on and had assumed that I would-“but it is actually better to keep me out of sight. At the moment we have gotten away with it completely, haven’t we? Oh, they know- somebody knows-that Bonforte was not the man who went through the adoption ceremony-but they don’t dare raise that issue, nor could they prove it if they did. The same people may suspect that a double was used today, but they don’t know, they can’t be sure-because it is always possible that Bonforte recovered quickly enough to carry it off today. Right?”

Clifton got an odd, half-sheepish look on his face. “I’m afraid they are fairly sure you were a double, Chief.” “Eh?”

“We shaded the truth a little to keep you from being nervous. Doc Capek was certain from the time he first examined him that only a miracle could get him in shape to make the audience today. The people who dosed him would know that too.”

I frowned. “Then you were kidding me earlier when you told me how well he was doing? How is he, Rog? Tell me the truth.”

“I was telling you the truth that time, Chief. That’s why I suggested that you see him-whereas before I was only too glad to string along with your reluctance to see him.” He added, “Perhaps you had better see him, talk with him.”

“Mmm-no.” The reasons for not seeing him still applied; if I did have to make another appearance I did not want my subconscious playing me tricks. The role called for a well man. “But, Rog, everything I said applies still more emphatically on the basis of what you have just told me. If they are even reasonably sure that a double was used today, then we don’t dare risk another appearance. They were caught by surprise today-or perhaps it was impossible to unmask me, under the circumstances. But it will not be later. They can rig some deadfall, some test that I can’t pass- then blooey/ There goes the old ball game.” I thought about it. “I had better be ‘sick’ as long as necessary. Bill was right; it had better be ‘pneumonia.’”

Such is the power of suggestion that I woke up the next morning with a stopped-up nose and a sore throat. Dr. Capek took time to dose me and I felt almost human by suppertime; nevertheless, he issued bulletins about “Mr. Bonforte’s virus infection.” The sealed and air-conditioned cities of the Moon being what they are, nobody was anxious to be exposed to an S- vectored ailment; no determined effort was made to get past my chaperones. For four days I loafed and read from Bonforte’s library, both his own collected papers and his many books

… I discovered that both politics and economics could make engrossing reading; those subjects had never been real to me before. The Emperor sent me flowers from the royal

greenhouse-or were they for me?

Never mind. I loafed and soaked in the luxury of being Lorenzo, or even plain Lawrence Smith. I found that I dropped back into character automatically if someone came in, but I can’t help that. It was not necessary; I saw no one but Penny and Capek, except for one visit from Dak.

But even lotus-eating can pall. By the fourth day I was as tired of that room as I had ever been of a producer’s waiting room and I was lonely. No one bothered with me; Capek’s visits had been brisk and professional, and Penny’s visits had been short and few. She had stopped calling me “Mr. Bonforte.”

When Dak showed up I was delighted to see him. “Dak! What’s new?”

“Not much. I’ve been trying to get the Tommie overhauled with one hand while helping Rog with political chores with the other. Getting this campaign lined up is going to give him ulcers, three gets you eight.” He sat down. “Politics!”

“Hmm – . . Dak, how did you ever get into it? Offhand, I would figure voyageurs to be as unpolitical as actors. And you in particular.”

“They are and they aren’t. Most ways they don’t give a damn whether school keeps ot not, as long as they can keep on herding junk through the sky. But to do that you’ve got to have cargo, and cargo means trade, and profitable trade means wide-open trade, with any ship free to go anywhere, no customs nonsense and no restricted areas. Freedom! And there you are;  you’re in politics. As for myself, I came here first for a spot of lobbying for the ‘continuous voyage’ rule, so that goods on the triangular trade would not pay two duties. It was Mr. B’s bill, of course. One thing led to another and here I am, skipper of his yacht the past six years and representing my guild brothers since the last general election.” He sighed. “I hardly know how it happened myself.”

“I suppose you are anxious to get out of it. Are you going to stand for re-election?” He stared at me. “Huh? Brother, until you’ve been in politics you haven’t been alive.” “But you said-“

“I know what I said. It’s rough and sometimes it’s dirty and it’s always hard work and tedious details. But it’s the only sport for grownups. All other games are for kids. All of ‘em.” He stood up. “Gotta run.”

“Oh, stick around.”

“Can’t. With the Grand Assembly convening tomorrow I’ve got to give Rog a hand. I shouldn’t have stopped in at all.”

“It is? I didn’t know.” I was aware that the G.A., the outgoing G.A. that is, had to meet one more time, to accept the caretaker cabinet. But I had not thought about it. It was a routine matter, as perfunctory as presenting the list to the Emperor. “Is he going to be able to make it?”

“No. But don’t you worry about it. Rog will apologize to the house for your-I mean his-absence and will ask for a proxy rule under no-objection procedure. Then he will read the speech of the Supreme Minister Designate-Bill is working on it right now. Then in his own person he will move that the government be confirmed. Second. No debate. Pass. Adjourn sine die-and everybody rushes for home and starts promising the voters two women in every bed and a hundred Imperials every Monday morning. Routine.” He added, “Oh yes! Some member of the Humanity Party will move a resolution of sympathy and a basket of flowers, which will pass in a fine hypocritical glow. They’d rather send flowers to Bonforte’s funeral.” He scowled.

“It is actually as simple as that? What would happen if the proxy rule were refused? I thought the Grand Assembly didn’t recognize proxies.”

“They don’t, for all ordinary procedure. You either pair, or you show up and vote. But this is just the idler wheels going around in parliamentary machinery. If they don’t let him appear by proxy tomorrow, then they’ve got to wait around until he is well before they can adjourn sine die and get on with the serious business of hypnotizing the voters. As it is, a mock quorum has been meeting daily and adjourning ever since Quiroga resigned. This Assembly is as dead as Caesar’s ghost, but it has to be buried constitutionally.”

“Yes-but suppose some idiot did object?”

“No one will. Oh, it could force a constitutional crisis. But it won’t happen.”

Neither one of us said anything for a while. Dak made no move to leave. “Dak, would it make things easier if I showed up and gave that speech?”

“Huh? Shucks, I thought that was settled. You decided that it wasn’t safe to risk another appearance short of an utter save-the-baby emergency. On the whole, I agree with you. There’s the old saw about the pitcher and the well.”

“Yes. But this is just a walk-through, isn’t it? Lines as fixed as a play? Would there be any chance of anyone puffing any surprises on me that I couldn’t handle?”

“Well, no. Ordinarily you would be expected to talk to the press afterwards, but your recent illness is an excuse. We could slide you through the security tunnel and avoid them entirely.” He smiled grimly. “Of course, there is always the chance that some crackpot in the visitors’ gallery has managed to sneak in a gun…Mr. B. always referred to it as the ‘shooting gallery’ after they winged him from it.”

My leg gave a sudden twinge. “Are you trying to scare me off?”

“You pick a funny way to encourage me. Dak, be level with me. Do you want me to do this job tomorrow? Or don’t you?” “Of course I do! Why the devil do you think I stopped in on a busy day? Just to chat?”

The Speaker pro tempore banged his gavel, the chaplain gave an invocation that carefully avoided any differences between one religion and another-and everyone kept silent. The seats themselves were only half filled but the gallery was packed with tourists.

We heard the ceremonial knocking amplified over the speaker system; the Sergeant at Arms rushed the mace to the door. Three times the Emperor demanded to be admitted, three times he was refused. Then he prayed the privilege; it was granted by acclamation. We stood while Willem entered and took his seat back of the Speaker’s desk. He was in uniform as Admiral General and was unattended, as was required, save by escort of the Speaker and the Sergeant at Arms.

Then I tucked my wand under my arm and stood up at my place at the front bench and, addressing the Speaker as if the sovereign were not present, I delivered my speech. It was not the one Corpsman had written; that one went down the oubliette as soon as I had read it. Bill had made it a straight campaign speech, and it was the wrong time and place.

Mine was short, non-partisan, and cribbed right straight out of Bonforte’s collected writings, a paraphrase of the one the time before when he formed a caretaker government. I stood foursquare for good roads and good weather and wished that everybody would love everybody else, just the way all us good democrats loved our sovereign and he loved us. It was a blank-verse lyric poem of about five hundred words and if I varied from Bonforte’s earlier speech then I simply went up on my lines.

They had to quiet the gallery.

Rog got up and moved that the names I had mentioned in passing be confirmed-second and no objection and the clerk cast a white ballot As I marched forward, attended by one member of my own party and one member of the opposition, I could see members glancing at their watches and wondering if they could still catch the noon shuttle.

Then I was swearing allegiance to my sovereign, under and subject to the constitutional limitations, swearing to defend and continue the rights and privileges of the Grand Assembly, and to protect the freedoms of the citizens of the Empire wherever they might be-and incidentally to carry out the duties of His Majesty’s Supreme Minister. The chaplain mixed up the words once, but I straightened him out.

I thought I was breezing through it as easy as a curtain speech- when I found that I was crying so hard that I could hardly see. When I was done, Willem said quietly to me, “Agood performance, Joseph.” I don’t know whether he thought he was talking to me or to his old friend-and I did not care. I did not wipe away the tears; I just let them drip as I turned back to the Assembly. I waited for Willem to leave, then adjourned them.

Diana, Ltd., ran four extra shuttles that afternoon. New Batavia was deserted-that is to say there were only the court and a million or so butchers, bakers, candlestick makers, and civil servants left in town-and a skeleton cabinet.

Having gotten over my “cold” and appeared publicly in the Grand Assembly Hall, it no longer made sense to hide out. As the supposed Supreme Minister I could not, without causing comment, never be seen; as the nominal head of a political party entering a campaign for a general election I had to see people-some people, at least. So I did what I had to do and got a daily report on Bonforte’s progress toward complete recovery. His progress was good, if slow; Capek reported that it was possible, if absolutely necessary, to let him appear any time

now-but he advised against it; he had lost almost twenty pounds and his co-ordination was poor.

Rog did everything possible to protect both of us. Mr. Bonforte knew now that they were using a double for him and, after a first fit of indignation, had relaxed to necessity and approved it. Rog ran the campaign, consulting him only on matters of high policy, and then passing on his answers to me to hand out publicly when necessary.

But the protection given me was almost as great; I was as hard to see as a topflight agent. My office ran on into the mountain beyond the opposition leader’s apartments (we did not move over into the Supreme Minister’s more palatial quarters; while it would have been legal, it just “was not done” during a caretaker regime)

-they could be reached from the rear directly from the lower living room, but to get at me from the public entrance a man had to pass about five check points-except for the favored few who were conducted directly by Rog through a bypass tunnel to Penny’s office and from there into mine.

The setup meant that I could study the Farleyfile on anyone before he got to see me. I could even keep it in front of me while he was with me, for the desk had a recessed viewer the visitor could not see, yet I could wipe it out instantly if he turned out to be a floor pacer. The viewer had other uses; Rog could give a visitor the special treatment, rushing him right in to see me, leave him alone with me-and stop in Penny’s office and write me a note, which would then be projected on the viewer-such quick tips as, “Kiss him to death and promise nothing,” or, “All he really wants is for his wile to be presented at court. Promise him that and get rid of him,” or even, “Easy on this one. It’s a ‘swing’ district and he is smarter than he looks. Turn him over to me and I’ll dicker.”

I don’t know who ran the government. The senior career men, probably. There would be a stack of papers on my desk each morning, I would sign Bonforte’s sloppy signature to them,   and Penny would take them away. I never had time to read them. The very size of the Imperial machinery dismayed me. Once when we had to attend a meeting outside the offices, Penny had led me on what she called a short cut though the Archives-miles on miles of endless ifies, each one chockablock with microfilm and all of them with moving belts scooting past them so that a clerk would not take all day to fetch one ifie.

But Penny told me that she had taken me through only one wing of it. The file of the files, she said, occupied a cavern the size of the Grand Assembly Hall. It made me glad that government was not a career with me, but merely a passing hobby, so to speak.

Seeing people was an unavoidable chore, largely useless since Rog, or Bonforte through Rog, made the decisions. My real job was to make campaign speeches. Adiscreet rumor had been spread that my doctor had been afraid that my heart had been strained by the “virus infection” and had advised me to stay in the low gravity of the Moon throughout the campaign. I did not dare risk taking the impersonation on a tour of Earth, much less make a trip to Venus; the Farleyfile system would break down if I attempted to mix with crowds, not to mention the unknown hazards of the Actionist goon squads-what I would babble with a minim dose of neodexocaine in the forebrain none of us liked to think about, me least of all.

Quiroga was hitting all continents on Earth, making his stereo appearances as personal appearances on platforms in front of crowds. But it did not worry Rog Clifton. He shrugged and said, “Let him. There are no new votes to be picked up by personal appearances at political rallies. All it does is wear out the speaker. Those rallies are attended only by the faithful.”

I hoped that he knew what he was talking about. The campaign was short, only six weeks from Quiroga’s resignation to the day he had set for the election before resigning, and I was speaking almost every day, either on a grand network with time shared precisely with the Humanity Party, or speeches canned and sent by shuttle for later release to particular    audiences. We had a set routine; a draft would come to me, perhaps from Bill although I never saw him, and then I would rework it. Rog would take the revised draft away; usually it would come back approved-and once in a while there would be corrections made in Bonforte’s handwriting, now so sloppy as to be almost illegible.

I never ad-libbed at all on those parts he corrected, though I often did on the rest-when you get rolling there is often a better, more alive way to say a thing. I began to notice the nature of his corrections; they were almost always eliminations of qualifiers- make it blunter, let ‘em like it or lump it!

After a while there were fewer corrections. I was getting with it.

I still never saw him. I felt that I could not “wear his head” if I looked at him on his sickbed. But I was not the only one of his intimate family who was not seeing him; Capek had chucked Penny out-for her own good. I did not know it at the time. I did know that Penny had become irritable, absent-minded, and moody after we reached New Batavia. She got circles under her eyes like a raccoon-all of which I could not miss, but I attributed it to the pressure of the campaign combined with worry about Bonforte’s health. I was only partly right. Capek spotted it  and took action, put her under llght hypnosis and asked her questions-then he flatly forbade her to see Bonforte again until I was done and finished and shipped away.

The poor girl was going almost out of her mind from visiting the sickroom of the man she hopelessly loved-then going straight in to work closely with a man who looked and talked and sounded just like him, but in good health. She was probably beginning to hate me.

Good old Doc Capek got at the root of her trouble, gave her helpful and soothing post-hypnotic suggestions, and kept her out of the sickroom after that. Naturally I was not told about it at the time; it wasn’t any of my business. But Penny perked up and again was her lovable, incredibly efficient self.

It made a lot of difference to me. Let’s admit it; at least twice I would have walked out on the whole incredible rat race if it had not been for Penny.

There was one sort of meeting I had to attend, that of the campaign executive committee. Since the Expansionist Party was a minority party, being merely the largest fraction of a coalition of several parties held together by the leadership and personality of John Joseph Bonforte, I had to stand in for him and peddle soothing syrup to those prima donnas. I was briefed for it with painstaking care, and Rog sat beside rue and could hint the proper direction if I faltered. But it could not be delegated.

Less than two weeks before election day we were due for a meeting at which the safe districts would be parceled out. The organization always had thirty to forty districts which could be used to make someone eligible for cabinet office, or to provide for a political secretary (a person like Penny was much more valuable if he or she was fully qualified, able to move and Speak on the floor of the Assembly, had the right to be present at closed caucuses, and so forth), or for other party reasons. Bonforte himself represented a “safe” district; it relieved him from the necessity of precinct campaigning. Clifton had another. Dak would have had one if he had needed it, but he actually commanded the support of his guild brethren. Rog even hinted to me once that if I wanted to come back in my proper person, I could say the word and my name would go on the next list.

Some of the spots were always saved for party wheel horses willing to resign at a moment’s notice and thereby provide the Party with a place through a by-election if it proved necessary to qualify a man for cabinet office, or something.

But the whole thing had somewhat the flavor of patronage and, the coalition being what it was, it was necessary for Bonforte to straighten out conilicting claims and submit a list to the campaign executive committee. It was a last-minute job, to be done just before the ballots were prepared, to allow for late changes.

When Rog and Dak came in I was working on a speech and had told Penny to hold off anything but five-alarm fires. Quiroga had made a wild statement in Sydney, Australia, the night before, of such a nature that we could expose the lie and make him squirm. I was trying my hand at a Speech in answer, without waiting for a draft to be handed me; I had high hopes of getting my own version approved.

When they came in I said, “Listen to this,” and read them the key paragraph. “How do you like it?”

“That ought to nail his hide to the door,” agreed Rog. “Here’s the ‘safe’ list, Chief. Want to look it over? We’re due there in twenty minutes.”

“Oh, that damned meeting. I don’t see why I should look at the list. Anything you want to tell me about it?” Nevertheless, I took the list and glanced down it. I knew them all from their Farleyfiles and a few of them from contact; I knew already why each one had to be taken care of.

Then I struck the name: Corpsman, William 1.

I fought down what I felt was justifiable annoyance and said quietly, “I see Bill is on the list, Rog.”

“Oh, yes. I wanted to tell you about that. You see, Chief, as we all know, there has been a certain amount of bad blood between you and Bill. Now I’m not blaming you; it’s been Bill’s fault. But there are always two sides. What you may not have realized is that Bill has been carrying around a tremendous inferiority feeling; it gives him a chip on the shoulder. This will fix it up.”

“So?”

“Yes. It is what he has always wanted. You see, the rest of us all have official status, we’re members of the G.A., I mean. I’m talking about those who work closely around, uh, you. Bill   feels it. I’ve heard him say, after the third drink, that he was just a hired man. He’s bitter about it. You don’t mind, do you? The Party can afford it and it’s an easy price to pay for elimination of friction at headquarters.”

I had myself under full control by now. “It’s none of my business. Why should I mind, if that is what Mi. Bonforte wants?”  I caught just a flicker of a glance from Dak to Clifton. I added, “That is what Mr. B. wants? Isn’t it, Rog?”

Dak said harshly, “Tell him, Rog.”

Rog said slowly, “Dak and I whipped this up ourselves. We think it is for the best.” “Then Mr. Bonforte did not approve it? You asked him, surely?”

“No, we didn’t.” “Why not?”

“Chief, this is not the sort of thing to bother him with. He’s a tired, old, sick man. I have not been worrying him with anything less than major policy decisions-which this isn’t. It is a district we command no matter who stands for it.”

“Then why ask my opinion about it at all?”

“Well, we felt you should know-and know why. We think you ought to approve it.”

“Me? You’re asking me for a decision as if I were Mr. Bonforte. I’m not.” I tapped the desk in his nervous gesture. “Either this decision is at his level, and you should ask him-or it’s not, and you should never have asked me.”

Rog chewed his cigar, then said, “All right, I’m not asking you.” “No!”

“What do you mean?”

“I mean ‘NoVYou did ask me; therefore there is doubt in your mind. So if you expect me to present that name to the committee- as 1/I were Bonforte-then go in and ask him.” They both sat and said nothing. Finally Dak sighed and said, “Tell the rest, Rog. Or I will.”

I waited. Clifton took his cigar out of his mouth and said, “Chief, Mi. Bonforte had a stroke four days ago. He’s in no shape to be disturbed.”

I held still, and recited to myself all of “the cloud-capp’d towers, the gorgeous palaces,” and so forth. When I was back in shape I said, “How is his mind?”

“His mind seems clear enough, but he is terribly tired. That week as a prisoner was more of an ordeal than we realized. The stroke left him in a coma for twenty-four hours. He’s out of it now, but the left side of his face is paralyzed and his entire left side is partly out of service.”

“Uh, what does Dr. Capek say?”

“He thinks that as the clot clears up, you’ll never be able to tell the difference. But he’ll have to take it easier than he used to. But, Chief, right now he is ill. We’ll just have to carry on through the balance of the campaign without him.”

I felt a ghost of the lost feeling I had had when my father died. I had never seen Bonforte, I had had nothing from him but a few scrawled corrections on typescript. But I leaned on him all the way. The fact that he was in that room next door had made the whole thing possible.

I took a long breath, let it out, and said, “Okay, Rog. We’ll have to.”

“Yes, Chief.” He stood up. “We’ve got to get over to that meeting. How about that?” He nodded toward the safe-districts list.

“Oh.” I tried to think. Maybe it was possible that Bonforte would reward Bill with the privilege of calling himself “the Honorable,” just to keep him happy. He wasn’t small about such things; he did not bind the mouths of the kine who tread the grain. In one of his essays on politics he had said, “I am not an intellectual man. If I have any special talent, it lies in picking men of ability and letting them work.”

“How long has Bill been with him?” I asked suddenly. “Eh? About four years. Allttle over.”

Bonforte evidently had liked his work. “That’s past one general election, isn’t it? Why didn’t he make him an Assemblyman then?” “Why, I don’t know. The matter never came up.”

“When was Penny put in?”

“About three years ago. Aby-election.” “There’s your answer, Rog.”

“I don’t follow you.”

“Bonforte could have made Bill a Grand Assemblyman at any time. He didn’t choose to. Change that nomination to a ‘resigner.’ Then if Mr. Bonforte wants Bill to have it, he can arrange a byelection for him later-when he’s feeling himself.”

Clifton showed no expression. He simply picked up the list and said, “Very well, Chief.”

Later that same day Bill quit. I suppose Rog had to tell him that his arm-twisting had not worked. But when Rog told me about it I felt sick, realizing that my stiff-necked attitude had us all in acute danger. I told him so. He shook his head.

“But he knows it all! It was his scheme from the start. Look at the load of dirt he can haul over to the Humanity camp.”

“Forget it, Chief. Bill may be a louse-I’ve no use for a man who will quit in the middle of a campaign; you just don’t do that, ever. But he is not a rat. In his profession you don’t spill a client’s secrets, even if you fall out with him.”

“I hope you are right.”

“You’ll see. Don’t worry about it. Just get on with the job.”

As the next few days passed I came to the conclusion that Rog knew Bill better than I did. We heard nothing from him or about him and the campaign went ahead as usual, getting rougher all the time, but with not a peep to show that our giant hoax was compromised. I began to feel better and buckled down to making the best Bonforte speeches I could manage- sometimes with Rog’s help; sometimes just with his okay. Mr. Bonforte was steadily improving again, but Capek had him on absolute quiet.

Rog had to go to Earth during the last week; there are types of fence-mending that simply can’t be done by remote control. After all, votes come from the precincts and the field managers count for more than the speechmakers. But speeches still had to be made and press conferences given; I carried on, with Dak and Penny at my elbow-of course I was much more  closely with it now; most questions I could answer without stopping to think.

There was the usual twice-weekly press conference in the offices the day Rog was due back. I had been hoping that he would be back in time for it, but there was no reason I could not take it alone. Penny walked in ahead of me, carrying her gear; I heard her gasp.

I saw then that Bill was at the far end of the table.

But I looked around the room as usual and said, “Good morning, gentlemen.” “Good morning, Mr. Minister!” most of them answered.

I added, “Good morning, Bill. Didn’t know you were here. Whom are you representing?”

They gave him dead silence to reply. Every one of them knew that Bill had quit us-or had been fired. He grinned at me, and answered, “Good morning, Mister Bon forte. I’m with the Krein

Syndicate.”

I knew it was coming then; I tried not to give him the satisfaction of letting it show. “Afine outfit. I hope they are paying you what you are worth. Now to business- The written questions first. You have them, Penny?”

I went rapidly through the written questions, giving out answers I had already had time to think over, then sat back as usual and said, “We have time to bat it around a bit, gentlemen. Any other questions?”

There were several. I was forced to answer “No comment” only once-an answer Bonforte preferred to an ambiguous one. Finally I glanced at my watch and said, “That will be all this morning, gentlemen,” and started to stand up.

“Smythe!” Bill shouted.

I kept right on getting to my feet, did not look toward him.

“I mean you, Mr. Phony Bonforte-Smythe!” he went on angrily, raising his voice still more.

This time I did look at him, with astonishment-just the amount appropriate, I think, to an important official subjected to rudeness under unlikely conditions. Bill was pointing at me and his face was red. “You impostor! You small-time actor! You fraud!”

The London Times man on my right said quietly, “Do you want me to call the guard, sir?” I said, “No. He’s harmless.”

Bill laughed. “So I’m harmless, huh? You’ll find out.” “I really think I should, sir,” the Times man insisted.

“No.” I then said sharply, “That’s enough, Bill. You had better leave quietly.”

“Don’t you wish I would?” He started spewing forth the basic story, talking rapidly. He made no mention of the kidnaping and did not mention his own part in the hoax, but implied that he had left us rather than be mixed up in any such swindle. The impersonation was attributed, correctly as far as it went, to illness on the part of Bonforte-with a strong hint that we might  have doped him.

I listened patiently. Most of the reporters simply listened at first, with that stunned expression of outsiders exposed unwillingly to a vicious family argument. Then some of them started scribbling or dictating into minicorders.

When he stopped I said, “Axe you through, Bill?” “That’s enough, isn’t it?”

“More than enough. I’m sorry, Bill. That’s all, gentlemen. I must get back to work.”

“Just a moment, Mr. Minister!” someone called out. “Do you want to issue a denial?” Someone else added, “Axe you going to sue?”  I answered the latter question first. “No, I shan’t sue. One doesn’t sue a sick man.”

“Sick, am I?” shouted Bill.

“Quiet down, Bill. As for issuing a denial, I hardly think it is called for. However, I see that some of you have been taking notes. While I doubt if any of your publishers would run this story, if they do, this anecdote may add something to it. Did you ever hear of the professor who spent forty years of his life proving that the Odyssey was not written by Homer-but by another Greek of the same name?”

It got a polite laugh. I smiled and started to turn away again. Bill came rushing around the table and grabbed at my arm. “You can’t laugh it off!” The Times man-Mr. Ackroyd, it was-pulled him away from me.

I said, “Thank you, sir.” Then to Corpsman I added, “What do you want me to do, Bill? I’ve tried to avoid having you arrested.” “Call the guards if you like, you phony! We’ll see who stays in jail longest! Wait until they take your fingerprints!”

I sighed and made the understatement of my life. “This is ceasing to be a joke. Gentlemen, I think I had better put an end to this. Penny my dear, will you please have someone send in fingerprinting equipment?” I knew I was sunk-but, damn it, if you are caught by the Birkenhead Drill, the least you owe yourself is to stand at attention while the ship goes down. Even a villain should make a good exit.

Bill did not wait. He grabbed the water glass that had been sitting in front of me; I had handled it several times. “The hell with that! This will do.” “I’ve told you before, Bill, to mind your language in the presence of ladies. But you may keep the glass.”

“You’re bloody well right I’ll keep it.”

“Very well. Please leave. If not, I’ll be forced to summon the guard.”

He walked out. Nobody said anything. I said, “May I provide fingerprints for any of the rest of you?” Ackroyd said hastily, “Oh, I’m sure we don’t want them, Mr. Minister.”

“Oh, by all means! If there is a story in this, you’ll want to be covered.” I insisted because it was in character-and in the second and third place, you can’t be a little bit pregnant, or slightly unmasked-and I did not want my friends present to be scooped by Bill; it was the last thing I could do for them.

We did not have to send for formal equipment. Penny had carbon sheets and someone had one of those lifetime memo pads with plastic sheets; they took prints nicely. Then I said good morning and left.

We got as far as Penny’s private office; once inside she fainted dead. I carried her into my office, laid her on the couch, then sat down at my desk and simply shook for several minutes. Neither one of us was worth much the rest of the day. We carried on as usual except that Penny brushed off all callers, claiming excuses of some sort. I was due to make a speech that

night and thought seriously of canceling it. But I left the news turned on all day and there was not a word about the incident of that morning. I realized that they were checking the prints

before risking it-after all, I was supposed to be His Imperial Majesty’s first minister; they would want confirmation. So I decided to make the speech since I had already written it and the

time was schedtiled. I couldn’t even consult Dak; he was away in Tycho City.

It was the best one I had made. I put into it the same stuff a comic uses to quiet a panic in a burning theater. After the pickup was dead I just sunk my face in my hands and wept, while Penny patted my shoulder. We had not discussed the horrible mess at all.

Rog grounded at twenty hundred Greenwich, about as I finished, and checked in with me as soon as he was back. In a dull monotone I told him the whole dirty story; he listened, chewing on a dead cigar, his face expressionless.

At the end I said almost pleadingly, “I had to give the fingerprints, Rog. You see that, don’t you? To refuse would not have been in character.” Rog said, “Don’t worry.”

“Huh?”

“I said, ‘Don’t worry.’ When the reports on those prints come back from the Identification Bureau at The Hague, you are in for a small but pleasant surprise-and our ex-friend Bill is in for a much bigger one, but not pleasant. If he has collected any of his blood money in advance, they will probably take it out of his hide. I hope they do.”

I could not mistake what he meant. “Oh! But, Rog-they won’t stop there. There are a dozen other places. Social Security

Uh, lots of places.”

“You think perhaps we were not thorough? Chief, I knew this could happen, one way or another. From the moment Dak sent word to complete Plan Mardi Gras, the necessary cover-up started. Everywhere. But I didn’t think it necessary to tell Bill.” He sucked on his dead cigar, took it out of his mouth, and looked at it. “Poor Bill.”

Penny sighed softly and fainted again. Chapter 10

Somehow we got to the final day. We did not hear from Bill again; the passenger lists showed that he went Earthside two days after his fiasco. If any news service ran anything I did not hear of it, nor did Quiroga’s speeches hint at it.

Mr. Bonforte steadily improved until it was a safe bet that he could take up his duties after the election. His paralysis continued in part but we even had that covered: he would go on vacation right after election, a routine practice that almost every politician indulges in. The vacation would be in the Tommie, safe from everything. Sometime in the course of the trip I would be transferred and smuggled back-and the Chief would have a mild stroke, brought on by the strain of the campaign.

Rog would have to unsort some fingerprints, but he could safely wait a year or more for that.

Election day I was happy as a puppy in a shoe closet. The impersonation was over, although I was going to do one more short turn. I had already canned two five-minute speeches for grand network, one magnanimously accepting victory, the other gallantly conceding defeat; my job was finished. When the last one was in the can, I grabbed Penny and kissed her. She didn’t even seem to mind.

The remaining short turn was a command performance; Mr. Bonforte wanted to see me-as him-before he let me drop it. I did not mind. Now that the strain was over, it did not worry me to see him; playing him for his entertainment would be like a comedy skit, except that I would do it straight. What am I saying? Playing straight is the essence of comedy.

The whole family would gather in the upper living room-there because Mr. Bonforte had not seen the sky in some weeks and wanted to-and there we would listen to the returns, and either drink to victory or drown our sorrows and swear to do better next time. Strike me out of the last part; I had had my first and last political campaign and I wanted no more politics. I was not even sure I wanted to act again. Acting every minute for over six weeks adds up to about five hundred ordinary performances. That’s a long run.

They brought him up the lift in a wheel chair. I stayed out of sight and let them arrange him on a couch before I came in; a man is entitled not to have his weakness displayed before strangers. Besides, I wanted to make an entrance.

I was almost startled out of character. He looked like my f ather! Oh, it was just a “family” resemblance; he and I looked much more alike than either one of us looked like my father, but the likeness was there-and the age was right, for he looked old. I had not guessed how much he had aged. He was thin and his hair was white.

I made an immediate mental note that during the coming vacation in space I must help them prepare for the transition, the resubstitution. No doubt Capek could put weight back on him;  if not, there were ways to make a man appear fleshier without obvious padding. I would dye his hair myself. The delayed announcement of the stroke he had suffered would cover the inevitable discrepancies. After all, he had changed this much in only a few weeks; the need was to keep the fact from calling attention to the impersonation.

But these practical details were going on by themselves in a corner of my mind; my own being was welling with emotion. ifi though he was, the man gave off a force both spiritual and virile. I felt that warm, almost holy, shock one feels when first coming into sight of the great statue of Abraham Lincoln. I was reminded of another statue, too, seeing him lying there with his legs and his helpless left side covered with a shawl: the wounded Lion of Lucerne. He had that massive strength and dignity, even when helpless: “The guard dies, but never surrenders.”

He looked up as I came in and smiled the warm, tolerant, and friendly smile I had learned to portray, and motioned with his good hand for me to come to him. I smiled the same smile back and went to him. He shook hands with a grip surprisingly strong and said warmly, “I am happy to meet you at last.” His speech was slightly blurred and I could not see the slackness on the side of his face away from me.

“I am honored and happy to meet you, sir.” I had to think about it to keep from matching the blurring of paralysis. He looked me up and down, and grinned. “It looks to me as if you had already met me.”

I glanced down at myself. “I have tried, sir.”

“‘Tried’! You succeeded. It is an odd thing to see one’s own self.”

I realized with sudden painful empathy that he was not emotionally aware of his own appearance; my present appearance was “his”-and any change in himself was merely incidental to illness, temporary, not to be noticed. But he went on speaking. “Would you mind moving around a bit for me, sir? I want to see me-you-us. I want the audience’s viewpoint for once.”

So I straightened up, moved around the room, spoke to Penny (the poor child was looking from one to the other of us with a dazed expression), picked up a paper, scratched my collarbone and rubbed my chin, moved his wand from under my arm to my hand and fiddled with it.

He was watching with delight. So I added an encore. Taking the middle of the rug, I gave the peroration of one of his finest’ speeches, not trying to do it word for word, but interpreting it, letting it roll and thunder as he would have done-and ending with his own exact ending: “Aslave cannot be freed, save he do it himself. Nor can you enslave a free man; the very most you can do is kill him!”

There was that wonderful hushed silence, then a ripple of clapping and Bonforte himself was pounding the couch with his good hand and calling, “Bravo!” It was the only applause I ever got in the role. It was enough.

He had me pull up a chair then and sit with him. I saw him glance at the wand, so I handed it to him. “The safety is on, sir.”

“I know how to use it.” He looked at it closely, then handed it back. I had thought perhaps he would keep it. Since he did not, I decided to turn it over to Dak to deliver to him. He asked me about myself and told me that he did not recall ever seeing me play, but that he had seen my father’s Cyrano. He was making a great effort to control the errant muscles of his mouth and his speech was clear but labored.

Then he asked me what I intended to do now. I told him that I had no plans as yet. He nodded and said, “We’ll see. There is a place for you. There is work to be done.” He made no mention of pay, which made me proud.

The returns were beginning to come in and he turned his attention to the stereo tank. Returns had been coming in, of course, for forty-eight hours, since the outer worlds and the districtless constituencies vote before Earth does, and even on Earth an election “day” is more than thirty hours long, as the globe turns. But now we began to get the important districts of the great land masses of Earth. We had forged far ahead the day before in the outer returns and Rog had had to tell me that it meant nothing; the Expansionists always carried the outer worlds. What the billions of people still on Earth who had never been out and never would thought about it was what mattered.

But we needed every outer vote we could get. The Agrarian Party on Ganymede had swept five out of six districts; they were part of our coalition, and the Expansionist Party as such did not put up even token candidates. The situation on Venus was more ticklish, with the Venerians split into dozens of splinter parties divided on fine points of theology impossible for a human being to understand. Nevertheless, we expected most of the native vote, either directly or through caucused coalition later, and we should get practically all of the human vote there. The Imperial restriction that the natives must select human beings to represent them at New Batavia was a thing Bonforte was pledged to remove; it gained us votes on Venus; we did not  know yet how many votes it would lose us on Earth.

Since the nests sent only observers to the Assembly the only vote we worried about on Mars was the human vote. We had the popular sentiment; they had the patronage. But with an honest count we expected a shoo-in there.

Dak was bending over a slide rule at Rog’s side; Rog had a big sheet of paper laid out in some complicated weighting formula of his own. Adozen or more of the giant metal brains through the Solar System were doing the same thing that night, but Rog preferred his own guesses. He told me once that he could walk through a district, “sniffing” it, and come within two per cent of its results. I think he could.

Doc Capek was sitting back, with his hands over his paunch, as relaxed as an angleworm. Penny was moving around, pushing straight things crooked and vice versa and fetching us

drinks. She never seemed to look directly at either me or Mr. Bonforte.

I had never before experienced an election-night party; they were not like any other. There is a cozy, warm rapport of all passion spent. It really does not matter too much how the people decide; you have done your best, you are with your friends and comrades, and for a while there is no worry and no pressure despite the over-all excitement, like frosting on a cake, of the incoming returns.

I don’t know when I’ve had so good a lime.

Rog looked up, looked at me, then spoke to Mr. Bonforte. “The Continent is seesaw. The Americans are testing the water with a toe before coming in on our side; the only question is, how deep?”

“Can you make a projection, Rog?”

“Not yet. Oh, we have the popular vote but in the G.A. it could swing either way by half a dozen seats.” He stood up. “I think I had better mosey out into town.”

Properly speaking, I should have gone, as “Mr. Bonforte.” The Party leader should certainly appear at the main headquarters of the Party sometime during election night. But I had never been in headquarters, it being the sort of a buttonholing place where my impersonation might be easily breached. My “illness” had excused me from it during the campaign; tonight it was not worth the risk, so Rog would go instead, and shake hands and grin and let the keyed-up girls who had done the hard and endless paperwork throw their arms around him and weep. “Back in an hour.”

Even our little party should have been down on the lower level, to include all the office staff, especially Jimmie Washington. But it would not work, not without shutting Mr. Bonforte himself out of it. They were having their own party of course. I stood up. “Rog, I’ll go down with you and say hello to Jimmie’s harem.”

“Eh? You don’t have to, you know.”

“It’s the proper thing to do, isn’t it? And it really isn’t any trouble or risk.” I tuned to Mr. Bonforte. “How about it, sir?” “I would appreciate it very much.”

We went down the lift and through the silent, empty private quarters and on through my office and Penny’s. Beyond her door was bedlam. Astereo receiver, moved in for the purpose, was blasting at full gain, the floor was littered, and everybody was drinking, or smoking, or both. Even Jimmie Washington was holding a drink while he listened to the returns. He was not drinking it; he neither drank nor smoked. No doubt someone had handed it to him and he had kept it. Jimmie had a fine sense of fitness.

I made the rounds, with Rog at my side, thanked Jimmie warmly and very sincerely, and apologized that I was feeling tired. “I’m going up and spread the bones, Jimmie. Make my excuses to people, will you?”

“Yes, sir. You’ve got to take care of yourself, Mr. Minister.”

I went back up while Rog went on out into the public tunnels.

Penny shushed me with a finger to her lips when I came into the upper living room. Bonforte seemed to have dropped off to sleep and the receiver was muted down. Dak still sat in front of it, filling in figures on the big sheet against Rog’s return. Capek had not moved. He nodded and raised his glass to me.

I let Penny fix me a scotch and water, then stepped out into the bubble balcony. It was night both by clock and by fact and Earth was almost full, dazzling in a Tiffany spread of stars. I searched North America and tried to pick out the little dot I had left only weeks earlier, and tried to get my emotions straight.

After a while I came back in; night on Luna is rather overpowering. Rog returned a little later and sat back down at his work sheets without speaking. I noticed that Bonforte was awake again.

The critical returns were coming in now and everybody kept quiet, letting Rog with his pencil and Dak with his slide rule have peace to work. At long, long last Rog shoved his chair back. “That’s it, Chief,” he said without looking up. “We’re in. Majority not less than seven seats, probably nineteen, possibly over thirty.”

After a pause Bonforte said quietly, “You’re sure?” “Positive. Penny, try another channel and see what we get.”

I went over and sat by Bonforte; I could not talk. He reached out and patted my hand in a fatherly way and we both watched the receiver. The first station Penny got said: “-doubt about it, folks; eight of the robot brains say yes, Curiae says maybe. The Expansionist Party has won a decisive-” She switched to another.

“-confirms his temporary post for another five years. Mr. Quiroga cannot be reached for a statement but his general manager in New Chicago admits that the present trend cannot be over

—”

Rog got up and went to the phone; Penny muted the news down until nothing could be heard. The announcer continued mouthing; he was simply saying in different words what we already knew.

Rog came back; Penny turned up the gain. The announcer went on for a moment, then stopped, read something that was handed to him, and turned back with a broad grin. “Friends and fellow citizens, I now bring you for a statement the Supreme Minister!”

The picture changed to my victory speech.

I sat there luxuriating in it, with my feelings as mixed up as possible but all good, painfully good. I had done a job on the speech and I knew it; I looked tired, sweaty, and calmly triumphant. It sounded ad-kb.

I had just reached: “Let us go forward together, with freedom for all-” when I heard a noise behind me. “Mr. Bonforte!” I said. “Doc! Doe! Come quickly!”

Mr. Bonforte was pawing at me with his right hand and trying very urgently to tell me something. But it was no use; his poor mouth failed him and his mighty indomitable will could not make the weak flesh obey.

I took him in my arms-then he went into Cheyne-Stokes breathing and quickly into termination.

They took his body back down in the lift, Dak and Capek together; I was no use to them. Rog came up and patted me on the shoulder, then he went away. Penny had followed the others down. Presently I went again out onto the balcony. I needed “fresh air” even though it was the same machine-pumped air as the living room. But it felt fresher.

They had killed him. His enemies had killed him as certainly as if they had put a knife in his ribs. Despite all that we had done, the risks we had taken, in the end they had murdered him. “Murder most four’!

I felt dead inside me, numb with the shock. I had seen “myself” die, I had again seen my father die. I knew then why they so rarely manage to save one of a pair of Siamese twins. I was empty.

I don’t know how long I stayed out there. Eventually I heard Rog’s voice behind me. “Chief?” I tuned. “Rog,” I said urgently, “don’t call me that. Please!”

“Chief,” he persisted, “you know what you have to do now? Don’t you?”

I felt dizzy and his face blurred. I did not know what he was talking about-I did not want to know what he was talking about. “What do you mean?”

“Chief-one man dies-but the show goes on. You can’t quit now.”

My head ached and my eyes would not focus. He seemed to pull toward me and away while his voice drove on. “. – – robbed him of his chance to finish his work. So you’ve got to do it f or

him. You’ve got to make him live again!”

I shook my head and made a great effort to pull myself together and reply. “Rog, you don’t know what you are saying. It’s preposterous-ridiculous! Fm no statesman. I’m just a bloody actor! I make faces and make people laugh. That’s all I’m good for.”

To my own horror I heard myself say it in Bonforte’s voice. Rog looked at me. “Seems to me you’ve done all right so far.”

I tried to change my voice, tried to gain control of the situation. “Rog, you’re upset. When you’ve calmed down you will see how ridiculous this is. You’re right; the show goes on. But not that way. The proper thing to do-the only thing to do-is for you yourself to move on up. The election is won; you’ve got your majority-now you take office and carry out the program.”

He looked at me and shook his head sadly. “I would if I could. I admit it. But I can’t. Chief, you remember those confounded executive committee meetings? You kept them in line. The whole coalition has been kept glued together by the personal force and leadership of one man. If you don’t follow through now, all that he lived for-and died for-will fall apart.”

I had no answering argument; he might be right-I had seen the wheels within wheels of politics in the past month and a half. “Rog, even if what you say is true, the solution you offer is impossible. We’ve barely managed to keep up this pretense by letting me be seen only under carefully stage-managed conditions-and we’ve just missed being caught out as it is. But to make it work week after week, month after month, even year after year, if I understand you-no, it couldn’t be done. It is impossible. I can’t do it!”

“You can!” He leaned toward me and said forcefully, “We’ve all talked it over and we know the hazards as well as you do. But you’ll have a chance to grow into it. Two weeks in space to start with-hell, a month if you want it! You’ll study all the time-his journals, his boyhood diaries, his scrapbooks, you’ll soak yourself in them. And we’ll all help you.”

I did not answer. He went on, “Look, Chief, you’ve learned that a political personality is not onq man; it’s a team-it’s a team bound together by common purposes and common beliefs. We’ve lost our team captain and we’ve got to have another one. But the team is still there.”

Capek was out on the balcony; I had not seen him come out. I tuned to him. “Are you for this too?” “It’s your duty,” Rog added.

Capek said slowly, “I won’t go that far. I hope you will do it. But, damnit, I won’t be your conscience. I believe in free will, frivolous as that may sound from a medical man.” He turned to Clifton. “We had better leave him alone, Rog. He knows. Now it’s up to him.”

But, although they left, I was not to be alone just yet. Dak came out. To my relief and gratitude he did not call me “Chief.” “Hello, Dak.”

“Howdy.” He was silent for a moment, smoking and looking out at the stars. Then he turned to me. “Old son, we’ve been through some things together. I know you now, and I’ll back you with a gun, or money, or fists any time, and never ask why. If you choose to drop out now, I won’t have a word of blame and I won’t think any the less of you. You’ve done a noble best.”

“Uh, thanks, Dak.”

“One more word and I’ll smoke out. Just remember this: if you decide you can’t do it, the foul scum who brainwashed him will win. In spite of everything, they win.” He went inside.

I felt ton apart in my mind-then I gave way to sheer self-pity. It wasn’t fair! I had my own life to live. I was at the top of my powers, with my greatest professional triumphs still ahead of me. It wasn’t right to expect me to bury myself, perhaps for years, in the anonymity of another man’s role-while the public forgot me, producers and agents forgot me-would probably believe I  was dead.

It wasn’t fair. It was too much to ask.

Presently I pulled out of it and for a time did not think. Mother Earth was still serene and beautiful and changeless in the sky; I wondered what the election-night, celebrations there sounded like. Mars and Jupiter and Venus were all in sight, strung like prizes along the zodiac. Ganymede I could not see, of course, nor the lonely colony out on far Pluto.

“Worlds of Hope,” Bonforte had called them.

But he was dead. He was gone. They had taken away from him his birthright at its ripe fullness. He was dead. And they had put it up to me to re-create him, make him live again.

Was. I up to it? Could I possibly measure up to his noble standards? What would he want me to do? If he were in my place- what would Bonf one do? Again and again in the campaign I had asked myself: “What would Bonforte do?”

Someone moved behind me, I tuned and saw Penny. I looked at her and said, “Did they send you out? Did you come to plead with me?” “No.”

She added nothing and did not seem to expect me to answer, nor did we look at each other. The silence went on. At last I said, “Penny? If I try to do it-will you help?” She turned suddenly toward me. “Yes. Oh yes, Chief! I’ll help!’?

“Then I’ll try,” I said humbly.

I wrote all of the above twenty-five years ago to try to straighten out my own confusion. I tried to tell the truth and not spare myself because it was not meant to be read by anyone but   myself and my therapist, Dr. Capek. It is strange, after a quarter of a century, to reread the foolish and emotional words of that young man. I remember him, yet I have trouble realizing that   I was ever he. My wife Penelope claims that she remembers him better than I do-and that she never loved anyone else. So time changes us.

I find I can “remember” Bonforte’s early life better than I remember my actual life as that rather pathetic person, Lawrence Smith, or-as he liked -to style himself-“The Great Lorenzo.” Does that make me insane? Schizophrenic, perhaps? If so, it is a necessary insanity for the role I have had to play, for in order to let Bonforte live again, that seedy actor had to be suppressed-  completely.

Insane or not, I am aware that he once existed and that I was he. He was never a success as an actor, not really-though I think he was sometimes touched with the true madness. He made his final exit still perfectly in character; I have a yellowed newspaper clipping somewhere which states that he was “found dead” in a Jersey City hotel room from an overdose of sleeping pills-apparently taken in a fit of despondency, for his agent issued a statement that he had not had a part in several months. Personally, I feel that they need not have mentioned that about his being out of work; if not libelous, it was at least unkind. The date of the clipping proves, incidentally, that he would not have been in New Batavia, or anywhere else, during  the campaign of ‘15.

I suppose I should bum it.

But there is no one left alive today who knows the truth other than Dak and Penelope-except the men who murdered Bonforte’s body.

I have been in and out of office three times now and perhaps this term will be my last. I was knocked out the first time when we finally put the eetees-Venerians and Martians and Outer Jovians

-into the Grand Assembly. But the non-human peoples are still there and I came back. The people will take a certain amount of reform, then they want a rest. But the reforms stay. People don’t really want change, any change at all-and xenophobia is very deep-rooted. But we progress, as we must-if we are to go out to the stars.

Again and again I have asked myself: “What would Bonforte do?” I am not sure that my answers have always been right (although I am sure that I am the best-read student in his works   in the System). But I have tried to stay in character in his role. Along time ago someone-Voltaire?-someone said, “If Satan should ever replace God he would find it necessary to assume the attributes of Divinity.”

I have never regretted my lost profession. In a way, I have not lost it; Willem was right. There is other applause besides handclapping and there is always the warm glow of a good performance. I have tried, I suppose, to create the perfect work of art. Perhaps I have not fully succeeded-but I think my father would rate it as a “good performance.”

No, I do not regret it, even though I was happier then-at least I slept better. But there is solemn satisfaction in doing the best you can for eight billion people.

Perhaps their lives have no cosmic significance, but they have feelings. They can hurt.

The End

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Orphans of the Sky (full text) by Robert A. Heinlein

The following is the full text of the short science fiction novel by Robert Heinlein titled “Orphans of the Sky”. Here it is in it’e entirety and you do not need to “register”, give out your credit card number or do anything that compromises your privacy to view it. It is all 100% free for you to read. Enjoy.

Lost in Space -- Hugh had been taught that, according to the ancient sacred writings, the Ship was on a voyage to faraway Centaurus. But he also understood this was just allegory for a voyage to spiritual perfection. Indeed, how could the Ship move, since its miles and miles of metal corridors were all there was of creation? Science knew that the Ship was all the universe, and as long as the sacred Converter was fed, the lights would continue to glow, the air would flow, and the Creator's Plan would be fulfilled.

Some quick reviews

I've read this book three times; first when I was a young boy and, later, as a young man, at my aunt and uncle's house in Potsdam, NY. My uncle was David A. Kyle and he was a sci-fi writer and #1 fan of that genre. He and my aunt used to fly me up from NJ to spend summers with them. They had a vast library of sci-fi literature, books, in particular. It was a fascinating place to stay and it opened my mind to the universe. I read many books, but this one really captured my imagination and brought back happy memories of my youth.

-Marinade Dave
I first read this when I was 9. Back then it was just a simple adventure story. I re-read it at 21 and got a whole lot more about the background politics and such in the story. When this e-book came out, I snatched it up out of nostalgia, and when I read it again at 53, I saw things I had never realized were in there before about just how degraded society and conditions were aboard that ship. It's a short novel, but there are layers upon layers woven throughout it.

-Richard Chandler
First Impressions:

The book reads rather rapidly and well for a young adult novel, originally appearing in Astounding Science Fiction back in the 1940s. Heinlein's writing and plotting had improved since those days, but there's something fun and unique about his early writings such as Space Cadet, or Starship Troopers, contemporary stories that involved a strong lead character and lots of plot points.

Plots:

I may be wrong but this may be one of the first stories of a multi-generational ship that had some kind of catastrophe where everyone forgot they lived on a ship and thought the Ship was all there was! I've seen this idea played out in the original Star Trek episode "For the World is Hollow and I Have Touched the Sky" and the television series "Star Lost."

The main character Hugh Hoyland lives on a Ship where scientists are revered as holy and the Captain of the ship is near godhood. There are farms going on, and a Converter that is used to create energy from mass (and occasionally from dead bodies). There is an internal struggle with mutants in the upper levels. It's very dictatorial and people know their places. To question is to court death.

But Hugh questions. And he ends up with the mutants, a two headed guy called Joe-Jim and his sidekick Bobo. This small unassuming trio are the vanguard of a major change where the Ship is headed for a star -- but the inhabitants don't even know what space is.

Fascinating scenario, but not enough time is spent on the whole religious aspect of the scientists. They do mention a few scientific facts but have decided its all allegory and ancient myths -- such as the law of gravity!

The part where we move into rebellion, assassination and betrayal towards the end of the book is really fascinating. The end is a bit rushed, but Heinlein acknowledges that as a string of amazing coincidences! Ha!

Overall a great read and highly recommended to fans of early Heinlein.

-Critics Corner

Orphans of the Sky

UNIVERSE

The Proxima Centauri Expedition, sponsored by the Jordan Foundation in 2119, was the first recorded attempt to reach the nearer stars of this galaxy. Whatever its unhappy fate we can only conjecture. — Quoted from The Romance of Modern Astrography, by Franklin Buck, published by Lux Transcriptions, Ltd., 3.50 cr.

“THERE’S AMUTIE! Look out!”

At the shouted warning, Hugh Hoyland ducked, with nothing to spare. An egg-sized iron missile clanged against the bulkhead just above his scalp with force that promised a fractured skull. The speed with which he crouched had lifted his feet from the floor plates. Before his body could settle slowly to the deck, he planted his feet against the bulkhead behind him and shoved. He went shooting down the passageway in a long, flat dive, his knife drawn and ready.

He twisted in the air, checked himself with his feet against the opposite bulkhead at the turn in the passage from which the mutie had attacked him, and floated lightly to his feet. The other branch of the passage was empty. His two companions joined him, sliding awkwardly across the floor plates.

“Is it gone?” demanded Alan Mahoney.

“Yes,” agreed Hoyland. “I caught a glimpse of it as it ducked down that hatch. Afemale, I think. Looked like it had four legs.” “Two legs or four, we’ll never catch it now,” commented the third man.

“Who the Huff wants to catch it?” protested Mahoney. “I don’t.”

“Well, I do, for one,” said Hoyland. “By Jordan, if its aim had been two inches better, I’d be ready for the Converter.”

“Can’t either one of you two speak three words without swearing?” the third man disapproved. “What if the Captain could hear you?” He touched his forehead reverently as he mentioned the Captain.

“Oh, for Jordan’s sake,” snapped Hoyland, “don’t be so stuffy, Mort Tyler. You’re not a scientist yet. I reckon I’m as devout as you are; there’s no grave sin in occasionally giving vent to your feelings. Even the scientists do it. I’ve heard ‘em.”

Tyler opened his mouth as if to expostulate, then apparently thought better of it. Mahoney touched Hoyland on the arm. “Look, Hugh,” he pleaded, “let’s get out of here. We’ve never been this high before. I’m jumpy; I want to get back down to where I can feel some weight on my feet.”

Hoyland looked longingly toward the hatch through which his assailant had disappeared while his hand rested on the grip of his knife, then be turned to Mahoney. “OK, kid,” he agreed, “It’s along trip down anyhow.”

He turned and slithered back toward the hatch, whereby they had reached the level where they now were, the other two following him. Disregarding the ladder by which they had mounted, he stepped off into the opening and floated slowly down to the deck fifteen feet below, Tyler and Mahoney close behind him. Another hatch, staggered a few feet from the first, gave

access to a still lower deck. Down, down, down, and still farther down they dropped, tens and dozens of decks, each silent, dimly lighted, mysterious. Each time they fell a little faster, landed a little harder. Mahoney protested at last, “Let’s walk the rest of the way, Hugh. That last jump hurt my feet.”

“All right. But it will take longer. How far have we got to go? Anybody keep count?” “We’ve got about seventy decks to go to reach farm country,” answered Tyler. “How d’you know?” demanded Mahoney suspiciously.

“I counted them, stupid. And as we came down I took one away for each deck.”

“You did not. Nobody but a scientist can do numbering like that. Just because you’re learning to read and write you think you know everything.”

Hoyland cut in before it could develop into a quarrel. “Shut up, Alan. Maybe he can do it. He’s clever about such things. Anyhow, it feels like about seventy decks — I’m heavy enough.” “Maybe he’d like to count the blades on my knife.”

“Stow it, I said. Dueling is forbidden outside the village. That is the Rule.” They proceeded in silence, running lightly down the stairways until increasing weight on each succeeding level forced them to a more pedestrian pace. Presently they broke through into a level that was quite brilliantly lighted and more than twice as deep between decks as the ones above it. The  air was moist and warm; vegetation obscured the view.

“Well, down at last,” said Hugh. “I don’t recognize this farm; we must have come down by a different line than we went up.” “There’s a farmer,” said Tyler. He put his little fingers to his lips and whistled, then called, “Hey! Shipmate! Where are we?”

The peasant looked them over slowly, then directed them in reluctant monosyllables to the main passageway which would lead them back to their own village.

Abrisk walk of a mile and a half down a wide tunnel moderately crowded with traffic: travelers, porters, an occasional pushcart, a dignified scientist swinging in a litter borne by four husky orderlies and preceded by his master-at-arms to clear the common crew out of the way. Amile and a half of this brought them to the common of their own village, a spacious   compartment three decks high and perhaps ten times as wide. They split up and went their own ways, Hugh to his quarters in the barracks of the cadets, young bachelors who do not live with their parents. He washed himself and went thence to the compartments of his uncle, for whom he worked for his meals. His aunt glanced up as he came in, but said nothing, as became a woman.

His uncle said, “Hello, Hugh. Been exploring again?” “Good eating, Uncle. Yes.”

His uncle, a stolid, sensible man, looked tolerantly amused. “Where did you go and what did you find?”

Hugh’s aunt had slipped silently out of the compartment, and now returned with his supper which she placed before him. He fell to; it did not occur to him to thank her. He munched a bite before replying.

“Up. We climbed almost to the level-of-no-weight. Amutie tried to crack my skull.”

His uncle chuckled. “You’ll find your death In those passageways, lad. Better you should pay more attention to my business against the day when I die and get out of your way.” Hugh looked stubborn. “Don’t you have any curiosity, Uncle?”

“Me? Oh, I was prying enough when I was a lad. I followed the main passage all the way around and back to the village. Right through the Dark Sector I went, with muties tagging my heels. See that scar?”

Hugh glanced at it perfunctorily. He had seen it many times before and heard the story repeated to boredom. Once around the Ship, pfft! He wanted to go everywhere, see everything, and find out the why of things. Those upper levels now: if men were not intended to climb that high, why had Jordan created them?

But he kept his own counsel and went on with his meal. His uncle changed the subject. “I’ve occasion to visit the Witness. John Black claims I owe him three swine. Want to come along?”

“Why, no, I guess not — Wait! I believe I will.”

“Hurry up, then.”

They stopped at the cadets’ barracks, Hugh claiming an errand. The Witness lived in a small, smelly compartment directly across the Common from the barracks, where he would be readily accessible to any who had need of his talents. They found him leaning in his doorway, picking his teeth with a fingernail. His apprentice, a pimply-faced adolescent with an intent nearsighted expression, squatted behind him.

“Good eating.” said Hugh’s uncle.

“Good eating to you, Edard Hoyland. D’you come on business, or to keep an old man company?” “Both,” Hugh’s uncle returned diplomatically, then explained his errand.

“So,” said the Witness. “Well, the contract’s clear enough. Black John delivered ten bushels of oats, Expecting his pay in a pair of shoats; Ed brought his sow to breed for pig; John gets his pay when the pigs grow big.

“How big are the pigs now, Edard Hoyland?”

“Big enough,” acknowledged Hugh’s uncle, “but Black John claims three instead of two.” “Tell him to go soak his head. The Witness has spoken.”

He laughed in a thin, high cackle.

The two gossiped for a few minutes, Edard Hoyland digging into his recent experiences to satisfy the old man’s insatiable liking for details. Hugh kept decently silent while the older men talked. But when his uncle turned to go he spoke up. “I’ll stay awhile, Uncle.”

“Eh? Suit yourself. Good eating, Witness.” “Good eating, Edard Hoyland.”

“I’ve brought you a present, Witness,” said Hugh, when his uncle had passed out of hearing. “Let me see it.”

Hugh produced a package of tobacco which he had picked up from his locker at the barracks. The Witness accepted it without acknowledgment, then tossed it to his apprentice, who took charge of it.

“Come inside,” invited the Witness, then directed his speech to his apprentice. “Here, you, fetch the cadet a chair.” “Now, lad,” he added as they sat themselves down, “tell me what you have been doing with yourself.”

Hugh told him, and was required to repeat In detail all the incidents of his more recent explorations, the Witness complaining the meanwhile over his inability to remember exactly everything he saw.

“You youngsters have no capacity,” he pronounced. “No capacity. Even that lout—” he jerked his head toward the apprentice, “he has none, though he’s a dozen times better than you. Would you believe it, he can’t soak up a thousand lines a day, yet he expects to sit in my seat when I am gone. Why, when I was apprenticed, I used to sing myself to sleep on a mere thousand lines. Leaky vessels — that’s what you are.”

Hugh did not dispute the charge, but waited for the old man to go on, which he did in his own time. “You had a question to put to me, lad?”

“In a way, Witness.”

“Well? Out with it. Don’t chew your tongue.”

“Did you ever climb all the way up to no-weight?”

“Me? Of course not. I was a Witness, learning my calling. I had the lines of all the Witnesses before me to learn, and no time for boyish amusements.” “I had hoped you could tell me what I would find there.”

“Well, now, that’s another matter. I’ve never climbed, but I hold the memories of more climbers than you will ever see. I’m an old man. I knew your father’s father, and his grandsire before that. What is it you want to know?”

“Well…” What was it be wanted to know? How could he ask a question that was no more than a gnawing ache in his breast? Still… “What is it all for, Witness? Why are there all those levels above us?”

“Eh? How’s that? Jordan’s name, son, I’m a Witness, not a scientist.” “Well … I thought you must know. I’m sorry.”

“But I do know. What you want is the Lines from the Beginning.” “I’ve heard them.”

“Hear them again. All your answers are in there, if you’ve the wisdom to see them. Attend me. No, this is a chance for my apprentice to show off his learning. Here, you! The Lines from the Beginning — and mind your rhythm.”

The apprentice wet his lips with his tongue and began:

“In the Beginning there was Jordan, thinking His lonely thoughts alone. In the Beginning there was darkness, formless, dead, and Man unknown. Out of the loneness came a longing, out of the longing came a vision, Out of the dream there came a planning, out of the plan there came decision: Jordan’s hand was lifted and the Ship was born.

Mile after mile of snug compartments, tank by tank for the golden corn, Ladder and passage, door and locker, fit for the needs of the yet unborn. He looked on His work and found it pleasing, meet for a race that was yet to be. He thought of Man; Man came into being; checked his thought and searched for the key. Man untamed would shame his Maker, Man unruled would spoil the Plan; So Jordan made the Regulations, orders to each single man, Each to a task and each to a station, serving a purpose beyond their ken, Some to speak and some to listen; order came to the ranks of men. Crew He created to work at their stations, scientists to guide the Plan. Over them all He created the Captain, made him judge of the race of Man. Thus it was in the Golden Age!

Jordan is perfect, all below him lack perfection in their deeds. Envy, Greed, and Pride of Spirit sought for minds to lodge their seeds. One there was who gave them lodging: accursed Huff, the first to sin! His evil counsel stirred rebellion, planted doubt where it had not been; Blood of martyrs stained the floor plates, Jordan’s Captain made the Trip. Darkness swallowed up—”

The old man gave the boy the back of his hand, sharp across the mouth. “Try again!” “From the beginning?”

“No! From where you missed.”

The boy hesitated, then caught his stride: “Darkness swallowed ways of virtue, Sin prevailed through out the Ship . .”

The boy’s voice droned on, stanza after stanza, reciting at great length but with little sharpness of detail the dim, old story of sin, rebellion, and the time of darkness. How wisdom prevailed at last and the bodies of the rebel leaders were fed to the Converter. How some of the rebels escaped making the Trip and lived to father the muties. How a new Captain was chosen, after prayer and sacrifice. Hugh stirred uneasily, shuffling his feet. No doubt the answers to his questions were there, since these were the Sacred Lines, but he had not the wit to understand them. Why? What was it all about? Was there really nothing more to life than eating and sleeping and finally the long Trip? Didn’t Jordan intend for him to understand? Then why this ache in his breast? This hunger that persisted in spite of good eating?

While he was breaking his fast after sleep an orderly came to the door of his uncle’s compartments. “The scientist requires the presence of Hugh Hoyland,” be recited glibly.

Hugh knew that the scientist referred to was lieutenant Nelson, in charge of the spiritual and physical welfare of the Ship’s sector which included Hugh’s flative vilage. He bolted the last of his breakfast and hurried after the messenger.

“Cadet Hoyland!” he was announced. The scientist locked up from his own meal and said: “Oh, yes. Come in, my boy. Sit down. Have you eaten?”

Hugh acknowjedged that he had, but his eyes rested with interest on the fancy fruit In front of his superior. Nelson followed his glance. “Try some of these figs. They’re a new mutation; I had them brought all the way from the far side. Go ahead — a man your age always has somewhere to stow a few more bites.”

Hugh accepted with much self-consciousness. Never before had he eaten in the presence of a scientist. The elder leaned back in his chair, wiped his fingers on his shirt, arranged his beard, and started in.

“I haven’t seen you lately, son. Tell me what you have been doing with yourself.” Before Hugh could reply he went on: “No, don’t tell me; I will tell you. For one thing you have been exploring, climbing, without too much respect for the forbidden areas. Is it not so?” He held the young man’s eye. Hugh fumbled for a reply.

But he was let off again. “Never mind. I know, and you know that I know. I am not too displeased. But it has brought it forcibly to my attention that it is time that you decided what you are to do with your life. Have you any plans?”

“Well, no definite ones, sir.”

“How about that girl, Edris Baxter? D’you intend to marry her?”

“Why, uh — I don’t know, sir. I guess I want to, and her father is willing, I think. Only…” “Only what?”

“Well, he wants me to apprentice to his farm. I suppose it’s a good idea. His farm together with my uncle’s business would make a good property.” “But you’re not sure?”

“Well, I don’t know.”

“Correct. You’re not for that. I have other plans. Tell me, have you ever wondered why I taught you to read and write? Of course, you have. But you’ve kept your own counsel. That is good. “Now attend me. I’ve watched you since you were a small child. You have more imagination than the common run, more curiosity, more go. And you are a born leader. You were different even as a baby. Your head was too large, for one thing, and there were some who voted at your birth inspection to put you at once into the Converter. But I held them off. I wanted to see how you would turn out.

“Apeasant life is not for the likes of you. You are to be a scientist.”

The old man paused and studied his face. Hugh was confused, speechless. Nelson went on, “Oh, yes. Yes, indeed. For a man of your temperament, there are only two things to do with him: Make him one of the custodians, or send him to the Converter.”

“Do you mean, sir, that I have nothing to say about it?”

“If you want to put it that bluntly, yes. To leave the bright ones among the ranks of the Crew is to breed heresy. We can’t have that. We had it once and it almost destroyed tbe human race. You have marked yourself out by your exceptional ability; you must now be instructed in right thinking, be initiated into the mysteries, in order that you may be a conserving force rather   than a focus of infection and a source of trouble.” The orderly reappeared loaded down with bundles which he dumped on the deck. Hugh glanced at them, then burst out, “Why, those   are my things!”

“Certainly,” acknowledged Nelson. “I sent for them. You’re to sleep here henceforth. I’ll see you later and start you on your studies, unless you have something more on your mind?” “Why, no, sir. I guess not. I must admit I am a little confused. I suppose … I suppose this means you don’t want me to marry?”

“Oh, that,” Nelson answered indifferently. “Take her if you like; her father can’t protest now. But let me warn you, you’ll grow tired of her.”

Hugh Hoyland devoured the ancient books that his mentor permitted him to read, and felt no desire for many, many sleeps to go climbing, or even to stir out of Nelson’s cabin. More than once he felt that he was on the track of the secret — a secret as yet undefined, even as a question — but again he would find himself more confused than ever. It was evidently harder to reach the wisdom of scientisthood than he had thought.

Once, while he was worrying away at the curious twisted characters of the ancients and trying to puzzle out their odd rhetoric and unfamiliar terms, Nelson came into the little compartment that had been set aside for him, and, laying a fatherly hand on his shoulder, asked, “How goes it, boy?”

“Why, well enough, sir, I suppose,” he answered, laying the book aside. “Some of it is not quite clear to me — not clear at all, to tell the truth.”

“That is to be expected,” the old man said equably. “I’ve let you struggle along by yourself at first in order that you may see the traps that native wit alone will fall into. Many of these things are not to be understood without instruction. What have you there?” He picked up the book and glanced at it. It was inscribed Basic Modern Physics. “So? This is one of the most valuable of the sacred writings, yet the uninitiate could not possibly make good use of it without help. The first thing that you must understand, my boy, is that our forefathers, for all their spiritual perfection, did not look at things in the fashion in which we do.

“They were incurable romantics, rather than rationalists, as we are, and the truths which they handed down to us, though strictly true, were frequently clothed in allegorical language. For example, have you come to the Law of Gravitation?”

“I read about it.”

“Did you understand it? No, I can see that you didn’t.”

“Well,” said Hugh defensively, “it didn’t seem to mean anything. It just sounded silly, if you will pardon me, sir.”

“That illustrates my point. You were thinking of it in literal terms, like the laws governing electrical devices found elsewhere in this same book. ‘Two bodies attract each other directly as   the product of their masses and inversely as the square of their distance.’ It sounds like a rule for simple physical facts, does it not? Yet it is nothing of the sort; it was the poetical way the old ones bad of expressing the rule of propinquity which governs the emotion of love. The bodies referred to are human bodies, mass is their capacity for love. Young people have a greater capacity for love than the elderly; when they are thrown together, they fall in love, yet when they are separated they soon get over it. ‘Out of sight, out of mind.’ It’s as simple as that. But you were seeking some deep meaning for it.”

Hugh grinned. “I never thought of looking at it that way. I can see that I am going to need a lot of help.” “Is there anything else bothering you just now?”

“Well, yes, lots of things, though I probably can’t remember them offhand. I mind one thing: Tell me, Father, can muties be considered as being people?”

“I can see you have been listening to idle talk. The answer to that is both yes and no. It is true that the niuties originally descended from people but they are no longer part of the Crew; they cannot now be considered as members of the human race, for they have flouted Jordan’s Law.

“This is a broad subject,” he went on, settling down to it. “There is even some question as to the original meaning of the word ‘mutie.’ Certainly they number among their ancestors the mutineers who escaped death at the time of the rebellion. But they also have in their blood the blood of many of the mutants who were born during the dark age. You understand, of

course, that during that period our present wise rule of inspecting each infant for the mark of sin and returning to the Converter any who are found to be mutations was not in force. There are strange and horrible things crawling through the dark passageways and lurking in the deserted levels.”

Hugh thought about it for a while, then asked, “Why is it that mutations still show up among us, the people?”

“That is simple. The seed of sin is still in us. From time to time it still shows up, incarnate. In destroying those monsters we help to cleanse the stock and thereby bring closer the culmination of Jordan’s Plan, the end of the Trip at our heavenly home, Far Centaurus.”

Hoyland’s brow wrinkled again. “That is another thing that I don’t understand. Many of these ancient writings speak of the Trip as if it were an actual moving, a going somewhere, as if the Ship itself were no more than a pushcart. How can that be?”

Nelson chuckled. “How can it, indeed? How can that move which is the background against which all else moves? The answer, of course, is plain. You have again mistaken allegorical language for the ordinary usage of everyday speech. Of course, the Ship is solid, immovable, in a physical sense. How can the whole universe move? Yet, it does move, in a spiritual sense. With every righteous act we move closer to the sublime destination of Jordan’s Plan.”

Hugh nodded. “I think I see.”

“Of course, it is conceivable that Jordan could have fashioned the world in some other shape than the Ship, had it suited His purpose. When man was younger and more poetical, holy men vied with one another in inventing fanciful worlds which Jordan might have created. One school invented an entire mythology of a topsy-turvy world of endless reaches of space, empty save for pinpoints of light and bodiless mythological monsters. They called it the heavenly world, or heaven, as if to contrast it with the solid reality of the Ship. They seemed never to tire of speculating about it, inventing details for it, and of outlining pictures of what they conceived it to be like. I suppose they did it to the greater glory of Jordan, and who is to say that He found their dreams unacceptable? But in this modern age we have more serious work to do.”

Hugh was not interested In astronomy. Even his untutored mind had been able to see in its wild extravagance an intention not literal. He turned to problems nearer at hand. “Since the muties are the seed of sin, why do we make no effort to wipe them out? Would not that be an act that would speed the Plan?”

The old man considered a while before replying. “That is a fair question and deserves a straight answer. Since you are to be a scientist you will need to know the answer. Look at it this way. There is a definite limit to the number of Crew the Ship can support. If our numbers increase without limit, there comes a time when there will not be good eating for all of us. Is it not better that some should die in brushes with the muties than that we should grow in numbers until we killed each other for food?.

“The ways of Jordan are inscrutable. Even the muties have a part in His Plan.” It seemed reasonable, but Hugh was not sure.

But when Hugh was transferred to active work as a junior scientist in the operation of the Ship’s functions, he found there were other opinions. As was customary, he put in a period serving the Converter. The work was not onerous; he had principally to check in the waste materials brought in by porters from each of the villages, keep books of their contributions, and make sure that no redemable metal was introduced into the first-stage hopper. But it brought him into contact with Bill Ertz, the Assistant Chief Engineer, a man not much older than himself.

He discussed with him the things he had learned from Nelson, and was shocked at Ertz’s attitude.

“Get this through your head, kid,” Ertz told him. “This is a practical job for practical men. Forget all that romantic nonsense. Jordan’s Plan! That stuff is all right to keep the peasants quiet and in their place, but don’t fall for it yourself. There is no Plan, other than our own plans for looking out for ourselves. The Ship has to have light and heat and power for cooking and irrigation. The Crew can’t get along without those things and that makes us boss of the Crew.

“As for this softheaded tolerance toward the muties, you’re going to see some changes made! Keep your mouth shut and string along with us.”

It impressed on him that he was expected to maintain a primary loyalty to the bloc of younger men among the scientists. They were a well-knit organization within an organization and   were made up of practical, hardheaded men who were working toward improvement of conditions throughout the Ship, as they saw them. They were well knit because an apprentice who failed to see things their way did not last long. Either he failed to measure up and soon found himself back in the ranks of the peasants, or, as was more likely, suffered some mishap   and wound up in the Converter.

And Hoyland began to see that they were right.

They were realists. The Ship was the Ship. It was a fact, requiring no explanation. As for Jordan, who had ever seen Him, spoken to Him? What was this nebulous Plan of His? The object of life was living. Aman was born, lived his life, and then went to the Converter. It was as simple as that, no mystery to it, no sublime Trip and no Centaurus. These romantic stories were simply hangovers from the childhood of the race before men gained the understanding and the courage to look facts in the face.

He ceased bothering his head about astronomy and mystical physics and all the other mass of mythology he bad been taught to revere. He was still amused, more or less, by the Lines from the Beginning and by all the old stories about Earth (what the Huff was ‘Earth,’ anyhow?) but now realized that such things could be taken seriously only by children and dullards.

Besides, there was work to do. The younger men, while still maintaining the nominal authority of their elders, had plans of their own, the first of which was a systematic extermination of  the muties. Beyond that, their intentions were still fluid, but they contemplated making full use of the resources of the Ship, including the upper levels. The young men were able to move ahead with their plans without an open breach with their elders because the older scientists simply did not bother to any great extent with the routine of the Ship. The present Captain had grown so fat that he rarely stirred from his cabin; his aide, one of the young men’s bloc, attended to affairs for him.

Hoyland never laid eyes on the Chief Engineer save once, when he showed up for the purely religious ceremony of manning landing stations.

The project of cleaning out the muties required reconnaissance of the upper levels to be done systematically. It was in carrying out such scouting that Hugh Hoyland was again ambushed by a mutie.

This mutie was more accurate with his slingshot. Hoyland’s companions, forced to retreat by superior numbers, left him for dead.

Joe-Jim Gregory was playing himself a game of checkers. Time was when they had played cards together, but Joe, the head on the right, had suspected Jim, the left-hand member of the team, of cheating. They had quarreled about it, then given it up, for they both learned early in their joint career that two heads on one pair of shoulders must necessarily find ways of    getting along together.

Checkers was better. They could both see the board, and disagreement was impossible.

Aloud metallic knocking at the door of the oompartment interrupted the game. Joe-Jim unsheathed his throwing knife and cradled it, ready for quick use. “Come in!” roared Jim.   The door opened, the one who had knocked backed into the room — the only safe way, as everyone knew, to enter Joe-Jim’s presence. The newcomer was squat and rugged and

powerful, not over four feet in height. The relaxed body of a man hung across one shoulder and was steadied by a hand.

Joe-Jim returned the knife to its sheath. “Put it down, Bobo,” Jim ordered. “And close the door,” added Joe. “Now what have we got here?”

It was a young man, apparently dead, though no wound appeared on him. Bobo patted a thigh. “Eat ‘im?” he said hopefully. Saliva spilled out of his still-opened lips. “Maybe,” temporized Jim. “Did you kill him?”

Bobo shook his undersized head.

“Good Bobo,” Joe approved. “Where did you hit him?”

“Bobo hit him there.” The microcephalic shoved a broad thumb against the supine figure in the area between the umbilicus and the breasthone. “Good shot,” Joe approved. “We couldn’t have done better with a knife.”

“Bobo good shot,” the dwarf agreed blandly. “Want see?” He twitched his slingshot invitingly.

“Shut up,” answered Joe, not unkindly. “No, we don’t want to see; we want to make him talk.” “Bobo fix,” the short one agreed, and started with simple brutality to carry out his purpose.

Joe-Jim slapped him away, and applied other methods, painful but considerably less drastic than those of the dwarf. The younger man jerked and opened his eyes. “Eat ‘im?” repeated Bobo.

“No,” said Joe. “When did you eat last?” inquired Jim.

Bobo shook his head and rubbed his stomach, indicating with graphic pantomime that it had been a long time, too long. Joe-Jim went over to a locker, opened it, and withdrew a haunch of meat. He held it up. Jim smelled it and Joe drew his head away in nose-wrinkling disgust Joe-Jim threw, it to Bobo, who snatched it happily out of the air. “Now, get out,” ordered Jim.

Bobo trotted away, closing the door behind him. JoeJim turned to the captive and prodded him with his foot. “Speak up,” said Jim. “Who the Huff are you?”

The young man shivered, put a hand to his head, then seemed suddenly to bring his surroundings into focus, for be scrambled to his feet, moving awkwardly. against the low weight conditions of this level, and reached for his knife.

It was not at his belt.

Joe-Jim had his own out and brandished it. “Be good and you won’t get hurt. What do they call you?” The young man wet his lips, and his eyes hurried about the room. “Speak up,” said Joe.

“Why bother with him?” inquired Jim. “I’d say he was only good for meat. Better call Bobo back.” “No hurry about that,” Joe answered. “I want to talk to him. What’s your name?”

The prisoner looked again at the kife and muttered, “Hugh Hoyland.”

“That doesn’t tell us much,” Jim commented. “What d’you do? What village do you come from? And what were you doing in mutie country?” But this time Hoyland was sullen. Even the prick of the knife against his ribs caused him only to bite his lips. “Shucks,” said Joe, “he’s only a stupid peasant. Let’s drop it.”

“Shall we finish him off?” “No. Not now. Shut him up.”

Joe-Jim opened the door of a small side compartment, and urged Hugh in with the knife. He then closed and fastened the door and went back to his game. “Your move, Jim.”

The compartment in which Hugh was locked was dark. He soon satisfied himself by touch that the smooth steel walls were entirely featureless save for the solid, securely fastened door. Presently he lay down on the deck and gave himself up to fruitless thinking.

He had plenty of time to think, time to fall asleep and awaken more than once. And time to grow very hungry and very, very thirsty.

When Joe-Jim next took sufficient interest in his prisoner to open the door of the cell, Hoyland was not immediately in evidence. He had planned many times what he would do when the door opened and his chance came, but when the event arrived, he was too weak, semi-comatose. Joe-Jim dragged him out. , The disturbance roused him to partial comprehension. He sat up and stared around him. “Ready to talk?” asked Jim. Hoyland opened his mouth but no words came out.

“Can’t you see he’s too dry to talk?” Joe told his twin. Then to Hugh: “Will you talk if we give you some water?” Hoyland looked puzzled, then nodded vigorously.

Joe-Jim returned in a moment with a mug of water. Hugh drank greedily, paused, and seemed about to faint. Joe-Jim took the mug from him. “That’s enough for now,” said Joe. “Tell us about yourself.”

Hugh did so. In detail, being prompted from time to time by questions from one of the twins, or a kick against his shin.

Hugh accepted a de facto condition of slavery with no particular resistance and no great disturbance of soul. The word ‘slave’ was not in his vocabulary, but the condition was a commonplace in everything he had ever known. There had always been those who gave orders and those who carried them out; he could imagine no other condition, no other type of social organization. It was a fact of life.

Though naturally he thought of escape.

Thinking about it was as far as he got. Joe-Jim guessed his thoughts and brought the matter out into the open. Joe told him, “Don’t go getting ideas, youngster. Without a knife you wouldn’t get three levels away in this part of the Ship. If you managed to steal a knife from me, you still wouldn’t make it down to high-weight. Besides, there’s Bobo.”

Hugh waited a moment, as was fitting, then said, “Bobo?”

Jim grinned and replied, “We told Bobo that you were his to butcher, if he liked, if you ever stuck your head out of our compartments without us. Now he sleeps outside the door and spends a lot of his time there.”

“It was only fair,” put in Joe. “He was disappointed when we decided to keep you.”

“Say,” suggested Jim, turning his bead toward his brother’s, “how about some fun?” He turned back to Hugh. “Can you throw a knife?” “Of course,” Hugh answered.

“Let’s see you. Here.” Joe-Jim handed him their own knife. Hugh accepted it, jiggling it in his band to try its balance. “Try my mark.”

Joe-Jim had a plastic target. set up at the far end of the room from his favorite chair, on which he was wont to practice his own skill. Hugh eyed it, and, with an arm motion too fast to follow, let fly. He used the economical underhand stroke, thumb on the blade, fingers together. The blade shivered in the target, well centered in the chewed-up area which marked Joe- Jim’s best efforts. “Good boy!” Joe approved. “What do you have in mind, Jim?”

“Let’s give him the knife and see how far he gets.” “No,” said Joe, “I don’t agree.”

“Why not?”

“If Bobo wins, we’re out one servant. If Hugh wins, we lose both Bobo and him. It’s wasteful.” “Oh, well, if you insist.”

“I do. Hugh, fetch the knife.”

Hugh did so. It had not occurred to him to turn the knife against Joe-Jim. The master was the master. For servant to attack master was not simply repugnant to good morals, it was an idea so wild that it did not occur to him at all.

Hugh had expected that Joe-Jim would be impressed by his learning as a scientist. It did not work out that way. Joe-Jim, especially Jim, loved to argue. They sucked Hugh dry in short order and figuratively cast him aside. Hoyland felt humiliated. After all, was he not a scientist? Could he not read and write?

“Shut up,” Jim told Hugh. “Reading is simple. I could do it before your father was born. D’you think you’re the first scientist that has served me? Scientists—bah! Apack of ignoramuses!”  In an attempt to re-establish his own intellectual conceit, Hugh expounded the theories of the younger scientists, the strictly matter-of-fact, hard-boiled realism which rejected all religious interpretation and took the Ship as it was. He confidently expected Joe-Jim to approve such a point of view; it seemed to fit their temperaments. They laughed in his face.

“Honest,” Jim insisted, when be bad ceased snorting, “are you young punks so stupid as all that? Why you’re worse than your elders.”

“But you just got through saying,” Hugh protested in hurt tones, “that all our accepted religious notions are so much bunk. That is just what my friends think. They want to junk all that old nonsense.”

Joe started to speak; Jim cut in ahead of him. “Why bother with him, Joe? He’s hopeless.”

“No, he’s not. I’m enjoying this. He’s the first one I’ve talked with in I don’t know how long who stood any chance at all of seeing the truth. Let us be — I want to see whether that’s a head he has on his shoulders, or just a place to hang his ears.”

“O.K.,” Jim agreed, “but keep it quiet. I’m going to take a nap.” The left-hand head closed its eyes, soon it was snoring. Joe and Hugh continued their discussion in whispers.

“The trouble with you youngsters,” Joe said, “is that if you can’t understand a thing right off, you think it can’t be true. The trouble with your elders is, anything they didn’t understand they reinterpreted to mean something else and then thought they understood it. None of you has tried believing clear words the way they were written and then tried to understand them on that basis. Oh, no, you’re all too bloody smart for that! If you can’t see it right off, it ain’t so; it must mean something different.”

“What do you mean?” Hugh asked suspiciously.

“Well, take the Trip, for instance. What does it mean to you?

“Well, to my mind, it doesn’t mean anything. It’s just a piece of nonsense to impress the peasants.” “And what is the accepted meaning?”

“Well, it’s where you go when you die, or rather what you do. You make the Trip to Centaurus.” “And what is Centaurus?”

“It’s — mind you, I’m just telling you the orthodox answers; I don’t really believe this stuff — it’s where you arrive when you’ve made the Trip, a place where everybody’s happy and there’s always good eating.” Joe snorted. Jim broke the rhythm of his snoring, opened one eye, and settled back again with a grunt.

“That’s just what I mean,” Joe went on in a lower whisper. “You don’t use your head. Did it over occur to you that the Trip was just what the old books said It was: the Ship and all the Crew actually going somewhere, moving?” Hoyland thought about it. “You don’t mean for me to take you seriously. Physically, it’s an impossibility. The Ship can’t go anywhere. It already is everywhere. We can make a trip through it, but the Trip, that has to have a spiritual meaning, if it has any.”

Joe called on Jordan to support him. “Now, listen,” he said, “get this through that thick head of yours. Imagine a place a lot bigger than the Ship, a lot bigger, with the Ship inside it, moving. D’you get it?”

Hugh tried. He tried very hard. He shook his bead. “It doesn’t make sense,” he said. “There can’t be anything bigger than the Ship. There wouldn’t be any place for it to be.” “Oh, for Huff’s sake! Listen. Outside the Ship, get that? Straight down beyond the level in every direction. Emptiness out there. Understand me?”

“But there isn’t anything below the lowest level. That’s why it’s the lowest level.”

“Look. If you took a knife and started digging a hole in the floor of the lowest level, where would it get you?” “But you can’t. It’s too hard.”

“But suppose you did and it made a hole. Where would that hole go? Imagine it.”

Hugh shut his eyes and tried to imagine digging a hole in the lowest level. Digging as if it were soft, soft as cheese. He began to get some glimmering of a possibility, a possibility that was unsettling, soul-shaking. He was falling, falling into a hole that he had dug which had no levels under it. He opened his eyes very quickly. “That’s awful!” he ejaculated. “I won’t believe it.”

Joe-Jim got up. “I’ll make you believe it,” he said grimly, “if I have to break your neck to do it.” He strode over to the outer door and opened it. “Bobo!” he shouted. “Bobo!”

Jim’s head snapped erect. “Wassa matter? Wha’s going on?” “We’re going to take Hugh to no-weight.”

“What for?”

“To pound some sense into his silly head.” “Some other time.”

“No, I want to do it now.”

“All right, all right. No need to shake. I’m awake now anyhow.”

Joe-Jim Gregory was almost as nearly unique in his — or their — mental ability as he was in his bodily construction. Under any circumstances he would have been a dominant personality; among the muties it was inevitable that he should bully them, order them about, and live on their services. Had he had the will-to-power, it is conceivable that he could have organized the muties to fight and overcome the Crew proper.

But he lacked that drive. He was by native temperament an intellectual, a bystander, an observer. He was interested in the ‘how’ and the ‘why,’ but his will to action was satisfied with comfort and convenience alone.

Had he been born two normal twins and among the Crew, it is likely that he would have drifted into scientisthood as the easiest and most satisfactory answer to the problem of living and as such would have entertained himself mildly with conversation and administration. As it was, he lacked mental companionship and had whiled away three generations reading and rereading books stolen for him by his stooges.

The two halves of his dual person had argued and discussed what they had read, and had almost inevitably arrived at a reasonably coherent theory of history and the physical world, except in one respect. The concept of fiction was entirely foreign to them; they treated the novels that had been provided for the Jordan expedition in exactly the same fashion that they did text and reference books.

This led to their one major difference of opinion. Jim regarded Allan Quartermain as the greatest man who had ever lived; Joe held out for John Henry.

They were both inordinately fond of poetry; they could recite page after page of Kipling, and were nearly as fond of Rhysling, the blind singer of the spaceways. Bobo backed in. Joe-Jim hooked a thumb toward Hugh. “Look,” said Joe, “he’s going out.”

“Now?” said Bobo happily, and grinned, slavering.

“You and your stomach!” Joe answered, rapping Bobo’s pate with his knuckles. “No, you don’t eat him. You and him, blood brothers. Get it?” “Not eat ‘im?”

“No. Fight for him. He fights for you.”

“O.K.” The pinhead shrugged his shoulders at the inevitable. “Blood brothers. Bobo know.”  “All right. Now we go up to the place-where-everybody-flies. You go ahead and make lookout.”

They climbed in single file, the dwarf running ahead to spot the lie of the land, Hoyland behind him, Joe-Jim bringing up the rear, Joe with eyes to the front, Jim watching their rear, head

turned over his shoulder.

Higher and higher they went, weight slipping imperceptibly from them with each successive deck. They emerged finally into a level beyond which there was no further progress, no opening above them. The deck curved gently, suggesting that the true shape of the space was a giant cylinder, but overhead a metallic expanse which exhibited a similar curvature obstructed the view and prevented one from seeing whether or not the deck in truth curved back on itself.

There were no proper bulkheads; great stanchions, so huge and squat as to give an impression of excessive, unnecessary strength, grew thickly about them, spacing deck and overhead evenly apart.

Weight was imperceptible. If one remained quietly in one place, the undetectable residuum of weight would bring the body in a gentle drift down to the ‘floor,’ but ‘up’ and ‘down’ were terms largely lacking in meaning. Hugh did not like it; it made him gulp, but Bobo seemed delighted by it and not unused to it. He moved through the air like an uncouth fish, banking off stanchion, floor plate, and overhead as suited his convenience.

Joe-Jim set a course parallel to the common axis of the inner and outer cylinders, following a passageway formed by the orderly spacing of the stanchions. There were handrails set along the passage, one of which he followed like a spider on its thread. He made remarkable speed, which Hugh floundered to maintain. In time, be caught the trick of the easy, effortless, overhand pull, the long coast against nothing but air resistance, and the occasional flick of the toes or the hand against the floor. But he was much too busy to tell how far they went before they stopped. Miles, he guessed it to be, but he did not know.

When they did stop, it was because the passage, had terminated. Asolid bulkhead, stretching away to right and left, barred their way. Joe-Jim moved along it to the right, searching.

He found what he sought, a man-sized door, closed, its presence distinguishable only by a faint crack which marked its outline and a cursive geometrical design on its surface. Joe-Jim studied this and scratched his right-hand head. The two heads whispered to each other. Joe-Jim raised his hand in an awkward gesture.

“No, no!” said Jim. Joe-Jim checked himself. “How’s that?” Joe answered. They whispered together again, Joe nodded, and Joe-Jim again raised his hand.

He traced the design on the door without touching It, moving his forefinger through the air perhaps four inches from the surface of the door. The order of succession in which his finger moved over the lines of the design appeared simple but certainly not obvious.

Finished, he shoved a palm against the adjacent bulkhead, drifted back from the door, and waited.

Amoment later there was a soft, almost inaudible insufflation; the door stirred and moved outward perhaps six inches, then stopped. Joe-Jim appeared puzzled. He ran his hands cautiously into the open crack and pulled. Nothing happened. He called to Bobo, “Open it.”

Bobo looked the situation over, with a scowl on his forehead which wrinkled almost to his crown. He then placed his feet against the bulkhead, steadying himself by grasping the door with one hand. He took hold of the edge of the door with both hands, settled his feet firmly, bowed his body, and strained.

He held his breath, chest rigid, back bent, sweat breaking out from the effort. The great cords in his neck stood out, making of his head a misshapen pyramid. Hugh could hear the dwarf’s joints crack. It was easy to believe that he would kill himself with the attempt, too stupid to give up.

But the door gave suddenly, with a plaint of binding metal. As the door, in swinging out, slipped from Bobo’s fingers, the unexpectedly released tension in his legs shoved him heavily away from the bulkhead; he plunged down the passageway, floundering for a handhold. But he was back in a moment, drifting awkwardly through the air as he massaged a cramped calf.

Joe-Jim led the way inside, Hugh close behind him. “What is this place?” demanded Hugh, his curiosity overcoming his servant manners. “The Main Control Room,” said Joe.

Main Control Room! The most sacred and taboo place in the Ship, its very location a forgotten mystery. In the credo of the young men it was nonexistent. The older scientists varied in their attitude between fundamentalist acceptance and mystical belief. As enlightened as Hugh believed himself to be, the very words frightened him. The Control Room! Why, the very spirit of Jordan was said to reside there. He stopped.

Joe-Jim stopped and Joe looked around. “Come on,” he said. “What’s the matter?” “Why, uh … uh …”

“Speak up.”

“But … but this place is haunted … this is Jordan’s…”

“Oh, for Jordan’s sake!” protested Joe, with slow exasperation. “I thought you told me you young punks didn’t take any stock in Jordan.” “Yes, but … but this is…”

“Stow it. Come along, or I’ll have Bobo drag you.” He turned away. Hugh followed, reluctantly, as a man climbs a scaffold. They threaded through a passageway just wide enough for two   to use the handrails abreast. The passage curved in a wide sweeping arc of full ninety degrees, then opened into the control room proper. Hugh peered past Joe-Jim’s broad shoulders, fearful but curious.

He stared into a well-lighted room, huge, quite two hundred feet across. It was spherical, the interior of a great globe. The surface of the globe was featureless, frosted silver. In the geometrical center of the sphere, Hugh saw a group of apparatus about fifteen feet across. To his inexperienced eye, it was completely unintelligible; he could not have described it, but he saw that it floated steadily, with no apparent support.

Running from the end of the passage to the mass at the center of the globe was a tube of metal latticework, wide as the passage itself. It offered the only exit from the passage. Joe-Jim turned to Bobo, and ordered him to remain in the passageway, then entered the tube.

He pulled himself along it, hand over hand, the bars of the latticework making a ladder. Hugh followed him; they emerged into the mass of apparatus occupying the center of the sphere. Seen close up, the gear of the control station resolved itself into its individual details, but it still made no sense to him. He glanced away from it to the inner surface of the globe which surrounded them.

That was a mistake. The surface of the globe, being featureless silvery white, had nothing to lend it perspective. It might have been a hundred feet away, or a thousand, or, many miles.   He had never experienced an unbroken height greater than that between two decks, nor an open space larger than the village common. He was panic-stricken, scared out of his wits, the more so in that he did not know what it was he feared. But the ghost of long-forgotten jungle ancestors possessed him and chilled his stomach with the basic primitive fear of falling.

He clutched at the control gear, clutched at Joe-Jim.

Joe-Jim let him have one, hard across the mouth with the flat of his hand. “What’s the matter with you?” growled Jim. “I don’t know,” Hugh presently managed to get out. “I don’t know, but I don’t like this place. Let’s get out of here!”

Jim lifted his eyebrows to Joe, looked disgusted, and said, “We might as well. That weak-bellied baby will never understand anything you tell him.” “Oh, he’ll be all right,” Joe replied, dismissing the matter. “Hugh, climb into one of the chairs; there, that one.”

In the meantime, Hugh’s eyes had fallen on the tube whereby they had reached the control center and had followed it back by eye to the passage door. The sphere suddenly shrank to its proper focus and the worst of his panic was over. He complied with the order, still trembling, but able to obey. The control center consisted of a rigid framework, made up of chairs, or frames, to receive the bodies of the operators, and consolidated instrument and report panels, mounted in such a fashion as to be almost in the laps of the operators, where they were readily visible but did not obstruct the view. The chairs had high supporting sides, or arms, and mounted in these aims were the controls appropriate to each officer on watch, but Hugh was not yet aware of that. He slid under the instrument panel into his seat and settled back, glad of its enfolding stability. It fitted him in a semi-reclining position, footrest to head support.

But something was happening on the panel in front of Joe-Jim; he caught it out of the corner of his eye and turned to look. Bright red letters glowed near the top of the board: 2ND ASTROGATOR POSTED. What was a second astrogator? He didn’t know; then he noticed that the extreme top of his own board was labeled 2ND ASTROGATOR and concluded it must be himself, or rather, the man who should be sitting there. He felt momentarily uncomfortable that the proper second astrogator might come in and find him usurping his post, but he put

it out of his mind; it seemed unlikely.

But what was a second astrogator, anyhow?

The letters faded from Joe-Jim’s board, a red dot appeared on the left-hand edge and remained. Joe-Jim did something with his right hand; his board reported: ACCELERATION: ZERO, then MAIN DRIVE. The last two words blinked several times, then were replaced with NO REPORT. These words faded out, and a bright green dot appeared near the right-hand edge.

“Get ready,” said Joe, looking toward Hugh; “the light is going out.” “You’re not going to turn out the light?” protested Hugh.

“No, you are. Take a look by your left hand. See those little white lights?”

Hugh did so, and found, shining up through the surface the chair arm, little beads of light arrayed to form two squares, one above the other. “Each one controls the light of one quadrant,” explained Joe. “Cover them with your hand to turn Out the light. Go ahead, do it.”

Reluctantly, but fascinated, Hugh did as he was directed. He placed a palm over the tiny lights, and waited. The silvery sphere turned to dull lead, faded still more, leaving them in darkness complete save for the silent glow from the instrument panels. Hugh felt nervous but exhilarated. He withdrew his palm; the sphere remained dark, the eight little lights had turned blue.

“Now,” said Joe, “I’m going to show you the Stars!”

In the darkness, Joe-Jim’s right hand slid over another pattern of eight lights. Creation.

Faithfully reproduced, shining as steady and serene from the walls of the stellarium as did their originals from the black deeps of space, the mirrored stars looked down on him. Light  after jeweled light, scattered in careless bountiful splendor across the simulacrum sky, the countless suns lay before him; before him, over him, under him, behind him, in every direction from him. He hung alone in the center of the stellar universe.

“Oooooh!” It was an involuntary sound, caused by his indrawn breath. He clutched the chair arms hard enough to break fingernails, but he was not aware of it. Nor was he afraid at the moment; there was room in his being for but one emotion. Life within the Ship, alternately harsh and workaday, had placed no strain on his innate capacity to experience beauty; for the first time in his life he knew the intolerable ecstasy of beauty unalloyed. It shook him and hurt him, like the first trembling intensity of sex.

It was some time before Hugh sufficiently recovered from the shock and the ensuing intense preoccupation to be able to notice Jim’s sardonic laugh, Joe’s dry chuckle. “Had enough?” inquired Joe. Without waiting for a reply, Joe-Jim turned the lights back on, using the duplicate controls mounted in the left arm of his chair.

Hugh sighed. His chest ached and his heart pounded. He realized suddenly that he had been holding his breath the entire time that the lights had been turned out. “Well, smart boy,” asked Jim, “are you convinced?”

Hugh sighed again, not knowing why. With the lights back on, he felt safe and snug again, but was possessed of a deep sense of personal loss. He knew, subconsciously, that, having seen the stars, he would never be happy again. The dull ache in his breast, the vague inchoate yearning for his lost heritage of open sky and stars, was never to be silenced, even though he was yet too ignorant to be aware of it at the top of his mind. “What was it?” he asked in a hushed voice.

“That’s,” answered Joe. “That’s the world. That’s the universe. That’s what we’ve been trying to tell you about.”

Hugh tried furiously to force his inexperienced mind to comprehend. “That’s what you mean by Outside?” he asked. “All those beautiful little lights?” “Sure,” said Joe, “only they aren’t little. They’re a long way off, you see; maybe thousands of miles.”

“What?”

“Sure, sure,” Joe persisted. “There’s lots of room out there. Space. It’s big. Why, some of those stars may be as big as the Ship, maybe bigger.” Hugh’s face was a pitiful study in overstrained imagination. “Bigger than the Ship?” he repeated. “But … but …”

Jim tossed his head impatiently and said to Joe, “Wha’d’ I tell you? You’re wasting our time on this lunk. He hasn’t got the capacity.”

“Easy, Jim,” Joe answered mildly; “don’t expect him to run before he can crawl. It took us a long time. I seem to remember that you were a little slow to believe your own eyes.” “That’s a lie,” said Jim nastily. “You were the one that had to be convinced.”

“O.K., O.K.,” Joe conceded, “let it ride. But it was a long time before we both had it all straight.”

Hoyland paid little attention to the exchange between the two brothers. It was a usual thing; his attention was centered on matters decidedly not usual. “Joe,” he asked, “what became of the Ship while we were looking at the Stars? Did we stare right through it?”

“Not exactly,” Joe told him. “You weren’t looking directly at the stars at all, but at a kind of picture of them. It’s like… Well, they do it with mirrors, sort of. I’ve got a book that tells about it.” “But you can see ‘em directly,” volunteered Jim, his momentary pique forgotten. “There’s a compartment forward of here…”

“Oh, yes,” put in Joe, “it slipped my mind. The Captain’s veranda. He’s got one all of glass; you can look right out.” “The Captain’s veranda? But—”

“Not this Captain. He’s never been near the place. That’s the name over the door of the compartment.” “What’s a ‘veranda’?”

“Blessed if I know. It’s just the name of the place.” “Will you take me up there?”

Joe appeared to be about to agree, but Jim cut in. “Some other time. I want to get back; I’m hungry.” They passed back through the tube, woke up Bobo, and made the long trip back down.

It was long before Hugh could persuade Joe-Jim to take him exploring again, but the time intervening was well spent. Joe-Jim turned him loose on the largest collection of books that Hugh had ever seen. Some of them were copies of books Hugh had seen before, but even these he read with new meanings. He read incessantly, his mind soaking up new ideas, stumbling over them, struggling, striving to grasp them. He begrudged sleep, he forgot to eat until his breath grew sour and compelling pain in his midriff forced him to pay attention to his body. Hunger satisfied, he would be back at it until his head ached and his eyes refused to focus.

Joe-Jim’s demands for service were few. Although Hugh was never off duty, Joe-Jim did not mind his reading as long as he was within earshot and ready to jump when called. Playing checkers with one of the pair when the other did not care to play was the service which used up the most time, and even this was not a total loss, for, if the player were Joe, he could almost always be diverted into a discussion of the Ship, its history, its machinery as equpment, the sort of people who had built it and then manned it and their history, back on Earth, Earth the incredible, that strange place where people had lived on the outside instead of the inside.

Hugh wondered why they did not fall off.

He took the matter up with Joe and at last gained some notion of gravitation. He never really understood it emotionally; it was too wildly improbable; but as an intellectual concept he was able to accept it and use it, much later, in his first vague glimmerings of the science of ballistics: and the art of astrogation and ship maneuvering. And it led in time to his wondering    about weight in the Ship, a matter that had never bothered him before. The lower the level the greater the weight had been to his mind simply the order of nature, and nothing to wonder    at. He was familiar with centrifugal force as it applied to slingshots. To apply it also to the whole Ship, to think of the Ship as spinning like a slingshot and thereby causing weight, was too much of a hurdle; he never really believed it.

Joe-Jim took him back once more to the Control Room and showed him what little Joe-Jim knew about the manipulation of the controls and the reading of the astrogation instruments.

The long-forgotten engineer-designers employed by the Jordan Foundation had been instructed to design a ship that would not — could not — wear out, even though the Trip were protracted beyond the expected sixty years. They builded better than they knew. In planning the main drive engines and the auxiliary machinery, largely automatic, which would make the Ship habitable, and in designing the controls necessary to handle all machinery not entirely automatic, the very idea of moving parts had been rejected. The engines and auxiliary equipment worked on a level below mechanical motion, on a level of pure force, as electrical transformers do. Instead of push buttons, levers, cams, and shafts, the controls and the machinery they served were planned in terms of balance between static fields, bias of electronic flow, circuits broken or closed by a hand placed over a light.

On this level of action, friction lost its meaning, wear and erosion took no toll. Had all hands been killed in the mutiny, the Ship would still have plunged on through space, still lighted, its air still fresh and moist, its engines ready and waiting. As it was, though elevators and conveyor belts fell into disrepair, disuse, and finally into the oblivion of forgotten function, the essential machinery of the Ship continued its automatic service to its ignorant human freight, or waited, quiet and ready, for someone bright enough to puzzle out its key.

Genius had gone into the building of the Ship. Far too huge to be assembled on Earth, it had been put together piece by piece in its own orbit out beyond the Moon. There it had swung for fifteen silent years while the problems presented by the decision to make its machinery foolproof and enduring had been formulated and solved. Awhole new field of submolar action    had been conceived in the process, struggled with, and conquered.

So, when Hugh placed an untutored, questing hand over the first of a row of lights marked ACCELERATION, POSITIVE, he got an immediate response, though not in terms of acceleration. Ared light at the top of the chief pilot’s board blinked rapidly and the annunciator panel glowed with a message: MAIN ENGINES: NOT MANNED.

“What does that mean?” he asked Joe-Jim.

“There’s no telling,” said Jim. “We’ve done the same thing in the main engine room,” added Joe. “There, when you try it, it says ‘Control Room Not Manned.’” Hugh thought a moment. “What would happen,” he persisted, “if all the control stations had somebody at ‘em at once, and then I did that?”

“Can’t say,” said Joe. “Never been able to try it.”

Hugh said nothing. Aresolve which had been growing, formless, in his mind was now crystalizing into decision. He was busy with it for some time, weighing it, refining it, and looking for the right moment to bring it into the open.

He waited until he found Joe-Jim in a mellow mood, both of him, before broaching his idea. They were in the Captain’s veranda at the time Hugh decided the moment was due. Joe-Jim rested gently in the Captain’s easy chair, his belly full of food, and gazed out through the heavy glass of the view port at the serene stars. Hugh floated beside him. The spinning of the Ship caused the stars to cross the circle of the port in barely perceptible arcs.

Presently he said, “Joe-Jim …”

“Eh? What’s that, youngster?” It was Joe who had replied. “It’s pretty swell, isn’t it?”

“What is?”

“All that. The stars.” Hugh indicated the view through the port with a sweep of his arm, then caught at the chair to stop his own backspin. “Yeah, it sure is. Makes you feel good.” Surprisingly, it was Jim who offered this.

Hugh knew the time was right. He waited a moment, then said, “Why don’t we finish the job?” Two heads turned simultaneously, Joe leaning out a little to see past Jim. “What job?”

“The Trip. Why don’t we start up the main drive and go on with it? Somewhere out there,” be said hurriedly to finish before he was interrupted, “there are planets like Earth, or so the First Crew thought. Let’s go find them.”

Jim looked at him, then laughed. Joe shook his head.

“Kid,” he said, “you don’t know what you are talking about. You’re as balmy as Bobo. “No,” he went on, “that’s all over and done with. Forget it.” “Why is it over and done with, Joe?”

“Well, because. It’s too big a job. It takes a crew that understands what it’s all about, trained to operate the Ship.”

“Does it take so many? You have shown me only about a dozen places, all told, for men actually to be at the controls. Couldn’t a dozen men run the Ship … if they knew what you know,” he added slyly.

Jim chuckled. “He’s got you, Joe. He’s right”

Joe brushed it aside. “You overrate our knowledge. Maybe we could operate the Ship, but we wouldn’t get anywhere. We don’t know where we are. The Ship has been drifting for I don’t know how many generations. We don’t know where we’re headed, or how fast we’re going.”

“But look,” Hugh pleaded, “there are instruments. You showed them to me. Couldn’t we learn how to use them? Couldn’t you figure them out, Joe, if you really wanted to?” “Oh, I suppose so,” Jim agreed.

“Don’t boast, Jim,” said Joe.

“I’m not boasting,” snapped Jim. “If a thing’ll work, I can figure it out.”

“Humph!” said Joe. The matter rested in delicate balance. Hugh had got them disagreeing among themselves — which was what he wanted — with the less tractable of the pair on his side. Now, to consolidate his gain, “I had an idea,” he said quickly, “to get you men to work with, Jim, if you were able to train them.”

“What’s your idea?” demanded Jim suspiciously. “Well, you remember what I told you about a bunch of the younger scientists?” “Those fools!”

“Yes, yes, sure; but they didn’t know what you know. In their way they were trying to be reasonable. Now, if I could go back down and tell them what you’ve taught me, I could get you enough men to work with.”

Joe cut in. “Take a good look at us, Hugh. What do you see?” “Why … why, I see you. Joe-Jim.”

“You see a mutie,” corrected Joe, his voice edged with sarcasm. “We’re a mutie. Get that? Your scientists won’t work with us.”

“No, no,” protested Hugh, “that’s not true. I’m not talking about peasants. Peasants wouldn’t understand, but these are scientists, and the smartest of the lot. They’ll understand. All you need to do is to arrange safe conduct for them through mutie country. You can do that, can’t you?” he added, instinctively shifting the point of the argument to firmer ground.

“Why, sure,” said Jim. “Forget it,” said Joe.

“Well, O.K.,” Hugh agreed, sensing that Joe really was annoyed at his persistence, “but it would be fun.” He withdrew some distance from the brothers.

He could hear Joe-Jim continuing the discussion with himself in low tones. He pretended to ignore it. Joe-Jim had this essential defect in his joint nature: being a committee, rather than  a single individual, he was hardly fitted to be a man of action, since all decisions were necessarily the result of discussion and compromise. Several moments later Hugh heard Joe’s

voice raised. “All right, all right, have it your own way!” He then called out, “Hugh! Come here!” Hugh kicked himself away from an adjacent bulkhead and shot over to the immediate vicinity of Joe-Jim, arresting his flight with both hands against the framework of the Captain’s chair.

“We’ve decided,” said Joe without preliminaries, “to let you go back down to the high-weight and try to peddle your goods. But you’re a fool,” he added sourly.

Bobo escorted Hugh down through the dangers of the levels frequented by muties and left him in the uninhabited zone above high-weight “Thanks, Bobo,” Hugh said in parting. “Good eating.” The dwarf grinned, ducked his head, and sped away, swarming up the ladder they had just descended. Hugh turned and started down, touching his knife as he did so. It was good to feel it against him again.

Not that it was his original knife. That had been Bobo’s prize when he was captured, and Bobo had been unable to return it, having inadvertently left it sticking in a big one that got away. But the replacement Joe-Jim had given him was well balanced and quite satisfactory.

Bobo had conducted him, at Hugh’s request and by Joe-Jim’s order, down to the area directly over the auxiliary Converter used by the scientists. He wanted to find Bill Ertz, Assistant  Chief Engineer and leader of the bloc of younger scientists, and he did not want to have to answer too many questions before he found him. Hugh dropped quickly down the remaining levels and found himself in a main passageway which he recognized. Good! Aturn to the left, a couple of hundred yards walk and he found himself at the door of the compartment which housed the Converter. Aguard lounged in front of it. Hugh started to push on past, was stopped. “Where do you think you’re going?”

“I want to find Bill Ertz.”

“You mean the Chief Engineer? Well, he’s not here.”

“Chief? What’s happened to the old one?” Hoyland regretted the remark at once, but it was already out.

“Huh? The old Chief? Why, he’s made the Trip long since.” The guard looked at him suspiciously. “What’s wrong with you?” “Nothing,” denied Hugh. “Just a slip.”

“Funny sort of a slip. Well, you’ll find Chief Ertz around his office probably.” “Thanks. Good eating.”

“Good eating.”

Hugh was admitted to see Ertz after a short wait Ertz looked up from his desk as Hugh came in. “Well,” he said, “so you’re back, and not dead after all. This is a surprise. We had written you off, you know, as making the Trip.”

“Yes, I suppose so.”

“Well, sit down and tell me about it; I’ve a little time to spare at the moment. Do you know, though, I wouldn’t have recognized you. You’ve changed a lot, all that gray hair. I imagine you had some pretty tough times.”

Gray hair? Was his hair gray? And Ertz had changed a lot, too, Hugh now noticed. He was paunchy and the lines in his face had set. Good Jordan! How long had he been gone? Ertz drummed on his desk top, and pursed his lips. “It makes a problem, your coming back like this. I’m afraid I can’t just assign you to your old job; Mort Tyler has that. But we’ll find a place for you, suitable to your rank.”

Hugh recalled Mort Tyler and not too favorably. Aprecious sort of a chap, always concerned with what was proper and according to regulations. So Tyler had actually made scientisthood, and was on Hugh’s old job at the Converter. Well, it didn’t matter. “That’s all right, he began. “I wanted to talk to you about—”

“Of course, there’s the matter of seniority,” Ertz went on, “Perhaps the Council had better consider the matter. I don’t know of a precedent. We’ve lost a number of scientists to the muties in the past, but you are the first to escape with his life in my memory.”

“That doesn’t matter,” Hugh broke in. “I’ve something much more pressing to talk about. While I was away I found out some amazing things, Bill, things that it is of paramount importance for you to know about. That’s why I came straight to you. Listen. I—”

Ertz was suddenly alert. “Of course you have! I must be slowing down. You must have had a marvelous opportunity to study the muties and scout out their territory. Come on, man, spill it! Give me your report.”

Hugh wet his lips. “It’s not what you think,” he said. “It’s much more important than just a report on the muties, though it concerns them, too. In fact, we may have to change our whole policy with respect to the mu—”

“Well, go ahead, go ahead! I’m listening.”

“All right.” Hugh told him of his tremendous discovery as to the actual nature of the Ship, choosing his words carefully and trying very hard to be convincing. He dwelt lightly on the difficulties presented by an attempt to reorganize the Ship in accordance with the new concept and bore down heavily on the prestige and honor that would accrue to the man who led the effort.

He watched Ertz’s face as he talked. After the first start of complete surprise when Hugh launched his key idea, the fact that the Ship was actually a moving body in a great outside space, his face became impassive and Hugh could read nothing in it, except that he seemed to detect a keener interest when Hugh spoke of how Ertz was just the man for the job because of  his leadership of the younger, more progressive scientists.

When Hugh concluded, he waited for Ertz’s response. Ertz said nothing at first, simply continued with his annoying habit of drumming on the top of his desk. Finally he said, “These are important matters, Hoyland, much too important to be dealt with casually. I must have time to chew it over.”

“Yes, certainly,” Hugh agreed. “I wanted to add that I’ve made arrangements for safe passage up to no-weight. I can take you up and let you see for yourself.” “No doubt that is best,” Ertz replied. “Well, are you hungry?”

“No.”

“Then we’ll both sleep on it. You can use the compartment at the back of my office. I don’t want you discussing this with anyone else until I’ve had time to think about it; it might cause unrest if it got out without proper prepartion.”

“Yes, you’re right”

“Very well, then.” Ertz ushered him into a compartment behind his office which he very evidently used for a lounge. “Have a good rest,” he said, “and we’ll talk later.” “Thanks,” Hugh acknowledged. “Good eating.”

“Good eating.”

Once he was alone, Hugh’s excitement gradually dropped away from him, and he realized that he was fagged out and very sleepy. He stretched out on a builtin couch and fell asleep. When he awoke he discovered that the only door to the compartment was barred from the other side. Worse than that, his knife was gone.

He had waited an indefinitely long time when he heard activity at the door. It opened; two husky, unsmiling men entered. “Come along,” said one of them. He sized them up, noting that neither of them carried a knife. No chance to snatch one from their belts, then. On the other hand he might be able to break away from them.

But beyond them, a wary distance away in the outer room, were two other equally formidable men, each armed with a knife. One balanced his for throwing; the other held his by the grip, ready to stab at close quarters. He was boxed in and be knew it. They had anticipated his possible moves.

He had long since learned to relax before the inevitable. He composed his face and marched quietly out. Once through the door he saw Ertz, waiting and quite evidently in charge of the party of men. He spoke to him, being careful to keep his voice calm. “Hello, Bill. Pretty extensive preparations you’ve made. Some trouble, maybe?”

Ertz seemed momentarily uncertain of his answer, then said, “You’re going before the Captain.”

“Good!” Hugh answered. “Thanks, Bill. But do you think it’s wise to try to sell the idea to him without laying a little preliminary foundation with the others?”

Ertz was annoyed at his apparent thickheadedness and showed it. “You don’t get the idea,” he growled. “You’re going before the Captain to stand trial for heresy!”

Hugh considered this as if the idea had not before occurred to him. He answered mildly, “You’re off down the wrong passage, Bill. Perhaps a charge and trial is the best way to get at the matter, but I’m not a peasant, simply to be hustled before the Captain. I must be tried by the Council. I am a scientist.”

“Are you now?” Ertz said softly. “I’ve had advice about that. You were written off the lists. Just what you are is a matter for the Captain to determine.”

Hugh held his peace. It was against him, he could see, and there was no point in antagonizing Ertz. Ertz made a signal; the two unarmed men each grasped one of Hugh’s arms. He went with them quietly.

Hugh looked at the Captain with new interest. The old man had not changed much, a little fatter, perhaps. The Captain settled himself slowly down in his chair, and picked up the memorandum before him. “What’s this all about?” he began irritably. “I don’t understand it.”

Mort Tyler was there to present the case against Hugh, a circumstance which Hugh had had no way of anticipating and which added to his misgivings. He searched his boyhood recollections for some handle by which to reach the man’s sympathy, found none. Tyler cleared his throat and commenced: “This is the case of one Hugh Hoyland, Captain, formerly one of your junior scientists—”

“Scientist, eh? Why doesn’t the Council deal with him?”

“Because he is no longer a scientist, Captain. He went over to the muties. He now returns among us, preaching heresy and seeking to undermine your authority.” The Captain looked at Hugh with the ready belligerency of a man jealous of his prerogatives. “Is that so?” he bellowed. “What have you to say for yourself?”

“It is not true, Captain,” Hugh answered. “All that I have said to anyone has been an affirmation of the absolute truth of our ancient knowledge. I have not disputed the truths under which we live; I have simply affirmed them more forcibly than is the ordinary custom. I—”

“I still don’t understand this,” the Captain interrupted, shaking his head. “You’re charged with heresy, yet you say you believe the Teachings. If you aren’t guilty, why are you here?” “Perhaps I can clear the matter up,” put in Ertz. “Hoyland—”

“Well, I hope you can,” the Captain went on. “Come, let’s hear it.”

Ertz proceeded to give a reasonably correct, but slanted, version of Hoyland’s return and his strange story. The Captain listened, with an expression that varied between puzzlement and annoyance. When Ertz had concluded, the Captain turned to Hugh. “Humph!” he said.

Hugh spoke immediately. “The gist of my contention, Captain, is that there is a place up at no-weight where you can actually see the truth of our faith that the Ship is moving, where you can actually see Jordan’s Plan in operation. That is not a denial of faith; that affirms it. There is no need to take my word for it. Jordan Himself will prove it.”

Seeing that the Captain appeared to be in a state of indecision, Tyler broke in: “Captain, there is a possible explanation of this incredible situation which I feel duty bound that you should hear. Offhand, there are two obvious interpretations of Hoyland’s ridiculous story He may simply be guilty of extreme heresy, or he may be a mutie at heart and engaged in a scheme to lure you into their hands. But there is a third, more charitable explanation and one which I feel within me is probably the true one.

“There is record that Hoyland was seriously considered for the Converter at his birth inspection, but that his deviation from normal was slight, being simply an overlarge head, and he   was passed. It seems to me that the terrible experiences he has undergone at the hands of the muties have finally unhinged an unstable mind. The poor chap is simply not responsible for his own actions.”

Hugh looked at Tyler with new respect. To absolve him of guilt and at the same time to make absolutely certain that Hugh would wind up making the Trip: how neat! The Captain shook a palm at them. “This has gone on long enough.” Then, turning to Ertz, “Is there recommendation?”

“Yes, Captain. The Converter.”

“Very well, then. I really don’t see, Ertz,” he continued testily, “why I should be bothered with these details. It seems to me that you should be able to handle discipline in your department without my help.”

“Yes, Captain.”

The Captain shoved back from his desk, started to get up. “Recommendation confirmed. Dismissed.”

Anger flooded through Hugh at the unreasonable injustice of it. They had not even considered looking at the only real evidence he had in his defense. He heard a shout: “Wait!” — then discovered it was his own voice. The Captain paused, looking at him.

“Wait a moment,” Hugh went on, his words spilling out of their own accord. “This won’t make any difference, for you’re all so damn sure you know all the answers that you won’t consider  a fair offer to come see with your own eyes. Nevertheless … Nevertheless, it still moves!”

Hugh had plenty of time to think, lying in the compartment where they confined him to await the power needs of the Converter, time to think, and to second-guess his mistakes. Telling his tale to Ertz immediately, that had been mistake number one. He should have waited, become reacquainted with the man and felt him out, instead of depending on a friendship which had never been very close.

Second mistake, Mort Tyler. When he heard his name he should have investigated and found out just how much influence the man had with Ertz. He had known him of old, he should have known better.

Well, here he was, condemned as a mutant, or maybe as a heretic. It came to the same thing. He considered whether or not he should have tried to explain why mutants happened. He had learned about it himself in some of the old records in Joe-Jim’s possession. No, it wouldn’t wash. How could you explain about radiations from the Outside causing the birth of mutants when the listeners did not believe there was such a place as Outside? No, he had messed it up before he was ever taken before the Captain.

His self-recriminations were disturbed at last by the sound of his door being unfastened. It was too soon for another of the infrequent meals; he thought that they had come at last to take him away, and renewed his resolve to take someone with him.

But he was mistaken. He heard a voice of gentle dignity: “Son, son, how does this happen?” It was Lieutenant Nelson, his first teacher, looking older than ever and frail.

The interview was distressing for both of them. The old man, childless himself, had cherished great hopes for his protege, even the ambition that he might eventually aspire to the captaincy, though he had kept his vicarious ambition to himself, believing it not good for the young to praise them too highly. It had hurt his heart when the youth was lost.

Now he had returned, a man, but under disgraceful conditions and under sentence of death. The meeting was no less unhappy for Hugh. He had loved the old man, in his way, wanted to please him and needed his approval. But he could see, as he told his story, that Nelson was not capable of treating the the story as anything but an aberration of Hugh’s mind, and he suspected that Nelson would rather see him meet a quick death in the Converter, his atoms smashed to hydrogen and giving up clean useful power, than have him live to make a mock   of the ancient teachings.

In that.he did the old man an injustice; he underrated Nelson’s mercy, but not his devotion to ‘science.’ But let it be said for Hugh that, had there been no more at issue than his own personal welfare, he might have preferred death to breaking the heart of his benefactor, being a romantic and more than a bit foolish. Presently the old man got up to leave, the visit having grown unendurable to each of them. “Is there anything I can do for you, son? Do they feed you well enough?”

“Quite well, thanks,” Hugh lied. “Is there anything else?”

“No … yes, you might send me some tobacco. I haven’t had a chew in a long time.”

“I’ll take care of it. Is there anyone you would like to see?”

“Why, I was under the impression that I was not permitted visitors … ordinary visitors.”

“You are right, but I think perhaps I may be able to get the rule relaxed. But you will have to give me your promise not to speak of your heresy,” he added anxiously. Hugh thought quickly. This was a new aspect, a new possibility. His uncle? No, while they had always got along well, their minds did not meet; they would greet each other as strangers. He had never made friends easily; Ertz had been his obvious next friend and now look at the damned thing! Then he recalled his village chum, Alan Mahoney, with whom he had played as a boy. True, he had seen practically nothing of him since the time he was apprenticed to Nelson. Still… “Does Alan Mahoney still live in our village?”

“Why, yes.”

“I’d like to see him, if he’ll come.”

Alan arrived, nervous, ill at ease, but plainly glad to see Hugh and very much upset to find him under sentence to make the Trip. Hugh pounded him on the back. “Good boy,” he said. “I knew you would come.”

“Of course, I would,” protested Alan, “once I knew. But nobody in the village knew it. I don’t think even the Witnesses knew it.” “Well, you’re here, that’s what matters. Tell me about yourself. Have you married?”

“Huh, uh, no. Let’s not waste time talking about me. Nothing ever happens to me anyhow. How in Jordan’s name did you get in this jam, Hugh?” “I can’t talk about that, Alan. I promised Lieutenant Nelson that I wouldn’t.”

“Well, what’s a promise, that kind of a promise? You’re in a jam, fellow.” “Don’t I know it!”

“Somebody have it in for you?”

“Well, our old pal Mort Tyler didn’t help any; I think I can say that much.” Alan whistled and nodded his head slowly. “That explains a lot.”    “How come? You know something?”

“Maybe, — maybe not. After you went away he married Edris Baxter.”

“So? Hmm-m-m … yes, that clears up a lot.” He remained silent for a time.

Presently Alan spoke up: “Look, Hugh. You’re not going to sit here and take it, are you? Particularly with Tyler mixed in it. We gotta get you outa here.” “How?”

“I don’t know. Pull a raid, maybe. I guess I could get a few knives to rally round and help us; all good boys, spoiling for a fight.” “Then, when it’s over, we’d all be for the Converter. You, me, and your pals. No, it won’t wash.”

“But we’ve got to do something. We can’t just sit here and wait for them to burn you.”

“I know that.” Hugh studied Alan’s face. Was it a fair thing to ask? He went on, reassured by what he had seen. “Listen. You would do anything you could to get me out of this, wouldn’t you?”

“You know that.” Alan’s tone showed hurt.

“Very well, then. There is a dwarf named Bobo. I’ll tell you how to find him…”

Alan climbed, up and up, higher than he had ever been since Hugh had led him, as a boy, into foolhardy peril. He was older now, more conservative; he had no stomach for it. To the very real danger of leaving the well-traveled lower levels was added his superstitious ignorance. But still he climbed.

This should be about the place, unless he had lost count. But he saw nothing of the dwarf Bobo saw him first. Aslingshot load caught Alan in the pit of the stomach, even as he was shouting, “Bobo!”

Bobo backed into Joe-Jim’s compartment and dumped his load at the feet of the twins. “Fresh meat,” he said proudly. “So it is,” agreed Jim indifferently. “Well, it’s yours; take it away.”

The dwarf dug a thumb into a twisted ear, “Funny,” he said, “he knows Bobo’s name.”

Joe looked up from the book he was reading: _Browning’s Collected Poems_, L-Press, New York, London, Luna City, cr. 35. “That’s interesting. Hold on a moment.”

Hugh had prepared Alan for the shock of Joe-Jim’s appearance. In reasonably short order he collected his wits sufficiently to be able to tell his tale. Joe-Jim listened to it without much comment, Bobo with interest but little comprehension.

When Alan concluded, Jim remarked, “Well, you win, Joe. He didn’t make it.” Then, turning to Alan, he added, “You can take Hoyland’s place. Can you play checkers?” Alan looked from one head to the other. “But you don’t understand,” he said. “Aren’t you going to do anything about it?”

Joe looked puzzled. “Us? Why should we?”

“But you’ve got to. Don’t you see? He’s depending on you. There’s nobody else he can look to. That’s why I came. Don’t you see?”

“Wait a moment,” drawled Jim, “wait a moment. Keep your belt on. Supposing we did want to help him, which we don’t, how in Jordan’s Ship could we? Answer me that.” “Why, why,” Alan stumbled in the face of such stupidity. “Why, get up a rescue party, of course, and go down and get him out!”

“Why should we get ourselves killed in a fight to rescue your friend?” Bobo pricked his ears. “Fight?” he inquired eagerly. “No, Bobo,” Joe denied. “No fight. Just talk.” “Oh,” said Bobo and returned to passivity.

Alan looked at the dwarf. “If you’d even let Bobo and me—”

“No,” Joe said shortly. “It’s out of the question. Shut up about it.”

Alan sat in a corner, hugging his knees in despair. If only he could get out of there. He could still try to stir up some help down below. The dwarf seemed to be asleep, though it was difficult to be sure with him. If only Joe-Jim would sleep, too.

Joe-Jim showed no indication of sleepiness. Joe tried to continue reading, but Jim interrupted him from time to time. Alan could not hear what they were saying. Presently Joe raised his voice. “Is that your idea of fun?” he demanded.

“Well,” said Jim, “it beats checkers.”

“It does, does it? Suppose you get a knife in your eye; where would I be then?” “You’re getting old, Joe. No juice in you any more.”

“You’re as old as I am.”

“Yeah, but I got young ideas.”

“Oh, you make me sick. Have it your own way, but don’t blame me. Bobo!” The dwarf sprang up at once, alert. “Yeah, Boss.”

“Go out and dig up Squatty and Long Arm and Pig.”

Joe-Jim-got up, went to a locker, and started pulling knives out of their racks.

Hugh heard the commotion in the passageway outside his prison. It could be the guards coming to take him to the Converter, though they probably wouldn’t be so noisy. Or it could be just some excitement unrelated to him. On the other hand it might be …

It was. The door burst open, and Alan was inside, shouting at him and thrusting a brace of knives into his hands. He was hurried out of the door, while stuffing the knives in his belt and accepting two more.

Outside he saw Joe-Jim, who did not see him at once, as he was methodically letting fly, as calmly as if he had been engaging in target practice in his own study. And Bobo, who ducked his head and grinned with a mouth widened by a bleeding cut, but continued the easy flow of the motion whereby he loaded and let fly. There were three others, two of whom Hugh recognized as belonging to Joe-Jim’s privately owned gang of bullies, muties by definition and birthplace; they were not deformed.

The count does not include still forms on the floor plates.

“Come on!” yelled Alan. “There’ll be more in no time.” He hurried down the passage to the right

Joe-Jim desisted and followed him. Hugh let one blade go for luck at a figure running away to the left. The target was poor, and he had no time to see if he had thrown 01000. They scrambled along the passage, Bobo bringing up the rear, as if reluctant to leave the fun, and came to a point where a side passage crossed the main one.

Alan led them to the right again. “Stairs ahead,” he shouted.

They did not reach them. An airtight door, rarely used, clanged in their faces ten yards short of the stairs. Joe-Jim’s bravoes checked their flight and they looked doubtfully at their master. Bobo broke his thickened nails trying to get a purchase on the door.

The sounds of pursuit were clear behind them. “Boxed in,” said Joe softly. “I hope you like it, Jim.”

Hugh saw a head appear around the corner of the passage they had quitted. He threw overhand but the distance was too great; the knife clanged harmlessly against steel. The head disappeared. Long Arm kept his eye on the spot, his sling loaded and ready.

Hugh grabbed Bobo’s shoulder. “Listen! Do you see that light?”

The dwarf blinked stupidly. Hugh pointed to the intersection of the glowtubes where they crossed in the overhead directly above the junction of the passages. “That light. Can you hit them where they cross?”

Bobo measured the distance with his eye. It would be a hard shot under any conditions at that range. Here, constricted as he was by the low passageway, it called for a fast, flat trajectory, and allowance for higher weight then he was used to.

He did not answer. Hugh felt the wind of his swing but did not see the shot. There was a tinkling crash; the passage became dark.

“Now!” yelled Hugh, and led them away at a run. As they neared the intersection he shouted, “Hold your breaths! Mind the gas!” The radioactive vapor poured lazily out from the broken tube above and filled the crossing with a greenish mist.

Hugh ran to the right, thankful for his knowledge as an engineer of the lighting circuits. He had picked the right direction; the passage ahead was black, being serviced from beyond the break. He could hear footsteps around him; whether they were friend or enemy he did not know.

They burst into light. No one was in sight but a scared and harmless peasant who scurried away at an unlikely pace. They took a quick muster. All were present, but Bobo was making heavy going of it.

Joe looked at him. “He sniffed the gas, I think. Pound his back.”

Pig did so with a will. Bobo belched deeply, was suddenly sick, then grinned. “He’ll do,” decided Joe.

The slight delay had enabled one at least to catch up with them. He came plunging out of the dark, unaware of, or careless of, the strength against him. Alan knocked Pig’s arm down, as he raised it to throw. “Let me at him!” he demanded. “He’s mine!” It was Tyler.

“Man-fight?” Alan challenged, thumb on his blade.

Tyler’s eyes darted from adversary to adversary and accepted the invitation to individual duel by lunging at Alan. The quarters were too cramped for throwing; they closed, each achieving his grab in parry, fist to wrist.

Alan was stockier, probably stronger; Tyler was slippery. He attempted to give Alan a knee to the crotch. Alan evaded it, stamped on Tyler’s planted foot. They went clown. There was a crunching crack.

Amoment later, Alan was wiping his knife against his thigh. “Let’s get goin’,” he complained. “I’m scared.”

They reached a stairway, and raced up it, Long Arm and Pig ahead to fan out on each level and cover their flanks, and the third of the three choppers (Hugh heard him called Squatty) covering the rear. The others bunched in between.

Hugh thought they had won free, when he heard shouts and the clatter of a thrown knife just above him. He reached the level above in time to be cut not deeply but jaggedly by a ricocheted blade.

Three men were down. Long Arm bad a blade sticking in the fleshy part of his upper arm, but it did not seem to bother him. His slingshot was still spinning. Pig was scrambling after a thrown knife, his own armament exhausted. But there were signs of his work; one man was down on one knee some twenty feet away. He was bleeding from a knife wound in the thigh.

As the figure steadied himself with one hand against the bulkhead and reached towards an empty belt with the other, Hugh recognized him. Bill Ertz.

He had led a party up another way, and flanked them, to his own ruin. Bobo crowded behind Hugh and got his mighty arm free for the cast. Hugh caught at it. “Easy, Bobo,” he directed. “In the stomach, and easy.”

The dwarf looked puzzled, but did as he was told.

Ertz folded over at the middle and slid to the deck. “Well placed,” said Jim. “Bring him along, Bobo,” directed Hugh, “and stay in the middle.” He ran his eye over their party, now huddled at the top of that flight of stairs. “All right, gang; up we go again! Watch it.”

Long Arm and Pig swarmed up the next flight, the others disposing themselves as usual. Joe looked annoyed. In some fashion, a fashion by no means clear at the moment, he had been eased out as leader of this gang, his gang, and Hugh was giving orders. He reflected as there was no time now to make a fuss. It might get them all killed.

Jim did not appear to mind. In fact, he seemed to be enjoying himself.

They put ten more levels behind them with no organized opposition. Hugh directed them not to kill peasants unnecessarily. The three bravoes obeyed; Bobo was too loaded down with  Ertz to constitute a problem in discipline. Hugh saw to it that they put thirty-odd more decks below them and were well into no man’s land before he let vigilance relax at all. Then he called  a halt and they examined wounds.

The only deep ones were to Long Arm’s arm and Bobo’s face. Joe-Jim examined them and applied presses with which he had outfitted himself before starting. Hugh refused treatment for his flesh wound. “It’s stopped bleeding,” he insisted, “and I’ve got a lot to do.”

“You’ve got nothing to do but to get up home,” said Joe, “and that will be an end to this foolishness.” “Not quite,” denied Hugh. “You may be going home, but Alan and I and Bobo are going up to no-weight; to the Captain’s veranda.”

“Nonsense,” said Joe. “What for?”

“Come along if you like, and see. All right, gang. Let’s go.”

Joe started to speak, stopped when Jim kept still. Joe-Jim followed along. They floated gently through the door of the veranda, Hugh, Alan, Bobo with his still-passive burden, and Joe- Jim. “That’s it,” said Hugh to Alan, waving his hand at the splendid stars, “that’s what I’ve been telling you about.”

Alan looked and clutched at Hugh’s arm. “Jordan!” he moaned. “We’ll fall out!” He closed his eyes tightly. Hugh shook him. “It’s all right,” he said. “It’s grand. Open your eyes.”

Joe-Jim touched Hugh’s arm. “What’s it all about?” he demanded. “Why did you bring him up here?” He pointed to Ertz. “Oh, him. Well, when he wakes up I’m going to show him the stars, prove to him that the Ship moves.”

“Well? What for?”

“Then I’ll send him back down to convince some others.”

“Hm-m-m, suppose he doesn’t have any better luck than you had?”

“Why, then,” Hugh shrugged his shoulders “why, then we shall just have to do it all over, I suppose, till we do convince them. “We’ve got to do it, you know.”

COMMON SENSE

JOE, THE RIGHT HAND head of Joe-Jim, addressed his words to Hugh Hoyland. “All right, smart boy, you’ve convinced the Chief Engineer.” He gestured toward Bill Ertz with the blade of his knife, then resumed picking Jim’s teeth with it. “So what? Where does it get you?”

“I’ve explained that,” Hugh Hoyland answered irritably. “We keep on, until every scientist in the Ship, from the Captain to the greenest probationer, knows that the Ship moves and believes that we can make it move. Then we’ll finish the Trip, as Jordan willed. How many knives can you muster?” he added.

“Well, for the love of Jordan! Listen, have you got some fool idea that we are going to help you with this crazy scheme?” “Naturally. You’re necessary to it.”

“Then you had better think up another think. That’s out. Bobo! Get out the checkerboard.”

“O.K., Boss.” The microcephalic dwarf hunched himself up off the floor plates and trotted across Joe-Jim’s apartment.

“Hold it, Bobo.” Jim, the left-hand head, had spoken. The dwarf stopped dead, his narrow forehead wrinkled. The fact that his two-headed master occasionally failed to agree as to what Bobo should do was the only note of insecurity in his tranquil bloodthirsty existence.

“Let’s hear what he has to say,” Jim continued. “There may be some fun in this.”

“Fun! The fun of getting a knife in your ribs. Let me point out that they are my ribs, too. I don’t agree to it.”

“I didn’t ask you to agree; I asked you to listen. Leaving fun out of it, it may be the only way to keep a knife out of our ribs.”

“What do you mean?” Joe demanded suspiciously. “You heard what Ertz had to say.” Jim flicked a thumb toward the prisoner. “The Ship’s officers are planning to clean out the upper levels. How would you like to go into the Converter, Joe? You can’t play checkers after we’re broken down into hydrogen.”

“Bunk! The Crew can’t exterminate the muties; they’ve tried before.” Jim turned to Etrz. “How about it?”

Ertz answered somewhat diffidently, being acutely aware of his own changed status from a senior Ship’s officer to prisoner of war. He felt befuddled anyhow; too much had happened and too fast. He had been kidnaped, hauled up to the Captain’s veranda, and had there gazed out at the stars. The stars.

His hard-boiled rationalism included no such concept. If an Earth astronomer had had it physically demonstrated to him that the globe spun on its axis because someone turned a crank, the upset in evaluations could have been no greater.

Besides that, he was acutely aware that his own continued existence hung in fine balance. Joe-Jim was the first upper-level mutie he had ever met other than in combat, knife to knife. A word from him to that great ugly dwarf sprawled on the deck— He chose his words. “I think the Crew would be successful, this time. We … they have organized for it. Unless there are more of you than we think there are and better organized, I think it could be done. You see … well, uh, I organized it.”

“You?”

“Yes. Agood many of the Council don’t like the policy of letting the muties alone. Maybe it’s sound religious doctrine and maybe it isn’t, but we lose a child here and a couple of pigs there. It’s annoying.”

“What do you expect muties to eat?” demanded Jim belligerently. “Thin air?”

“No, not exactly. Anyhow, the new policy was not entirely destructive. Any muties that surrendered and could be civilized we planned to give to masters and put them to work as part of the Crew. That is, any that weren’t, uh … that were—” He broke off in embarrassment, and shifted his eyes from the two-headed monstrosity before him.

“You mean any that weren’t physical mutations, like me,” Joe filled in nastily. “Don’t you?” he persisted. “For the likes of me it’s the Converter, isn’t it?” He slapped the blade of his knife nervously on the palm of his hand.

Ertz edged away, his own hand shifting to his belt. But no knife was slung there; he felt naked and helpless without it. “Just a minute,” he said defensively, “you asked me; that’s the situation. It’s out of my hands. I’m just telling you.”

“Let him alone, Joe. He’s just handing you the straight dope. It’s like I was telling you: either go along with Hugh’s plan, or wait to be hunted down. And don’t get any ideas about killing him; we’re going to need him.” As Jim spoke he attempted to return the knife to its sheath. There was a brief and silent struggle between the twins for control of the motor nerves to their right arm, a clash of will below the level of physical activity. Joe gave in.

“All right,” he agreed surlily, “but if I go to the Converter, I want to take this one with me for company.” “Stow it,” said Jim. “You’ll have me for company.”

“Why do you believe him?”

“He has nothing to gain by lying. Ask Alan.”

Alan Mahoney, Hugh’s friend and boyhood chum, had listened to the argument round-eyed, without joining it. He, too, had suffered the nerve-shaking experience of viewing the outer stars, but his ignorant peasant mind had not the sharply formulated opinions of Ertz, the Chief Engineer. Ertz had been able to see almost at once that the very existence of a world outside the Ship changed all his plans and everything he had believed in; Alan was capable only of wonder.

“What about this plan to fight the muties, Alan?”

“Huh? Why, I don’t know anything about it. Shucks, I’m not a scientist. Say, wait a minute; there was a junior officer sent in to help our village scientist, Lieutenant Nelson.” He stopped and looked puzzled.

“What about it? Go ahead.”

“Well, he has been organizing the cadets in our village, and the married men, too, but not so much. Making ‘em practice with their blades and slings. Never told us what for, though.” Ertz spread his hands. “You see?”

Joe nodded. “I see,” he admitted grimly.

Hugh Hoyland looked at him eagerly. “Then you’re with me?” “I suppose so,” Joe admitted. “Right!” added Jim.

Hoyland looked back to Ertz. “How about you, Bill Ertz?” “What choice have I got?”

“Plenty. I want you with me wholeheartedly. Here’s the layout: The Crew doesn’t count; it’s the officers we have to convince. Any that aren’t too addlepated and stiff-necked to understand after they’ve seen the stars and the Control Room, we keep. The others—” he drew a thumb across his throat while making a harsh sibilance in his cheek, “the Converter.”

Bobo grinned happily and imitated the gesture and the sound. Ertz nodded. “Then what?”

“Muties and Crew together, under a new Captain, we move the Ship to Far Centaurus! Jordan’s Will be done!”

Ertz stood up and faced Hoyland. It was a heady notion, too big to be grasped at once, but, by Jordan! he liked it. He spread his hands on the table and leaned across it. “I’m with you, Hugh Hoyland!”

Aknife clattered on the table before him, one from the brace at Joe-Jim’s belt. Joe looked startled, seemed about to speak to his brother, then appeared to think better of it. Ertz looked his thanks and stuck the knife in his belt.

The twins whispered to each other for a moment, then Joe spoke up. “Might as well make it stick,” he said. He drew his remaining knife and, grasping the blade between thumb and forefinger so that only the point was exposed, he jabbed himself in the fleshly upper part of his left arm. “Blade for blade!”

Ertz’s eyebrows shot up. He whipped out his newly acquired blade and cut himself in the same location. The blood spurted and ran down to the crook of his arm. “Back to back!” He shoved the table aside and pressed his gory shoulder against the wound on Joe-Jim.

Alan Mahoney, Hugh Hoyland, Bobo: all had their blades out, all nicked their arms till the skin ran red and wet. They crowded in, bleeding shoulders pushed together so that the blood dripped united to the death.

“Blade for blade!” “Back to back!” “Blood to blood!”

“Blood brothers, to the end of the Trip!”

An apostate scientist, a kidnaped scientist, a dull peasant, a two-headed monster, a apple-brained moron; five knives, counting Joe-Jim as one; five brains, counting Joe-Jim as two and Bobo as none; five brains and five knives to overthrow an entire culture.

“But I don’t want to go back, Hugh.” Alan shuffled his feet and looked dogged. “Why can’t I stay here with you? I’m a good blade.” “Sure you are, old fellow. But right now you’ll be more useful as a spy.”

“But you’ve got Bill Ertz for that.”

“So we have, but we need you too. Bill is a public figure; he can’t duck out and climb to the upper levels without it being noticed and causing talk. That’s where you come in; you’re his go- between.”

“I’ll have a Huff of a time explaining where I’ve been.”

“Don’t explain any more than you have to. But stay away from the Witness.” Hugh had a sudden picture of Alan trying to deceive the old village historian, with his searching tongue and lust for details. “Keep clear of the Witness. The old boy would trip you up.”

“Him? You mean the old one; he’s dead. Made the Trip long since. The new one don’t amount to nothing.” “Good. If you’re careful, you’ll be safe.” Hugh raised his voice. “Bill! Are you ready to go down?”

“I suppose so.” Ertz picked himself up and reluctantly put aside the book he had been reading _The Three Musketeers_, illustrated, one of Joe-Jim’s carefully stolen library. “Say, that’s a wonderful book. Hugh, is Earth really like that?”

“Of course. Doesn’t it say so in the book?”

Ertz chewed his lip and thought about it. “What is a house?” “Ahouse? Ahouse is a sort of a… a sort of a compartment.”

“That’s what I thought at first, but how can you ride on a compartment?” “Huh? What do you mean?”

“Why, all through the book they keep climbing on their houses and riding away.”

“Let me see that book,” Joe ordered. Ertz handed it to him. Joe-Jim thumbed through it rapidly. “I see what you mean. Idiot! They ride horses, not houses.” “Well, what’s a horse?”

“Ahorse is an animal, like a big hog, or maybe like a cow. You squat up on top of it and let it carry you along.”

Ertz considered this. “It doesn’t seem practical. Look, when you ride in a litter, you tell the chief porter where you want to go. How can you tell a cow where you want to go?” “That’s easy. You have a porter lead it.”

Ertz conceded the point. “Anyhow, you might fall off. It isn’t practical. I’d rather walk.” “It’s quite a trick,” Joe explained. “Takes practice.”

“Can you do it?”

Jim sniggered. Joe looked annoyed. “There are no horses in the Ship.”                  “OK, O.K. But look. These guys Athos, Porthos, and Aramis, they had something—” “We can discuss that later,” Hugh interrupted. “Bobo is back. Are you ready to go, Bill?” “Don’t get in a hurry, Hugh. This is important. These chaps had knives.”               “Sure. Why not?”

“But they were better than our knives. They had knives as long as your arm, maybe longer. If we are going to fight the whole Crew, think what an advantage that would be.” “Hm-m-m.” Hugh drew his knife and looked at it, cradling it in his palm. “Maybe. You couldn’t throw it as well.”

“We could have throwing knives, too.” “Yes, I suppose we could.”

The twins had listened Without comment. “He’s right,” put in Joe. “Hugh, you take care of placing the knives. Jim and I have some reading to do.” Both of Joe-Jim’s heads were busy thinking of other books they owned, books. that discussed in saguinary detail the infinitely varied methods used by mankind to shorten the lives of enemies. He was about to institute a War College Department of Historical Research, although he called his project by no such fancy term.

“O.K.,” Hugh agreed, “but you will have to say the word to them.”

“Right away.” Joe-Jim stepped out of his apartment into the passageway where Bobo had assembled a couple of dozen of Joe-Jim’s henchmen among the muties. Save for Long Arm, Pig, and Squatty, who had taken part in the rescue of Hugh, they were all strangers to Hugh, Alan, and Bill, and they were all sudden death to strangers.

Joe-Jim motioned for the three from the lower decks to join him. He pointed them out to the muties, and ordered them to look closely and not to forget: these three were to have safe passage and protection wherever they went. Furthermore, in Joe-Jim’s absence his men were to take orders from any of them.

They stirred and looked at each other. Orders they were used to, but from Joe-Jim only.

Abig-nosed individual rose up from his squat and addressed them. He looked at Joe-Jim, but his words were intended for all. “I am Jack-of-the-Nose. My blade is sharp and my eye is keen. Joe-Jim with the two wise heads is my Boss and my knife fights for him. But Joe is my Boss, not strangers from heavy decks. What do say, knives? Is that not the Rule?”

He paused. The others had listened to him stealing glances at Joe-Jim. Joe muttered something of the corner of his mouth to Bobo. Jack O’Nose opened his mouth to continue. There was a smash of splintering teeth, a crack from a broken neck; his mouth stopped with a missile.

Bobo reloaded his slingshot. The body, not yet still, settled slowly to the deck. Joe-Jim waved a hand it. “Good eating!” Joe announced. “He’s yours.” The muties converged on the body as if they had suddenly been unleashed. They concealed it completely in a busy grunting pile-up. Knives out, they cuffed and crowded each other for a piece of the prize.

Joe-Jim waited patiently for the undoing to be over, then, when the place where Jack O’Nose had been was no more than a stain on the deck and the several polite arguments over the sharing had died down, he started again; Joe spoke. “Long Arm, you and Forty-one and the Ax go down with Bobo, Alan and Bill. The rest here.”

Bobo trotted away in the long loping strides, sped on by the low pseudogravity near the axis of rotation of Ship. Three of the muties detached themselves from pack and followed. Ertz and Alan Mahoney hurried catch up.

When he reached the nearest staircase trunk, he skipped out into space without breaking his stride letting centrifugal force carry him down to the next. Alan and the muties followed; but Ertz paused on the edge and looked back. “Jordan keep you, brother!” he sang out.

Joe-Jim waved to him. “And you,” acknowledged Joe. “Good eating!” Jim added.

“Good eating!”

Bobo led them down forty-odd decks, well into no man’s land inhabited neither by mutie nor crew, stopped. He pointed in succession to Long Arm, Forty-one, and the Ax. “Two Wise Heads say for you to watch here. You first,” he added, pointing again to Forty-one. “It’s like this,” Ertz amplified. “Alan and I are going down to heavy-weight level. You three are to keep a guard here, one at a time, so that I will be able to send messages back up to Joe-Jim. Get it?”

“Sure. Why not?” Long Arm answered.

“Joe-Jim says it,” Forty-one commented with a note of finality in his voice. The Ax grunted agreeably.

“O.K.,” said Bobo. Forty-one sat down at the stairwell, letting his feet hang over, and turned his attention to food which he had been carrying tucked under his left arm.

Bobo slapped Ertz and Alan on their backs. “Good eating,” he bade them, grinning. When he could get his breath, Ertz acknowledged the courteous thought, then dropped at once to the next lower deck, Alan close after him. They had still many decks to go to ‘civilization.’

Commander Phineas Narby, Executive Assistant to Jordan’s Captain, in rummaging through the desk of the Chief Engineer was amused to find that Bill Ertz had secreted therein a couple of Unnecessary books. There were the usual Sacred books, of course, including the priceless _Care and Maintenance of the Auxiliary Fourstage Converter_ and the _Handbook of Power, Light, and Conditioning, Starship Vanguard_. These were Sacred books of the first order, bearing the imprint of Jordan himself, and could lawfully be held only by the Chief Engineer.

Narby considered himself a skeptic and rationalist. Belief in Jordan was a good thing — for the Crew. Nevertheless the sight of a title page with the words ‘Jordan Foundation’ on it stirred up within him a trace of religious awe such as he had not felt since before he was admitted to scientisthood.

He knew that the feeling was irrational; probably there had been at some time in the past some person or persons called Jordan. Jordan might have been an early engineer or captain who codified the common sense and almost instinctive rules for running the Ship. Or, as seemed more likely, the Jordan myth went back much farther than this book in his hand, and its author had simply availed himself of the ignorant superstitions of the Crew to give his writings authority. Narby knew how such things were done; he planned to give the new policy with respect to the muties the same blessing of Jordan when the time was ripe for it to be put into execution. Yes, order and discipline and belief in authority were good things, for the Crew. It was equally evident that a rational, coolheaded common sense was a proper attribute for the scientists who were custodians of the Ship’s welfare, common sense and a belief in  nothing but facts.

He admired the exact lettering on the pages of the book he held. They certainly had excellent clerks in those ancient times; not the sloppy draftsmen he was forced to put up with, who could hardly print two letters alike.

He made a mental note to study these two indispensable handbooks of the engineering department before turning them over to Ertz’s successor. It would be well, he thought, not to be too dependent on the statements of the Chief Engineer when he himself succeeded to the captaincy. Narby had no particular respect for engineers, largely because he had no particular talent for engineering. When he had first reached scientisthood and had been charged to defend the spiritual and material welfare of the Crew, had sworn to uphold the Teachings of Jordan, he soon discovered that administration and personnel management were more in his lines than tending the converter or servicing the power lines. He had served as clerk,  village administrator, recorder to the Council, personnel officer, and was now chief executive for Jordan’s Captain himself, ever since an unfortunate and rather mysterious accident had shortened the life of Narby’s predecessor in that post.

His decision to study up on engineering before a new Chief Engineer was selected brought to mind the problem of choosing a new chief. Normally the Senior Watch Officer for the Converter would become Chief Engineer when a chief made the Trip, but in this case, Mort Tyler, the Senior Watch, had made the Trip at the same time; his body had been found, stiff   and cold, after the mutie raid which had rescued that heretic, Hugh Hoyland. That left the choice wide open and Narby was a bit undecided as to whom he should suggest to the Captain.

One thing was certain; the new chief must not be a man with as much aggressive initiative as Ertz. Narby admitted that Ertz had done a good job in organizing the Crew for the proposed

extermination of the muties, but his very efficiency had made him too strong a candidate for succession to the captaincy, if and when. Had he thought about it overtly Narby might have admitted to himself that the present Captain’s life span had extended unduly because Narby was not absolutely certain that Ertz would not be selected. What he did think was that this might be a good time for the old Captain to surrender his spirit to Jordan. The fat old fool had long outlived his usefulness; Narby was tired of having to wheedle him into giving the proper orders. If the Council were faced with the necessity of selecting a new Captain at this time, there was but one candidate available. Narby put the book down, his mind made up.

The simple decision to eliminate the old Captain carried with it in Narby’s mind no feeling of shame, nor sin, nor disloyalty. He felt contempt but not dislike for the Captain, and no mean spirit colored his decision to kill him. Narby’s plans were made on the noble level of statesmanship. He honestly believed that his objective was the welfare of the entire Crew; common- sense administration, order and discipline, good eating for everyone. He selected himself because it was obvious to him that he was best fitted to accomplish those worthy ends. That some must make the Trip in order that these larger interests be served he did not find even mildly regrettable, but he bore them no malice.

“What in the Huff are you doing at my desk?”

Narby looked up to see the late Bill Ertz standing over him, not looking pleased. He looked again, then as an afterthought closed his mouth. He had been so certain, when Ertz failed to reappear after the raid, that he had made the Trip and was in all probability butchered and eaten; so certain that it was now a sharp wrench to his mind to see Ertz standing before him, aggressively alive. But he pulled himself together.

“Bill! Jordan bless you, man, we thought you had made the Trip! Sit down, sit down, and tell me what happened to you.” “I will if you will get out of my chair,” Ertz answered bitingly.

“Oh, sorry!” Narby hastily vacated the chair at Ertz’s desk and found another.

“And now,” Ertz continued, taking the seat Narby had left, “you might explain why you were going through my writings.”

Narby managed to look hurt. “Isn’t that obvious? We assumed you were dead. Someone had to take over and attend to your department until a new chief was designated. I was acting on behalf of the Captain.”

Ertz looked him in the eyes. “Don’t give me that guff, Narby. You know and I know who puts words in the Captain’s mouth; we’ve planned it often enough. Even if you did think I was dead,  it seems to me you could wait longer than the time between two sleeps to pry through my desk.”

“Now really, old man, when a person is missing after a mutie raid, it’s a common-sense assumption that he has made the Trip.” “O.K., O.K., skip it. Why didn’t Mort Tyler take over in the meantime?”

“He’s in the Converter.”

“Killed, eh? But who ordered him put in the Converter? That much mass will make a terrific peak in the load.”

“I did, in place of Hugh Hoyland. Their masses were nearly the same, and your requisition for the mass of Hugh Hoyland was unfilled.” “Nearly the same isn’t good enough in handling the Converter. I’ll have to check on it.” He started to rise.

“Don’t get excited,” said Narby. “I’m not an utter fool in engineering, you know. I ordered his mass to be trimmed according to the same schedule you had laid out for Hoyland.” “Well, all right. That will do for now. But I will have to check it. We can’t afford to waste mass.”

“Speaking of waste mass,” Narby said sweetly, “I found a couple of Unnecessary books in your desk.” “Well?”

“They are classed as mass available for power, you know.” “So? And who is the custodian of mass allocated for power?” “You are certainly. But what were they doing in your desk?”

“Let me point out to you, my dear Captain’s Best Boy, that it lies entirely within my discretion where I choose to store mass available for power.” “Hm-m-m. I suppose you are right. By the way, if you don’t need them for the power schedule at once, would you mind letting me read them?”

“Not at all, if you want to be reasonable about it. I’ll check them out to you: have to do that; they’ve already been centrifuged. Just be discreet about it.” “Thanks. Some of those ancients had vivid imaginations. Utterly crazy, of course, but amusing for relaxation.”

Ertz got out the two volumes and prepared a receipt for Narby to sign. He did this absent-mindedly, being preoccupied with the problem of how and when to tackle Narby. Phineas Narby he knew to be a key man in the task he and his blood brothers had undertaken, perhaps the key man. If he could be won over… “Fine,” he said, when Narby had signed, “I wonder if we followed the wisest policy in Hoyland’s case.” Narby looked surprised, but said nothing.

“Oh, I don’t mean that I put any stock in his story,” Ertz added hastily, “but I feel that we missed an opportunity. We should have kidded him along. He was a contact with the muties. The worst handicap we work under in trying to bring mutie country under the rule of the Council is the fact that we know very little about theni. We don’t know how many of them there are, nor how strong they are, or how well organized. Besides that, we will have to carry the fight to them and that’s a big disadvantage. We don’t really know our way around the upper decks. If we had played along with him and pretended to believe his story, we might have learned a lot of things.”

“But we couldn’t rely on what he told us,” Narby pointed out

“We didn’t need to. He offered us an opportunity to go all the way to no-weight, and look around.”

Narby looked astounded. “You surely aren’t serious? Amember of the Crew that trusted the muties’ promise not to harm him wouldn’t get up to no-weight; he’d make the Trip — fast!” “I’m not so certain about that,” Ertz objected. “Hoyland believed his own story, I’m sure of that. And—”

“What! All that utter nonsense about the Ship being capable of moving. The solid Ship.” He pounded the bulkhead. “No one could believe that.”

“But I tell you he did. He’s a religious fanatic, granted. But he saw something up there, and that was how he interpreted it. We could have gone up to see whatever it was he was raving about and used the chance to scout out the muties.”

“Utterly foolhardy!”

“I don’t think so. He must have a great deal of influence among the muties; look at the trouble they went to just to rescue him. If he says he can give us safe passage up to no-weight, I think he can.”

“Why this sudden change of opinion?”

“It was the raid that changed my mind. If anyone had told me that a gang of muties would come clear down to high-weight and risk their necks to save the life of one man I would not have believed him. But it happened. I’m forced to revise my opinions. Quite aside from his story, it’s evident that the muties will fight for him and probably take orders from him. If that is true, it would be worth while to pander to his religious convictions if it would enable us to gain control over the muties without having to fight for it.”

Narby shrugged it off. “Theoretically you may have something there. But why waste time over might-have-beens? If there was such an opportunity, we missed it.” “Maybe not. Hoyland is still alive and back with the muties. If I could figure out some way of getting a message to him, we might still be able to arrange it.”        “But how could you?”

“I don’t know exactly. I might take a couple of the boys and do some climbing. If we could capture a mutie without killing him, it might work out.”

“Aslim chance.”

“I’m willing to risk it”

Narby turned the matter over in his mind. The whole plan seemed to him to be filled with long chances and foolish assumptions. Nevertheless if Ertz were willing to take the risk and it   did work, Narby’s dearest ambition would be much nearer realization. Subduing the unities by force would be a long and bloody job, perhaps an impossible job. He was clearly aware of its difficulty.

If it did not work, nothing was lost, but Ertz. Now that he thought it over, Ertz would be no loss at this point in the game. Hm-m-m. “Go ahead,” he said. “You are a brave man, but its a worth-while venture.”

“O.K.,” Ertz agreed. “Good eating.”

Narby took the hint. “Good eating,” he answered, gathered up the books, and left. It did not occur to him until later that Ertz had not told him where he had been for so long.

And Ertz was aware that Narby had not been entirely frank with him, but, knowing Narby, he was not surprised. He was pleased enough that his extemporaneous groundwork for future action had been so well received. It never did occur to him that it might have been simpler and more effective to tell the truth.

Ertz busied himseif for a short time in making a routine inspection of the Converter and appointed an acting Senior Watch Officer. Satisfied that his department could then take care of  itself during a further absence, he sent for his chief porter and told the servant to fetch Alan Mahoney from his village. He had considered ordering his litter and meeting Mahoney halfway, but he decided against it as being too conspicuous.

Alan greeted him with enthusiasm. To him, still an unmarried cadet and working for more provident men when his contemporaries were all heads of families and solid men of property,  the knowledge that he was blood brother to a senior scientist was quite the most important thing that had ever happened to him, even overshadowing his recent adventures, the meaning of which he was hardly qualified to understand anyway.

Ertz cut him short, and hastily closed the door to the outer engineering office. “Walls have ears,” he said quietly, “and certainly clerks have ears, and tongues as well. Do you want us both to make the Trip?”

“Aw, gosh, Bill … I didn’t mean to—”

“Never mind. I’ll meet you on the same stair trunk we came down by, ten decks above this one. Can you count?”

“Sure, I can count that much. I can count twice that much. One and one makes two, and one more makes three, and one more makes four, and one makes five, and—”

“That’s enough. I see you can. But I’m relying more on your loyalty and your knife than I am on your mathematical ability. Meet me there as soon as you can. Go up somewhere where you won’t be noticed.”

Forty-one was still on watch when they reached the rendezvous. Ertz called him by name while standing out of range of slingshot or thrown knife, a reasonable precaution in dealing with  a creature who had grown to man size by being fast with his weapons. Once identification had been established, he directed the guard to find Hugh Hoyland. He and Alan sat down to wait.

Forty-one failed to find Hugh Hoyland at Joe-Jim’s apartment. Nor was Joe-Jim there. He did find Bobo, but the pinhead was not very helpful. Hugh, Bobo told him, had gone up where- everybody-flies. That meant very little to Forty-one; he had been up to no-weight only once in his life. Since the level of weightlessness extended the entire length of the Ship, being in fact the last concentric cylinder around the Ship’s axis, not that Forty-one could conceive it in those terms, the information that Hugh. had headed for no-weight was not helpful.

Forty-one was puzzled. An order from Joe-Jim was not to be ignored and he had got it through his not overbright mind that an order from Ertz carried the same weight. He woke Bobo up again. “Where is the Two Wise Heads?”

“Gone to see knifemaker.” Bobo closed his eyes again.

That was better. Forty-one knew where the knifemaker lived. Every mutie had dealings with her; she was the indispensable artisan and tradesman of mutie country. Her person was necessarily taboo; her workshop and the adjacent neighborhood were neutral territory for all. He scurried up two decks and hurried thence.

Adoor reading THERMODYNAMIC LABORATORY: KEEP OUT was standing open. Forty-one could not read; neither the name nor the injunction mattered to him. But he could hear voices, one of which be identified as coming from the twins, the other from the knifemaker. He walked in. “Boss,” be began.

“Shut up,” said Joe. Jim did not look around but continued his argument with the Mother of Blades. “You’ll make knives,” he said, “and none of your lip.”

She faced him, her four calloused hands set firmly on her broad hips. Her eyes were reddened from staring into the furnace in which she heated her metal; sweat ran down her wrinkled face into the sparse gray mustache which disfigured her upper lip, and dripped onto her bare chest. “Sure I make knives,” she snapped. “Honest knives. Not pig-stickers like you want   me to make. Knives as long as your arm, ptui!” She spat at the cherry-red lip of the furnace.

“Listen, you old Crew bait,” Jim replied evenly, “you’ll make knives the way I tell you to, or I’ll toast your feet in your own furnace. Hear me?” Forty-one was struck speechless. No one ever talked back to the Mother of Blades; the Boss was certainly a man of power!

The knifemaker suddenly cracked. “But that’s not the right way to make knives,” she complained shrilly. “They wouldn’t balance right. I’ll show you.” She snatched up two braces of knives from her workbench and let fly at a cross-shaped target across the room — not in succession, but all four arms swinging together, all four blades in the air at once. They spwiged into the target, a blade at the extreme end of each arm of the cross. “See? You couldn’t do that with a long knife. It would fight with itself and not go straight.”

“Boss—” Forty-one tried again. Joe-Jim handed him a mouthful of knuckles without looking around.

“I see your point,” Jim told the knifemaker, “but we don’t want these knives for throwing. We want them for cutting and stabbing up close. Get on with it; I want to see the first one before you eat again.”

The old woman bit her lip. “Do I get my usuals?” she said sharply.

“Certainly you get your usuals,” he assured her. “Atithe on every kill till the blades are paid for, and good eating all the time you work.”

She shrugged her misshapen shoulders. “O.K.” She turned, tonged up a long flat fragment of steel with her two left hands and clanged the stock into the furnace. Joe-Jim turned to Forty- one.

“What is it?” Joe asked.     “Boss, Ertz sent me to get Hugh.” “Well, why didn’t you do it?”

“I don’t find him. Bobo says he’s gone up to no-weight.”

“Well, go get him. No, that won’t do; you wouldn’t know where to find him. I’ll have to do it myself. Go back to Ertz and tell him to wait.” Forty-one hurried off. The Boss was all right, but it was not good to tarry in his presence.

“Now you’ve got us running errands,” Jim commented sourly. “How do you like being a blood brother, Joe?” “You got us into this.”

“So? The blood-swearing was your idea.”

“Damn it, you know why I did that. They took it seriously. And we are going to need all the help we can get, if we are to get out of this with a skin that will hold water.”

“Oh? So you didn’t take it seriously?”

“Did you?”

Jim smiled cynically. “Just about as seriously as you do, my dear, deceitful brother. As matters stand now, it is much, much healthier for you and me to keep to the bargain right up to the hilt. ‘All for one and one for all!’”

“You’ve been reading Dumas again.” “And why not?”

“That’s O.K. But don’t be a damn fool about it.”         “I won’t be. I know which side of the blade is edged.”

Joe-Jim found Squatty and Pig sleeping outside the door which led to the Control Room. He knew then that Hugh must be inside, for he had assigned the two as personal bodyguards to Hugh. It was a foregone conclusion anyhow; if Hugh had gone up to no-weight, he would be heading either for Main Drive, or the Control Room, more probably the Control Room. The place held a tremendous fascination for Hugh. Ever since the earlier time when Joe-Jim had almost literally dragged him into the Control Room and had forced him to see with his own eyes that the Ship was not the whole world but simply a vessel adrift in a much larger world — a vessel that could be driven and moved — ever since that time and throughout the period that followed while he was still a captured slave of Joe-Jim’s, he had been obsessed with the idea of moving the Ship, of sitting at the controls and making it go!

It meant more to him than it could possibly have meant to a space pilot from Earth. From the time that the first rocket made the little jump from Terra to the Moon, the spaceship pilot has been the standard romantic hero whom every boy wished to emulate. But Hugh’s ambition was of no such picayune caliber; he wished to move his world. In Earth standards and concepts it would be less ambitious to dream of equipping the Sun with jets and go gunning it around the Galaxy.

Young Archimedes had his lever; he sought a fulcrum.

Joe-Jim paused at the door of the great silver stellarium globe which constituted the Control Room and peered in. He could not see Hugh, but he knew that he must be at the controls in the chair of the chief astrogator, for the lights were being manipulated. The images of the stars were scattered over the inner surface of the sphere producing a simulacrum of the heavens outside the Ship. The illusion was not fully convincing from the door where Joe-Jim rested; from the center of the sphere it would be complete.

Sector by sector the stars snuffed out, as Hugh manipulated the controls from the center of the sphere. Asector was left shining on the far side forward. It was marked by a large and brilliant orb, many times as bright as its companions. Joe-Jim ceased watching and pulled himself hand over hand up to the control chairs. “Hugh!” Jim called out.

“Who’s there?” demanded Hugh and leaned his head out of the deep chair. “Oh, it’s you. Hello.” “Ertz wants to see you. Come on out of there.”

“O.K. But come here first. I want to show you something.”

“Nuts to him,” Joe said to his brother. But Jim answered, “Oh, come on and see what it is. Won’t take long.” The twins climbed into the control station and settled down in the chair next to Hugh’s. “What’s up?”         “That star out there,” said Hugh, pointing at the brilliant one. “It’s grown bigger since the last time I was here.” “Huh? Sure it has. It’s been getting brighter for a long time. Couldn’t see it at all first time I was ever in here.” “Then we’re closer to it.”

“Of course,” agreed Joe. “I knew that. It just goes to prove that the Ship is moving.” “But why didn’t you tell me about this?”

“About what?”

“About that star. About the way it’s been growing bigger.” “What difference does it make?”

“What difference does it make! Why, good Jordan, man, that’s it. That’s where we’re going. That’s the End of the Trip!”

Joe-Jim, both of him, was momentarily startled. Not being himself concerned with any objective other than his own safety and comfort, it was hard for him to realize that Hugh, and perhaps Bill Ertz as well, held as their first objective the recapturing of the lost accomplishments of their ancestors’ high order to complete the long-forgotten, half-mythical Trip to Far Centaurus.

Jim recovered himself. “Hm-m-m. Maybe. What makes you think that star is Far Centaurus?”

“Maybe it isn’t. I don’t care. But it’s the star we are closest to and we are moving toward it. When we don’t know which star is which, one is as good as another. Joe-Jim, the ancients must have had some way of telling the stars apart.”

“Sure they did,” Joe confirmed, “but what of it? You’ve picked the one you want to go to. Come on. I want to get back down.” “All right,” Hugh agreed reluctantly. They began the long trip down.

Ertz sketched out to Joe-Jim and Hugh his interview with Narby. “Now my idea in coming up,” he continued, “is this: I’ll send Alan back down to heavy-weight with a message to Narby, telling him that I’ve been able to get in contact with you, Hugh, and urging him to meet us somewhere above Crew country to hear what I’ve found out.”

“Why don’t you simply go back and fetch him yourself?” objected Hugh.

Ertz looked slightly sheepish. “Because you tried that method on me, and it didn’t work. You returned from mutie country and told me the wonders you had seen. I didn’t believe you and had you tried for heresy. If Joe-Jim hadn’t rescued you, you would have gone to the Converter. If you had not hauled me up to no-weight and forced me to see with my own eyes, I never would have believed you. I assure you Narby won’t be any easier a lock to force than I was. I want to get him up here, then show him the stars and make him see, peacefully if we can; by force if we must.”

“I don’t get it,” said Joe. “Why wouldn’t it be simpler to cut his throat?”

“It would be a pleasure. But it wouldn’t be smart. Narby can be a tremendous amount of help to us. Jim, if you knew the Ship’s organization the way I do, you would see why. Narby carries more weight in the Council than any other Ship’s officer and he speaks for the Captain. If we win him over, we may never have to fight at all. if we don’t … well, I’m not sure of the outcome, not if we have to fight.”

“I don’t think he’ll come up. He’ll suspect a trap.”

“Which is another reason why Alan must go rather than myself. He would ask me a lot of embarrassing questions and be dubious about the answers. Alan he won’t expect so much of.” Ertz turned to Alan and continued, “Alan, you don’t know anything when he asks you but just what I’m about to tell you. Savvy?”

“Sure. I don’t know nothing, I ain’t seen nothing, I ain’t heard nothing.” With frank simplicity he added, “I never did know much.”

“Good. You’ve never laid eyes on Joe-Jim, you’ve never heard of the stars. You’re just my messenger, a knife I took along to help me. Now here’s what you are to tell him.” He gave Alan the message for Narby, couched in simple but provocative terms, then made sure that Alan had it all straight. “All right, on your way! Good eating.”

Alan slapped the grip of his knife, answered, “Good eating!” and sped away.

It is not possible for a peasant to burst precipitously into the presence of the Captain’s Executive; Alan found that out. He was halted by the master-at-arms on watch outside Narby’s

suite, cuffed around a bit for his insistence on entering, referred to a boredly unsympathetic clerk who took his name and told him to return to his village and wait to be summoned. He held his ground and insisted that he had a message of immediate importance from the Chief Engineer to Commander Narby. The clerk looked up again. “Give me the writing.”

“There is no writing.”

“What? That’s ridiculous. There is always a writing. Regulations.” “He had no time to make a writing. He gave me a word message.” “What is it?”

Alan shook his head. “It is private, for Commander Narby only. I have orders.” The clerk looked his exasperation.

But, being only a probationer, he forewent the satisfaction of direct and immediate disciplining of the recalcitrant churl in favor of the safer course of passing the buck higher up. The chief clerk was brief. “Give me the message.”

Alan braced himself and spoke to a scientist in a fashion be had never used in his life, even to one as junior, as this passed clerk. “Sir, all I ask is for you to tell Commrnder Narby that I have a message for him from Chief Engineer Ertz. If the message is not delivered, I won’t be the one to go to the Converter! But I don’t dare give the message to anyone else.”

The under official pulled at his lip, and decided to take a chance on disturbing his superior.

Alan delivered his message to Narby in a low voice in order that the orderly standing just outside the door might not overhear. Narby stared at him. “Ertz wants me to come along with you up to mutie country?”

“Not all the way up to mutie country, sir. To a point in between, where Hugh Hoyland can meet you.” Narby exhaled noisily. “It’s preposterous. I’ll send a squad of knives up to fetch him down to me.”

Alan delivered the balance of his message. This time he carefully raised his voice to ensure that the orderly, and, if possible, others might hear his words. “Ertz said to tell you that if you were afraid to go, just to forget the whole matter. He will take it up with the Council himself.”

Alan owed his continued existence thereafter to the fact that Narby was the sort of man who lived by shrewdness rather than by direct force. Narby’s knife was at his belt; Alan was painfully aware that he had been required to deposit his own with the master-at-arms.

Narby controlled his expression. He was too intelligent to attribute the insult to the oaf before him, though he promised himself to give said oaf a little special attention at a more convenient time. Pique, curiosity, and potential loss of face all entered into his decision. “I’m coming with you,” he said savagely. “I want to ask him if you got his message straight.”

Narby considered having a major guard called out to accompany him, but he discarded the idea. Not only would it make the affair extremely public before he had an opportunity to judge its political aspects, but also it would cost him almost as much face as simply refusing to go. But he inquired nervously of Alan as Alan retrieved his weapon from the master-at-arms, “You’re a good knife?”

“None better,” Alan agreed cheerfully.

Narby hoped that the man was not simply boasting. Muties! Narby wished that he himself had found more time lately for practice in the manly arts.

Narby gradually regained his composure as he followed Alan up toward low-weight. In the first place nothing happened, no alarms; in the second place Alan was obviously a cautious  and competent scout, one who moved alert and noiselessly and never entered a deck without pausing to peer cautiously around before letting his body follow his eye. Narby might have been more nervous had be hearing what Alan did hear: little noises from the depths of the great dim passageways, rustlings which told him that their progress was flanked on all sides. This worried Alan subconsciously, although he had expected something of the sort; he knew that both Hugh and Joe-Jim were careful captains who would not neglect to cover an approach. He would have worried more if he had not been able detect a reconnaissance which should have been present.

When he approached the rendezvous some twenty decks above the highest civilized level, he stopped and whistled. Awhistle answered him. “It’s Alan,” he called out.

“Come up and show yourself?” Alan did so, without neglecting his usual caution. When be saw no one but his friends: Ertz, Hugh, Joe-Jim, and Bobo, be motioned for Narby to foflow him.

The sight of Joe-Jim and Bobo broke Narby’s unsteady calm with a sudden feeling that he had been trapped. He snatched at his knife and backed clumsily down the stair then turned. Bobo’s knife was out even faster. For a split moment the outcome hung balanced, ready to fall either way. But Joe-Jim slapped Bobo across the face, took his knife from him and let it clatter to the deck, then relieved him of his slingshot.

Narby was in full flight, with Hugh and Ertz calling vainly after him. “Fetch him, Bobo!” Jim commanded, “and do not hurt him.” Bobo lumbered away.

He was back in fairly short order. “Run fast,” be commented. He dropped Narby to the deck where the officer lay almost quiet while he fought to catch his breath. Bobo took Narby’s knife from his own belt and tried it by shaving coarse black hairs from his left forearm. “Good blade,” he approved.

“Give it back to him,” Jim ordered. Bobo looked extremely startled but complied wistfully. Joe-Jim returned Bobo’s own weapons to him. Narby matched Bobo’s surprise at regaining his sidearm, but he concealed it better. He even managed to accept it with dignity.

“Look,” Ertz began in worried tones, “I’m sorry you got your wind up, Fin. Bobo’s not a bad sort. It was the only way to get you back.”

Narby fought with himself to regain the cool self-discipline with which he habitually met the world. Damn! he told himself, this situation is preposterous. Well… “Forget it,” he said shortly.  “I was expecting to meet you; I didn’t expect a bunch of armed muties. You have an odd taste in playmates, Ertz.”

“Sorry,” Bill Ertz replied, “I guess I should have warned you.” a piece of mendacious diplomacy. “But they’re all right. Bobo you’ve met. This is Joe-Jim. He’s a… a sort of a Ship’s officer among the muties.”

“Good eating,” Joe acknowledged politely. “Good eating,” Narby replied mechanically.

“Hugh you know, I think.” Narby agreed that he did. An embarrassed pause followed. Narby broke it.

“Well,” he said, “you must have had some reason to send word for me to come up here. Or was it just to play games?”

“I did,” Ertz agreed. “I — Shucks, I hardly know where to start. See here, Narby, you won’t believe this, but I’ve seen. Everything Hugh told us was true. I’ve been in the Control Room. I’ve seen the stars. I know?”

Narby stared at him. “Ertz,” he said slowly, “you’ve gone out of your mind.”

Hugh Hoyland spoke up excitedly. “That’s because you haven’t seen. It moves, look you. The Ship moves like a—”

“Fit handle this,” Ertz cut in. “listen to me, Narby. What it all means you will soon decide for yourself, but I can tell you what I saw. They took me up to no-weight and into the Captain’s veranda. That’s a compartment with a glass wall. You can stare right out through into a great black empty space: big, bigger than anything could be. Bigger than the Ship. And there were lights out there, stars, just like the ancient myths said.”

Narby looked both amazed and disgusted. “Where’s your logic, man? I thought you were a scientist. What do you mean, ‘bigger than the Ship’? That’s an absurdity, a contradiction in terms. By definition, the Ship is the Ship. All else is a part of it.”

Ertz shrugged helplessly. “I know it sounds that way. I can’t explain it; it defies all logic. It’s — Oh, Huff! You’ll know what I mean when you see it.”

“Control yourself,” Narby advised him. “Don’t talk nonsense. Athing is logical or it isn’t. For a thing to be it must occupy space. You’ve seen, or thought you saw, something remarkable, but whatever it was, it can be no larger than the compartment it was in. You can’t show me anything that contradicts an obvious fact of nature.”

“I told you I couldn’t explain it.” “Of course you can’t.”

The twins had been whispering disgustedly, one head to the other. “Stop the chatter,” Joe said in louder tones. “We’re ready to go. Come on.” “Sure,” Ertz agreed eagerly, “let’s drop it, Narby, until you have seen it. Come on now; it’s a long climb.”

“What?” Narby demanded. “Say, what is this? Go where?” “Up to the Captain’s veranda, and the Control Room.” “Me? Don’t be ridiculous. I’m going down at once.”

“No, Narby,” Ertz denied. “That’s why I sent for you. You’ve got to see.”

“Don’t be silly. I don’t need to see; common sense gives sufficient answer. However,” he went on, “I do want to congratulate you on making a friendly contact with the muties. We should be able to work out some means of cooperation. I think—”

Joe-Jim took one step forward. “You’re wasting time,” he said evenly. “We’re going up; you, too. I really do insist.”              Narby shook his head. “It’s out of the question. Some other time, perhaps, after we have worked out a method of cooperation.” Hugh stepped in closer to him from the other side. “You don’t seem to understand. You’re going now.”

Narby glanced the other way at Ertz. Ertz nodded. “That’s how it is, Narby.”

Narby cursed himself silently. Great Jordan! What in the Ship was he thinking of to let himself get into such a position? He had a distinct feeling that the two-headed man would rather  that he showed fight. Impossible, preposterous situation. He cursed again to himself, but gave way as gracefully as he could. “Oh, well! Rather than cause an argument I’ll go now. Let’s get on with it. Which way?”

“Just stick with me,” advised Ertz. Joe-Jim whistled loudly in a set pattern. Muties seemed to grow out of the floor plates, the bulkheads, the overhead, until six or eight more had been added to the party. Narby was suddenly sick with the full realization of just how far he had strayed from the way of caution. The party moved up.

It took them a long time to get up to no-weight, as Narby was not used to climbing. The steady reduction in weight as they rose from deck to deck relieved him somewhat but the help afforded was more than offset by the stomach qualms he felt as weight dropped away from him. He did not have a true attack of space-sickness; like all born in the Ship, muties and Crew, he was more or less acclimated to lessened weight, but he had done practically no climbing since reckless adolescence. By the time they reached the innermost deck of the Ship he was acutely uncomfortable and hardly able to proceed.

Joe-Jim sent the added members of the party back below and told Bobo to carry Narby. Narby waved him away. “I can make it,” he protested, and by sheer stubborn will forced his body to behave. Joe-Jim looked him over and countermanded the order. By the time a long series of gliding dives had carried them as far forward as the transverse bulkhead beyond which lay  the Control Room, he was reasonably comfortable again.

They did not stop first at the Control Room, but, in accordance with a plan of Hugh’s, continued on to. the Captain’s veranda. Narby was braced for what he saw there, not only by Ertz’s confused explanation, but because Hugh had chattered buoyantly to him about it all the latter part of the trip. Hugh was feeling warmly friendly to Narby by the time they arrived; it was wonderful to have somebody to listen!

Hugh floated in through the door ahead of the others, executed a neat turn in mid-air, and steadied himself with one hand on the back of the Captain’s easy chair. With the other he waved at the great view port and the starry firmament beyond it. “There it is!” he exulted. “There it is. Look at it, isn’t it wonderful?”

Narby’s face, showed no expression, but he looked long and intently at the brilliant display. “Remarkable,” he conceded at last, “remarkable. I’ve never seen anything like it.” “Remarkable ain’t half,” protested Hugh. “Wonderful is the word.”

“O.K., ‘wonderful,’” Narby assented. “Those bright little lights … you say those are the stars that the ancients talked about?”

“Why, yes,” agreed Hugh, feeling slightly disconcerted without knowing why, “only they’re not little. They’re big, enormous things, like the Ship. They just look little because they are so far away. See that very bright one, that big one, down to the left? It looks big because it’s closer. I think that is Far Centaurus, but I’m not sure,” he admitted in a burst of frankness.

Narby glanced quickly at him, then back to the big star. “How far away is it?”

“I don’t know. But we’ll find out. There are instruments to measure such things in the Control Room, but I haven’t got the hang of them entirely. It doesn’t matter, though. We’ll get there yet!”

“Huh?”

“Sure. Finish the Trip.”

Narby looked blank, but said nothing. His was a careful and orderly mind, logical to a high degree. He was a capable executive and could make rapid decisions when necessary, but he was by nature inclined to reserve his opinions when possible, until he had had time to chew over the data and assess it.

He was even more taciturn, in the Control Room. He listened and looked, but asked very few questions. Hugh did not care. This was his toy, his gadget, his baby. To show it off to someone who had never seen it and who would listen was all he asked.

At Ertz’s suggestion the party stopped at Joe-Jim’s apartment on the way back down. Narby must be committed to the same course of action as the blood brotherhood and plans must be made to carry out such action, if the stratagem which brought Narby to them was to be fruitful. Narby agreed to stop unreluctantly, having become convinced of the reality of the truce under which he made this unprecedented sortie into mutie country. He listened quietly while Ertz outlined what they had in mind. He was still quiet when Ertz had finished.

“Well?” said Ertz at last, when the silence had dragged on long enough to get on his nerves. “You expect some comment from me?”

“Yes, of course. You figure into it.” Narby knew that he did and knew that an answer was expected from him; he was stalling for time.

“Well…” Narby pursed his lips and fitted his fingertips together. “It seems to me that this problem divides itself into two parts. Hugh Hoyland, as I understand it, your purpose of carrying  out the ancient Plan of Jordan cannot be realized until the Ship as a whole is pacified and brought under one rule; you need order and discipline for your purpose from Crew country clear to the Control Room. Is that right?”

“Certainly. We have to man the Main Drive and that means—”

“Please. Frankly, I am not qualified to understand things that I have seen so recently and have had no opportunity to study. As to your chances of success in that project, I would prefer to rely on the opinion of the Chief Engineer. Your problem is the second phase; it appears that you are necessarily interested in the first phase.”

“Of course.”

“Then let’s talk about the first phase only. It involves matters of public policy and administration. I feel more at home there; perhaps my advice will be useful. Joe-Jim, I understand that you ate looking for an opportunity to effect a peace between the muties and the members of the Crew; peace and good eating? Right?”

“That’s correct,” Jim agreed.

“Good. It has been my purpose for a long time and that of many of the Ship’s officers. Frankly it never occurred to me that it could be achieved other than by sheer force. We had steeled ourselves to the prospect of a long and difficult and bloody war. The records of the oldest Witness, handed down to him by his predecessors clear back to the time of the mythical Mutiny, make no mention of anything but war between muties and the Crew. But this is a better way; I am delighted.”

“Then you’re with us!” exclaimed Ertz.

“Steady, there are many other things to be considered. Ertz, you and I know, and Hoyland as well I should think, that not all of the Ship’s officers will agree with us. What of that?” “That’s easy,” put in Hugh Hoyland. “Bring them up to no-weight one at a time, let them see the stars and learn the truth.”

Narby shook his head. “You have the litter carrying the porters. I told you this problem is in two phases. There is no point in trying to convince a man of something he won’t believe when you need him to agree to something he can understand. After the Ship is consolidated it will be simple enough then to let the officers experience the Control Room and the stars.”

“But—”

“He’s right,” Ertz stopped him. “No use getting cluttered up with a lot of religious issues when the immediate problem is a practical one. There are numerous officers whom we could get on our side for the purpose of pacifying the Ship who would raise all kinds of fuss if we tackled them first on the idea that the Ship moves.”

“But—”

“No ‘buts’ about it. Narby is right. It’s common sense. Now, Narby, about this matter of those officers who may not be convinced, here’s how we see it: In the first place it’s your business and mine to win over as many as we can. Any who hold out against us — well, the Converter is always hungry.”

Narby nodded, completely undismayed by the idea of assassination as a policy. “That seems the safest plan. Mightn’t it be a little bit difficult?” “That is where Joe-Jim comes in. We’ll have the best knives in the Ship to back us up.”

“I see. Joe-Jim is, I take it, Boss of all the muties?”

“What gave you that idea?” growled Joe, vexed without knowing why.

“Why, I supposed … I was given to understand—” Narby stopped. No one had told him that Joe-Jim was king of the upper decks; he had assumed it from appearances. He felt suddenly very uneasy. Had he been negotiating uselessly? What was the point in a pact with this two-headed monstrosity if he did not speak for the muties?

“I should have made that clear,” Ertz said hastily. “Joe-Jim helps us to establish a new administration, then we will be able to back him up with knives to pacify the rest of the muties. Joe- Jim isn’t Boss of all the muties, but he has the largest, strongest gang. With our help he soon will be Boss of all of them.”

Narby quickly adjusted his mind to the new data. Muties against muties, with only a little help from the cadets of the Crew, seemed to him a good way to fight. On second thoughts, it was better than an outright truce at once, for there would be fewer muties to administer when it was all over, less chance of another mutiny. “I see,” he agreed. “So … Have you considered what the situation will be afterwards?”

“What do you mean?” inquired Hoyland.

“Can you picture the present Captain carrying out these plans?” Ertz saw what he was driving at, and so did Hoyland vaguely. “Go on,” said Ertz.

“Who is to be the new Captain?” Narby looked squarely at Ertz.

Ertz had not thought the matter through; he realized now that the question was very pertinent, if the coup d’etat was not to be followed by a bloody scramble for power. He had permitted himself to dream of being selected as Captain, sometime. But he knew that Narby was pointed that way, too.

Ertz had been as honestly struck by the romantic notion of moving the Ship as Hoyland. He realized that his old ambition stood in the way of the plan; he renounced the old with only a touch of wistfulness.

“You will have to be Captain, Fin. Are you willing to be?”

Phineas Narby accepted gracefully. “I suppose so, if that’s the way you want it. You would make a fine Captain, yourself, Ertz.”

Ertz shook his head, understanding perfectly that Narby’s full cooperation turned on this point. “I’ll continue Chief Engineer. I want to handle the Main Drive of the Trip.” “Slow down!” Joe interrupted. “I don’t agree to this. Why should he be Captain?”

Narby faced him. “Do you want to be Captain?” He kept his voice carefully free of sarcasm. Amutie for Captain! “Huff’s name, no! But why should you be? Why not Ertz or Hugh?”

“Not me,” Hugh disclaimed. “I’ll have no time for administration. I’m the astrogator.”

“Seriously, Joe-Jim,” Ertz explained, “Narby is the one of the group who can get the necessary cooperation out of the Ship’s officers.” “Damn it, if they won’t cooperate we can slit their throats.”

“With Narby as Captain we won’t have to slit throats.”

“I don’t like it,” groused Joe. His brother shushed, “Why get excited about it, Joe? Jordan knows we don’t want the responsibility.”

“I quite understand your misgivings,” Narby suggested suavely, “but I don’t think you need worry. I would forced to depend on you, of course, to administer the muties. I would administer the lower decks, a job I am used to and you would be Vice-Captain, if you are willing serve, for the muties. It would be folly for me to attempt to administer directly a part of the Ship I’m not familiar with and people whose customs I don’t know. I really can’t accept the captaincy unless you are willing to help me in that fashion. Will you do it?”

“I don’t want any part of it,” protested Joe.

“I’m sorry. Then I must refuse to be Captain. I really can’t undertake it if you won’t help me that much.” “Oh, go ahead, Joe,” Jim insisted. “Let’s take it, for the time being at least. The job has to be done.” “All right,” Joe capitulated, “but I don’t like it.”

Narby ignored the fact that Joe-Jim had not specifically agreed to Narby’s elevation to the captaincy; no further mention was made of it.

The discussion of ways and means was tedious and need not be repeated. It was agreed that Ertz, Alan, and Narby should all return to their usual haunts and occupations while preparations were made to strike.

Hugh detailed a guard to see them safely down to high-weight. “You’ll send Alan up when you are ready?” he said to Narby as they were about to leave.

“Yes,” Narby agreed, “but don’t expect him soon. Ertz and I will have to have time to feel out friends, and there’s the matter of the old Captain. I’ll have to persuade him to call a meeting of all the Ship’s officers; he’s never too easy to handle.”

“Well, that’s your job. Good eating!” “Good eating.”

On the few occasions when the scientist priests who ruled the Ship under Jordan’s Captain met in full assembly they gathered in a great hall directly above the Ship’s offices on the last civilized deck. Forgotten generations past, before the time of the mutiny led by Ship’s Metalsmith Roy Huff, the hall had been a gymnasium, a place for fun and healthy exercise, as planned by the designers of the great starship; but the present users knew nothing of that.

Narby watched the roster clerk check off the Ship’s Officers as they arrived, worried under a bland countenance. There were only a few more to arrive; he would soon have no excuse not to notify the Captain that the meeting was ready, but he had received no word from Joe-Jim and Hoyland. Had that fool Alan managed to get himself killed on the way up to deliver the word? Had he fallen and broken his worthless neck? Was he dead with a mutie’s knife in his belly?

Ertz came in, and before seeking his seat among the department heads, went up to where Narby sat in front of the Captain’s chair. “How about it?” he inquired softly. “All right,” Narby told him, “but no word yet.”

“Hm-m-m.” Ertz turned around and assayed his support in the crowd. Narby did likewise. Not a majority, not a certain majority, for anything as drastic as this. Still, the issue would not depend on voting.

The roster clerk touched his arm. “All present, sir, except those excused for sickness, and one on watch at the Converter.”

Narby directed that the Captain be notified, with a sick feeling that something had gone wrong. The Captain, as usual, with complete disregard for the comfort and convenience of others, took his time about appearing. Narby was glad of the delay, but miserable in enduring it. When the old man finally waddled in, flanked by his orderlies, and settled heavily into his chair,   he was, again as usual, impatient to get the meeting over. He waved for the others to be seated and started in on Narby.

“Very well, Commander Narby, let’s have the agenda. You have an agenda, I hope?” “Yes, Captain, there is an agenda.”

“Then have it read, man, have it read! Why are you delaying?”

“Yes, sir.” Narby turned to the reading clerk and handed him a sheaf of writings. The clerk glanced at them, looked puzzled, but, receiving no encouragement from Narby, commenced to read: “Petition, to Council and Captain: Lieutenant Braune, administrator of the village of Sector 9, being of frail health and advanced age, prays that he be relieved of all duty and retired.” The clerk continued, setting forth the recommendations of the officers and departments concerned.

The Captain twisted impatiently in his chair, finally interrupted the reading. “What is this, Narby? Can’t you handle routine matters without all this fuss?”

“I understood that the Captain was displeased with the fashion in which a similar matter was lately handled. I have no wish to trespass on the Captain’s prerogatives.” “Nonsense, man! Don’t read Regulations to me. Let the Council act, then bring their decision to me for review.”

“Yes, sir.” Narby took the writing from the clerk and gave him another. The clerk read.

It was an equally fiddling matter. Sector 3 village, because of an unexplained blight which had infected their hydroponic farms, prayed for relief and a suspension of taxes. The Captain  put up with still less of this item before interrupting. Narby would have been sorely pressed for any excuse to continue the meeting had not the word he awaited arrived at that moment. It was a mere scrap of parchment, brought in from outside the hall by one of his own men. It contained the single word, “Ready.” Narby looked at it, nodded to Ertz, and addressed the Captain:

“Sir, since you have no wish to listen to the petitions of your Crew, I will continue at once with the main business of this meeting.” The veiled insolence of the statement caused the Captain to stare at him suspiciously, but Narby went on. “For many generations, through the lives of a succession of Witnesses, the Crew has suffered from the depredations of the muties. Our livestock, our children, even our own persons, have been in constant jeopardy. Jordan’s Regulations are not honored above the levels where we live. Jordan’s Captain himself is not free to travel in the upper levels of the Ship.

“It has been an article of faith that Jordan so ordained it, that the children pay with blood for the sins of their ancestors. It was the will of Jordan, we were told. “I, for one, have never been reconciled to this constant drain on the Ship’s mass.” He paused.

The old Captain had been having some difficulty in believing his ears. But he found his voice. Pointing, he squealed, “Do you dispute the Teachings?”

“I do not. I maintain that the Teachings do not command us to leave the muties outside the Regulations, and never did. I demand that they be brought under the Regulations!” “You … you! You are relieved of duty, sir!”

“Not,” answered Narby, his insolence now overt, “until I have had my say.”

“Arrest that man!” But the Captain’s orderlies stood fast, though they shuffled and looked unhappy. Narby himself had selected them.

Narby turned back to the amazed Council, and caught the eye of Ertz. “All right,” he said. “Now!” Ertz got up and trotted toward the door. Narby continued, “Many of you think as I do, but we always supposed that we would have to fight for it. With the help of Jordan, I have been able to achieve contact with the muties and propose terms of a truce. Their leaders are coming here to negotiate with us. There!” He pointed dramatically at the door.

Ertz reappeared; following him came Hugh Hoyland, Joe-Jim, and Bobo. Hoyland turned to the right along the wall and circled the company. He was followed single file by a string of muties: Joe-Jim’s best butcher boys. Another such column trailed after Joe-Jim and Bobo to the left.

Joe-Jim, Hugh, and half a dozen more in each wing were covered with crude armor which extended below their waists. The armor was topped off with clumsy helms, latticeworks of steel, which protected their heads without greatly interfering with vision. Each of the armored ones, a few of the others, carried unheard-of knives, long as a man’s arm!

The startled officers might have stopped the invasion at the bottleneck through which it entered had they been warned and led. But they were disorganized, helpless, and their strongest leaders had invited the invaders in. They shifted in their chairs, reached for their knives, and glanced anxiously from one to another. But no one made the first move which would start a general bloodletting.

Narby turned to the Captain. “What about it? Do you receive this delegation in peace?”

It seemed likely that age and fat living would keep the Captain from answering, from ever answering anything again. But he managed to croak, “Get ‘em out of here! Get ‘em out! You— You’ll make the Trip for this!”

Narby turned back to Joe-Jim and jerked his thumb upward. Jim spoke to Bobo and a knife was buried to the grip in the Captain’s fat belly. He squawked, rather than screamed, and a look of utter bewilderment spread over his features. He plucked awkwardly at the hilt as if to assure himself that it was really there. “Mutiny.” he stated. “Mutiny—” The word trailed off as he collapsed into his chair, and fell heavily forward to the deck on his face.

Narby shoved it with his foot and spoke to the two orderlies. “Carry it outside,” he commanded. They obeyed, seeming relieved at having something to do and someone to tell them to do it. Narby turned back to the silent watching mass. “Does anyone else object to a peace with the muties?”

An elderly officer, one who had dreamed away his life as judge and spiritual adviser to a remote village, stood up and pointed a bony finger at Narby, while his white beard jutted indignantly. “Jordan will punish you for this! Mutiny and sin, the spirit of Huff!”

Narby nodded to Joe-Jim; the old man’s words gurgled in his throat, the point of a blade sticking out under one ear. Bobo looked pleased with himself.

“There has been enough talk,” Narby announced. “It is better to have a little blood now than much blood later. Let those who stand with me in this matter get up and come forward.” Ertz set the precedent by striding forward and urging his surest personal supporters to come with him. Reaching the front of the room, he pulled out his knife and raised the point. “I

salute Phineas Narby, Jordan’s Captain!”

His own supporters were left with no choice. “Phineas Narby, Jordan’s Captain!”

The hard young men in Narby’s clique, the backbone of the dissident rationalist bloc among the scientist priests, joined the swing forward en masse, points raised high and shouting for

the new Captain. The undecided and the opportunists hastened to join, as they saw which side of the blade was edged. When the division was complete, there remained a handful only of Ship’s officers still hanging back, almost all of whom were either elderly or hyperreligious.

Ertz watched Captain Narby look them over, then pick up Joe-Jim with his eyes. Ertz put a hand on his arm. “There are few of them and practically helpless,” he pointed out. “Why not disarm them and let them retire?”

Narby Eave him an unfriendly look. “Let them stay alive and breed mutiny. I am quite capable of making my own decisions, Ertz.” Ertz bit his lip. “Very well, Captain.”

“That’s better.” He signaled to Joe-Jim. The long knives made short work of it.

Hugh hung back horn the slaughter. His old teacher, Lieutenant Nelson, the village scientist who had seen his ability and selected him for scientisthood, was one of the group. It was a factor be had not anticipated.

World conquest and consolidation. Faith, or the Sword. Joe-Jim’s bullies, amplified by hot-blooded young cadets supplied by Captain Narby, combed the middle decks and the upper decks. The muties, individualists by the very nature of their existence and owing no allegiance higher than that to the leaders of their gangs, were no match for the planned generalship of Joe-Jim, nor did their weapons match the strange, long knives that bit before a man was ready.

The rumor spread through mutie country that it was better to surrender quietly to the gang of the Two Wise Heads; good eating for those who surrendered, death inescapable for those who did not.

But it was nevertheless a long slow process. There were so many, many decks, so many miles of gloomy corridors, so many countless compartments in which unsubdued muties might lurk. Furthermore, the process grew slower as it advanced, as Joe-Jim attempted to establish a police patrol, an interior guard, over each sector, deck, and stair way trunk, as fast as his striking groups mopped them up.

To Narby’s disappointment, the two-headed man was not killed in his campaigns. Joe-Jim had learned from his own books that a general need not necessarily expose himself to direct combat.

Hugh buried himself in the Control Room. Not only was he more interested in the subtle problems of mastering the how and why of the complex controls and the parallel complexity of starship ballistics, but also the whole matter of the blood purge was distasteful to him because of Lieutenant Nelson. Violence and death he was used to; they were commonplace even on the lower levels, but that incident made him vaguely unhappy, even though his own evaluations were not sufficiently clean-cut for him to feel personal responsibility for the old man’s death.

He just wished it had not happened.

But the controls: ahh. There was something a man could put his heart into. He was attempting a task that an Earthman would have rejected as impossible; an Earthmaa would have known that the piloting and operation of an interstellar ship was a task so difficult that the best possible technical education combined with extensive experience in the handling of lesser spacecraft would constitute a barely adequate grounding for the additional intensive highly specialized training necessary for the task.

Hugh Hoyland did not know that. So he went ahead and did it anyhow.

In which attempt he was aided by the genius of the designers. The controls of most machinery may be considered under the head of simple pairs, stop-and-go, push-and-pull, up-and- down, in-and-out, on-and-off, right-and-left, their permutations and combinations. The real difficulties have to do with upkeep and repair, adjustment and replacements.

But the controls and main drive machinery of the starship Vanguard required no upkeep and no repair; their complexities were below the molar level, they contained no moving parts, friction took no toil and they did not fall out of adjustment. Had it been necessary for him to understand and repair the machines he dealt with, it would have been impossible. Afourteen- year-old child may safely be entrusted with a family skycar and be allowed to make thousand-mile jaunts overnight unaccompanied; it is much more probable that he will injure himself on the trip by overeating than by finding some way to mismanage or damage the vehicle. But if the skycar should fall out of adjustment, ground itself, and signal for a repair crew, the repair crew is essential; the child cannot fix it himself.

The Vanguard needed no repair crew, save for nonessential ancilliary machinery such as transbelts, elevators, automassagers, dining services, and the like. Such machinery which necessarily used moving parts had worn out before the time of the first Witness; the useless mass involved had gone into the auxiliary Converter, or had been adapted to other simpler purposes. Hugh was not even aware that there ever had been such machinery; the stripped condition of most compartments was a simple fact of nature to him, no cause for wonder.

Hugh was aided in his quest for understanding by two other facts:

First, spaceship ballistics is a very simple subject, being hardly more than the application of the second law of motion to an inverse-square field. That statement runs contrary to our   usual credos; It happens to be true. Baking a cake calls for much greater, though subconscious, knowledge of engineering; knitting a sweater requires a subconscious understanding of much more complex mathematical relationships: topology of a knitted garment, but try it yourself sometime!

For a complex subject, consider neurology, or catalysts, but don’t mention ballistics.

Second, the designers had clearly in mind that the Vanguard would reach her destination not sooner than generations after her departure; they wished to make it easy for the then-not- yet-born pilots who would command her on arrival. Although they anticipated no such hiatus in technical culture as took place, they did their best to make the controls simple and self- explanatory. The sophisticated fourteen-year-old mentioned, oriented as he would be to the concept of space, would doubtless have figured them out in a few minutes. Hugh, reared in a culture which believed that the Ship was the whole world, made no such quick job of it.

He was hampered by two foreign concepts, distance and metrical time. He had to learn to operate the finder, a delayed-action, long-base, parallax type designed for the Vanguard, and had taken measurements on a couple of dozen stellar bodies before it occurred him that the results he was getting could possibly stand for anything. The readings were in parsecs and without meaning emotionally. The attempt with the aid of the Sacred to translate his readings into linear units he could stand resulted in figures which he felt sure were were obviously preposterous. Check and recheck, followed long periods of brooding forced him unwillingly into some dim comprehension of astronomical magnitudes.

The concepts frightened him and bewildered him. For a period of several sleeps he stayed away from the Control Room, and gave way to a feeling of futility and depression. He occupied the time in sorting over the women captives, it being the first time since his capture by Joe-Jim long ago that he had had both the opportunity and the mood to consider the subject. The candidates were numerous, for, in addition to the usual crop of village maidens, Joe-Jim’s military operations had produced a number of prime widows. Hugh availed himself of his leading position in the Ship’s new setup to select two women. The first was a widow, a strong competent woman, adept at providing a man with domestic comforts. He set her up in his new apartment high up in low-weight, gave her a free hand, and allowed her to retain her former name of Chloe.

The other was a maiden, untrained and wild as a mutie. Hugh could not have told himself why he picked her. Certainly she had no virtues, but she made him feel funny. She had bitten him while he was inspecting her; he had slapped her, naturally, and that should have been an end to the matter. But he sent word back later for her father to send her along.

He had not got around to naming her.

Metrical time caused him as much mental confusion as astronomical distances, but no emotional upset The trouble was again the lack of the concept in the Ship. The Crew had the notion of topological time; they understood “now,” “before,” “after,” “has been,” “will be,” even such notions as long time and short time, but the notion of measured time had dropped out of the culture. The lowest of earthbound cultures has some idea of measured time, even if limited to days and seasons, but every earthly concept of measured time originates in astronomical phenomena; the Crew had been insulated from all astronomical phenomena for uncounted generations.

Hugh had before him, on the control consoles, the only working timepieces in the Ship, but it was a long, long time before he grasped what they were for and what bearing they had on other instruments. But until did, he could not control the Ship. Speed, and its derivatives, acceleration and flexure, are based on measured time.

But when these two new concepts were finally grasped, chewed over, and ancient books reread in the light of these concepts, he was, in a greatly restricted and theoretical sense, an astrogator.

Hugh sought out Joe-Jim to ask him a question. Joe-Jim’s minds were brilliantly penetrating when he cared to exert himself; he remained a superficial dilettante because he rarely cared.

Hugh found Narby just leaving. In order to conduct the campaign of pacification of the muties it had been necessary for Narby and Joe-Jim to confer frequently; to their mutual surprise they got along well together. Narby was a capable administrator, able to delegate authority and not given to useless elbow jogging; Joe-Jim surprised and pleased Narby by being more able than any subordinate he had ever dealt with before. There was no love wasted. between them, but each recognized in the other both intelligence and a hard self-interest which matched his own. There was respect and grudging contemptuous liking.

“Good eating, Captain,” Hugh greeted Narby formally.

“Oh, hello, Hugh,” Narby answered, then turned back to Joe-Jim. “I’ll expect a report, then.”

“You’ll get it,” Joe agreed. “There can’t be more than a few dozen stragglers. We’ll hunt them out, or starve them.” “Am I butting in?” Hugh asked.

“No, I’m just leaving. How goes the great work, my dear fellow?” He smiled irritatingly. “Well enough, but slowly. Do you wish a report?”

“No hurry. Oh, by the bye, I’ve made the Control Room and Main Drive, in fact the entire level of no-weight, taboo for everyone, muties and Crew alike.” “So? I see your point, I guess. There is no need for any but officers to go up there.”

“You don’t understand me. It is a general taboo, applying to officers as well. Not to ourselves, of course.”                             “But… but, that won’t work. The only effective way to convince the officers of the truth is to take them up and show them the stars!”

“That’s exactly my point. I can’t have any officers upset by disturbing ideas while I am consolidating my administration. It will, create religious differences and impair discipline.” Hugh was too upset and astounded to answer at once. “But,” he said at last, “but that’s the point. That’s why you were made Captain.”

“And as Captain I will have to be the final judge of policy. The matter is closed. You are not to take anyone to the Control Room, nor any part of no-weight, until I deem it advisable. You’ll have to wait.”

“It’s a good idea, Hugh,” Jim commented. “We shouldn’t stir things up while we’ve got a war to attend to.” “Let me get this straight,” Hugh persisted. “You mean this is a temporary policy?”

“You could put it that way.”

“Well, all right,” Hugh conceded. “But wait — Ertz and I need to train assistants at once.” “Very well. Nominate them to me and I’ll pass on them. Whom do you have in mind?”

Hugh thought. He did not actually need assistance himself; although the Control Room contained acceleration chairs for half a dozen, one man, seated in the chief astrogator’s chair, could pilot the Ship. The same applied to Ertz in the Main Drive station, save in one respect. “How about Ertz? He needs porters to move mass to the Main Drive.”

“Let him. I’ll sign the writing. See that he uses porters from the former muties; but no one goes to the Control Room save those who have been there before.” Narby turned and left with an air of dismissal.

Hugh watched him leave, then said, “I don’t like this, Joe-Jim.” “Why not?” Jim asked. “It’s reasonable.”

“Perhaps it is. But … well, damn it! It seems to me, somehow, that truth ought to be free to anyone, any time!” He threw up his hands in a gesture of baffled exasperation. Joe-Jim looked at him oddly. “What a curious idea,” said Joe.

“Yeah, I know. It’s not common sense, but it seems like it ought to be. Oh, well, forget it! That’s not what I came to see you about.” “What’s on your mind, Bud?”

“How do we … Look, we finish the Trip, see? We’ve got the Ship touching a planet, like this—” He brought his two fists together. “Yes. Go on.”

“Well, when that’s done, how do we get out of the Ship?”

The twins looked confused, started to argue between themselves. Finally Joe interrupted his brother. “Wait a bit, Jim. Let’s be logical about this. It was intended for us to get out; that implies a door, doesn’t it?”

“Yeah. Sure.”

“There’s no door up here. It must be down in high weight.”

“But it isn’t,” objected Hugh. “All that country is known. There isn’t any door. It has to be up in mutie country.”

“In that case,” Joe continued, “it should be either all the way forward, or all the way aft, otherwise it would not go anywhere. It isn’t aft. There’s nothing back of Main Drive but solid bulkheads. It would need to be forward.”

“That’s silly,” Jim commented. “There’s the Control Room and the Captain’s veranda. That’s all.” “Oh, yeah? How about the locked compartments?”

“Those aren’t doors, not to the Outside anyway. Just bulkheads abaft the Control Room.” “No, stupid, but they might lead to doors.”

“Stupid, eh? Even so, how are you going to open them; answer me that, bright boy?” “What,” demanded Hugh, “are the ‘locked compartments’?”

“Don’t you know? There are seven doors, spaced on the main shaft in the same bulkhead as the door to Main Control Room. We’ve never been able to open them.” “Well, maybe that’s what we’re looking for. Let’s see!”

“It’s a waste of time,” Jim insisted. But they went.

Bobo was taken along to try his monstrous strength on the doors. But even his knotted swollen muscles couldn’t budge the levers which appeared to be intended to actuate the doors. “Well?” Jim sneered to his brother. “You see?”

Joe shrugged. “O.K., you win. Let’s go down.”

“Wait a little,” Hugh pleaded. “The second door back the handle seemed to turn a little. Let’s try it again.” “I’m afraid it’s useless,” Jim commented. But Joe said, “Oh, all right, as long as we’re here.”

Bobo tried again, wedging his shoulder under the lever and pushing from his knees. The lever gave suddenly, but the door did not open. “He’s broken it,” Joe announced.

“Yeah,” Hugh acknowledged. “I guess that’s that.” He placed his hand against the door. It swung open easily.

The door did not lead to outer space, which was well for the three, for nothing in their experience warned them against the peril of the outer vacuum. Instead a very short and narrow vestibule led them to another door which was just barely ajar. The door stuck on its hinges, but the fact that it was slightly ajar prevented it from binding anywhere else. Perhaps the last man to use it left it so as a precaution against the metal surfaces freezing together, but no one would ever know.

Bobo’s uncouth strength opened it easily. Another door lay six feet beyond. “I don’t understand this,” complained Jim as Bobo strained at the third door. “What’s the sense in an endless series of doors?”

“Wait and find out,” advised his brother.

Beyond the third door lay, not another door, but an apartment, a group of compartments, odd ones, small, crowded together and of unusual shapes. Bobo shot on. ahead and explored the place, knife in teeth, his ugly body almost graceful in flight. Hugh and Joe-Jim proceeded more slowly, their eyes caught by the strangeness Of the place.

Bobo returned, killed his momentum skillfully against a bulkhead, took his blade from his teeth, and reported, “No door. No more door any place. Bobo look.” “There has to be,” Hugh insisted, irritated at the dwarf for demolishing his hopes.

The moron shrugged. “Bobo look.”

“We’ll look.” Hugh and the twins moved off in different directions, splitting the reconnaissance between them.

Hugh found no door, but what he did find interested him even more: an impossibility. He was about to shout for Joe-Jim, when he heard his own name called. “Hugh! Come here!” Reluctantly he left his discovery, and sought out the twins. “Come see what I’ve found,” he began.

“Nevermind,” Joe cut him short. “Look at that.”

Hugh looked. “That” was a Converter. Quite impossibly but indubitably a Converter. “It doesn’t make sense,” Jim protested. “An apartment this size doesn’t need a Converter. That thing would supply power and light for half the Ship. What do you make of it, Hugh?”

Hugh examined it. “I don’t know,” he admitted, “but if you think this is strange, come see what I’ve found.” “What have you found?”

“Come see.”

The twins followed him, and saw a small compartment, one wall of which appeared to be of glass, black as if the far side were obscured. Facing the wall were two acceleratlon chairs, side by side. The arms and the lap desks of the chairs were covered with patterns of little white lights of the same sort as the control lights on the chairs in the Main Control Room.

Joe-Jim made no comment at first, save for a low whistle from Jim. He sat down in one of the chairs and started experimenting cautiously with the controls. Hugh sat down beside him. Joe-Jim covered a group of white lights on the right-hand arm of his chair; the lights in the compartment went out. When he lifted his hand the tiny control lights were blue instead of white. Neither Joe-Jim nor Hugh was startled. When the lights went out; they had expected it, for the control involved corresponded to similar controls in the Control Room.

Joe-Jim fumbled around, trying to find controls which would produce a simulacrum of the heavens on the blank glass before him. There were no such controls and he had no way of knowing that the glass was an actual view port, obscured by the hull of the Ship proper, rather than a view screen.

But he did manage to actuate the controls that occupied the corresponding position. These controls were labeled LAUNCHING; Joe-Jim had disregarded the label because he did not understand it. Actuating them produced no very remarkable results, except that a red light blinked rapidly and a transparency below the label came into life. It read: AIR-LOCK OPEN.

Which was very lucky for Joe-Jim, Hugh, and Bobo. Had they closed the doors behind them and had the little Converter contained even a few grams of mass available for power, they would have found themselves launched suddenly into space, in a Ship’s boat unequipped for a trip and whose controls they understood only by analogy with those in the Control Room. Perhaps they could have maneuvered the boat back into its cradle; more likely they would have crashed attempting it.

But Hugh and Joe-Jim were not yet aware that the “apartment” they had entered was a spacecraft; the idea of a Ship’s boat was still foreign to them. “Turn on the lights,” Hugh requested. Joe-Jim did so.

“Well?” Hugh went on. “What do you make of it?”

“It seems pretty obvious,” answered Jim. “This is another Control Room. We didn’t guess it was here because we couldn’t open the door.” “That doesn’t make sense,” Joe objected. “Why should there be two Control Rooms for one Ship?”

“Why should a man have two heads?” his brother reasoned. “From my point of view, you are obviously a supernumerary.” “It’s not the same thing; we were born that way. But this didn’t just happen; the Ship was built.”

“So what?” Jim argued. “We carry two knives, don’t we? And we weren’t born with ‘em. It’s a good idea to have a spare.”

“But you can’t control the Ship from here,” Joe protested. “You can’t see anything from here. If you wanted a second set of controls, the place to put them would be the Captain’s veranda, where you can see the stars.”

“How about that?” Jim asked, indicating the wall of glass.

“Use your head,” his brother advised. “It faces the wrong direction. It looks into the Ship, not out. And it’s not an arrangement like the Control Room; there isn’t any way to mirror the stars on it.”

“Maybe we haven’t located the controls for it.”

“Even so, you’ve forgotten something. How about that little Converter?” “What about it?”

“It must have some significance. It’s not here by accident. I’ll bet you that these controls have something to do with that Converter.” “Why?”

“Why not? Why are they here together if there isn’t some connection?”

Hugh broke his puzzled silence. Everythmg the twins had said seemed to make sense, even the contradictions. It was all very confusing. But the Converter, the little Conver— “Say, look,” he burst out.

“Look at what?”

“Do you suppose — Do you think that maybe this part of the Ship could move?” “Naturally. The whole Ship moves.”

“No,” said Hugh, “no, no. I don’t mean that at all. Suppose it moved by itself. These controls and the little Converter, suppose it could move right away from the Ship.” “That’s pretty fantastic.”

“Maybe so … but if it’s true, this is the way out.”

“Huh?” said Joe. “Nonsense. No door to the Outside here either.”

“But there would be if this apartment were moved away from the Ship: the way we came in!”

The two heads snapped simultaneously toward him as if jerked by the same string. Then they looked at each other and fell to arguing. Joe-Jim repeated his experiment witit the controls. “See?” Joe pointed out “‘Launching.’ It means to start something, to push something away.”

“Then why doesn’t it?”

“‘Air Lock Open.’ The doors we came through; it has to be that. Everything else is closed.” “Let’s try it.”

“We would have to start the Converter first.” “O.K.”

“Not so fast. Get out, and maybe you can’t come back. We’d starve.” “Hm-m-m, we’ll wait a while.”

Hugh listened to the discussion while snooping around the control panels, trying to figure them out. There was a stowage space under the lap desk of his chair; he fished into it, encountered something, and hauled it out. “See what I’ve found!”

“What Is it?” asked Joe. “Oh, a book. Lot of them back in the room next to the Converter.” “Let’s see it,” said Jim. But Hugh had opened it himself. “Log, Starship Vanguard,” he spelled out, “2 June, 2172. Cruising as before—” “What!” yelled Joe. “Let me see that!”

“3 June. Cruising as before. 4 June. Cruising as before. Captain’s mast for rewards and punishments held at 1300. See Administration Log. 5 June. Cruising as before.” “Gimme that!”

“Wait!” said Hugh. “6 June. Mutiny broke out at 0431. The watch became aware of it by visiplate. Hull, Metalsmith Ordinary, screened the control station and called on the watch to surrender, designating himself as ‘Captain.’ The officer of the watch ordered him to consider himself under arrest and signaled the Captain’s cabin. No answer.

“0435. Communications failed. The officer of the watch dispatched a party of three to notify the Captain, turn out the chief proctor, and assist in the arrest of Huff. “0441. Converter power off; free flight

“0502. Lacy, Crewman Ordinary, messenger-of-thewatch, one of the party of three sent below, returned to the control station alone. He reported verbally that the other two, Malcolm Young and Arthur Sears, were dead and that he had been permitted to return in order to notify the watch to surrender. The mutineers gave 0515 as a—”

The next entry was in a different hand: “0545. I have made every attempt to get into communication with other stations and officers in the Ship, without success. I conceive it as my duty, under the circumstances, to leave the control station without being properly relieved, and attempt to restore order down below. My decision may be faulty, since we are unarmed, but I see no other course open to me.

“Jean Baldwin, Pilot Officer Third Class, Officer of the Watch.” “Is that all?” demanded Joe.

“No,” said Hugh. “1 October (approximately), 2172. I, Theodor Mawson, formerly Storekeeper Ordinary, have been selected this date as Captain of the Vanguard. Since the last entry in this log there have been enormous changes. The mutiny has been suppressed, or more properly, has died out, but with tragic cost. Every pilot officer, every navigation officer is dead, or believed to be dead. I would not have been chosen Captain had there been a qualified man left.

“Approximately ninety per cent of the personnel are dead. Not all of that number died in the original outbreak; no crops have been planted since the mutiny; our food stocks are low. There seems to be clear evidence of cannibalism among the mutineers who have not surrendered.

“My immediate task must be to restore some semblance of order and discipline among the Crew. Crops must be planted. Aregular watch must be instituted at the auxiliary Converter on which we are dependent for heat and light and power.”

The next entry was undated. “I have been far too busy to keep this log up properly. Truthfully, I do not know the date even approximately. The Ship’s clocks no longer run. That may be attributable to the erratic operation of the auxiliary Converter, or it may possibly be an effect of radiations from outer space. We no longer have an antiradiation shield around the Ship, since the Main Converter is not in operation. My Chief Engineer assures me that the Main Converter could be started, but we have no one fitted to astrogate. I have tried to teach myself astrogation from the books at hand, but the mathematics involved are very difficult.

“About one newborn child out of twenty is deformed. I have instituted a Spartan code: such children are not permitted to live. It is harsh, but necessary.

“I am growing very old and feeble and must consider the selection of my successor. I am the last member of the crew to be born on Earth, and even I have little recollection of it. I was five when my parents embarked. I do not know my own age, but certain unmistakable signs tell me that the time is not far away when I, too, must make the Trip to the Converter.

“There has been a curious change in orientation in my people. Never having lived on a planet, it becomes more difficult as time passes for them to comprehend anything not connected with the Ship. I have ceased trying to talk to them about it; it is hardly a kindness anyhow, as I have no hope of leading them out of the darkness. Theirs is a hard life at best: they strive for  a crop only to have it raided by the outlaws who still flourish on the upper levels. Why speak to them of better things?

“Rather than pass this on to my successor I have decided to attempt to hide it, if possible, in the single Ship’s boat left by the mutineers who escaped. It will be safe there a long time, otherwise some witless fool may decide to use it for fuel for the Converter. I caught the man on watch feeding it with the last of a set of Encyclopaedia Terresriana: priceless books. The idiot had never been taught to read! Some rule must be instituted concerning books.

“This is my last entry. I have put off making the attempt to place this log in safekeeping, because it is very perilous to ascend above the lower decks. But my life is no longer valuable; I wish to die knowing that a true record is left.

“Theodor Mawson, Captain.”

Even the twins were silent for a long time after Hugh stopped reading. At last Joe heaved a long sigh and said, “So that’s how it happened.” “The poor guy,” Hugh said softly.

“Who? Captain Mawson? Why so?”

“No, not Captain Mawson. That other guy, Pilot Officer Baldwin. Think of him going out through that door, with Huff on the other side.” Hugh shivered. In spite of his enlightenment, he subconsciously envisioned Huff, ‘Huff the Accursed, first to sin,’ as about twice as high as Joe-Jim, twice as strong as Bobo, and having fangs rather than teeth.

Hugh borrowed a couple of porters from Ertz, porters whom Ertz was using to fetch the pickled bodies of the war casualties to the Main Converter for fuel, and used them to provision the Ship’s boat: water, breadstuffs, preserved meats, mass for the Converter. He did not report the matter to Narby, nor did he report the discovery of the boat itself. He had no conscious reason; Narby irritated him.

The star of their destination grew and grew, swelled until it showed a visible disc and was too bright to be stared at long. Its bearing changed rapidly, for a star; it pulled across the backdrop of the stellariwn dome. Left uncontrolled, the Ship would have swung part way around it in a wide hyperbolic arc, accelerated as it flipped around the star, then sped off again into the darkness. It took Hugh the equivalent of many weeks to calculate the elements of the trajectory; it took still longer for Ertz and Joe-Jim to check his figures and satisfy themselves that the preposterous answers were right. It took even longer to convince Ertz that the way to rendezvous in space was to apply a force that pushed one away from where one wished to  go, that is to say, dig in the heels, put on the brakes, kill the momentum.

In fact it took a series of experiments in free flight on the level of weightlessness to sell him the idea, otherwise he would have favored finishing the Trip by the simple expedient of crashing headlong into the star at top Speed. Thereafter Hugh and Joe-Jim calculated how to apply acceleration to kill the speed of the Vanguard and warp her into an eccentric ellipse around the star. After that, they would search for planets.

Ertz bad a little trouble understanding the difference between a planet and a star. Alan never did get it. “If my numbering is correct,” Hugh informed Ertz, “we should start accelerating any time now.”

“O.K.,” Ertz told him. “Main Drive is ready: over two hundred bodies and a lot of waste mass. What are waiting for?” “Let’s see Narby and get permission to start.”

“Why ask him?”

Hugh shrugged. “He’s Captain. He’ll want to know.”

“All right. Let’s pick up Joe-Jim and get on with it.” They left Hugh’s apartment and went to Joe-Jim’s. Joe-Jim was not there, but they found Alan looking for him, too. “Squatty says he’s gone down to the Captain’s office,” Alan informed him.

“So? It’s just as well. We’ll see him there. Alan, old boy, you know what?” “What?”

“The time has arrived. We’re going to do it! Start moving the Ship!” Alan looked round-eyed. “Gee! Right now?” “Just as soon as we can notify the Captain. Come along, if you like.”

“You bet! Wait while I tell my woman.” He darted away to his own quarters nearby. “He pampers that wench,” remarked Ertz.

“Sometimes you can’t help it,” said Hugh with a faraway look.

Alan returned promptly, although it was evident that he had taken time to change to a fresh breechcloth. “O.K.,” he bubbled. “Let’s go!”

Alan approached the Captain’s office with a proud step. He was an important guy now, he exulted to himself. He’d march on through with his friends while the guards saluted; no more of this business of being pushed around.

But the doorkeeper did not stand aside, although he did salute, while placing himself so that he filled the door. “Gangway, man!” Ertz said gruffly. “Yes, sir,” acknowledged the guard, without moving. “Your weapons, please.”

“What! Don’t you know me, you idiot? I’m the Chief Engineer.” “Yes, sir. Leave your weapons with me, please. Regulations.”

Ertz put a hand on the man’s shoulder and shoved. The guard stood firm. “I’m sorry, sir. No one approaches the Captain wearing weapons. No one.” “Well, I’ll be damned!”

“He remembers what happened to the old Captain,” Hugh observed sotto voce. “He’s smart.” He drew his own knife and tossed it to the guard, who caught it neatly by the hilt. Ertz looked; shrugged, and handed over his own. Alan, considerably crestfallen, passed his own pair over with a look that should have shortened the guard’s life.

Narby was talking; Joe-Jim was scowling on both his faces; Bobo looked puzzled, and naked, unfinished, without his ubiquitous knives and slingshot. “The matter is closed, Joe-Jim. That is my decision. I’ve granted you the faver of explaining my reasons, but it does not matter whether you like them or not.”

“What’s the trouble?” inquired Hugh.

Narby looked up. “Oh. I’m glad you came in. Your mutie friend seems to be in doubt as to who is Captain.” “What’s up?”

“He,” growled Jim, hooking a thumb toward Narby, “seems to think he’s going to disarm all the muties.” “Well, the war’s over, isn’t it?”

“It wasn’t agreed on. The muties were to become part of the Crew. Take the knives away from the muties and the Crew will kill them off in no time. It’s not fair. The Crew have knives.” “The time will come when they won’t,” Narby predicted, “but I’ll do it at my own time in my own way. This is the first step. What did you want to see me about, Ertz?”

“Ask Hugh.” Narby turned to Hugh.

“I’ve come to notify you, Captain Narby,” Hugh stated formally, “that we are about to start the Main Converter and move the Ship.”

Narby looked surprised but not disconcerted. “I’m afraid you will have to postpone that. I am not yet ready to permit officers to go up to no-weight.”

“It won’t be necessary,” Hugh explained. “Ertz and I can handle the first maneuvers alone. But we can’t wait. If the Ship is not moved at once, the Trip won’t be in your lifetime nor mine.” “Then it must,” Narby replied evenly, “wait.”

“What?” cried Hugh. “Narby, don’t you want to the Trip?” “I’m in no hurry.”

“What sort of damn foolishness is this?” Ertz demanded. “What’s got into you, Fin? Of course we move the Ship.”

Narby drummed on his desk top before replying. Then: he said, “Since there seems to be some slight misunderstanding as to who gives orders around here, I might as well let you have  it straight. Hoyland, as long as your pastimes did not interfere with the administration of tbe Ship, I was willing for you to amuse yourself. I granted that willingly, for you have been very useful in your own way. But when your crazy beliefs become a possible source of corruption to good morals and a danger to the peace and security of the Ship, I have to crack down.”

Hugh had opened and closed his mouth several times during this speech. Finally he managed to get out: “Crazy? Did you say crazy?”

“Yes, I did. For a man to believe that the solid Ship can move means that he is either crazy, or an ignorant religious fanatic. Since both of you have the advantage of a scientist’s training, I assume that you have lost your minds.”

“Good Jordan!” said Hugh. “The man has seen with his own eyes, he’s seen the immortal stars, yet he sits there and calls us crazy!”

“What’s the meaning of this, Narby?” Ertz inquired coldly. “Why the razzle-dazzle? You aren’t kidding anyone; you’ve been to the Control Room, you’ve been to the Captain’s veranda, you know the Ship moves.”

“You interest me, Ertz,” commented Narby, looking him over. “I’ve wondered whether you were playing up to Hoyland’s delusions, or were deluded yourself. Now I see that you are crazy too.”

Ertz kept his temper. “Explain yourself. You’ve seen the Control Room; how can you contend that the Ship does not move?”

Narby smiled. “I thought you were a better engineer than you appear to be, Ertz. The Control Room is an enormous hoax. You know yourself that those lights are turned on and off by

switches — a very clever piece of engineering. My theory is that it was used to strike awe in the minds of the superstitious and make them believe in the ancient myths. But we don’t need  it any more, the Crew believe without it. It’s a source of distraction now I’m going to have it destroyed and the door sealed up.”

Hugh went all to pieces at this, sputtered incoherently, and would have grappled with Narby had not Ertz restrained him. “Easy, Hugh,” he admonished. Joe-Jim took Hugh by the arm, his own faces stony masks.

Ertz went on quietly, “Suppose what you say is true. Suppose that the Main Converter and the Main Drive itself are nothing but dummies and that we can never start them, what about the Captain’s veranda? You’ve seen the stars there, not just an engineered shadow show.”

Narby laughed. “Ertz, you are stupider than I’ve guessed. I admit that the display in the veranda had me mystified at first, not that I ever believed in it! Then the Control Room gave the clue: it’s an Illusion, a piece of skillful engineering. Behind that glass is another compartment, about the same size and unlighted. Against its darkness those tiny moving lights give the effect   of a bottomless hole. It’s essentially the same trick as they used in the Control Room.

“It’s obvious,” he went on. “I’m surprised that you did not see it. When an apparent fact runs contrary to logic and common sense, it’s obvious that you have failed to interpret the fact correctly. The most obvious fact of nature is the reality of the Ship itself, solid, immutable, complete. Any so-called fact which appears to disprove that is bound to be an illusion. Knowing that, I looked for the trick behind the illusion and found it.”

“Wait,” said Ertz. “Do you mean that you have been on the other side of the glass in the Captain’s veranda and seen these trick lights you talk about?”

“No,” admitted Narby, “it wasn’t necessary. Not that it wouldn’t be easy enough to do so, but it isn’t necessary. I don’t have to cut myself to know that knives are sharp.”

“So…” Ertz paused and thought a moment. “I’ll strike a deal with you. If Hugh and I are crazy in our beliefs, no harm is done as long as we keep our mouths shut. We try to move the Ship.  If we fail, we’re wrong and you’re right.”

“The Captain does not bargain,” Narby pointed out. “However, I’ll consider it. That’s all. You may go.” Ertz turned to go, unsatisfied but checked for moment. He caught sight of Joe-Jim’s faces, and turned back. “One more thing,” he said. “What’s this about the muties? Why are you shoving Joe-Jim around? He and his boys made you Captain; you’ve got to fair about this.”

Narby’s smiling superiority cracked for amoment.

“Don’t interfere, Ertz! Groups of armed savages are not going to threaten this Ship!”

“You can do what you like with the prisoners,” Jim stated, “but my own gang keep their knives. They were promised good eating forever if they fought for you. They keep their knives. And that’s flnal!”

Narby looked him up and down. “Joe-Jim,” he remarked, “I have long believed that the only good mutie was a dead mutie. You do much to confirm my opinion. It will interest you to know that, by this time, your gang is already disarmed, and dead in the bargain. That’s why I sent for you!”

The guards piled in, whether by signal or previous arrangement it was impossible to say. Caught flatfooted, naked, weaponless, the five found themselves each with an armed man at his back before they could rally. “Take them away,” ordered Narby.

Bobo whined and looked to Joe-Jim for guidance. Joe caught his eye. “Up, Bobo!”

The dwarf jumped straight for Joe-Jim’s captor, careless of the knife at his back. Forced to split his attention, the man lost a vital half second. Joe-Jim kicked him in the stomach, and appropriated his blade.

Hugh was on the deck, deadlocked with his man, his fist clutched around the knife wrist. Joe-Jim thrust and the struggle ceased. The two-headed man looked around, saw a mixed pile- up of four bodies, Ertz, Alan, two others. Joe-Jim used his knife judiciously, being careful to match the faces with the bodies. Presently his men emerged. “Get their knives,” he ordered superfluously.

His words were drowned by a high, agonized scream. Bobo, still without a knife, had resorted to his primal weapons. His late captor’s face was a bloody mess, half bitten away. “Get his knife,” said Joe.

“Can’t reach it,” Bobo admitted guiltily. The reason was evident: the hilt protruded from Bobo’s ribs, just below his right shoulder blade. Joe-Jim examined it, touched it gently. It was stuck. “Can you walk?”

“Sure,” grunted Bobo, and grimaced.

“Let it stay where it is. Alan! With me. Hugh and Bill, cover rear. Bobo In the middle.” “Where’s Narby?” demanded Ertz, dabbing at a round on his cheekbone.

But Narby was gone, ducked out through the rear door behind his desk. And it was locked.

Clerks scattered before them in the outer office; Joe-Jim knifed the guard at the outer door while he was still raising his whistle. Hastily they retrieved their own weapons and added them to those they had seized. They fled upward.

Two decks above inhabited levels Bobo stumbled and fell. Joe-Jim picked him up. “Can you make it?” The dwarf nodded dumbly, blood on his lips. They climbed. Twenty decks or so higher it became evident that Bobo could no longer climb, though they had taken turns in boosting him from the rear. But weight was lessened appreciably at that level; Alan braced himself and picked up the solid form as if it were a child. They climbed. Joe-Jim relieved Alan. They climbed.

Ertz relieved Joe-Jim. Hugh relieved Ertz.

They reached the level on which they lived forward of their group apartments. Hugh turned in that direction. “Put him down,” commanded Joe. “Where do you think you are going?” Hugh settled the wounded man to the deck. “Homes. Where else?”

“Fool! That’s where they will look for us first.” “Where do we go?”

“Nowhere, in the Ship. We go out of the Ship!” “Huh?”

“The Ship’s boat.”

“He’s right,” agreed Ertz. “The whole Ship’s against us, now.”

“But … but—” Hugh surrendered. “It’s a long chance — but we’ll try it.” He started again in the direction of their homes. “Hey!” shouted Jim. “Not that way.”

“We have to get our women.”

“To Huff with the women! You’ll get caught. There’s no time.” But Ertz and Alan started off without question. “Oh, all right!” Jim snorted. “But hurry! I’ll stay with Bobo” Joe-Jim turned his attention to the dwarf, gently rolled him to his side and made a careful examination. His skin was gray and damp; a long red stain ran down from his right shoulder. Bobo sighed bubblingly and rubbed his head against Joe-Jim’s thigh. “Bobo tired, Boss.”

Joe-Jim patted his head. “Easy,” said Jim, “this is going to hurt.” Lifting the wounded man slightly, he cautiously worked the blade loose and withdrew it from the wound. Blood poured out freely.

Joe-Jim examined the knife, noted the deadly length of steel, and measured it against the wound. “He’ll never make it,” whispered Joe.

Jim caught his eye. “Well?”

Joe nodded slowly. Joe-Jim tried the blade he had just extracted from the wound against his own thigh, and discarded it in favor of one of his own razor-edged tools. He took the dwarf’s chin in his left hand and Joe commanded, “Look at me, Bobo!”

Bobo looked up, answered inaudibly. Joe held his eye. “Good Bobo! Strong Bobo!” The dwarf grinned as if he heard and understood, but made no attempt to reply. His master pulled his head a little to one side; the blade bit deep, snicking the jugular vein without touching the windpipe. “Good Bobo!” Joe repeated. Bobo grinned again.

When the eyes were glassy and breathing had unquestionably stopped, Joe-Jim stood up, letting the head and shoulders roll from him. He shoved the body with his foot to the side of the passage, and stared down the direction in which the others had gone. They should be back by now.

He stuck the salvaged blade in his belt and made sure that all his weapons were loose and ready.

They arrived on a dead run. “Alittle trouble,” Hugh explained breathlessly. “Squatty’s dead. No more of your men around. Dead maybe. Narby probably meant it. Here.” He handed him a long knife and the body armor that had been built for Joe-Jim, with its great wide cage of steel, fit to cover two heads.

Ertz and Alan wore armor, as did Hugh. The women did not; none had been built for them. Joe-Jim noted that Hugh’s younger wife bore a fresh swelling on her lip, as if someone had persuaded her with a heavy hand. Her eyes were stormy though her manner was docile. The older wife, Chloe, seemed to take the events in her stride. Ertz’s was crying softly; Alan’s wench reflected the bewilderment of her master.

“How’s Bobo?” Hugh inquired, as he settled Joe-Jim’s armor in place. “Made the Trip,” Joe informed him.

“So? Well, that’s that; let’s go.”

They stopped short of the level of no-weight and worked forward, because the women were not adept at weightless flying. When they reached the bulkhead which separated the Control Room and boat pockets from the body of the Ship, they went up. There was neither alarm nor ambush, although Joe thought that he saw a head show as they reached one deck. He mentioned it to his brother but not to the others.

The door to the boat pocket stuck and Bobo was not there to free it. The men tried it in succession, sweating big with the strain. Joe-Jim tried it a second time, Joe relaxing and letting Jim control their muscles, that they might not fight each other. The door gave. “Get them inside!” snapped Jim.

“And fast!” Joe confirmed. “They’re on us.” He had kept lookout while his brother strove. Ashout from down the line reinforced his warning.

The twins faced around to meet the threat while the men shoved the women in. Alan’s fuzzy-headed mate chose that moment to go to pieces, squalled, and tried to run but weightlessness defeated her. Hugh nabbed her, shoved her inside and booted her heartily with his foot.

Joe-Jim let a blade go at long throwing range to slow down the advance. It accomplished its purpose; their opponents, half a dozen of them, checked their advance. Then, apparently on signal, six knives cut the air simultaneonsly.

Jim felt something strike him, felt no pain, and concluded that the armor had saved him. “Missed us, Joe,” he exulted.

There was no answer. Jim turned his bead, tried to look at his brother. Afew inches from his eye a knife stuck through the bars of the helmet, its point was buried deep inside his left eye. His brother was dead.

Hugh stuck his head back out of the door. “Come on, Joe-Jim,” he shouted. “We’re all in.” “Get inside,” ordered Jim. “Close the door.”

“But—”

“Get inside!” Jim turned, and shoved him in the face, closing the door as he did so. Hugh had one startled glimpse of the knife and the sagging, lifeless face it pinned. Then the door closed against him, and he heard the lever turn.

Jim turned back at the attackers. Shoving himself away from the bulkhead with legs which were curiously heavy, he plunged toward them, his great arm-long knife, more a bob than a sword, grasped with both hands. Knives sang toward him, clattered against his breastplate, bit into his legs. He swung a wide awkward two-handed stroke which gutted an opponent, nearly cutting him in two. “That’s for Joe!”

The blow stopped him. He turned in the air, steadied himself, and swung again. “That’s for Bobo!”

They closed on him; he swung widely caring not where he hit as long as his blade met resistance. “And that’s for me!” Aknife planted itself in his thigh. It did not even slow him up; legs were dispensable in no-weight. “‘One for all!’”

Aman was on his back now he could feel him. No matter; here was one before him, too, one who could feel steel. As be swung, he shouted, “All for o—” The words trailed off, but the stroke was finished.

Hugh tried to open the door which had been slammed in his face. He was unable to do so; if there were means provided to do so, he was unable to figure them out. He pressed an ear against the steel and listened, but the airtight door gave back no clue.

Ertz touched him on the shoulder. “Come on,” be said. “Where’s Joe-Jim?” “He stayed behind.”

“Open up the door! Get him.”

“I can’t, it won’t open. He meant to stay, he closed it himself.” “But we’ve got to get him; we’re blood-sworn.”

“I think,” said Hugh, with a sudden flash of insight, “that’s why he stayed behind.” He told Ertz what he had seen.

“Anyhow,” he concluded, “it’s the End of the Trip to him. Get on back and feed mass to that Converter. I want power.” They entered the Ship’s boat proper. Hugh closed the air-lock doors behind them. “Alan!” he called out. “We’re going to start. Keep those damned women out of the way.”

He settled himself in the pilot’s chair, and cut the lights.

In the darkness he covered a pattern of green lights. Atransparency flashed on the lap desk: DRIVE READY. Ertz was on the job. Here goes! he thought, and actuated the launching combination. There was a short pause, a short and sickening lurch, a twist. It frightened him, since he had no way of knowing that the launching tracks were pitched to offset the normal spinning of the Ship.

The glass of the view port before him was speckled with stars; they were free — moving!

But the spread of jeweled lights was not unbroken, as it invariably had been when seen from the veranda, or seen mirrored on the Control Room walls; a great, gross, ungainly shape gleamed softly under the light of the star whose system they had entered. At first he could not account for it. Then with a rush of superstitious awe he realized that he was looking at the Ship itself, the true Ship, seen from the Outside. In spite of his long intellectual awareness of the true nature of the Ship; he had never visualized looking at it. The stars, yes; the surface of  a planet, he had struggled with that concept; but the outer surface of the Ship, no.

When he did see it, it shocked him. Alan touched him. “Hugh, what is it?”

Hoyland tried to explain to him. Alan shook his head, and blinked his eyes. “I don’t get it.”

“Never mind. Bring Ertz up here. Fetch the women, too; we’ll let them see it.”

“All right. But,” he added, with sound intuition, “it’s a mistake to show the women. You’ll scare ‘em silly; they ain’t even seen the stars.”

Luck, sound engineering design, and a little knowledge. Good design, ten times that much luck, and a precious little knowledge. It was luck that had placed the Ship near a star with a planetary system, luck that the Ship arrived there with a speed low enough for Hugh to counteract it in a ship’s auxiliary craft, luck that he learned to handle it after a fashion before they starved or lost themselves in deep space.

It was good design that provided the little craft with a great reserve of power and speed. The designers had anticipated that the pioneers might need to explore the far-flung planets of a solar system; they had provided for it in the planning of the Ship’s boats, with a large factor of safety. Hugh strained that factor to the limit.

It was luck that placed them near the plane of planetary motion, luck that, when Hugh did manage to gun the tiny projectile into a closed orbit, the orbit agreed in direction with the rotation of the planets.

Luck that the eccentric ellipse he achieved should cause them to crawl up on a giant planet so that he was eventually able to identify it as such by sight.

For otherwise they might have spun around that star until they all died of old age, ignoring for the moment the readier hazards of hunger and thirst, without ever coming close enough to a planet to pick it out from the stars.

There is a misconception, geocentric and anthropomorphic, common to the large majority of the earth-bound, which causes them to visualize a planetary system stereoscopically. The mind’s eye sees a sun, remote from a backdrop of stars, and surrounded by spinning apples: the planets. Step out on your balcony and look. Can you tell the planets from the stars? Venus you may pick out with ease, but could you tell it from Canopus, if you had not previously been introduced? That little red speck: is it Mars, or is it Antares? How would you know, if you were as ignorant as Hugh Hoyland? Blast for Antares, believing it to be a planet, and you will never live to have grandchildren.

The great planet that they crawled up on, till it showed a visible naked-eye disc, was larger than Jupiter, a companion to the star, somewhat younger and larger the the Sun, around which  it swung at a lordly distance. Hugh blasted back, killing his speed over many sleeps, to bring the Ship into a path around the planet. The maneuver brought him close enough to see its moons.

Luck helped him again. He had planned to ground the great planet, knowing no better. Had he been able do so they would have lived just long enough to open the air-lock.

But he was short of mass, after the titanic task of pulling them out of the headlong hyperbolic plunge around an arc past the star and warping them into a closed orbit about the star, then into a subordinate orbit around the giant planet. He pored over the ancient books, substituted endlessly in the equations the ancients had set down as the laws for moving bodies,   figured and refigured, and tested even the calm patience of Chloe. The other wife, the unnamed one, kept out of his way after losing a tooth, quite suddenly.

But he got no answer that did not require him to sacrifice some, at least, of the precious, irreplaceable ancient books for fuel. Yes, even though they stripped themselves naked and chucked in their knives, the mass of the books would still be needed.

He would have preferred to dispense with one of his wives. He decided to ground on one of the moons.

Luck again. Coincidence of such a colossal proportion that one need not be expected to believe it, for the moon of that planet was suitable for human terrestrial life. Never mind, skip over it, rapidly; the combination of circumstances is of the same order needed to produce such a planet in the first place. Our own planet, under our own sun is of the “There ain’t no such animal” variety. It is a ridiculous improbability.

Hugh’s luck was a ridiculous improbability.

Good design handled the next phase. Although he learned to maneuver the little Ship out in space where there is elbow room, landing is another and a ticklish matter. He would have crashed any spacecraft designed before the designing of the Vanguard. But the designers of the Vanguard had known that the Ship’s auxiliary craft would be piloted and grounded by at least the second generation of explorers; green pilots must make those landings unassisted. They planned for it.

Hugh got the vessel down into the stratosphere and straightened it triumphantly into a course that would with certainty kill them all. The autopilots took over.

Hugh stormed and swore, producing some words which diverted Alan’s attention and admiration from the view out of the port. But nothing he could do would cause the craft to respond. It settled in its own way and leveled off at a thousand feet, an altitude which it maintained regardless of changing contour.

“Hugh, the stars are gone!” “I know it.”

“But Jordan! Hugh, what happened to them?”

Hugh glared at Alan. “I don’t know and I don’t care! You get aft with the women and stop asking silly questions.”

Alan departed reluctantly with a backward look at the surface of the planet and the bright sky; It interested him, but he did not marvel much at it; his ability to marvel had been overstrained.  It was some hours before Hugh discovered that a hitherto ignored group of control lights set in motion a chain of events whereby the autopilot would ground the Ship. Since he found this

out experimentally he did not exactly choose the place of landing. But the unwinking stereo-eyes of the autopilot fed its data to the ‘brain’; the submolar mechanism selected and rejected;

the Ship grounded gently on a rolling high prairie near a clump of vegetation.

Ertz came forward. “What’s happened, Hugh?”

Hugh waved at the view port. “We’re there.” He was too tired to make much of it, too tired and too emotionally exhausted. His weeks of fighting a fight he understood but poorly, hunger, and lately thirst, years of feeding on a consuming ambition, these left him with little ability to enjoy his goal when it arrived.

But they had landed, they had finished Jordan’s Trip. He was not unhappy, at peace rather, and very tired. Ertz stared out. “Jordan!” he muttered. Then, “Let’s go out.” “All right.”

Alan came forward, as they were opening the air-lock, and the women pressed after him. “Are we there, Captain?” “Shut up,” said Hugh.

The women crowded up to the deserted view port; Alan explained to them, importantly and incorrectly, the scene outside. Ertz got the last door open.

They sniffed at the air. “It’s cold,” said Ertz. In fact the temperature was perhaps five degrees less than the steady monotony of the Ship’s temperature, but Ertz was experiencing weather for the first time.

“Nonsense,” said Hugh, faintly annoyed that any fault should be found with _his_ planet. “It’s just your imagination.” “Maybe,” Ertz conceded. He paused uneasily. “Going out?” he added.

“Of course.” Mastering his own reluctance, Hugh pushed him aside and dropped five feet to the ground “Come on; it’s fine.” Ertz joined him, and stood close to him. Both of them remained close to the Ship. “It’s big, isn’t it?” Ertz said in a hushed voice. “Well, we knew it would be,” Hugh snapped, annoyed with himself for having the same lost feeling.

“Hi!” Alan peered cautiously out of the door. “Can I comedown? Is it alright?” “Come ahead.”

Alan eased himself gingerly over the edge and joined them. He looked around and whistled. “Gosh!”

Their first sortie took them all of fifty feet from the Ship. They huddled close together for silent comfort, and watched their feet to keep from stumbling on this strange uneven deck. They made it without incident until Alan looked up from the ground and found himself for the first time in his life with nothing close to him. He was hit by vertigo and acute agoraphobia; he moaned, closed his eyes and fell.

“What in the Ship?” demanded Ertz, looking around. Then it hit him.

Hugh fought against it. It pulled him to his knees, but be fought it, steadying himself with one hand on the ground. However, he had the advantage of having stared out through the view port for endless time; neither Alan nor Ertz were cowards.

“Alan!” his wife shrilled from the open door. “Alan! Come back here!” Alan opened one eye, managed to get it focused on the Ship, and started inching back on his belly. “Man!” commanded Hugh. “Stop that! Situp.”

Alan did so, with the air of a man pushed too far. “Open your eyes!” Alan obeyed cautiously, reclosed them hastily.

“Just sit still and you’ll be all right,” Hugh added. “I’m all right already.” To prove it he stood up. He was still dizzy, but he made it. Ertz sat up.

The sun had crossed a sizable piece of the sky, enough time had passed for a well-fed man to become hungry, and they were not well fed. Even the women were outside; that had been accomplished by the simple expedient of going back in and pushing them out. They had not ventured away from the side of the Ship, but sat huddled against it. But their menfolk had  even learned to walk singly, even in open spaces. Alan thought nothing of strutting a full fifty yards away from the shadow of the Ship, and did so more than once, in full sight of the women.

It was on one such journey that a small animal native to the planet let his curiosity exceed his caution. Alan’s knife knocked him over and left him kicking. Alan scurried to the spot, grabbed his fat prize by one leg, and bore it proudly back to Hugh. “Look, Hugh, look! Good eating!”

Hugh looked with approval. His first strange fright of the place had passed and had been replaced with a deep warm feeling, a feeling that he had come at last to his long home. This seemed a good omen. “Yes,” he agreed. “Good eating. From now on, Alan, always Good Eating.”

The End

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The Green Hills of Earth (Full Text) by Robert Heinlein

Here’s a really nice short little story to help get your mind off the craziness of day to day life. It’s a short science fiction story about a “spaceman”. You know, one of those old grizzly old “salts” that tended to the boiler and reactor rooms within those great 1940’s style “needle” spaceships. It’s a good and fun read. Enjoy…

The Green Hills of Earth

This is the story of Rhysling, the Blind Singer of the Spaceways — but not the official version. You sang his words in school:

“I pray for one last landing...

On the globe that gave me birth;

Let me rest my eyes on the fleecy skies And the cool, green hills of Earth.”

Or perhaps you sang in French, or German. Or it might have been Esperanto, while Terra’s rainbow banner rippled over your head.

The language does not matter — it was certainly an Earth tongue. No one has ever translated “Green Hills” into the lisping Venerian speech; no Martian ever croaked and whispered it in the dry corridors. This is ours. We of Earth have exported everything from Hollywood crawlies to synthetic radioactives, but this belongs solely to Terra, and to her sons and daughters wherever they may be.

We have all heard many stories of Rhysling. You may even be one of the many who have sought degrees, or acclaim, by scholarly evaluations of his published works –

  • Songs of the Spaceways,
  • The Grand Canal and other Poems,
  • High and Far, and …
  • “UP SHIP!”

Nevertheless, although you have sung his songs and read his verses, in school and out your whole life, it is at least an even money bet — unless you are a spaceman yourself — that you have never even heard of most of Rhysling’s unpublished songs, such items as…

  • Since the Pusher Met My Cousin,
  • That Red-Headed Venusburg Gal,
  • Keep Your Pants On, Skipper, or
  • A Space Suit Built for Two.

Nor can we quote them in a family magazine.

Rhysling’s reputation was protected by a careful literary executor and by the happy chance that he was never interviewed. Songs of the Spaceways appeared the week he died; when it became a best seller, the publicity stories about him were pieced together from what people remembered about him plus the highly colored handouts from his publishers.

The resulting traditional picture of Rhysling is about as authentic as George Washington’s hatchet or King Alfred’s cakes.

In truth you would not have wanted him in your parlor; he was not socially acceptable. He had a permanent case of sun itch, which he scratched continually, adding nothing to his negligible beauty.

Van der Voort’s portrait of him for the Harriman Centennial edition of his works shows a figure of high tragedy, a solemn mouth, sightless eyes concealed by black silk bandage. He was never solemn! His mouth was always open, singing, grinning, drinking, or eating. The bandage was any rag, usually dirty. After he lost his sight he became less and less neat about his person.

“Noisy” Rhysling was a jetman, second class, with eyes as good as yours, when he signed on for a ioop trip to the Jovian asteroids in the RS Goshawk. The crew signed releases for everything in those days; a Lloyd’s associate would have laughed in your face at the notion of insuring a spaceman. The Space Precautionary Act had never been heard of, and the Company was responsible only for wages, if and when. Half the ships that went further than Luna City never came back. Spacemen did not care; by preference they signed for shares, and any one of them would have bet you that he could jump from the 200th floor of Harriman Tower and ground safely, if you offered him three to two and allowed him rubber heels for the landing.

Jetmen were the most carefree of the lot, and the meanest.

Compared with them the masters, the radarmen, and the astrogators (there were no supers nor stewards in those days) were gentle vegetarians. Jetmen knew too much. The others trusted the skill of the captain to get them down safely; jetmen knew that skill was useless against the blind and fitful devils chained inside their rocket motors.

The Goshawk was the first of Harriman’s ships to be converted from chemical fuel to atomic power-piles — or rather the first that did not blow up. Rhysling knew her well; she was an old tub that had plied the Luna City run, Supra-New York space station to Leyport and back, before she was converted for deep space. He had worked the Luna run in her and had been along on the first deep space trip, Drywater on Mars — and back, to everyone’s surprise.

He should have made chief engineer by the time he signed for the Jovian loop trip, but, after the Drywater pioneer trip, he had been fired, blacklisted, and grounded at Luna City for having spent his time writing a chorus and several verses at a time when he should have been watching his gauges. The song was the infamous The Skipper is a Father to his Crew, with the uproariously unprintable final couplet.

The blacklist did not bother him.

He won an accordion from a Chinese barkeep in Luna City by cheating at onethumb and thereafter kept going by singing to the miners for drinks and tips until the rapid attrition in spacemen caused the Company agent there to give him another chance. He kept his nose clean on the Luna run for a year or two, got back into deep space, helped give Venusburg its original ripe reputation, strolled the banks of the Grand Canal when a second colony was established at the ancient Martian capital, and froze his toes and ears on the second trip to Titan.

Things moved fast in those days. Once the power-pile drive was accepted the number of ships that put out from the LunaTerra system was limited only by the availability of crews. Jetmen were scarce; the shielding was cut to a minimum to save weight and few married men cared to risk possible exposure to radioactivity. Rhysling did not want to be a father, so jobs were always open to him during the golden days of the claiming boom. He crossed and recrossed the system, singing the doggerel that boiled up in his head and chording it out on his accordion.

The master of the Goshawk knew him; Captain Hicks had been astrogator on Rhysling’s first trip in her. “Welcome home, Noisy,” Hicks had greeted him. “Are you sober, or shall I sign the book for you?”

“You can’t get drunk on the bug juice they sell here, Skipper.” He signed and went below, lugging his accordion.

Ten minutes later he was back. “Captain,” he stated darkly, “that number two jet ain’t fit. The cadmium dampers are warped.” “Why tell me? Tell the Chief.”

“I did, but he says they will do. He’s wrong.”

The captain gestured at the book. “Scratch out your name and scram. We raise ship in thirty minutes.” Rhysling looked at him, shrugged, and went below again.

It is a long climb to the Jovian planetoids; a Hawk-class clunker had to blast for three watches before going into free flight. Rhysling had the second watch. Damping was done by hand then, with a multiplying vernier and a danger gauge.

When the gauge showed red, he tried to correct it — no luck.

Jetmen don’t wait; thats why they are jetmen. He slapped the emergency discover and fished at the hot stuff with the tongs. The lights went out, he went right ahead. Ajetman has to know his power room the way your tongue knows the inside of your mouth.

He sneaked a quick look over the top of the lead baffle when the lights went out. The blue radioactive glow did not help him any; he jerked his head back and went on fishing by touch. When he was done he called over the tube, “Number two jet out. And for crissake get me some light down here!”

There was light — the emergency circuit — but not for him. The blue radioactive glow was the last thing his optic nerve ever responded to.

“As Time and Space come bending back to shape this starspecked scene, The tranquil tears of tragic joy still spread their silver sheen;

Along the Grand Canal still soar the fragile Towers of Truth; Their fairy grace defends this place of Beauty, calm and couth.

“Bone-tired the race that raised the Towers, forgotten are their lores, Long gone the gods who shed the tears that lap these crystal shores. Slow heats the time-worn heart of Mars beneath this icy sky;

The thin air whispers voicelessly that all who live must die — “Yet still the lacy Spires of Truth sing Beauty’s madrigal

And she herself will ever dwell along the Grand Canal!”

— from The Grand Canal, by permission of Lux Transcriptions, Ltd., London and Luna City

On the swing back they set Rhysling down on Mars at Drywater; the boys passed the hat and the skipper kicked in a half month’s pay. That was all — finish — just another space bum who had not had the good fortune to finish it off when his luck ran out. He holed up with the prospectors and archeologists at How-Far? for a month or so, and could probably have stayed forever in exchange for his songs and his accordion playing. But spacemen die if they stay in one place; he hooked a crawler over to Drywater again and thence to Marsopolis.

The capital was well into its boom; the processing plants lined the Grand Canal on both sides and roiled the ancient waters with the filth of the runoff. This was before the TriPlanet Treaty forbade disturbing cultural relics for commerce; half the slender, fairylike towers had been torn down, and others were disfigured to adapt them as pressurized buildings for Earthmen.

Now Rhysling had never seen any of these changes and no one described them to him; when he “saw” Marsopolis again, he visualized it as it had been, before it was rationalized for trade. His memory was good. He stood on the riparian esplanade where the ancient great of Mars had taken their ease and saw its beauty spreading out before his blinded eyes — ice blue plain of water unmoved by tide, untouched by breeze, and reflecting serenely the sharp, bright stars of the Martian sky, and beyond the water the lacy buttresses and flying towers of an architecture too delicate for our rumbling, heavy planet.

The result was Grand Canal.

The subtle change in his orientation which enabled him to see beauty at Marsopolis where beauty was not now began to affect his whole life. All women became beautiful to him. He knew them by their voices and fitted their appearances to the sounds. It is a mean spirit indeed who will speak to a blind man other than in gentle friendliness; scolds who had given their husbands no peace sweetened their voices to Rhysling.

It populated his world with beautiful women and gracious men. Dark Star Passing, Berenice’s Hair, Death Song of a Wood’s Colt, and his other love songs of the wanderers, the womenless men of space, were the direct result of the fact that his conceptions were unsullied by tawdry truths. It mellowed his approach, changed his doggerel to verse, and sometimes even to poetry.

He had plenty of time to think now, time to get all the lovely words just so, and to worry a verse until it sang true in his head. The monotonous beat of Jet Song — When the field is clear, the reports all seen,

When the lock sighs shut, when the lights wink green, When the check-off’s done, when it’s time to pray, When the Captain nods, when she blasts away — Hear the jets!

Hear them snarl at your back When you’re stretched on the rack; Feel your ribs clamp your chest, Feel your neck grind its rest.

Feel the pain in your ship, Feel her strain in their grip. Feel her rise! Feel her drive! Straining steel, come alive, On her jets!

—came to him not while he himself was a jetman but later while he was hitch-hiking from Mars to Venus and sitting out a watch with an old shipmate.

At Venusburg he sang his new songs and some of the old, in the bars. Someone would start a hat around for him; it would come back with a minstrel’s usual take doubled or tripled in recognition of the gallant spirit behind the bandaged eyes.

It was an easy life. Any space port was his home and any ship his private carriage. No skipper cared to refuse to lift the extra mass of blind Rhysling and his squeeze box; he shuttled from Venusburg to Leyport to Drywater to New Shanghai, or back again, as the whim took him.

He never went closer to Earth than Supra-New York Space Station. Even when signing the contract for Songs of the Spaceways he made his mark in a cabin-class liner somewhere between Luna City and Ganymede. Horowitz, the original publisher, was aboard for a second honeymoon and heard Rhysling sing at a ship’s party. Horowitz knew a good thing for the publishing trade when he heard it; the entire contents of Songs were sung directly into the tape in the communications room of that ship before he let Rhysling out of his sight. The next three volumes were squeezed out of Rhysling at Venusburg, where Horowitz had sent an agent to keep him liquored up until he had sung all he could remember.

UP SHIP! is not certainly authentic Rhysling throughout. Much of it is Rhysling’s, no doubt, and Jet Song is unquestionably his, but most of the verses were collected after his death from people who had known him during his wanderings.

The Green Hills of Earth grew through twenty years. The earliest form we know about was composed before Rhysling was blinded, during a drinking bout with some of the indentured men on Venus. The verses were concerned mostly with the things the labor clients intended to do back on Earth if and when they ever managed to pay their bounties and thereby be allowed to go home. Some of the stanzas were vulgar, some were not, but the chorus was recognizably that of Green Hills.

We know exactly where the final form of Green Hills came from, and when.

There was a ship in at Venus Ellis Isle which was scheduled for the direct jump from there to Great Lakes, Illinois. She was the old Falcon, youngest of the Hawk class and the first ship to apply the Harriman Trust’s new policy of extra-fare express service between Earth cities and any colony with scheduled stops.

Rhysling decided to ride her back to Earth. Perhaps his own song had gotten under his skin — or perhaps he just hankered to see his native Ozark’s one more time.

The Company no longer permitted deadheads: Rhysling knew this but it never occurred to him that the ruling might apply to him. He was getting old, for a spaceman, and just a little matter of fact about his privileges. Not senile — he simply knew that he was one of the landmarks in space, along with Halley’s Comet, the Rings, and Brewster’s Ridge. He walked in the crew’s port, went below, and made himself at home in the first empty acceleration couch.

The Captain found him there while making a last minute tour of his ship. “What are you doing here?” he demanded. “Dragging it back to Earth, Captain.” Rhysling needed no eyes to see a skipper’s four stripes.

“You can’t drag in this ship; you know the rules. Shake a leg and get out of here. We raise ship at once.” The Captain was young; he had come up after Rhysling’s active time, but Rhysling knew the type — five years at Harriman Hall with only cadet practice trips instead of solid, deep space experience. The two men did not touch in background nor spirit; space was changing.

“Now, Captain, you wouldn’t begrudge an old man a trip home.”

The officer hesitated — several of the crew had stopped to listen. “I can’t do it. ‘Space PrecautionaryAct, Clause Six: No one shall enter space save as a licensed member of a crew of a chartered vessel, or as a paying passenger of such a vessel under such regulations as may be issued pursuant to this act.’ Up you get and out you go.”

Rhysling lolled back, his hands under his head. “If I’ve got to go, I’m damned if I’ll walk. Carry me.” The Captain bit his lip and said, “Master-at-Arms! Have this man removed.”

The ship’s policeman fixed his eyes on the overhead struts. “Can’t rightly do it, Captain. I’ve sprained my shoulder.” The other crew members, present a moment before, had faded into the bulkhead paint.

“Well, get a working party!”

“Aye, aye, sir.” He, too, went away.

Rhysling spoke again. “Now look, Skipper — let’s not have any hard feelings about this. You’ve got an out to carry me if you want to — the ‘Distressed Spaceman’ clause.”

“‘Distressed Spaceman’, my eye! You’re no distressed spaceman; you’re a space-lawyer. I know who you are; you’ve been bumming around the system for years. Well, you won’t do it in my ship. That clause was intended to succor men who had missed their ships, not to let a man drag free all over space.”

“Well, now, Captain, can you properly say I haven’t missed my ship? I’ve never been back home since my last trip as a signed-on crew member. The law says I can have a trip back.” “But that was years ago. You’ve used up your chance.”

“Have I now? The clause doesn’t say a word about how soon a man has to take his trip back; it just says he’s got it coming to him. Go look it up. Skipper. If I’m wrong, I’ll not only walk out on my two legs, I’ll beg your humble pardon in front of your crew. Go on — look it up. Be a sport.”

Rhysling could feel the man’s glare, but he turned and stomped out of the compartment. Rhysling knew that he had used his blindness to place the Captain in an impossible position, but this did not embarrass Rhysling — he rather enjoyed it.

Ten minutes later the siren sounded, he heard the orders on the bull horn for Up-Stations. When the soft sighing of the locks and the slight pressure change in his ears let him know that take-off was imminent he got up and shuffled down to the power room, as he wanted to be near the jets when they blasted off. He needed no one to guide him in any ship of the Hawk class.

Trouble started during the first watch. Rhysling had been lounging in the inspector’s chair, fiddling with the keys of his accordion and trying out a new version of Green Hills.

“Let me breathe unrationed air again

Where there’s no lack nor dearth”

And “something, something, something ‘Earth’” — it would not come out right. He tried again. “Let the sweet fresh breezes heal me

As they rove around the girth Of our lovely mother planet,

Of the cool green hills of Earth.”

That was better, he thought. “How do you like that, Archie?” he asked over the muted roar.

“Pretty good. Give out with the whole thing.” Archie Macdougal, Chief Jetman, was an old friend, both spaceside and in bars; he had been an apprentice under Rhysling many years and millions of miles back.

Rhysling obliged, then said, “You youngsters have got it soft. Everything automatic. When I was twisting her tail you had to stay awake.”

“You still have to stay awake.” They fell to talking shop and Macdougal showed him the direct response damping rig which had replaced the manual vernier control which Rhysling had used. Rhysling felt out the controls and asked questions until he was familiar with the new installation. It was his conceit that he was still a jetman and that his present occupation as a troubadour was simply an expedient during one of the fusses with the company that any man could get into.

“I see you still have the old hand damping plates installed,” he remarked, his agile fingers flitting over the equipment. “All except the links. I unshipped them because they obscure the dials.”

“You ought to have them shipped. You might need them.”

“Oh, I don’t know. I think—” Rhysling never did find out what Macdougal thought for it was at that moment the trouble tore loose. Macdougal caught it square, a blast of radioactivity that burned him down where he stood.

Rhysling sensed what had happened. Automatic reflexes of old habit came out. He slapped the discover and rang the alarm to the control room simultaneously. Then he remembered the unshipped links. He had to grope until he found them, while trying to keep as low as he could to get maximum benefit from the baffles. Nothing but the links bothered him as to location. The place was as light to him as any place could be; he knew every spot, every control, the way he knew the keys of his accordion.

“Power room! Power room! What’s the alarm?”

“Stay out!” Rhysling shouted. “The place is ‘hot.’” He could feel it on his face and in his bones, like desert sunshine.

The links he got into place, after cursing someone, anyone, for having failed to rack the wrench he needed. Then he commenced trying to reduce the trouble by hand. It was a long job and ticklish. Presently he decided that the jet would have to be spilled, pile and all.

First he reported. “Control!” “Control aye aye!”

“Spilling jet three — emergency.” “Is this Macdougal?”

“Macdougal is dead. This is Rhysling, on watch. Stand by to record.”

There was no answer; dumbfounded the Skipper may have been, but he could not interfere in a power room emergency. He had the ship to consider, and the passengers and crew. The doors had to stay closed.

The Captain must have been still more surprised at what Rhysling sent for record. It was:

We rot in the molds of Venus,
We retch at her tainted breath. 
Foul are her flooded jungles, 
Crawling with unclean death.”

Rhysling went on cataloguing the Solar System as he worked, “—harsh bright soil of Luna—”,”—Saturn’s rainbow rings—”,”—the frozen night of Titan—”, all the while opening and spilling the jet and fishing it clean. He finished with an alternate chorus —

“We’ve tried each spinning space mote And reckoned its true worth:

Take us back again to the homes of men On the cool, green hills of Earth.”

—then, almost absentmindedly remembered to tack on his revised first verse:

“The arching sky is calling

Spacemen back to their trade. All hands! Stand by! Free falling! And the lights below us fade. Out ride the sons of Terra,

Far drives the thundering jet, Up leaps the race of Earthmen, Out, far, and onward yet—”

The ship was safe now and ready to limp home shy one jet. As for himself, Rhysling was not so sure. That “sunburn” seemed sharp, he thought. He was unable to see the bright, rosy fog in which he worked but he knew it was there.

He went on with the business of flushing the air out through the outer valve, repeating it several times to permit the level of radioaction to drop to something a man might stand under suitable armor.

While he did this he sent one more chorus, the last bit of authentic Rhysling that ever could be:

“We pray for one last landing On the globe that gave us birth;
Let us rest our eyes on fleecy skies And the cool, green hills of Earth.”

The End

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This is it. This is the start of the much dreaded “Fourth Turning”, the collapse of the USA, and full SHTF.

Let it be well understood that today 1JUN20 that SHTF in the United States is now official. Elements have been building up for some time, most certainly. And there have been some events that definitely contributed to this situation, but make absolutely no mistake. SHTF is now active and the entire United States is in turmoil.

As with anything, it’s difficult to pick a time when an event starts. Does Christmas start at 12:01 25 December, or when children wake up? Does it start when the presents are opened? Or, is is a month-long holiday with different phases.

Ah…

Let’s not parse the details too severely. All that wonderful “freedom”, “liberty” and “democracy” that Americans are so very happy that they have has…

… reared it’s ugly face.

In fact, it is nothing of the sort. It’s all just fancy slogans, endlessly repeated, by a dumbed down mindless mass of serfs. The United States is a military oligarchy-run empire, and the peasants are tired of it.

People are pissed off.

Some of them are just bored, and want a “regular” life.

Some are opportunists.

Some want to burn it all down, and literally kill anyone who is doing better than themselves.

If you all think that it’s going to die down in a day or two you are deluded. This is the start of a long slow collapse. Oh, certain regions will fare better than others. Certain people will do better than others, and certain situations will bring more advantages than others.

But that’s not what I am afraid of.

I’m afraid of the morons running the United States. For typically when there is economic turmoil such as this, the answer is always “distraction by war”. It focuses the people to something outside the poorly run domestic economy. And since this “domestic turmoil” is so expansive (this time), the up-scaled version of war could also be “up-scaled”.

Ah…

But that is just me.

And, I tend to be wrong about 50% of the time, don’t you know.

You are Here…

You are here.
You are here.

Leadership in hiding

The idea that President Trump is in a bunker, safe and sound under the White House while America is in flames reminds me of another event…

… when Hitler hunkered down in a bunker in the Reich Chancellery in Berlin while all of Germany burns.

While I actually am equating Trump with Hitler, it should not be misconstrued. I am actually equating the events of the collapse of the United States with the collapse of Germany. The mere fact that it is President Trump in Washington at this time instead of Obama, Bush, or Clinton makes no difference.

President Trump is a man of great strengths and great faults. He just happens to be at the helm at this historic event.

Other thoughts…

People of greater capability than I, and those with better writing skills have weighed in on this sequence of events. I find them illuminating. And now some “doom porn” for those of you who can stomach it…

One month ago, Daisy Luther at Organic Prepper saw desperation setting in:

A whopping 71% of jobless Americans haven’t gotten their unemployment payments from March. Lines at food banks are literally miles long in some areas. Rents and mortgages are not being paid. Anger is increasing. Soon it’s going to bubble over into rage and when it does, we could see unrest and crime like we haven’t seen in this country in centuries.

Charles Smith at Of Two Minds says What’s Collapsing Can’t Be Saved: Our Fraudulent Economy. Excerpts:

We live in a constantly distorted house of mirrors devoted to maintaining useful illusions of "democracy," "free markets" and other fairy tales we tell ourselves to reduce the pain of living a vast, all-encompassing fraud in which everyone who isn't a grifting insider is the loser.

We don't just have financial bubbles that are popping; we have bubbles in trust and credibility that are popping, too. All the lies, skims, scams, excuses, frauds, bezzles, artifices, profiteering, promotional schemes and rackets are unraveling, not because the virus shut down the economy but because the enormity of all the corruption, lies and fraud is now so great that the entire status quo is collapsing under its own weight...

Once the system collapses, we all lose, even the insiders who have traded every shred of their soul for financial gains, at the expense of everything that was once held dear.

National Post – Billionaire’s Instagram-perfect isolation on a luxury superyacht draws public outrage … as the world’s wealthy stay in vacation homes, custom bunkers or floating palaces, workers from nurses to supermarket cashiers juggle childcare and risk infection working essential jobs.

The Z Man (April 2020) – There’s lots of red lights flashing in the debt markets and the supply chain. The next months will be interesting. Maybe that will be how everyone forgets about this month of living like lepers and treating everyone like they stink. Before people can start to think about why they were locked in their homes, they will be directed to the next drama, the financial and economic panic of 2020. Perhaps the lesson here is the circus part of our bread and circuses is the government creating increasingly reckless panics seeing if they can blow it all up. Maybe this is all for their entertainment.

Riots, Z Man – The current black riots are being described as unprecedented, when in fact they are a regular feature of American life. Birds fly, fish swim and blacks riot. Amusingly, the man allegedly responsible for these riots, President Trump, you know, because of the low black unemployment, is in office because of the last round of black riots. In fact, black rioting is one of the regular features of the ongoing morality play that is modern liberal democracy. The usual suspects, looking for a reason to get white people to the theater, start scanning about for some case where a black was harmed by an unsympathetic white. They create a narrative around the incident, have the stories placed in the media and then encourage the black “activist groups” to start making an issue of it. From there, the story writes itself.

George Ure at Urban Survival: The food situation is getting dicey with meat, including pork and some poultry production coming off-line. And that will evolve over coming months into supply chain collapses and a general reset of lifestyles at a much lower-than-recent levels.

Putting everyone under house arrest and collapsing the economy is just the beginning. The can is being kicked and it moveth not. A historic catastrophe is plainly visible. Someone else's fine tuned and compelling opinion won't save you. Those who can save themselves will save themselves, not you. Those who can't save themselves certainly won't save you. Who does that leave?

Collapse, Of Two Minds – “Success” in America is now a game of creating believable facsimiles of what was once authentic. This requirement to hide the truth lest it collapse all the skims, scams, frauds, rackets and insider plundering and pillaging is the Monster Id of America. The more the insiders and institutional technocrat machinery attempt to censor and suppress critical inquiry, the greater the erosion of public trust in the credibility and legitimacy of the dominant institutions. When reality and truth become the sworn enemies of society’s political and economic elites, the society is well and truly doomed.

Steven Greenhut at Spectator reminds us how far we’ve fallen into a police state. An excerpt:

The current situation eventually will pass, but any time there’s any crisis — real, perceived, or exaggerated — government will instantly hit the police-state panic button. Thanks to so much of the reporting on the pandemic, which mostly has targeted those politicians who didn’t “do something” quickly enough, we’ll see an arms race over who can take the boldest moves without delaying over quaint concerns about our liberties.

Just as Americans have become accustomed to the TSA’s security theater and to endless police cameras and checkpoints, we soon may also become accustomed to routine lockdowns and arbitrary edicts any time officials get wind of a coming health or other problem. We won’t know for sure, of course, but just wait until next year’s flu season.

James Kunstler sees “a harsher, hungrier, angrier society of broken promises and dashed expectations” when “the hocus-pocus of Modern Monetary Theory” crashes in a heap. Excerpt:

The world never reached such a pitch of activity up to the blow-ups of 2008, and it went through the motions for a decade after that. Now that it’s stopped, all that’s left is the law of gravity, and it doesn’t get more basic. The “wealth” acquired in the decade since by the so-called “one-percent” was loaded onto a defective aircraft, like a Boeing 737-MAX, and an awful lot of it will fall to earth now on broken wings.

Their agents and praetorians on Wall Street are working feverishly to stave off that crash-landing, like a band of magicians casting spells on the ground while that big hunk of juddering metal augers earthward. Wait for it as spring brings new life across the land and things unseen before steal onto the scene.

Excerpts from an EMP op-ed at Washington Examiner:

Can you imagine if our grid went down and we lost electricity for an extended period of time? As bad as our current situation is, it could always be a lot worse. We relied on our government leaders to prepare our country for a pandemic, and we see what that got us. We rely on that same leadership now to protect our electric grid...

The EMP Commission estimates a nationwide blackout of the United States lasting one year could kill 90% of Americans from starvation and societal collapse...

The strategy of pretending to do something but really doing nothing and then throwing money at the threat when it happens will get millions of Americans killed when there is an EMP.

It’s suspicious how many articles about an EMP attack are showing up for no obvious reason.

Experts, Burning Platform – Not one penny of the trillions generated by the Fed out of thin air is helping the 38.6 million people who were thrown out into the streets by government decree. It wasn’t meant to trickle down. It’s just another example of socialism for the corporate fascists and another screw job for the average working stiff. The Fed’s sole purpose is to enrich their banker benefactors, corporate titans, hedge fund managers and corrupt politicians. The unemployment rate is headed toward 30%. GDP in the 2nd quarter will approach -40%. We’ve entered a 2nd Great Depression. The damage is permanent and ultimately fatal.

The reality in America today.
The reality in America today.

Tyler Durden at Zero Hedge comments on our collapsing food supply chain. An excerpt:

"It's not a lack of food, it's that the food is in one place and the demand is somewhere else and they haven't been able to connect the dots. You've got to galvanize people."

The immediate outcome of this food supply chain collapse will be even more rapid food inflation, hitting Americans at a time of unprecedented economic hardships with at least 26.5 million now unemployed since the pandemic struck the US.

And with a sharp economic recession, if not outright depression unfolding, more Americans are ditching grocery stores for food banks, putting incredible stress on these charities, which has forced the government to deploy National Guard troops at many locations to ensure food security to the neediest.

We’re just circling the drain. We ain’t seen nothin’ yet. Those ingénues who believe troops are being positioned to “ensure food security” will be among the first to discover otherwise. Get away, and stay away from crowds. It’s the indispensable first step.

Charles Smith at Of Two Minds says What’s Collapsing Can’t Be Saved: Our Fraudulent Economy. Excerpts:

We live in a constantly distorted house of mirrors devoted to maintaining useful illusions of "democracy," "free markets" and other fairy tales we tell ourselves to reduce the pain of living a vast, all-encompassing fraud in which everyone who isn't a grifting insider is the loser.

We don't just have financial bubbles that are popping; we have bubbles in trust and credibility that are popping, too. All the lies, skims, scams, excuses, frauds, bezzles, artifices, profiteering, promotional schemes and rackets are unraveling, not because the virus shut down the economy but because the enormity of all the corruption, lies and fraud is now so great that the entire status quo is collapsing under its own weight...

Once the system collapses, we all lose, even the insiders who have traded every shred of their soul for financial gains, at the expense of everything that was once held dear.

Lockdowns, Mises Institute – Those who have claimed that lockdowns are “the only option” had virtually no evidence at all to support their position. Indeed, such extreme over-the-top measures such as the general lockdowns required an extreme level of high-quality, nearly irrefutable evidence that lockdowns would work and were necessary in the face of a disease with an extremely high fatality rate. But the only “data” the prolockdown people could offer was speculation and hyperbolic predictions of bodies piling up in the streets. The lockdown crowd destroyed the lives of millions to satisfy the hunches of a tiny handful of politicians and technocrats.

Peter Grant at Bayou Renaissance Man mentions the unmentionable in his essay, Bailing out the states: the momentum and the prospect for violence builds. Excerpts:

If their residents find that government largesse is no longer flowing; and if they believe that they're entitled to such largesse; then they're going to get out of control and try to take what they want. The results are likely to be catastrophic for law and order, and civil society.

I think the ordinary people of America realize this. After all, that's why they bought more guns in March than any other month in previous US history. They're getting ready to defend what's theirs—and I believe they're right in anticipating the need to do so...

You want to know why my friends want me to upgrade their rifles? You want to know why I've been warning about COVID-19 as a threat to personal security, and suggesting ways to keep your shooting skills honed, even during the lockdown? ... Look no further.

American Gun News – Another Maryland Man Red-Flagged to Death by the Cops … cops shot him through a window while asleep in bed. They also shot his pregnant girlfriend

Power grab, Sovereign Man – If you think about 9/11 in particular, its remarkable how much power the government grabbed, and how many freedoms they took away. What I’m most concerned about at this point is not the virus, nor even the economic devastation.They have us all cowering in our homes, stripped of the most basic freedoms to do just about anything. People are being thrown off their own private property because they’re not an ‘official resident’ of the town. Others have been arrested for attending a funeral. Others threatened with jail for their social media posts. There’s going to be a huge impact on our freedom from this astonishing growth of unchecked government power.

Lockdown, The Z Man – You can’t help but wonder if what we are seeing is just a dry run for something more permanent in the future. I don’t think this was premeditated. Like the radicals of the French Revolution, our rulers are now captive to events they set in motion. As the evidence stacks up it is clear the lock downs were a terrible idea, but the people in charge have the whiff of authoritarianism in their nostrils and like a rutting beast they can think of nothing else. They are now busy dreaming up more insane restrictions just to humiliate people. It is increasingly difficult to remain a reasonable person. I’m getting a little salty.

Debt, Paul Craig Roberts – An economic system that enriches the rentier class by converting as much of personal income as possible to the service of debt is an economic system that is dead in the water. One possible way out is a debt writedown in order to create some discretionary income. Federal Reserve Chairman Alan Greenspan substituted growth in consumer debt for the missing income growth, and by this substitution created discretionary income by loading up the consumer with debt. That load is now full. We are in the unenviable position of having very high stock prices in an economy that has no growth potential. The high stock prices are the product of trillions of dollars injected into financial asset prices.

Charles Smith at Of Two Minds has posted strategies for surviving tough times. He does not claim to deal with a collapse of civilization, but rather the slower and uneven “devolution” he sees as more likely. He advises developing multiple skillsets and social networks, cutting expenses and relying on health and social wealth.

Mr. Smith is not just one of my regular reads, he's one of those few I often reread. His particular "take" on events is worth close attention, always well thought out and grounded in fact. However, he's not talking about survival, he's talking about enduring tough times. To this end he suggests avoiding extreme preps as "predicated on a decisive 'end of the world as we know it'".

I believe he's an optimist.

Being a generous nice guy with community connections is not a viable strategy for surviving the emerging catastrophe. And emerging it is. Understand what we're looking at. Shopping became raiding as the collapse visibly accelerated. Civic compliance is being quietly withdrawn   as government leaders and their credentialed experts reveal themselves as corrupt opportunists and inept posers .

No one "survived" the Great Depression any more than they "survived" the good times. They bore up, endured and got through. People "survived" real catastrophes; Genghis Khan and the Golden Horde or the homicidal slave labor camps of the last century.

Survivalism is unpleasant and difficult, but it's the only alternative in unpleasant and difficult times. It won't be about becoming a handy, well liked member of a cozy little community. Open handed nice people with their Norman Rockwell settlements will be ruthlessly exploited and left for dead. Viable communities will emerge, but more like the Bielski or Forest Brothers woodland partisans, minus the antique politics.

Preparationalism—known as  "prepping"—is part of survival, not survivalism itself. Preppers posit hard times and scarcity. Survivalists posit destitution, murderous chaos, pestilence and famine. Survival is prepping's precondition, not visa versa.

Mr. Smith talks like a nineteenth century idealist with a stock portfolio. It would please me if he were right, but betting the other way is wiser. We ain't seen nothin' yet.

Matthew Walther at The Week describes the decade ahead:

This is what the end of the end of history looks like. We had asked ourselves how it would appear and when. These questions mattered, and not only incidentally. They matter less now as we prepare for what I suspect will be at least a decade of immiseration on a scale unimaginable to at least three generations...

Here I think foreboding is justified. Trends that were worrisome long before we had heard of the new virus are accelerating to a point at which they are probably irreversible.

Glenn Reynolds at Instapundit notes the quiet self-authorized reopenings and says,

The shutdowns were sold as “two weeks to slow the spread,” and “flattening the curve,” and so on, and lots of people thought that was sensible, and it was. A two-month (or longer) shutdown is a different animal, and nobody consented to that. So now people are, mostly silently, withdrawing their consent from the state.

Ruling system, The Z Man – If you take time to read up on the Flynn case or the much larger plot around it, you see a large cast of people with one thing in common. They all live together as a social class and social relationships transcend the formal positions and titles of the people. Once a ruling class becomes a ruling community, reform is no longer possible. The only way to change the system is to decapitate it. The lesson of the Soviet system is that technology can perpetuate the community until it exhausts itself. The low quality of the people involved in the FBI shenanigans suggests they are reaching the same point as the Soviets in the 1980’s.

Serfdom, American Mind – The barbarians who seized Roman lands took advantage of chaos to fuel their ascendancy in what became the Middle Ages. Pestilence-driven depopulation and weakened political institutions enabled them to establish their hegemony over shrinking economies. Yet to assure their power, the Medieval aristocracies needed a belief system that would allow them to control the lower classes effectively. Today this role is played by a far-reaching “expert class” teeming with highly-credentialed functionaries.

Jim Quinn at The Burning Platform sees a catastrophic end to the ongoing disintegration :

The dichotomy between what is happening in the real world and what is happening in the world of the financiers will lead to violent upheaval on a timeline not anticipated by the ruling class. There is a good reason gun stores were overwhelmed with business at the outset of this over-hyped flu pandemic. Trust in the government, central bankers, the corporate media, and “experts” is disintegrating rapidly. The anger and disillusionment grows by the day and pockets of resistance are propagating throughout the country...

The only thing that matters is we will experience a disastrous outcome in the very near future from this reckless issuance of debt. The civic decay has entered the confrontational stage, with sides taken, weapons at the ready, awaiting the spark which will ignite the dynamite.

Reopen the nation, American Thinker – Hundreds of thousands of businesses are on the verge of bankruptcy and permanent closure. 33+ million are unemployed, and the federal government is creating massive unsustainable debt. This nation has made the biggest blunder in its history. The time has come for the politicians from the President to the Governors and Mayors to stop hiding behind the scientist/bureaucrats and fully reopen the nation. Focus on that segment of the population most at risk, without compulsory isolation or de facto imprisonment. And restore the civil liberties that have been wantonly eroded.

Fred Reed, Unz Review – We are told that In China, everything you say or do is monitored. Obviously China is a most terrible place. Who could doubt it? By contrast, in America, cameras are everywhere, all email is recorded, every bank transaction, credit-card purchase, who you called by telephone and when, and of course criminal records. Since little of this is directly done by the federal government, we do not live in a surveillance state. After all, none of the entities involved would share their information with the feds–would they?

From the woodpile report; July will tell the truth about the economy. I’ve chosen November as the month of general truth, whether the years following will be of manageable coping, of unexampled disaster, or something in between.

We could see a return to pre-Covid conditions, the economy revive, preps largely unneeded. Or hard times will persist but get no worse than they are now, with normalcy slowly returning, preps helpful but not critical. Or daily life could worsen long term and become the new normal, modest preps necessary but sufficient until a slow turnaround takes hold some years out.

Or systemic disruption and shortages could multiply, the recession deepen into a depression  , extensive preps needed to make it from one month to the next. Or it could become a general disaster with outright starvation, government rule by decree, cities uninhabitable, regional withdrawals into fiefdoms, and only extensive preps being enough to avoid personal catastrophe. Or we'll see a rapid and unstoppable national and global collapse, criminal raids on a regional scale, rule by force, preps depleted or confiscated and the widespread rise of outright survivalism.

Preppers attempt to maintain some or most of their present circumstances in tough times. The survivalist has his own definition of preps. He practices to survive by anticipating and training for the worst of the possibilities. 

Survivalism comes first, not last, because in the end preps assume the prepper survives to use them.

There are entirely reasonable variations on these themes. This is merely my personal arrangement.

He also goes on to say…

It appears we're at the start of an economic collapse similar to that of 1929 and into the 1930s. What we're seeing in Minneapolis and  elsewhere appears to add the danger of organized violence.

A widespread decampment from big cities began some time ago and appears to be accelerating. Bloomberg reports RV sales are up 30%  in some urban places. 

The causes are fascinating but in the end what matters is how their migration to the "flyover country" they so despise may affect your personal plans.

July, when the long term direction of the economy will be plain to see, may be your last opportunity to shape your preparations more exactly, meaning food, shelter and protection. November is the month of the presidential election, when all sides reveal their intentions and one is chosen. It's also when winter weather begins. 

Time is running out.

Conclusion

The much awaited “Fourth Turning” has arrived.

The United States is in a state of “free fall” and it’s only going to get worse. The American leadership are just actors reading scripted lines to appeal to the masses of under-educated, and easily manipulated serfs. This is a time when the actors and figureheads need to step aside and real leaders take the helm.

It’s not going to happen.

The only one that can prepare for this is you.

  • Friendships are your most valuable asset. Know everyone in your local neighborhood. Create strong friendships and alliances. Start today.
  • Keep your family close, protected and guarded. Youth must be corralled and controlled. They can easily create problems.
  • Organize and support each other. If no one stands up to lead, then you must do so. This could mean sharing resources, group patrols or sharing assets. Now is the time to organize.
  • Not every area is the same. Some areas will suffer more than others. Do not compare yourself to others. Just do the best in your little “neck of the woods”.
  • Things MIGHT calm down. I however, believe that this is the start of a three year long event cycle. Plan for the worst, but be cautiously hopeful.

About the urban rioters announcing that they are coming to the suburbs next…

“I would tell them, if you value your life, you probably shouldn’t do that in Polk County. Because the people of Polk County like guns, they have guns, I encourage them to own guns, and they’re going to be inside their homes tonight with their guns loaded. And if you try to break into their homes tonight and try to steal, to set fires, I’m highly recommending they blow you back out of the house with their guns.”

-Sheriff Grady Judd

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The Geography of Heaven; Journey of Souls (full text) by Michael Newton (part 1e) with world-line (MWI) annotations.

Multiple Part Post

This post is a multiple part post. I have labeled them…

Comment e0
This post continues our study of the Journey of Souls. This is part 1e.

Choosing a New Body

IN the place of life selection, our souls preview the life span of more than one human being within the same time cycle. When we leave this area, most souls are inclined toward one leading candidate presented to us for soul occupation.

Comment e1
Which pretty much explains my earliest memories as a child.

However, our spiritual advisors give us ample opportunity to reflect upon all we have seen in the future before making a final decision. This chapter is devoted to the many elements which go into that decision.

Our deliberations over body alternatives actually begin before we go to the place of life selection. Souls do this in order to adequately prepare themselves for viewing certain people in different cultural settings on Earth. I sense those souls who set up the screening room know in advance what to show us, because of these thoughts in our minds.

Great care must be taken in choosing just the right body to serve us in the life to come. As I have said, guides and peer group members are part of this evaluation process prior to, and after, we visit the place of life selection.

When listening to my subjects describe all the preparations which go into picking a new physical body, I am constantly reminded of the fluidity of spiritual time. Our teachers use relative future time in the place of  life selection to allow souls to measure human usefulness for working on unfinished lesson plans.

Blueprints for the next life vary in the degree of difficulty the soul-mind sets for itself. If we have just come off an easy life, making little interpersonal progress, our soul might want to choose a person in the next time cycle who will face heartache and perhaps tragedy. It is not out of the ordinary for me to see someone who has skated through an unchallenging life overloading themselves with turmoil in the next one to catch up with their learning goals.

The soul-mind is far from infallible as it works in conjunction with a biological brain. Regardless of our soul level, being human means we will all make mistakes and have the necessity of engaging in midcourse corrections during our lives. This will be true with any body we select.

Before taking up the more complex mental factors in a soul’s decision to join with the brain of a human baby, I will begin with the physical aspects of body choice. Despite the fact that our souls know in advance what they are going to look like, a national survey in the United States indicated 90 percent of both males and females were dissatisfied with the physical characteristics of their bodies. This is the power of conscious amnesia. Much unhappiness is created by society stereotyping an ideal appearance. Yet, this too is part of a soul’s lesson plan.

How many times have we all looked in a mirror and said; “Is this the real me? Why do I appear this  way? Am I  in a  body where  I  belong?”  These  questions are especially poignant when the type of body we have prevents us from doing those things we think we ought to be able to do in life. I have had a number of clients who came to me convinced their bodies prevented them from achieving satisfying lives. Many handicapped people think if it were not for a genetic mistake, or being the victim of an accidental injury which damaged their body, their lives would be more fulfilled. As heartless as this may sound, my cases show few real accidents involving body damage which don’t fall under the free will of souls. As souls, we choose our bodies for a reason. Living in a damaged body does not necessarily have to involve a karmic debt we are paying off because of past life responsibility for an injury to someone else. As my next case will demonstrate, when a soul is inside a damaged body, this choice can involve a learning path to another type of lesson.

It is difficult to tell a newly-injured person trying to cope with physical disablement

that he or she has an opportunity to advance at a faster rate than those of us with healthy bodies and minds. This knowledge must come through self-discovery. The case histories of my clients convince me that the effort necessary to overcome a body impediment does accelerate advancement. Those of us whom society deems less- than-perfect suffer discrimination which makes the burden even heavier. Overcoming the obstacles of physical ailments and hurt makes us stronger for the ordeal.

Our bodies are an important part of the trial we set  for ourselves in life. The freedom of choice we have with these bodies is based far more on psychological elements than from the estimated 100,000 genes inherited by each human being. However, I want to show in the opening case of this chapter why souls want certain bodies based largely on physical reasons without heavy psychological implications.

The case exhibits the planning involved in the decision of a soul to be in contrasting physical bodies in different lives. After this case, we will examine why souls choose their bodies for other reasons.

Case 26 was a tall, well-proportioned woman who enjoyed participating in sports despite being bothered all her life with recurring leg pains. During her preliminary interview, I learned the pain was a dull ache in both legs, about midway down the thighbones. Over a period of years she had been to a number of doctors who could find no medical evidence of anything wrong with her legs. Clearly, she was worn down and willing to try anything for relief.

When   I   heard   the   doctors   had   concluded   her   discomfort   was   probably psychosomatic, I suspected the origin of this woman’s pain might lie in a past life. Before going to the source of her problem, I decided to take my client through a couple of past lives to ascertain her motivations for body choices. When I asked her to tell me about a life in which she was the happiest with a human body she told of being in the body of a Viking called Leth around 800 AD. She said Leth was “a child of nature” who traveled by the Baltic Sea route into western Russia.

Leth was described as wearing a long, fur-lined cloak and soft, form-fitting animal skin pants with roped-up boots and a cap wrapped with metal. He carried an ax and a heavy, broad-bladed sword which he wielded easily in battle. My subject was intrigued by the picture in her mind of again being inside this magnificently proportioned warrior with “dirty strands of reddish-blond hair spilling over my shoulders.” Standing well over six feet tall, he must have been a giant of his time, with enormous strength, a huge chest, and powerful limbs. A man of great endurance, Leth navigated with other Norsemen over long distances, sailing up rivers and hiking through thick, virgin forests, pillaging settlements along the way. Leth was killed during a raid while looting a village.

Case 26 – Leth

Dr. N: What was most important to you about this life you have just recalled as Leth the Viking?

S: To experience that magnificent body and the feeling of raw physical power. I have never had another body like that one in all my existences on Earth. I was fearless because my body did not react to pain even when wounded. In every respect it was flawless. I never got sick.

Dr. N: Was Leth ever mentally troubled by anything? Was there any emotional sensitivity for you in this life?

S: (bursts out laughing) Are you kidding? Never! I lived only for each day. My concerns were not getting enough fighting, plunder, food, drink, and sex. All my feelings were channeled into physical pursuits. What a body!

Dr. N: All right, let’s analyze your decision to choose this great body in advance of Leth’s life. At the time you made your choice in the spirit world did you request this body of good genetic stock or did your guide simply make the selection for you?

S: Counselors don’t do that.

Dr. N: Then explain to me how this body came to be chosen by you.

S: I wanted one of the best physical specimens on Earth at the time and Leth was offered to me as a possibility.

Dr. N: You had only one choice?

S: No, I had two choices of people living in this time.

Dr. N: What if you didn’t like any of the body choices presented to you for occupation in that time segment?

S: (thoughtfully) The alternatives of my choices always seem to match what I want to experience in my lives.

Dr. N: Do you have the sense the counselors know in advance which body selections are exactly right for you, or are they so harried it’s just an indiscriminate grab bag of body choices?

S: Nothing here is careless. The counselors arrange everything.

Dr. N: I have wondered if the counselors might get mixed up once in a while. With all the new babies born could they ever assign two souls to one baby, or leave a baby without a soul for a while?

S: (laughing) We aren’t in an assembly line. I told you they know what they are doing. They don’t make mistakes like that.

Dr. N: I believe you. Now, as to your choices, I am curious if two bodies were sufficient for your examination in the place of life selection.

S: We don’t need a lot of choices for lives once the counselors get their heads together about our desires. I already had some idea of the right body size and shape and the sex I wanted before being exposed to my two choices.

Dr. N: What was the body choice you rejected in favor of Leth?

S: (pause) That of a soldier from Rome… also with the strong body I wanted in that lifetime.

Dr. N: What was wrong with being an Italian soldier?

S: I didn’t want … control over me by the state (subject shakes head from side to side) … too restrictive …

Dr. N: As I remember, by the ninth century much of Europe had fallen under the authority of Charlemagne’s Holy Roman Empire.

S: That was the trouble with the soldier’s life. As a Viking I answered to nobody. I was free. I could move around with my band of invaders in the wilderness without any governmental control.

Dr. N: Then freedom was also an issue in your choice?

S: Absolutely. The freedom of movement… the fury of battle the use of my strength and uninhibited action. Life at sea and in the forests was robust and constant. I know the life was cruel, too, but it was a brutal time. I was no better or worse than the rest.

Dr. N: But what about other considerations, such as personality?

S: Nothing bothered me as long as I was able to physically express myself to the fullest.

Dr. N: Did you have a mate-children?

S: (shrugs)  Too restrictive. I was on the move. I possessed many women-some willing-others not-and this pleasure added to my expression of physical power. I didn’t want to be tied down in any way.

Dr. N: So, the body of Leth was your preference as a pure physical extension of sensual feeling?

S: Yes, I wanted to experience all body senses to the fullest, nothing more.

I felt my subject was now ready to go to work on her current problem. After bringing her out of superconscious into a subconscious state, I asked her to go directly to a life which may have involved leg pain.

Almost at once the woman dropped into her most recent past life and became a six- year-old girl named Ashley living in New England in the year 1871. Ashley was riding in a fully loaded, horse-drawn carriage when suddenly she opened the door and tumbled out under the vehicle. When she hit the cobblestone street, one of the heavy rear carriage wheels rolled over her legs at the same point above both knees, crushing the bones. My subject reexperienced a sharp pain in her legs while describing the fall.

Despite efforts from local physicians and the prolonged use of wood splints, Ashley’s leg bones did not heal properly. She was never able to stand or walk again and poor circulation caused repeated swelling in her legs for the rest of a rather short life. Ashley died in 1912 after a productive period of years as a writer and tutor of disadvantaged children. When the narration of Ashley’s life ended, I returned my subject to the spirit world.

Dr. N: In your history of body choices why did you wait a thousand years between being a physically strong man and a crippled woman?

S: Well, of course, I developed a better sense of who I was during

the lives in between. I chose to be crippled to gain intellectual concentration. Dr. N: You chose a broken body for this?

S: Yes, you see, being unable to walk made me read and study more. I developed my mind … and listened to my mind. I learned to communicate well and to write with skill because I wasn’t distracted. I was always in bed.

Dr. N: Was any characteristic about your soul particularly evident in both Ashley and Leth the Viking?

S: That part of me which craves fiery expression was in both bodies.

Dr. N: I want you to go to the moment you were in the process of choosing the life of Ashley. Tell me how you decided on this particular damaged body.

S: I picked a family in a well-established, settled part of America. I wanted a place with libraries and to be taken care of by loving parents so I could devote myself to scholarship. I constantly wrote to many unhappy people and became a good teacher.

Dr. N: As Ashley, what did you do for this loving family who took care of you?

S: It always works two ways-the benefits and liabilities. I chose this family because they needed the intensity of love with someone totally dependent upon them all their lives. We were very close as a family because they were lonely before I was born. I came late, as their only child. They wanted a daughter who would not marry and leave them to be lonely again.

Dr. N: So it was a trade-off? S: Most definitely.

Dr. N: Then let’s track this decision further back to the place of life selection, when your soul first saw Ashley’s life. Did you see the details of your carriage accident then?

S: Of course, but it wasn’t an accident-it was supposed to happen.

Dr. N: Once you came to Earth, who was responsible for the fall? Was it your soul- mind or Ashley’s biological mind?

S: We worked in unison. She was going to be fooling with the carriage door handle and … I capitalized on that

Dr. N: Tell me what was going through your soul-mind in the life selection room when you saw the scene of Ashley falling and being injured?

S: I thought about how this crippled body could be put to good use. I had some other choices for body injuries, but I preferred this one because I didn’t want to have the capability for much movement.

Dr. N: I want to pursue the issue of causality here. Would Ashley have fallen anyway if she had a soul other than your own?

S: (defensively) We were right for each other…

Dr. N: That doesn’t answer my question.

S: (long pause) There are forces beyond my knowledge as a spirit. When I saw Ashley for the first time … I was able to see her without me … healthy … older … another life possibility…

Dr. N: Now we are getting somewhere. Are you saying if Ashley had begun her life with another soul entity that she might not have fallen at all?

S: Yes … that’s a possibility … one of many … she could also have been less severely injured, with the ability to walk on crutches.

Dr. N: Well, did you see a physically healthy Ashley living happily without your soul?

S: I saw … a grown woman … normal legs … unhappiness with a man … frustration at being trapped in an unrewarding life … sorrowful parents … but easier. (voice becomes more firm) No! That course would not have worked well for either of us-I was the best soul for her.

Dr. N: Were you the prime mover of the fall, once you elected to be-come Ashley’s soul?

S: It … was both of us … we were one at that moment … she was being naughty, bouncing around in the carriage, playing with the door handle when her mother said she must stop. Then … I was ready and she was ready…

Dr. N: Just how rigid was your destiny? Once you were Ashley’s soul was there any way you could have backed out of this entire incident in the carriage?

S: (pause) I can tell you I had a flash just before I fell. I could have pulled back and not fallen out. A voice inside my mind said…”It’s an opportunity, don’t wait any longer, take the fall, this is what you wanted-it’s the best course of action.”

Dr. N: Was that particular moment important?

S: I didn’t want Ashley to get too much older.

Dr. N: But, the pain and suffering this child went through . . .?

S: It was horrible. The agony of those first five weeks was beyond belief. I almost died, but I learned from enduring it all and I now see the memories of Leth’s capacity for managing pain helped me.

Dr. N: Did your inner mind have any regrets during those moments when the pain was most severe?

S: As I slipped in and out of consciousness during the worst of the ordeal, my mind began gaining in power. Overriding my damaged body, I started to better control the pain … lying in bed… the doctors helpless. The skills I developed in managing pain were later used to concentrate on my studies and my counselor was helping me, too, in subtle ways.

Dr. N: So you gained a lot in this life by being unable to walk?

S: Yes, I became a listener and thinker. I corresponded with many people and learned to write with inspiration. I gained teaching ability with the young, and felt guided by an internal power.

Dr. N: Was your counselor proud of your accomplishments after you returned to the spirit world?

S: Very, although I was told I had become a little too indulged and pampered (laughs), but that’s an okay trade-off.

Dr. N: How does your experience with the strong body of Leth and the weak one of Ashley help you today, or is this of no consequence?

S: I benefit every day by my appreciation of the necessity of a union between mind and body to learn lessons.

During my client’s reliving of the street scene which broke her legs, I initiated desensitization measures. At the close of our session together, I then deprogrammed her generational memory of leg pain entirely. This woman later notified me she has had no further pain and regularly enjoys playing tennis.

The two past lives I have represented in this case were largely devoted to physical choices for soul actualization in two quite different environments.

Souls search for self-expression by developing different aspects of their character. Regardless of what physical or mental tools are used through the use of many bodies, the laws of karma will prevail. If the soul chooses one extreme, somewhere down the line this will be counterbalanced by an opposite choice to even-out development. The physical lives of Leth and Ashley are examples of karmic compensation. The Hindus believe a rich man sooner or later must become a beggar for his soul to develop adequately.

By  surviving  different  challenges  our  soul  identity  is  strengthened.  The  word strength should not be misunderstood. My subjects say the real lessons of life are learned by recognizing and coming to terms with being human. Even as victims, we are beneficiaries because it is how we stand up to failure and duress which really marks our progress in life. Sometimes one of the most important lessons is to learn to just let go of the past.

While souls carefully consider the physical attributes of an Earth body in a variety of cultural settings, they give much more attention to the psychological aspects of human life. This decision is the most vital part of the entire selection process for the soul.

Before entering the place of life selection, it is to a soul’s advantage to ponder the factors of heredity and environment which affect how a biological life form will function.

I have heard that a soul’s spiritual energy has a fluctuating influence on whether the temperament of its human host will be extroverted or introverted, rationalistic or idealistic, emotionally or analytically dominated. Because of such variables, souls need to reflect in advance on the types of bodies which will serve them best in the life to come.

From  what  I  can  gather,  a  soul’s  thoughts  about  certain  human  behavior preferences for themselves in the next life are known by guides and those masters charged with operating the life selection stations. It appears to me some souls take this responsibility more seriously than others.

Yet, a soul in the prelife selection phase can reflect only so much on how they would fit into a specific body. When souls are called to the place of life selection the guesswork is over. Now they must match their spiritual identity against a mortal being.  Why one soul joined, for psychological reasons, with two human beings thousands of years apart is the basis of my next case.

Case 27 is a Texas businessman who owns a large, successful clothing firm. During a vacation in California, Steve came to see me on the advice of a friend.

As I took his history, I noticed he was tense and hypervigilant. While his fingers toyed with a key chain, Steve’s eyes darted anxiously around my office. I asked if he was nervous or afraid of hypnosis as a procedure and he replied, “No, I’m more afraid of what you will uncover.”

This client told me his employees were demanding and disloyal and the multitude of personnel complaints had become intolerable. His solution had been to increase discipline and fire people. I learned that he had two failed marriages and was a binge alcoholic. He said he had recently tried a recovery program but quit because “they were getting too critical of me.”

As we talked further, Steve explained that his mother disappeared after leaving him on the steps of a church in Texas within a week of his birth. After a few lonely and unhappy years in an orphanage, an older couple adopted him. He added that these people were stern disciplinarians who seemed to disapprove of him all the time. Leaving home in his teens, Steve had many scrapes with the law and once attempted suicide.

I found this client’s personality to be overly assertive and untrusting of authority.

His anger was rooted in feelings of isolation and abandonment issues. Steve said he felt like he was losing control over his life and was willing to try anything “to find the real me.” I agreed to short-term exploration of his unconscious mind if he would consider seeing a therapist later in his own town for sustained counseling.

As this case unfolds, we will see how Steve’s soul maintains its identity while responding to physical life in a human body. The intensity of this association is increased in hypnosis when my subjects discuss their motives for body selection. One reason why I have used this case is to expose a difficult barrier to discovering our identity-that of childhood trauma.

Souls who unite with people that develop early personality disorders deliberately set themselves up for a difficult life.

Before taking my client into the spirit world to learn why his soul chose this life, it was necessary to relive his early childhood memories. In the short excerpt which begins this case, this subject will see his real mother again. It is one of the most poignant scenes I have ever facilitated.

Case 27 – Steve

Dr. N: You are now a baby in the first week of life and your mother is seeing you for the last time. It doesn’t matter that you are a baby because your inner adult mind knows everything that is going on. Describe to me exactly what transpires.

S: (subject starts to shake) I … I’m in a basket … there is a faded blue blanket around me … I’m being set down on some steps… it’s cold …

Dr. N: Where are these steps?

S: … In front of a church… in Texas.

Dr. N: Who is setting you down on the church steps?

S: (the shaking increases) My mother … is bending down over me … saying goodbye … (begins to cry)

Scene from "Meet the Robensons" where the mother abandons the baby on the front steps.
Scene from “Meet the Robensons” where the mother abandons the baby on the front steps.

Dr. N: What can you tell me about your mother’s reason for leaving you?

S: She … is young … not married to my father … he is already married. She is … crying … I can feel her tears falling on my face.

Dr. N: Look up at her. What else do you see?

S: (chokes) Flowing black hair … beautiful… I reach up and touch her mouth … she kisses me … soft, gentle … she is having a terribly hard time leaving me here.

Dr. N: Does she say anything to you before leaving?

S: (subject can now hardly talk) “I must leave you for your own good. I have no money to take care of you. My parents won’t help us. I love you. I will always love you and hold you in my heart forever.”

Dr. N: What happens then?

S: She … takes hold of a heavy door knocker… it has an animal on it… and bangs on the door… we hear footsteps coming… now she is gone.

Dr. N: What do your inner thoughts tell you about all you have seen?

S: (almost overcome by emotion) Oh … she wanted me after all … didn’t want to leave me … she loved me!

Dr. N: (I place my hand on the subject’s forehead and begin a  series of post- hypnotic suggestions which end with the following instructions) Steve, you will be able to recall this subconscious memory in your conscious mind. You will retain this picture of your mother for the rest of your life. You now know how she truly felt about you and that her energy is still with you. Is this clear?

S: Yes … it is.

Dr. N: Now, move forward in time and tell me how you feel about your foster parents.

S: Never satisfied with me … made me feel guilty about everything … controlling and judging me … (subject’s face is dripping wet with tears and perspiration) don’t know who I am supposed to be. I’m not real.

Dr. N: (I raise my voice) Tell me what is unreal about you.

S: Pretending … (stops)

Dr. N: Keep going!

S: I’m not really in control … constant anger … mistreating people to … get even … hopelessness …

Note: After additional conditioning, I will now take my subject back and forth between his subconscious and superconscious mind.

Dr. N: All right Steve, now let’s go back to the time before your birth into this life. Tell me if you have ever lived in another life with the soul of your birth mother.

S: (long pause) Yes … I have.

Dr. N: Was there ever a particular life you lived with this soul on Earth which involved any sort of physical or emotional pain between the two of you?

S: (after a moment subject’s hands grip the arms of his chair) Oh, damn-that’s it-of course-it’s her!

Dr. N: Try to relax and not go too fast for me. I want you to enter the life you see in your mind at the most crucial point in your relationship with this soul on the count of three. One, two, three!

S: (a deep sigh) Oh my … it’s the same person … a different body but she was my mother then, too

Dr. N: Stay focused on the Earth scene. Is it day or night?

S: (pause) Broad daylight. Hot sun and sand …

Dr. N: Describe what is happening under the hot sun in the sand.

S: (haltingly) I am standing in front of my temple … before a large crowd of people … my guards are in back of me.

Dr. N: What is your name?

S: Haroum.

Dr. N: What are you wearing, Haroum?

S: A long, white robe and sandals. I have a staff in my hand with gold snakes on it as a symbol of my authority.

Dr. N: What is your authority, Haroum?

S: (proudly) I am a high priest.

Note: Further inquiries revealed this man was a tribal leader who was located on the Arabian peninsula close to the Red Sea around 2000 BC. In preclassical times, this area was known as the Kingdom of Sheba (or Saba). I also learned the temple was a large oval structure of mud bricks and stone dedicated to a moon god.

Dr. N: What are you doing in front of your temple?

S: I am on the steps judging a woman. She is my mother. She is kneeling down in front of me. There is a look of pity and fear in her eyes as she looks up at me.

Dr. N: How can her eyes show both pity and fear at once?

S: There is pity in her eyes because of the power which has consumed me … in taking so much control over the daily lives of my people. And there is fear, too, for what I am about to do. This disturbs me, but I must not show it.

Dr. N: Why is your mother kneeling on the temple steps before you?

S: She has broken into the storage house and stolen food to give to the people. Many are hungry at this time of year, but I alone can order distribution. The food must be measured out carefully.

Dr. N: Did she act against some rule of food rationing? Was this a question of survival?

S: (abruptly) There is more to this-by disobeying me she is undermining my authority. I use the distribution of food as a means of… control over my people. I want them all to be loyal to me.

Dr. N: What are you going to do with your mother?

S: (with conviction) My mother has violated the law. I can save her, but she must be punished as an example. I decide she will die.

Dr. N: How do you feel about killing your own mother, Haroum?

S: It must be done. She has been a constant thorn in my side-causing unrest among my people because of her position. I cannot govern freely with her here any longer. Even now, she is defiant. I order her death by banging my staff on the stone steps.

Dr. N: Later on are you sad about ordering your mother’s execution?

S: (voice becomes strained) I… must not think about such things if I am to maintain power.

At this point Steve’s mind had relived two emotionally wrenching events involving voluntary actions of separation between mother and son. Although he had made the karmic connection, it was important that his abandonment as a baby not be isolated as pure historic retribution. For healing to begin we had to go further.

The next stage in our session together was designed to recover Steve’s soul identity. To do this, I took him into the spirit world. In each of my cases, I try to bring the subject back to the most appropriate spiritual area to get the best results.

In Case 13, I used the place of orientation.

With Case 27, we will go back to relive the spiritual time just after his return from the place of life selection. In this setting, I want Steve to see the reasons for his current body choice and the role of other soul participants in his life.

Dr. N: By what name are you known in the spirit world?

S: Sumus.

Dr. N: All right, Sumus, since we are now in the spirit world again, I want us to go to the period just following your initial viewing of the man who is Steve. What are your thoughts?

S: Such a resentful man… he is so angry about his mother dumping him on a doorstep … and those hard-nosed people who will take over as his parents … I don’t know if I even want to take this body!

Dr. N: I understand, but why don’t we put that decision aside for a few minutes while other things develop. Tell me what you actually do once you leave the place of life selection.

S: Sometimes I might want to be by myself for a while. Usually, I am anxious to have the opinions of my friends about the lives I look at, especially one this rough.

Dr. N: Surely, you had more than one body option?

S: (shakes head) This is one I should take … it’s a rough decision.

Dr. N: Tell me, Sumus, when you are back with your group of friends, do you discuss the possibility of yourself associating with some of them in the next life?

S: Yes, more often than not, these close friends are going to be in my life to come, just as I will be in theirs. Some of my clutch will not be in certain lives. It doesn’t matter. We all discuss our next life with each other. I want to get their ideas on details. You see, we all know each other so well-our strengths and weaknesses- former successes and failures-what to watch out for … that kind of thing.

Dr. N: Did you discuss with them any details about the kind of person you should be in your next life before actually going to the place of life selection?

S: Oh yeah, in a roundabout way. Nothing concrete. Now that I have seen Steve, and who the others might be in relation to him in this life, there are reservations. So I talk to Jor.

Dr. N: Is Jor your guide?

S: Yes, he listened a lot to what I had to say about who I thought I should be before I was sent to the place where we look at lives.

Dr. N: Okay, Sumus, you have just returned to your primary cluster group from the place of life selection. What do you do first?

S: I talk about this guy Steve who is so unhappy … no real mother … all that stuff … what kinds of people will be around him … their plans, too … it must fit all together for us.

Dr. N: You mean which souls are going to take certain bodies?

S: Right, we need to firm that up.

Dr. N: Are soul assignments still negotiable at this point, or is everyone told which body they will be in after leaving the place of life selection?

S: No one is forced to do anything. We know what should be done. Jor… and the others help us make adjustments … they are sent in to round out the picture … (subject’s face becomes grave)

Dr. N: Is something bothering you at this moment, Sumus?

S: (in a cheerless manner) Uh … my friends are moving away … there are others coming … oh…

Dr. N: I gather some deliberations are about to occur with other souls. Try to relax as best you can. On my command you will clearly relate to me everything that is happening. Do you understand?

S: (nervously) Yes.

Dr. N: Begin! How many entities do you see?

S: There are… four of them… coming over to me… Jo. is one of them.

Dr. N: Who is first?

S: (subject grabs my hand) It’s … ……. she wants to be … my mother again.

Dr. N: Is this the soul of the woman who is Haroum’s and Steve’s mother?

S: Yes, she is… oh… I don’t want to…

Dr. N: What’s going on?

S: Eone is telling me it’s time for us to … settle things … to be in a disordered life as mother and son again.

Dr. N: But Sumus, didn’t you know this at the place of life selection when you viewed Steve’s mother taking her baby to the church?

S: I saw the people … the possibility… it was still an … abstract consideration … it wasn’t actually me yet. I guess I need more convincing because Eone is here for a reason.

Dr. N: I take it none of these newly arrived entities is from your own clutch?

S: (sighs) No, they are not.

Dr. N: Why did you and Eone wait 4000 earth years before discussing a balancing out of your treatment of her in Arabia?

S: Earth years mean nothing; it could have been yesterday. I just wasn’t ready to offset the harm I did her as Haroum. She says the circumstances are right for this exercise now.

Dr. N: If your soul joins with the body of Steve in Texas, will Eone consider this karmic payment for your debt?

S: (pause) My life as Steve is not supposed to be punishment. 

Dr. N: I’m glad you see that. So what is the lesson to be learned?

S: To … feel what desertion is like in a family relationship … deliberate severing …

Dr. N: The severing of the mother and son bond by deliberate action?

S: Yes … to appreciate what it is like to be cast off.

Dr. N: Allow Eone to move away and have the other entities join us, Sumus.

S: (distressed) Eone is floating back to … Jor…. coming forward are … Oh shit-it’s Talu and Kalish! (subject squirms in his chair and tries to ward off the two spirits in his mind by pushing the palms of his hands outward)

Dr. N: Who are they?

S: (in a rush of words) Talu and Kalish have volunteered to be Steve’s-my foster parents. They work together a lot.

Dr. N: What’s the problem, then?

S: I just don’t want them again so soon!

Dr. N: Slow down for me, Sumus. You have worked with these souls before?

S: (still muttering to himself) Yes, yes-but they are so hard for me to be with especially Kalish. It’s too soon. They were my in-laws in the German life.

Note: We digress for a few minutes while Sum us briefly explains a past life in Europe as a high-ranking army, officer who neglected his family and was the object of scorn from his wife’s influential parents.

Dr. N: Are you saying that Talu and Kalish lack the capability for the assignment of being your foster parents in Texas?

S: (shakes head with resignation) No, they know what they are doing. lt’s just that with Kalish, it’s always a rough ride. She chooses to be people who are critical, demanding, cold…

Dr. N: Does she always present that sort of behavior in human bodies?

S: Well, that’s her style with me. Kalish is not a soul who engages easily with others. She is independent and very determined.

Dr. N: How about Talu as your adoptive father?

S: Stern .. allows Kalish to lead … can be too detached… emotionally private… I’m going to really rebel against them this time.

Dr. N: Okay, but will they teach you something?

S: Yes, I know they will, but I am still arguing about it. Jor and Eone come over.

Dr. N: What do you say next at this conference?

S: I want Eone to be my foster mother. They all laugh at me. Jor won’t buy my explanations. He knows I am close to Eon e.

Dr. N: Do they make fun of you, Sumus?

S: Oh no, it’s not that way at all Talu and Kalish question my reluctance to tackle my faults with them.

Dr. N: Well, I was getting the impression you thought these souls were ganging up on you to force a decision to join with the Texas baby.

S: That’s not how it goes here. We are discussing my misgivings about the life itself.

Dr. N: But I thought you didn’t like Talu and Kalish?

S: They know about me … I need strict people or I ride over them. Everyone here sees I have a tendency to indulge myself. They convince me an easy life without them will be like treading water. Both of them are very disciplined.

Dr. N: Well, it sounds like you have about made up your mind to go with them into the Texas life.

S: (musing) Yes… they are going to make a lot of demands on me as a child… Kalish sarcastic … Talu a perfectionist… losing Eone… it’s going to be a rough ride.

Dr. N: What will playing the roles of your parents do for Talu and Kalish?

S: Kalish and Talu are in different … configurations than me. I’m not supposed to get all muddled up in their business. It has something to do with their being rigid people and overcoming pride.

Dr. N: When you are on Earth, does your soul-mind always know the reason why certain people who influence you positively or negatively are significant in your life?

S: Yes, but that doesn’t mean the person I am in that life understands what my spirit knows. (smiles) That’s what we should be able to figure out on Earth.

Dr. N: Which is what we are doing now?

S: Yeah … and I am cheating a little with you helping, but it’s okay, I can use it.

It does seem an enigma that the knowledge of who we really are as souls is so difficult for many of us to reach through our conscious minds. By now I’m sure the reader has discerned that even in a superconscious state, we do retain the ability to observe ourselves with a portion of the critical center of our conscious mentality. Assisting clients in reaching their inner selves by linking all facets of the mind is the most important part of my work in hypnotherapy.

I want Steve to gain insight into the motives for his behavior by understanding his soul. The dialogue which follows provides us with further disclosures as to why Sumus integrated into Steve’s body. The spiritual conference with Jor, Eone, Talu, and Kalish is over and I have taken Sumus to a quiet setting in the spirit world for this discussion.

Dr. N: Tell me, Sumus, how much of who you really are as a soul identity is reflected in the human beings you have occupied?

S: Quite a lot-but no two bodies are alike. (laughs) Good body and soul mergers don’t always happen, you know. I remember some of my former bodies more fondly than others.

Dr. N: Would you say your soul dominates or is subordinated by the human brain? S: That’s difficult to answer because there are subtle differences with the brain of each body which affects how we… exhibit ourselves from that body. A human would be pretty vacant without us… we treat earth bodies with respect, though.

Dr. N: What do you think human beings would be like without souls?

S: Oh, dominated by senses and emotions

Dr. N: And you believe each human brain causes you to react differently?

S: Well, that which I am … is able to utilize some bodies better than others. I don’t always feel fully attached to a human being. Some physical emotions are overpowering and I… am not so effective.

Dr. N: Such as the high level of rage displayed by Steve’s temperament, perhaps affected by the central nervous system of this body?

S: Yes, we inherit these things ….

Dr. N: But you knew what Steve would be like before you chose his body?

S: (in disgust) That’s right, and it’s typical of how I can make a bad situation worse. I am able to interpret only when the storms of the human mind are quiet, and yet I want to be stormy people.

Dr. N: What do you mean by interpret?

S: Interpret ideas … make sense out of Steve’s reactions to turmoil.

Dr. N: To be frank, Sumus, you sound like a stranger inside Steve’s body.

S: I’m sorry to give you that impression. We don’t control the human mind … we try by our presence to … elevate it to see … meaning in the world and to be receptive to morality … to give understanding.

Dr. N: That’s all very well, but you use human bodies for your own development too, don’t you?

S: Sure, it’s a … blending … we give and take with our energy.

Dr. N: Oh, you tailor your energy to fit a host body?

S: It would be better to say I use different facets of expression, depending on the emotional drives of each body.

Dr. N: Let’s get specific, Sumus. What is going on between you and Steve’s brain at this time on Earth?

S: I … have felt … submerged … sometimes my energy is tired and unresponsive to so much negativity.

Dr. N: Looking back to your choices of Haroum, Steve, and those other human bodies in between, do they all have traits in common which attracted you?

S: (long pause) I am a contact entity. I seek humans who involve themselves … aggressively with others.

Dr. N: When I hear the word aggression, this means hostility to me as opposed to being assertive. Is this what you intended to say?

S: (pause) Well, I’m attracted to those who influence other people … ah, vigorously- at full tilt.

Dr. N: Are you a soul who enjoys controlling other people?

S: I wouldn’t say control, exactly. I avoid choosing to be people who have no intense involvement with those around them.

Dr. N: Sumus, aren’t you being controlling when you try to direct other souls in their lives?

S: (no response)

Dr. N: What would Jor say about your human relationships?

S: Hmm … that I like power as a means of influencing the acts of humans who are decision makers. That I crave social and political groups where I lead.

Dr.  N:  So,  you would not  enjoy being in a  human  body which was quiet  and unassuming?

S: Definitely not.

Dr. N: (I push harder) Sumus, isn’t it true you took pleasure in the way you were a part of Haroum’s misuse of power in Arabia, and that you gain satisfaction as Steve from mistreating your employees in Texas?

S: (loudly) No, that isn’t true! Things get out of hand easily when you try to lead humans. It’s the conditions on Earth which screw everything up. It isn’t all my fault.

Dr. N: Is it possible that both Haroum and Steve became more extreme in their conduct because your soul was with them?

S: (heavily) I haven’t done well, I know that …

Dr. N: Look Sumus, I hope you know I don’t think you are a bad soul. But maybe you are easily seduced by the trappings of human authority and you have now become someone who feels in conflict with society.

S: (disturbed) You are beginning to sound like Jor!

Dr. N: I don’t presume to be doing that, Sumus. Perhaps Jor is helping us both to understand what is going on inside you.

S: Probably.

Steve and I have reached a productive stage of contact with his soul. I address this subject as if he were two people, while tightening the bowstring between his conscious and unconscious self. After applying additional conditioning to pull these two forces closer together, I close our session with a final series of questions. It is important his mind not be allowed to drift or his memories to become dissociated. To foster responsiveness, my questions are confrontive and spoken rapidly to increase the tempo of my subject’s answers.

Dr. N: Sumus, begin by telling me why you originally accepted Steve’s body.

S: To … rise above my attraction for leading others … always wanting to be in charge …

Dr. N: Is your soul identity in conflict with the direction Steve’s life has taken?

S: I don’t like that part of him which is fighting to be on top and, at the same time, having thoughts of escape by self-destruction.

Dr. N: If this is a contradiction for you, why does it exist? S:… childhood … sadness … (stops)

Dr. N: Who am I listening to now? Sumus, why aren’t you more active in helping yourself, as Steve, overcome the shame of abandonment by Eone and your anger from an unloving childhood with Talu and Kalish?

S:… I am grown now … and managing others … won’t let people hurt me anymore.

Dr. N: Sumus, if you and Steve are now speaking to me as one intelligence, I want to know why your lifestyle is so self-destructive.

S: (long pause) Because my weakness is … using power for self-preservation on Earth.

Dr. N: Do you feel if you were less controlling of people as an adult, life would revert to the way you were treated as a child?

S: (angrily) Yes!

Dr. N: And when you don’t get self-gratification from the body of your choice, what do you do as a soul?

S: I…tune out…

Dr. N: I see, and how is this accomplished, Sumus? S: By not … being too active.

Dr. N: Because you are intimidated by a body in an emotional tailspin? S: Well… I go into a shell.

Dr. N: So, you use avoidance in not actively dealing with the major lesson you came to Earth to learn?

S: Uh huh.

Dr. N: Steve, your adoptive parents were rough on you, weren’t they? S: Yes.

Dr. N: Do you now see why?

S: (pause) To know what being constantly judged is like.

Dr. N: What else?

S: To … overcome … and be whole. (bitterly) I don’t know…

Dr. N: I think you do know, Steve. Tell me about the damaged self you present to people around you.

S: (after some procrastination) Pretending to be happy covering up my feelings by drinking and mistreating people.

Dr. N: Do you want to stop this cover up and go to work?

S: Yes, I do.

Dr. N: Define who you really want to be.

S:(tearfully)I… we don’t want to be hostile to people … but don’t want to risk being a … non-person … without respect or recognition, either. Dr. N: So you are on a fence?

S: (quietly) Yes, life is so painful.

Dr. N: Do you think this is an accident?

S: No, I see it isn’t.

Dr. N: Steve and Sumus, repeat after me: “I’m going to give back the pain of Eone, Talu, and Kalish, which they gave to me for my own good, and get on with my life by becoming the identity I really want to be.” (subject repeats these words three times for me)

Dr. N: Steve, what are you going to do about revealing yourself in the future, and taking responsibility for improvement?

S: (after a couple of false starts) Learn to be more honest.

Dr. N: And to trust that you are not a victim of society?

S: Yes.

This case ended with my reinforcing Steve’s understanding of who he really is and his mission in life. I wanted to help liberate him as a person of value, with a contribution to make in society. We talked about his love and fear choices, as well as the necessity to get in touch with himself frequently. I felt we had laid the groundwork for his dealing with resentment and a lack of intimacy. I reminded Steve of the need for follow-up counseling.

About a year later, he wrote to tell me his recovery was going well, and that he had found the lost child within himself. Steve realized his past mistakes were not failures, but the means to improvement.

Case 27 demonstrates how the hard tasks we set for ourselves often begin in childhood. This is why considerable weight is given to family selection by the soul. The idea that each of us voluntarily agreed to be the children of a given set of parents before we came into this life is a difficult concept for some people to accept.

Although the average person has experienced love from his or her parents, many of us have unresolved, hurtful memories of those near to us who should have offered protection and did not. We grow up thinking of ourselves as victims of biological parents and family members whom we inherited without any choice in the matter.

This assumption is wrong.

When clients tell me how much they suffered from the actions of family members, my first question to their conscious mind is, “If you had not been exposed to this person as a child, what would you now lack in understanding?”

It may take a while, but the answer is in our minds. There are spiritual reasons for our being raised as children around certain kinds of people, just as other people are designated to be near us as adults.

To know ourselves spiritually means understanding why we joined in life with the souls of parents, siblings, spouses, and close friends. There is usually some karmic purpose for receiving pain or pleasure from someone close to us. Remember, along with learning our own lessons, we come to Earth to play a part in the drama of others’ lessons as well.

There are people who, because they live in a terrible environment, suspect the spirit world of not being a center of divine compassion. However, it is the ultimate in compassion when beings who are spiritually linked to each other come forward by prior agreement into human lives involving love-hate relationships. Overcoming adversity in these relationships may mean we won’t have to repeat certain abrasive alliances in future lives. Surviving such trials on Earth places us into a heightened state of perception with each new life and enhances our identity as souls.

People in trance may have trouble making a clear distinction between their soul identity and human ego. If the human personality has little structure beyond the five senses and basic drives for survival without ensoulment, then the soul is our total personality. This means, for example, that one could not have a human ego which is jealous and also possess a soul which is not jealous.

Yet my cases indicate there are subtle variations between their soul identity and all that is manifested by the human personalities of many host bodies. Case 27 showed similarities and differences in the personalities of Haroum and Steve. Our constant soul-self seems to be a governing agent of human temperament, but we may express ourselves differently with each body.

The souls of my subjects apparently select bodies which try to match their character flaws with human temperament for specific growth patterns. In one life an overly cautious, low-energy soul might be disposed to blending with a quiet, rather subdued human host. This same soul, encouraged to take greater risks in another life, could choose to work more in opposition to it’s natural character by melding with a temperamentally high-strung, aggressive body-type on Earth.

Souls both give and receive mental gifts in life through a symbiosis of human brain cells and intelligent energy. Deep feelings generated by an eternal consciousness are conjoined with human emotion in the expression of one personality, which is as it should be. We don’t need to change who we are in relation to life’s experiences, only our negative reactions to these events. Asian Buddhists say enlightenment is seeing the absolute soul ego reflected in the relative human ego and acting through it during life.

In the chapters on beginning, intermediate, and advanced soul levels, I gave case samples of soul maturity. I think souls do demonstrate their own patterns of ego in the bodies they inhabit, and they exert a powerful influence over body performance. However, making hasty judgements on a soul’s maturity based solely on behavioral traits has its pitfalls. The design plan of souls could include holding parts of their energy in reserve in some lives. Sometimes a negative trait is selected by an otherwise developed soul for special attention in a certain body.

We have seen how a soul selects the person with whom it wishes to associate in a given life. This does not mean that it has absolute control over that body. In extreme cases, a fractured personality struggling with internalized conflicts may result in a dissociative reaction to reality. I feel that this is a sign the soul is not always able to regulate and unify the human mind. I have mentioned how souls may become so buried by human emotion in bodies which are unstable, that by the time of death they are contaminated spirits. If we become obsessed by our physical bodies, or carried along on an emotional roller coaster in life, the soul can be subverted by its outer self.

Many great thinkers in history believed the soul can never be fully homogeneous with the human body and that humans have two intellects. I consider human ideas and imagination as emanating from the soul,  which provides a catalyst for the human brain. How much reasoning power we would have without souls is impossible to know, but I feel that the attachment of souls to humans supplies us with insight and abstract thought. I view the soul as offering humans a qualitative reality, subject to conditions of heredity and environment.

If it is true that every human brain has a host of biological characteristics, including raw intelligence and the facility for invention, which are separate from the soul, then choosing our body raises an important question. Do souls choose bodies whose intellectual capabilities match their own development? For instance, are advanced souls drawn to human brains with high intelligence? In looking at the scholastic and academic achievements of my clients, I find there is no more correlation here than with an immature soul being inclined to bodies with lower intellectual aptitudes.  The  philosopher  Kant  wrote  that  the  human  brain  is  only  a   function  of consciousness, not the source of real knowledge. Regardless of body choice, I find souls do demonstrate their individualism through the human mind. A person may be highly intelligent and yet have a closed attitude about adjusting to new situations, with little curiosity about the world. This indicates a beginner soul to me. If I see someone with an evenness of mood, whose interests and abilities are solidly in focus and directed toward helping human progress, I suspect an advanced soul at work. These are souls who seek personal truths beyond the demands of ego.

It does seem a heavy burden that in every new life a soul must search all over again to find its true self in a different body. However, some light is allowed through the blackout of amnesia by spiritual masters who are not indifferent to our plight.

When it comes to finding soulmates on Earth and remembering aspects of the lives we saw in the place of life selection, there is an ingenious form of coaching which is given to souls just before the next life.

We will see how this is done in the following chapter.

Preparation for Embarkation

AFTER souls have completed their consultations with guides and peers about the many physical and psychological ramifications of a new life and body choice, the decision to incarnate is made. It would be logical to assume that they would then go immediately to Earth. This doesn’t happen before a significant element of preparation occurs.

By now I’m sure it is understood that souls returning from the place of life selection must not only sort out the best choice of who they are going to be in their next life, but coordinate this decision with other players in the coming drama. Using the analogy of life as being one big stage play, we will have the lead role as an actor or actress. Everything we do in the play affects other minor characters (minor because they are not us) in the script. Their parts can be altered by us and ours by them because script changes (the result of free will) can be made while the play is in progress. Those souls who are going to have a close association with us on the stage of life represent our supporting cast, each with prominent roles. But how will we know them?

The issue of how to find soulmates and other important people in their lives is of paramount concern with many clients who come to me seeking hypnotic regression. Eventually, most of my subjects answer their own questions in superconsciousness because finding these souls was an integral part of their preparations for leaving the spirit world. The space souls go to for this in the spirit world is commonly called the place of recognition, or recognition class. I am told the activity here is like cramming for a final exam. As a result, my subjects also use the term prep-class to describe this aspect of spiritual reinforcement that occurs just before their souls embark on the passage back to Earth. The next case represents this experience.

In order to clearly understand what is behind the spiritual activity of a recognition class, perhaps the word soulmate ought to be defined. For many of us, our nearest and dearest soulmate is our spouse. Yet, as we have seen in previous cases, souls of consequence in our lives may also be other family members or a close friend. The amount of time they are with us on Earth can be long or short. What matters is the impact they have on us while here.

At the risk of oversimplifying a complex issue, our relationships can be divided into a few general categories. First, there is the kind of relationship involving love which is so deep that both partners genuinely don’t see how each could live without the other. This is a mental and physical attraction which is so strong neither partner doubts that they were meant for each other.

Second, there are relationships based upon companionship, friendship, and mutual respect. Finally, we have associations based largely upon more casual acquaintances which offer some purposeful ingredient to our life. Thus, a soulmate can take many forms, and meeting people who fall into one of these categories is no game of Russian roulette.

Soulmates are designated companions to help you and themselves accomplish mutual goals which can best be achieved by supporting each other in various situations. In terms of friends and lovers, identity recognition of kindred spirits comes from our highest consciousness. It is a wonderful and mysterious experience, both physically and mentally.

Connecting with beings we know from the spirit world, in all sorts of physical disguises, can be harmonious or frustrating. The lesson we must learn from human relationships is accepting people for who they are without expecting our happiness to be totally dependent upon anyone. I have had clients come to me with the assumption that they are probably not with a soulmate because of so much turmoil and heartbreak in their marriages and relationships. They fail to realize that karmic lessons set difficult standards for each of us and painful experiences involving the heart are deliberate tests in life. They are often of the hardest kind.

Whatever the circumstances, relationships between people are the most vital part of our lives. Is it coincidence, ESP, deja vu, or synchronicity when the right time and place come together and you meet someone for the first time who will bring meaning into your life? Was there a fleeting forgotten memory-something familiar tugging at the back of your mind? I would ask the reader to sort through those memories involving a distinctive first encounter with someone important in the past. Was it at school? Did this individual live in your neighborhood? How about meeting him or her at work or during some recreation? Did someone introduce you, or was it a chance meeting? What did you feel at that moment?

I hate to tamper with your fond recollections of a supposedly spontaneous past meeting, but such descriptions as chance, happenstance, or impulse aren’t applicable to crucial contacts. This makes them no less romantic. In cases involving soulmates, I have heard many heartfelt accounts of close spiritual beings who journeyed across time and space to find each other as physical beings at a particular geographic spot on Earth at a certain moment. It is also true our conscious amnesia can make meeting significant people difficult and we may take a wrong turn and miss the connection at some juncture. However, there can be a prearrangement here for back-up contingencies.

In the case which follows, I will begin the dialogue at a point in the session where I am asking my subject about his spirit world activity just before rebirth into his present life.

Case 28 – Before rebirth

Dr. N: Is it close to the time when you will be leaving the spirit world for another life?

S: Yes … I’m about ready.

Dr. N: After you left the place of life selection, was your soulmind made up as to who you would be and the people you were to meet on Earth?

S: Yes, everything is beginning to come together for me.

Dr. N: What if you had second thoughts about your choice of a time frame or a particular human body? Could you back out?

S: (sighs) Yes, and I have done that before-we all have-at least the people I know. Most of the time it’s intriguing to think about being alive on Earth again.

Dr. N: But what if you resisted coming back to Earth shortly before you were due to incarnate?

S: It’s not that … rigid. I would always discuss the possibilities … my concerns for a new life with my tutor and companions before making a firm commitment. The tutors know when we are stalling, but I have made up my mind.

Dr. N: Well, I’m glad. Now tell me, once you are firmly committed to return to Earth, does anything else of importance transpire for you in the spirit world?

S: I must go to the recognition class.

Dr. N: What is this place like for you?

S: It’s an observation meeting … with my companions … so I can recognize them later.

Dr. N: When I snap my fingers you will go immediately to this class. Are you ready?

S: Yes, I am.

Dr. N: (snapping my fingers) Explain to me what you are doing.

S: I… am floating in … with the others… to hear the speaker.

Dr. N: I would like to accompany you, but you will have to be my eyes-is that all right?

S: Sure, but we must hurry a little.

Dr. N: How does this place appear to you?

S: Mm. … a circular auditorium with a raised dais in the middle-that’s where the speakers are.

Dr. N: Are we going to float in and sit down on seats?

S: (shakes head) Why would we need seats?

Dr. N: Just wondering. How many souls are around us?

S: Oh … about ten or fifteen … people who are going to be close to me in the life to come.

Dr. N: That’s all the souls you see?

S: No, you asked how many were around me. There are others … further away in groups … to hear their speakers.

Dr. N: Are the ten or fifteen souls around you all from your cluster group? S: Some of them.

Dr. N: Is this gathering similar to the one near the gateway where you met a few people right after your last life?

S: Oh no, that was more quiet … with just my family.

Dr. N: Why was that homecoming meeting more quiet than where we are now?

S: I was still in a daze from losing my body. Here, there is lots of conversation and milling around … anticipation … our energy is really up. Listen, we have to move along faster, I have got to hear what the speakers are saying.

Dr. N: Are these speakers your tutor-guides?

S: No, they are the prompters.

Dr. N: Are they souls who specialize in this sort of thing?

S: Yes, they give us the signs by coming up with ingenious ideas.

Dr. N: Okay, let’s move in close to the prompter while you continue to tell me what is happening.

S: We form a circle around the dais. The prompter is floating back and forth in the center-pointing a finger at each of us and saying we must pay close attention. I have to do it!

Dr. N: (lowering my voice) I understand and I wouldn’t want you to miss a thing, but please explain what you mean by signs.

S: This prompter is assigned to us so we will know what to look for in our next life. The signs are placed in our mind now in order to jog our memories later as humans.

Dr. N: What kind of signs?

S: Flags-markers in the road of life.

Dr. N: Could you be more specific?

S: The road signs kick us into a new direction in life at certain times when something important is supposed to happen … and then we must know the signs to recognize one another, too.

Road Signs on the road of life.
Road Signs on the road of life.

Dr. N: And this class takes place for souls before each new life?

S: Naturally. We need to remember the little things …

Dr. N: But haven’t you already previewed the details of your next life in the place of life selection?

S: That’s true, but not the small details. Besides, I didn’t know all the people who would be operating with me then. This class is a final review … bringing all of us together.

Dr. N: For those of you who will have an impact on each other’s lives?

S: That’s right, it’s mainly a prep-class because we won’t recognize each other at first on Earth.

Dr. N: Do you see your primary soulmate here?

S: (flushing) … she is here … and there are other people that I am supposed to contact… or they will contact me in some way … the others need their signs, too.

Dr. N: Oh, so that’s why these souls are a mixed gathering of entities from different groups. They are all going to play some significant role in each other’s new life.

S: (impatiently) Yes, but I can’t listen to what is going on with you talking … Shhh! Dr. N: (lowering my voice again) All right, on the count of three I am going to hold this class in suspension for a few minutes so you won’t miss anything. (softly) One, two, three. The speaker is now quiet while you are going to explain a little more about the flags and the signs. Okay?

S: I… guess so.

Dr. N: I am going to call these signs memory triggers. Are you telling me there will be special triggers for each of these people with you?

S: That’s why we have been brought together. There will be times in my life when these people will appear. I must try to … remember some … action by them … the way they look … move … talk.

Dr. N: And each will trigger a memory for you?

S: Yeah, and I’m going to miss some. The signs are supposed to click in our memory right away and tell us, “Oh, good, you are here now.” Inside us … we can say to ourselves, “It is time to work on the next phase.” They may seem like insignificant little things, but the flags are turning points in our lives.

Dr. N: What if people miss these road flags or signs of recognition because, like you said, you forget what the prompter told you? Or, what if you choose to ignore your inclinations and take another path?

S: (pause) We have other choices-they may not be as good-you can be stubborn, but… (stops)

Dr. N: But, what?

S: (with conviction) After this class we usually don’t forget the important signs.

Dr. N: Why don’t our guides just give us the answers we need on Earth? Why all this fooling around with signs to remember things?

S: For the same reason we go to Earth without knowing everything in advance. Our soul power grows with what we discover. Sometimes our lessons get resolved pretty fast … usually not. The most interesting part of the road are the turns and it’s best not to ignore the flags in our mind.

Dr. N: All right, I am going to count from ten down to one, and when I reach one, your class will start again and you will listen while the prompter gives out signs. I will not speak until you raise the index finger of your right hand. This will be my sign that the class is over and you can relate to me the signs you are to remember. Are you ready?

S: Yes.

Note: I finish my count and wait a couple of minutes before my subject raises his finger. This is a simple example of why time comparisons between Earth and spirit worlds are meaningless.

Dr. N: That didn’t take long.

S: Yes, it did. The speaker had a lot to go through with all of us.

Dr. N: I assume you have the details of recognition signs now firmly in your mind?

S: I hope so.

Dr. N: Good, then tell me about the last sign you were given as the class ended.

S: (pause) A silver pendant… I will see it when I am seven years old around the neck of a woman on my street… she always wore it.

Dr. N: How will this silver object be a trigger for you?

S: (abstractly) It shines in the sun … to catch my attention … I must remember …

Dr. N: (in a commanding tone) You have the capacity to bring your spiritual and earthly knowledge together. (placing my hand on the subject’s forehead) Why is the soul of this woman important for you to know?

S: I meet her riding my bike on our street. She smiles … the silver pendant is bright … I ask about it … we become friends.

Dr. N: Then what?

S: (wistfully) I will know her only a short time before we move, but it is enough. She will read to me and talk to me about life and teach me to … respect people …

Dr. N: As you grow older, can people themselves be signs or provide flags to help you make a connection?

S: Sure, they might arrange introductions at the right time.

Dr. N: Do you already know most of the souls who will be meaningful people to you on Earth?

S: Yes, and if I don’t, I’ll meet them in class.

Dr. N: I guess they can set up love relationship meetings, too?

S:  (laughs)  Oh,  the  matchmakers-yes  they  do  that,  but  meetings  can  be  for friendship … getting people together to help your career … that kind of stuff.

Dr. N: Then the souls who are in this auditorium and elsewhere can be involved with different kinds of associations in your life?

S: (enthusiastically) Yeah, I’m going to connect with the guy who is on my baseball team. Another one will be a farming partner-then there will be my life-long pal from grade school.

Dr. N: What if you connect with the wrong person in business, love, or whatever? Does that mean you missed a relationship sign or a red flag for an important event?

S: Hmm….. it probably won’t be wrong, exactly … it could be a jump start to get you going in a new direction.

Dr. N: Okay, now tell me what is the most important recognition sign you must remember from this prep-class.

S: Melinda’s laugh.

Dr. N: Who is Melinda?

S: My wife-to-be.

Dr. N: What is there to remember about Melinda’s laugh?

S: When we meet, her laugh is going to … sound like tiny bells … chimes … I really can’t describe it to you. Then, the scent of her perfume when we first dance … a familiar fragrance … her eyes.

Dr. N: So, you are actually given more than one trigger sign for your soulmate?

S: Yes, I’m so dense I guess the prompters thought I needed more clues. I didn’t want to make a mistake when I met the right person.

Dr. N: What is supposed to trigger her recognition of you?

S: (grins) My big ears … stepping on her toes dancing … what we feel when we first hold each other.

It is an old saying that the eyes are the windows to our soul. No physical attribute has more impact when soulmates meet on Earth. As to our other physical senses, I mentioned in an earlier chapter that souls retain such memories as sounds and smell. All five senses may be used by spiritual prompters as recognition signals in future lives.

Case 28 began to express some discomfort with my keeping him from participating in his spiritual recognition class. I reinforced his visual association of floating around a central dais in an auditorium (other people use different names). I gave my subject time to finish taking instruction and communicating with his friends and them moved him out of the place of recognition.

It is my practice never to rush clients in and out of their spiritual settings during a session because I find this hinders the intensity of concentration and recall. When we had established ourselves away from the other souls, I talked to this man about his soulmate, Melinda. I learned these two souls were most comfortable in husband and wife roles although occasionally they chose to relate differently in their lives together. Both these souls wanted to make sure they would connect on Earth in their current lives. I thought I would follow up on what actually had transpired.

Dr. N: When you and Melinda came to Earth and were young, did you live close to each other?

S: No, I lived in Iowa and she was in California … (musing) it was Clair that I knew in Iowa.

Dr. N: Were you interested in Clair romantically?

S: Yes, I almost married her. It was close-and that would have been a mistake. Clair and I weren’t right for each other, but going together in high school had become a habit.

Dr. N: And yet you left your home town for California?

S: Yes … Clair didn’t want me to go, but my parents wanted to leave our farm and move west. I liked Iowa and was uneasy about moving and torn over leaving Clair, who was still in high school.

Dr.  N:  Was  there  a  road  sign-a  flag  of  some  sort-which  helped  you  make  the decision to move with your parents?

S: (sighs) It was my sister who waved a red flag at me. She convinced me I would have more opportunities in the city where my parents were planning to go.

Dr. N: Do you see your sister in the spirit world?

S: Oh yeah, she is in my circle (cluster group).

Dr. N: Is Clair one of your soulmates?

S. (pause) More a friend … just friends

Dr. N: Was leaving Clair hard for you?

S: Oh, yes … even more for her. We were sexually attracted to each other in high school. The infatuation had no real mental connection……. it’s so hard on Earth to figure out what you are supposed to do with other people … sex is a big trap … we would have grown bored with one another.

Dr. N: Was the physical attraction different with Melinda than you had with Clair?

The women in red from the movie "The Matrix". Key symbols or "flags" are provided to us to keep our progress and learning in mind.
The women in red from the movie “The Matrix”. Key symbols or “flags” are provided to us to keep our progress and learning in mind.

S: (pause) When Melinda and I met at the dance there was the strong physical attraction of her body… and I guess she liked the way I looked, too … but we both felt something much more …

Dr. N: I want to get this straight. Did you and Melinda choose your male and female bodies in the spirit world deliberately to attract each other once you reached Earth?

S: (nodding) To … some extent … but we were attracted to each other on Earth because inside our minds was the memory of what we were supposed to look like.

Dr. N: When the time of the dance rolled around, what happened in your mind?

S: I can see it all now. Our tutor was helping Melinda and me that night. My idea to go to the dance was sudden. I hate to dance because I’m clumsy. I didn’t know anybody in the town yet and felt stupid, but I was guided there.

Dr. N: Had you and Melinda scripted the dance scene together during the spiritual prep-class?

S: Yes, we knew about it then and when I saw her at the dance, alarms went off. I did something very uncharacteristic of me … I cut in on the man she was dancing with. When I first held her my legs were like rubber.

Dr. N: And what else did you and Melinda feel at that moment?

S: As if we were in another world … there was this familiarity… it was so weird during that dance … a knowing without doubt that something important was unfolding … the guidance … the intent of our meeting… our hearts were racing… it was enchantment.

Dr. N: Then why was Clair in your life earlier as a complication?

S: To tempt me to stay on the farm … one of the false trails I needed to get past … another kind of life. After I left, Clair found the right person.

Dr. N: If you and Clair had taken the lesser trail together and missed your sister’s flag, would that life have been a total disaster?

S: No, but it would not have been as good. There is one main course of life we choose in advance, but alternatives always exist and we learn from them, too.

Dr. N: In your lives do you ever make mistakes and take false trails and miss the flags in the road for a job change, moving to another town, or meeting someone important because the details you saw at the place of life selection or in the recognition class were not implanted firmly enough?

S: (long pause) The signs are there. But, sometimes I overrule my … inclinations. There are times in my lives when I change directions because of too much thinking and analysis. Or, I do nothing for the same reasons.

Dr. N: Ah, so you might do something other than what was planned in the spirit world?

S: Yeah, and it may not work out as well … but we have the right to miss the red flags.

Dr. N: Well, I have enjoyed our talk about the place of recognition and I wondered if there is anything else this spiritual class does for you later in physical life.

S: (in a far away voice) Yes, sometimes when I am confused abut my life and don’t know where to turn next, I just … imagine where I might be going compared to where I’ve been and … it comes to me what to do.

Helping clients recognize people who were destined to have an impact on their lives is a fascinating aspect of my practice. I believe those who come to see me about relationships are not in my office at a certain point in their lives by chance. Am I spoiling the purpose of their spiritual recognition class by assisting these subjects in recalling clues? I don’t think so, for two basic reasons. What they are not supposed to know yet probably won’t be revealed in hypnosis, while on the other hand, quite a few of my clients only want confirmation of what they already suspect is true.

I can speak about recognition signs from personal experience, since I was blessed by three specific clues to help me find my wife. Thumbing through Look magazine as a teenager, I once saw a Christmas advertisement for Hamilton watches modeled by a beautiful dark-haired woman dressed in white. The caption in the ad said, “To Peggy,” because she was holding a wristwatch as a gift from an imaginary husband. An odd sensation came over me, and I never forgot the name or face. On my twenty- first birthday I received a watch of the same make from a favorite aunt.

A few years later, while attending a graduate school in Phoenix, I was washing a load of white laundry one Saturday. Suddenly, the first trigger was activated in my mind with the message, “It’s time to meet the woman in white.” I tried to shake it off, but the face in the ad pushed all other thoughts away. I stopped, looked at my Hamilton watch and heard the command, “Go now.” I thought about who wears white. Acting as if I was obsessed, I went to the largest hospital in the city and asked at the desk for a nurse matching the name and description.

I was told there was such a person who was coming off her shift. When I saw her, I was stunned by the resemblance to the picture in my mind. Our meeting was awkward and embarrassing, but later we sat in the lobby and talked non-stop for four hours as old friends who hadn’t seen each other for a while-which, of course,

In the movie "The Matrix", the hero was told to "follow the rabbit". Suddenly there was a knock on the door. Some people appeared
In the movie “The Matrix”, the hero was told to “follow the rabbit”. Suddenly there was a knock on the door. Some people appeared and one of the girls had a tattoo of a rabbit on her shoulder.

was true. I waited until after we were married to tell my wife about the reason I came to her hospital and the clues given to me to find her. I didn’t want her to think I was crazy. It was then I learned that on the day of our first meeting she had told her astonished friends, “I just met the man I’m going to marry.

My advice to people about meaningful encounters is not to intellectualize coming events too much. Some of our best decisions come from what we call instinct. Go with your gut feelings at the time. When a special moment is meant to happen in life, it usually does.

One of the last requirements before embarkation for many souls is to go before the Council of Elders for the second time. While some of my subjects see the Council only once between lives, most see them right after death and just before rebirth. The spirit world is an environment personified by order and the Elders want to reinforce the significance of a soul’s goals for the next life. Sometimes my clients tell me they return to their spirit group after this meeting to say goodbye while others say they leave immediately for reincarnation. The latter procedure was used by a subject who described this exit meeting in the following manner.

“My guide, Marge, escorts me to a soft, white space which is like being in a cloud- filled enclosure. I see my committee of three waiting for me as usual. The middle Elder seems to have the most commanding energy. They all have oval faces, high cheekbones, no hair and smallish features. They seem to me to be sexless-or rather they appear to blend from male to female and back. I feel calm. The atmosphere is formal but not unfriendly. Each in turn asks me questions in a gentle way. The Elders are all-knowing about my entire span of lives but they are not as directive as one might think. They want my input to assess my motivations and the strength of my resolve towards working in new body. I am sure they have had a hand in the body choices I was given for the life to come because I feel they are skilled strategists in life selection. The committee wants me to honor my contract. They stress the benefits of persistence and holding to my values under adversity. I often give in too easily to anger and they remind me of this while reviewing my past actions and reactions towards events and people. The Elders and Magra give me inspiration, hope and encouragement to trust my-self more in bad situations and not let things get out of hand. And then, as a final act to bolster my confidence when I am about to leave, they raise their arms and send a power bolt of positive energy into my mind to take with me.”

One aspect of the two council meetings which I initially found rather odd is that members of the same soul group do not necessarily go before the same panel. For a while I assumed there would always be a correlation here because ail members of a single soul group have the same guide. I was wrong. In the minds of my subjects, even senior guides are thought to be a couple of steps below the developmental level of the omnipotent beings who make up their councils. They are similar to the Old Ones that Thece told us about in Chapter 11, but with more specific responsibilities toward life evaluation of souls. While a guide might, in some respects, be considered a personal confidant to a soul this same familiarity does not extend to an Elder. In time, I came to appreciate that an Elder’s authority, unlike that of guides, involves a cross-section of souls from many groups.

Apparently, everyone in a soul group respects the intensely private nature of these proceedings. They all see their individual Council of Elders as godly. The Elders are bathed in bright light and the whole setting has an aura of divinity. A subject put it this way, “when we are taken into the presence of these superior beings who exist in such a high spiritual realm, it validates our feelings about the source of creation.”  

Rebirth

WE have seen how a soul’s decision to come forward into the next life at a specific time and place on Earth involves an ordered progression of spiritual planning. As I bring the soul consciousness of my subjects nearer to the moment of their exit from the spirit world, most become quietly introspective, while others engage in light bantering with their friends. These reactions toward what lies ahead depend more upon the individual soul than on the length of time since a last incarnation.

Rebirth is a profound experience. Those souls getting ready for embarkation to Earth are like battle-hardened veterans girding themselves for combat. This is the last chance for souls to enjoy the omniscience of knowing just who they are before they must adapt to a new body. My last case involves the soul of a woman who offers us a well-defined description of her most recent passage to Earth.

Case 29 – Good description

Dr. N: Has the time arrived for you to be reborn into your next life?

S: Yes, it has.

Dr. N: What is uppermost in your mind about returning to Earth?

S: The opportunity to live in the twentieth century. It’s an exciting time of many changes.

Dr. N: And have you seen this life, or at least parts of it, in advance?

S: Yes … I’ve been through that … (subject seems distracted)

Dr. N: Is there something else you want to talk to me about concerning your next incarnation?

S: I am having a last talk with Pomar (subject’s guide) on all the alternatives to my project (life).

Dr. N: Might this be considered a final exit interview with Pomar?

S: Yes, I suppose it would.

Dr. N: Would it help you to talk to me about the contingency plans you have for the next life?

S: (voice is dry and rather thin) I … think I have them straight …

Dr. N: How did your recognition class go? I assume that phase of your preparation is complete?

S: (still distracted) Uh-huh … I’ve met with the rest (of the participants) for my project.

Dr. N: Are the recognition signs clear in your mind for meeting the right souls at the right time?

S: (nervous laugh) Ah … the signals … my compacts with people … yes, that’s all done.

Dr. N: Without analyzing or censoring your impressions in any way, tell me what you are feeling at this moment.

S: I’m … just… gathering myself for… the big jump into a new life … there is apprehension … but I am excited, too

Dr. N: Are you a little scared and perhaps wondering if you should go to Earth at all?

S: (pause and then more cheerfully) A little … concern … for what lies ahead of me … leaving my home here … but happy, too, at the opportunity.

Dr. N: So you have mixed emotions about leaving the spirit world?

S: Most of us do, as our time draws near. I have second thoughts before some lives … but Pomar knows when I am lagging behind my schedule-you can’t hide anything here, you know.

Dr. N: Okay, let’s assume it’s a go situation for your next life. On the count of three, your decision to return at an appointed time is firm and you are in the final stage to leave the spirit world. One, two, three! Describe to me what happens to you now.

S: I say goodbye to everyone. This can be… difficult. (tosses her head back with resolution) Anyway, they all wish me well and I move away from them … drifting alone. There is no great rush Pomar allows me to collect my thoughts. When I am quite ready he comes to escort me … to offer encouragement … reassurance … and he knows when I am prepared to go.

Dr. N: I sense that you are now more upbeat about the prospect of rebirth.

S: Yes, it’s a period of inspiration and expectations… a new body … the course ahead

I now prepare this subject to leave the spirit world for the last time before her current life. I am as careful here as when I brought her into the spirit world for the first time following normal age-regression. Starting with a reinforcement of the protective energy shield already placed around this  subject, I  apply additional conditioning techniques to keep her soul in proper balance with the mind of the child she is joining on Earth.

Dr. N: All right, you and Pomar are together for your exit from the spirit world. I want you to go deep inside yourself and explain to me what you do next as if it were happening in slow motion. Go!

S: (pause) We … begin to move… at a greater speed. Then I am aware of Pomar… detaching from me … and I am alone.

Dr. N: What do you see and feel?

S: Oh, I…

Dr. N: Stay with it! You are alone and moving faster. Then what?

S: (in a faint voice) … Away … slanting away … through pillows of whiteness … moving away …

Dr. N: Stay with it! Keep going and report back to me.

S: Oh, I’m … passing through… folds of silky cloth… smooth I’m on a band … a pathway … faster and faster

Dr. N: Keep going! Don’t stop talking to me.

S: Everything is blurred… I’m sliding down… down into a long, dark tube … a hollow feeling … darkness … then … warmth!

Dr. N: Where are you now?

S: (pause) I’m aware of being inside my mother.

Dr. N: Who are you?

S: (chuckles) I’m in a baby-I’m a baby.

The hollow tube effect described by my cases is apparently not the mother’s birth canal. It is similar to the tunnel souls pass through at physical death and may be the same route.

The reader might wonder why I would take more care with the act of birthing when I have already brought my subjects in and out of a number of past lives during a session. There are two reasons. First, reliving a past life does not need to involve the birthing process. I help my clients go straight from the spirit world into the next life, usually as adults. Second, if I return subjects to their current body and decide to command them to relive the birthing experience, I want to remove any minor discomforts felt by some people after they wake up.

Before continuing with this case, I should offer a little more general information about souls and babies. All my subjects tell me the transition of their souls from the spirit world to the mind of a baby is relatively more rapid than the passage back.

What is the reason for this difference?

After physical death our souls travel through the time tunnel and move past a gateway into the spirit world in a progressive way. We have seen how the outward passage is intended to be more gradual than our return to Earth in order to allow for acclimatization of a newly freed soul.

However, as souls who enter babies, we come from a state of all-knowing and thus are mentally able to adjust more quickly to our surroundings than at the end of a physical life. Then too, we are given additional time for adaptation while in our mother’s womb.

Nevertheless,  having this time inside our mother does not mean we are fully prepared for the jarring paroxysm of birth, with blinding hospital lights, having to suddenly breathe air, and being physically handled for the first time. My subjects say if they were to compare the moment of birth with that of death, the physical shock of being born is much greater.

At some point prior to birth, the soul will carefully touch and join more fully with the impressionable, developing brain of a baby. When a soul decides to enter a baby, apparently that child has no free choice in accepting or rejecting the soul.

At the moment of first entry, chronological time begins for the soul.

Depending upon the inclinations of the particular soul involved, the connection may be early or late in the mother’s pregnancy. I have had cases where souls timed their arrival at the last minute during delivery, but this is unusual. My findings indicate even those souls who join the baby early seem to do a lot of traveling outside the mother’s womb during her term.

Once birth has taken place, the union of spirit and flesh has been fully solidified into a partnership. The immortal soul then becomes the seat of perception for the developing human ego. The soul brings a spiritual force which is the heritage of infinite consciousness. Although I have said souls can be confined by a human in trauma, they are never trapped. Besides leaving at the moment of death, souls may also come and go when the body is sleeping, in deep meditation, or under an anesthetic in surgery. The soul’s absences are much longer in cases of severe brain damage and coma.

Case 29 continues by explaining the creative beauty of a soul joining with a new human being. This coupling of an intelligent life force before birth brings us full circle from the death scene described in Case 1.

Dr. N: Well, I’m glad you arrive safe and sound in your new body. Tell me, how old is the baby?

S: Five months have passed (since conception).

Dr. N: Is this your usual arrival time as far as the maturation of a child?

S: In my lives … I have arrived at different times … depending on the baby, the mother, and my life-to-be.

Dr. N: As a soul, are you in distress if the baby is aborted from the mother’s womb for any reason before full term?

S: We know if a baby is going to full term or not. Not being born comes as no surprise to us. We may be around to just comfort the child.

Dr. N: Well, if the child does not go to term, is your life assignment as a soul aborted as well?

S: No, there never was a full life assignment as far as that child was concerned.

Dr. N: Might some babies who are aborted never have souls?

S: That depends on how far along they are. The ones who die very early often don’t need us.

Note: This issue was as hotly debated in the past as it is today. During the thirteenth century, the Christian church found it necessary to establish guidelines for the existence of souls with regard to an aborted fetus. St. Thomas Aquinas and other medieval theologians arbitrarily decided ensoulment took place forty days after conception.

Dr. N: Assuming a baby is going to full term, do you know about the convergence habits of other souls with these children?

S: (offhandedly) Oh, some float around more than others, going in and out of the baby until birth because they get bored.

Dr. N: What do you usually do?

S: I’m average, I guess. Actually, I don’t spend a long time at any one stretch with babies because it can get pretty dull.

Dr. N: All right, let’s take this current situation inside your mother and allow some time to pass. What do you do when you are not with the unborn baby?

S: (laughs with delight) You want the truth? I’ll tell you. Me-I play! It’s a fine time to leave and purely goof off … when the baby is less active. I have fun with my friends who are doing the same thing. We bounce around Earth to visit with each other … and go to interesting places … where we have once lived together in former lives.

Dr. N: Don’t you and these other souls feel leaving the unborn baby for long periods is shirking the responsibilities of your assignment on Earth?

S: (defensively) Oh, lighten up! Who said anything about long periods? I don’t do that! Anyway, our tough exercises haven’t begun yet.

Dr. N: When you leave the baby for a while, what astral plane are you on in relation to Earth?

S: We are still on the Earth plane … and we try not to get too distracted, either. A lot of our fooling around is in the neighborhood of the baby. I don’t want you to get the idea there is nothing for us to do with unborn babies.

Dr.N: Oh…?

S: (continues) I’m busy with this new mind, even though it’s not fully ready.

Dr. N: Why don’t we talk more about that? When your soul enters a baby to remain with this new body for a lifetime, give me the scope of this undertaking.

S: (takes a deep sigh) Once I attach to a child it is necessary to bring my mind into synchronization with the brain. We have to get used to each other as partners.

Dr. N: This is what other people tell me, but do you and the baby have an affinity for each other right away?

S: Well… I am in the mind of the child but separate, too. I go slowly at first. Dr. N: Okay, why don’t you explain what you do with the mind of the baby.

S: It’s delicate and can’t be hurried. I start with a gentle probe … defining connections … gaps … every mind is different.

Dr. N: Is there any conflict within the child against you?

S: (softly) Ah … there is a slight resistance in the beginning … not full acceptance while I trace the passages … that’s usual … until there is familiarization (stops for a moment and laughs quietly). I keep bumping into myself!

Dr. N: As you integrate with the baby, when does it become receptive to the force of your identity as a soul?

S: I’m disturbed by your word “force.” We never force ourselves when entering an unborn baby. My tracing is done carefully.

Dr. N: Did it take you many lives to learn to trace a human brain?

S: Uh … a while … new souls are assisted with their tracing.

Dr. N: Since you represent pure energy, are you tracing electrical brain connections such as neurotransmitters, nerve cells, and the like?

S: (pause) Well, something like that … I disrupt nothing, though while I learn the brain wave patterns of the baby.

Dr. N: Are you referring to the thought-regulation circuitry of the mind?

S: How this person translates signals. Its capacity. No two children are the same.

Dr. N: Be completely frank with me. Isn’t your soul taking over this mind and subjugating it to your will?

S: You don’t understand. It’s a melding. There is an … emptiness before my arrival which I fill to make the baby whole.

Dr. N: Do you bring intellect?

S: We expand what is there.

Dr. N: Could you be more specific about what your soul actually provides the human body?

S: We bring a… comprehension of things… a recognition of the truth of what the brain sees.

Dr. N: Are you sure this child doesn’t think of you at first as an alien entity in her mind?

S: No, that’s why we unify with undeveloped minds. She recognizes me as a friend … a twin … who is going to be part of her. It’s as if the baby was waiting for me to come.

Dr. N: Do you think a higher power prepares the baby for you?

S: I don’t know, it would seem so.

Dr. N: Is your work at unification completed before birth?

S: Not really, but at birth we have started to complement each other.

Dr. N: So, the unification process does take some time?

S: Sure, while we adjust to each other. And, like I told you, I leave the unborn baby at intervals.

Dr. N: But what about those souls who join babies at the last minute before birth? 

S: Humph! That’s their style, not mine. They have to start their work in the crib. 

Dr. N: How far along in age is the body by the time your soul stops leaving the child altogether?

S: At about five or six years of age. Usually we get fully operational when the child starts school. Children under this age can be left to their own devices a lot.

Dr. N: Don’t you have a duty to always be with your body?

S: If things get bad in a physical way-then I’m back inside like a shot.

Dr. N: How would you know this if you were off fooling around with other souls?

S: Every brain has a wave pattern-it’s like a fingerprint. We know immediately if the baby assigned to us is in trouble.

Dr. N: So, you are watching the baby assigned to you all the time-both inside and out-during the early stages of growth?

S: (with pride) Oh yes, and I watch the parents. They might be having squabbles around the baby which sets up disturbing vibrations.

Dr. N: If this happens to the child, what do you do as its soul?

S: Quiet the child as best I can. Reach out to the parents through the baby to calm them.

Dr. N: Give me an example of how you can reach out to your parents?

S: Oh, make the baby laugh in front of them by poking my parents’ faces with both hands. This sort of thing further endears babies to parents.

Dr. N: As a soul, you can control motor movements of the baby?

S: I’m … me. I can push a little on that part of the brain which controls movements. I can tickle the kid’s funny bone sometimes, too … I’ll do whatever it takes to bring harmony to my assigned family.

Dr. N: Tell me what it is like being inside a mother’s womb.

S: I like the warm comfortable feeling of love. Most of the time there is love … sometimes there is stress. Anyway, I use this time to think and plan what I am going to do after birth. I think about my past lives and missed opportunities with other bodies and this gives me incentive.

Dr. N: And you haven’t yet had the memories of all your past lives and your life in the spirit world blocked out by amnesia?

S: That starts after birth.

Dr. N: When the baby is born, does it have any conscious thoughts of who its soul is and the reasons for the attachment?

S: (pause) The child mind is so undeveloped it does not reason out this information. It does have parts of this knowledge as a means of comfort, which then fades. By the time I speak, this information is locked deep inside me and that’s the way it’s supposed to be.

Dr. N: So, will you have fleeting thoughts of other lives as a child?

S: Yes . . we daydream … the way we play as children … creating stories … having imaginary friends who are real .. but it fades. In the first few years of life babies know more than they are given credit for.

Dr. N: All right, now it is the time right before your birth in this life. Tell me what you are doing.

S: I’m listening to music.

Dr. N: What music?

S: I’m listening to my father play records-very relaxing for him-it helps him to think-I’m a bit anxious for him

Dr. N: Why?

S: (giggles) He thinks he wants a boy, but I’ll change his mind in a hurry! Dr. N: So, this is a productive time for you?

S: (with determination) Yes, I’m busy planning for the approaching time when I will enter the world as a human and take that first breath. This is my last chance for quiet contemplation of the next life. When I come out-I’ll be running.

Conclusion

THE information contained in this book about the existence of souls after physical death represents the most meaningful explanation I have found in my life as to why we are here. All my years of searching to discover the purpose of life hardly prepared me for that moment when a subject in hypnosis finally opened the door to an eternal world.

My oldest friend is a Catholic priest today. As boys walking together in the hills and along the beaches of Los Angeles we had many philosophical discussions, but were miles apart in our spiritual beliefs. He once told me, “I think it must take courage for you to be an atheist and believe in nothing beyond this life.” I didn’t see it that way at the time, nor for many years afterward. Starting at age five, I had been sent by my parents to military-type boarding schools for long periods. The feelings of abandonment and loneliness were so great I believed in no higher power than myself. I now realize strength was given to me in subtle ways I was unable to see. My friend and I still have different approaches to spirituality, but we both have convictions today that order and purpose in the universe emanate from a higher consciousness.

Looking back,  I suppose it was no accident in my  own  life that people would eventually come to me for hypnosis-a medium of truth I could believe in-to tell me about guides, heavenly gateways, spiritual study groups, and creation itself in a world of souls. Even now, I sometimes feel like an intruder in the minds of those who describe the spirit world and their place in it, but their knowledge has given me direction.  Still,  I  wonder why  I  am the  messenger  for the  spiritual  knowledge contained in this book, when someone with less original cynicism and doubt would surely have been much better suited. Actually, it is the people represented in these cases who are the real messengers of hope for the future, not the reporter. Everything I have learned about who we are and where we come from, I owe to those who were drawn to me for help. They have taught me that a major aspect of our mission on Earth as souls is to mentally survive being cut off from our real home. While in a human body, the soul is essentially alone. A soul’s relative isolation on Earth during a temporary physical life is made more difficult on a conscious level by thoughts that nothing exists beyond this life. Our doubts tempt us into finding attachments solely in a physical world we can see. The scientific knowledge that Earth is only a grain of sand at the edge of a galactic shoreline within a vast sea in the universe adds to our feelings of insignificance.

Why is no other living thing on Earth concerned with life after death? Is this simply

because our inflated egos hate to think of life as only temporary, or is it because our being is associated with a higher power? People argue that any thoughts of a hereafter are wishful thinking. I used to do so myself. However, there is logic to the concept we were not created by accident for mere survival, and that we do operate within a universal system which directs the physical transformation of Self for a reason. I believe it is the voice of our souls, which tell us we do have personhood that is not intended to die.

All the accounts of life after death in my case files have no scientific foundation to prove the statements of these subjects. To those readers who find the material offered in this book too unprecedented to accept, I would hope for one thing. If you carry away nothing except the idea you may have a permanent identity worth finding, I will have accomplished a great deal.

One of the most troublesome concerns of all people who want to believe in something higher than themselves is the causality of so much negativity in the world. Evil is given as the primary example. When I ask my subjects how a loving God could permit suffering, surprisingly there are few variations in their responses. My cases report our souls are born of a creator which places a totally peaceful state deliberately out of reach so we will strive harder.

We learn from wrongdoing. The absence of good traits exposes the ultimate flaws in our nature. That which is not good is testing us, otherwise we would have no motivation to better the world through ourselves, and no way to measure advancement. When I ask my subjects about the alternating merciful and wrathful qualities we perceive to be the self-expression of a teacher-oversoul, some of them say the creator only shows certain attributes to us for specific ends. For instance, if we equate evil with justice and mercy with goodness and if God allowed us only to know mercy, there would be no state of justice.

This book presents a theme of order and wisdom rising from many spiritual energy levels. In a remarkable underlying message, particularly from advanced subjects, the possibility is held out that the God-oversoul of our universe is on a less-than- perfect level. Thus, complete infallibility is deferred to an even higher divine source. From my work I have come to believe that we live in an imperfect world by design. Earth is one of countless worlds with intelligent beings, each with its own set of imperfections to bring into harmony. Extending this thought further, we might exist as one single dimensional universe out of many, each having its own creator governing at a different level of proficiency in levels similar to the progression of souls seen in this book. Under this pantheon, the divine being of our particular house would be allowed to govern in His, Her, or Its own way.

If the souls who go to planets in our universe are the offspring of a parent oversoul who is made wiser by our struggle, then could we have a more divine grandparent who is the absolute God? The concept that our immediate God is still evolving as we are takes nothing away from an ultimate source of perfection who spawned our God. To my mind, a supreme, perfect God would not lose omnipotence or total control over all creation by allowing for the maturation of less-than-perfect superior offspring. These lesser gods could be allowed to create their own imperfect worlds as a final means of edification so they might join with the ultimate God.

The reflected aspects of divine intervention in this universe must remain as our ultimate reality. If our God is not the best there is because of the use of pain as a teaching tool, then we must accept this as the best we have and still take the reasons for our existence as a divine gift. Certainly this idea is not easy to convey to someone who is physically suffering, for example, from a terminal illness. Pain in life is especially insidious because it can block the healing power of our souls, especially if we have not accepted what is happening to us as a preordained trial. Yet, throughout life, our karma is designed so that each trial will not be too great for us to endure.

At a wat temple in the mountains of Northern Thailand, a Buddhist teacher once reminded me of a simple truth. “Life,” he said, “is offered as a means of self- expression, only giving us what we seek when we listen to the heart.” The highest forms of this expression are acts of kindness. Our soul may be traveling away from a permanent home, but we are not just tourists. We bear responsibility in the evolution of a higher consciousness for ourselves  and others in life. Thus, our journey is a collective one.

We are divine but imperfect beings who exist in two worlds, material and spiritual.

It is our destiny to shuttle back and forth between their universes through space and time while we learn to master ourselves and acquire knowledge. We must trust in this process with patience and determination. Our essence is not fully knowable in most physical hosts, but Self is never lost because we always remain connected to both worlds.

A number of my more advanced subjects have stated there is a growing movement in the spirit world to “change the game rules on Earth.” These people say their souls had less amnesia about Self and the interlife when they lived in earlier cultures. It seems in the last few thousand years there has been tighter blocking, on a conscious level, of our immortal memories. This has been a contributing factor in the loss of faith in our capacity for self-transcendence.

Earth is filled with people who feel an empty hopelessness toward the meaning of life. The lack of connection with our immortality combined with the availability of mind-altering chemicals and overpopulation has created rumbles upstairs.

I am told large numbers of souls who have had more frequent incarnations in recent centuries on Earth are opting, when they get the chance, for less stressful worlds.

There are enlightened places where amnesia is greatly reduced without causing homesickness for the spirit world. As we approach the next millennium, the masters who direct Earth’s destiny appear to be making changes to permit more information and understanding of who we are and why we are here to come into our lives.

Conclusion
The complete redefinition of the human sentience will make the earth a far less stressful place. However, if the earth is stratified, then only one human species would become better, the other would have it far, far worse..

Perhaps the most gratifying feature of my work in uncovering the existence of a spirit world in the minds of my subjects is the effect this conscious knowledge has on them.

The most significant benefit which comes from knowing we have a home of everlasting love waiting for us, is being receptive to the higher spiritual power within our minds.

The awareness that we do belong somewhere is reassuring and offers us peace, not merely as a haven from conflict, but to unify ourselves with a universal mind. One day we are going to finish this long journey-all of us-and reach an ultimate state of enlightenment, where everything is possible.

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The Geography of Heaven; Journey of Souls (full text) by Michael Newton (part 1d) with world-line (MWI) annotations.

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Comment d0
This post continues our study of the Journey of Souls. This is part 1d.

The Intermediate Soul

ONCE our souls advance past Level II into the intermediate ranges of development, group cluster activity is considerably reduced. This does not mean we return to the kind of isolation we saw with the novice soul. Souls evolving into the middle development levels have less association with primary groups because they have acquired the maturity and experience  for operating more independently. These souls are also reducing the number of their incarnations.

Comment d1
I have repeatedly stated that the purpose of this planet was as a sentience nursery for emerging humans as a species. Is this not what is going on in the studies by Dr Newton? Are the souls not going through an educational program? Are they not learning, advancing and then evolving?

The physical world is but a very small part of the entire universe. To absolutely understand what is going on, we have to accept that much of what is truth is beyond our observational capabilities as humans.

Within Levels III and IV we are at last ready for more serious responsibilities. The relationship we have with our guides now changes from teacher-student to one of colleagues working together. Since our old guides have acquired new student groups, it is now our turn to develop teaching skills which will eventually qualify us for the responsibilities of being a guide to someone else.

I have said the transitional stages of Levels II and IV are particularly difficult for me in pinpointing a soul’s development. For instance, some Level IV souls begin targeting themselves toward primary cluster teacher training while still in Level III, while other subjects who are clearly Level IV’s find they are unsuited to be effective guides.

Despite their high standards of morality and conduct, entities who have reached the intermediate levels of maturity are modest about their achievements. Naturally, each case is different, but I notice more composure with clients in this stage and above. I see trust rather than suspicion toward the motives of others on both a conscious and subconscious level. These people demonstrate a forward-looking attitude of faith and confidence for the future of humanity, which encourages those around them.

My questions to the more mature soul are directed to esoteric ideas of purpose and creation. I admit to taking advantage of the higher knowledge possessed by these souls for the sort of spiritual information others lack. There have been clients who have told me they felt I pushed them rather hard in drawing out their spiritual memories and I know they are right.

The more advanced souls of this world possess remarkable comprehension of a universal life plan. I want to learn as much as possible from them.

My next case falls into the upper portion of Level III development, radiating a yellow energy devoid of any reddish tones.

This client was a small, nondescript man nearly fifty years old.

His demeanor was quietly courteous towards me when we met, and I thought him a trifle solemn. I felt  his unassuming detachment was somewhat studied, almost as a cover for stronger emotions. The most striking feature about him was his dark, morose eyes, which grew more intense as he began to talk about himself in a direct and persuasive manner.

He told me he worked for a charitable organization dispensing food to the homeless, and that he had once been a journalist. This client had traveled quite some distance to discuss with me his concern over a decline in enthusiasm for his work. He said he was tired and wanted to spend the rest of his life quietly alone. His first session involved a review of the highlights of many past lives so we could better evaluate a proper course for the remainder of his current life.

I began by regressing the subject rapidly through a series of early lives starting from his first life as a Cro-Magnon man in a Stone Age culture some 30,000 years ago. As we moved forward in time, I noted a consistency of lone-wolf behavior patterns as opposed to normal tribal integration.

From about 3,000 BC to 500 BC, my client lived a number of lives in the Middle East during the rise of the early city states in Sumerian, Babylonian, and Egyptian cultures. Nevertheless, even in lives as a woman, this subject often avoided family ties, including having no children. As a man, he showed a preference for nomadism.

By the time we reached a life in Europe during the Dark Ages, I was becoming accustomed to a rebellious soul resisting tyrannical societies. During his lives, my subject worked to uplift people from fear, while remaining non-aligned to opposing factions. Suffering hardships and many setbacks, he continued as a wanderer with an obsession for freedom of movement.

Some lives were not too productive, but during the twelfth century I found him in Central America in the body of an Aztec, organizing a band of Indians against the oppressions of a high priest. He was killed in this setting as a virtual  outcast,  while  promoting  non-violent  relations between  tribes  who  were traditional enemies.

In the fourteenth century, this soul was a European chronicler, traveling the silk road to Cathay to gain understanding of the peoples of Asia. Always facile with languages (as he is today), my client died in Asia as an old man happily living in a peasant village.

In Japan, at the beginning of the seventeenth century, he was a member of the clan of the Bleeding Crane. These men were respected, independent Samurai mercenaries. At the end of this life my subject was living in seclusion from the ruling Tokugawa shoguns, because he had advised their weaker opponents on battle strategy.

Frequently the outsider, always an explorer searching for truth across many lands, this soul continued to seek a rational meaning to life while giving aid to those he met along the way.

I was surprised when he popped up as the wife of an American farmer on the frontier in the nineteenth century. The farmer died soon after their marriage. I learned my subject had deliberately incarnated to be a widow with children, tied to a piece of property, as an exercise in the loss of mobility.

When this part of his session ended I knew I was working with a more advanced, older soul, even though he had a great many lives we did not review.

Since this soul is approaching Level IV, I would not have been surprised if his first appearance on Earth had gone back 70,000 years rather than half that amount of time. However, as I have mentioned, it is not an absolute prerequisite that souls have hundreds of physical lives in order to advance. I once had a client who entered into a Level III state of awareness after only 4,000 years-an outstanding performance.

I talked to my client about his current life and his customary methods of learning in previous lives. He explained he had never been married, and that social non- alignments worked best for him.

I suggested a few alternatives for his consideration.

Primarily, I felt his lack of intimacy with people in too many lives was obstructing his progress. When this session ended, he was anxious that we explore his mind further for perceptions about the spirit world in another session.

Upon his arrival the next day, I placed him in a superconscious state and we went back to work.

Case 22 – An older soul.

Dr. N: By what name are you called in the spirit world?

S: I am called Nenthum.

Dr. N: Nenthum, do you have spirits around you right now or are you alone?

S: (pause) I am with two of my long-time companions.

Dr. N: What are their names?

S: Raoul and Senji.

Dr. N: And are the three of you part of a larger spiritual group of souls working together?

S: We were … but now the three of us work… more by ourselves.

Dr. N: What are the three of you doing at this moment?

S: We are discussing the best ways to help each other during our incarnations.

Dr. N: Tell me what you do for each other.

S: I help Senji to forgive herself for mistakes and appreciate her own worth. She needs to stop being a mother-figure all the time on Earth.

Dr. N: How does she assist you?

S: To… see my lack of a sense of belonging.

Dr. N: Give me an example of Senji’s actions to assist you with this issue.

S: Well, she was my wife in Japan after my days as a warrior were over. (something is troubling Nenthum, and after a pause he adds the following) Raoul likes to pair with Senji and I am usually alone.

Dr. N: What about Raoul, how do you two help each other?

S: I help him with patience and he helps me with my tendency to avoid community life.

Dr. N: Are you always two males and a female in your incarnations on Earth?

S: No, we can change-and do-but this is comfortable for us.

Dr. N: Why are the three of you working independently from the rest of your spiritual group?

S: (pause) Oh, we see them here… some have not gone forward with us … a few others are further ahead of us in their tasks.

Dr. N: Do you have a guide or teacher?

S: (in a soft tone) She is Idis.

Dr. N: It sounds to me as if you have a high regard for her. Do you communicate well with Idis?

S: Yes I do-not that we don’t have our disagreements.

Dr. N: What is the main area of conflict between the two of you?

S: She doesn’t reincarnate much, and I tell her she should have more direct exposure to current conditions on Earth.

Dr. N: Are you mentally in tune with Idis to such an extent that you know all about her background training as a guide?

S: (shakes head while pondering) It isn’t that we can’t ask questions … but we can only question what we know. Idis reveals to me what she thinks is relevant to my own experience.

Dr. N:  Are guides able to screen their thoughts so you can’t read their minds completely?

S: Yes, the older ones get proficient at that-knowing how to filter things we don’t need to know because this knowledge would confuse us.

Dr. N: Will you learn to filter images?

S: I already have … a little.

Dr. N: This must be why I have had many people tell me they have not been given definitive answers by their guides to all their questions.

S: Yes, and the intent of the question is important … when it was asked and why. Perhaps it was not in their best interests to be given certain information which might disrupt them.

Dr. N: Aside from her teaching techniques, are you fond of Idis in terms of her identity?

S: Yes … I just wish she would agree to come with me… once.

Dr. N: Oh, you would like to actually have an Earth incarnation with her?

S: (grins mischievously) I have told her we might relate better here if she would consent to come to Earth sometime and mate with me.

Dr. N: And what does Idis say to that suggestion?

S: She laughs and says she will think about it-if I can prove to her that it would be productive.

At this junction I ask Nenthum how long Idis has been associated with him and learn she was assigned these three entities when they moved into Level III.

Nenthum, Raoul, and Senji are also under the tutelage of a beloved older master guide who has been with them since the beginning of their existence.

It would be inaccurate to assume that more advanced spirits lead lonely spiritual lives. This subject told me he was in contact with many souls. Raoul and Senji were simply his closest friends.

Levels III and IV are significant stages for souls in their development because now they are given increased responsibilities for younger souls. The status of a guide is not given to us all at once, however. As with many other aspects of soul life, we are carefully tested. The intermediate levels are trial periods for potential teachers. While our aura is still yellow, our mentors assign us a soul to look after, and then evaluate our leadership performance both in and out of physical incarnations.

Only if this preliminary training is successful are we allowed to function even at the level of a junior guide.

Not everyone is suited for teaching, but this does not keep us from becoming an advanced soul in the blue section. Guides, like everyone else, have different abilities and talents, as well as shortcomings.

By the time we reach Level V, our soul aptitudes are well known in the spirit world. We are given occupational duties commensurate with our abilities, which I will go into later in this chapter. Different avenues of approach to learning eventually bring all of us to the same end in acquiring spiritual wholeness. The richness of diversity is part of a master plan for the advancement of every soul, and I am interested in how Case 22 is progressing in Level III.

Dr. N: Nenthum, can you tell me if Idis is preparing you to be a guide, assuming you have an interest in that activity?

S: (quick response) I do have an interest.

Dr. N: Oh, then are you developing as a guide yourself?

S: (modestly) Don’t make too much of it. I’m really no more than a caretaker … helping Idis and taking directions.

Dr. N: Do you try and imitate her teaching style?

S: No, we are different. As an apprentice-a caretaker-I couldn’t do what she is able to accomplish, anyway.

Dr. N: When did you know you were ready to be a caretaker and begin assisting others spiritually?

S: It’s an … awareness which comes over you after a great number of lives … that you are more in balance with yourself than previously, and are able to aid people as a spirit and in the flesh.

Dr. N: Are you operating in or out of the spirit world as a caretaker at this time?

S: (has difficulty in forming a response) I’m out … in two lives.

Dr. N: Are you living in two parallel lives now?

S: Yes, I am.

Comment d2
Souls can partition. As I have stated previously, they can cut themselves into different bits and pieces. This includes having two separate consciousnesses during the same instant moving about the different world-lines.

In this instance, the subject states that this is exactly what has happened, and that his soul created multiple consciousnesses to occupy multiple bodies at the same instance.

The Doctor Newton assumes that this is on the same world, at the same time. But it could be at the same time, but on different world-lines.

The advantage of this is rapid growth in a smaller instance of time. But that can also be fraught with dangers as well.

Dr. N: Where are you living in this other life?

S: Canada.

Dr. N: Is geography important to your Canadian assignment?

S: Yes, I picked a poor family in a rural community where I would be more indispensable. I’m in a small mountain town.

Dr. N: Give me the details of this Canadian life and your responsibilities.

S: (slowly) I’m … taking care of my brother Billy. His face and hands were horribly burned by a flash fire from a kitchen stove when he was four years old. I was ten when it happened.

Dr. N: Are you the same age in the Canadian life as you are now in your American one?

S: About the same.

Dr. N: And your prime assignment in the Canadian life?

S: To care for Billy. To help him see the world past his pain. He is almost blind and his facial disfigurement causes him to be rejected by the community. I try to open him to an acceptance of life and to know who he really is from the inside. I read to him and go for walks in the forest holding his arm. I don’t hold his hands because they are so damaged.

Dr. N: What about your Canadian parents?

S: (without boasting) I am the parent. My father left after the fire and never came back. He was a weak man who was not kind to the family even before the fire. My mother’s soul is not very… capable in her body. They need someone with seasoning.

Dr. N: Someone physically strong?

S: (laughing) No, I’m a woman in Canada. I’m Billy’s sister. My mother and brother require someone mentally tough to hold the family together and give them a course to follow.

Dr. N: How do you provide for the family?

S: I am a baker and I’ll never marry, because I can’t leave them.

Dr. N: What is your brother’s major lesson?

S: To acquire humility without being crushed by a life of little self-gratification.

Dr. N: Why didn’t you take the role of your burned brother? Wouldn’t that scenario provide you with the more difficult challenge?

S: (grimacing) Hmm-I’ve already been through that one!

Note: This subject has been physically injured in a number of past lives.

Dr. N: Yes, I suppose you have. I wonder if Billy’s soul was ever involved with physically hurting you in one of your past lives?

S: As a matter of fact, he did in one of them. When I was the sufferer another caretaker stayed with me and I was a grateful receiver. Now it is Billy’s turn and I am here for him.

Dr. N: Did you know in advance your brother was going to be incapacitated before you came into the Canadian life?

S: Sure, Idis and I discussed the whole situation. She said Billy’s soul would require a caretaker, and since I had negative contact with this soul before in another life, I welcomed the job.

Dr. N: Besides the karmic lesson for Billy’s soul, there are some for you too, in terms of your being in the role of a woman who is tied down. You can’t just take off and roam around as you often do in your lives.

S: That’s true. The degree of difficulty in a life is measured by how challenging the situation is for you, not others. For me, being Billy’s caretaker is harder than when I was on the receiving end with another soul as my caretaker.

Dr. N: Give me the most difficult factor of this assignment for you as a caretaker.

S: To sustain a child … through their helplessness … to adulthood … to teach a child to confront torment with courage.

Dr. N: Billy’s life is an extreme example, but it does seem Earth’s children have much physical and emotional pain to go through.

S: Without addressing and overcoming pain you can never really connect with who you are and build on that. I must tell you, the more pain and adversity which come to you as a child, the more opportunity to expand your potential.

Comment d3
It is all about experiencing things and events. The greater the diversity of experiences, the more quanta that can be added to the soul. As well as the more thoughts, in quantity and diversity, that one can have. This keeps the exposure to new things fresh and really helps generate a set of robust and well-rounded quanta “building blocks” that the soul can use to grow.

Dr. N: And how are things working out for you as a caretaker in Canada?

S: There is a more difficult set of choices to be made in the Canadian family-unlike my American life. But, I have confidence in myself … to put my comprehension to practical use.

Dr. N: Did Idis encourage or discourage your wanting to accelerate development by living parallel lives?

S: She is always open about this … I haven’t done it too much in the past.

Dr. N: Why not?

S: Life combinations can be tiring and divisive. The effort may become counter- productive with diminished returns for both lives.

Dr. N: Well, I see that you are helping people in both your lives today, but have you ever lived contrasting lives where you did poorly in one life and better in another at the same time?

S: Yes, although that was a long time ago on Earth. This is one of the advantages of life combinations. One life can offset the other. Still, doing this can be rough going.

Dr. N: Then why do the guides permit parallel lives?

S: (scowling at me) Souls are not in a rigid bureaucratic environment. We are allowed to make mistakes in judgement and learn from them.

Comment d4
Souls can partition multiple consciousnesses, but it is ill advised.

Dr. N: I have the impression you think the average soul is better off living one life at a time.

S: I would say yes, in most instances, but there are other motivations to cause us to speed up incarnations.

Dr. N: Such as … ?

S: (amused) The rewards for bunching up lives can allow for more reflection out of incarnation.

Comment d5
True. But it’s a stretch.

Dr. N: You mean the rest periods between lives might last longer for us after concurrent lives?

S: (smiles) Sure, it takes longer to reflect on two lives than one.

Dr. N: Nenthum, I just have a couple more questions on the mechanics of soul- splitting. How do you see the manner in which you divide your soul energy into various parts?

Comment d6
It’s all quanta. It can be configured in various ways, and souls use experiences int he human form (primarily) to obtain quanta. The quanta can then be reworked into globes, known as garbions that are connected to each other via swales..

S: We are … as particles … of energized units. We originated out of one unit.

Dr. N: What was the original unit.

Comment d7
Souls are made up of quanta. The quanta form distinct shapes or “units”. These are rather difficult to define using conventional technology as they exist outside of time and space, which are the primary units of measure in our physical universe. Sigh..

S: The maker.

Dr. N: Does each part of your soul remain intact, complete within itself?

S: Yes, it does.

Dr. N: Do all parts of our soul energy go out of the spirit world when we incarnate?

S: Part of us never leaves, since we do not totally separate from the maker.

Dr. N: What does the part that remains in the spirit world do while we are on Earth in one or more bodies?

S: It is … more dormant … waiting to be rejoined to the rest of our energy.

Most of my colleagues who work with past life clients have listened to overlapping time chronologies from people living on Earth in two places at once. Occasionally, there are three or more parallel lives. Souls in almost any stage of development are capable of living multiple physical lives, but I really don’t see much of this in my cases.

Comment d8
Souls can partition. We, as humans like to believe that our consciousness is all that there is and as such we identify it as self.

Well… sorry, but that is wrong.

We possess multiple consciousnesses and it id difficult (being in the human physical form) to think otherwise. Yet, when your consciousness is free of the physical universe, and in the non-physical universe, the ability to have two consciousnesses at one time is not a problem at all.

In fact, you can consider ever past life to be a single unified consciousness. Thus you can remember all the consciousnesses together… if it is your desire. Most people prefer to segregate them to help form their resultant base personality at any given moment.

Many people feel the idea of souls having the capacity to divide in the spirit world and then attaching to two or more human bodies is against all their preconceptions of a singular, individualized spirit.

I confess that I too felt uncomfortable the first time a client told me about having parallel lives.

I can understand why some people find the concept of soul duality perplexing, especially when faced with the further proposition that one soul may even be capable of living in different dimensions during the same relative time.

What we must appreciate is, if our souls are all part of one great oversoul energy force which divides, or extends itself to create our souls, then why shouldn’t the offspring of this intelligent soul energy have the same capacity to detach and then recombine?

Collecting information about spiritual activity from souls who are in the higher stages of development is sometimes frustrating. This is because the complex nature of memory and knowledge at these levels can make it difficult to sift out what these people recognize and won’t tell me, from what they really don’t know.

Case 22 was both knowledgeable and open to my questions. This case is compatible with other accounts in my files about the diversity of soul training in the spirit world.

Dr. N: Nenthum, I want to turn now to your activities in the spirit world when you are not so busy with Earth incarnations, interacting in souls groups and learning to be a guide. Can you tell me of other spiritual areas in which you are occupied?

S: (long pause) Yes, there are other areas … I know of them

Dr. N: How many?

S: (cautiously) I can think of four.

Dr. N: What would you call these areas of activity?

S: The World Without Ego, the World of All Knowing, the World of Creation and Non-creation, and the World of Altered Time.

Dr. N: Are they worlds which exist in our physical universe?

S: One does, the rest are non-dimensional spheres of attention.

Comment d9
Souls can crate their own areas or regions within a given universe. These are space with their own physical properties and their own laws. Many of these spaces are reused and are well established areas where souls can learn, and experience life.

Dr. N: All right, let’s start with the non-dimensional spheres. Are these three areas in the spirit world for the use of souls?

S: Yes.

Dr. N: Why do you call all these spiritual areas worlds?

S: I see them as … habitations for spiritual life.

Dr. N: So, three of them are mental worlds?

S: Yes, that’s what they are.

Dr. N: What is the World Without Ego?

S: It’s the place of learning to be.

Dr.  N:  I  have  heard  of  it,  expressed  in  different  ways.  Doesn’t  it  involve  the beginners?

S: Yes, the newly created soul is there to learn who they are. It’s the place of origin.

Dr. N: Are the ego-identities passed out at random, or is there a choice for beginner souls?

S: The new soul is not capable of choice. You acquire your character based upon the way your energy is … combined … put together for you.

Comment d10
Souls do not organically grow and suddenly materialize. They are assembled. Other souls build them. It’s almost like a factory making robots, if you can tolerate that analogy.

Dr. N: Is there some sort of spiritual inventory of characteristics that are assigned to souls-so much of one type, so much of another?

S: (long pause) I think many factors are considered in the allocations of that which makes us who we are. What I do know is, once given, ego becomes a covenant between oneself and the givers.

Comment d11
Creation of garbions. The behaviors that one manifests is a function of the design and layout of the garbions (and the swales). Thus, for instance, “ego” is a result of a garbionic configuration.

Dr. N: What does that mean?

S: To do the best I can with who I am.

Dr. N: So, the purpose of this world is the distribution of soul identity by advanced beings?

S: Yes, the new soul is pure energy with no real Self yet. The World Without Ego provides you with a signature.

Dr. N: Then why do you call it the World Without Ego?

S: Because the newly created souls arrive with no ego. The idea of Self has not come into the new soul’s consciousness. It is here where the soul is offered meaning to its existence.

Dr. N: And does the creation of souls with personhood go on continually?

S: As far as I know, yes.

Dr. N: I want you to answer this next question carefully for me. When you acquired your particular identity as a soul, did that automatically mean you were slated for Earth incarnations in human form?

S: Not specifically, no. Planets don’t last forever.

Dr. N: I wondered if certain types of souls have an affinity for specific forms of physical life in the universe?

S: (pause) I won’t argue against that.

Dr. N: In your beginnings, Nenthum, were you given the opportunity to choose other planetary hosts besides humans on Earth?

S: Ah … as a new soul … the guides assist in those selections. I was drawn to human beings.

Dr. N: Were you given other choices?

S: (long pause) Yes … but it’s not very clear at the moment. They usually start you on an easy world or two, without much to do. Then I was offered service on this severe planet.

Dr. N: Earth is considered severe?

S: Yes. On some worlds you must overcome physical discomforts-even suffering. Others lean toward mental contests. Earth has both.

Comment d12
You need to experience a harsh winter to appreciate Spring. You need to live in the desert for a few years to appreciate grass and trees. You need to spend five years in prison to appreciate the freedom to watch television.

We get  kudos for doing well on the hard  worlds.  (smiling)  We are called the adventurous ones by those who don’t travel much.

Dr. N: What really appeals to you about Earth?

S: The kinship humans have for each other while they struggle against one another… competing and collaborating at the same time.

Dr. N: Isn’t that a contradiction?

S: (laughs) That’s what appeals to me-mediating quarrels of a fallible race which has so much pride and need of self-respect. The human brain is rather unique, you know.

Dr. N: How?

S: Humans are egocentric but vulnerable. They can make their character mean and yet have a great capacity for kindness. There is weak and courageous behavior on Earth. It’s always a push-me pull-you tug-of-war going on with human values. This diversity suits my soul.

Dr. N: What are some of the other things about human hosts which might appeal to the souls who are sent to Earth?

S: Hmm… those of us developing on Earth have … a sanction to help humans know of the infinite beyond their life and to assist them in expressing true benevolence through their passion. Having a passion to fight for life-that’s what is so worthwhile about humanity.

Dr. N: Humans also have a great capacity for malevolence.

S: That’s part of the passion. But it’s evolving too, and when humans experience trouble, they can be at their best and are … quite noble.

Dr. N: Perhaps it is the soul which fosters the positive characteristics you suggested?

S: We try to enhance what is already there.

Dr. N: Does any soul ever go back to the World Without Ego after they have once been there and acquired identity?

S: (uncomfortable) Yes … but I don’t want to get into that…

Dr. N: Well, then we won’t, but I have been told some souls do return if their conduct during physical assignments is consistently irregular. I have the impression they are considered defective and are returned to the factory for a kind of spiritual prefrontal lobotomy?

S: (subject shakes his head with annoyance) I am offended by that description. Where did you get such a notion? Those souls who have developed severe obstacles to improvement are mended by the restoration of positive energy.

Dr. N: Is this procedure just for Earth souls?

S: No, young souls from everywhere may require restoration as a last resort.

Comment d13
There is no Hell. The only “punishment” a person can have is to undergo a reincarnation where their roles are reversed. There is, however, a process of restoration and rebuilding.

Dr. N: Are these restored spirits then allowed to return to their respective groups and eventually go back to incarnating on physical worlds?

S: (sighs deeply) Yes.

Dr. N: How would you compare the World Without Ego to the World of  All Knowing?

S: They are opposites. This world is not for young souls.

Dr. N: Have you been to the World of All Knowing?

S: No, I’m not ready. I am only aware of it as a place we strive for.

Dr. N: What do you know about this spiritual area?

S: (long pause) It is a place of  contemplation … the ultimate mental world of planning and design. I can tell you little about this sphere except it is the final destination of all thought. The senses of all living things are coordinated here.

Dr. N: Then the World of All Knowing is abstract in the highest form?

S: Yes, it’s about blending content with form-the rational with ideals. It is a dimension where the realization of all our hopes and dreams is possible.

Dr. N: Well, if you can’t go there yet, how come you know about it?

S: We get … glimpses … as an incentive to encourage us to make that final effort to finish our work and join the masters.

Comment d14
This is referred to as a “highest level” spiritual “plane” in Asian religions, and New Age literature.

The foundation of the spirit world is a place of knowing and has been alluded to under different names by clients. I am given only bare references to this universal absolute, because even my advanced subjects have no direct experience there. All souls are anxious to reach and be absorbed by this nucleus, especially as they draw closer and are enticed by what little they can see.

I’m afraid the World of All Knowing can only be fully understood by a non-reincarnating soul above Level V.

Dr. N: If the World Without Ego and the World of All Knowing are at opposite ends of a soul’s experience, then where does the World of Altered Time fall?

S: This sphere is available to all souls because it represents their own physical world. In my case, it is Earth.

Dr. N: Oh, this must be the physical dimension you told me about?

S: No, the sphere of Earth is only simulated for my use.

Dr. N: Then all souls in the spirit world wouldn’t study the same simulated world?

S: No, each of us studies our own geographical planet, where we incarnate. They are physically real … temporarily.

Comment d15
This is a place where simulations of the earth and a sequence of world-lines are created. It is a simulation like a holo-deck.

Dr. N: And you don’t physically live on this simulated world which appears as Earth-you only use it?

S: Yes, that’s right-for training purposes.

The Holodeck is a fictional device from the television franchise Star Trek. It is a stage where participants may engage with different virtual reality environments.
The Holodeck is a fictional device from the television franchise Star Trek. It is a stage where participants may engage with different virtual reality environments.

Dr. N: Why do you call this third sphere the World of Altered Time?

S: Because we can change time sequences to study specific events. 

Dr. N: What is the basic purpose of doing this?

S: To improve my decisions for life. This study makes me more discriminating and prepares me for the World of All Knowing.

Note: Subjects frequently use the term “world” to describe non-physical spatial work areas. These regions can be tiny or indescribably large in relation to the soul and may involve different dimensions.  I believe there are separate realities  for different learning experiences outside the restrictions of time. The coexistence of past, present, and future time in spiritual settings suggested by this case will be explored further in the next two chapters with Cases 23 and 25.

Dr. N: We haven’t talked about the World of Creation and Non-creation. This must be the three-dimensional physical world you spoke of earlier.

Comment d16
This is a actual physical world within the physical universe. It is contemporaneous with the earth universe..

S: Yes, and we enjoy using it as well.

Dr. N: Is this world intended for the use of all souls?

S: No, it is not. I’m just starting to apply myself there. I am considered a newcomer.

Dr. N: Well, before we get into that, I want to ask if this physical world is the same as Earth.

S: No, it is a little different. It’s larger and somewhat colder. There is less water- fewer oceans, but similar.

Dr. N: Is this planet further from its sun than Earth is from our sun?

S: Yes.

Dr. N: If I could call this physical world Earth II, since it seems to be geographically similar to the Earth we know, would it be near Earth I in the sky?

S: No.

Dr. N: Where is Earth II in relation to Earth I?

S: (pause) I can’t tell you.

Dr. N: Is Earth II in our Milky Way galaxy?

S: (long pause) No, I think it’s further away.

Dr. N: Could I see the galaxy Earth II is located in with a telescope from my backyard?

S: I… would think so.

Dr. N: Would you say the galaxy containing this physical world is shaped like a spiral as our galaxy, or is it elliptical? How would it look in a telescope from a long way off?

S: … as a great extended … chain … (with a troubled expression) I can’t tell you more.

Note: As an amateur stargazer who uses a large reflector telescope designed for deep sky objects, I am always inquisitive when a session takes an astronomical turn. Client responses to these kinds of questions usually fall short of my expectations. I am never sure if this is due to blocking by guides or the subject’s lack of a physical frame of reference between Earth and the rest of our universe.

Dr. N: (I throw out a leading question) I suppose you go to Earth II to reincarnate with some sort of intelligent being?

S: (loudly) No! That’s just what we don’t want to do there.

Dr. N: When do you go to Earth II?

S: Between my lives on this Earth.

Dr. N: Why do you go to Earth II?

S: We go there to create and just enjoy ourselves as free spirits.

Dr. N: And you don’t bother the inhabitants of Earth II?

S: (enthusiastically) There are no people … it’s so peaceful … we roam among the forests, the deserts, and over oceans with no responsibilities.

Dr. N: What is the highest form of life on Earth II?

S: (evasive) Oh … small animals … without much intelligence.

Dr. N:  Do animals have souls?

S: Yes, all living things do-but they have very simple fragments of mind energy.

Comment d17
Everything has a soul. However, the complexity varies.

Dr. N: Has your soul, and that of your friends, evolved from using lower forms of physical life on Earth I after your creation?

S: We don’t know for sure, but none of us thinks so.

Dr. N: Why not?

S: Because intelligent energy is arranged by … a precedence of life. Plants, insects, reptiles-each is in a family of souls.

Dr. N: And all categories of living things are separated from each other?

S: No. The maker’s energy joins the units of every living thing in existence.

Dr. N: Are you involved with this element of creation?

S: (startled) Oh, no!

Dr. N: Well, who is selected to visit Earth II?

S: Those of us who are connected with Earth come here. This is a vacation spot compared to Earth.

Dr. N: Why?

S: There is no fighting, bickering, or striving for supremacy. There is a pristine atmosphere and all life is … quiet. This place gives us an incentive to return to Earth and make it more peaceful, too.

Dr. N: Well, I do see how this Garden of Eden would allow you to rest and be carefree, but you also said you come here to create.

S: Yes, we do.

Dr. N: It is no accident then that souls from Earth come to a world that is so similar geographically?

S: That’s right.

Dr.  N:  Do  other  souls,  who  are  not  earthbound,  go  to  physical  worlds  which resemble those planets where they incarnate?

S: Yes … younger worlds with simpler organisms … to learn to create without any intelligent life around.

Dr. N: Go on.

S: We can experiment with creation and see it developing here. It’s as if you were in a lab where you can form physical things from your energy.

Dr. N: Do these physical things resemble what you might see on Earth I?

S: Yes, only on Earth. That’s why I am here.

Dr. N: Start with your arrival on Earth II and explain to me what your soul does first.

S: (balks at my question and then finally says) I’m … not very good.

Note:  Since this subject is experiencing  resistance,  I take a few minutes for reconditioning and end with the following: “On the count of three you will feel more relaxed about telling me what you and I consider appropriate for my knowledge. One, two, three!” I repeat my question.

S: I look to see what I am supposed to make on the ground in front of me. Then I mold the object in my mind and try and create the same thing with small doses of energy. The teachers assist us with … control. I’m supposed to see my mistakes and make corrections.

Dr. N: Who are the teachers?

S: Idis and Mulcafgil (subject’s highly advanced guide) …  and there are  other instructors around … I don’t know them very well.

Dr. N: Try to be as clear as possible. What exactly are you doing?

S: We… form things…

Dr. N: Living things?

S: I’m not ready for that yet. I experiment with the basic elements-you know, hydrogen and oxygen-to create planetary substance … rocks, air, water … keeping everything very small.

Dr. N: Do you actually create the basic elements of our universe?

S: No, I just use the elements available.

Dr. N: In what way?

S: I take the basic elements and charge them with impulses from my energy … and they can change.

Dr. N: Change into what?

S: (simply) I’m good with rocks …

Dr. N: How do you form rocks with your energy?

S: Oh … by learning to heat and cool … dust … to make it hard.

Dr. N: Do you make the minerals in the dust?

S: They do that for you … the teachers give us that stuff … gas vapors for water making … and so on …

Dr. N: I want to understand this clearly. Your work consists of learning to create by causing heat, pressure, and cooling from your energy flow?

S: That’s about right-by alternating our currents of energy radiation.

Dr. N: So, you don’t actually produce the substance of rock and water in some chemical way?

S: No, like I told you, my job is to transform things by … mixing what I am given. I play with the frequency and dosages of my energy-it’s tricky, but not too complicated …

Dr. N: Not complicated! I thought nature did those things?

S: (laughs) Who do you think nature is?

Comment d18
Don’t you mess around with “Mother Nature”.

Dr.  N:  Well,  who  creates  the  basic  elements  of  your  experiments-the  primary substances of physical matter?

S: The maker … and those creating on a grander scale than me.

Dr. N: Well, in a sense you are creating inanimate objects such as rocks.

S: Hmm… it’s more our trying to copy what we see in front of us what we know. (as an afterthought) I’m getting into plants but I can’t do them yet.

Dr. N: And you start small, experimenting until you get better?

S: That’s it. We copy things and compare them against the original so we can make larger models.

Dr. N: This all sounds like souls playing as children in a sandbox with toys.

S: (smiles) We are children. Directing an energy flow resembles the sculpturing of clay.

Dr. N: Are the other members of this creative training class from your original cluster group?

S:  Some  are.  Most  come  from  all  over  (the  spirit  world),  but  they  have  all incarnated on Earth.

Dr. N: Does everyone make the same things as you do?

S: Well, of course, some of us are better with certain things, but we help each other. The teachers come around and give us tips and advice on how to improve … but … (stops)

Dr. N: But, what?

S: (sheepishly) If I am clumsy and do a bad job, I disassemble some creations without showing them to Idis.

Dr. N: Give me an example.

S:  Plants  …  I  don’t  apply  my  energy  delicately  enough  to  produce  the  proper chemical conversions.

Dr. N: You are not good with the formation of plant life?

S: No, so I undo my abominations.

Dr. N: Is this what you mean by uncreation? You can destroy energy?

S:  Energy  can’t  be  destroyed.  We  reassemble  it  and  start  over using  different combinations.

Comment d19
The physical universe did not come into being naturally. It was fabricated. It is a creation and a technology in order for souls to grow and advance with..

Dr. N: I don’t see why the creator needs your help in creating.

S: For our benefit. We participate in these exercises so that when our work is judged to be of quality, hopefully we can make real contributions to life.

Dr. N: If we are all working up the ladder of development as souls, Nenthum, I am left with the impression the spirit world is one huge organizational pyramid with a supreme authority of power at the top.

S: (sighs) No, you are wrong. It is not a pyramid. We are all threads in the same long piece of fabric. We are all woven into it.

Dr.  N:  It’s  hard  for  me  to  visualize  fabric  when  there  are  so  many  levels  of competency for souls.

S: Think of it as a moving continuum rather than souls being in brackets of highs and lows.

Dr. N: I always think of souls moving up in their existence.

S: I know you do, but consider us moving across

Dr. N: Give me something I can picture in my mind.

S: It’s as if we are all part of a universal train on a flat track of existence. Most of the souls on Earth are in one car moving along the track.

Dr. N: Are all other souls in different cars?

S: Yes, but all on the same track.

Dr. N: Where are the conductors such as Idis?

S: They move back and forth between the connected cars, but sit closer to the engine.

Dr. N: Where is the engine?

S: The maker? Up front, naturally.

Dr. N: Can you see the engine from your car?

S: (laughs at me) No, but I can smell the smoke. I can feel the engine rumbling along and I can hear the motor.

Dr. N: It would be nice if all of us were closer to the engine.

S: Ultimately, we will be.

I have found it is not necessary for souls to go to physical worlds when they begin using their energy in life creation training. Apparently, these exercises begin in group settings where souls find it easier to pool their energy with each other and their instructor. A subject explained the process this way…

“When I started, my group formed a circle around Senwa (guide). Collectively, we had to practice so hard to harmonize our thoughts and fine-tune our ability to all focus on one thing with the same intensity. One time we were working on a tree leaf after Senwa demonstrated how it should appear in front of us. As we directed our beams of energy for texture, color, and shape we kept messing up. We weren’t unified, so a small part of the leaf did not have the proper veining and pigmentation. I am very serious and kind of a perfectionist in my studies, but Nemi (the group jokester) was deliberately alternating his energy the wrong way to screw up the experiment for laughs and because he was tired of the lesson. We finally got him to behave and completed the assignment.”

From what I am able to determine, souls are expected to individually work with the forces of creation by the time they are solidly established in Level III.

Exposure to plant photosynthesis takes place before student souls work up the organic scale of life.

I am told that early creation training consists of souls learning relationships between substances to develop the ability of unifying their energy with different values in the elements. The formation of inanimate to animate objects from the simple to the complex is a long, slow process. Students are encouraged to create miniature planetary microhabitats for a given set of organisms which can adapt to certain environmental conditions.

With practice comes improvement, but not until they approach Level V do my clients begin to feel they might actually contribute to the development of living things. We will hear more about this with Case 23.

Some souls seem to have a natural gift for working with energy in their creation classes. My cases indicate ability in creation assignments does not mean a soul is at the same level of advancement in all other areas of the spiritual curricula. A soul may be a good technician in harnessing the forces of creation, but lack the subtle techniques of a competent guide. Perhaps this is why I have been given the impression that the highly advanced soul is allowed to specialize.

In the previous chapter, I explained some benefits of soul solitude and the last case gave us another example. Spiritual experience is not easily translated into human language.

Comment d20
This is very much the truth.

Case 22 talks about the World of Altered Time as a means of transient planetary study. To someone in trance, it is the timeless mental world that is true reality while all else is an illusion created for various benefits. Other subjects at about the same level call this sphere  “the space of transformation” or simply “rooms of recreation.” Here, I’m told, souls are able to meld their energy into animate and inanimate objects created for learning and pleasure.

Comment d21
“Play” is the work of children. It’s how we learn; through play..

One subject said to me, “I think of what I want and it happens. I know I’m being assisted. We can be anything familiar to our past experiences.

Comment d22
Oh. So much fun, eh?.

For instance, souls can become rocks to capture the essence of density, trees for serenity, water for a flowing cohesiveness, butterflies for freedom and beauty and whales for power and immensity. People deny these actions represent former earthly transmigrations.

I have also learned souls may become amorphous without substance or texture and totally integrate into a particular feeling, such as compassion, to sharpen their sensitivity.

Some subjects tell of being mystical spirits of nature including figures I associate with folklore, such as elves, giants and mermaids. Personal contact with strange mythological beasts are mentioned as well. Theses accounts are so vivid it is hard for me to simply label them as metaphoric.

Comment d23
There are all sorts of non-physical beings, and physical beings from other realities, and (yes) other alternative world-lines that actually do exist. These mythological figures are actually real.

Are the old folk tales of many races pure superstition, or manifestations of shared soul experience? I have the sense that many of our legends are the sympathetic memories of souls carried from other places to Earth long ago.

The Advanced Soul

PEOPLE who possess souls which are both old and highly advanced are scarce. Although I haven’t had the opportunity to regress many Blues in Level V, they are always stimulating to work with because of their comprehension and far-reaching spiritual consciousness.

The fact is, a person whose maturity is this high doesn’t seek out a regression therapist to resolve life-plan conflicts.

In most cases, Level V’s are here as incarnated guides. Having mastered the fundamental issues most of us wrestle with daily, the advanced soul is more interested in making small refinements toward specific tasks.

We may recognize them when they appear as public figures, such as a Mother Teresa; however, it is more usual for the advanced soul to go about their good works in a quiet, unassuming manner. Without displaying self-indulgence, their fulfillment comes from improving the lives of other people.

They focus less on institutional matters and more on enhancing individual human values. Nevertheless, Level V’s are also practical, and so they are likely to be found working in a cultural mainstream which allows them to influence people and events.

I have been asked if most people who are sensitive, aesthetic, and particularly right- brained have advanced souls since individuals with these characteristics often appear to be at odds with the wrongs of an imperfect world.

I see no correlation here.

Being emotional, appreciating beauty, or having extrasensory impressions- including psychic talent-does not necessarily denote an advanced soul.

Comment d24
Skill levels have no bearing on soul development. They are a function of the lifetime that the consciousness lives within a given world-line train. They are unique and limited to the specific consciousness and the world-line path. Not the ability and the growth of a soul int he grand scheme of things.

The mark of an advanced spirit is one who has patience with society and shows extraordinary coping skills. Most prominent is their exceptional insight.

This is not to say life has no karmic pitfalls for them, otherwise the Level V probably wouldn’t be here at all.

They may be found in all walks of life, but are frequently in the helping professions or combating social injustice in some fashion. The advanced soul radiates composure, kindness, and understanding toward others. Not being motivated by self-interest, they may disregard their own physical needs and live in reduced circumstances.

Comment d25
A highly advanced soul might live a life of squalor, poverty, trials or hardships. They might end up being shunned by others. There is no way that a person can tell who is spiritually advanced or who is not..

The individual I have chosen to represent the Level V soul is a woman in her mid- thirties who works for a large medical treatment facility specializing in chemical substance abuse. I was introduced to this woman by a colleague who told me of her skill in guiding recovering drug addicts into an improved state of self-awareness.

At our first meeting, I was struck by the woman’s expression of serenity while surrounded by chaotic emergencies at her place of employment. She was tall and excessively thin, with flaming red hair which stuck out in all directions. Although warm and friendly, there was about her an air of impenetrability. Her clear, luminous gray eyes were those of one who sees small things unnoticed by ordinary folk. I felt she was looking into rather than at me.

My colleague suggested the three of us have lunch because this woman was interested in my studies of the spirit world.

She told me that she had never been hypnotically regressed but there was the sense of a long spiritual genealogy through her own meditations. She thought our meeting was no accident on her own learning path and we came to an agreement to explore her spiritual knowledge.

A few weeks later she arrived at my office. Clearly, this woman had no compelling desire for a long chronology of past life history. I decided to get a brief sketch of her earliest lives on Earth to use as a springboard into superconscious memories.

She rapidly entered into a deep trance and made instant contact with her inner self.

Almost at once, I found this woman’s span of incarnations staggering, going far back into the distant past of human life on Earth. Touching on her earliest memories, I came to the conclusion her first lives occurred at the beginning of the last warm interglacial period which lasted from 130,000 to 70,000 years ago, before the last great Ice Age spread over the planet.

During the warmer climate of the middle Paleolithic period of Earth’s history, my subject described living in moist, sub-tropical savannas near hunting, fishing, and plant-gathering areas.

Later, some 50,000 years ago, when continental sheets of ice had again changed Earth’s climate, she spoke of living in caves and enduring bitter cold.

Leaping rapidly over large blocks of time, I found her physical appearance changing from a slightly bent to a more erect posture. As we moved forward in time, I directed her to look into pools of water and feel her body while reporting back to me.

Her sloping forehead became more vertical over thousands of years in different bodies.

Supraorbital ridges above the eyes grew less pronounced as did body hair and the massive jaws of archaic man. In her many lives as both men and women, I was given enough information on habitat, the use of fire, tools, clothes, food, and ritualistic tribal practices for rough anthropological dating.

Paleontologists have estimated Homo erectus, an ape-like ancestor of modern humans, appeared at least 1.7 million years ago. Have souls been incarnating on Earth for this long, utilizing the bodies of these primitive bipeds we call hominids?

A few of my more advanced clients declare that highly advanced souls who specialize in seeking out suitable hosts for young souls, evaluated life on Earth for over a million years.

My impression is these examiner souls found the early hominid brain cavity and restricted voice box to be inadequate for soul development earlier than some 200,000 years ago.

Archaic Homo sapiens, whom we call humans, evolved several hundred thousand years ago.

Within the last 100,000 years, we find two clear signs of spiritual consciousness and communication. These are burial practices and ritualistic art, as found in carved totems and rock drawings. There is no anthropological evidence that these practices existed on Earth before Neanderthal peoples.

Souls eventually made us human, not the reverse.

One of my advanced subjects remarked, “Souls have seeded the Earth in different cycles.” A composite of information collected from a wide range of clients suggests to me that the land masses we know today deviate from earlier continents, drowned, perhaps, by cataclysmic volcanic or magnetic upheavals.

For instance, the Azores in the Atlantic Ocean have been said to represent the tops of mountains of the submerged continent of Atlantis. Indeed, I have had subjects discuss being in ancient lands on Earth that I cannot identify with modern geography.

Comment d26
The earth has indeed changed substantially over time..

Thus, it is possible souls existed in bodies more advanced than Homo erectus, who died out about a quarter of a million years ago, with the fossilized evidence hidden from us today by geological change.

However, this hypothesis means the physical evolution of humans was an up, down, up affair, which I think is unlikely.

Comment d27
Unlikely. But it actually did occur. It’s just that the assumed evolutionary tree of humans is wrong. Other “transplanted” entities, similar to humans, have added complexities to the human evolutionary tract. .

I now moved my subject into an African life around 9,000 years ago, which she said was an important milestone in her advancement.

This was the last life she was to spend with her guide, Kumara. Kumara was an advanced soul herself at the time of this life, counseling a benevolent tribal chief as his influential wife. I tentatively located their land as the highlands of Ethiopia. Apparently, my subject had known Kumara in a number of earlier lives covering thousands of years during Kumara’s final incarnations on Earth. Their association in human form ended when my subject died, saving Kumara’s life on a river boat, by throwing herself in front of an enemy spear.

Full of love, Kumara still appears to this subject as a large woman, with skin of polished mahogany and a shock of white hair crowned by a headdress of feathers. She is practically nude, except for a strip of animal hide around her ample middle.

On Kumara’s neck hangs a garish bunch of multi-colored stones, which she sometimes jiggles in my subject’s ear to get her attention during dreams in the middle of the night.

Kumara teaches by a technique of flashing symbolistic memories of prior lessons already learned in past lives. Old solutions to problems are mixed with new hypothetical choices in the form of metaphoric picture puzzles. By these means, Kumara tests her student’s considerable storehouse of knowledge during meditations and dreams.

I glanced at my watch. There was no more time for background information if I was going to allow for exploration of this woman’s after life experiences.

Rapidly I took her into superconsciousness, anticipating some interesting spiritual disclosures. She would not disappoint me.

Case 23 – Kumara

Dr. N: What is your spiritual name?

S: Thece.

Dr. N: And your spiritual guide kept her African name of Kumara?

S: For me, yes.

Dr. N: What do you look like in the spirit world?

S: A glowing fragment of light.

Dr. N: What exactly is the color of your energy?

S: Sky-blue.

Dr. N: Does your light have flecks of another color in it?

S: (pause) Some gold … not much.

Dr. N: How about Kumara’s energy color?

S: It’s violet.

Dr. N: How does light and color identify the quality of a soul’s spiritual attainment?

S: The intensity of mental power increases with the darker phases of light.

Dr. N: Where does the highest intensity of intelligent light energy originate from?

S: The knowledge by which the energy of darker light is extended to us comes from the source. Our light is attached to the source.

Dr. N: When you say source-you mean God?

S: That word has been misused.

Dr. N: How?

S: By too much personalizing, which makes the source less than it is.

Dr. N: What’s wrong with us doing that?

S: It takes the liberty of making the source too … human, although we are all part of its oneness.

Dr. N: Thece, I want you to reflect on the source as we talk about other aspects of soul life and the spirit world. Later, I will ask you more about this oneness. Now, let’s go back to the energy manifestations of souls. Why do spirits display two black glowing cavities for eyes when not showing their human forms? It seems so spooky to me.

S: (laughs and is more relaxed) That’s how Earth’s legends of ghosts came about- from these memories. Our energy mass is not  uniform. The eyes you speak of represent a more concentrated intensity of thought.

Dr. N: Well, if the myths about ghosts are not so fanciful after all, then these black eye sockets must be useful extensions of their energy.

S: Rather than eyes … they are windows to old bodies … and all the physical extensions of former selves. This blackness is a … concentration of our presence. We communicate by absorbing the energy presence of each other.

Dr. N: When you return to the spirit world, do you have energy contact with other souls who may look like ghosts?

S: Yes, and appearance is a matter of individual preference. Of course there is always a multitude of thought waves around me-mingling with my returning energy, but I avoid too much contact.

Dr. N: Why?

S: It is not necessary for me to make attachments here. I will be alone for a while to contemplate and sort out any mistakes from my last incarnation, before talking to Kumara.

Note: This statement is typical of advanced souls returning to the spirit world, mentioned earlier in Case 9. However, this soul is so advanced she will have no deliberations with her guide until much later, and upon her request.

Dr.  N:  Perhaps  we  should  talk  about  older  souls  for  a  minute.  Does  Kumara incarnate on Earth any more?

S: No, she doesn’t.

Dr. N: Do you know others like Kumara who were here during the early times on Earth and don’t come back any more?

S: (cautiously) A few… yes… many got on Earth early and got off before I came.

Dr. N: Did any stay?

S: What do you mean?

Dr. N: Advanced souls who keep coming back to life on Earth when they could stay in the spirit world.

S: Oh, you mean the Sages?

Dr. N: Yes, the Sages-tell me about them. (this is a new term for me, but I often pretend to know more than I do with advanced souls to elicit information)

S: (with admiration) They are the true watchers of Earth, you know to be here and keep watch over what is going on.

Dr. N: As highly advanced souls who continue to incarnate?

S: Yes.

Dr. N: Don’t the Sages get tired of still hanging around Earth?

S: They choose to stay and help people directly because they are dedicated to Earth.

Dr. N: Where are these Sages?

S: (wistfully) They live simple lives. I first came to know some of them thousands of years ago. Today it’s hard to see them … they don’t like cities much.

Dr. N: Are there many of them?

S: No, they live in small communities, or out in the open … in the deserts and mountains … in simple dwellings. They wander about, too …

Dr. N: How does one recognize them?

S: (sighs) Most people don’t. They were known as the oracles of truth in earlier times on Earth.

Dr. N: I know this sounds pragmatic, but wouldn’t these old, highly developed souls be more useful helping humankind in positions of international leadership rather than being hermits?

S: Who said they were hermits? They prefer to be with the common people who are most affected by the movers and shakers.

Dr. N: What is the feeling one gets when meeting a Sage on Earth?

S: Ah… you feel a special presence. Their power of understanding and the advice they give you is so wise. They do live simply. Material things mean nothing to them.

Dr. N: Are you interested in this sort of service, Thece?

S: Hmm … no, they are saints. I welcome the time when I can stop incarnating.

Dr. N: Perhaps the word Sage could also be applied to souls like Kumara, or even with the entities to whom she turns for knowledge?

S: (pause) No, they are different … they are beyond the Sages. We call them the Old Ones.

Note: I would place these beings beyond Level VI.

Dr. N: Are there many Old Ones working with souls at Kumara’s level and above?

S: I don’t think so… compared to the rest of us … but we feel their influence.

Dr. N: What do you feel in their presence?

S: (pensive) A… concentrated power of enlightenment… and guidance …

Dr. N: Could the Old Ones be embodiments of the source itself?

S: It is not for me to say, but I don’t think so yet. They must be close to the source. The Old Ones represent the purest elements of thought … engaging in the planning and arranging of … substances.

Dr. N: Could you clarify a bit more what you mean by these highly placed souls being close to the source?

S: (vaguely) Only that they must be close to conjunction.

Dr. N: Does Kumara ever talk about these entities who help her?

S: To me-only a little. She aspires to be of them, as we all do.

Dr. N: Is she getting close to the Old Ones in knowledge?

S: (faintly) She … approaches, as I approach her. It is slow assimilating with the source, because we are not complete.

Once the duties of a guide are fully established for the advancing soul, it is necessary for these entities to juggle two balls. Besides completing their own unfinished business with continued (though less frequent) incarnations, they must also help others while in a discarnated state. Thece talks to me about this aspect of her soul life.

Dr. N: When you are back in the spirit world and come out of your self-imposed isolation, what do you ordinarily do then?

S: I join with members of my company.

Dr. N: How many souls are in your company?

S: Nine.

Dr. N: (jumping to the next conclusion too quickly) Oh, so the ten of you are a group of souls under the leadership of Kumara?

S: No, they are my responsibility.

Dr. N: Then, these nine entities are students whom you teach?

S: you could say that

Dr. N: And they are all in one group (cluster)  which, I assume, is your company?

S: No, my company is made up of two different groups.

Dr. N: Why is that?

S: They are in … different progressions (levels).

Dr. N: And yet, you are the spiritual teacher for all nine?

S: I prefer to call myself a watcher. Three of my company are also watchers.

Dr. N: Well, who are the other six?

S: (matter-of-factly) People who don’t watch.

Dr. N: I want to clarify this using my terms, if you will, Thece If you are a senior watcher, three of your company must be what I would call junior guides?

S: Yes, but the words senior and junior-that portrays us as authoritarian, which we are not!

Dr. N: My intention is not to denote rank, for me it is just an easy identification of responsibility. Consider the word senior as meaning an advanced teacher. I would call Kumara a master teacher or possibly an educational director.

S: (shrugs) That’s okay, I suppose, as long as director doesn’t mean dictator.

Dr. N: it doesn’t. Now, Thece, cast your mind to a place where you can see the energy colors of all your company. What do the six souls who are not watchers look like?

S: (smiles) Dirty snowballs!

Dr. N: If they are white in tone, what about the rest?

S: (pause) Well … two are rather yellowish.

Dr. N: We are one short. What about the ninth member?

S: That’s An-ras. He is doing quite well.

Dr. N: Describe his energy color.

S: He is … turning bluish … an excellent watcher … he will be leaving me soon

Dr. N: Let’s go to the opposite end of your company. What member are you most concerned about and why?

S: Ojanowin. She has the conviction from many lives that love and trust only bring hurt. (musing) She has fine qualities which I want to bring out but this attitude is holding her back.

Dr. N: Ojanowin is developing more slowly than the rest?

S: (protectively) Don’t misunderstand, I am proud of her effort. She has great sensitivity and integrity, which I like. She just requires more of my attention.

Dr. N: As a watcher-teacher, what is the one quality which An-ras has acquired which you want to see in Ojanowin?

S: (no hesitation) Adaptability to change.

Dr. N: I am curious if the nine members of your company advance in a rather uniform way together under your teaching.

S: That’s totally unrealistic.

Dr. N: Why?

S: Because there are differences in character and integrity.

Dr. N: Well, if learning rates are different between souls because of character and integrity, how does this equate with the mental capabilities of the human brain a soul selects?

S: It doesn’t. I was speaking of motivation. On Earth we use many variations of the physical brain in the course of our expansion. However, each soul is driven by its integrity.

Dr. N: Is this what you mean by a soul having character?

S: Yes, and intensity of desire is part of character.

Dr. N: If character is the identity of a soul, where does desire come in?

S: The drive to excel is internal to each soul, but this too can fluctuate between lives.

Dr. N: So where does a soul’s integrity fit into this?

S: The extension of desire. Integrity is the desire to be honest about Self and motives to such an extent that full awareness of the path to the source is possible.

Dr. N: If all basic intelligent energy is the same, why are souls different in their character and integrity?

S: Because their experiences with physical life change them and this is intentional. By that change new ingredients are added to the collective intelligence of every soul.

Dr. N: And this is what incarnation on Earth is all about?

S: Incarnation is an important tool, yes. Some souls are driven more than others to expand and achieve their potential, but all of us will do so in the end. Being in many physical bodies and different settings expands the nature of our real self.

Dr. N: And this sort of self-actualization of the soul identity is the purpose of life on our world?

S: On any world.

Dr. N: Well, if each soul is preoccupied with Self, doesn’t this explain why we have a world of self-centered people?

S: No, you misinterpret. Fulfillment is not cultivating Self for selfish means, but allowing for integration with others in life. That also shows character and integrity. This is ethical conduct.

Dr. N: Does Ojanowin have less honesty than An-ras?

S: (pause) I’m afraid she does engage in self-deception.

Dr. N: I wonder how you can function effectively as a spiritual guide for the nine members of your company and still incarnate on Earth to finish your own lessons.

S: It used to affect my concentration to some extent, but now there is no conflict.

Dr. N: Do you have to separate your soul energy to accomplish this?

S: Yes, this capacity (of souls) allows for the management of both. Being on Earth also permits me to directly assist a member of my company and help myself at the same time.

Dr. N: The idea that souls can divide themselves is not an easy thing for me to conceptualize.

S: Your use of the term divide is not quite accurate. Every part of us is still whole. I’m only saying it does take some getting used to at first, since you manage more than one program at a time.

Dr. N: So your effectiveness as a teacher is not diminished by having multiple activities?

S: Not in the least.

Dr. N: Would you consider the major thrust of your instruction to be on Earth with your human body or in the spirit world as a free entity?

S: They are two different settings. My instruction is diversified but no less effective.

Dr. N: But your approach to a company member would be different depending upon the setting?

S: Yes, it would.

Dr. N: Wouldn’t you say the spirit world is the main center for learning?

S: It is the center for evaluation and analysis, but souls do rest.

Dr. N: When your students are living on Earth, do they know you are their guide and are with them always?

S: (laughs) Some more than others, but they all sense my influence at one time or another.

Dr. N: Thece, you are on Earth with me right now as a woman. Are you also able to be in contact with members of your company?

S: I told you, yes.

Comment d28
Our mind might be unaware, but our consciousness is in near constant connection with our other parts of the soul and every association and friendship in the non-physical worlds.. .

Dr. N: What I am getting at is this-isn’t teaching by example difficult when your Earth visits are rather infrequent these days?

S: If I came too often and worked with them directly as one human being to another I would be interfering with their natural unfolding.

Dr. N: Do you have the same reservations about interference as a teacher operating from the spirit world in a discarnate state?

S: Yes, I do … although the techniques are different.

Dr. N: For mental contact?

S: Yes.

Dr. N: I would like to know more about the ability of spiritual teachers to contact their students. What exactly do you do from the spirit world to comfort or advise one of the nine company members on Earth?

S: (no answer).

Dr. N: (coaxing her) Do you know what I am asking? How do you implant ideas?

S: (finally) I’m unable to tell you.

Comment d29
It’s a typical human reaction. Some things are confidential and even secret. You might think that you have the authority to hear these secrets, but you do not. .
Note: I suspect blocking here, but I can’t complain. So far, Thece has been liberal with information and so has her guide. I decide to stop the session for a minute to appeal directly to Kumara. It is a speech I have given before.

Dr. N: Kumara, permit me to reason with you through Thece. My work here is intended for good. By questioning your disciple, I wish to add to my knowledge of healing and bring people closer to the higher creative power available within themselves. My larger mission is to combat the fear of death by offering people understanding about the nature of their souls and their spiritual home. Will you aid me in this endeavor?

S: (Thece answers me in an odd tone of voice) We know who you are.

Dr. N: Then would you both assist me?

S: We will talk to you … at our discretion.

Note: This tells me if I exceed the undefined boundaries of these two guides with an intrusive question, it won’t be answered.

Dr. N: All right, Thece, on the count of three you will feel more comfortable talking to me about how souls function as guides. Begin  by telling me in  what way a company member on Earth can signal to get your attention. One, two, three! (I snap my fingers for added effect)

S: (after a long pause) First, they have to calm their minds and focus attention away from their immediate surroundings.

Dr. N: How would they do this?

S: By silence … reaching inward … to fasten on their inner voice.

Dr. N: Is this how one calls for spiritual help?

S: Yes, at least to me. They must expand upon their inner consciousness to engage me on a central thought.

Comment d30
Prayer and intention can be much more than simply mapping out your world-line travels. They can be a message to others associated with your spiritual group to assist you. .

Dr. N: On you, or the specific problem which is bothering them?

S: They must reach out beyond what is troubling them in order to be receptive to me. That’s difficult when they don’t remain calm.

Dr. N: Do all nine company members have about the same abilities to reach you for help?

S: No, they don’t.

Dr. N: Perhaps Ojanowin has the most problems?

S: Mmm, she is one of those that does…

Dr. N: Why?

S: For me, getting the signals is easy. It’s harder for people on Earth. The energy of directed thought must override human emotion.

Dr. N: Within a spirit world framework, how do you pick up the messages of just your company out of billions of souls who are sending out distress signals to other guides?

S: I know instantly. All watchers do because people send out their own individual patterns of thought.

Dr. N: Like a vibrational code in a field of thought particles?

S: (laughing) You could describe an energy pattern that way, I guess.

Dr. N: Okay, then how would you reach back to someone in need of guidance?

S: (grins) By whispering answers into their ear!

These "nudges" you have to do things, just might be from friendly spirits and friends that want to help you in your earthy travels.
These “nudges” you have to do things, just might be from friendly spirits and friends that want to help you in your earthy travels.

Dr. N: (lightly) Is that what a friendly spirit does with a troubled mind on Earth?

S: It depends

Dr. N: On what? Are teacher-spirits rather indifferent with the day-to-day problems of humans?

S: Not indifferent, or we wouldn’t communicate. We gauge each situation. We know life is transitory. We are more … detached because without human bodies we are unencumbered by the immediacy of human emotion.

Dr. N: But when the situation does call for spiritual guidance, what do you do?

S: (gravely) As watchers in the stillness, we recognize the amount of turbulence … from the wake of troubled thought. Then we carefully merge with it and gently touch the mind.

Dr. N: Please describe this connection process further.

S: (pause) It’s a slip-stream of thought which is usually turbulent rather than smooth, from someone in distress. I was awkward at first and I still don’t have Kumara’s skill. One must enter with subtlety … to wait for the best receptivity.

Dr. N: How can a watcher be awkward, you have had thousands of years of experience?

S: Communicators are not all the same. Watchers too have a variety of abilities. If one of my company is in crisis-physically hurt, sad, anxious, resentful-they send out great amounts of uncontrolled negative energy which alerts me, but exhausts them. This is the challenge of a watcher, to know when and how to communicate. When people want immediate relief, they may not be in the proper mode for reflection.

Dr. N: Well, in terms of abilities, can you tell me how you were awkward as an inexperienced guide?

S: I wanted to rush in too fast to help without coordinating the patterns of thought we talked about. People can go numb. You don’t get through to them when they have intense grief, for example. You are shut out of a cluttered mind when attentions are distracted and thought energy is scattered all about.

Dr. N: Do the nine members of your company sense your intrusion into their minds following a cry to you for help?

S: Watchers are not supposed to intrude. It’s more of a … soft coupling. I implant ideas-which they assume is inspiration-to try and give them peace.

Dr. N: What single thing do you have the most problem with during communications with people on Earth?

S: Fear.

Dr. N: Would you enlarge on that?

S: I have to be careful not to spoil my people by making life too easy for them … to let them work out most of their difficulties without jumping right in. They only suffer more if a watcher moves in too quickly before this is done. Kumara is an expert at this …

Dr. N: Is she ultimately responsible for you and your company?

S: Well yes, we are all under her influence.

Dr. N: Do you ever see any of your own peer members around? I’m thinking of associates at your level of attainment with whom you can confer about teaching methods.

S: Oh, you mean with those I grew up with here?

Dr. N: Yes.

S: Yes … three in particular.

Dr. N: And do they lead company groups themselves?

S: Yes.

Dr. N: Are these more advanced souls responsible for about the same number of souls as you?

S: Uh…. yes, except Wa-roo. His company is more than double my own. He is good. Another company is being added to his work load.

Dr. N: How many superior entities do you and your friends who are company leaders go to for advice and direction?

S:  One.  We  all  go  to  Kumara  to  exchange  observations  and  seek  ways  of improvement.

Dr. N: How many souls like you and Wa-roo does Kumara oversee?

S: Oh … I couldn’t know that …

Dr. N: Try and give an estimate of the number.

S: (after reflection) At least fifty, probably more.

Additional inquiries into Kumara’s spiritual activities were fruitless, so I turned next to Thece’s creation training. Her experiences (which I have condensed) take us a little further than those training exercises described by Nenthum  in the last chapter. To those readers with a scientific bent, I want to stress that when a subject is reporting to me about creation their frame of reference is really not grounded in earth science. I have to make the best interpretations I can from the information provided.

Dr. N: The curriculum for souls seems to have great variety, Thece. I want to go into another aspect of your training. Does your energy utilize the properties of light, heat, and motion in the creation of life?

S: (startled) Uh,… you know about that

Dr. N: What more can you tell me?

S: Only that I am familiar with this …

Dr. N: I don’t want to talk about anything which will make you uncomfortable, but I would appreciate your confirmation of certain biological effects resulting from the actions of souls.

S: (hesitates) Oh … I don’t think

Dr. N: (I jump in quickly) What creation have you recently done which makes Kumara proud of you?

S: (without resistance) I am proficient with fish.

Dr. N: (I follow up with a deliberate exaggeration to keep her going) Oh, so you can create a whole fish with your mental energy?

S: (vexed) … You must be kidding?

Dr. N: Then where do you start?

S: With the embryos, of course. I thought you knew…

Dr. N: Just checking. When do you think you will be ready for mammals?

S: (no answer)

Dr. N: Look Thece, if you will try to cooperate with me for a few more minutes, I promise not to take long with my questions on this subject. Will you agree to that? 

S: (pause) We will see

Dr. N: Okay, as a means of basic clarification tell me what you actually do with your energy to develop life up to the stage of fish.

S: (reluctantly)  We give instructions to … organisms …  within the surrounding conditions

Dr. N: Do you do this on one world or many in your training?

S: More than one. (would not elaborate except to say these planets were “earth types”)

Comment d31
Multiple earth-like worlds through out the universe. .

Dr. N: In what kind of environment are you working now?

S: In oceans.

Dr. N: With basic sea life such as algae and plankton?

S: When I started.

Dr. N: You mean before you worked up to the embryos of fish?

S: Yes.

Dr. N: Then when souls start to create forms of life, they begin with microorganisms?

S: … Small cells, yes, and this is very difficult to learn. Dr. N: Why?

S: The cells of life… our energy cannot become proficient unless we can direct it to … alter molecules.

Dr. N: Then you are actually producing new chemical compounds by mixing the basic molecular elements of life by your energy flow?

S: (nods)

Dr. N: Can you be more explicit?

S: No, I can’t.

Dr. N: Let me try and sum this up, and please tell me if I am on the wrong track. A soul who becomes proficient with actually creating life must be able to split cells and give DNA instructions, and you do this by sending particles of energy into protoplasm?

S: We must learn to do this, yes-coordinating it with a sun’s energy.

Dr. N: Why?

S: Because each sun has different energy effects on the worlds around them.

Comment d31
The entire energy, quanta, and non-physical environment around different stars and solar systems are drastically different. Thus my argument that earth is a special and unique place and that we must treasure what we have. We must not expect an easy earth analog for us to acquire in the future..

Dr. N: Then why would you interfere with what a sun would naturally do with its own energy on a planet?

S: It is not interference. We examine new structures … mutations … to watch and see what is workable. We arrange substances for their most effective use with different suns.

Dr. N: When a species of life evolves on a planet, are the environmental conditions for selection and adaptation natural, or are intelligent soul-minds tinkering with what happens?

S: (evasively) Usually a planet hospitable to life has souls watching and whatever we do is natural.

Dr. N: How can souls watch and influence biological properties of growth evolving over millions of years on a primordial world?

S: Time is not in Earth years for us. We use it to suit our experiments.

Dr. N: Do you personally create suns in our universe?

S: A full scale sun? Oh no, that’s way over my head… and requires the powers of many. I generate only on a small scale.

Dr. N: What can you generate?

S: Ah … small bundles of highly concentrated matter… heated.

Dr. N: But what does your work look like when you are finished?

S: Small solar systems.

Dr. N: Are your miniature suns and planets the size of rocks, buildings, the moon- what are we talking about here?

S: (laughs) My suns are the size of basketballs and the planets marbles … that’s the best I can do.

Dr. N: Why do you do this on a small scale?

S: For practice, so I can make larger suns. After enough compression the atoms explode and condense, but I can’t do anything really big alone.

Dr. N: What do you mean?

S: We must learn to work together to combine our energy for the best results.

Dr. N: Well, who does the full-sized thermonuclear explosions which create physical universes and space itself?

S: The source … the concentrated energy of the Old Ones.

Dr. N: Oh, so the source has help?

S: I think so…

Comment d32
God has assistance? Things are mighty complex out in the non-physical worlds. .

Dr. N: Why is your energy striving to create universal matter and more complex life when Kumara and the entities above her are already proficient?

S: We are expected to join them, just as they wish to unite their accomplished energy with the Old Ones.

Creation questions always evoke the issue of First Cause. Was the exploding interstellar mass which caused the birth of our stars and planets an accident of nature or planned by an intelligent force? When I listen to subjects such as Thece, I ask myself why souls would be practicing the chain reactions of energy matter with models on a small scale if they were not intending to make larger celestial bodies. I have had no subjects in Levels VI and above to substantiate how they might carry the forces of creation further. It would seem if souls do progress, then entities at this level could be expected to involve themselves with the birthing of planets and the development of life forms capable of higher intelligence suitable for soul use.

After pondering why less-than-perfect souls are associated with creation at all, I came to the following conclusion. All souls are given the opportunity to participate in the development of lower forms of intelligent life in order to advance themselves. This principle could also be applied to the reason why souls incarnate in physical form. Thece suggested that the supreme intelligence she calls the source is made up of a combination of creators (the Old Ones) who fuse their energy to spawn universes. The thought has been expressed to me in different ways by other subjects when they describe the combined power of non-reincarnating old souls.

This concept is not new. For instance, the idea we have no single Godhead is the philosophy of the Jainist sect in India. The Jains believe fully perfected souls, called Siddhas, are a group of universal creators. These souls are fully liberated from further transmigrations. Below them are the Arhats souls, advanced illuminators who still incarnate along with three more lower gradations of evolving souls. To the Jams, reality is uncreated and eternal. Thus, the Siddhas need no creator. Most Eastern philosophies deny this tenet of Jainism in favor of a divine board of directors created by a chairman. This conclusion is more palatable to the Western mind as well.

With certain subjects it is possible to pursue a wide range of topics in condensed periods.

Earlier, Thece had alluded to intelligent life existing on other worlds when she talked about a soul’s cosmic training. This brings up another aspect about soul life which may be hard for some of us to accept…

A small percentage of my subjects, usually the older advanced souls, are able to recall being in strange, non-human intelligent life-forms on other worlds. Their memories are rather fleeting and clouded about the circumstances of these lives, the physical details, and planetary location relative to our universe. I wondered if Thece had any such experiences long ago, so I opened up this line of inquiry for a few minutes to see where it might lead.

Comment d33
It need not be so shocking. Trans-species evolution of soul does occur. It is rare, and often just a period of “adventure” and “discovery”, but it does occur. .

Dr. N: A while back you remarked about other physical worlds besides Earth which are available to souls.

S: (hesitant) Yes

Dr. N: (casually) And, I assume, some of these planets support intelligent life which are useful to souls wishing to incarnate?

S: That’s true, there are many schoolyards.

Dr. N: Do you ever talk to other souls about their planetary schoolyards?

S: (long pause) It’s not my inclination to do so-I’m not attracted to them-the other schools.

Dr. N: Perhaps you could give me some idea of what they are like?

S: Oh, some are … analytical schools. Others are basically mental worlds … subtle places

Dr. N: What do you think of the Earth school by comparison?

S: The Earth school is insecure, still. It is filled with resentment of many people over being led and antagonism of the leaders toward each other. There is so much fear to overcome here. It is a world in conflict because there is too much divers

ity among too many people. Other worlds have low populations with more harmony. Earth’s population has outpaced its mental development.

Dr. N: Would you rather be training on another planet, then?

S: No, for all Earth’s quarreling and cruelty, there is passion and bravery here. I like working in crisis situations. To bring order out of disorder. We all know Earth is a difficult school.

Dr. N: So, the human body is not an easy host for souls?

S: … There are easier life forms … who are less in conflict with themselves …

Dr. N: Well, how would you know this unless your soul had been in another life form?

After I had provided this suitable opening, Thece began talking about being a small flying creature in an alien environment on a dying world where it was hard to breathe. From her descriptions, the sun of this planet was apparently going into a nova stage. Her words were halting and came in short, rapid breaths.

Thece said she lived on this world in a humid jungle with a night sky so densely packed with stars there were no dark lanes in between. This gave me the impression she was located near the center of a galaxy, perhaps our own. She also said her brief time on this world was spent as a very young soul and Kumara was her mentor. After the world could no longer support life, they had come to Earth to continue working together. I was told there was a kinship in the mental evolution of life on Earth and what she had experienced before. This flying race of people began afraid, isolated, and dangerous to each other. Also, like Earth, family alliances were important, representing expressions of loyalty and devotion. While I was concluding this line of questioning, there was a further development.

Dr. N: Do you think there are other souls on Earth who also had physical lives on this now-dead world?

S: (pause, then unable to restrain herself) Actually, I have met one.

Dr. N: Under what circumstances?

S: (laughs) I met a man at a party a while ago. He recognized me, not physically, but with the mind. It was an odd meeting. I was caught off balance when he came up to me and took my hand. I thought he was pushy when he said he knew me.

Dr. N: Then what happened?

S: (softly) I was in a daze, which is unusual for me. I knew there was something between us. I thought it was sexual. Now, I can see it all clearly. It was … Ikak. (this name is spoken with a clacking noise from the back of her throat) He told me we were once together from a place far away and there were a couple of others here …

Dr. N: Did he say anything more about them?

S: (faintly) No … I wonder … I ought to know them …

Dr. N: Did Ikak say anything else about your former physical relationship on this world?

S: No. He saw I was confused. I didn’t know what he was talking about  then anyway.

Dr. N: How could he consciously know about this planet when you didn’t?

S: (puzzled) He is … ahead of me … he knows Kumara. (then, more to herself than me) What is he doing here?

Dr. N: Why don’t you finish telling me about him at the party?

S: (laughs again) I thought he was just trying to pick me up. It was awkward because I was drawn to him. He said I was very attractive, which is something men don’t usually say to me. There were flashes in my mind that we had been together before … as fragments in a dream sequence.

Dr. N: How did your conversation end with this man?

S: He saw my discomfort. I guess he thought it best to have no further contact, because I haven’t seen him since. I’ve thought about him though, and maybe we will see each other again …

I believe souls do come across time and space for each other.

Recently, I had two subjects who were best friends and came to me at the same time for regression. Not only had they been soulmates in many former lives on Earth, but were also mated as fish-like intelligent beings in a beautiful water world.

Both recalled the enjoyment of playing underwater with their strong appendages and coming up to the surface, “to peek.” Neither subject could recall much about this planet or what happened to their race of sea creatures.

Perhaps they were part of a failed Earth experiment long before a land mammal developed into the most promising species on Earth for souls. I suspect it was not Earth because I have had others who tell of living in an aquatic environment they know was unearthly.

One of these subjects said,

“My water world was very warm and clear because we had three suns overhead. The total lack of darkness underwater was comforting and made building our dwellings much easier.” 

I have often wondered if the dreams we have at night about flying, breathing underwater, and performing other non-human physical feats relate to our earlier physical experiences in other environments.

In the early days of my studies of souls, I half-expected that those subjects who could recall other worlds would say they had lived in our galaxy with in the neighborhood of the sun. This assumption was naive.

Earth is in a sparse section of the Milky Way with only eight stars that are ten light years from the sun.

Comment d34
This was written before the observation and discovery of nearby brown dwarf stars and solar systems..

We know our own galaxy has more than two-hundred billion stars within a universe currently speculated at one-hundred-billion galaxies.

Comment d35
The number is actually closer to 900 billion stars in our galaxy.

The worlds around the suns which might support life are staggering to the imagination. Consider, if only a small fraction of one percent of the stars in our galaxy had planets with intelligent life useful to souls, the number would still be in the millions.

From what I can gather from subjects willing and able to discuss  former assignments, souls are sent to any world with suitable intelligent life forms.

Out of all the stars which are known to us, only four percent are like our sun.

Apparently this means nothing to souls.

Their planetary incarnations are not linked to Earth- type worlds or with intelligent bipeds who walk on land. Souls who have been to other worlds tell me they have a fondness for certain ones and return to them (like Earth) periodically for a succession of lives.

I have not had many subjects who are able to recall specific details about living on other worlds. This maybe due to lack of experience, a suppression of memory, or blocks imposed by master guides to avoid any discomfort from flashbacks in non-earthly bodies.

Those subjects who are able to discuss their experiences on other worlds tell me that before coming to Earth, souls are frequently placed in the bodies of creatures with less intelligence than human beings (unlike Thece’s case).

However, once in a human body, souls are not sent back down the mental evolutionary ladder.

Yet, physical contrasts can be stark and side trips away from Earth are not necessarily pleasant. One mid-level client of mine expressed it this way. “After a long series of human lives, I told my guide I needed a break from Earth for a while in another kind of environment. He warned me, ‘You might not like this change right now because you have become so accustomed to the attributes of the human mind and body.’ “My client persisted and was duly given life on what was described as, “A pastel world living among a race of small, thickly-set beings. They were a thoughtful but somber people with tiny chalk-white faces which never smiled. Without human laughter and physical flexibility, I was out of sync and made little progress. The assignment must have been particularly difficult for this individual when we consider that humor and laughter is such a hallmark of soul life in the spirit world.

I was now approaching the final phase of my session with Case 23.

It was necessary to apply additional deepening techniques because I wanted Thece to reach into the highest recesses of her superconscious mind to talk with me about space-time and the source.

Dr. N: Thece, we are coming to the end of our time together and I want you to turn your mind once again to the source-creator. (pause) Will you do that for me?

S: Yes.

Dr. N: You said the ultimate objective of souls was to seek unification with the supreme source of creative energy-do you remember?

S:… The act of conjunction, yes.

Dr. N: Tell me, does the source dwell in some special central space in the spirit world?

S: The source is the spirit world.

Dr. N: Then why do souls speak of reaching a core of spiritual life?

S: When we are young spirits we sense power around us everywhere and yet we feel we … are on the edge of it. As we grow older there is an awareness of a concentrated power, but it is the same feeling.

Dr. N: Even though you have called this the place of the Old Ones?

S: Yes, they are part of the concentrated power of the source which sustains us as souls.

Dr. N: Well, lumping this power together as one energy source, can you describe the creator in more human terms?

S: As the ultimate selfless being which we strive to be.

Dr. N: If the source represents all the spirit world, how does this mental place differ from physical universes with stars, planets, and living things?

S: Universes are created-to live and die-for the use of the source. The place of spirits … is the source.

Dr. N: We seem to live in a universe which is expanding and may contract again and eventually die. Since we live in a space with time limitations, how can the spirit world itself be timeless?

S: Because here we live in non-space which is timeless … except in certain zones.

Dr. N: Please explain what these zones are.

S: They are … interconnecting doors … openings for us to pass through into a physical universe of time.

Dr. N: How can time-doors exist in non-space?

S: The openings exist as thresholds between realities.

Dr. N: Well, if the spirit world is non-dimensional, what kind of reality is that?

S: A constant reality state, as opposed to the shifting realities of dimensional worlds which are material and changing.

Dr. N: Do past, present, and future have any relevance for souls living in the spirit world?

S: Only as a means of understanding succession in physical form. Living here … there is a … changelessness … for those of us not crossing thresholds into a universe of substance and time.

Note: A major application of time thresholds used by souls will be examined in the upcoming chapter on life selection.

Dr. N: You speak of universes in the plural. Are these other physical universes besides the one which contains Earth?

S: (vaguely) There are … differing realities to suit the source.

Dr. N: Are you saying souls can enter various rooms of different physical realities from spiritual doorways?

S: (nods) Yes, they can-and do.

Before concluding the session with this highly advanced subject, I should add that most people who are in deep hypnosis are able to see beyond an Earth reality of three-dimensional space, into alternate realities of timelessness. In the subconscious state, my subjects experience a chronology of time with their past and present lives which resembles what they perceive when conscious.

There is a change when I take them into superconsciousness and the spirit world.

Here they see the now of time as one homogeneous unit of past, present, and future. Seconds in the spirit world seem to represent years on Earth. When their sessions are over, clients will often express surprise at how time in the spirit world is unified.

Quantum mechanics is a modern branch of physics which investigates all subatomic movement in terms of electromagnetic energy levels where all things in life are thought to be ultimately non-solid and existing in a unified field.

Comment d36
Everything is quanta and quantum mechanics..

Going beyond Newton’s physical laws of gravity, the elements of action on time are also considered to be unified by light wave frequency and kinetic energy. Since I show that souls do experience feelings of the passage of time in a chronological fashion in the spirit world, doesn’t this contradict the concept of oneness for past, present, and future?

No, it does not.

My research indicates to me that the illusion of time progression is created and sustained for those souls coming to and from physical dimensions (who are used to such biological responses as aging), so they may more easily gauge their advancement. Thus, it makes sense to me when the quantum physicists hypothesize that time, rather than being an absolute of three phases, is only an expression of change.

When my subjects speak of traveling as souls on lines which curve, I think of the space-time theories of those astrophysicists who believe light and motion are a union of time and space curving back on itself. They say if space is bent severely enough, time stops. Indeed, when listening to my clients talk about time zones and tunnels of passage into different dimensions, I think about the similarities here to current astronomical theories of physical space being warped, or twisted, into cosmic loops creating “mouths” of hyperspace and black holes which may lead out of our three- dimensional universe. Perhaps the space-time concepts of astrophysics and metaphysics are edging closer together.

I have suggested to my subjects that if the spirit world seems round to them, and appears to curve when they travel rapidly as souls, this could represent a finite, enclosed sphere.

They deny the idea of any dimensional boundaries yet offer me little else except metaphors.

Case 23 says the spirit world itself is the source of creation. Some have called this place the heart, or breath, of God.

Case 22 defined the space of souls as “fabric” and I have had other subjects give the spirit world a quality of “the folds of a seamless dress swishing back and forth.”

They sometimes feel the effects of a gently “rippling” motion from light energy which has been described as “waves (or rings) rolling outward from a disturbed pool of water.” Normally, the geography of soul spaces has a smooth and open consistency to people in superconsciousness, without displaying the properties of gravity, temperature, pressure, matter, or a time clock associated with a chaotic physical universe. However, when I attempt to characterize the entire spirit world as a void, people in trance resist this notion.

Although my cases are unable to fully explain the place where their souls live, they are all outspoken about its ultimate reality for them. A subject in trance doesn’t see the spirit world as being either near or far away  from our physical universe.

Nevertheless, in a curious way, they do portray spiritual substance as being light or heavy, thick or thin, and large or small, when comparing their experiences as souls to life on Earth.

While the absolute reality of the spirit world appears to remain constant in the minds of people in hypnosis, their references to other physical dimensions do not.

I have the sense that universes other than our own are created for the purpose of providing environments suitable for the growth of souls with beings we can’t even imagine.

One advanced subject told me he had lived on a number of worlds in his long existence, never dividing his soul more than twice at one time. Some adult lives lasted only months in Earth time for him, due to local planetary conditions and short life spans of the dominant life form.

While speaking of a “paradise planet,” with few people and a quieter, simpler version of Earth, he added this world was not far from Earth.

“Oh,” I interrupted, “then it must only be a few light years from Earth?”

He patiently explained that the planet was not in our universe, but closer to Earth than many planets in our own galaxy.

It is important for the reader to understand that when people do recall living on other worlds they seem not to be limited by the dimensional constraints of our universe.

When souls travel to planets intergalactically or interdimensionally, they measure the trip by the time it takes them to reach their destinations through the tunnel effect from the spirit world. The size of the spatial region involved and the relative position of worlds to each other are also considerations.

After listening to references about multiple dimensional realities from some of my subjects, I am left with the impression they believe there is a confluence of all these dimensional streams into one great river of the spirit world. If I could stand back and take apart all these alternate realities seated in the minds of my cases, it would be like peeling an artichoke of all its layers down to one heart at the core.

I had been questioning Thece for quite a while and I could see she was growing tired. Few subjects can sustain this level of spiritual receptivity for very long. I decided to end the session with a few questions about the genesis of all creation.

Dr. N: Thece, I want to close by asking you more about the source. You have been a soul for a long time, so how do you see yourself relating to the oneness of creation you told me about earlier?

S: (long pause) By sensations of movement. In the beginning there is an outward migration of our soul energy from the source. Afterward, our lives are spent moving inward … toward cohesion and the uniting …

Dr. N: You make this process seem as though a living organism was expanding and contracting.

S: … There is an explosive release … then a returning … yes, the source pulsates.

Dr. N: And you are moving toward the center of this energy source?

S: There really is no center. The source is all around us as if we were … inside a beating heart.

Dr. N: But, you did say you were moving back to a point of origin as your soul advanced in knowledge?

S: Yes, when I was thrust outward I was a child. Now I’m being drawn back as my adolescence fades …

Dr. N: Back where?

S: Further inside the source.

Dr. N: Perhaps you could describe this energy source through the use of colors to explain soul movement and the scope of creation.

S: (sighs) It’s as if souls are all part of a massive electrical explosion which produces … a halo effect. In this … circular halo is a dark purple light which flares out … lightening to a whiteness at the edges. Our awareness begins at the edges of brilliant light and as we grow … we become more engulfed in the darker light.

Dr. N: I find it hard to visualize a god of creation as cold, dark light.

S: That’s because I am not close enough to conjunction to explain it well. The dark light is itself a … covering, beyond which we feel an intense warmth … full of a knowing presence which is everywhere for us and… alive!

Dr. N: What was it like when you were first aware of your identity as a soul after being pushed out to the rim of this halo?

S: To be… is the same as watching the first flower of spring open and the flower is you. And, as it opens more, you become aware of other flowers in a glorious field and there is … unbounded joy.

Dr. N: If this explosive, multi-colored energy source collapses in on itself, will all the flowers eventually die?

S: Nothing is collapsing … the source is endless. As souls we will never die-we know that, somehow. As we coalesce, our increasing wisdom makes the source stronger.

Dr. N: Is that the reason the source desires to perform this exercise?

S: Yes, to give life to us so we can arrive at a state of perfection.

Dr. N: Why does a source, who is ostensibly perfect already, need to create further intelligence which is less than perfect?

S: To help the creator create. In this way, by self-transformation and rising to higher plateaus of fulfillment, we add to the building blocks of life.

Dr. N: Were souls forced to break away from the source and come to places like Earth because of some sort of original sin or fall from grace in the spirit world?

S: That’s nonsense. We came to be … magnified … in the beautiful variety of creation.

Dr. N: Thece, I want you to listen to me carefully. If the source needs to be made stronger, or more wise, by using a division of its divine energy to create lesser intelligence which it hopes will magnify-doesn’t this suggest it lacks full perfection itself?

S: (pause) The source creates for fulfillment of itself.

Dr. N: That’s my point. How can that which is absolute become more absolute unless something is lacking?

S: (hesitates) That which we see to be … our source … is all we can know, and we think what the creator desires is to express itself through us by … birthing.

Dr. N: And do you think the source is actually made stronger by our existence as souls?

S: (long pause) I see the creator’s perfection … maintained and enriched…  by sharing the possibility of perfection with us and this is the ultimate extension of itself

Dr. N: So the source starts out by deliberately creating imperfect souls and imperfect life forms for these souls and watches what happens in order to extend itself?

S: Yes, and we have to have faith in this decision and trust the process of returning to the origin of life. One has to be starving to appreciate food, to be cold to understand the blessings of warmth, and to be children to see the value of the parent. The transformation gives us purpose.

Dr. N: Do you want to be a parent of souls?

S: … Participation in the conception of ourselves is … a dream of mine.

Dr. N: If our spirits did not experience physical life, would we ever know of these things you are telling me about?

S: We would know of them, but not about them. It would be as if your spiritual energy were told to play piano scales with only one note.

Dr. N: And do you believe if the source didn’t create souls to nurture and grow, its sublime energy would shrink from a lack of expression?

S: (sighs) Perhaps that is its purpose.

With this last prophetic statement by Thece, I ended the session. As I brought this subject out of her deep trance, it was as though she were returning to me from across time and space. As she sat quietly focusing her eyes around my office, I expressed my appreciation for the opportunity of working with her on such an advanced level. Smiling, the lady said if she had any idea of the grilling in store for her, she might well have refused to work with me.

As we said goodbye, I thought about her last statements concerning the source of life. In ancient Persia the Sufis had a saying that if the creator represents absolute good, and therefore absolute beauty, it is the nature of beauty to desire manifestation.

Life Selection

THERE comes that time when the soul must once again leave the sanctuary of the spirit world for another trip to Earth. This decision is not an easy one. Souls must prepare to leave a world of total wisdom, where they exist in a blissful state of freedom, for the physical and mental demands of a human body.

We have seen how tired souls can be when reentering the spirit world. Many don’t want to think about returning to Earth again. This is especially true when we have not come close to our goals at the end of a physical life. Once back in the spirit world, souls have misgivings about even temporarily leaving a world of self- understanding, comradeship, and compassion to go to a planetary environment of uncertainty and fear brought about by aggressive, competing humans. Despite having family and friends on Earth, many incarnated souls feel lonely and anonymous among large impersonal populations. I hope my cases show the opposite is true in the spirit world, where our souls are involved in the most intimate sharing on an everlasting basis. Our spiritual identity is known and appreciated by a multitude of other entities, whose support is never ending.

The rejuvenation of our energy and personal assessment of one’s Self takes longer for some souls than others, but eventually the soul is motivated to start the process of incarnation. While our spiritual environment is hard to leave, as souls we also remember the physical pleasures of life on Earth with fondness and even nostalgia.

When the wounds of a past life are healed and we are again totally at one with ourselves, we feel the pull of having a physical expression for our identity.

Training sessions with our counselors and peer groups have provided a collaborative spiritual effort to prepare us for the next life. Our karma of past deeds towards humanity and our mistakes and achievements have all been evaluated with an eye toward the best course of future endeavors. The soul must now assimilate all this information and take purposeful action based upon three primary decisions:

  • Am I ready for a new physical life?
  • What specific lessons do I want to undertake to advance my learning and development?
  • Where should I go, and who shall I be in my next life for the best opportunity to work on my goals?

Older souls incarnate less, regardless of the population demands of their assigned planets.

When a world dies, those entities with unfinished business move on to another world which has a suitable life form for the kind of work they have been doing.

Cycles of incarnation for the eternal soul seem to be regulated more by the internal desires of a particular soul, than by the urgency of host bodies evolving in a universe of planets.

Comment d37
This next few paragraphs are based on the idea of a singular world-line where every person has an individual soul. That is wrong. Each Instead there are multiple world-lines with consciousness occupying elements within that MWI-track..

Nevertheless, Earth certainly has an increasing need for souls.

Today, we have over five billion people. Demographers vary in their calculations on how many individuals have lived on Earth in the last 200,000 years. The average estimate is some 50 billion people. This figure, which I think is low, does not signify the number of visitations by different souls. Bear in mind the same souls continue to reincarnate, and there are those who occupy more than one body at a time.

There are reincarnationists who believe the number of people living on Earth today is close to the total number of souls who ever lived here. The frequency of incarnation on Earth by souls is uneven. Earth clearly has more need for souls today than in the past. Population estimates in 1 AD are around 200 million. By 1800, humans had quadrupled, and after only 170 more years, quadrupled again. Between 1970 and 2010, the world’s population is expected to double once more.

When I study the incarnation chronology of a client, I find there is usually a long span of hundreds, even thousands, of years between their lives in Paleolithic nomadic cultures.

With the introduction of agriculture and domesticated animals in the Neolithic Age, from 7,000 to 5,000 years ago, my subjects report living more frequent lives. Still, their lives are often spaced as much as 500 years apart.

With the rise of cities, trade, and more available food, I see the incarnation schedules of souls increasing with a growing population. Between 1000 and 1500 AD, my clients live an average of once in two centuries.

After 1700, this changes to once in a century.

By the 1900s, living more than one life in a century is common among my cases.

It has been argued these increases in soul incarnations only appear to be so because past life recall improves as people in hypnosis get closer to their current lives. This may be true to some extent, but if a life is important it will be vividly remembered at any age in time.

Without doubt, the enormous population increase on Earth is the basic cause for souls coming here more often. Is there a possibility that the inventory of souls slated for Earth could be strained by this surge in human reproduction?

When I ask clients about the inventory of available souls, they tell me I should worry more about our planet dying from over-population than exhausting the reserve of souls. There is the conviction that new souls are always available to fill any expanding population requirements. If our planet is just one example among all other intelligent populations which exist in this universe, the inventory of souls must truly be astronomical.

I have said souls do have the freedom to choose when, where, and who they want to be in their physical lives. Certain souls spend less time in the spirit world in order to accelerate  development,  while  others  are  very  reluctant  to  leave.  There  is  no question but what our guides exert great influence in this matter. Just as we were given  an  intake  interview  in  the  orientation phase right  after death,  there  are preparatory exit interviews by spiritual advisors to determine our readiness for rebirth.

The case which follows illustrates a typical spiritual scene with a lower-level soul.

Case 24 – Typical

Dr. N: When do you first realize that you might be returning to Earth?

S: A soft voice comes into my mind and says, “It’s about time, don’t you think?”

Dr. N: Who is this voice?

S: My instructor. Some of us have to be given a push when they think we are ready again.

Dr. N: Do you feel you are about ready to return to Earth?

S: Yes, I think so … I have prepared for it. But my studies are going to take such a long time in earth years before I’m done. It’s kind of overwhelming.

Dr. N: And do you think you will still be going to Earth when you near the end of your incarnations?

S: (long pause) Ah … maybe no … there is another world besides Earth … but with Earth people …

Dr. N: What does this mean?

S: Earth will have fewer people … less crowded … it’s not clear to me.

Comment d38
Souls can see the entirety of time, and can look at both past and future time-tracks / world-line maps. In this statement we see evidence for human colonies on other planets.

Dr. N: Where do you think you might be then?

S: I’m getting the impression there is colonization someplace else-it’s not clear to me.

Note: The opposite of past life regression is post life progression, which enables some subjects to see snatches of the future as incomplete scenes. For instance, some have told me Earth’s population will be greatly reduced by the end of the twenty- second century, partially due to adverse soil and atmospheric changes. They also see people living in odd-looking domed buildings. Details about the future are always rather limited, due, I suspect, to built-in amnesia from karmic constraints. I’ll have more to say about this with the next case.

Dr. N: Let’s go back to what you were saying about the instructors giving people a push to leave the spirit world. Would you prefer that they not do this?

S: Oh … I’d like to stay… but the instructors don’t want us hanging around here too long or we will get into a rut.

Dr. N: Could you insist on staying?

S: Well … yes … the instructors don’t force you to leave because they are so gentle. (laughs) But they have their ways of … encouraging you when the time comes.

Dr. N: Do you know of anyone who didn’t want to be reborn again on Earth for any reason?

S: Yes, my friend Mark. He said he had nothing to contribute anymore. He was sick of life on Earth and didn’t want to go back.

Dr. N: Had he lived many lives?

S: No, not really. But he wasn’t adjusting well in them.

Dr. N: What did the teachers do with him? Was he allowed to stay in the spirit world?

S: (reflectively) We choose to be reborn when it is decided we are ready. They don’t force you to do anything. Mark was shown he did benefit others around him.

Dr. N: What happened to Mark?

S: After some more … indoctrination … Mark realized he had been wrong about his abilities and finally he went back to Earth.

Dr. N: Indoctrination! This makes me think of coercion.

S: (disturbed by my remark) It’s not that way at all! Mark was just discouraged, and needed the confidence to keep trying.

Note: Case 10 in Chapter Four on displaced souls told us about how souls who had absorbed too much negative energy from Earth were “remodeled.” Case 22 also mentioned the need for restoration with some damaged souls. These are more extreme alterations than the basic reframing apparently used on Mark’s tired soul.

Dr. N: If the guides don’t force you, could a soul absolutely refuse to be reborn?

S: (pause) Yes … I guess you could stay here and never be reborn if you hated it that much. But the instructors told Mark that without life in a body, his studies would take longer. If you lose having direct experience, you miss a great deal.

Dr. N: How about the reverse situation where a soul insists on returning to Earth immediately, say after an untimely death?

S: I have seen that, too. It’s an impulsive reaction and does wear off after a while. The instructors get you to see that wanting to hurry back someplace as a new baby wouldn’t change the circumstances of your death. It might be different if you could be reborn as an adult right away in the same situation. Eventually, everyone realizes they must rest and reflect.

Dr. N: Well, give me your final thoughts about the prospect of living again.

S: I’m excited about it. I would have no satisfaction without my physical lives.

Dr. N: When you are ready for a new incarnation, what do you do?

S: I go to a special place.

Once a soul has decided to incarnate again, the next stage in the return process is to be directed to the place of life selection. Souls consider when and where they want to go on Earth before making a decision on who they will be in their new life. Because of this spiritual practice, I have divided life selection and our final choice of a body into two chapters for ease of understanding.

The selection of a time and place for incarnation and who we want to be are not completely separate decisions. However, we start by having the opportunity of viewing how we might fit into certain environments in future time segments. Then our attention is directed to people living in these places. I was a little distracted by this procedure until I realized a soul is largely influenced by cultural conditions and events, as well as by the participants in these events, during a span of chronological time.

I have come to believe that the spirit world, as a whole, is not functionally uniform.

All spiritual regions are seen by traveling souls as having the same ethereal properties, but with different applications.

As an illustration, the space of orientation for incoming souls could be contrasted to the space of life selection for those who are leaving. Both involve life evaluations for souls in transit which include scenes from Earth, but there the resemblance ends. Orientation spaces are said to be small, intimate conference areas designed to make a newly arrived soul comfortable, but our mental attitude in this space can be somewhat defensive. This is because there is the feeling we might have done better with life. A guide is always directly interacting with us.

On the other hand, when we enter the space of life selection, we are full of hope, promise, and lofty expectations. Here souls are virtually alone, with their guides out of sight, while evaluating new life options. This hectic, stimulating place is described as being much larger than other spiritual study areas.

Case 22 considered it a world unto itself, where transcendent energy alters time to allow for planetary study. 

While some spiritual locales are difficult for my subjects to describe, most love to talk about the place of life selection, and they use remarkably similar descriptions. I am told it resembles a movie theater which allows souls to see themselves in the future, playing different roles in various settings. Before leaving, souls will have selected one scenario for themselves. Imagine being given a dress rehearsal before the actual performance of a new life.

To tell us about it, I have picked a male subject who is well acquainted with the way his soul is assisted in making appropriate decisions.

Case 25 – How to prepare

Dr. N: After you have made the decision you want to come back to Earth, what happens next?

S: Well, when my trainer and I agree the time is right to accomplish things, I send out thoughts …

Dr. N: Go on.

S: My messages are received by the coordinators.

Dr. N: Who are they? Doesn’t your trainer-guide handle all the arrangements for incarnation?

S: Not exactly. He talks to the coordinators, who actually assist us in previewing our life possibilities at the Ring.

Dr. N: What is the Ring?

S: That’s where I’m going. We call it the Ring of Destiny.

Dr. N: Is there just one place like it in the spirit world?

S: (pause) Oh, I think there must be many, but I don’t see them.

Dr. N: All right, let’s go to the Ring together on the count of three. When I am finished with my count you will have the capacity to remember all the details of this experience. Are you ready to go?

S: Yes.

Dr. N: One, two, three! Your soul is now moving toward the space of life selection.

Explain what you see.

S: (long pause) I … am floating towards the Ring … it’s circular … a monster bubble

Dr. N: Keep going. What else can you tell me.

S: There is a … concentrated energy force … the light is so intense. I’m being sucked inward … through a funnel … it’s a little darker.

Dr. N: Are you afraid?

S: Hmm … no, I’ve been here before, after all. It’s going to be interesting. I’m excited at what’s in store for me.

Dr. N: Okay, as you float inside the Ring, what are your first impressions?

S: (voice lowers) I … am a little apprehensive … but the energy relaxes me. I have an awareness of concern for me … caring … I don’t feel alone … my trainer’s presence is with me, too.

Dr. N: Continue to report everything. What do you see next?

S: The Ring is surrounded by banks of screens-I am looking at them.

Dr. N: Screens on walls?

S: They appear as walls themselves, but nothing is really solid … it’s all … elastic … the screens curve around me … moving …

Dr. N: Tell me more about the screens.

S: They are blank … not reflecting anything yet … they shimmer as sheets of glass … mirrors.

Dr. N: What happens next?

S: (nervously) I feel a moment of quietness-it’s always like this-then it’s as if someone flipped a switch on the projector in a panorama movie theater. The screens come alive with images and there is color … action … full of light and sound.

Dr. N: Keep reporting to me. Where is your soul in relation to the screens?

S: I am hovering in the middle, watching the panorama of life all around me … places … people … (jauntily) I know this city!

Dr. N: What do you see?

S: New York.

Dr. N: Did you ask to see New York City?

S:  We  talked  about  my  going  back  there  …  (absorbed)  Gee-it’s  changed-more buildings … and the cars … it’s as noisy as ever.

Dr. N: I’ll come back to New York in a few minutes. Right now I want you to tell me what is expected of you in the Ring.

S: I’m going to mentally operate the panel.

Dr. N: What’s that?

S: A scanning device in front of the screens. I see it as a mass of lights and buttons. It’s as if I’m in the cockpit of an airplane.

Dr. N: And you see these mechanical objects in a spiritual setting?

S: I know it sounds crazy, but this is what is coming through to me so I can explain to you what I am doing.

Dr. N: That’s fine, don’t worry about it. Just tell me what you are supposed to do with the panel.

S: I will help the controllers change the images on the screens by operating the scanner with my mind.

Dr. N: Oh, you are going to operate the projector as if you were working in a movie theater?

S: (laughs) Not the projector, the scanner. Anyway, they aren’t really movies. I am watching life actually going on in the streets of New York. My mind connects with the scanner to control the movement of the scenes I am watching.

Dr. N: Would you say this device resembles a computer?

S: Sort of … it works on a tracking system which … converts …

Dr. N: Converts what?

S: My commands … are registered on the panel so I can track the action.

Dr. N: Position yourself at the panel and become the operator while continuing to explain everything to me.

S: (pause) I have assumed control. I see … lines converging along various points in a series of scenes … I’m traveling through time now on the lines and watching the images on the screens change.

Dr. N: And the scenes are constantly moving around you?

S: Yes, then the points light up on the lines when I want the scene to stop.

Note: Lines of travel is a term we have heard before in other spiritual regions to describe soul transition (i.e., Case 14).

Dr. N: Why are you doing all this?

S: I’m scanning. The stops are major turning points on life’s pathways involving important decisions … possibilities … events which make it necessary to consider alternate choices in time.

Dr. N: So, the lines mark the pathways through a series of events in time and space? S: Yes, the track is controlled in the Ring and transmitted to me.

Dr. N: Do you create the scenes of life while you track?

S: Oh, no! I simply control their movement through time on the lines.

Dr. N: What else can you tell me about the lines?

S: The lines of energy are … roads with points of colored light as guideposts which I can move forward, backward, or stop.

Dr. N: As if you were running a video tape with start, fast-forward, stop, and rewind buttons?

S: (laughs) That’s the idea.

Dr. N: All right, you are moving along the track, scanning scenes and you decide to stop. Tell me what you do then.

S: I suspend the scene on the screens so I can enter it.

Dr. N: What? Are you saying you become part of the scene yourself?

S: Yes, now I have direct access to the action.

Dr. N: In what way? Do you become a person in the scene, or does your soul hover overhead while people move around?

S: Both. I can experience what life is like with anyone in the scene, or just watch them from any vantage point.

Dr. N: How can you leave the panel and go into a scene on Earth while still monitoring the action in the Ring?

S: I know you probably won’t understand this, but part of me stays at the controls so I can start up the scene again and stop it anytime.

Dr. N: Perhaps I do understand. Can you divide your energy?

S: Yes, and I can send thoughts back to myself. Of course, the controllers are helping too, as I go in and out of the screens.

Dr. N: So, essentially you can move time forward, backward, and stop it while tracking?

S: Yes… in the Ring.

Dr. N: Outside the Ring, does time co-exist for you in the spirit world, or is it progressive?

S: It co-exists here, but we can still see it progress on Earth.

Dr. N: It seems to me when souls are in the Ring of Destiny they use time almost like a tool.

S: As spirits, we do use time … subjectively. Things and events are moved around … and become objects in time … but to us time is uniform.

Dr. N: The paradox I have with time travel is that what is going to happen has already happened, so you could meet your own soul in some human being as you come and go in life scenes from the future.

S: (smiles enigmatically) When making contact the soul in residence is put on hold for a moment. It’s relatively short. We don’t disturb life cycles when tracking through time.

Comment d39
It doesn’t make much sense here, but when you look at time being a map of world-line transitions, it makes complete and absolute sense..

Dr. N:  Well, if past, present, and future are not really separate while you are tracking, why do you stop scenes to consider choices when you can already see into the future?

S: I’m afraid you don’t realize the real purpose of time use by the controllers of the Ring. Life is still conditional. Progressive time is created to test us. We are not shown all the possible endings to a scene. Parts of lives are obscured to us.

Dr. N: So, time is used as a catalyst for learning by viewing lives when you can’t see everything that is going to happen?

S: Yes, to test our ability to find solutions. We gauge our abilities against  the difficulty of the events. The Ring sets up different experiments to choose from. On Earth we will try to solve them.

Dr. N: In the Ring, can you look at life on planets besides Earth?

S: I can’t because I’m programmed for tracking time on Earth.

Dr. N: Your being able to jump through time from the screens sounds like a ball!

S: (grins) Oh, it’s stimulating-that’s for sure-but we can’t frolic around, because there are serious decisions to be made for the next life. I’ll have to accept the consequences for any mistakes in my choices … if I am not able to handle a life well.

Dr. N: I still don’t see how you could make many serious mistakes in your choices when you actually experience part of the life in which you plan to live.

S: My choices of life environments are not unlimited. As I said, I probably Won’t be able to see all of a scene in one time segment. Because of what they don’t show you, there is risk attached to all body choices.

Dr. N: If one’s future destiny is not fully preordained, as you say, why call this space the Ring of Destiny?

S: Oh, there is destiny, all right. The life cycles are in place. It’s just that there are so many alternatives which are unclear.

When I take my subjects into the spatial area of life selection, they see a circle of past, present and future time-such as the Ring in this case. Sensing they are leaving spiritual Now time within the circle, souls apparently rotate back and forth on resonating waves during their observational runs. All aspects of time are presented to them as reoccurring realities ebbing and flowing together. Because parallel realities are superimposed upon one another, they too can be seen as possibilities for physical lives, especially by the more experienced souls.

I was puzzled why my subjects did not fully see the future under these conditions, as part of an all-knowing spiritual setting. In trying to sort this out, I finally came to the conclusion that the spirit world is designed to protect the interests of each soul. Generally, the people I work with are still-incarnating younger souls. They may not clearly see significant events too far into the future because the further away these souls get from present probabilities, the higher the incidence of possible alternative realities which cloud their images. Although the same properties hold true for time in the distant past, there is one exception. A soul’s own past lives are more easily identified. This is because a single reality, with a definite course of action, was previously established to train this soul, and thus is firmly imprinted on his memory.

In Chapter Five, Case 13 demonstrated how amnesia is imposed upon us when we come into a current life, so that past life experiences will not inhibit self-discovery in the present. The same condition holds true for souls examining future lives. Without knowing why, most people believe their life has a plan.

Of course, they are right.

Although amnesia does prevent having full conscious knowledge of this plan, the unconscious mind holds the key to spiritual memories of a general blueprint of each life. The vehicle of life selection provides a kind of time machine for souls, where they see some alternative routes to the main road. Although these paths are not fully exposed to us as souls, we carry some of the road map to Earth.

A client once said to me,

“Whenever I am confused about what to do in life, I quietly sit down and think about where I have been and compare this to where I might want to go in future. The answer to the next step just comes to me from inside myself.”

Accepting what befalls us on the road of life as “acts of God” does not mean our existence should be locked into spiritual determinism where we must submit to an unalterable fate. If everything was preordained, there would be no purpose or justice to our struggle. When adversity strikes, it is not intended that we sit back with a fatalistic attitude and not fight to improve the situation by making on-site changes. During our lives all of us will experience opportunities for change which involve risk. These occasions may come at inconvenient times. We may not act upon them, but the challenge is there for us.

The purpose of reincarnation is the exercise of free will. Without this ability, we would be impotent creatures indeed.

Thus, karmic destiny means we are not just caught up in events over which we have no control. This also means we have karmic lessons and responsibilities. The law of cause and effect for our actions always exists, which is why this case did not want to make a mistake in choosing a life unsuited to him. But whatever happens to us in life, it is important we understand that our happiness or pain does not reflect either blessings or betrayal on the part of a God-oversoul, our guides, or life selection coordinators. We are the masters of our destiny.

As I conclude my conversation with Case 25, it may strike the reader that the musical goals of this individual toward his next life are rather self-serving. Certainly his desire to be an admired musical talent has elements of personal compensation which would be less evident in a more advanced soul. However, it will also be seen that this soul wants to give a lot of himself.

Dr. N: Now, I want to talk more about the scenes you are seeing of New York City. Prior to your coming into the Ring, were you given any preparation about selections based on geography?

S: Oh, to some extent. My trainer and I talked about the fact that I had died young in New York in my last life. I wanted to go back to this dynamic city and study music.

Dr. N: Did you also talk to your trainer about other souls-your friends, who might want to incarnate with you?

S: Sure, that’s part of it. Some of us begin staking out a new life by deciding what surroundings are best for all concerned. I made it known I wanted to start again in the same place where I was killed. My trainer and friends offered their suggestions.

Note: This subject came to America as a Russian immigrant in his past life. He was killed in a railway construction accident in New York at age twenty-two in 1898. His rebirth in the same city occurred in 1937.

Dr. N: What suggestions?

S: We talked about my wanting to be a classical pianist. I had played an accordion for extra pick-up change-you know, banquets, weddings-that kind of thing.

Dr. N: And this experience is motivating your interest in the piano?

S: Yes. When making ice deliveries on the streets of New York, I would pass by the concert hall. It was my goal to some day study music and make a name for myself in the big city. I hardly got started before I died.

Dr. N: Did you see your death as a young man in New York during your last visit to the Ring?

S: (sadly) Yes … and I accepted that … as a condition of the life. It was a good life- just short. Now I want to go back with a better start and make a name for myself in music.

Dr. N: Could you ask to go anywhere on Earth?

S: Hmm….. it’s fairly open. If we have preferences, they are weighed against what’s available.

Comment d40
What’s available can mean many things. But generally it means the best-fit life to obtain the goals that one has in mind.

Dr. N: You mean, against what bodies are available?

S: Yes, in certain places.

Dr. N: When you said you wanted a better start in music, I assume this is another reason you want to go back to New York.

S: This city will give me the best opportunity to develop my desire to study the piano. I wanted a large, cosmopolitan city with music schools.

Dr. N: What’s wrong with a city like Paris?

S: I wasn’t offered a body in Paris.

Dr. N: I want to be clear on your selection options. When you start previewing life scenes in the Ring, are you primarily looking at people or locations?

S: We begin with locations.

Dr. N: Okay, and so you are looking at the streets of New York City at the moment?

S: Right, and it’s wonderful because I am doing more than looking. I’m floating around smelling the food in the restaurants … I hear the honking of cars … I’m following people walking past the shops on Fifth Avenue … getting the feel of the place again.

Dr. N: At this point have you actually entered the minds of the people walking along the streets?

S: No, not yet.

Dr. N: What do you do next?

S: I go to other cities.

Dr. N: Oh, I guess I just assumed your body choices had to be in New York City.

S: I didn’t tell you that. I also could go to Los Angeles, Buenos Aires, or Oslo.

Dr. N: I’m going to count to five and when I reach five you will scan these cities while we continue talking … one … two… three … four … five! Report what you are doing.

S:  I’m  going  to  concert  halls  and  music  academies  and  watching  the  students practice.

Dr. N: Do you just observe the general surroundings while floating around these students?

S: I do more. I go inside the heads of some of them to see how they … translate the music.

Dr. N: Do you need to be in a special place like the Ring to examine the mental processes of people?

S: For past and future events I do. Making contact with someone in the present on Earth can be done anywhere (from the spirit world).

Dr. N: Could you describe the way your soul makes contact with someone?

S: (pause) As … a light brush stroke.

Note: Souls are quite capable of sending and receiving messages from each other between spiritual and temporal worlds, as many of us have personally experienced. However, these temporary connections are made and broken quickly. The joining of a soul to a soulless baby for a lifetime is more difficult, and will be described further in Case 29.

Dr. N: As you look at these prospective lives, what year is it on Earth?

S: (hesitates) It’s … 1956 now, and most of my prospects are in their teens. I’ll check them out before and after this year … as much as the Ring will let me.

Comment d41
In this simulation the soul observes the life of the various candidate lives he can have. He observes them moving about and their actions as teenagers. Note that none of this are fixed. They are an extrapolation of most likely world-line tracks. It is up to the soul and their consciousness to deviate from this track..

Dr. N: So the Ring gives you the opportunity to actually be various people who, in relative time on Earth, are not yet born?

S: Uh-huh, to see if I would fit in well-to check out their talent and parents-that sort of thing. (decisively) I want New York.

Dr. N: Do you think you have looked at the other cities carefully enough?

S: (impatiently) Yes, I did that, but I don’t want them.

Dr. N: Wait a minute. What if you liked a music student in Oslo, but wanted to live in New York City?

S: (laughs) As a matter of fact, there is a promising girl in Los Angeles, but I still want New York.

Dr. N: All right, move forward. As your time in the Ring draws to a close, give me the details of your probable life selection.

S: I am going to New York to be a musician. I’m still trying to make up my mind between a couple of people, but I think I will choose (stops to laugh) a dumpy kid with a lot of talent. His body won’t have the stamina of my last one, but I’ll have the advantage of parents with some money who will encourage me to practice, practice, practice.

Dr. N: Money is important?

S: I know I sound … grasping … selfish … but there was no money in my last life. If I want to express the beauty of music and give pleasure to myself and others, I need proper training and supportive parents, otherwise I’ll get sidetracked … I know myself.

Comment d42
The consciousness might inhabit a physical body, and the genetic encoding of that body, but it will also need to mate with the personality of the consciousness involved.

Dr. N: If you didn’t like any of the options presented to you in the Ring, could you ask for more places and people to look at?

S: It isn’t necessary, at least for me. I’m offered enough.

Dr. N: Let me be more blunt. If you are supposed to select a life from only the selections shown you in the Ring, how do you know the coordinators aren’t stacking the deck against you? Maybe they are programming you to make certain choices?

S: (pause) I don’t think so, considering all the times I have come to the Ring. We don’t go unless our minds are made up as to the type of life we want to live, and I’ve always had interesting choices based upon my own ideas.

Dr. N: Okay, after you are completely finished with reviewing lives in the Ring, what happens then?

S: The controllers … come into my mind to see if I am satisfied with what I have been shown.

Dr. N: Are they always the same entities?

S: I think so … as far back as I can remember.

Dr. N: Do they pressure you to make a decision before leaving the Ring?

S: Not at all. I float out and go back to talk to my companions before making up my mind.

Of course, theaters such as the Ring are not limited to viewing our planet. I have shown how some souls who come to Earth enjoy incarnating on other worlds as well. In Chapter Ten, I explained how the space of transformation within the spirit world allows souls to experiment with all sorts of shapes and forms for enlightenment and short-term recreation.

However, for purposes of actual incarnation into our universe and other dimensions my subjects tell me there are space-time tunnels, or channels, available near their group centers. (Later, Case 29 will describe what it feels like to go through one of them at rebirth).

People say these portals are symbolized by a line of huge archways for passage similar to a large train station. One woman put it this way, “We see these openings as lighter or darker voids of space. To me, the lighter tunnels denote more interactive communities of beings. The darker fields lead to low-density mental colonies where I am going to be alone a lot more.”

When I asked her for an example of the latter, she said, “On the world of Arnth, we are as balls of cotton candy moving on waves of gas where nothing is solid. The swirling around each other is very orgasmic.” Another subject, describing his entry into a lighter opening said, “Sometimes between human incarnations I go with groups of souls to the fire world of Jesta. In this volcanic atmosphere we can experience the physical and emotional stimulation of becoming intelligent molecules of flame. Now I know why I love to be in temperatures of over 100 degrees on Earth”

A soul’s physical anchorage is important. Case 25 told us his choice of locations was confined to four cities. The number of scenes souls preview before a new life is, of course, different for each visit. Individual life offerings are selective, which indicates to me that other spiritual entities have been actively working on our behalf to set up location scenes before we arrive. The number of specialist spirits who assist souls at the space of life selection never seems to be large. They appear as rather vague apparitions to my subjects, although most believe members of their Council of Elders and personal guides are involved.

Early in human history, when the world was underpopulated, my clients recall lives where they were always born in sparse human settlements. In time, with the rise of villages and then larger centers of ancient civilizations, my cases report returning to the same areas. Life selections were geographically scattered again by the great migrations of people colonizing new lands, particularly in the last four hundred years. In this century of over-population, more souls are choosing to live in places where they have been before.

Does this tendency today mean souls want to return to the same countries because of race? Souls are not inclined toward life selections based on ethnicity or nationalism. These products of human separatism are taught in childhood. Aside from the comfortable familiarity of culture in a soul’s choice (which is different from racial bias), we must also factor in the affinity many spirits have for deserts, mountains, or the sea. Souls may also have a preference for rural or urban living.

Are souls drawn back to the same geographic areas because they want a new life with the same family they had in their past  life? The tradition among certain cultures, such as Native Americans, is that souls choose to stay within family bloodlines. A dying man is expected to come back as his own unborn grandchild. In my practice I rarely see souls repeating the same genetic choices in past  lives because this would inhibit growth and opportunity.

Once in awhile I hear about a soul returning to the body of a relative in a former life under unusual karmic circumstances. For example, if a brother and sister had a close affinity for each other, and one were to die suddenly while still young, the soul of the dead sibling might want to return in the surviving sibling’s child to restore this broken life connection to finish an important task.

What is even more common in my experience, are the souls of young children who die soon after birth and then return to the same parents as the soul of their next baby. These plans are all made in advance by the souls participating in tragic family events. They involve a maze of karmic issues.

Not long ago, I had a case where my client had died from a birth defect early in his last life. I asked, “What was the purpose of your life ending when you were only a few days old?” He replied, “The lesson was for my parents, not me, and that’s why I elected to come back for them as a filler.” When souls return for a short life to help someone else rather than work on their own issues, because there isn’t time, some call this “a filler life.” In this case, the parents had abused and finally caused the death of another child when they were together in an earlier life. Although they were a loving young couple in the last life of my client, these parents evidently needed to experience the grief of having a child they desperately wanted taken away from them. Experiencing the anguish from this terrible loss gave the souls of these parents a deeper insight into the effects of severing a blood bond. I will have an example of this theme in Case 27.

Spirits do not routinely see their deaths in future lives. If souls choose a life where their death will be premature, they often see it in the place of life selection. I have found that souls essentially volunteer in advance for bodies who will have sudden fatal illnesses, are to be killed by someone, or come to an abrupt end of life with many  others  from  a  catastrophic  event.  

Souls  who  become  involved  in  these tragedies are not caught in the wrong place at the wrong time with a capricious God looking the other way. Every soul has a motive for the events in which it chooses to participate. One client told me his last life was planned in advance to end at seven years of age as an American Indian boy. He said, “I was looking for a short-burst lesson in humility and this life as a mistreated starving half-breed was enough.”

Another, more graphic example of a soul volunteering for a terrible assignment was that of one of my subjects who elected in her last life to join (with three others of her soul group) the bodies of Jewish women taken from Munich into the death camp at Dachau in 1941. All were assigned to the same barracks (also prearranged) where my client died in 1943 at age 18 comforting the children and trying to help them survive. Her mission was accomplished with courage.

While events, race, culture, and geographic location often appear to come first in the selection process, they are not the most significant choices for the soul’s next life. Aside from all other considerations, incarnation comes down to souls making that all-important decision of a specific body, and what can be learned by utilizing the brain of a certain human being.

The next chapter is devoted to an analysis of why souls choose their bodies for various biological and psychological reasons…

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