We Are the Children of the Stars (17 page)

In other words – tears and tear ducts were gained. Starman's ability to have tears available to wash out his all-important eyes is most likely a natural product of
his
Evolution. Not Evolution as we know it here on Earth, but Evolution that took place millions
of years ago, on planets that are now old and cold and dead. Mars, today, would be an excellent place to have our tear-making capabilities, for it is known that great dust storms rage over that planet during certain times of the year.
⁴

Along with this protective mechanism for the eye, we can assume a parallel development of Starman's emotions, finer and more complex all the time. His ever closer ties to his fellows, his growing sense of love, his keener and sharper empathy would cause him to shed tears for reasons other than physical protection of the eyeball.

He began to shed tears when his eyes somehow became the focal point or perhaps the outlet for powerful emotions at either end of the scale – grief or joy. For, after all, he could be hurt by more than a painful injury, such as the painful loss of a loved one. And he could display more than the slight glistening of basic “joy” in the eye of an animal coming upon delicious food. Starman's soul-stirring emotional joys were triggered by far greater psychic rewards than mere food.

There we have it – Starman gaining another subtle and almost sublime means of expression, so vital in human relationships, of shedding emotional tears that told far more than words.

Therefore Man – the only earthly primate that sheds psychic tears, and very copiously – cries because he is a Hybrid of the crying starmen. If this is not the true explanation for human tears, then it still remains to be discovered by the evolutionists why Man evolved this ability when no other primate did. The other primates had the same conditions to combat as humans on Earth and the same length of time to evolve tears of emotion, but did not do so.

A telling point, we submit.

2.
Man's flexible hand and fingertips
.

Another bit of mystery about the human body that fits well into the concept of Man as a Hybrid is the mystery of the extraordinary sensitivity of the skin on the hands of Man as compared to similar areas on the lower animals.
⁵

Not only does the ten-times-more-efficient brain of Man analyze and process information sent from his finger tips with far
greater efficiency than that experienced by all lower animals, but far more information is sent to the human brain per second than is sent by the paws and digits of the lower animals.

Second, Man has an intricately boned hand that can grip strongly like a chimp, yet so finely organized in structure that he can wind a watch – which no ape can do. None of the anthropoids can use his thumb and index finger to pick up small things like BB-shot, nor can he type, nor hold a pencil with enough control to fill a page with fine writing.

Explanation
.

There are, at present, approximately 4,300 species of mammals. There is no doubt whatsoever that nature would very much like to endow many of these creatures with a sense of touch equal to that of Man. But Mother Nature has been unable to do this for exactly the same reason, we may argue, as holds for the extraordinary neural capacity of Man's brain.

It is simply
that there has not been enough time
, here on Earth, for these most unusual human qualities to develop they could only develop over many millions of years upon some far-off planet or planets.

Understandably, some people will argue that Man's use of tools through the last few hundred thousand years has cased this extraordinary skin sensitivity of the human hand. Well, if this is so, why hasn't the kangaroo developed equal sensitivity? Kangaroos move around on their hind legs as we do and thus have their front paws free to use for a great many things. Maximum sensitivity in the skin of their “finger” pads would definitely give them advantages over other competing life-forms in their ecology.

Let's face it, considering that kangaroos have been around this old planet far longer than Man, the concept of Man as Hybrid – whose ancestors came from outer space is the best available explanation for the supersensitive fingertips of humans.

3.
Human skin's low healing rate
.

Another factor that sets mankind apart from all other animals, including the anthropoids, is the appalling ineptitude of the human skin to heal itself quickly. Our skin has no self-healing
capacity comparable to the animals, whose skin wounds heal relatively swiftly, almost like magic. No stitches are ever required, either – anytime, anywhere, with any animal.

Man alone, among all earthly creatures, requires stitches to close skin wounds over a certain “threshold size,” otherwise immobilization or disfigurement results.

Explanation
.

The starmen, as a consequence of refined and completely safe living through great technology for eons of time, probably lost the power to self-heal skin wounds. It is a tenet of Evolution that if any natural endowment of the body is not used it will in time atrophy (our append is a racial example) in the species, just as the muscle tissue of an individual will become lax and useless if it is not exercised during long hospital-confinements in bed.

Strange, isn't it, how so many of Man's “alien peculiarities,” as contrasted to other animals, instantly make sense through the application of our premise of extraterrestrial hybridizing intervention, which gave us an inheritance of the traits of our galactic sires.

Traits that Evolution totally fails to account for by natural selection as it occurs here on Earth among all other animals but not by Man.

4.
Man's lack of tooth gaps.

This may seem to be a minor or even trivial point, but it is not. The shape, size, and jawbone setting of teeth in fossil skulls are a major means of determining whether extinct species are Pongid apes, Hominid ape-men, or
Homo
representatives.

And, as has been mentioned, if our basic theory of the origin of Man is correct, there should be many odd peculiarities in the anatomical structure of Man that can be explained only through application of this theory. Happily, in the dental profession, one finds an odd fact that can be explained only by reference to the theory that Man may be a Hybrid.

In fact, nothing about human teeth is very mysterious except for one little item, and this goes by the uncommon word, “diastemata.” Diastemata means “usable, appreciable space between the teeth.”

In the dog, diastemata occurs in the very front part of the upper jaw, where the lower canine projects upward between the upper canine and the incisor. In order for this lower canine to be as long and as smoothly fitting as Evolution dictates, there is a definite space between the upper canine and its adjacent incisor tooth. This space is easily discernible and has a very useful function. It allows the important incisors to keep growing, as they are vital for hunting purposes. Thus, this trait will persist in the species for untold generations to come.

But consider Man, who has come so far up from the caves and into the Space Age Man, who is supposed to be only an Earth mammal, no different in kind, body, and brain, from any other animal who roams the Earth.

But this Man is different from all other animals; he is the only living creature
without diastemata.
⁶

Why is this so? Is it because, in part, his dentition comes from human-like species that have developed over long periods of time on some other planet?

Surely, this is a most attractive explanation. For it also explains certain minute tooth-structure characteristics that are exclusively peculiar to Man. Further, it explains how diastemata does appear in ancient human fossil skulls and then, as the braincase becomes larger and larger in more recent specimens, the canines recede and diastemata concurrently disappears.

In our concept, the more Starman genes that were incorporated in the biological systems of the early men, the more such a characteristic as nondiastemata would show up and remain in the human stock thereafter.

It has been claimed by orthodox anthropology that Man's increase in brain capacity, plus a change in diet to one that was largely vegetarian among the early
Homos
, produced this strange anomaly of the nonexistent diastemata. However, cows and horses, who are purely vegetarians,
do
have diastemata.

Actually, we do not know of any remains of manlike bones that are associated with fossil evidence of any but an omnivorous diet. Thus, Man should
still
have diastemata. Gorillas,
chimpanzees, and orangutans all have diastemata and they all had equal time, with Man, to eliminate it – and didn't.
⁷

The Hybrid Theory alone seems to provide the one acceptable explanation for this odd freak of human dentition that also smoothly integrates with so many other anomalies peculiar to mankind alone.

Explanation
.

To account for Starman not having teeth-spaces and transmitting that trait to us terrestrial humans, we can only make an educated surmise. Through the long development of his dental apparatus, and in order to prevent food particles from wedging between teeth and causing decay, Starman's evolutionary process closed up the tooth gaps.

That is the
whole basis of natural selection
– operating through long ages to
improve
the species in countless ways, large and small.
⁸

For such a change as diastemata existing with our early Hominids, then vanishing with
Homo
species, to occur within 2 million years is quite unbelievable. Nature works too slowly for such radical departures from the normal pace of Evolution. Only Starman's genes and hybridization techniques could have bestowed gapless, and hence healthier, teeth on modern Man.

5.
Only humans possess a layer of subcutaneous fat
.

Subcutaneous means under the skin, of course. It does not refer, however, to layers of fat below the full derma, such as in hogs. This point of subcutaneous fat comes out of the “aquatic hominid” theory mentioned before, presumably bolstering it.

Other mammals who took to the sea, like the whale, dolphin, seal, and otter, for instance, have layers of fat or blubber under their outer skin, for purposes of keeping them warm in icy waters.

The fact that modern Man also has a layer of fat as part of the skin itself is supposedly evidence that he went through a phase of marine existence during his climb up the evolutionary ladder.

We don't believe this holds water (to make a pun) but the entrancing mystery is still there because no other land mammal has a subcutaneous swathing of thin but protective fat tissue. Why should humans alone be so endowed?

We can simply surmise that Man got it from Starman. But just where and how did Starman develop his underskin fat-layer?

Explanation
.

We can logically hypothesize that somewhere in Starman's long, long Evolution and colonization program, there was an aquatic
hominid
with whom he interbred. Why not, out of the thousands of worlds he colonized? Why not a few dozen worlds covered mainly with oceans (as per previous chapter) so that the Starman colonists soon left their islands for the sea and eventually evolved into an aquatic form.

We must reiterate that Starman's enormous stretch of evolutionary development is far different in both degree and kind from our tick-of-the-clock appearance here on Earth. Anything is possible during multi-millions of years of natural selection operating in classical style, as it must have for the original Starman race.

And thus, as the colonists from aquatic worlds returned at times to the home world, to add their special traits to the gene pool of the entire race, Starman obtained a layer of fat – quite thin, mind you, not like the thick sheaths of whales – that henceforth became part of the inherited physiological characteristics he spread to other colonized planets – and to Earthman.

It bears repeating that all this is understandable in its true context only by realizing these processes began in Starman before even the simplest one-celled protozoan appeared on Earth some half a billion years ago. And the colonization of thousands upon thousands of diverse worlds then affected the gene pool of the home race, constantly modifying the original physical body of
Homo universalis
, if we may coin a term.

6.
Man's extraordinary facial mobility
.

This exclusive quality of Mankind is best expressed in a previously quoted book:

As a primate species we have the best developed and most complex facial musculature of the entire group. Indeed, we have the most subtle and complex facial expression system of all living animals. By making
tiny movements of the flesh around the mouth, nose, eyes, eyebrows, and on the forehead, and by re-combining the movements in a wide variety of ways, we can convey a whole range of complex mood-changes.
⁹

Further on:

. . . the lips of our species are a unique feature, not found elsewhere in the primates. Of course, all primates have lips, but not turned inside-out like ours.

. . . [We] have permanently everted, rolled-back lips.

What all this means is that we can, and often do, as anyone knows, use facial dexterity as a form of nonverbal
communication
. Scowls, smirks, smiles, disgust, anger, bewilderment – all these can be openly read on a human face but are forever beyond the reach of the wooden-faced ape.

And only Man displays a true smile,
¹⁰
as no ape can, except in trained imitations that are meaningless and convey no type of “communication” to others of his tribe.

Finally, the book comes to its denouement over Man's remarkable “communications” ability to “talk” with his face quite expressively without using words – “Puzzling over the significance of our unique mucous [moist] lips, anatomists have stated that their Evolution ‘is not as yet clearly understood.’”

A true understatement!

Then:

. . .and have suggested that perhaps it has something to do with the increased amount of sucking that is required of the infant at the breast [through the human infant's long babyhood]. But the young chimpanzee also does a great deal of very efficient sucking and its more muscular and prehensile lips would seem, if anything, to be better equipped for the job.