The Colonization of Planet Earth by our High Tech Ancestors (HTA), from Space, took 6 Days of Space Warp Time or 6000 years on Earth, to change the atmosphere, ecology, and add the species. They reproduced the Original Pure-bred Colony on Day 6, in a High Tech Womb, in the Garden of Eden. Then on Day 7, about 4000 BC, the 'Original' Asexual High Tech Birth Colony 'fell' to Heterosexual Body Birth, and changed from Caretakers to Killers, and lost their High Tech. After populating the Planet with this defective Species, the Noah/Atlantis Society had a knowledge and population explosion, for about 100 years, as we are having today. The Noah/Atlantis Unbalanced High Tech caused the Planetary Flood, that changed the Top Strata of Earth, which has been mis-judged by Science into estimating Life has been on Earth for millions or billions of years. Man has been repopulating the Earth from the Mid-East where Noah landed, in about 2400 BC, and after 6 Days/6000 years, we are ready to start Day 7, the Millennium of Man's Unbalanced Caretaking of their Home. We need to relook at all our records and understand that Life has only been on Earth for thousands of years. Life did not Evolve on Earth.
During the Flood, beside the many breaks of the land mass into Continents, many areas were covered with sand from the original seas; the flora, fossils, and Man, were laid down on and in the Top Strata, during the Tidal Wave Action of the Flood; some of the life before the flood floated on the water and as it drained down, also piled up. A lot of the lush land of the Colonization was destroyed during the Flood, which made the coal, oil, chalk, etc. We need to relearn what is the remains of the Noah/Atlantis Society, and what is the remains of the civilizations since the Flood. None of the remains go back millions of years, and the mysteries of the megalithic remains can be solved understanding about the Unbalanced High Tech civilization of Noah/Atlantis, and the Planetary Flood.
"In The Deserts Of This Earth" By Uwe George. "Deserts and parched steppes today cover a large part of the continental area of the world. If all the dry zones, including the arctic regions, are counted, we find that desert covers 30 per cent of the continental surface. Africa leads the way in dryness. Of that continent's 11.5 million square miles, approximately 4 million consist of desert. In addition, there are huge areas of dry, desertlike steppes and savannas that are sometimes extremely arid. Altogether, Africa is about 50 per cent desert and arid regions. The Sahara, with its approximately 3.5 million square miles, in itself assumes nearly continental proportions. The size of this "desert continent" becomes even more impressive if we add to it the 1 million square miles of the surface, the peninsula can quite properly be grouped with the Sahara. The two deserts were separated in comparatively recent geological times by the irruption of a new embryonic ocean, the Red Sea. The north-south extent of this desert region is approximately 1,200 miles and the east-west distance almost 5,000. In other words, the Sahara-Arabian desert covers nearly 11.5 per cent of the land area of the globe. Such a tremendous desert can be accounted for only by a conjunction of many desert-forming forces. First of all the Sahara is a subtropical desert. In addition, the cold Canaries current from the North Atlantic runs southward along the western coast of Africa, keeping moisture-laden winds away from the Sahara.
"The tall Atlas systems from the northeastern Atlantic and the Mediterranean block out the North African interior. These three factors have combined to make a desert so large that even if enough rain clouds were available they could never traverse the vast distances to reach its heart. - The desert dust storms of the Sahara are among the most impressive and terrifying spectacles of nature. - The sight alone gives one a feeling of being crushed or of being about to suffocate. Most such dust storms are generated during the winter months by an advancing cold front. - Fortunately, the walls of dust are short-lived phenomena. Their diameter ranges from 6 to 12 miles, and frequently all is over in half an hour. - Unlike dust storms, sandstorms for only in high winds. But many sandstorms are preceded by large dust storms, since the rising wind picks up and moves the dust particles first. - The storm almost always begins with narrow ribbons of sand moving along an inch or so above the ground. Within a short time the ribbons join, until a gigantic unbroken yellow carpet of sand is gliding along at great speed over the surface of the desert. As the velocity of the wind continues to increase, larger and larger masses of sand are blown into the air, and the top of the sand carpet continues gradually to rise. That is a sandstorm. - Very strong winds can raise the sand to a height of about six and a half feet, but no more. Dust, on the other hand, is lifted to far greater heights because of its minimal weight.-
"In the Sahara and Arabian desert region, nearly 1 million of the 4.5 million square miles are sandy desert, or only about 20 per cent. By far the larger part consists of desert mountains, which reach heights up to 11,000 feet, vast stony plateaus - the hammadas - lowlying dust-filled basins, those seemingly endless pebbly wastes called serir, and innumerable small lines of hills that have disintegrated into black heaps of slag and rubble. - The sight of the black, sunscorched landscapes of rubble in stony or mountainous areas of the desert produces a feeling of devastation and chaos. In contrast, the look of a sandy desert gives aesthetic pleasure. - The individual stones of the mosaic pavement (flat gravel desert) take every imaginable form; some are polygonal, with three, four, or six sides, some rhomboid, some round. Since the mosaic is made up of many different kinds of rock it has patches where every stone is a different color. The even surface of the mosaic floor, which the drifting sand often polishes to a mirror finish, no longer offers any elevations that the wind can attack. These pavements of stone, which cover great areas of the Sahara and other deserts, represent the last stage in the weathering process. - One of the assumptions of biochronology was that the index fossils characteristic of a given geological period were distributed through strata of the same age everywhere in the world. The chronology could be regarded as even more definitely established if the evolutionary ancestors or descendants of the index fossils were found to be present in successive strata, so that an evolutionary series could be recognized. Unfortunately, such ideal conditions seldom occur. -
"Our present chronological techniques make it possible to determine, directly or indirectly, the real age of many rocks and fossils. The ancient dream of natural scientists, especially of geologists and paleontologists, has been fulfilled: when they dig up a saurian, they can now say how many millions of years ago the animal walked the earth. When they find a fossil in coal, they can tell when that particular seam was laid down. - The origin of the earth can be understood only if we know something about the history of the entire solar system. Yet to this day there is no theory of the origin of our planetary system on which all scientists agree. - Nevertheless, in spite of the enormous complexity of the physical relationships, I consider it quite likely that present efforts in space research, backed by close cooperation among the various scientific disciplines and by the application of sophisticated computers, will permit the testing of all the useful hypotheses that have been propounded so far. - How do cells - the cells of our body, for example - behave when their highly evolved and sensitive respiratory mechanism is endangered by an unfavorable oxygen supply or by the unchecked intake of chemicals, either as components of breathed air, as drugs, or under the influence of stress? The sensitive respiratory mechanism suffers of their metabolic functioning; they go back to fermentation. Apparently acting under external compulsion, cells with damaged respiration activate those ancient, outmoded metabolic functions dating back to the eons when the environment contained no free oxygen.
"This spontaneous relapse of breathing cells to archaic metabolic habits describes the disease of cancer, the scourge of our century. All those who seek a steadily rising standard of living are participating in the steady decrease of free oxygen in our environment, and they must not be surprised if more and more cells abandon respiration and retreat to fermentation - become cancerous. A well-known biochemist has suggested that cancer is not a genuine disease at all, but represents the fate of highly differentiated and highly sensitive breathing cells in a cosmic environment subject to constant pressures toward antidifferentiation and disorder. In a sense, the desert represents an advanced stage of this cosmic impulse toward the more probable state: disorder. - Suppose someone told you that in the heart of the planet's greatest desert, the Sahara, he had seen gigantic tropical coral reefs surrounded by fish and other marine animals. You would surely assume that such a story was the product of an everheated imagination. Yet the story is quite true. In the northwestern Sahara is an extensive tropical coral reef, resembling an atoll, that rises some 300 feet above the sun-seared waste of stone and sand. It is a petrified coral reef that was built between 380 million and 400 million years ago, in the Devonian period. Its architects were myriad of tiny lime-excreting coral polyps living under the waters of a warm tropical sea. Similarly, the surface of the rocky wasteland in which the reef rises is the petrified mud and sand bottom of the ancient ocean.
"That explains why the land in this part of the Sahara is literally strewn with the petrified mud and sand bottom of the ancient ocean. That explains why the land in this part of the Sahara is literally strewn with the petrified remains of thousands of marine animals that once populated the ocean around the coral reefs. The fossils, especially the large, many-colored spiral windings of the goniatites' shells and the longitudinal shells of the orthoceratites, have been brought to a high polish by the sandblasting of the desert wind, making the region one of the most beautiful parts of the Sahara. This apparent paradox - that one of the driest regions of the earth lay beneath the sea in an earlier geological age - is by no means an exceptional circumstance on the planet earth. More than a third of the vast surface of the Sahara consists of petrified marine deposits from many different geological ages. That is true of all deserts and, in fact, of all other continental areas. - Among the lofty deserts of the Colorado Plateau there is a unique primeval forest - although the word 'forest' does not entirely describe it. When I first saw the place, I had the impression that giants had plucked up trees by the handful, like weeds, and dropped them on the ground. Their trunks, often piled haphazardly one on the other, covered the desert floor as far as the eye could see. The thick roots and branches of the trees were all broken off, and even most of the trunks were smashed into chunks of a different lengths. The ground among the trunks was littered with scraps of wood of every size, and with bark in which the tunnels of wood-eating insects could be seen.
"In some of the tunnels there were still beetles and larvae. Although not a soul was to be seen far and wide, the forest looked as if it had just been felled. You imagined that you could still hear the growl of chain saws and the blows of axes. In fact, total silence prevailed, except for the occasional slight rustling of the desert wind among those mighty stumps. The whole scene had something ghostly and weird about it. The mood in that felled forest was like the atmosphere on the day after a natural catastrophe. But the most extraordinary thing about these shattered forest giants was that all of them without exception, including the scraps and the bark, were made not of wood but of colored precious stones, agate, chalcedony, opal. The gems gleamed in the loveliest of colors, especially along their planes of fracture. The trees are 200 million years old. They date from the Triassic period of the Mesozoic era. Before they were uprooted by some storm or flood, saurians grazed among their trunks. - Many saurian skeletons also have been preserved in nearby rock formations. It is not exceptional for the remains of threes and saurians to have been found in the strata of the Colorado Plateau, in what is now largely a desert landscape. Rather, it is highly characteristic of geological history that fossilized saurian skeletons have most often been found in the midst of deserts and parched steppes, or at any rate in drought regions. Perhaps the most famous sites of all are in the arid steppe of East Africa, the Gobi Desert, the deserts of Utah, and the Sahara. -
"Scientists have by now gathered so many details about the structure of the earth's crust that the concept of drifting continents is generally accepted. The old southern continent and the old northern continent probably split into parts in the Mesozolic era, about 130 million years ago - in the age of the saurians. A new ocean, the Atlantic, formed between Africa and South America. - The one-humped camel of the Sahara is not an animal that was recently captured and domesticated, as many people think. The only one-humped camels known today are purely domestic animals; nowhere in the world does this species still occur in the wild. - There are, however, some wild specimens of the two-humped camel. Small herds of them roam the remotest portions of the Gobi Desert in Mongolia and China. Wild camels can also be met with, astonishingly enough, in America. I made my first acquaintance with the American camels while traveling through the frightfully hot and dry Mojave Desert of California. In a parched and remote mountain valley I came upon the hoofprints of several horses, and only a short distance away I was struck by the sight of the highly characteristic prints of camels' feet. - The prints of the camels were unusually small, only an inch or two in diameter. Full-grown, the camels could not have been any bigger than large dogs. Such tracks had been found only three times before. - The animals that left those tracks became extinct millions of years ago. So did the horses, whose prints also were tiny - the horses would have been no bigger than small ponies.
"And in adjacent strata I discovered the footprints of another long-extinct species: a mastodon. Skeletons of this early type of elephant have been found widely distributed in the rock strata of North America - The tracks of the animals were not all in the same stratum, however. The folding of the mountain ranges that enclosed the valley had caused sediments of very different ages to be uplifted and to reach the surface of the earth again. The entire valley was filled with shattered sedimentary blocks, frequently piled every which way. - Two small North American species of camel, the guanaco and the vicuna, migrated to South America by way of the Central American land bridge, which had been formed by volcanic activity. Both species still live in the wild in arid regions of South America. Later the domesticated Llama was bred from the Guanaco and the alpaca from the delicate vicuna. - We know about the readiness of oxygen to combine with other elements. Indeed, recent calculations have shown that the missing free oxygen is bound up in the earth's crust in the form of ferric oxides and sulfates. Only 5 per cent of the oxygen produced by photosynthesis is left today in the atmospheric reservoir of free oxygen. By far the greater part of it has already been bound up in the secondary reservoir of the earth's crust, and there is plenty of room for the remaining 5 per cent to be stored there. The crust has enormous reserves of oxidizable materials, which could consume considerably more oxygen than is available. The magmatic rocks that have reached the surface and been exposed contain a vast supply of bivalent (oxidizable) iron waiting to absorb oxygen.
"In addition, about half the sulfur distributed throughout the crust is still in the form of sulfides and by consuming oxygen could be transformed into sulfates. Suppose that the entire present production of oxygen on earth could be stopped by means of some vast and fantastic experiment. The free atmospheric oxygen would be consumed by the crust in a remarkably short time, perhaps only a few millennia. The desert presents us with such an experiment that is occurring naturally. - Without the contribution of lush plant growth on the continents, the oxygen released by the plant organisms of the oceans would almost certainly not be enough to maintain the present atmospheric level - the level that permits the respiration of highly evolved life forms, including man. - One of those rocky fingers (of reddish sandstone in the center of the Sahara) differs from the thousands of similar structures in the Sahara by the fact that about 8,000 years age, or possibly as much as 12,000 - there is a wide margin of error in the dating - a human being passed by. He or she picked up a stone that was harder than the reddish sandstone and began to draw on the surface of the rock, which had until then been marked only by the inanimate forces of weathering. And so a work of art came into being on that rock (whose age can be estimated at 400 million years) - a work of art that is perhaps the most beautiful and impressive rock carving on earth. The unusually large composition shows three life-size cattle and a calf, their heads bowed over a water hole. - Similar though more simply executed carvings, representing such wild animals as gazelles, rhinos, giraffes, and elephants, can be found throughout the Sahara.
"While these art works are distributed over a vast area, approximately 20 miles north of the pillar of rock with the carving of cattle there is a kind of open-air museum consisting of thousands of colored rock paintings. - Here among "cliff gardens', 'avenues", narrow "streets", and broad "plazas", peoples of many different cultures, over thousands of years, covered the walls of cliffs and the ceilings of caves with paintings. - It is fascinating to find that a few living relics have survived from this damp climatic period in the history of the Sahara. Where the streetlike canyons of the Tassili mountains open out into plazas filled with bizarre rock pillars, some gnarled trees still stand - no more than fifty or sixty of them - dating back to that remote epoch. A few specimens of these mighty cypresses, whose seeds will not grow in the present climate of the desert, may be as much as 3,000 or 4,000 years old. Along with the sequoias of California, they are the oldest living organisms on earth. - Some desert explorers claim to have found earthworms - those very symbols of a rainy climate - in isolated spots that have remained wet since that distant past. But the most interesting animal relics include creatures hardly to be expected in the heart of an enormous desert: fish. - In a similar way, crocodiles were forced back on a mountain in the southeastern Sahara. The fish, isolated for thousands of years in the specific living conditions of a great desert, have evolved into a separate species - desert fish. There are comparable species of fish in the North American deserts. -
"The fact that the Sahara region of North Africa was covered by savannas and forests as recently as 8,000 to 10,000 years ago has repeatedly led specialists, as well as laymen, to draw the false conclusion that the Sahara itself is only a few thousand years old - in other words, that it is a very young desert. (author says not true) The typical desert terrain seen by every traveler in the Sahara - the areas of monuments, the wind-worn Tassili mountains, the sandy oceans of dunes, the endless wastes of gravel in which everything has been worn down, leveled - could not have been formed in a few millennia. - At intervals of approximately 300 million years ice ages have occurred. - Every ice age is subdivided into periods of cold and interglacial periods of warmth, so that within a given glaciation large temperature fluctuations occurred at relatively short intervals. - During the cold phases of that ice age - the last one reached its maximum between 20,000 and 30,000 years ago - the polar icecap spread far to the south. Climatic zones likewise shifted south. - It was at the end of that last cold phase that many of the rock carvings and drawings were created, and the plant and animal relics of the Sahara also date back to that time. - Recent developments in the Sahara have unleashed successive waves of irrigation euphoria. Yet the desert is spreading by some 40 square miles every day. That is as much in a day as is likely to be reconquered by irrigation in a whole year. In the future, it will undoubtedly prove more "fruitful" to limit the number of human beings by population planning than to irrigate the deserts. -
"Venus never developed beyond the stage of primal desert. To this day, it presents a picture roughly corresponding to that of the desert earth some 4.5 billion years ago. - For thousands of years, the "red planet" of Mars has stirred men's imaginations more than any other in the solar system. - On Mars, the biophase, if there ever was one, probably ended much more quickly, due to the planet's great distance from the sun and its lesser mass, with the resultant higher content of surface iron. We might say that Mars aged faster because of unfavorable characteristics. While the earth is still enjoying a biophase, though one that seems slowly to be approaching its end on the continents, Mars has already reached the phase of final desert. Can we regard Mans, then, as a model for the future of the earth? - The death agony of the sun will take long ages. - The sun's entire mass will condense to an incredible density, so that a cubic centimeter of matter from its core will weigh many tons. Small in size, radiating an intense white light, it will have become one of those stars to which astronomers have given the name white dwarfs. - Slowly, over billions of years, the nuclear reactions in the interior of our sun will inevitably come to a stop. By that time, the sun will have transformed only about one-thousandth of its enormous mass into energy. That is much too slight a loss of mass to break the bonds of gravitation between the central star and its planets. Shrunk to an inconceivable density, the mighty mass will continue to hold the earth and the other planets in their orbits. -
"The sun will continue to cool until the temperature on its surface reaches the temperature of space. - In many suns that possess much greater masses than our relatively small one, gravitational contraction continues steadily, far beyond the stage of a white dwarf. Under the ever higher pressures and temperatures in their interiors, more and more heavy elements are produced, each providing the fuel for the next stage of nuclear fusion. Neon ashes kindle at a temperature of 800 million degrees, leaving behind the much heavier ash of magnesium. At 1.5 billion degrees, silicon, sulfur, and phosphorus are formed. As ever heavier elements are created in the interior of the star, the nuclear fusion zones of the lighter elements move steadily outward in a succession of shells. While light helium is burning in an exterior layer, a heavy metal will be burning farther in toward the core. At this stage, the star in effect constitutes a gigantic nuclear bomb, of cosmic dimensions, and equipped with a time fuse. Ultimately, a point is reached in the interior of the star at which gravitation destroys the atomic structure of the star's constituent matter. Under pressures and temperatures that are altogether beyond human imagination, the structures of the elementary particles that make up the atomic nuclei break apart, and the star collapses upon itself.
"At the resultant temperature of up to 6 billion degrees - which, among other things, creates the heavy elements of titanium, manganese, iron, nickel, and copper - a titanic nuclear explosion destroys a large part of the stellar mass and hurls it outward into space. That is what happens when a super-nova burns with the brightness of 300 million suns. During this process, the exploding sun, which has built up so many heavy elements from the primal matter of the universe - where, at some place and some time in the infinity of the cosmos, new planets and new life can arise from them."
K.C. TIMES, 19''71' - '73'. "Meteorite Still Has Age Record" New York - "A meteorite that fell on Mexico in 1969 is the oldest object yet found from the original gas cloud that formed the solar system, a California scientist has reported. The meteorite is about 4.6 billion years old, or 600 million years older than the oldest rocks yet brought back from the moon by the Apollo astronauts, the scientist said."
It seems so easy to accept that High Tech Man sent a blue-green algae bomb into Earth's soupy atmosphere, and set up the Oxygen, etc., necessary for Life and then Colonized Earth, instead of waiting billions of years for this to happen by accident. I do not know if a Sun Solar System even lasts billions of years. The Universe is Eternal. As a Solar System (Sun) Novas (dies), the Atoms keep their magnetic balance until the Galaxy gets out of Balance and all the Elements fall into the center mass, called a Black Hole, which is also know as 'Hell' in religion. After time these elements will re-explode into a new Galaxy. This process may even go on until all the elements fall into the center of its Universe, and then it will explode and make another Universe. In time Science may know if the Black Hole is from Galaxies or Universes. All of these collapses of Galaxies or Universes do not happen at the same time, so Life goes on Forever. High Tech Man knows when these collapses will happen and use their High Tech to escape from a collapsed Planet, Galaxie or Universe. This is the Eternal Physical Life that religion teaches happens for 'Life After Death'. No one physically dies and goes to Heaven, to be with God or with Jesus. God/HTA, and Jesus are alive in High Tech Asexual Eternal Physical Life Bodies, and Jesus went up Alive with them into Space, in a Physical Body. 'Life After Death' teachings began after the Fall of Man from High Tech Birth to Heterosexual Body Birth, and the teachings with a High Tech translation, describe Heaven as a High Tech Planet Life in a Perfect pure-bred Body as our HTA have, with Eternal Physical Life. Life is for the Living, not for the Dead.
The One True God of the Hydrogen Atom Universes, is the Source Of Life (SOL), is the One God of religion that no one has ever seen, and is the source of the Big Bang of Science. Our HTA were seen and talked to by many, face to face. They can use Atoms to Create/Colonize Life on Planets, but they can not create an Atom. All of the remains in our Top Strata was set down by the Flood, and many mysteries will be understood, when the understanding that there was a Colonization of Earth and when a Planetary Flood is accepted and understood. Since the Flood, Man has been busy re-populating the Earth, and now has the time and resources to look into all the evidence of a Planetary Flood. Man was to be the Caretaker Species, not the Killers of all Life. Now we are polluting our air, water, and land, so that we cannot continue to Live with the Unbalanced Elements. We need to control the seed of the male, and return Equality to the female. High Tech Humans are Equal Helpmeets, not Unequal Mates. In 1900 we had 1 billion people on Earth; in 1999 there are 6 billion genetic dysfunctional people who have the Planet covered with weapons of massive destruction, and our air, water, and land covered with Pollution. Is Man today a Caretaker or a Killer? Are we ready to understand about High Tech Colonization, High Tech Birth, and an Equal High Tech Lifestyle that we had 'in the beginning'? Christ/Asexual is Caretakers, Selfhood, Love, Peace, Equality, Balanced Elements and Eternal Physical Life. Anti-Christ/Heterosexual is Killers, Selfish, Hate, War and Killing, Inequality, Unbalanced Elements and Physical Death. Which should Man choose for a Lifestyle: Life or Death?