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.One can safely assume that the Nefilim worked out their trajectories very much as modernscientists map the missions to the Moon and to other planets.The spacecraft of the Nefilim was probably launched from the Twelfth Planet in the direction of theTwelfth Planet's own orbit, but well ahead of its arrival in Earth's vicinity.Based on these and a myriadother factors, two alternative trajectories for the spacecraft were worked out for us by Amnon Sitchin,doctor of aeronautics and engineering.The first trajectory would call for the launching of the spacecraftfrom the Twelfth Planet before it reached its apogee (the point farthest out).With few power needs, thespaceship would actually not so much change course as slow down.While the Twelfth Planet (a spacevehicle, too, even though a huge one) continued on its vast elliptical orbit, the spaceship would follow amuch shorter elliptical course and reach Earth far ahead of the Twelfth Planet.This alternative may haveoffered the Nefilim both advan-tages and disadvantages.The full span of 3,600 Earth years, which applied to tenures of office and other activities of the Nefilimupon Earth, suggests that they might have preferred the second alternative, that of a short trip and a stayin Earth's skies coinciding with the arrival of the Twelfth Planet itself.This would have called for thelaunching of the spaceship (C) when the Twelfth Planet was about midway on its course back from theapogee.With the planet's own speed rapidly increasing, the spaceship required strong engines toovertake its home planet and reach Earth (D) a few Earth years ahead of the Twelfth Planet.Based on complex technical data, as well as hints in Mesopotamian texts, it appears that the Nefilimadopted for their Earth missions the same approach NASA adopted for the Moon missions: When theprincipal spaceship neared the target planet (Earth), it went into orbit around that planet without actuallylanding.Instead, a smaller craft was released from the mother ship and performed the actual landing.As difficult as accurate landings were, the departures from Earth must have been even trickier.Thelanding craft had to rejoin its mother ship, which then had to fire up its engines and accelerate toextremely high speeds, for it had to catch up with the Twelfth Planet, which by then was passing itsperigee between Mars and Jupiter at its top orbital speed.Dr.Sitchin has calculated that there were threepoints in the spaceship's orbit of Earth that lent themselves to a thrust toward the Twelfth Planet.Thethree alternatives offered the Nefilim a choice of catching up with the Twelfth Planet within 1.1 to 1.6Earth years.Suitable terrain, guidance from Earth, and perfect coordination with the home planet were required forsuccessful arrivals, landings, takeoffs, and departures from Earth.As we shall see, the Nefilim met all these requirements.CITIES OF THE GODSTHE STORY of the first settlement of Earth by intelligent beings is a breathtaking saga no less inspiringthan the discovery of America or the circumnavigation of Earth.It was certainly of greater importance,for, as a result of this settlement, we and our civilizations exist today.The "Epic of Creation" informs us that the "gods" came to Earth following a deliberate decision by theirleader.The Babylonian version, attributing the decision to Marduk, explains that he waited until Earth'ssoil dried and hardened sufficiently to permit landing and construction operations, Then Mardukannounced his decision to the group of astronauts:In the deep Above,where you have been residing,"The Kingly House of Above" have I built.Now, a counterpart of itI shall build in The Below.Marduk then explained his purpose:When from the Heavensfor assembly you shall descend,there shall be a restplace for the nightto receive you all.I will name it "Babylon" -The Gateway of the Gods.Earth was thus not merely the object of a visit or a quick, exploratory stay; it was to be a permanent"home away from home."Traveling on board a planet that was itself a kind of spaceship, crossing the paths of most of the otherplanets, the Nefilim no doubt first scanned the heavens from the surface of their own planet.Unmannedprobes must have followed.Sooner or later they acquired the capacity to send out manned missions tothe other planets.As the Nefilim searched for an additional "home," Earth must have struck them favorably.Its blue huesindicated it had life-sustaining water and air; its browns disclosed firm land; its greens, vegetation andthe basis for animal life.Yet when the Nefilim finally voyaged to Earth, it must have looked somewhatdifferent from the way it does to our astronauts today.For when the Nefilim first came to Earth, Earthwas in the midst of an ice age - a glacial period that was one of the icing and deicing phases of Earth'sclimate:Early glaciation - begun some 600,000 years ago First warming (interglacial period) - 550,000 yearsago Second glacial period - 480,000 to 430,000 years agoWhen the Nefilim first landed on Earth some 450,000 years ago, about a third of Earth's land area wascovered with ice sheets and glaciers.With so much of Earth's waters frozen, rainfall was reduced, butnot everywhere.Due to the peculiarities of wind patterns and terrain, among other things, some areasthat are well watered today were barren then, and some areas with only seasonal rains now wereexperiencing year-round rainfalls then.The sea levels were also lower because so much water had been captured as ice on the land masses.Evidence indicates that at the height of the two major ice ages, sea levels were as much as 600 to 700feet lower than at present.Therefore, there was dry land where we now have seas and coastlines.Whererivers continued to run, they created deep gorges and canyons if their courses took them through rockyterrain; if their courses ran in soft earth and clay, they reached the ice-age seas through vast marshlands.Arriving on Earth amidst such climatic and geographic conditions, where were the Nefilim to set uptheir first abode?They searched, no doubt, for a place with a relatively temperate climate, where simple shelters wouldsuffice and where they could move about in light working clothes rather than in heavily insulated suits.They must also have searched for water for drinking, washing, and industrial purposes, as well as tosustain the plant and animal life needed for food.Rivers would both facilitate the irrigation of largetracts of land and provide a convenient means of transportation
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