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158 OUR ANCESTORS CAME FROM OUTER SPACE<br />

ence dictates that this distance must have been greater in the<br />

past than now, because all satellites descend in a very slow spiral<br />

toward the planet around which they rotate. This is caused by<br />

the deceleration due to friction with cosmic dust. The smaller<br />

satellites lose their distance faster than the bigger ones, which<br />

have more favorable ratios of mass to the area of their cross sections.<br />

But there is a contradiction here. While the laws of celestial<br />

mechanics tell us that the moon in the past must have been<br />

farther from earth than today, legends and sacred texts from all<br />

corners of the globe tell<br />

us the opposite—that the moon in the<br />

past was bigger and closer to us. It even looked much bigger<br />

than the sun. How do we solve this puzzle? Well, let's start by<br />

examining the known facts.<br />

In the ranges of the Andes at an altitude of 12,000 feet geologists<br />

have found stretches of marine sediment reaching 640 km<br />

all the way from Peru to BoHvia, clear evidence beyond any<br />

doubt that the level of the ocean only some tens of thousands of<br />

years ago was 12,000 feet higher there than today. Similar sediments,<br />

dating from the same geological period, have also been<br />

found in the Himalayas, in South Asia.<br />

A geologist would be tempted to say right away that it wasn t<br />

the sea but the mountains of Peru and Bolivia that rose to this<br />

level, because the tectonic plate supporting the Cordillera range<br />

was pushed upward. But the sediment line is relatively recent<br />

compared to the millions of years since the Andes were created.<br />

So it must be the sea that once rose, as it still does all around the<br />

world twice every day, except that once there was a gigantic pull<br />

that made the sea cHmb 12,000 feet in a huge bulging ring<br />

around the equator. And such force could only have been produced<br />

by a big celestial body very close to the earth. It must<br />

have been a closer and larger moon whose gravitational force<br />

pulled most of the water from all oceans into that bulging ring,<br />

like a gigantic, permanent tidal wave.<br />

Some people think it was the planet Venus that passed very<br />

close to earth in the past. And it certainly does seem true that<br />

Venus has not always been part of our solar system. Some think<br />

the phenomenon was caused by a moon, not necessarily the first<br />

one our planet had. Both theories may be right and it is even<br />

possible that both Venus and our moon combined forces to raise

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