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132 - OUR ANCESTORS CAME FROM OUTER SPACE<br />
extraterrestrial visitations. But the precise knowledge of our forefathers<br />
of the length of 1<br />
degree of longitude or latitude at any<br />
given point on the globe surely is proof, and so is the Constant of<br />
Nineveh, the cold, undeniable calculation in exact numbers that<br />
was used for thousands of years on both sides of the Atlantic by<br />
people who could never have obtained such information by<br />
themselves.<br />
Our ancestors that came from outer space circled our globe<br />
and calculated the size of our earth from the time that it took<br />
them to orbit it at a given altitude and a given speed, as they<br />
also measured the irregularities of the sphere by the changes in<br />
their orbital velocity. This information was later—probably<br />
64,800 years ago—given to the new generation of man. The<br />
weight of the ancient coins and the Nineveh Constant of the<br />
solar system are today two of our best scientific proofs that astronauts<br />
from space gave us their knowledge. But there are<br />
others.<br />
many<br />
It is not at all diflBcult to understand how our ancestors calculated<br />
their coin weight in gold and silver from the local dimensions<br />
of their longitude and latitude degrees. Here are four of<br />
the most striking examples:<br />
At the average latitude of Egypt, the length of 1 degree of longitude<br />
is 96,000 m. If we divide this number by 320,000, we obtain<br />
1 ft of 0.3 m, or 30 cm, the unit used to build the Pyramid of<br />
Khafre. One cubic foot of this basic unit has a volume of 27,000<br />
cu cm, or 27,000 gm of water. This is the weight of one Egyptian<br />
talent—27 kg. But the Egyptian way to write it is 60 sep of 450<br />
gm each, or 600 deben of 45 gm, or again 6,000 kite of 4.5 gm.<br />
Besides, here is one of the oldest examples of use of the decimal<br />
system, if not the very oldest known today.<br />
The median latitude in the region of the megalithic temples in<br />
England gives to 1 degree of longitude the average value of<br />
about 66,325 m. When that is divided by 240,000, we obtain 1<br />
of 0.2764 m that was used to construct Stonehenge, and 1<br />
ft<br />
cu ft<br />
of Stonehenge has the weight of 21,100 gm, or cu cm, of water.<br />
This weight divided by 2,500 gives a unit of 8.44 gm. No old<br />
coins of 8.44 gm each have been found in England, but the<br />
Mycenaean gold stater weighed exactly 8.44 gm.<br />
Now, Mycenae in Greece is thousands of kilometers away