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THE RHODES CALCULATOR 97<br />
ground under and around the pyramids near Cairo we will probably<br />
find it. We know that, as a rule, all the other pyramids<br />
stand on top of underground systems of passages and temples,<br />
sometimes whole subterranean villages, and it would be very<br />
surprising if the Great Pyramid of Cheops didn't follow the rule.<br />
We are bound to find those hidden chambers some day, and<br />
once we find them, we will have evidence that it was astronauts<br />
from space who elevated us to our present pedestal.<br />
Most of the ancient civilizations used the Sothic year to calculate<br />
the ages of mankind and of the world in fantastically high<br />
numbers. The Hindus estimated man was 4.32 million years old<br />
and the earth 4.32 billion. The Mayas arrived at far greater numbers.<br />
But the Sothic year is the basis of all great cycles known by<br />
either Mayas, Hindus, Sumerians, Egyptians, Greeks, or others<br />
that we know of. Aside from the cyclic relationships that were<br />
built in the Rhodes calculator, the Egyptians also used others, all<br />
based on Sothis-Sirius, who for them was the "good God who<br />
makes all things green grow." One of these regular repetitions<br />
came every 1,460 Sothic years, or 1,461 civil years of 365 days<br />
each. Then both these years coincided with each other on July<br />
19, the day when the Nile starts to rise, as the Egyptians<br />
believed, by the command of the Sothis, the Dog Star. These<br />
long Sothic cycles were documented by Egyptian astronomers as<br />
having occurred on July 19 in the years 1320 B.C., 2780 B.C., 4240<br />
B.C. and 5700 B.C. The Sothic cycles are bringing us far in the<br />
past indeed.<br />
The Rhodes calculator and the recently so popular Piri Reis<br />
maps that show the ancients knew the Antarctic continent are<br />
both copies of much older originals. And since neither bronze<br />
nor parchment are very durable materials, the survival as well as<br />
the rediscovery of these items do make one wonder if there<br />
wasn't some of what I describe as benevolent intervention of the<br />
This astronomical calculator, discovered in 1900 at the bottom of the<br />
Aegean Sea west of Crete and probably built more than 2,000 years<br />
ago, was based on a long-forgotten Egyptian cycle of 27,759 days, or<br />
76 Sothic years of 3651/4 days each. By means of gear trains, this<br />
cycle was divided into eighteen difiFerent astronomical cycles. The cycles<br />
indicated here are the most accurate that could be obtained with<br />
a minimum of gear trains.