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Old 10-02-2020, 12:30 PM
PHC1 PHC1 is offline
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Earlier, In 1932, an Egyptian Geological Survey team member Patrick Clayton was driving across the desert near the Saad Plateau. He said he heard a “crunching” under the wheels of his car; unusual, in that he was driving on sand surfaces. He stopped and discovered large pieces of glass in the sand.


The glass has also been found under Neolithic, Sumerian, and Babylonian layers at archaeological sites in Iraq. Is it possible that an ancient civilization prior to the Neolithic period blew itself back to the stone age with nuclear devices?

Libyan desert glass deposits, estimated to be 28.5 million years old, stretch over 6,500 square kilometers into neighboring Egypt. The light green Libyan glass, called “the rock of god,” was so gem-like and crystal clear it was used in royal Egyptian jewelry. Ten thousand-year-old paleolithic tools made from desert glass have been found in Egypt and throughout North Africa.

Desert Glass Created by Lighting and Meteors?
Mainstream science asserts that desert glass (other than White Sands) is the product of ancient meteor and lightning strikes, but others have debunked these theories.

Meteor strikes leave impact craters and meteoric iron fragments as well as tektite stones, generally opaque gray or brown because of the presence of iron and other minerals. While a meteor may burn at temperatures hot enough to melt sand into the tektite glass, the remnants generally take the form of tiny glass “beads” rather than widespread layers and slabs.

Lightning can be hot enough to fuse silica, but the resulting glass takes the form of the strike tunneling into the ground and looks like many-branched coral with a sandy coating.

While the Trinity bomb left a crater, post-test bombs were detonated well above ground, as Oppenheimer’s team discovered mid-air detonation maximized damage. The Hiroshima bomb detonated at 600 meters (2,000 ft.) above ground, and the Nagasaki bomb exploded 500 meters (1,620 ft.) above ground. Aerial detonation minimizes ground craters, consistent with an absence of craters at desert glass deposits.