Tesserae – clues to How Venus brought the living planet to the vicinity of the Earth
The supreme intelligence who had abandoned their interior planet created a new planet to bring their beautiful home planet to the vicinity of the earth. This was accomplished by impacting an ancient planet on Jupiter. The new blazing planet, Venus, was first used to destroy all ancient vegetable and animal life on earth by covering the earth with a mile thick cloud of its heavy element composition. Proto-Venus, then entered an eccentric orbit tangent to that of the living interior planet most distant from the sun where its velocity was greater.
Due to its plasma composition, its heavy element composition was drawn toward the living planet, increasing the transfer of kinetic energy and raising two massive features on its equator but once each encounter was passed the Venus material returned to its surface but spread slightly along its equator. Hundreds of these encounters took place increasing the velocity of the living home planet thereby its eccentricity toward the earth and reducing the eccentricity of Venus. The falling back of the heavy elements on Venus during the many encounters resulted in its unique raised cross cutting folded features called tesserae thought to be the oldest on Venus. The tesserae on the surface of Venus were imaged by radar on the NASA Magellan orbiter in 1990.
Due to its plasma composition, its heavy element composition was drawn toward the living planet, increasing the transfer of kinetic energy and raising two massive features on its equator but once each encounter was passed the Venus material returned to its surface but spread slightly along its equator. Hundreds of these encounters took place increasing the velocity of the living home planet thereby its eccentricity toward the earth and reducing the eccentricity of Venus. The falling back of the heavy elements on Venus during the many encounters resulted in its unique raised cross cutting folded features called tesserae thought to be the oldest on Venus. The tesserae on the surface of Venus were imaged by radar on the NASA Magellan orbiter in 1990.
Due to its plasma composition, its heavy element composition was drawn toward the living planet, increasing the transfer of kinetic energy and raising two massive features on its equator but once each encounter was passed the Venus material returned to its surface but spread slightly along its equator. Hundreds of these encounters took place increasing the velocity of the living home planet thereby its eccentricity toward the earth and reducing the eccentricity of Venus. The falling back of the heavy elements on Venus during the many encounters resulted in its unique raised cross cutting folded features called tesserae thought to be the oldest on Venus.
The bright tesserae on proto-Venus’ equator were formed during the encounters with the living planet.
The tesserae on the surface of Venus were imaged by radar on the NASA Magellan orbiter in 1990.
