A SIMPLE EMBODIMENT´S HYPOTHESIS AND TRANSFORMATION OF THE EARTH PLANET: FAR FROM RHETORIC, CLOSER TO REALITY

The Planet Earth has started its shape by perpetual revolving which produced centrifuge forces available to separate chemical elements from the Mantle in discontinuous manner. Next, atoms had formed by decreasing temperature around the periphery of sphere forming a hard crust named lithosphere. Resulting gas went up to the highest extreme. Later, pressure from original gas accumulated the crust exploited. After tremendous outbursts, lithosphere was broken in lines with different shapes such as curve, straight, or mixed; the lithosphere was fissured, fractured and faulted in several unpattern figures. The sphere continued with rotation, translation, and more movements forming rocks and later, their deformations during Paleozoic such as metamorphism by increasing pressure and temperature on the initial and after on pre-existing rocks.

Mantle´s lavas had runaway through the crust´s gaps around the surface of sphere impelled by Earth´s rotation permitting blowouts forming extrusive rocks. The first volcanoes group at the top of the Earth acted as a balloon while its air is escaping by simple action and reaction, then gas is moving out of planet (balloon) and it spinning without pattern; perhaps, this was a possible cause for old inversions of our sphere.

Small internal part of lithosphere was formed by mantle flow that cannot move out named intrusive rocks.

Hot gases were expelled to the atmosphere and by simple condensation rain initiated water, rivers, lakes, and oceans as hydrosphere.

In surface, volcanic rocks flowed to the South by gravity increasing external lithosphere shape by more constant rotation and centrifugation of the mantle. It is easy to find heavy metals in bigger deposits such porphyry cooper in the lower part of South America, Australia and gold ore deposits in South Africa. Also, some Continents moved down to the lower part of the sphere; maybe all these activities by gravity.

Constant revolve of our sphere caused changes in atmosphere and meteorological conditions, which produced weathering, erosion, and sedimentation.

In addition, continuous activities such as, volcanic, magmatic, rotation, translation, expansion or movement of continents had occurred along some areas, especially around the tropical zone over and under the Imaginary Equador Line.