DETERMINATION OF THE CONSTANT GLOBAL TRACTION G, ASSUMING THE EXISTENCE OF A NEUTRON STAR IN THE INNER CORE OF THE EARTH This study is a theoretical approach to calculate the global constant of gravity G, which is based in two assumptions: 1. Earth inner core consists of some material similar to a neutron star. 2. The volume of the Earth is not constant but increases continuously causing its dilation . Nowadays , the prevailing opinion is that the core of the Earth consists of iron and nickel.In addition it is divided in the outer core which behaves like a liquid,( not allowing the passage of the transverse seismic waves S, but only the longitudinal wave P which in this case is of type K)and the inner core which behaves like a solid due to high pressure and allow the passage of both types of seismic waves P (I) and S (J). Also regarding to the theory of the movement of the plates there is a perception that the lithospheric plates converge, diverge, or move together.However, there is no expansion of the Earth volume. There are hot magma flows from the core to the Earth's surface.
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AuthorGeorge Georgitzikis Archives
January 2018
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