29/01/2026
Sub Surface Composition of Large Spatial Bodies
Gravity does not end on the surface of a planet like Earth. Gravity represents the cumulative weight of the matter above the point of measure. Matter is compressed and thus density is increased as we go deeper into the crust, mantle, outer and inner core of the planet. Hydrogen and helium have a density that is trillions of times greater at the core of the planet than they do at the surface of the planet. This concept is logically correct but poorly understood and even more poorly explained by modern physics. This fact gives rise to a potentially new way of viewing the structure of the inner and outer core, as well as, the mantle and crust of the Earth.
I am convinced that the core of the Earth and other large bodies is composed of a highly compressed and rigidly aligned bodies of individual protons or hydrogen atoms. The proposition of an iron or nickel core is illogical because iron and nickel would experience fission at the depth and pressure gradients of the inner and outer core. The structural stability of individual protons would make them far better candidates for inner and outer core bodies. The mantle is a convection system that produces fission and fusion that creates larger forms of elemental matter at different depths and pressure conditions. The mantle of the Earth is a factory with the potential to produce all the elements in the periodic table.
The process of element building is actually quite simple once we realize the role of gravity and set aside the assumptions of the distant past. The dogma of planetary and solar construction was developed before we truly had any objective understanding of atomic structure. Modern technology has given us the tools to better understand the power of sub-atomic bodies and the role of magnetic force. The fact that all elemental matter is a structure composed of individual protons should serve to recognize the significance of this particular body. The recognition that every proton is defined by a huge magnetic body is another clue about the bonding potential of the proton.