What are Reversed Spheres?

Abstract

Popescu Cristian

In our universe we have only two elements: mass which is a sphere and radiation which is a reversed sphere. A sphere has the maximum volume with minimum exterior surface and a reversed sphere has minimum volume while having maximum exterior surface. A sphere has a centre and a surface at a fix distance in all directions while a reversed sphere has the centre everywhere in all directions and the surface covering all radiuses heading towards its middle point. Interaction between mass creates events and exchange of energy, while interaction between radiations doesn’t. Interaction between mass and radiation is rare in universe. Any sphere of mass has around it a reversed sphere of radiation (gravity) which prevents it from exploding back. When mass and radiation interact, the reversed sphere surrounding mass disturbs the trajectory of pure radiation. The first one has a constant force due to surface of mass in the middle, while the second one has the tendency to expand as it has nothing in the middle. It is possible to transfer mass (spherical radiation) into radiation (linear radiation) and radiation into mass because of the formula E=mc2, but the conditions form initial big bang are needed in order to create/destroy gravity

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