Aether dynamics: A theory of gravity

Abstract

This paper proposes a new theory of gravity based on aether destruction. In the case of the earth, aether is destroyed within the earth. Aether then accelerates into the earth in an attempt to keep the aether pressure in the earth constant. Any object caught in the accelerating aether flow will be accelerated in the direction of the accelerating aether flow. We suggest a mathematical model to demonstrate that there is a correlation between the aether acceleration and the force of gravity. The mathematical model assumes a porous-like atomic nucleus, in which the nucleons are fixed in position, and a fluid-like aether that can infiltrate between the nucleons but is excluded from their interiors. This theory of gravity assumes that the aether particle interactions are perfectly elastic, and aether can easily penetrate the nucleus of atoms, as they are not affected by electromagnetic or nuclear forces. The effect of gravity is almost entirely due to the fact that aether cannot penetrate the interior of nucleons. We offer a new model of the aether, which includes some new and important concepts that are essential to explain the cause and effect of gravity. The reason why all objects fall at the same speed is explained, and the possible causes for the destruction of the aether are discussed. Since the aether destruction is proportional to the mass of the earth and is, therefore, a cubic relationship, the effect of the accelerating aether flow (gravity) on an object caught in the accelerating aether flow depends on the surface area of the nucleons making up the object and is a square relationship, clarifying, thus, the dilemma cubic or square relationship.