Gravity exists only where neutronium fusion occurs.
When
the big bang happened, pieces of neutronium were dispersed, Larger
pieces, which continued in fusion state became the basis for the
creation of all celestial bodies that exhibit what mankind has named
gravity. In accord with this hypothesis, gravity is not simply a force
of attraction existing between all entities of mass. Rather, what we
call gravity is linked to the quantum nature of neutronium (or the
neutron). Gravity is a force of attraction generated through neutronium
fusion.
This neutronium fusion, because it attracts surrounding matter, in effect creates a void, a storm, a low pressure center, in the fabric of space into which matter is drawn, in the direction of the fusion process. And, the resulting force, what we call gravity, exists contingent upon the mass of each given neutronium core.
So, according to this line of reasoning, a typical asteroid, for example, which does not spin on an axis and does not have a core consisting of neutronium in fusion, does not exhibit the force we call gravity. However, gravitational fields of celestial bodies that do rotate and generate electromagnetic fields attract these inert pieces of matter. So gravity does affect the typical non-gravitational asteroid, or mass.
The key to identifying which bodies exert gravitational influence is simply whether or not a given body exhibits the characteristics of an underlying neutronium fusion process, namely rotation, and the generation of an electromagnetic field.
In accord with this holding, gravity is an amplified extension of the weak nuclear force already identified on the quantum scale. And since the energy of the neutronium core is released through fusion, the breaking of the bonds that hold neutrons, the strong nuclear force must also be considered a player in the gravity game. In addition, the energy flow of the neutronium core results in the creation of electromagnetic fields. In essence, this hypotheses brings the four forces of physics together. And, it takes the magic out of gravity.
This neutronium fusion, because it attracts surrounding matter, in effect creates a void, a storm, a low pressure center, in the fabric of space into which matter is drawn, in the direction of the fusion process. And, the resulting force, what we call gravity, exists contingent upon the mass of each given neutronium core.
So, according to this line of reasoning, a typical asteroid, for example, which does not spin on an axis and does not have a core consisting of neutronium in fusion, does not exhibit the force we call gravity. However, gravitational fields of celestial bodies that do rotate and generate electromagnetic fields attract these inert pieces of matter. So gravity does affect the typical non-gravitational asteroid, or mass.
The key to identifying which bodies exert gravitational influence is simply whether or not a given body exhibits the characteristics of an underlying neutronium fusion process, namely rotation, and the generation of an electromagnetic field.
In accord with this holding, gravity is an amplified extension of the weak nuclear force already identified on the quantum scale. And since the energy of the neutronium core is released through fusion, the breaking of the bonds that hold neutrons, the strong nuclear force must also be considered a player in the gravity game. In addition, the energy flow of the neutronium core results in the creation of electromagnetic fields. In essence, this hypotheses brings the four forces of physics together. And, it takes the magic out of gravity.
