Quantum Rotational Mass Theory hypotheses

LAST UPDATED ON 2018-07-02

Hypothesis one

Space, the force of gravity, particles of mass and their motion (energy) are fundamentally different. They are the only constituents of reality. I will use the term 'matter' to define an object as the combination of 'units' of mass, their motion and all of its fields.

Space is infinite is size in all directions and is immobile. It has no properties other than inertia and space cannot expand and contract.

The force of gravity attracts massive objects together. It has an infinite range and its strength is inversely proportional to distance. It is always attractive. It is present at every point in time: nothing absorbs it, transforms it or shields against it.

The particles of mass are the opposite of space. They are finite in size in all directions and have the capacity to move and conserve momentum. The fundamental forces interact differently with points of mass than space. These points of interaction meld the fundamental forces together as opposed to space, where the effects of the forces 'stack' on top of each other. The particles of mass are part of the fundamental forces.

Motion of the particles of mass is the last constituent of reality. There are multiple ways to consider motion. The classical way, linear motion, is the movement of the center of mass of a particle. There is also rotational motion of the spherical units of mass. The total rotational motion of all the massive particles results in the existence of the three fundamental forces known as the strong force, the electroweak force and the electromagnetic force. Lastly, the rotational motion's massive interactions radiate through space by sharing rotational momentum to all the massive particles. This is known as electromagnetic radiation and moves at a constant speed in space due to the constant of gravity and the constant volume of all the particles of mass.

Hypothesis two

There is only one unit of mass (elementary particle), it is made up of points of mass, it has a volume and it has a permanent shape and existence.

Constance and symmetry of phenomena: every point in the volume stays at the same place and that volume is never warped. It represents a direct relationship between the fundamental forces and time. That relationship never changes.

Hypothesis three

The three fundamental forces are not permanent. They are products of gravity (mass) and motion. The main element considered is the change in distance caused by the rotational motion of all the elementary particles. This means that the strong, electroweak and electromagnetic forces are related by rotational motion; for example, one could say that the electromagnetic force is an extension of the strong force.

Detailed explanation coming...

Hypothesis four

The volume of the elementary particle, is constant and permanent. Combined with the quantum gravity concepts I will explain, it is the solution to unifying physics.

Explanation of 'calculation of the volume of the particle of mass', first posted on 2016-06-13.

Hypothesis five

Physics is permanent and cyclical because matter is created and destroyed and mass is permanent.

'Big Bang' model explanation:

1. The force of gravity has the effect of slowing down momentum until the particles of mass stick together. Total acceleration of mass decreases over time. Protons and neutrons eventually collapse on their own mass due to lack of repulsive force caused by lower rotational momentum. When all the particles of mass have lost their momentum, they clump into Black Holes. This leads to the period called the 'Big Crunch'.
2. During the 'Big Crunch', all the Black Holes collide together, resulting in explosions everywhere. These collisions get further apart and bigger over time. It always takes more time for the next collision to happen. Following each of these collisions, the particles of mass settle and collapse into larger Black Holes that include the mass of all the Black Holes implicated in the explosion. As time passes by, the Black Holes get larger and have more distance in between them. At some point, the distances and mass implicated in the collisions are large enough to create matter. This final stage of explosions is called the 'Big Bang'.
3. The 'Big Bang' is the last explosion of the 'Big Crunch'. During this final period of explosions, the linear momentum imparted onto the mass is so large that it will rotate the mass enough to accelerate it together into clumps and form matter like protons and neutrons. These little momentum batteries will maintain their motion until gravity stops them and the next collapse of the universe begins. The protons and neutrons slow down first and then the electrons slow down enough to stick to the protons and form electrically neutral atoms. This is when the creation of stars and galaxies begin.
4. Creation of stars and fusion. Following the creation of matter, there are clumps of atoms that forms stars where there is fusion. That is where the other atoms are fused together. After this period, we have to wait for momentum to stop due to gravity and observe another period of contraction of the universe.