Date: 06-05-12 04:31
LiTE: Liangís Theory of Everything.
Part 4.2: What are forces?
The function of electric forces is similar to that of gravitational force. In the case of gravitational force the function is to pull the trash matter units away from the inner surfaces of matter spheres and into the center of the sphere so that they can be neutralized or disintegrated. In the case of the electric forces the function is to sweep any trash matter units on the outer surfaces of matter spheres away so that they donít interfere with the operation and movement of the matter spheres. To this end, at a designated time all the matter units of a matter sphere such as a proton would each project a subset of itself into the space unit directly next to it on the outer surface of the sphere. Each subset of the matter unit then becomes a messenger unit which causes all matter units of the same kind as its originator it encounters to pivot away from the direction from which it travels. That is, it pushes what it can directly away from its progenitor. As the electric messenger unit travels gaps would open up between itself and its immediate neighbors just as it happens with gravitational messenger units. And just as with gravitational messenger units which fill in the gaps by splitting itself and projecting a new gravitational unit into the empty space unit, an electric messenger unit will test its neighboring space units. If it finds an empty space unit unoccupied by any messenger units of its own proton progenitor then it would split and project a copy of itself into the empty space unit. And before it splits it would update a split counter that keeps track of the number of splits.
In many ways an electric force messenger unit is the same as a gravity messenger unit. They are both expanding spherical structures made of many messenger units. They are different in their respective functions. The function of the gravity messenger unit is to pull damaged matter units to the center of the sphere where they are made to disappear while the function of the electric force messenger unit is to push damaged matter units away from the matter sphere as well as to push away other matter spheres away in order to prevent collision. Because gravity messenger units perform their primary function inside the matter sphere they donít need much strength beyond the radius of the matter sphere. But the electric force messenger units need to be much more powerful in strength because they need to act on matter spheres farther away from their originating matter spheres. This is why gravitational forces are weak while electric forces are much stronger. Their respective functions also make them different in terms of the direction they pivot matter units they encounter. Gravitational messenger units pivot matter units they encounter to the direction from which they travel while electric force messenger units pivot matter units of the same kind as their progenitors they encounter away from the direction from which they travel, i.e., away from their progenitors. Other than these superficial differences gravitational force and electric forces are identical in the fact that they are subsets of their parental matter units and that they are spherical structures that can maintain themselves as they expand with diminishing strength due to the number of times they split.
However, there is one major difference between gravitational force and electric force. When an electron and proton come within a certain distance of each other their electric force messenger units can combine in the presence of other messenger units to become a temporary unstable matter sphere. I call this temporary unstable matter sphere a sepcon for separator-connector. Imagine two spherical clouds of smoke approaching each other and then merge into each other. The intersected portion forms a disc that is thickest at the center and then tapers to a sharp circular edge. So you have the proton at one side and the electron at the other side with the sepcon disk in the middle. One side of the sepcon disk faces the proton and the other side faces the electron. The side facing the proton will be under the influence of data messenger units from the proton while the other side is under the influence of data messenger units from the electron.
As I explained my theory before, the member matter units of a matter sphere communicate with each other to coordinate the size and shape of the sphere and the direction and number of steps to take when they move. Each of these characteristics is coordinated by means of messenger units. When these messenger units delivered their data to the matter units they donít disappear but continue outward in an expanding sphere carrying their data with them. When they encounter a temporary unstable matter sphere or sepcon their data are used to turn the sepcon units into a cohesive structure that march in lock step with their progenitor proton and electron.
The effect of the sepcon is to keep the proton and electron from colliding into each other while at the same time keep them from drifting apart. Imagine a pole with a dog collar at each end. Imagine a dog is tethered to each end by the dog collars. The collars will keep the dogs from running away from each other while the pole keeps the dogs from getting close enough to bite each other. Therefore, the pole-collars system functions as a separator and connector with respect to the dogs. The sepcon functions the same way with respect to the proton and electron. I will explain more about how this is done in the next section.