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THE ELECTRON EXPANDED

 

The electron center begins joined with the positron center. The electron center is a circle in space that begins to suck in nether (or it can be said that nether pressure pushes nether into the hole). The same happens at the circle that is the positron. The two circles are holes into the 4th dimension which is probably one type of "time". There is a vacuum within the 4th dimension. A vortex is formed at each hole, taking nether into the past in the case of the electron, and into the future in the case of the positron.

The vortex that forms is similar to that found at the foot of a flute. The air moving into the flute during the "in" part of the cycle is coming from all around the flute where it is moving only with minimum velocity. When it nears the foot of the flute, it must accelerate rapidly. This rapid acceleration occurs in a volume resembling a hemisphere which can be modified mathematically to become a cylindrical extension of the physical flute body.

After the initial formation of the holes into the 4th dimension, the vortices form to become the electron and the positron. At first they are joined, but they are both very lightweight vorticles and soon are pulled away from one another by outside influences. Once they are separated, they begin to move in the directions in which their mouths are pointed.

As the nether is pulled toward the 4th dimension, the vortices begin to look like whirlpools, large at the top and tapering toward the bottom. As each whirlpool forms, each vorticle moves in the direction of the incoming nether - that at the top entering more easily, causing the center of the hemisphere to rise considerably.

The influence of the electron center extends to infinity, so there is no electron shape except an infinite vortex. The upper shape of the center may be defined as where nether has a radial velocity of "c" relative to its gateway into the fourth dimension. The lower shape is that of a whirlpool with enough centrifugal force to hold the hole open.

The theoretical hemisphere, where the incoming vector of nether approaches the speed of light, and its resultant velocity vector approaches (2^1/2)c, is more flattened when the vorticle is "at rest" and more convex when the vorticle is in motion. Thus although electrons are never really at rest, their hemispheres should vary between these two extremes.
 

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