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ELECTRON PERSONALITY

 

The electron is a very unique vortex with a "mind" of its own. It has a preferential orientation/configuration for its internal structure which "overflows" into its environment. Although its internal configuration may change very slightly and only momentarily when external factors force it to do so, the electron would prefer to keep a particular one.

The one it chooses to keep is based upon the minimum energy required for it to maintain its vortex. A certain balance must be achieved between the polar and equatorial flow patterns which are actually one pattern of the two blended into one another.

One of the things the electron prefers in its environment is constant nether velocity relative to itself. Any change in its environmental nether velocity/acceleration causes the electron to readjust its orientation and/or its own velocity/acceleration. Since the electron's environment is anything but static, and the electron is a very lightweight vorticle, the electron is constantly reacting to maintain its preferred internal configuration. This means that every electron is always in motion.

When an alternating electromotive force causes electrons to move in a wire such as a sending AM antenna, after a very quick initial acceleration, the electrons are all moving at the same speed because current is the result of numbers of electrons all moving at the same velocity. The current builds with time, meaning new electrons are added to the total and the "flux field" around the wire is increased in its intensity.

The accelerating electrons adjust their environment so that it becomes a new nether flow pattern. This adjustment in their environment is also an adjustment in the environment of any nearby electrons such as those in an adjacent receiving antenna. So those in the adjacent wire readjust to accommodate themselves to the new environment. This readjustment takes the form of a polar orientation opposite to that of the electrons in the sending wire. The new orientation is accompanied by a desire to move in their polar direction which is more energy-efficient (less nether acceleration necessary). Each new set of electrons that are accelerated in the sending wire makes for other electrons oppositely accelerated in the receiving wire.

When a single electron vibrates to send out a photon, it is alternately accelerating and decelerating to alternately increase and decrease the intensity of the "flux field" it creates. This is a different way to alter the intensity than that of the antenna.
 

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