Electron visualization

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The electron is a building block of matter that has properties that you can easily visualize. The electron gives atoms their properties and determines how atoms bond with each other. It also accounts for electric charge, electricity and the radiation currents in wires produce. The electron has mass and radiates a field called the electric field. The field of an electron which if held still is very similar to the field of a bar magnet. Electrons can be visualized as bar magnets that spin and rotate. A bar magnet is made of aligned iron atoms. What is an electron made of?

An electron is a point that moves thru space in a line that spirals in growing and then diminishing circles forming a surface of a sphere. The start of the path of the electron, from one end of the sphere to the other end is connected by a line thru the sphere. This allows the electron to repeat the trip over and over in a never ending cycle.

Because the point particle moves so fast, the surface it traces out becomes a solid barrier to the aether of space, just like a fan becomes an invisible barrier to your hand as long as it rotates fast. 

When the sphere that the electron path traces out starts to pulsate, it`s as if the electron starts to breath. Breathing in, it eats space just to spit it out and eat and fill up again, in a never ending repeating cycle, like it was alive.


The breathing in from the large mouth like opening is a lot slower than the squirting out of the small hole at the other end. This breathing in and out of the electron causes a field to be set up in the aether like a wind. 

This field has a very similar shape to a magnetic field around a bar magnet. When the electron spins, it spins into a disc. When the spinning disc rotates, it forms a sphere.

When the sphere is pushed by other spheres like in electric currents in wires, the spheres flatten out, align and squirt out a pattern from the wire like the patterns lawn sprinklers and galaxies make. 

This pattern radiates from the center far out into space. When coded and detected, this radiation can be used by antennas of telecommunication equipment to transmit and receive signals far distances thru space.

Electrons are not always so wild and free. Most of the time they are coupled and moderated by protons, like men are by their wives. Electrons are 2,000 times lighter and make forms and shapes that are 100,000 times bigger than those made by their positive charged counterparts, the protons. They bond with the electrons of other atoms and like extended families form stable groups of atoms called molecules. 

To bond, electrons use their magnetic properties they get from the fields that surround them. They also use their flexible shapes, like they were snap buttons.

Once electrons are simplified in such a way, we can get a better understanding of them. 

By looking on electrons like magnets, hairdriers, or snap buttons, we give them a mechanism that we are familiar with on a daily basis. This allows us to visualize electrons and gain some insight as to why they work the way they do.

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