To summerize a bit

The Forces of Nature by Kelland Terry, Ph.D.
One winter night, I arrived at our old farm house after driving from Salt Lake where I was attending college. It was shortly before Christmas and Mother and my sisters were in Las Vegas. They were expected home the next day. I had a fire in our little stove in the living room, which quickly took the chill out of the room. I removed my shoes and socks, relaxed in a chair next to the stove, and commenced reading a book. I was all alone or so I thought. It wasn’t long until I heard a scratching sound coming from a nearby sofa. Presently, a wild civet cat appeared from the back of the sofa and walked directly over to me. It stopped at my feet and began sniffing my toes up close and personal. I froze! Perhaps at this point, he recognized a kindred spirit, or perhaps a kindred smell. A civet cat is a type of skunk found in southern Utah. It is tawny brown in color and distinctly different from striped skunks, spotted skunks, and ringtail cats. It is longer and slightly smaller than most house cats.

Just as civet cats prove to be complex little creatures so do electrons prove to be complex little particles.

Thus far we have seen:
• Electrons orbit about protons, and in addition, they are free to move through a wire.
• It takes just one electron and one proton to make a hydrogen atom, and many of these same particles along with neutrons (similar to protons but electrically neutral) to make other atoms. That’s it. All atoms are made of the same building blocks, and they all have perfect elasticity.
• Electrons create an excess number of e-electon strings with perfect elasticity.
• Protons create an excess number of p-electon strings with perfect elasticity.
• Electrons become bound to the protons they orbit because e-electons bind to p-electons and when they retract back to their sources it causes a force of attraction. This holds the electron in orbit about the proton.
• When e-electons and p-electons come in contact they neutralize each other. Atoms and earth tend to be neutral because there are an equal number of electrons and protons.
• E-electons and p-electons have the same mass but different composition.
• When two e-electrons meet there is a force of repulsion between them because two e-electons have the same mass and the same composition. This is also true for two p-electons.

Electrons also create magnetic fields.
• An electron emits n-magnons at one end of the particle and s-magnons at the other end of the particle.
• N-magnons and s-magnons have the same mass but different composition. Their masses differ from electons.
• When n-magnons meet with s-magnons they bond together and when they retract back to their sources it causes a force of attraction.
• When n-magnons meet other n-magnons, it creates a force of repulsion because they have the same mass and the same composition. The same is true for two s-magnons. Till then, be safe and in good health. Kelland—www.vestheory.com