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Blog
In
photon
theory the proton is composed of three photon shells. Each shell is
composed of a single gamma ray photon trapped in a resonant pattern
to form the shell.
If we could slice the sphere of a proton right through the
center and view the
slice edge on it might look something like the drawings below.
The shells are shown to scale in units of the innermost shell, shell
four. The gamma ray photon that comprise each shell completes a
pattern within the sphere in one wave length. One wave length
consists of a positive and a negative half cycle. As one half cycle
follows the other around the pattern, the same electrical
charge of the photon remains on the outside of the shell, either
positive (red) or negative (blue).
Sandwiched within shells, like charges are always face-on toward one
another. Since like charges oppose each other,
these face-on charges keep the structure intact by exerting
outward pressure.
Each saturated
point must pass any certain spot on the sphere many times per second
as the photon
completes its pattern. The most powerful electromagnetic force that
exists in nature exists at the photon's saturated points. But the
points are small and they pass any certain spot around the sphere very fast. The force of the overall charge at the surface of each shell
is thus watered down by the size of the spheres.
Proton shells two
three and four
Proton shells to scale
in units of shell four.
Neutron shells to scale
in units of shell four
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