Wave Theory and Photons
It is a known research paradox that streams of light that
derive from different sources and ultimately meet (picture
below) all have the same velocity and properties. The following
pictures illustrate how light streams meet. We see that the
streams of magnetic rings that rotate in vertical positions
flow in the same direction as their neighboring streams. The
magnetic rings are pulled toward the others. The energetic
rings, located in a transversal position between the magnetic
rings and their streams, flow in one direction along their
transversal paths. These streams flow in an opposite direction,
but to neighboring energetic streams. Although the energetic
flow is in different directions, the energetic rings have
wrapping properties that maintain the unity of each stream.
From the following pictures, we see why there is no change
in light velocity when the streams meet.
As such, photons are unstable wave particles containing two
easily “separable” loops. Helium atoms, with four
loops (two photons) — two energetic (protons) and two
magnetic (neutrons) — are the first stable atoms or
particles (picture below).
The atom contains a solid double connection: the energetic
loops of each wave (photon) intermingle with the magnetic
loops of the other. In a light stream, only the magnetic loops
connect with each other, so the connection is weaker and the
particles of light scatter easily.
Dr. Chaim Tejman, Copyright©
2001. All rights reserved.
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