Wave Theory and Photons
All research, including astronomy, indicates that a photon’s
two loops are not exactly symmetrical and that their currents
of energy do not share the same form (picture below). The
energetic loop is more extraverse and has a tendency to expand.
The magnetic loop is smaller, more intraverse, and tends to
hold onto energetic matter.
From astronomical observations, we see different wave structures,
indicating that the waves are in different stages of existence,
but in the same phase. Some waves contain two big energetic
swirls; in other photographs, two swirls, which are connected
energetic paths, form a wave. These are two different formations
of the same energetic matter that are similarly connected
by the same energetic matter (picture below- right). This
means that galaxies have two different loops connected by
energetic paths that appear to resemble a photon formation
that consists of two loops in one wave. A large cosmic wave
resembles the photons with overlapping loops in Young’s
interference experiment. They contain the highest concentration
of energy at the center of the galaxy.
Dr. Chaim Tejman, Copyright©
2001. All rights reserved.
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