The Structure of the Hydrogen
The energetic swirl — the core of the wave —
constitutes one of the wave formation’s most vital components
It takes the form of a black hole in large galaxies, an energetic
star in binary stars (the second star behaves like a neutron),
and the proton in atoms. The latter can thus be considered
the smallest example of a “black hole” known to
man. In fact, every quark (string of raw energetic matter)
creates closed formations (wave formations) in which the size
of the strings is insignificant. Each of these formations,
including the proton, swallows energetic matter from its surroundings.
Thereafter, the matter is processed into raw energetic matter
and is expelled via singularity (picture: above, left).
These properties and behaviors have characterized every single
energetic wave formation since the beginning of the universe.
By dint of its swirling and spinning movement, energetic matter
creates closed, energetic wave formations that provide the
venue in which energetic matter continues its perpetual motion.
Smaller entities (quarks) produce these formations instantly,
while huge formations require an extended period of time (as
seen in one of the latest pictures of our universe that were
taken by the Hubble Telescope,: below, left). This process
resembles the sparks produced by welding metal (below, center),
as wells as the quarks in the Wilson Chamber (below, right).
The quarks form a symmetrical wave formation by their spinning
and swirling movement. After forming a photon, the quarks
disappear from our sight.
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Dr. Chaim Tejman, Copyright©
2003. All rights reserved.
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