Wave Theory and Photons
(Continued —
Page 20)
As a consequence of lost energetic matter, photons similarly
turn red and begin to decay. We must bear this in mind when
calculating the Hubble constant. From black body radiation
(energy-photons) experiments, we know that every object loses
energy over time. Occasionally, black objects radiate photons
(energy). Radiation is a form of energy loss. Even at close
to absolute zero, a wave loses energy because of its continuous
activity. It is an extraordinary paradox of creation that
energetic matter takes on a wave formation to maintain its
integrity, despite the fact that its natural tendency is to
expand and seek independence, which results in the dissipation
of its structural integrity.
Because energetic matter (wave) lacks clear borders or a
distinct separation between its rings, its electro-magnetic
matter can simultaneously extend to the paths of other rings.
This, then, creates a network of energetic paths in a wave
(picture below).
As mentioned above, a photon has two loops and thus has two
sets of three colors (three colors and three anti-colors).
The photon’s two loops, while existing in the same wave
formation, have opposing properties. This is an ingenious
creation, as seen in the pictures below:
 
Despite its independence-seeking behavior, energetic matter
(wave) comes in contact with other objects. The best correlations
appear to exist within the same phase or conjunctional levels
of energy, with either attraction or repulsion forces. For example,
a “vibrating” molecule stirs “vibrations”
in molecules at the same energy level even at a distance. Photons
are endowed with the classic fundamental structure of energetic
matter, which provides us with a clue as to the structure of
objects in different phases. Wave formations take on different
forms and behavior patterns as they make their way through the
different phases.
In the mid 1980’s, Yuri Prokoshkin and a group of Russian
colleagues claimed to have found a new particle that decayed
into four photons; namely, two loops of energetic matter's
basic waves. This was an important experiment, as it demonstrated
that the basic structure of every object is an energetic,
wave-like photon structure. Prokoshkin thus discovered the
basic structure of matter. All energetic objects eventually
decay to the smallest levels of energy (photons or waves).
This continues until they cease to exist as independent photons
and are absorbed into a new life cycle. Two photons, such
as helium bonds, are the first stable particle — the
smallest initial particle creation of two energetic and two
magnetic loops. The creation of four loops from two wave particles
creates a stable alpha formation.
The behavior of electro-magnetic matter changes when it enters
different phases according to the laws of nature, which are
the same for all forms of energetic matter. A photon is the
smallest formation of organized electro-magnetic matter, but
it is not the most basic formation. This topic will be considered
in the following chapters on energetic matter.
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Dr. Chaim Tejman, Copyright©
2001. All rights reserved.
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