What Drives Radiation
By; Miles Pelton,
June 2014
Abstract:
Science has
ask us to accept that radiation just happens with no cause. Nothing with the
precise behavior of radiation will just happen, there must be a cause. That is
the objective of this paper, to identify and explain the power behind radiation.
Discussion:
Radiation
involves photons (electromagnetic radiation is a separate subject) that exist
in a wide range of intensity but in all cases are composite assemblies of the
trio of fundamental energy intrinsic in elementary particles. In fact, elementary
particles correspond to the quantum photon. Photons are produced by protons
where assemblies of protons, as in an atom nucleus, develop photons whose
intensity is in proportion to the number of assembled protons. Protons emit photons
in the form of lines of force where the attraction charge intensity of the
photons powers the binding force of the line of force emitted. When lines of
force are severed the photons of which made are freed and radiate from that
point. The question then becomes, what causes the photons to radiate.
Photon
radiation involves very precise controlled behavior including speed. The force
applied to move photons diminishes in strength as the distance from the point
of rupture, squared. The constant decrease in force translates to a speed rate
that sustains photon acceleration at a constant speed designated as the “speed
of light”. That behavior gives indication that the energy inherent within the
photon itself that diminishes in strength with distance is at least a factor in
powering radiation. Photon radiation is limited to the system from which
released. Photons released from massive
systems like stars and galaxies that involve high energy intensities can
involve great distances. Bear in mind that some lines of force are associated
with the universe so radiation from those lines of force may extend to the
limits of the universe.
Lines of
force that bind components into matter are the product of protons and
assemblies of protons (atoms) that generate a center of proton power in a
manner similar to the manner by which assemblies of matter generate a center of
gravity. While lines of force are customarily seen to involve atoms there is
every reason assemblies of atoms, say a planet or a star, also develop a center
of proton power. However, such bonds are not known to fail although could be
associated with colliding or dying stars and galaxies and could account for the
more powerful radiation associated with those events.
So the
power behind radiation is a product of the proton center of power and is system
specific. The core of proton power is the singularity formed of concentrated attraction
energy. However, the intensity of the charge of a singularity center is matched
with equal intensity repelling charge and affinity charge. Repelling charges
repel like repelling charges, attraction charges attract like attraction
charges and affinity charges establish attraction between attraction and
repelling charges. So the question then, what charge does a photon freed from a
line of force display?
Photons are
a composite of the three fundamental charges, HOWEVER; it is the bond produced
by the attraction charge that is fractured releasing photons. The attraction
charge of the released photon has been distanced from the system proton center
of power. Its power to attract has been expended. It can be attracted but it
cannot attract. The photon of which a part is no longer neutral. It exhibits a
repelling charge and in that state repelled by the repelling charge of the
center of proton power. Recall that fundamental energy charges set up an energy
field that diminishes in intensity as the square of the distance, which
diminishing strength field accelerates like charges at the speed of light. (“Speed
of light” is an adverbial phrase defining speed it does not confer that the
object of concern is light.)
(While not
pertinent to radiation, it is worthy to note that the expended attraction
charge carried by a photon explains why the charges deposited from impacting
photons produces the effect called heat.)
Conclusion:
It is the
intensity of the repelling charge component of a center of proton power that
powers the radiation of photons. Yes scientists, there is a cause.
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