Quasars Theory
The Quasars are clusters or groups
of stars that have very large red-shifts. Because of their large
red-shifts, prior theories assumed that they were very far
away. Yet, the quasars appear to be very bright. Based on
the assumed large distances, and apparent brightness or radiant energy that we
receive from the quasars, prior theories predicted that they were generating
near impossible amounts of energy, much more than normal stars,
hence the term “quasars.” In his Quasar Theory, Dr. Klein explains
that the quasars are really not so far away. The large red-shifting
from the quasars is not due to recession (or moving away) as prior theories
assumed (See the Cumulative Field Theory). The large red-shifting is
due to gravitational and even galactic fields, which both bend the light a
large amount, leading to a large red-shift.
Since the light from a quasars
passes very nearby or through a galaxy, it passes through a much higher density
of matter than in open space, resulting in a much larger than normal amount of
red-shifting from the gravitational and galactic fields of the interim
matter. Further, the light may be passing near the nucleus of the
galaxy. The nucleus contains a much
higher density of stars (several hundred times higher) than the the stars in
the disc of the galaxy. So, light
passing near the nucleus will have a much greater red-shift. Since there is more
matter than normal, and galactic fields are more powerful than gravitational
fields, there will be a greater amount of red-shifting, so the quasar is not
nearly as far away as previous theories estimated.
For example, a quasar, may be only 1/10 as far
away as originally estimated. And since the energy received from a
light source is inversely proportional to the square of the distance, the
actual energy emitted by the quasar may be 1/100 of the original
estimate. At these much smaller energy levels, quasars do not defy
the laws of modern physics, and the mystery of the quasars, one of the great
mysteries of science, may be solved.
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