Gravitational Stellar Wobble
The
gravitational effects on stars or wobble that is now being detected by
astronomical observations have become the primary tool for identifying potential
planetary systems, trying to answer that age old question, are we alone? The
stellar shifts observed, is a compromised path of final motion resulting from
combined complex interactions between gravity, repulsion, magnetic and other
subatomic particles yet to be discovered by mankind emanating from many cosmic
objects that transverse all parallel universes that create an effect on the
stellar target. Although mankind assumes all gravitational tugs affecting a
solar system, its central star or stars are from objects within the stellar
system residing in this universe. This is not true. Gravitational, repulsion,
and other forces affect all planetary systems and to a lesser degree their
parallel universe companions creating an overall effect, which are detected in
the final movements of stars observed on Earth. These intricate stellar and
planetary interactions produce false readings for today’s scientists who are
trying to evaluate extra solar planetary orbital profiles. Astrophysicists
present exciting news to the world of discoveries only to come up with a
planetary orbital model that contradicts all present theories. How can a Jupiter
sized planet made up of hydrogen gas according to present day astronomical
theories revolve around a star in a matter of days? Any Jupiter type planet
exhibiting the orbital and thermal dynamics of Mercury would vaporize down to
its rocky core. This would create a
loss of gravitational force as the mass dissipates. Its atmosphere would
precipitate into the universe due to its velocity and atmospheric pressure
variances between the hot core and the vacuum of outer space while revolving
around the star. The planet could not exist under the rules of mankind’s
science.
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