The Solar Mass Problem, is There a Repulsion Force?
Astrophysicists have researched our solar system by
telescope and calculated the orbital velocity of the various known planets and
the force of gravity emanating from our solar mass, the Sun. They have
hypothesized that the orbital mechanics of this solar system is a balance
between the Sun’s gravitational attraction and the centrifugal force
initialized from conservation of angular momentum once the planets coalesced out
of a condensing gaseous disk surrounding the emerging solar mass, our Sun. So
why challenge what is believed to be a fact by most scientists? Astronomy in
this technological age has only just begun to explore this vast unlimited
universe with its unlimited levels. Observation, our greatest platform for
advancement is just starting. Theories are just theories until proven by fact or
revoked by discrepancies, which encompasses some of cosmology. Mankind takes
great pride in Einstein and his formula E= mc2, but it
will be this formula that will stir some to reconsider today’s orbital
theories.
According to the most accepted present day theories,
the main theme that streams through the heart of all states, that this solar
system was formed from an accretion disk of condensing nebula gas around a solar
mass under variety of conditions. Once the planets formed, their orbital
velocity and distance locked into place, this was all balanced the gravitational
hold of the Sun. This solar system has been estimated most astronomers to have
an age of some 5 billion years and it is here that lies the problem. Scientists
in formulating the orbital theory states that gravity alone is responsible for
the holding paths of the planets revolving around the Sun have overlooked its
energy output. This energy composed of heat, light, the solar wind, long and
short wave radiation and other unknown factors has bathed the solar system and
this part of the universe for billions of years. The conversion of matter and
its relevant mass into energy is at the heart of Einstein’s great formula E=
mc2. Our solar system, once formed was a balance of the
stable mass of the Sun’s gravitational force and it’s a compliment of
planets sustaining orbital position from centrifugal force due to velocity
inherited from a spinning condensing nebulae cloud. The energy output of the Sun
would consume a significant quantity of its mass over time. Gravitational force
related to any solar object mass during its solar lifetime does decrease.
Mankind has stars evolving through many stages, but does not consider the change
in mass related to the change. Subtle changes in the gravitational field of the
Sun would allow planetary objects with fixed orbital velocities to drift away in
a wider orbit as the gravitational force decreases due to distance away from the
Sun increases as its mass shrinks. Many will question that a large change may be
needed to affect an orbital path, but lets look towards Earth. Satellites are
wrenched from their orbit by frictional contact with the Earth’s atmosphere,
which registers as near a vacuum. How can the occasional molecules that compose
our air slow a satellite in outer space and degrade its orbit in a matter of
years, yet the Sun and its accompaniment of planets maintain their orbits with
out flying off or falling into the sun? If one was to conduct an experiment and
calculate the apparent force applied by random thinly dispersed air molecules
against and moving massive object. The conclusion would not mimic the orbital
decay exhibited by today’s satellites.