Books > Science & Mathematics > Physics > Relativity physics
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Our Universe-Infinite and Eternal - Its Physics, Nature, and Cosmology (Paperback)
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Our Universe-Infinite and Eternal - Its Physics, Nature, and Cosmology (Paperback)
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The field equations of Einstein's General Relativity are solved for
an infinite universe with uniform density. One of the three
solutions, the Infinite Universe of Einstein and Newton, fits all
the data for the Hubble diagram better than the Big Bang. Next,
using general relativity and the physics that evolved from Newton,
the force of gravity between two massive point particles is found.
Utilizing this force and the Infinite Universe of Einstein and
Newton model, the net force of gravity on a point particle in
arbitrary motion, due the uniform mass distribution of the
universe, is calculated by integration. This net force of gravity
is found to be equal to the Force of Inertia. These calculations
explain Newton's First Law, Newton's Second Law, and the
equivalence of inertial and gravitational mass. The middle of the
book deals with the development of quantum mechanics. Here it is
shown that hidden within the classical mechanics of particles there
is the phase of a wave, associated with a particle, that moves at
the speed of a de Broglie wave. The form of the phase of the wave
is developed. Making use of the form of the phase, the
Hamilton-Jacobi equation for a particle is setup to be solved using
an integrating factor. The resulting equation is manipulated
directly into the form of the Schrodinger equation. This
development requires that the particle Hamilton-Jacobi equation has
a solution whenever the Schrodinger equation has a solution and
vice versa. The classical wave function is then shown to have
exactly the same mathematical properties as the quantum mechanical
wave function, including the fact that the absolute value squared
of the classical wave function has the mathematical properties of a
probability density. However, the interpretation that this is a
probability density for the particle is shown not to hold. Lastly,
the missing matter problem is resolved by showing that the dynamics
and the mass of a spiral galaxy are better and more naturally
explained by using ordinary physics with ordinary interacting
matter than they are by postulating and using exotic weakly
interacting dark matter.
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