| On the Kinematic Properties of the Vacuum in Two Dimensions |
| By Kevan Rutherford, kevanrutherford@ymail.com, All Rights Reserved, 19 August 2005, Last updated 18 November 2007 |
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| Abstract |
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This paper demonstrates the fundamental mechanism that, in its absence, is responsible
for the existence of the many none intuitive arguments extending back to the time
of Poincare, Lorentz and Einstein. These long standing consequences of the Special
theory of Relativity and including the subject of quantum physics have been based
on theoretical arguments carrying invalidated none causal implications. We start
with quantum physics’ one-dimensional Harmonic Oscillator and its being represented
by Schödinger’s wave equation. This is found to be only a partial solution in the
absence of currently identifiable ‘hidden variables.’ This paper also demonstrates
that there has been an incorrect interpretation of the conclusions found in the
main tenets of Einstein’s special theory in regard to the Lorentz Transformations
for mass-increase and length-contraction. Although no evidential observations of
the third tenet relating to time dilation were found here. Consequently, the Special
Theory of Relativity is demonstrative of a rectilinear version of a one-dimensional
geometric construct that in the vacuum context is quantitatively aligned to the
geometric theorems that are associated with trigonometric functions, exclusively.
The fundamental mechanism has been found to show this contextual relationship and
we find that the mass/energy relation (increasing mass with velocity) is nothing
more than a miss-interpretation of the relevant transformations, which instead,
shares a variable association between velocity and acceleration, making the two,
velocity and acceleration, inversely proportional in respect of each other. Therefore,
velocity and acceleration in the above context is found to exhibit commutable reciprocity
in a variable but deterministic relationship. The second transformation as prescribed
by FitzGerald and Lorentz is the shrinking of space-time in the historical context
of Einstein’s Special Theory. This is found to be nothing more than a spatial geometric
measurement contraction and has no association with anything we would regard as
classically real. Ultimately, velocity and acceleration have been determined to
be quantitatively indistinguishable from and have a direct predetermined association
with Euclidean geometry.
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