Gravitonic Deflection Theory and Applications
By Joshua Gulick
May 6, 1999
Abstract: With the announcement of our universe's accelerating expansion, accurate repulsion force models are being explored. Einstein's "cosmological constant" is incapable of explaining universal expansion through time -- a variable effect is necessary. The effect must have been cubicly larger in the past to provide expansion despite cubicly increased average gravitational attraction. To search for a model of this variable effect, it is logical to look towards structures or forces that share common features with an earlier universe. E-M radiation, gas pressure, and temperature may be dismissed as insignificant causes. This leaves movement, gravitational pull and density. In other words, it is expected that a repulsive effect will be found in rotating black holes and neutron stars.
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