Why does X = Y factor in particle acceleration play a role in invalidating Big Bang as the beginning of the universe. That is the question. The answer is found in arc principal, or Arc Principal which was found to be attributable to trail off effect in field with respect to coefficients.
With atmospheric effects including friction, that came from a much later date, the particle reacted to the area surrounding the path. Acceleration did not account for the total value when added to the potential The math that scientists used to calculate the path told them that there was an initial movement and then a dissipation of energy as the particle moved out of the energy of the field. Which was true, but, taking into account the initial movement of the particle that ultimately created the basis for the energy that fueled the process that resulted in electromagnetic field, the trail off effect (in arc with respect to values) did not coincide with the value of the X = Y factor that was proven to be a foundation to all particle acceleration. In void, theoretically from the beginning of energy action reaction sequences. The common denominator was straight line particle acceleration, not arc acceleration. The math proves straight-line particle acceleration, but did not rule out arc principal. The trail off effect with respect to field variables accounted for the phenomenon that baffled mathematicians and physicist for centuries. Finding X Y factor in research as a common denominator finally validated the EMF theory.
Straight line particle acceleration is relative to environmental factors, but initially, there is a straight line path from the two points. And then, trail off effect.
Point X to point Y depends on mostly friction.
Or that was the conclusion to account for arc principal.
Today, it is easier to determine the common denominator of straight line acceleration. Of course without resistance, the point of deterioration with respect to the particle would be dramatically altered.
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