A Theory For Inertia, Testing For It With A Torsion Pendulum, And Its Subatomic Structure Appearing On A Planetary Scale($6.00Value)

Description

In this paper we present our findings that the second is characteristic of subatomic particles, and is on the scale of the planets as well. With a theory for inertia that gives us a Universal Particle Equation. In the second paper we present the relationship of the Universal Particle equation to Electromagnetism. In the third paper we present a way of testing for the 1-second invariant in a proposed experiment using a torsion pendulum. The theory for inertia predicts we should find a spike at 1 Hz, and interestingly in torsion pendulum data there is a 1 Hz spike. It has always been treated as noise, and there are several theories used to account for this noise, but it has always just been subtracted out. In our experiment we design a torsion pendulum that should account for this noise based on the theories for it, to see if the 1 Hz spike still appears. In the fourth paper we present our findings or how the Earth/Moon/Sun system is based on the same 1-second characteristic time if we formulate it in a fairly direct analog of the hydrogen atom solution to the Schrodinger wave equation.