**Author:**

McMahon, Casey Ray

**Category:**

Research Papers

**Sub-Category:**

Quantum Theory / Particle Physics

**Date Published:**

October 08, 2015

**Keywords:**

Schrodinger, Schrodinger's, Schrodinger equation, Schrodinger's equation, rest mass, particle rest mass, wave, waves, wave rest mass, particles, particle, McMahon, time-independent, time-dependent, time independent, time dependent

**Abstract:**

Here, I first derive Schrodingers time-independent and time-dependent equations, then I use Schrodinger’s time-dependent equation to find a term to describe the rest mass of particles moving as waves. The term found in this paper [hR/c] is identical to a term found in other papers of mine- The McMahon rest mass of an electron. Thus, the entire electromagnetic spectrum seems to be composed of electrons, which are particles, that are moving as waves or flux coils as in McMahon field theory (2010), whose masses we cannot detect. I also use the Schrodinger time dependent equation to derive equations for energy, as well as the fine structure constant.

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