172(6): Derivation of the g Factor of the Electron from ECE Fermion Eq.

Feed: Dr. Myron Evans
Posted on: Saturday, January 22, 2011 5:21 AM
Author: metric345
Subject: 172(6): Derivation of the g Factor of the Electron from ECE Fermion Eq.

This note gives the first correct derivation of the g = 2 factor of the electron, using the ECE fermion equation equivalent to the chiral rep of the Dirac equation. In this derivation eienstates of energy are always positive as required by experimental observation. For some reason Ryder switches to the standard Dirac rep for his derivation of the g factor of the electron in “Quantum Field Theory”, having initially used the chiral rep. The derivation of the g = 2 electron factor given in this note is entirely original and simpler than the one using the standard rep (which incorrectly introduces negative energy from an incorrect choice of gamma matrices). I would say that Dirac just made the wrong choice of gamma matrices and incorrectly introduced negative energy eigenstates. He then tried to cure this problem with the Dirac sea, which was abandoned shortly after (nineteen thirties). Dirac did not in fact predict anti particles. The latter are correctly understood only with ECE theory and Cartan geometry. Unfortunately a mythology and iconology has grown up around Dirac, so it takes some time and effort to clear away all the cobwebs. The truth is that Dirac himself was always uncertain about the Dirac sea and no contemporary accepted the concept.

a172ndpapernotes6.pdf

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