225(3): Basics of the New Electroweak Theory

Feed: Dr. Myron Evans
Posted on: Wednesday, July 25, 2012 6:21 AM
Author: metric345
Subject: 225(3): Basics of the New Electroweak Theory

This note discusses the basics of a new electroweak theory using the fermion equation, one in which the weak nuclear field will have an effect on Zeeman splitting, ESR, NMR, MRI, FMR, spin orbit coupling, Thomas precession and the Darwin effect. The fermion equation can also be used to build a new theory of particle interactions. My feeling about the Higgs boson is that it “had to be discovered”, whether it exists or not. This makes nonsense out of physics in my opinion and in that of the great majority of underfunded physicists, chemists and engineers. The standard Higgs type theory is about fifty years old and completely obsolete because of advances in the U(1) sector, notably my discovery of the B(3) field in 1992 at Cornell, and also B(3) type theory by other groups, notably Horwitz et al, Barrett, Lehnert et al, Harmuth et al., and others. My discovery of the B(3) field was sooner or later going to bring the standard model to an end, so it was irrationally opposed in some of the worst behaviour science has ever seen.

a225thpapernotes3.pdf

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