This technical book points out shortcomings in the Higgs Mechanism and suggests a new mechanism. In doing so it shows that the origin of the Higgs particles is intimately associated with the gauge fields to which it gives masses. In addition a new form of Higgs field is proposed that has retarded asymptotic propagators. It suggest these propagators are the local source of the Arrow of Time. All matter has mass due to this mechanism. All matter interacts with retarded Higgs fields. The cumulative result is a macroscopic Arrow of Time. In addition, massive Higgs particles have a unique...

This technical book describes the origin of the U(4) Layer group in our Theory of Everything - a U(4) symmetry that leads to three new duplicates of the known spectrum of fermions - quarks and leptons, and of gauge and Higgs bosons. It brings the number of distinct fermions to 192 arrayed in four layers with four generations in each layer. It defines an Equipartition Principle for fermions that leads to an 83.33% Dark Matter percentage in the universe in accord with astrophysical estimates.

In this book we range over the features of the pseudoquantum Higgs Mechanism. We begin by describing the -new- pseudoquantum scalar boson theory and then describe important applications of the theory in our Theory of Everything. We discuss the pseudoquantum Higgs Mechanism (which is easily mapped to the conventional Higgs Mechanism) for Generation group contributions to fermion and gauge boson masses, and for the Layer group contributions as well in detail. We show that Higgs particles may originate in complex ElectroWeak gauge fields which are made real by the extraction of phases. Then...

This technical book introduces an extension to our Theory of Everything in which we unify the Strong Interaction and Gravitation sectors. This sub-theory unifies color confinement and MOND - Modified Newtonian Gravity - in one relatively simple lagrangian formulation. The basic rationales for this unification is the simple fact that the Strong Interactions and General Relativity are the only interactions without broken symmetry, and also the closeness of the strength of the Strong Interaction and Gravitation when properly viewed. This higher derivative theory yields quark (color) confinement...