Cosmos ElectroWeakStrong (EWS) Theory and Lumiverse Superspins

Cosmos Theory has come a long way in the seven years that this author has spent developing it. This book turns to consider a deeper view of the particles and interactions of our universe. Cosmos Theory has given the particle spectrums and the interaction groups in some detail. Now the author considers important aspects of the Quantum Field Theory for the particle aspects of the universe. One important aspect is the relation between the ElectroWeak Theory and the Strong interactions. The author's Higgs-Confinement Mechanism begins the union of the ElectroWeak and Strong. This book details the mechanism and shows it relates the strength of the Strong interaction to the mass of the ElectroWeak W gauge boson. It uses the Higgs sector of the mechanism to generate a confinement r potential that prevents free quarks from being produced. Result: A successful unification of the Strong and ElectroWeak theories that the author calls ElectroWeakStrong (EWS) Theory.A consideration of the nature of the Strong and ElectroWeak enables the author to characterize particles and interaction gauge (and scalar boson) fields as having a new kind of structuring called a superspin formulation. Superspin is a feature of a four dimension universe called the Lumiverse that can be viewed as a sister universe to our universe. The lumiverse has two time and two space coordinates. It supports two independent superspins that are used to structure particles and interaction groups in our universe. Superspin is analogous to the isospin of the Weak interactions.Using the superspin formulation the EWS Lagrangian is developed and used in the creation of a total Lagrangian for the Unified SuperStandard Theory (UST) of the author. The group structure of the theory is discussed in detail including Generation,…