The unraveling of the series of events that characterize the evolution of a Physical system is difficult if the Physical system has no beginning and no end. Sequence Theory and Cosmos Theory originate before time and spatial coordinates. Therefore in describing these theories we can only view them independently of coordinates. This book takes that view and specifies consistency conditions to determine key time-independent events.
The events that we consider are: the origin of the Cosmos spaces and of a Parent universe, the limitation of Cosmos spaces to ten spaces, the generation of a primary Parent universe, the generation of sub-universes, and the confinement of gambols to within particles.
After describing consistency conditions in detail the book proceeds to describe Gambol Theory within the framework of the four strata of fundamental fermions. Sequence Theory leads to a view of quarks being composed of gambols. For example the quarks of the second stratum (the quarks we know) are composed of 95939 quarks (gambols) of the first stratum. The second stratum u, and other, quarks each contain 95939 confined gambols - first stratum quarks - each with a mass that is 95939 times smaller than the known u quark mass, but with the same set of internal symmetry quantum numbers.
The book then defines a model Gambol quantum field theory. The theory is extended to a Unified SuperStandard Theory (UST) in a Quadruplicated, Quadplexed Quantum Field Theory of fermions with Strong and ElectroWeak interactions. The quadruplication reflects four strata of fermions composed of quadplexed fermions.
The model theory is then extended by effectively combining subluminal and superluminal parts of quadplexed quantum fields into a Super-Bradyon-Tachyon formulation that we call the SBT formulation of quantum fields.
All in all there is a new formulation of UST results and the Sequence-Cosmos-Gambol Theories that is complete. If they are true theories, as the author believes, then we can say we have reached a true theory that is a perfect simulation of Reality.
The book generates the Cosmos from a mathematical point, and proceeds to experimental results with the derivation of the values of the coupling constants and fundamental fermion masses of the UST and the Standard Model. A highly readable, up to date, view of Physics.
