Publisher's Synopsis
This book continues the presentation of Cosmos Theory in The Dawn of Dynamic Cosmos Dimension Arrays. Starting from a discussion of the structure and basis of Cosmos Theory in tensors, spin and fractals, it proceeds to develop the dynamics of fermions embodied in the quadplex Dirac equation. This analysis describes the form and content of the ElectroWeak, Strong, Generation Group, Layer Group, and Connection group interactions.
The dimension array for a four dimension universe such as ours is shown to describe the Dirac matrices, ElectroWeak generator matrices, and the generator matrices of the other interaction groups: the Generation, Layer and Connection groups. The Dirac equation for Cosmos Theory fermions is explored in detail using a Quadplex formalism. Mass terms and coupling constants seen in Nature are now numerically determined and are in general agreement with experiment. The book shows the Quadplex formalism is well-adapted to Cosmos Theory dynamics studies.
The Generation, Layer and Connection groups are explained in detail. The number of fundamental representations for all interaction groups in the Dirac equation is 592 representations, which shows the depth of the dynamic Dirac equation analysis.
The unification of Cosmos Theory spaces and groups occurs on four levels: 20 HyperCosmos and Second Kind HyperCosmos spaces, 20 Unification spaces, 1 Full Unification space, and 1 UltraUnification space. These spaces are described in detail based on Fundamental Reference Frames (FRF) which has the ability to build a space of many dimensions from one dimension. FRF's are the "seeds" of spaces.
The 88 dimension space can be used to build the entire Cosmos spectrum of spaces from one dimension. The qualitative features of these spaces accords well with Parmenides view of the Cosmos: unchanging and timeless. Cosmos spaces are beyond time. Matter and energy change but the Cosmos spectrum of spaces does not change.
Cosmos Theory spaces are unchanging conceptual entities without beginning or end. Universes may be viewed as generated from a single particle, in accord with a Consistency Condition, in the 88 dimension space FRF according to the definition of Cosmos spaces. The simplicity of these concepts recommends themselves.
One of the results of these investigations is a Periodic Table of Fundamental Fermions whose structure compares qualitatively with the Chemical Periodic Table of Elements.
This book, and the author's previous books, shows the Cosmos is a compact, highly structured set of spaces describing universes and particles.
