The Cosmos Symmetries - Gravitation Connection

Einstein developed General Relativity (GR) based on Newtonian Gravity and on considerations of simplicity. This book develops a new General Relativity called Enhanced Extended General Relativity (EEGR) based on the natural agreement of the structure of the author's ElectroWeakStrong (EWS) Theory and General Relativistic features. The agreements are major: Riemann Curvature and the Strong Interactions; a new vector field, B, and ElectroWeak Theory; two Higgs fields and two gravitational Higgs vectors; and so on.

The basis in EWS theory recommends itself since ElectroWeak and Strong Interaction features are well known while the features of the "simple" field equations of Gravitation are problematic.

The result was EEGR, which has marvelous new features compared to conventional GR: an explanation of the [mass2] dimension of the gravitation constant G, the increase of time in the universe through a Time-Space Theory, finding the long sought Absolute Reference Frame, finite Quantum Gravity Perturbation Theory, and a Black Hole event horizon with a constant time (not increasing) and space.

The book describes the author's Time-Space Theory (an offshoot of EEGR) that explains one of the great mysteries: Why does time increase - always and everywhere? The theory considers increasing time and space (Why doesn't all space distances increase like time?), time loops, time spurts, time-space origin of Cosmic strings, frozen time, jumps in time, variations in time - faster and slower, explosive growth in time, collapse in time, and possible Astrophysical evidence for Time-Space Theory.

The book also applies the author's PseudoQuantum Field Theory (developed in the 1970s, and Two-Tier Theory (developed in the first decade of this century) to EEGR and its Perturbation Theory. EEGR perturbation theory has no infinities.

A major event for Gravitation and Cosmos Theory!