This monograph is first of all the proposal of the unifying approach to particle physics, cosmology, and quantum gravity based on the most essential pieces of modern theoretical physics - Quantum Mechanics, Quantum Field Theory, Special Relativity, General Relativity, and Thermodynamics - and creates fruitful methodological background to solve the intriguing problems of high energy physics, cosmology, and gravitational physics.

Contents

Preface
Prologue

I Cosmology
1 Quantum Cosmology
2 Inflationary Multiverse
3 Massive Gravitons

II Particle Physics
4 Two Scalar Field-Based Mass Generation Mechanisms
5 Snyder-Sidharth Deformation
6 Neutrinos: Masses & Chiral Condensate
7 Neutrinos: Energy Renormalization & Integrability
8 Ab Initio Deformed Relativity: Superluminal Neutrinos
9 Magnetic Monopoles & Dyons

III Quantum Gravity
10 Review of Quantum General Relativity
11 Global One-Dimensionality Conjecture
12 Invariant Global Dimension
13 Examples of Invariant 1D Wave Functions
14 Functional Objective Geometry
15 Ab Initio Thermodynamics of Space Quanta Æther
16 Higher Dimensional Quantum Gravity

IV Addendum
Photon Mass & Wave-Particle Duality
Navier-Stokes Equations

Epilogue

Bibliography

Index