Table of Contents
Preface to the Third Edition
Preface to the Second Edition
Preface to the First Edition
Chapter 1 Introduction
Chapter 2 Construction of Equations of Motion for Meson
Chapter 3 Meson Wave Equations in Relative Space
Chapter 4 Normalization, Superposition Principle, Flavor-Independence, and Wave Functions
Chapter 5 Spectra, Classification and Motion of Mesons
Chapter 6 Lagrangian Formalism and Electromagnetic Interactions
Chapter 7 Weak Decay of Kaon and Pion, Higgs and Ramifications
Chapter 8 On Strong Decay of Mesons
Chapter 9 Construction of Equations of Motion for Baryon
Chapter 10 Reduction of Baryon Wave Equations
Chapter 11 Baryon Wave Functions, Classification and Magnetic Moment
Chapter 12 Neutron Decay and Possible Nonconservation of Angular Momentum
Chapter 13 CP Violation in Kaon Decay andB0-B0 Mixing [H20]
Chapter 14 QCD as High Energy Limit of the Present Theory [H21]
Chapter 15 Gravitation, Relative Energy and Dark Matter [H29-H33]
Chapter 16 Accelerating Expansion of the Universe and Positive Relative Energy [H33]
Appendices
References
Index
