Chapter 1 Basic Postulates and Coordinate Transformation of the Standard Space-Time Theory 1 Introduction 2 Basic Postulates 3 Derivation of the Transformation of Space-Time Coordinates 4 Derivation of GGT from Lorentz's Three Hypotheses 5 The Lorentz Transformations （LT） and. GGT References Chapter 2 Mechanics of the Standard Space-Time Theory 1 Introduction 2 Velocity Transformation and Synchronization of Clocks at Different Places 3 The Length Contractions-and Time Dilation Formulas 4 The Substantial Understandings for Length Contraction and Time Dilation 5 Interval between Events 6 The Mass of a Moving Particle and the Mass Increase Effect 7 Dynamical Equations 8 The Mass-Energy Relations 9 The Transformation Equations for Mass, Momentum, Energy and Force References Chapter 3 The Standard Space-Time Theory Formulated in Four-dimensional Form and in General Coordinate System 1 Non-Orthogonal Transformations in the Four-Dimensional Pseudo-Euclidean Space 2 Four-Dimensional Velocity, Momentum, Dynamical Equations 3 GGT under General Coordinate System 4 Formulas of the Standard Space-Time Theory in General Coordinate System Chapter 4 Electrodynamics of the Standard Space-Time Theory 1 Basic Postulates and Operator T 2 The Transformation of Charge and Current Densities. The Law of Charge Conservation 3 Coulomb's Law and Maxwell's Equations 4 The Force on Moving Charge by Electromagnetic Field in the Ordinary Inertial Frame. The Transformations of E and B 5 The Electromagnetic Field Equations in Vacuum in an Ordinary Inertial Franle 6 The Electromagnetic Field Equations in Media in an Ordinary Inertial Frame 7 The Transformations of D and H. The Boundary Value Relations. The Constitutive Relations of Moving Media 8 The Electromagnetic Wave Equations in an Ordinary Inertial Frame 9 The Scalar Potential and Vector Potential 10 An Important Supplement References Chapter 5 Experimental Examinations to the Standard Space-Time Theory 1 Introduction 2 Closed Light Circuit Experiments 3 Moving Light Source Experiment 4 Time-Dilation Experiments 5 Dynamical Experiment 6 Problem about Space Isotropy or Anisotropy 7 Electromagnetic Experiments in Moving Material 8 Conclusion References Chapter 6 Homopolar Magnetic Induction Experiments Show Existence of Background Space 1 Description of Experimental Phenomena 2 Explanation of Classical Electromagnetism to Homopolar Magnetic Induction Experiments 3 Special Relativity can not Explain the Homopolar Magnetic Induction Experiments 4 Explanation of Standard Space-Time Theory to the Homopolar Magnetic Induction Experiments 5 Conclusion References Chapter 7 The Slide-Down Paradox in Special Relativity and Its Resolving Scheme 1 Introduction 2 The Slide-Down Paradox in Special Relativity 3 Resolving Scheme of the Slide-Down Paradox 4 Conclusion References Chapter 8 Generalized Galilean Transformation and Lorentz Transformation 1 Introdnction 2 Relations between the Generalized Galilean Transformation and the Lorentz Transformation 3 Principle of the Constancy of the Average Circulation Speed of Light and the General Lorentz Transformation 4 The Standard Space-time Theory is not Equivalent to Special Relativity 5 The SST Covariance and the Lorentz Covariance References Conclusion General Remarks on the Standard Space-Time Theory Appendix ! : Comments on the Standard Space-Time Theory Appendix 2:A Letter from the Famous Scientist Qian-Xuesen to Zhao Yijun Appendix 3 : A Letter from the Famous Physicist B. d'Espagnat to Tan Shusheng
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