Book (Practical) Physics Introduction Modern theory of relativity Approach from the formulation of electromagnetism / Noboru Yamamoto

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Physics
KS Physics Technical Book / With the description which is conscious of the logical connection from the Maxwell equation, the framework of modern special relativity is structured around "covariant form of electromagnetism". It also explains the physics paradox which deepens the understanding. It also includes the Pythonic exercise. Main Contents Chapter 1 Overview of this book Chapter 2 Classical Electromagnetism and Maxwell Equation Chapter 3 From Maxwell Equation to Special Theory of Relativity Chapter 4 The Principle of Invariance of the Speed of Light and its Physical Meaning Chapter 5 Minkowski Space Chapter 6 CoDegeneration of Maxwell Equation Chapter 7 Rules for Conversion of Electric and Magnetic Fields Chapter 8 Electromagnetic Fields in Materials and Maxwell Equation Chapter 9 Experimental Verification of Special Relativity Chapter 10 relativity Mechanics, Chapter 11 Gauge Conversion and Gauge Invariance of Electromagnetic Fields Chapter 12 VariationPrinciples and Analytical Mechanics Chapter 13 Electromagnetic Fields and VariationPrinciples Chapter 14 Moving Points and Electric Fields Created by Electric Charges Chapter 15 Exercises Subjects SageManifold