1 Introduction |
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Part I From Galileo to Minkowski |
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2 On the Impossibility of Detecting Uniform Motion |
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2.1 Aristotle's View on Motion |
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2.2 Copernicus and Ptolemy's Arguments Against the Earth's Motion |
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2.3 Galileo's Disproof of Aristotle's View on Motion |
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2.4 Galileo's Principle of Relativity |
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3 Exploring the Internal Logic of Galileo's Principle of Relativity |
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3.1 On the Physical Meaning of Galileo's Principle of Relativity |
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3.2 On the Two Postulates of Special Relativity |
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3.3 A Lesson from a Delayed Discovery |
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4 Relativity in Euclidean Space and in Spacetime |
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4.2 Derivation of the Lorentz Transformations |
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4.3 Four-Dimensional Distance and Three Kinds of Length |
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4.4 Y 'Dilation' in Euclidean Space and Time Dilation in Spacetime |
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4.5 Length Contraction in Euclidean Space and in Spacetime |
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4.6 The Twin Paradox in Euclidean Space and in Spacetime |
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4.7 Addition of Velocities |
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4.8 The Metric of Spacetime |
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4.9 On Coordinate and Proper Time |
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4.10 Four-Velocity, Four-Momentum, and Relativistic Mass |
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Part II On the Nature of Spacetime: Conceptual and Philosophical Issues |
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5 Relativity and the Dimensionality of the World: Spacetime Is Real |
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5.1 Has Special Relativity Posed the Greatest Intellectual Challenge to Humankind? |
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5.2 Relativity and Dimensionality of the World |
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5.5 Relativization of Existence and the Twin Paradox |
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5.6 Relativization of Existence and Observers in General Relativity |
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6 Why Is the Issue of the Nature of Spacetime So Important? |
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6.1 One-Way Velocity of Light and Conventionality of Simultaneity |
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6.3 Flow of Time and Consciousness |
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Part III Implications of the Reality of Spacetime for Physics |
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7 Propagation of Light in Non-Inertial Reference Frames |
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7.1 Acceleration Is Absolute in Special and General Relativity |
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7.2 The Need for Two Average Velocities of Light in Non-Inertial Reference Frames |
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7.3 Average Coordinate Velocity of Light |
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7.4 Average Proper Velocity of Light |
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7.6 Probing the Anisotropic Velocity of Light by a Terrestrial Experiment |
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7.7 On the Gravitational Redshift |
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8 Calculating the Electric Field of a Charge in a Non-Inertial Reference Frame |
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8.1 Calculating the Potential of a Charge in a Non-Inertial Reference Frame |
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8.2 Common Physical Origin of the LienardWiechert Potentials and the Potentials of a Charge in a Non-Inertial Reference Frame |
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8.3 Calculating the Electric Field of a Charge in a Non-Inertial Reference Frame |
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9 Inertia as a Manifestation of the Reality of Spacetime |
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9.1 Are Inertial Forces Real? |
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9.2 Inertial Forces Originate from a Four-Dimensional Stress Arising in the Deformed Worldtubes of Non-Inertial Bodies |
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9.3 Electromagnetic Mass and Inertia of the Classical Electron |
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9.4 The Standard Model and Inertia |
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10 Spacetime and the Nature of Quantum Objects |
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10.1 Is Quantum Mechanical Probability Objective? |
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10.2 The Nature of the Quantum Object and the Nature of Spacetime |
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A Quantum Mechanical Arguments Against the Reality of Spacetime |
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B The Nature of Spacetime and Validity of Scientific Theories |
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B.1 Reliability of Knowledge: Induction as Hidden Deduction |
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B.2 Correspondence Principle and Growth of Scientific Knowledge |
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B.3 Can an Accepted Scientific Theory Be Refuted? |
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B.4 Is a Final Scientific Theory Possible? |
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C Classical Electromagnetic Mass Theory and the Arguments Against It |
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D Calculation of the Self-Force |
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References |
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Index |
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309 | |