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2. Theoretical physics, like music, starts with harmony but then tries to move on
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A. Zee
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Chapters in this book
- Frontmatter i
- Contents vii
- Preface ix
- Prologue: The greatest monument and a road map for a quest 1
- PART I Our physical world 15
- 1. Matter and the forces that move it 17
- 2. The rise of the classical field 22
- 3. Time unified with space 34
- 4. The geometry of spacetime 47
- 5. The rise and fall and rise of particles 56
- Recap of part I 65
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PART II The road to quantum field theory
- 1. Getting the best deal: from least time to extremal action 69
- 2. Global versus local 80
- 3. Enter the quantum 84
- Recap of part II 99
-
PART III Becoming a quantum field theorist
- 1. How to become a quantum field theorist (almost) instantly 103
- 2. Origin of forces: range and exchange 112
- 3. Attraction or repulsion: a mysterious but all important sign 123
- Recap of part III 135
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PART IV A universe of fields
- 1. Everybody is a field: Dirac set the electron free 139
- 2. Theoretical physics, like music, starts with harmony but then tries to move on 149
- 3. Quantum electrodynamics, perturbation theory, and cultural taboos 162
- 4. The road to gauge theory 173
- Recap of part IV 181
- A well-deserved rest 183
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PART V Quantum field theory and the four fundamental interactions
- 1. Antimatter! 187
- 2. Too strong and too mean but ultimately free 192
- 3. The weak and the electroweak interactions Addendum to chapter V.3 211
- 4. Grand unification 243
- 5. Gravity and curved spacetime 261
- 6. Quantum gravity: The Holy Grail of theoretical physics? 279
- Recap of part V 295
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VI Quantum field theory is more intellectually complete than quantum mechanics
- 1. A question of identity 299
- 2. Exclusion, inclusion, and quantum statistics 312
- 3. Intellectual completeness 324
- Recap of part VI 329
- Parting comments and some unsolicited advice 331
- Timeline 345
- A short list of mathematical symbols 347
- Bibliography 351
- Index 353
Chapters in this book
- Frontmatter i
- Contents vii
- Preface ix
- Prologue: The greatest monument and a road map for a quest 1
- PART I Our physical world 15
- 1. Matter and the forces that move it 17
- 2. The rise of the classical field 22
- 3. Time unified with space 34
- 4. The geometry of spacetime 47
- 5. The rise and fall and rise of particles 56
- Recap of part I 65
-
PART II The road to quantum field theory
- 1. Getting the best deal: from least time to extremal action 69
- 2. Global versus local 80
- 3. Enter the quantum 84
- Recap of part II 99
-
PART III Becoming a quantum field theorist
- 1. How to become a quantum field theorist (almost) instantly 103
- 2. Origin of forces: range and exchange 112
- 3. Attraction or repulsion: a mysterious but all important sign 123
- Recap of part III 135
-
PART IV A universe of fields
- 1. Everybody is a field: Dirac set the electron free 139
- 2. Theoretical physics, like music, starts with harmony but then tries to move on 149
- 3. Quantum electrodynamics, perturbation theory, and cultural taboos 162
- 4. The road to gauge theory 173
- Recap of part IV 181
- A well-deserved rest 183
-
PART V Quantum field theory and the four fundamental interactions
- 1. Antimatter! 187
- 2. Too strong and too mean but ultimately free 192
- 3. The weak and the electroweak interactions Addendum to chapter V.3 211
- 4. Grand unification 243
- 5. Gravity and curved spacetime 261
- 6. Quantum gravity: The Holy Grail of theoretical physics? 279
- Recap of part V 295
-
VI Quantum field theory is more intellectually complete than quantum mechanics
- 1. A question of identity 299
- 2. Exclusion, inclusion, and quantum statistics 312
- 3. Intellectual completeness 324
- Recap of part VI 329
- Parting comments and some unsolicited advice 331
- Timeline 345
- A short list of mathematical symbols 347
- Bibliography 351
- Index 353