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Table of Contents
1 Introduction
2 Physics around 1900
3 The path to quantum mechanics
4 Why quantum field theory? 5 Quantum electrodynamics: prototype of a quantum field theory
6 The crisis of quantum field theory
7 From beta decay to electroweak gauge theory
8 Quantum chromodynamics: quantum field theory of the strong interaction
9 Standard Model of fundamental interactions
10 Beyond the Standard Model
11 Outlook
Appendix A Mathematical structures, units and notation
Appendix B Gauge and Lorentz invariance
Appendix C Index of scientists
Glossary
Index.
2 Physics around 1900
3 The path to quantum mechanics
4 Why quantum field theory? 5 Quantum electrodynamics: prototype of a quantum field theory
6 The crisis of quantum field theory
7 From beta decay to electroweak gauge theory
8 Quantum chromodynamics: quantum field theory of the strong interaction
9 Standard Model of fundamental interactions
10 Beyond the Standard Model
11 Outlook
Appendix A Mathematical structures, units and notation
Appendix B Gauge and Lorentz invariance
Appendix C Index of scientists
Glossary
Index.