Introduction to Electrodynamics and Radiation

Content: 
Pure and Applied Physics
Page ii

Front Matter
Page iii

Copyright page
Page iv

Dedication
Page v

Preface
Pages xi-xii

Acknowledgments
Page xiii

I - The Special Theory of Relativity
Pages 1-10

II - Tensor Analysis and N-Dimensional Geometry
Pages 11-35

III - Space–Time of Special Relativity
Pages 36-46

IV - The Covariance of Classical Electrodynamics
Pages 47-60

V - Radiation from Charged Particles
Pages 61-84

VI - Scattering Processes
Pages 85-93

VII - The Classical Electron
Pages 94-117

VIII - Canonical Formulation of Classical Electrodynamics
Pages 118-128

IX - Quantization of the Radiation Field
Pages 129-147

X - The Quantum Mechanics of N-Particle Systems
Pages 148-162

XI - Methods of Calculation
Pages 163-189

XII - Application to Classical Processes
Pages 190-200

XIII - Quantum Mechanical Processes
Pages 201-211

XIV - Self-Energies and Renormalization
Pages 212-219

XV - Radiative Corrections and the Infrared Problem
Pages 220-235

XVI - Covariant Quantum Electrodynamics
Pages 236-255

APPENDIX A - The Covariant Derivative
Pages 256-261

APPENDIX B - Ground State of the Many-Electron System
Pages 262-267

APPENDIX C - The Quantum Theory of Scattering
Pages 268-273

Index
Pages 275-284

Pure and Applied Physics: A Series of Monographs and Textbooks
Pages 285-286