Modern Problems in Classical Electrodynamics

Modern Problems in Classical Electrodynamics

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Description

Designed to be a text for Jr/Sr./beginning graduate level (4th, 5th yr)and a reference for research scientists, Modern Problems in Classical Electrodynamics includes materials such as lasers and nonlinear dynamics that are missing from traditional electrodynamics books. The book begins with relativistic mechanics and field theory, in part because they lend unity and beauty to electrodynamics, and in part because relativistic concepts appear frequently in the rest of the book. Relativity is a natural part of electrodynamics. After that, the book turns to electrostatics and magnetostatics, waves, continuous media, nonlinear optics, diffraction, and radiation by moving particles. Examples and homework exercises throughout the book are taken from condensed-matter physics, particle physics, optics, and atomic physics. Many are experimentally oriented, reflecting the view that classical electrodynamics has a broad importance in modern physics that extends beyond preparing students for quantum mechanics. At the end, the book returns to basics, and discusses the fundamental problems inherent in the classical theory of electrons.show more

Product details

  • Paperback | 608 pages
  • 193.04 x 231.14 x 38.1mm | 1,202.01g
  • Oxford University Press Inc
  • New York, United States
  • English
  • New.
  • numerous figures
  • 0195146654
  • 9780195146653
  • 1,983,786

About Charles A. Brau

Charles A. Brau received his B.A. in Engineering from Cornell University and his M.A. (in Engineering) and Ph.D. in Applied Physics from Harvard University. In the course of his career, he has been a theorist, an experimenter, a manager, and currently a professor of physics at the Vanderbilt University in Nashville, Tennessee. He focuses his research on free-electron lasers (FEL) and electron beams. He became a program manager of the FEL program at Los Alamos National Laboratory and then a director of the FEL Center at Vanderbilt University. In 1988 he was a visiting scientist in the Department of Nuclear Physics at the University of Oxford in England. He is an author of 7 patents and numerous publications, including 2 books. He is also a fellow of American Physical Society.show more

Table of contents

1. Relativistic kinematics ; 2. Relativistic mechanics and field theory ; 3. Time-independent electromagnetic fields ; 4. Electromagnetic waves ; 5. Fourier techniques and virtual quanta ; 6. Macroscopic materials ; 7. Linear, dispersive media ; 8. Nonlinear optics ; 9. Diffraction ; 10. Radiation by relativistic particles ; 11. Fundamental particles in classical electrodynamics ; Appendix: Units and dimensionsshow more