Table of Content

1. Foundations of Electrostatics.
2. Further Development of Electrostatics.
3. Methods of Solution in Electrostatics.
4. Spherical and Cylindrical Coordinates.
5. Green's Functions.
6. Electrostatics in Matter.
7. Magnetostatics.
8. Magnetization and Ferromagnetism.
9. Time Varying Fields, Maxwell's Equations.
10. Electromagnetic Plane Waves.
11. Electromagentic Waves in Matter.
12. Wave Guides and Cavities.
13. Electromagnetic Radiation and Scattering.
14. Special Relativity.
15. The Electrodynamics of Moving Bodies.
16. Classical EM in a Quantum World

Salient Features

• The mathematics and physics are integrated so students see the theory and learn the mathematical skills in the context of real physics applications.
• An emphasis on core concepts helps students stay focused on the principles,without getting lost in complicated peripheral ideas.
• Innovative treatments and fresh insights bring a new level of clarity to learning this essential topic.