The first 7 chapters of the textbook elegantly lay down the foundation of electrodynamics. This was done concurrently with a systematic exposition of some key topics in applied mathematics. The remaining chapters address selected topics of deep physical insight as well as current interest, which also help students consolidate their knowledge of the fundamental principles. In this course (Classical Electrodynamics II), we will cover topics in Chapters 7-11, 14 of the textbook, such as plane and spherical electromagnetic waves, reflection/refraction, waveguides, cavities, optical fibers, antennas, scattering/diffraction, special theory of relativity, and synchrotron radiation.

Starting from basic equations, the lecture notes (in PowerPoint format) follow Jackson closely with algebraic details filled in. A hard copy will be made available to all students.

Prerequisite: Classical Electrodynamics (I), or a solid background in college electromagnetism and vector calculus. Lecture notes will be projected sequentially on the screen during the class. Physical concepts will be emphasized, while algebraic details (provided in the lecture notes) will often be skipped. Questions are encouraged. It is assumed that students have at least gone through the algebra in the lecture notes before attending classes (important!).

Other books will be referenced in the lecture notes when needed.