Master the core ideas of electromagnetism through clear development of field theory and wave behavior.This nontechnical overview introduces how electric and magnetic fields interact to produce waves, energy flow, and forces on matter. It covers plane and spherical waves, radiation pressure, and the way light responds in media and at interfaces. The discussion connects mathematical expressions to physical insight, making advanced topics approachable for serious learners.
- How energy density and energy flow describe electromagnetic waves and their propagation at the speed of light
- Radiation pressure on perfectly reflecting and conducting surfaces
- Polarization phenomena, including Faraday rotation and optical rotation in magnetic fields
- Foundational relations between electric/magnetic fields and their sources in various media
Ideal for students of physics and readers seeking a solid, concept-focused introduction to classical electrodynamics with practical applications.