PH206: Electromagnetic Theory lecture notes


Helmholtz and uniqueness theorems

Conductors

Capacitance

Energy and work in electrostatics

Laplace's equation

Laplace's equation, problems in 3D

Laplace's equation in 2D and conformal mapping

Green's functions in electrostatics

Method of images

Multipole expansion and dielectrics

More dielectrics

Magnetostatics

More magnetostatics

Faraday's law

Magnetostatics, odds and ends

Maxwell Equations

Conservation laws

Electromagnetic waves in free space

Polarization

EM waves in linear dielectric media

EM waves in metals, wavegudies etc.

Radiation from a point charge 1

Radiation from a point charge 2

Special Relativity

Special Relativity 2

Langrangian and Hamiltonian for a relativistic particle

Completely covariant Langrangian and Hamiltonian for a relativistic particle

Relativistic electrodynamics

lagrangian and Hamiltonian for EM field