### PH206:
Electromagnetic Theory lecture notes

**Helmholtz and uniqueness theorems
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****Conductors
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****Capacitance
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****Energy and work in electrostatics
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****Laplace's equation
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****Laplace's equation, problems in 3D
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****Laplace's equation in 2D and conformal mapping
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****Green's functions in electrostatics
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****Method of images
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****Multipole expansion and dielectrics
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****More dielectrics
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****Magnetostatics
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****More magnetostatics
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****Faraday's law
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****Magnetostatics, odds and ends
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****Maxwell Equations
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****Conservation laws
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****Electromagnetic waves in free space
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****Polarization
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****EM waves in linear dielectric media
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****EM waves in metals, wavegudies etc.
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****Radiation from a point charge 1
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****Radiation from a point charge 2
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****Special Relativity
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****Special Relativity 2
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****Langrangian and Hamiltonian for a relativistic particle
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****Completely covariant Langrangian and Hamiltonian for a relativistic particle
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****Relativistic electrodynamics
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****lagrangian and Hamiltonian for EM field
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