1) Introduction (Gauss and Ampere law, E, B, D and H fields, Maxwell equations in vacuum and in media)
2) Scalar and vector potentials Gauje theories)
3) Maxwell equation solutions in vacuum, Green functions
4) Retarded potentials
5) Lienard-Wiechert potentials
6) Radiation of a point charge : classical atom instability
7) Oscillating dipole and antenna radiation
8) Rayleigh and Thomson diffusion
9) Optical properties of metals
10) Resonances and dispersion in dielectric media
11) Resonance : the photon and Einstein coefficients
12) Optical resonance and quantum mechanics : the semi-classical approach
