Optical properties of semiconductors 1100-OPS

The content of the lecture is the following:
Quantum time-dependent perturbation calculus.
Electric dipole and magnetic dipol transitions.
Absorption and refraction coeficients.
Maxwell equations.
Theory of linear response.
Dielectric function.
Kramers - Kronig relations.
Absorption edge and excitons.
Direct and indirect transitions.
Optics of phonons.
Optical properties of semiconductors with an electron plasma.
Spectroscopy of shallow impurities.
Optical transitions in low-dimensional systems.