This course aims for learning basic theoretical tools needed to understand atomic structures and physical processes involving atoms. Some emphasis will be given to laser spectroscopy and experimental methods. Topics include stationary properties of hydrogen and multi-electron atoms (energy levels etc.), mean-field theoretic approach (Hartree-Fock method), angular momentum theory, relativistic corrections to hydrogen atom, atomic fine structure and hyperfine structure, electromagnetic perturbations to atoms and their interaction with electromagnetic waves, linear and nonlinear optics, quantum optical phenomena, and Bose-Einstein condensates.
Class Hours & Class Room
Tue, Thu 12:30~13:45