Faculty of Science

Objectives

To expose the operator formalism and the extension of the concept to second quantization, quantization of fields and the relativistic quantum theory.

Contents

Quantum mechanical representations, symmetries , transformations , angular momentum ,Clebsch Gordon coefficients, spherical tensors, tensor operators, time dependent perturbations, relativistic wave equations Dirac equations , approximate methods (perturbation theory) and many body systems, Identical particles, applications of second quantization spin half-bosons, spin waves, magnons, Hartree-Fock method