My fourth-year 10-credit course *Advanced Quantum Mechanics*, last given in 2019/20, was part of the 20-credit module *Advanced and Further Quantum Mechanics*. Indicative syllabus of my course:

**Time-dependence**: Brief review of time-dependent Schrödinger equation; stationary states; time-evolution of general wavefunctions; time evolution operator; time-energy uncertainty relation. Time-dependent perturbation theory. Fermi's golden rule; selection rules for atomic transitions re-examined. Ehrenfest’s theorem.**The classical limit**: Classical mechanics of particles as a limit of quantum mechanics, mostly studied through wavepacket motion.**Many-particle systems**: Identical particles and exchange symmetry, fermions and bosons, the Pauli Principle; use of Slater determinants. Variational principle for many-electron systems; the Hartree and Hartree-Fock approximations. Density-functional theory and the local-density approximation.**Second quantisation**: Creation, annihilation and number operators; their use for many-particle systems; anti-commutation relations; field operators; Heisenberg picture. Introduction to many-body perturbation theory. Introduction to quantisation of the electromagnetic field.

From 2020/21, *Advanced Quantum Mechanics* is taught by Dr Aries Ferreira.