Lecture 01 How to describe an indefinite number of particles
Lecture 02 Phonons
Lecture 03 Zero phonon processes; path integral reminder; scalar field theory
Lecture 04 Quantum light
Lecture 05 Casimir effect; identical particles
Lecture 06 Many fermions
Lecture 07 Second quantization from scratch
Lecture 08 Correlations
Lecture 09 Clumping of bosons and intensity interferometry
Lecture 10 Hard problems: symmetry breaking
Lecture 11 A model of magnetism
Lecture 12 Superfluidity and superconductivity
Lecture 13 Condensation of interacting bosons
Lecture 14 Why Bose condensation means superfluidity
Lecture 15 Excitations of a Bose liquid
Lecture 16 Interactions
Lecture 17 Fermions with repulsive interactions
Lecture 18 Fermions with attractive interactions
Lecture 19 Linear response
Lecture 20 Atoms, Molecules, Solids