1. Field theories in 2D
2. RG and fixed points
3. Conformal symmetry and conformal field theories - Techniques and models.
4. Optional: CS and WZW (depending on time constraints).
5. Exact general statements: Zamolodchikov metric, C-theorem, Cardy formula, conformal blocks, entanglement computation.
6. Integrable and solvable (or partially solvable) models.
7. SLE (depending on time constraints).