- Synopsis
- Lecture Notes
- Notes on SLE
- Notes on the Conformal Bootstrap
- Notes on the c- and a-theorems
- References
- Exercises 1; Solutions 1
- Exercises 2 Solutions 2
- Exercises 3

- Synopsis
- Complete Lecture Notes
- Problem Set 1
- Problem Set 2
- Notes on the coherent state path integral
- Notes on relation between RG in statistical mechanics and field theory
- Further Reading

- Synopsis
- Lecture Notes 1 Chapters 5 and 6 are most relevant to this course
- Problem Set 1
- Notes on relation between RG in statistical mechanics and in field theory
- Lecture notes 2 Sections 2, 3-2-3.5, 4 and 5 (and possibly later sections) are most relevant
- Problem Set 2

- Synopsis
- Complete Lecture Notes, latest version 13/9/10
- Notes on coherent state path integral
- Notes on relation between RG in statistical mechanics and particle theory
- Problem Set 1
- Problem Set 2
- Further Reading

- Synopsis
- Complete Lecture Notes, Version 16/11/09
- Problem Set 1;
- Problem Set 2;
- Notes on coherent state path integral
- Notes on relation between RG in statistical mechanics and particle theory
- Further Reading

- Synopsis
- Lecture Notes 1 Field Theory RG and Critical Behaviour (pdf file of scanned notes)
- Notes on relation between RG in statistical mechanics and in particle theory
- Lecture Notes 2 Other RG Schemes (pdf file of scanned notes)
- Notes on large N
- 'Conformal Symmetry' (book chapter)
- Lecture Notes 3 The 2d XY model, and Bosonisation in 1+1 dimensions (pdf of scanned notes)
- Problem Set 1

- Synopsis
- Lecture notes I: field theory RG for static equilibrium critical behaviour (scanned pdf file).
- Lecture notes II: dynamical and non-equilibrium classical systems.
- Further reading

- Synopsis
- Problem Set 1
- Notes on relation between RG in statistical mechanics and in particle theory
- Problem Set 2