TCM Graduate Lectures

2014: Numerical Methods for Strongly Correlated Systems

• Lecture 1: Exact Diagonalization I - The Lanczos Algorithm (notes)
• Lecture 2: Exact Diagonalization II - Symmetries & Observables (notes)
• Lecture 3: Tensor Networks I - Introduction (notes) + (slides)
• Lecture 4: Tensor Networks II - Algorithms (notes) + (slides)
• Lecture 5: Diagrammatic Monte Carlo - Continuous Time Methods (notes)
• Lecture 6: Diagrammatic Monte Carlo - Bold Diagrammatic Monte Carlo (notes)

I am teaching / have taught supervisions for a range of courses held at the Cavendish Laboratory, including:

Part IB

Physics A

• Experimental Methods (Michaelmas)
  Handouts
• Oscillations, Waves & Optics (Michaelmas)
  Handouts Course Webpage
• Quantum Mechanics (Lent)
  Handouts
• Condensed Matter Physics (Easter)
  Handouts

Part II

Advanced Quantum Physics

• Course Material: Handouts Course Webpage (2014)

Quantum Condensed Matter Physics

• Course Material: Handouts Course Webpage (2015)

Thermal and Statistical Physics

• Course Material: Handouts

Part III

Materials, Electronics & Renewable Energy

• Course Material: Handouts Course Webpage

General Advice

Tripos Papers

For all courses, it is worthwhile to review past examination papers throughout the year and particularly in preparation for the exam period.
Examination papers can be found here: Past Physics Papers.