David Skinner: Lectures on Theoretical Physics
![[Heat]](1BMethods/heat.jpg)
Mathematical Methods
An introduction to the Laplace, heat and wave equations, using Fourier Series and Transforms and the method of characteristics. Aimed at second year undergraduates.
![[Wavefunc]](PQM/korat.jpeg)
Principles of Quantum Mechanics
A second course on quantum mechanics, using Dirac's notation. Introduces Hilbert spaces, unitary representations of Lie groups, and perturbation theory. Aimed at third year undergraduates.
![[QCD vacuum]](AQFT/gluons.jpg)
Quantum Field Theory
A second course in Quantum Field Theory, aimed at Part III Masters students. It covers the Wilsonian renormalization group, Effective Field Theory, and non-Abelian gauge theories.
![[Duality]](SUSY/DuckRabbit.jpg)
Supersymmetry
An introduction to Supersymmetry, aimed at Part III Masters students. It focuses on mathematical applications of supersymmetric theories, such as index theorems, localization, quantum cohomology and Donaldson-Witten theory.