My lecture notes and computational projects from my Master's in Physics (2024–2025) at Imperial College London. One folder per module. Everything here is my own work.
I am Eugene (Yoogeun) Song, now a PhD researcher in high-energy physics at Imperial (from 2026 onwards), working on neutrinos with DUNE and NOvA.
For more details, see the Research section of my website.
227 pages of handwritten summaries covering:
- Functional methods and the generating functional
- Renormalisation and the renormalisation group
- Non-abelian gauge theories, Faddeev–Popov ghosts
- Spontaneous symmetry breaking and the Higgs mechanism
- Anomalies
138 pages of handwritten summaries covering:
- Canonical quantisation of scalar, spinor and vector fields
- The S-matrix, Wick's theorem, Feynman rules
- Tree-level cross sections and decay rates
- Loop corrections and regularisation
94 pages of handwritten summaries covering:
- Electroweak unification and precision tests
- Quantum chromodynamics, asymptotic freedom, parton distributions
- Flavour physics and CP violation
- Neutrino masses and oscillations
- Beyond the Standard Model: the Higgs sector and dark matter
Numerical physics in Mathematica. Contains my mini-project, Quantum Waves in Motion: a finite-difference time-domain solver for the time-dependent Schrödinger equation, with animations of wave-packet dispersion, reflection and tunnelling across four potentials. Awarded the highest grade by Dr Jaroslaw Pasternak. It also showcases the Runge-Kutta method. This is a five-week mini-project rather than a full research project.
<module>/
README.md what the module covered, and what is in the folder
*.pdf handwritten lecture notes
*.nb / *.m Mathematica source
This repository contains only my own handwriting and code. It deliberately excludes lecture notes, slides, problem sheets and past examination papers produced by Imperial College London or by any other institution or author. Those remain the copyright of their authors, and redistributing them is not mine to do. If you are after the official course material, go through your department.
These are student notes, so they will contain mistakes. If you spot one, please open an issue or a pull request; corrections are genuinely welcome.
Released under the MIT Licence. Use them, fork them, correct them. Attribution is appreciated but not required.