Here is a rough outline of the topics we covered (or that need to be covered as background):
- Newton's Laws (review of high school physics).
- The Euler-Lagrange equations derived from Newton's 2nd law.
- Hamilton's action principle.
- Legendre transform, Hamilton's equations, basic symplectic geometry.
- Symmetry, Noether's theorem, and moment maps.
- Completely integrable systems.
- Special relativity.
- Classical field theory.
- Classical electrodynamics.
- General relativity.
- Canonical quantization
- Deformation quantization
- Geometric quantization.
- Path integrals in quantum mechanics.
- Quantization of free fields.
- Perturbation theory and Feynman diagrams.
- Feynman rules for QED.
- Berezin integration and quantization of fermionic fields.
- Gauge fields.
- Faddeev-Popov method for gauge fields.
- BRST.
- Path integral proof of the index theorem.
As you can see, it was an ambitious seminar! I will update the outline as I go through my old notes and start posting them.
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