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Geometry and Topology in Physics
Jan Martin Pawlowski
Content of lecture series
The lecture course provides an introduction to geometrical and
topological effects in physics, applications range from quantum
mechanics to quantum field theory.
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Keywords
- Abelian/Non-Abelian gauge theories
- Supersymmetry
- Confinement & anomalous chiral symmetry breaking
| Coleman | Aspects of Symmetry | Cambridge University Press | |
| Göckeler & Schücker | Differential Geometry, gauge theories, and gravity | Cambridge University Press | |
| Nakahara | Geometry, Topology and Physics | Hilger | |
| Nash & Sen | Topology And Geometry For Physicists | Academic | |
| Rajaraman | Solitons And Instantons | North-Holland | |
| Wu-Ki Tung | Group Theory in Physics | World Scientific | |
| Zinn-Justin | Quantum Field Theory and Critical Phenomena | Oxford | |
| Lecture notes | |||
| Bruckmann | Topological objects in QCD | Lecture notes, Schladming winter school 2007 | |
| Lenz | Topological concepts in gauge theories | Lecture notes | |
| 't Hooft | Monopoles, Instantons and Confinement | Lecture notes, Saalburg summer school 1999 |
Geometry and Topology in Physics, Jan Martin Pawlowski
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