Current organizational information
Organizers
Date and location
Wednesday, 10:00–12:00
KP/TP, seminar room 304
Registration and guidance
ITP, Wilhelm-Klemm-Straße 9, 48149 Münster, room 318, tel.: 83-34948, email: heitger(at)uni-muenster.de
Seminar on the theory of particles and fields
Overview
The current and past semesters
- Winter semester 2023/2024: Cosmology and particle physics
- Summer semester 2023: Deepening of quantum mechanics
- Winter semester 2022/2023: Symmetries and conservation laws
- Summer semester 2022: Path integrals in quantum mechanics and field theory
- Winter semester 2021/2022: Cosmology and particle physics
- Summer semester 2021: Phase transitions and critical phenomena
- Winter semester 2020/2021: Symmetries and conservation laws
- Summer semester 2020: Quantum mechanics in depth
- Winter semester 2019/2020: Cosmology and particle physics
- Summer semester 2019: Path integrals in quantum mechanics and field theory
- Winter semester 2018/2019: Phase transitions and critical phenomena
- Summer semester 2018: Cosmology and particle physics
- Winter semester 2017/2018: LHC phenomenology
- Summer semester 2017: Symmetries and conservation laws
- Winter semester 2016/2017: Cosmology and particle physics
- Summer semester 2016: Quantum mechanics in depth
- Winter semester 2015/2016: Path integrals in quantum mechanics and field theory
- Summer semester 2015: Symmetries and conservation laws
- Winter semester 2014/2015: Cosmology and particle physics
- Summer semester 2014: Quantum mechanics in depth
- Winter semester 2013/2014: Cosmology and particle physics
- Summer semester 2013: Symmetries and conservation laws
- Winter semester 2012/2013: Phase transitions and critical phenomena
- Summer semester 2012: Path integrals in quantum mechanics and field theory
- Winter semester 2011/2012: Cosmology and particle physics
- Summer semester 2011: Quantum mechanics in depth
- Winter semester 2010/2011: Symmetries and conservation laws
- Summer semester 2010: Path integrals in quantum mechanics and field theory
- Winter semester 2009/2010: Phase transitions and critical phenomena
- Summer semester 2009: Quantum mechanics in depth
- Winter semester 2008/2009: Cosmology and particle physics
- Summer semester 2008: Symmetries and conservation laws
- Winter semester 2007/2008: Path integrals in quantum mechanics and field theory
- Summer semester 2007: Symmetries and conservation laws
- Winter semester 2006/2007: Cosmology and particle physics
- Summer semester 2006: Quantum mechanics in depth
- Winter semester 2005/2006: Phase transitions and critical phenomena
- Summer semester 2005: Cosmology and particle physics
- Winter semester 2004/2005: Symmetries and conservation laws
Seminar on particle and nuclear theory, Prof. Dr. G. Münster, Prof. Dr. M. Stingl
- The theory of the electromagnetic, weak and strong interactions (SS 2004)
- Models and methods of statistical mechanics and field theory (WS 2003/2004)
- Symmetry and supersymmetry (SS 2003)
- Field theory on the lattice (WS 2002/2003)
- Quantum electrodynamics (SS 2002)
- Fundamentals and interpretation of quantum mechanics (WS 2001/2002)
List of literature (WS 2001/2002) - Scattering theory (SS 2001)
- Phase transitions and critical phenomena (WS 2000/2001)
List of literature (WS 2000/2001) - Path integrals (SS 2000)
List of literature (SS 2000) - Symmetry and aupersymmetry (WS 1999/2000)
List of literature (WS 1999/2000) - Semi-classical methods of quantum theory (SS 1999)
List of literature (SS 1999) - Field theory on the lattice (WS 1998/1999)
- Quantum electrodynamics (SS 1998)
List of literature (SS 1998) - Modern methods of statistical mechanics (WS 1997/1998)
List of literature (WS 1997/1998) - Symmetries and conservation laws (SS 1997)
List of literature (SS 1997) - Critical phenomena and renormalization group (WS 1996/1997)
- Fundamentals of quantum mechanics (SS 1996)
List of literature (SS 1996) - Models of statistical mechanics (WS 1995/1996)
List of literature (WS 1995/1996) - Perturbative particle physics (SS 95)
- Theory of neural networks (WS 94/95)
- Critical phenomena and renormalization group (SS 94)
- Path integrals (WS 93/94)
- Critical phenomena (SS 93)
- Group theory and supersymmetry (WS 92/93)
- Fundamentals of quantum theory (SS 92)
- Selected topics from statistical mechanics and quantum field theory (WS 91/92)
- Path integrals (SS 91)
- Phase transitions and critical phenomena (WS 90/91)