Group of Prof. Dr. Heitger

The group belongs to the Research Focus “Elementary Particle Physics” of the Department of Physics.

Field of Research:
Theory of Elementary Particles and Quantum Chromodynamics on the Lattice

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Contact

Prof. Dr. Jochen Heitger
Westfälische Wilhelms-Universität Münster
Institute of Theoretical Physics

Room 318
Wilhelm-Klemm-Straße 9
48149 Münster
Germany

T: +49 251 83-34948
F: +49 251 83-36328
heitger@uni-muenster.de

Teaching: lectures and seminars

Current term

• Introduction to the general theory of relativity and cosmology, SS 2019 (Heitger)
• Seminar on the theory of particles and fields, SS 2019 (Heitger, Klasen, Kulesza, Münster)
• Research seminar: quantum field theory, SS 2019 (Heitger, Klasen, Kovařík, Kulesza, Münster, Wulkenhaar)

Past terms

• Research seminar: quantum field theory, WS 2024/2025 (Heitger, Klasen, Kovařík, Kulesza, Schmitz, Wulkenhaar)
• Research seminar: quantum field theory, SS 2024 (Heitger, Klasen, Kovařík, Kulesza, Schmitz, Wulkenhaar)
• Research seminar: quantum field theory, WS 2023/2024 (Heitger, Klasen, Kovařík, Kulesza, Schmitz, Wulkenhaar)
• Research seminar: quantum field theory, SS 2023 (Heitger, Klasen, Kovařík, Kulesza, Schmitz, Wulkenhaar)
• Research seminar: quantum field theory, WS 2022/2023 (Heitger, Klasen, Kovařík, Kulesza, Wulkenhaar)
• Research seminar: quantum field theory, SS 2022 (Heitger, Klasen, Kovařík, Kulesza, Wulkenhaar)
• Seminar on the theory of atoms, nuclei and condensed matter, WS 2021/2022 (FT, TP)
• Research seminar: quantum field theory, WS 2021/2022 (Heitger, Klasen, Kovařík, Kulesza, Wulkenhaar)
• Research seminar: quantum field theory, SS 2021 (Heitger, Klasen, Kovařík, Kulesza, Wulkenhaar)
• Seminar on the theory of atoms, nuclei and condensed matter, WS 2020/2021 (FT, TP)
• Numerical solution of physical problems, WS 2020/2021 (Heitger)
• Seminar on the theory of particles and fields, WS 2020/2021 (Heitger, Klasen, Salomon)
• Introduction to quantum field theory, WS 2020/2021 (Heitger)
• Research seminar: quantum field theory, WS 2020/2021 (Heitger, Klasen, Kovařík, Kulesza, Wulkenhaar)
• Seminar on the theory of particles and fields, SS 2020 (Heitger, Klasen)
• Introduction to scientific programming, SS 2020 (Heitger)
• Research seminar: quantum field theory, SS 2020 (Heitger, Klasen, Kovařík, Wulkenhaar)
• Seminar on the theory of atoms, nuclei and condensed matter, WS 2019/2020 (FT, TP)
• Mathematics for the teaching degree in physics for secondary schools, WS 2019/2020 (Heitger)
• Seminar on the theory of particles and fields, WS 2019/2020 (Heitger, Klasen, Kulesza)
• Research seminar: quantum field theory, WS 2019/2020 (Heitger, Klasen, Kovařík, Kulesza, Wulkenhaar)
• Seminar on the theory of atoms, nuclei and condensed matter, WS 2018/2019 (FT, TP)
• Seminar on the theory of particles and fields, WS 2018/2019 (Heitger, Klasen, Kulesza, Münster)
• GRK 2149 “Computational methods for particle physics”, WS 2018/2019 (Heitger, Bergner, Münster, Weinheimer, Vogl)
• Research seminar: quantum field theory, WS 2018/2019 (Heitger, Klasen, Kovařík, Kulesza, Münster, Wulkenhaar)
• Introduction to the general theory of relativity and cosmology, SS 2018 (Heitger, Weinheimer)
• Seminar on the theory of particles and fields, SS 2018 (Heitger, Klasen, Kulesza, Münster)
• Research seminar: quantum field theory, SS 2018 (Heitger, Klasen, Kovařík, Kulesza, Münster, Wulkenhaar)
• Seminar on the theory of atoms, nuclei and condensed matter, WS 2017/2018 (FT, TP)
• Numerical solution of physical problems, WS 2017/2018 (Heitger)
• Seminar on the theory of particles and fields, WS 2017/2018 (Heitger, Klasen, Kulesza, Münster)
• Research seminar: quantum field theory, WS 2017/2018 (Heitger, Klasen, Kovařík, Kulesza, Münster, Wulkenhaar)
• GRK 2149 “Joint seminar of the research area particle physics”, WS 2017/2018 (KP, TP)
• Introduction to scientific programming, SS 2017 (Heitger)
• GRK 2149 “Hadron physics and lattice QCD”, SS 2017 (Heitger, Khoukaz)
• Seminar on the theory of particles and fields, SS 2017 (Heitger, Klasen, Kulesza, Münster)
• Research seminar: quantum field theory, SS 2017 (Heitger, Klasen, Kovařík, Kulesza, Münster, Wulkenhaar)
• GRK 2149 “Joint seminar of the research area particle physics”, SS 2017 (KP, TP)
• Seminar on the theory of atoms, nuclei and condensed matter, WS 2016/2017 (FT, TP)
• Numerical solution of physical problems, WS 2016/2017 (Heitger)
• Mathematics for the teaching degree in physics for secondary schools, WS 2016/2017 (Heitger)
• Seminar on the theory of particles and fields, WS 2016/2017 (Heitger, Klasen, Kulesza, Münster)
• Research seminar “quantum field theory”, WS 2016/2017 (Heitger, Klasen, Kovařík, Kulesza, Münster, Wulkenhaar)
• GRK 2149 “Joint seminar of the research area particle physics”, WS 2016/2017 (KP, TP)
• Seminar on the theory of particles and fields, SS 2016 (Heitger, Klasen, Münster)
• Introduction to scientific programming, SS 2016 (Heitger)
• Research seminar “quantum field theory”, SS 2016 (Heitger, Klasen, Kovařík, Kulesza, Münster, Wulkenhaar)

• Computational Physics: Numerical solution of physical problems (WS 2015/2016)
• Mathematics for the teaching degree in physics for secondary schools (WS 2015/2016)
• Introduction to general relativity and cosmology (SS 2015)
• Mathematics for the teaching degree in physics for secondary schools (WS 2014/2015)
• Hadron physics and lattice QCD (SS 2014)
• Mathematics for the teaching degree in physics for secondary schools (WS 2013/2014)
• General relativity (SS 2013)
• Mathematics for the teaching degree in physics for secondary schools (WS 2012/2013)
• General relativity (WS 2011/2012)
• Computational Physics: Introduction to scientific programming (SS 2011)
• General relativity (WS 2010/2011)
• Introduction to quantum field theory (SS 2010)
• General relativity (WS 2009/2010)
• Introduction to quantum field theory (SS 2009)
• Quantum chromodynamics II (WS 2008/2009)
• Quantum field theory and QCD (SS 2008)
• Quantum chromodynamics (SS 2007)
• Introduction to the standard model of particle physics (WS 2006/2007)
• Introduction to lattice field theory (WS 2005/2006)