Lecture Courses

 

Within the Research Training Group, various lectures are offered:

WS23/24

• Experimental top-quark and Higgs-boson physics, Prof. Johannes Erdmann
• Advanced quantum field theory, Prof. Michal Czakon
• Quantum Field Theory of Particle Physics I, Prof. Robert Harlander
• Experimental Techniques in Particle Physics, Prof. Alexander Schmidt
• Machine Learning, Prof. Bastian Leibe
• Elements of Machine Learning and Data Science, Prof. Bastian Leibe
• Quantum Theory derived from Information Principles, Prof. Maarten Wegewijs
• Theory of Relativity and Cosmology, Prof. Philipp Mertsch
• Introduction to Accelerator Physics, Prof. Andreas Lehrach

SS2023

• Astroparticle Physics, Prof. Christopher Wiebusch
• Deep Learning in Physics Research, Prof. Martin Erdmann, Prof. Johannes Erdmann, Prof. Uwe Klemradt
• Physics at the LHC with the CMS experiment, Prof. Oliver Pooth, Prof. Alexander Schmidt
• Low-energy Neutrino Physics, Prof. Achim Stahl
• The ingredients of the Universe, Prof. Julien Lesgourgues
• Particle Physics II, Prof. Lutz Feld
• Neutron stars, black holes and ultra-high energy cosmic rays, Prof. Philipp Mertsch
• Computational Physics, Prof. Kristel Francine Michielsen
• Quantum Information, Prof. Markus Müller, Prof. Maarten Wegewijs
• Advanced Machine Learning, Prof. Bastian Leibe

• Quantum Algorithms, Prof. Mario Berta

WS22/23

• Advanced quantum field theory, Prof. R. Harlander

• Experimental Techniques in Particle Physics, Prof. A Schmidt

• Astronomy and Astrophysics, Prof. Wiebusch

• Science for Nuclear Arms Control, Prof. Göttsche

• Introduction to Accelerator Physics, Prof. Lehrach

• The Non-Thermal Universe, Prof. P. Mertsch

SS2022

• The ingredients of the Universe, Prof. J. Lesgourgues
• Theory of Deep Learning, Prof. M. Krämer
• Astroparticle Physics, Prof. Ch. Wiebusch
• Physics at the LHC with the CMS experiment, Prof. O. Pooth O, Prof. A. Schmidt
• Particle Physics II, Prof. T. Hebbeker
• Deep Learning in Physics Research, Prof. M. Erdmann, Prof. U. Klemradt

WS21/22

• Advanced quantum field theory, Prof. M. Czakon
• Experimental Techniques in Particle Physics, Prof. A. Schmidt
• Gamma-Ray Telescope in the Class Room, Prof. Bretz
• Astronomy and Astrophysics, Prof. Wiebusch
• Science for Nuclear Arms Control, Prof. Göttsche
• Introduction to Accelerator Physics, Prof. Lehrach

SS2021

• Deep Learning in Physics Research, Prof. Erdmann, Prof. Uwe Klemradt
• Neutron stars, black holes and ultra-high energy cosmic rays, Prof. P. Mertsch
• The ingredients of the Universe, Prof. J. Lesgourgues
• Quantum Information, Prof. M. Müller, Prof. M. R. Wegewijs
• Astroparticle Physics, Prof. C Wiebusch
• Physics at the LHC with the CMS experiment, Prof. A. Schmidt, Prof. O. Pooth
• Dark Matter, Prof. F. Kahlhoefer
• Quark Flavour Physics, Prof. C. M. Langenbruch
• Computational Physics, Prof. K. F. Michielsen
• Advanced Machine Learning, Prof. B. Leibe

WS20/21

• Advanced quantum field theory, Prof. R. Harlander
• Gauge Theories in Particle Physics, Prof. M. Kraemer
• Statistics and Data Analysis, Prof. F. Kahlhoefer
• Theory of Relativity and Cosmology, Prof. P. Mertsch
• Quantum Field Theory of Particle Physics I, M. Czakon
• Experimental Techniques in Particle Physics, Prof. A. Schmidt
• Astronomy and Astrophysics, Prof. C. Wiebusch
• Particle Physics I, Prof. A. Stahl
• Science for Nuclear Arms Control, Prof. M. Göttsche

SS2020

• Quantum Field Theory of Particle Physics II, Prof. R. Harlander
• Dark Matter, Prof. F. Kahlhoefer
• Particle Physics II, Prof. M. Erdman
• Physics at the LHC with the CMS experiment, Prof. A. Schmidt, Prof. O. Pooth
• Astroparticle Physics, Prof. C Wiebusch

WS19/20

• Quantum Field Theory of Particle Physics I, Prof. R. Harlander
• Particle Physics I, Prof. M. Erdman
• Advanced quantum field theory, Prof. M. Czakon
• Theory of Relativity and Cosmology, Prof. J. Lesgourgues
• Statistics and Data Analysis, Prof. J. Pretz
• Experimental Techniques in Particle Physics, Prof. A. Schmidt