Wide range of courses offered from foundation level (Bachelor's course) to introductions to top international research (Master's course) in almost all disciplines of Physics, organised into the 3 key areas of Condensed Matter, Nuclear, , Particle and Astrophysics and Biophysics; Intensive synergy between research and teaching within the inter-disciplinary environment of a top-class technical university.; Excellent experimental facilities as well as connection to large-scale research establishments such as FRMII and CERN; Studies take place within a research campus that is unique in Germany.

Introductions to top international research (master's) in nearly all physics disciplines, organised into the three key areas of condensed matter, nuclear, particle and astrophysics, and biophysics; Intensive synergy between research and teaching within the interdisciplinary environment of a top technical university, including, for example, quantum technologies.; Excellent experimental facilities as well as connection to large-scale research establishments such as FRMII and CERN; Studies take place within a research campus that is unique in Germany.

Our international orientation and cross-border cooperation has a long tradition and has led to many successes over the years, including the successful extension of the Excellence Initiative, but also to numerous high-profile national research networks or activities at international research institutions (CERN, LNGS, IceCube, RIKEN, TRIUMF, etc.). Indicators: Student body (international students in the Master's programme: approximately 25%; in the international Master's approx. 40%), the College of Professors (approx. 25% international) and visiting academics. Students are involved in international research collaborations of the work groups.

Keio University, KTH Stockholm, Technical University of Denmark, Universitat de Barcelona, Universite Grenoble Alpes, National University of Singapore, NTNU Trondheim, The University of Edinburgh, Helsingin yliopisto, University of Illinois at Urbana-Champaign

The TUM School of Natural Sciences is not only one of the largest and most important research centres for physics in Europe, but also the academic home for more than 2000 students, 600 doctoral candidates and 300 other academics. 10 good reasons to study Physics at the TUM: Extensive range of courses offered; Reputation; Outstanding scientists; Wide range of research opportunities; Excellent support; Internationality; Excellent IT infrastructure; Garching campus: Everything on site; The high-tech metropolis of Munich.

The research areas of the Physics department cover a comprehensive spectrum from the smallest elementary particles to biophysical systems to the properties of condensed matter. One particular advantage of the location is the excellent integration with the Garching Campus and the close links with the numerous Max Planck institutes and other research centres. The department's strength in research is shown by the successful participation in numerous Collaborative Research Centres, Transregios, excellence clusters and relevant rankings.

Research Neutron Source and TUM School of Natural Sciences are the nuclei of the Garching campus and still today radiate scientific appeal, initiative and innovation. Numerous renowned institutes, schools and research institutions have been added and today the campus is the largest site of the TUM. It is home to various research institutions of the Max Planck Society, the Bayerische Akademie der Wissenschaften (Bavarian Academy of Sciences) and the LMU. The settling of companies here completes the campus and builds a bridge for the economic utilisation of innovative ideas.