• The master's degree program in physics enables in-depth academic study with a specialization in a research area. The program offers close contact between research teams and students: beginning early-on in the program, it is possible to participate in work in experimental physics, theoretical physics, numerical physics, and teacher training for physics.
  • The consecutive disciplinary master's degree program is conceived as a research-oriented, full-time degree program that concludes with the degree of Master of Science. In addition to the classical focus areas of solid-state physics, optics, surface physics, computational physics, and theoretical physics, cross-disciplinary contact to neighboring disciplines is very important—particularly where physical aspects and mathematical-quantitative relations are important for modern research. This especially includes the areas of biophysics, physical chemistry, and nanostructured materials.