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The consecutive, research-oriented Master's course builds upon the Bachelor's course in Physics. The prescribed period of study is two years (120 credit points). Entry into the course is possible at the beginning of each winter semester or summer semester.
As a compulsory component of the study programme, the advanced fundamentals of modern experimental and theoretical physics are taught. Within this part, the following modules are to be completed:
In addition, students must choose one or two of the following modules:
If only one of the above modules is chosen, one of the following modules must also be selected:
As an elective part of the studies, students can choose further modules from the above list, from the schedule of modules listed below (not all modules are offered in every year), or from modules offered by other departments:
As a compulsory component of the study programme, the advanced fundamentals of modern experimental and theoretical physics are taught. Within this part, the following modules are to be completed:
- Physics laboratory practical course for Master's students
- Seminar "Selected Topics in Physics"
In addition, students must choose one or two of the following modules:
- Advanced Quantum Mechanics
- Statistical Physics and Thermodynamics
- Advanced Statistical Physics
- Quantum Field Theory and Many-Body Physics
If only one of the above modules is chosen, one of the following modules must also be selected:
- Advanced Solid State Physics
- Advanced Atomic and Molecular Physics
- Advanced Biophysics
As an elective part of the studies, students can choose further modules from the above list, from the schedule of modules listed below (not all modules are offered in every year), or from modules offered by other departments:
- Theoretical Solid-State Physics
- Advanced Theoretical Biophysics
- Nanophysics
- Ultrafast Spectroscopy and Nonlinear Optics
- Spectroscopy with Synchrotron Radiation
- Photobiophysics and Photosynthesis
- Semiconductor Physics
- General Relativity
- History of Physics
- Advanced Topics in Theoretical Condensed Matter Physics
- Special Topics in Magnetism
- Special Topics in Molecular Physics
- Special Topics in Molecular Biophysics
- Advanced Astronomy and Astrophysics
- Modern Methods in Theoretical Physics
- Modern Methods in Experimental Physics