Course catalogue
Overview > Faculty of Mathematics, Informatics and Natural Sciences > Department of Physics > D2. For Students of Nanoscience (M.Sc.) > II. Advanced Master's Courses > Compulsory in Physics
- Lab course quantum gases
- Module PHY-MV-BP-E01: Biomedical Physics I (5 CP)
- Module PHY-MV-BP-E03: Biomedical Physics III (3 CP)
- Module PHY-MV-BP-E01s: Seminar on Biomedical Physics (3 CP)
- Module PHY-MV-FN-E02: Nanostructure Physics I (8 CP)
- Module PHY-MV-FN-E16: Seminar on Near Field Interface Physics and Nanotechnology (3 CP)
- Module PHY-MV-FN-E18: Bio- and Nanointerfaces (3 CP)
- Module PHY-MV-FN-E31: The Art of Computer Based Modelling and Simulation of Experimental Data (9 CP)
- Module PHY-MV-FN-E32: Quantum Transport and Applied Quantum Physics (4 CP)
- Module PHY-MV-FN-E38: Biophysical Methods (3 CP)
- Module PHY-MV-FN-E39: Methods in Nanobiotechnology II (7 CP)
- Module PHY-MV-FN-T19: Seminar on Quantum Dynamics of Nano-systems in Non-equilibrium (3 CP)
- Module PHY-MV-LP-E05: Methods of Modern X-Ray Physics I - Spectroscopy (8 CP)
- Module PHY-MV-LP-E11: Ultrafast Optical Physics I (5 CP)
- Module PHY-MV-LP-E16: Modern Molecular Physics (4 CP)
- Module PHY-MV-LP-E27: Nonlinear Optics (6 CP)
- Module PHY-T1: Theoretical Mechanics and Electrodynamics (Theoretical Physics I) (9 CP)
- Module PHY-T3: Statistics and Thermodynamics (Theoretical Physics III)
- Module PHY-MV-BE-T01: Quantum Mechanics II (8 CP)