Course catalogue
Overview > Faculty of Mathematics, Informatics and Natural Sciences > Department of Physics > D2. For students of Nanoscience (MSc) > II. Advanced master's courses > Compulsory in physics
- Modul PHY-MV-FN-E43: Vertiefungspraktikum zur Nanostrukturphysik II
- Module PHY-MV-BP-E02: Biomedical physics II (5 CP)
- Modul PHY-MV-FN-E40: Selbstorganisation an Oberflächen (5 LP)
- Module PHY-MV-FN-E04: Nanostructure physics II - magnetism and surface physics (8 CP)
- Module PHY-MV-FN-E11: Nanostructure physics IV - energy materials and nanobiotechnology (4 CP)
- Module PHY-MV-FN-E12: Modern methods in characterizing surfaces and nanostructures (5 CP)
- Module PHY-MV-FN-E16: Seminar on near field interface physics and nanotechnology (3 CP)
- Module PHY-MV-FN-E23: X-ray analytics and microscopy in nanoscience (3 CP)
- Module PHY-MV-FN-E26: Microfluidics I (3 CP)
- Module PHY-MV-FN-E33: Modern scattering methods in nanomaterial science (5 CP)
- Module PHY-MV-FN-E34: Methods in nanobiotechnology II (7 CP)
- Module PHY-MV-FN-E36: Complex materials (6 CP)
- Module PHY-MV-FN-T23: Solid-state bodies and cold atoms (8 CP)
- Module PHY-MV-FN-T28: Condensed-matter theory - special topics (8 CP)
- Module PHY-MV-LP-E06: Modern molecular physics - cluster physics (5 CP)
- Module PHY-MV-LP-E10: Methods of modern X-ray physics II - scattering and imaging (8 CP)
- Module PHY-MV-LP-E29: New experiments with XFEL sources (4 CP)
- Module PHY-E6: Atoms, molecules and laser physics (Physics VI) (7 CP)
- Module PHY-T2: Quantum mechanics I (Th. Ph. II) (9 CP)