Vorlesungsarchiv
- WS20/21 - Experimentalphysik III
- WS20/21 - Condensed Matter Physics I
- WS20/21 - Moderne Physik II
- WS20/21 - Physics of Surfaces and Nanostructures
- WS20/21 - Superconductivity
- WS20/21 - Topological Matter and Quantum Computing
- SS20 - Experimentalphysik I
- SS20 - Festkörperphysik
- SS20 - Physik des Fahrrads
- SS20 - Condensed Matter Physics
- SS20 - Experimental Methods in Condensed Matter Physics
- SS20 - Magnetism
- SS20 - Photons and Matter
- WS19/20 - Experimentalphysik für Naturwissenschaftler
- WS19/20 - Condensed Matter Physics I
- WS19/20 -Moderne Physik II
- WS19/20 - Optical Spectroscopy
- SS19 - Experimentalphysik I
- SS19 - Festkörperphysik (Bachelor)
- SS19 - Physik des Fahrrads
- SS19 - Condensed Matter Physics II
- SS19 - 2D materials
- SS19 - Experimental methods
- SS19 - Magnetism
- SS19 - Topological Matter
- WS18/19 - Condensed Matter Physics I
- WS18/19 - Experimentalphysik I
- WS18/19 - Introduction to Neutron Scattering
- WS18/19 -Moderne Physik II
- WS18/19 - Superconductivity
- SS18 - Festkörperphysik (Bachelor)
- SS18 - Condensed Matter Physics II
- SS18 - Experimental methods
- SS18 - Magnetism
- SS18 - Physik des Fahrrads
- SS18 - Topological Matter
- WS17/18 - Optical Spectroscopy
- WS17/18 - Moderne Physik II
- WS17/18 - Atomphysik
- WS17/18 - Condensed Matter Physics I
- WS17/18 - Physics of Surfaces and Nanostructures
- SS17 - Magnetism
- SS17 - Experimental Methods
- SS17 - Physics of Surfaces and Nanostructures
- WS 16/17 Intensive Week: Spectroscopic characterization of the electronic and vibrational structure of surfaces and solids
- WS16/17 - Experimentalphysik für Naturwissenschaftler
- WS16/17 - Superconductivity
- WS16/17 - Moderne Physik II
- WS16/17 - Condensed Matter Physics I
- WS16/17 - Solid State Spectroscopy (2016-2017)
- WS16/17 - Vorkurs
- SS16 - Intensive Week: Magnetotransport in 2D Materials
- SS10 - Festkörperphysik (Solid State Physics)
- SS16 - Magnetism
- SS16 - Fahrradphysik
- SS10 - Festkörperphysik (Solid State Physics)
- SS16 - Experimental Methods
- SS16 - Experimentalphysik I
- SS16 - Condensed Matter Physics II
- WS15/16 - Neutronen
- WS15/16 - Experimentalphysik I
- WS15/16 - Solid State Spectroscopy Course for Master Students
- SS15 - Experimental methods in solid state physics
- SS15 - Magnetism
- SS10 - Festkörperphysik (Solid State Physics)
- SS15 - Fahrradphysik
- SS15 - Experimentalphysik II
- WS14/15 - Physics at Surfaces
- WS14/15 - Optical Spectroscopy
- WS14/15 - Atomphysik
- WS14/15 - Introduction to strongly correlated electron systems
- WS14/15 - Struktur der Materie
- WS14/15 - Experimentalphysik für Studierende der Naturwissenschaften
- SS14 - Photons and Matter
- SS14 - Condensed Matter Physics I & II
- SS14 - Experimental methods in solid state physics
- SS10 - Festkörperphysik (Solid State Physics)
- SS14 - Magnetism
- SS 14 - 2-dimensional materials
- WS 13/14 - Struktur der Materie
- WS13/14 - Physics at Surfaces and Nanostructures
- WS13/14 - Experimentalphysik für Studierende der Naturwissenschaften
- WS13/14 - Vorkurs
- WS 13/14 - Elektrosmog
- WS13/14 - Superconductivity
- SS13 - Condensed Matter Physics II
- SS13 - Experimentelle Methoden der Festkörperphysik
- SS13 - Magnetism
- SS13 - Festkörperphysik (Bachelor)
- SS13 - Struktur der Materie
- WS 12/13 - Condensed Matter Physics I
- WS 12/13 - Elektrosmog
- WS12/13 - Experimentalphysik für Naturwissenschaftler
- WS12/13 - Superconductivity
- WS 12/13 - Surfaces and Nanostructures
- SS12 - Festkörperphysik (Bachelor)
- SS12 - Condensed Matter Physics II
- SS12 - Experimentelle Methoden der Festkörperphysik
- SS12 - Struktur der Materie
- WS11/12 - Synchrotron Radiation (SR) in Solid State Research
- WS11/12 - Condensed Matter Physics I
- WS11/12 - Superconductivity
- WS11/12 - Experimentalphysik I
- WS 11/12 - Experimentalphysik für Naturwissenschaftler
- SS11 - Struktur der Materie
- SS11 - Vorkurs
- SS11 - Condensed Matter Physics II
- SS11 - Magnetism
- SS11 - Festkörperphysik (Bachelor)
- SS11 - Experimentalphysik I
- WS10/11 - Physics of Surfaces and Nanostructures
- WS10/11 - Superconductivity
- WS10/11 - Atomphysik
- WS10/11 - Condensed Matter Physics I
- WS10/11 - Elektrosmog
- SS10 - Struktur der Materie
- SS10 - Solid State Physics III
- SS10 - Festkörperphysik (Solid State Physics)
- SS10 - Experimentalphysik II
- SS10 - Experimentelle Methoden der Festkörperphysik
- WS 09/10 - Glass Physics
- WS 09/10 - Solid State Physics II
- WS09/10 - Surfaces and Nanostructures
- WS 09/10 - Superconductivity
- SS09 - Elektrosmog
- SS09 - Festkörpermethoden
- SS09 - Festkörperphysik
- SS09 - Optische Spektroskopie an Festkörpern
- SS09 - Struktur der Materie
- WS 08/09 - Surfaces and Nanostructures
- WS 08/09 - Experimentalphysik I
- WS 08/09 - Experimentalphysik für Naturwissenschaftler
- SS08 - Festkörperphysik II (Prof. Michely)
- SS08 - Experimentalphysik I
- SS08 - Festkörperphysik (Prof. Braden)
- SS08 - Übungen zur Festkörperphysik
- WS07/08 - Neutronenstreuung (Prof. Braden)
- WS07/08 - Festkörperphysik I (Prof. Michely)
- SS06 - Physik II für Studierende der Physik und Mathematik