Tübingen | |
| Lecture: Macroscopic Quantum States | J. Fortàgh, R. Kleiner, 2 hours, each winter semester |
| Lecture: Macroscopic Quantum Phenomena in Josephson Junctions and Related Systems | E. Goldobin, R. Kleiner, 2 hours, each summer semester |
| Seminar: Controllable Quantum Phenomena in Atomic Physics and in Solid State Physics | J. Fortàgh,E. Goldobin, T. Judd, R. Kleiner, D. Kölle, C. Zimmermann, 2 hours, each semester |
| Lecture: Computational Quantum Physics I & II | T. Judd, 2 hours, each semester |
| Lecture: Presentation Skills for Scientists | T. Judd, 1 hour, each semester |
| Lecture: Superconductivity I (Basics) | E. Goldobin, R. Kleiner, 2 hours, each winter semester |
| Lecture: Superconductivity II (Thin film Devices) | D. Kölle , M. Kemmler, 2 hours, each summer semester |
| Lecture: Quantum Optics | C. Zimmermann, A. Stibor, A. Guenther 2 hours, each summer semester |
| Lecture: Quantum many-body systems | S. Andergassen 2 hours, summer semester 2015 |
| Graduate Colloquium - Quantum Phenomena involving a large number of groups from the fields of mathematics, physics and chemistry | |
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Ulm | |
| Seminar: Quantum Information Processing 1 & 2 | F. Schmidt-Kaler, T. Calarco, S. Montangero, K. Singer, 3 hours, each semester |
| Lecture: Quantum Mechanics: Advanced Methods | W. Schleich, 3 hours each summer semester |
| Seminar: Optimal Control Theory | T. Calarco, 2 hours each winter semester |
| Lecture: Quantum Optics | F. Jelezko, W. Schleich, 2 hours each winter semester |
| Lecture: Ultracold Quantum Gases | J. Hecker-Denschlag, 3 hours every second semester |
| Seminar: Ultracold Quantum Gases | J. Hecker-Denschlag, 2 hours every second semester |
| Lecture: Computational Quantum Physics | S. Montanegro, 5 hours every second semester |
| Seminar: Quantum Information | S. Montanegro, 2 hours every second semester |
| Lecture: Quantum Mechanics on Macroscopic Scales | J. Ankerhold, 3 hours every second semester |
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Stuttgart/MPI Stuttgart | |
| Lecture: Advanced Atomic Physics 1 & 2 | T. Pfau, R. Löw 2 hours, each semester |
| Lecture: Advanced Optics | P. Michler, A. Griesmaier, 2 hours, each semester |
| Lecture: Quantum Optics | T. Pfau, 2 hours, each semester |
| Lecture: Superconductivity | M. Dressel, 2 hours, each semester |
| Lecture: Light and Matter | M. Scheffler, 2 hours, each semester |
| Lecture: Semiconductor Physics | H. Schweizer, 2 hours, each semester |
| Lecture: Non-linear Optics | A. Griesmaier, 2 hours, each semester |
| Lecture: Nanotechnology | L. Bogani, 2 hours, each semester |
| Lecture, Block Seminar: Photonic Materials and Devices | M. Dressel, 2 hours, each semester |
| Lecture: Solid State Spectroscopy | B. Keimer, 2 hours, each semester |
| Lecture: Quantum herostructures | J. Mannhart, 2 hours, each semester |
| Seminar: Optics at the Limit | A. Griesmaier, S. Hofferberth, 2 hours, SS 2013 |
| Seminar: Wechselwirkende Quantengase | A. Griesmaier, R. Löw, T. Pfau, 2 hours, WS 2010/11 |
| Seminar: Quantum Control and Manupulation of Atoms and Molecules with Light | A. Griesmaier, 2 hours, SS 2011 |
| Seminar: Quantum Field-Theory of Low-dimensional Systems | A. Muramatsu, 2 hours, each summer semester |
| Lecture: Spontaneous Symmetry Breaking and Field-Theory | A. Muramatsu, 2 hours, each semester |