MSc Courses
At the Universities of Stuttgart and Ulm many interesting fundamental and advanced lectures or seminars on quantum science and technology are offered within the bachelor and master programs in physics, chemistry and engineering.
These offers are complemented by lectures of invited guest researchers and continuously developed and expanded by further interdisciplinary lectures and seminars.
In the Master's program, lectures are offered that are more advanced and specific to individual topics in order to gain a deeper and broader understanding of quantum science.
After your MSc you can do your PhD in IQST Graduate School or join the newly founded GS in Photonic Quantum Technologies. (note information below)
| Study courses Ulm University | Winter/Summer semester | Lecturer |
| Coherence and Decoherence of Open Quantum Systems | WS | S. Huelga |
| Condensed Matter Theory | WS, SS | B. Kubala |
| Experimental Quantum Optics | SS | A. Kubanek |
| Optical und Quantum Metrology | WS | E. Giese |
| Quantum Maschine Learning | SS | S. Wölk |
| Scattering Theory | irregular | Efremov |
| Seminar Quantum Sensing and Metrology | irregular | F. Jelezko |
| Seminar Ultracold Quantum Gases | WS | J. Hecker Denschlag |
| Theoretical Quantum Optics | SS | M. Plenio |
| Theory of Quantum Information | WS | M. Plenio |
| Ultracold Quantum Gases | SS | J. Hecker Denschlag |
| Introduction to Quantum Electronics | irregular | Siyushev |
For more information please visit Curriculum Ulm University.
| Study courses University of Stuttgart | Winter/Summer semester | Lecturer |
| Advanced Quantum Theory | WS | M. Daghofer |
| Fortgeschrittene Molekül- und Festkörperphysik | WS | H. Gießen |
| Fortgeschrittene Vielteilchentheorie | WS | H.P. Büchler |
| Festkörperphysik: Licht und Materie 1+2 | ||
| Lineare Optik | WS | R. Löw |
| Halbleiter-Quantenoptik | SS | P. Michler |
| Halbleiterphysik 1+2 | ||
| Advanced Atomic Physics 1+2 | SS/WS | T. Pfau/T. Langen |
| Solid State Spectroscopy | SS | B. Keimer/C. Ast |
| Stochastic Dynamics 1+2 | ||
| Nichtlineare Dynamik 1+2 | SS/WS | J. Main |
| Quanteninformationsverarbeitung 1+2 | ||
| Advanced Statistical Phyiscs | ||
| Solid State Theory | SS | M. Daghofer |
| Quantum Materials: Superconductivity | Magnetism | Topological Aspects | Physics in Reduced Dimensions | ||
| Quantum Technologies 1+2 | SS/WS | S. Barz |
| Quantum Field Theory | SS | N. Lang |
| Quantum Computing 1 + 2 | SS/WS | J. Wrachtrup |
| Spin based Quantum Sensing | SS | J. Wrachtrup |
| Applications of Quantum Materials | WS | E. Uykur |
For more information please visit Curriculum University of Stuttgart.
Interdisciplinary training program for Photonic Quantum Engineers
GRK 2462 "Towards Graduate Experts in Photonic Quantum Technologies" is a DFG-funded Research Training Group with the aim to establish a new type of professionals: The Photonic Quantum Engineer. The funding starts on April 1st 2021. The Research Training Group builds on activities of the Stuttgart Research Center of Photonic Engineering (SCoPE) and the Center for IQST.
The Photonic Quantum Engineer is an expert in both quantum physics and engineering. Therefore, the Research Training Group is going to establish a new interdisciplinary training program covering different aspects ranging from novel materials and fabrication methods over electronics and data analysis to theory and simulations. Each doctoral researcher will be supervised by one expert from physics and one from engineering and work a highly topical research projects related to quantum light sources, quantum sensing, and enabling technologies.
For more information please visit the GRK 2462 website.