Master's: Advanced Quantum Physics

Discover the modern science of matter and energy on atomic and subatomic scales at one of the leading German research departments. Gain theoretical understanding and experimental expertise in state-of-the-art techniques and technologies. Work with leading researchers from all over the world and learn from award-winning teachers. Knowledge & competences gained: Theoretical foundations and experimental techniques of nonlinear and quantum optics Physics and experimental tools of ultracold quantum gases, quantum sensing, and quantum computing Key elements of quantum technology Theoretical tools in advanced quantum mechanics Many-body quantum phenomena and their theoretical description Basic elements of quantum information processing Six reasons for Advanced Quantum Physics Qualify for research and development: No matter whether you aim to work in academia, business, or industry, our Master’s programme will provide you with everything you need for your career. Our alumni excel in leading positions in fields ranging from optical technologies and the semiconductor industry to top-level consulting and finance. Explore the quantum world: Are you fascinated by the surprising and counterintuitive phenomena of quantum physics? Our Master’s programme will allow you to explore the full breadth and depth of such quantum effects, both in theory and in our state-of-the-art laboratories. Learn the science that will drive tomorrow’s technology: Quantum technology is constantly advancing technologies in communication, computation, sensing, and many other areas. These developments build on enabling technologies such as micro-optics, nanostructuring, and numerical methods. Our Master’s programme will give you a solid background in these areas and prepare you for your future career. Bring quantum theory into the real world: Our Master’s programme will take you directly into our research groups, where you can study, explore, and realise your own quantum project. Be part of cutting-edge research and technology: Benefit from close collaboration between theoretical and experimental research at the highest level and see novel predictions come to life in our laboratories. Our Master’s programme will give you access to state-of-the-art equipment in quantum technology and theory to realise your ideas. Join the worldwide network of quantum researchers: Our research is strongly connected to a large international network. Our Master’s programme will give you access to these connections and open up the global scientific community to you. General The curriculum is organised into several modules. While a small number of core lectures are mandatory, the majority can be chosen according to your individual interests and academic goals. The programme has a strong research focus and includes a full year dedicated to research projects. Modules https://physik.rptu.de/quantum-master/what-will-you-learn/ Module QT: Quantum Technologies Quantum physics has already become a reality in various technological applications, and many more will follow. This module will convey the fundamentals of quantum technology and the enabling technologies, including, for example, quantum optics and photonics. We are convinced that you learn technologies best by applying them. Therefore, this module is closely linked to our advanced laboratory courses. Module MB: Many-Body Quantum Systems In the quantum world, a many-body system is much more than just the sum of its constituent parts. This is a consequence of quantum correlations, which make quantum systems so special. This module will provide the necessary theoretical background, as well as experimental examples, to describe and understand the fascinating properties of quantum many-body systems. Module LC: Laboratory Courses Bridging the gap between theoretical understanding and the realisation of quantum phenomena in cutting-edge research is a crucial step. Our advanced laboratory course offers you the opportunity to gain hands-on experien