Quantum Technologies

Quantum technologies are a pioneering field of research that combines the fundamentals of quantum physics and material design with engineering sciences. For example, high-precision sensors are developed for use in diagnostic procedures, therapeutic applications, climate monitoring, and autonomous vehicle navigation. Qubits—novel quantum building blocks—promise ultra-fast computing. Quantum particles make our communication more secure and help us to develop new materials and medicines. Faster decision-making algorithms enhance the management of critical infrastructures, including energy supply and personalized medicine applications.

The interdisciplinary teams at the University of Stuttgart work across the spectrum – from fundamental research to the practical development and application of innovative technologies. In their search for stable, easily controllable, and powerful quantum building blocks, they are investigating photons, highly excited Rydberg atoms, and novel molecular quantum bits. They are also investigating how controlled defects in solids, qubits in molecular complexes, or atoms on surfaces can be used for quantum information processing. The scientists collaborate with research institutions and industrial companies worldwide and are part of a strong quantum ecosystem in Baden-Württemberg. They operate state-of-the-art research infrastructures such as ZAQuant, which houses unique laboratories for ultra-precise experimentation.

Our students benefit from our interdisciplinary knowledge as well as our dynamic and innovative research environment.