The Institute of Quantum Technologies

The atom chip of the MAIUS apparatus
In January 2017, German scientists succeeded for the first time in creating a Bose-Einstein condensate in space with the MAIUS 1 experiment (matter wave interferometry in zero gravity).
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The aim of the Institute for Quantum Technologies in Ulm is to develop precision instruments for space applications based on quantum technologies and to bring them to prototype maturity in close cooperation with industry. It thus builds a bridge between basic research and industry. Together with the Institute for Satellite Geodesy and Inertial Sensing in Hanover and the Galileo Competence Centre in Oberpfaffenhofen, the institute in Ulm plays a pioneering role in these fields of research and application.

The research of the three core departments Quantum Metrology, Quantum Information and Communication, and Quantum Nanophysics is complemented and supported by the three cross-sectional departments Quantum Engineering, Integration of Micro- and Nanosystems and Theoretical Quantum Physics. The institute has an interdisciplinary orientation: Fundamental theoretical research and experimental tests meet engineering.

Integration of micro- and nanosystems

The interdisciplinary approach of the department is to build compact, robust and scalable quantum systems with the help of micro- and nanotechnological process technology. In collaboration with the other departments at the institute, we develop highly integrated, miniaturised components for a wide range of quantum systems.

Quantum Engineering

The department works on applicable quantum technologies, which are developed through simulation, design, realisation and testing for use in space missions as well as in terrestrial applications. One aim is the "compactification" of systems and components. To achieve this, it is necessary to master and apply individual manufacturing processes and methods, such as assembly, connection or vacuum technologies, especially for space travel.

Quantum information and communication

The Quantum Information and Communication department investigates questions of quantum information by utilising synergies between theoretical and experimental basic research and develops technological applications in collaboration with industry. Topics include research into quantum computing hardware and software,

Quantum metrology

The focus of this department is on the development of quantum metrological instruments suitable for space travel, particularly with regard to their necessary compactness, reliability and robustness.

Quantum nanophysics

The Department of Quantum Nanophysics is involved in research into novel, quantum-based sensors for measuring electric and magnetic fields and for materials research.

Theoretical quantum physics

Key research areas include the theoretical analysis of matter wave interferometry for precise navigation and earth observation, sensors for electromagnetic fields, fundamental concepts of physics, entangled light and matter waves for secure communication and improved imaging.

Contact

Prof. Kai Bongs

Institute management
Institute of Quantum Technologies
Wilhelm-Runge-Str. 10, 89081 Ulm
Germany

Tamira Neidlinger

Public Relations Coordinator
Institute of Quantum Technologies
Wilhelm-Runge-Str. 10, 89081 Ulm
Germany