Ulm is becoming a hotspot for quantum research – a new source of hope!

Ulm is becoming a hotspot for quantum research – a new source of hope!

Ulm recently reached a significant milestone in quantum research. The German Physical Society (DPG) has recognized the city as the first quantum location as part of the “100 Quantum Locations” initiative. This award aims to make places and institutes that deal with quantum physics visible and to underline their importance. This honor was celebrated by both the University of Ulm and the DLR Ulm site.

The presentation of the plaques by Professor Claus Lämmerzahl from the DPG gave the event a special setting. In his speech, University President Professor Michael Weber emphasized the honor of this award and the central role of Ulm as a top location for quantum research. Professor Wolfgang Schleich was recognized for his decades of research in quantum physics, demonstrating the deep roots of the discipline in the region.

Developing a strong quantum ecosystem

Ulm has developed into a dynamic quantum ecosystem. This is the result of close cooperation between scientific institutions, non-university institutions and industry. In his speech, Professor Joachim Ankerhold highlighted the enormous potential of this ecosystem, particularly its attractiveness for young talents interested in the natural sciences.

The DLR Institute for Quantum Technologies, which has had a key focus on the development of quantum-based technologies since its official opening in May 2021, plays a central role. This institute works intensively on secure communication systems, satellite navigation and high-precision instruments. There are currently over 40 researchers working there, with plans to hire around 200 additional staff in the future. The collaboration with the University of Ulm is particularly close and fruitful.

Research and applications in quantum technologies

Both institutions conduct research in key areas such as quantum-based navigation, sensors, communication and computing. The research projects include high-precision measurement methods for applications in space travel and medical imaging as well as tap-proof data transmission through quantum communication.

An example of the practical application of research is the COMPASSO project, which aims to develop a new generation of optical clocks. These watches are designed to improve navigation accuracy to within one to two centimeters. A planned mission to the International Space Station in 2024 will test these technologies. Partners in this innovative project are well-known industrial companies such as Airbus and Menlo Systems.

However, the relevance of quantum physics extends far beyond the boundaries of research. It names the basics of modern technologies that are used in computers, smartphones and even everyday household appliances. Based on the so-called “second quantum revolution,” scientists speak of disruptive changes that are expected in a wide variety of areas such as medicine, logistics and IT in the coming years.

Overall, Ulm is positioning itself not only as a regional center for quantum research, but also as a significant player in the global competition for the leading role in quantum innovation. As [uni-ulm.de] reports, Ulm is not only recognized as the first quantum location as part of the DPG initiative, but is also integrated into an interactive online map on which the importance of this initiative continues to be visible. In the long term, this could also have an impact on the establishment of other companies and research institutions in the region.