CUI Young researchers workshop FORM 2025

10 June 2025

Photo: AG Schmelcher

From May 5 to 7, 2025, the University of Hamburg hosted the Functionalities of Rydberg Matter (FORM2025) workshop, dedicated to the rapidly evolving field of Rydberg physics.  The event brought together more than 30 scientists, including 17 external speakers from across Germany.

The workshop focused on the latest breakthroughs in the control and manipulation of highly excited Rydberg atoms—an area that has garnered increasing attention due to its promising applications in quantum computing, simulation, and novel quantum states of matter. Advances in trapping and cooling techniques over recent years have enabled unprecedented control over Rydberg atoms, allowing researchers to explore complex many-body phenomena and potential quantum technologies.

 The workshop was organized by doctoral and postdoctoral researchers Rohan Srikumar, Zeki Zeybek, and Aslam Parvej, a team of young researchers within the theory groups of Prof. Peter Schmelcher and Prof. Ludwig Mathey, reflecting Hamburg’s vibrant young scientific community working on Rydberg physics. This event forms part of the ongoing young researchers workshop program at the Cluster of Excellence “CUI: Advanced Imaging of Matter,” emphasizing the University’s commitment to fostering scientific exchange and innovation among emerging scientists in Germany. The community aims to strengthen the network of researchers working in quantum sciences, ensuring Germany remains at the forefront of Rydberg physics and related fields. Topics covered during the workshop included Rydberg atoms in optical tweezer arrays, the development of Rydberg atom-based quantum computers, the study of Rydberg molecules and polarons, as well as advanced microscopy techniques for ultracold systems. The event also provided ample opportunities for informal discussions during dinners, evening walks, and networking sessions, fostering collaborations among the next generation of experimentalists and theorists in this promising field.

 These discussions signal a bright future for Rydberg physics, promising new insights into many-body quantum phenomena and potential breakthroughs in quantum technology. As Hamburg continues to position itself as a hub for quantum research, events like FORM2025 highlight the importance of nurturing young talent and fostering international collaboration to push the boundaries of our understanding of quantum matter.