New research center in Marburg: The future of quantum materials begins!

New research center in Marburg: The future of quantum materials begins!

On April 14, 2025, the new research center “Marburg Center for Quantum Materials and Sustainable Technologies” (mar.quest) will be inaugurated at the Philipps University of Marburg. This date falls on International Quantum Day and marks a significant step in research into quantum materials and sustainable technologies. The center brings together over 20 working groups from the fields of physics and chemistry to conduct innovative fundamental research focusing on novel energy materials, semiconductors and carbon-based materials. The aim of the center is not only to make progress in science, but also to strengthen teaching in these promising areas and to promote new study programs.

A central research topic is excitons, novel quasiparticles whose properties are influenced by quantum mechanics. Studying these particles could enable significant advances in materials science and beyond. This context shows how quantum physics is used in various technologies, such as computer chips, solar cells, energy-saving LEDs and medical procedures. Other promising future technologies that could be based on this research include quantum computing, quantum cryptography, quantum metrology and even a quantum internet.

Research priorities

The mar.quest research center aims to promote interdisciplinary collaboration and synergies between different disciplines. In this sense, the institute researches materials whose properties are deeply rooted in quantum mechanics, such as quantum magnets, unconventional superconductors and strongly correlated electron systems. Recent work has provided interesting insights into superconductivity and the various ordering patterns in transition metal oxides, underlining the relevance of mar.quest to current research.

A key area concerns the study of exotic quantum states, such as quantum spin liquids, as well as the effects of quantum fluctuations in highly frustrated magnets. To do this, the center uses methods such as powder synthesis, crystal growth and the characterization of macroscopic properties. Together with a clear focus on teaching, mar.quest represents a platform that promotes both research and training of future researchers.

Cooperation approaches and future perspectives

Beyond the university boundaries, the center is also part of larger initiatives in quantum technology. Helmholtz Quantum is a platform that advances quantum technologies and brings together national and European partners in universities, research institutions and industry. In this way, mar.quest combines basic research with the development of innovative solutions in data security, materials research and sensor technology.

Overall, the framework conditions for the robust development of quantum technologies have been created. With a strong focus on research infrastructure and interdisciplinary collaboration, mar.quest intends to not only act as a pioneer in quantum research, but also to provide significant impetus for the sustainable development of our society. Events such as the Girl's Day, the University Summer Festival and the Materials Research Day are planned to introduce the center to the general public and inspire other talents for quantum research.