Dr. Nadine Leisgang: New professor in Marburg for quantum materials!

Dr. Nadine Leisgang: New professor in Marburg for quantum materials!

The Philipps University of Marburg has Dr. Nadine Leisgang has gained a new professor for optoelectronic quantum materials. Dr. Leisgang returns to Germany after more than ten years abroad, including at the University of Basel and Harvard University. Her research focuses on the development of extremely thin, two-dimensional materials relevant to the generation and control of excitons, light-active quasiparticles made of electrons and holes. These materials show a strong interaction with light and offer potential applications in areas such as small light-emitting diodes and quantum communication. Loud uni-marburg.de will Dr. Leisgang will begin work on September 1, 2025.

For setting up her working group, Dr. Leisgang received an Emmy Noether grant from the German Research Foundation worth 1.5 million euros. This funding enables her to establish a team and laboratory infrastructure for nanofabrication and optoelectronic measurements. The University of Marburg considers its research to be a significant contribution to fundamental physics and technological innovations.

Research focus on quantum materials

The research focus at the University of Marburg includes the dynamics of optically excited excitons and their interactions with a strong focus on the investigation of collective quantum effects and macroscopic properties. These materials are not only designed and manufactured, but also extensively researched and modeled. In her research work, Dr. Leisgang will work closely with other scientists who, among other things, deal with aspects of many-body theory and correlated electron systems. These include Florian Gebhard and Ermin Malic, who work on ultrafast quantum dynamics and exciton modeling, as well as Marina Gerhard, who specializes in semiconductor spectroscopy.

Interdisciplinary projects and collaborations

An important aspect of Dr. Leisgang's work will be to promote interdisciplinary projects and collaborations within the Marburg research landscape. Your courses, which include B.Sc. and M.Sc. in physics through to a planned master's degree program in "Physics of 2D Materials", also provide students with knowledge about innovative materials. This occurs in an environment that incorporates methods such as numerical simulations and electron microscopy to explore the special properties of quantum materials.

The University of Marburg is therefore well positioned to take a leading role in research on quantum materials and to achieve transformative advances in fundamental research and technological applications. This will not only contribute to the scientific discourse, but could also have far-reaching implications for technological developments in the field of optoelectronic components and quantum communication, which have become increasingly important in recent years, as various studies in nature.com show.