Forschung

Our group is studying quantum materials and developing microscopic theories of correlated and complex electron systems.

We study correlation phenomena resulting from electronic interactions, the coupling between electronic and nuclear degrees of freedom, and the intertwining of both with structural complexity in nanosystems.

Major research directions:

•   “Designer” quantum systems

How to create and steer unusual electronic states and correlations in „superstructures“?

• Spatiotemporal control of electronic interaction phenomena

How to drive correlated electron materials into desired states?

• Microscopic theory of correlated and complex quantum materials

Coupled electron-nuclear dynamics and electron-phonon interactions

Interaction phenomena in nanosystems and at interfaces

Spatiotemporally non-local interactions and correlations

Downfolding approximations and benchmarking