We study the electronic and magnetic structure of quantum materials, essential for future technologies, exploring their properties and developing ways to tailor them.
We investigate emergent magnetism and spin transport in single organic molecules with respect to their potential applications as molecular quantum materials.
We investigate charge and spin dynamics in thin films, metallic thin film stacks and emerging materials, which helps to develop future spin-based electronics and quantum computing devices.
Redox processes play a key role in many relevant applications in information technology and energy science.
Spin- and time-resolving momentum microscopy gives unparalleled insights into the non-trivial structure of topological electron states and their ultrafast quantum dynamics.
Using a bottom-up approach, we engineer 2D metal-organic architectures with emergent electronic and magnetic states and investigate them with advanced spectroscopy methods for potential quantum and nanodevice applications.
Publications of PGI-6
