Research

Heterogeneous spin systems for quantum computation seek to combine the strengths of their constituents: electron spins for fast, versatile and high-fidelity readout and control, and nuclear spins operating as well-shielded quantum bits for storage and processing information. more...

Precision sensing is key to studies ranging from single molecule spectroscopy to dark matter studies. Using quantum states of physical systems/devices for sensing can outperform all known classical routes for sensing and imaging. more...

We develop techniques whereby quantum information can be exchanged in a controlled fashion between light fields and material systems. more...

Optically functionalized nanoparticles are an ideal structure for a variety of research fields ranging from biophotonics to quantum optics. The research in the group concentrates on multifunctional photonic nanoparticles. Among those particles are diamond nanocrystals and carbon dots. more...