Research Areas
Quantum Coherence of Spins on Insulators
Introduction Spins on surfaces are the main unifying research topic of QNS where we are investigating their properties with STM, …
Quantum-coherent Control of Individual Spins on Surfaces
Introduction The combination of ESR with STM merges some of the most powerful advantages of both techniques: The atomic-scale spatial …
Molecular Qubits on Surfaces
Introduction Molecules provide suitable platforms to encode quantum information. In parallel to the well-studied qubits located at defect sites in …
Rare-earth Spins on a Surface
Introduction Spin qubits in QNS have to date primarily consisted of transition metal atoms of the 3d electronic configuration, such …
Theory of Quantum Spins on Surfaces
Introduction The QNS Theory Team has two goals: To be just one door away for every experimentalist and aid in …
Molecular Spins on Surfaces
Introduction QNS synthesizes and characterizes single-molecule magnets and molecular spin-qubitbuilding blocks. By combining our in-house expertise uniting synthetic chemistry with …
Collaborative and Multidisciplinary
Many visitors remark about how intensively collaborative QNS is. This is a visualization of our dynamic internal collaborations among these research teams.
