Quantum state manipulation in natural and artificial spin systems
Our research interests are in the field of nanoelectronic devices for quantum information processing: magnonics in the quantum regime, quantum emulation/simulation, and alternative qubit circuits and systems.
Research highlights include:
- Superconducting resonators and qubits
- Material science for quantum information devices
- Quantum control of artificial few-level atoms
- Alternative linear and non-linear elements for superconducting electronics (quantum and classic)
- Transport in tunnel and constriction junctions
- Superconducting spintronic
- Development of fabrication methods for nanoelectronic devices
