Excellence in Quantum Computing and Quantum Coherence

The Basel QC2 Center focuses its research on quantum science and quantum technology that is closely related to  quantum computing and quantum coherence effects in condensed matter systems. Of particular current interests are quantum spintronics (e.g. spin qubits, magnetic nanowires, spin orbit systems, etc.), quantum transport in nanostructures, topological quantum matter in semiconductors and superconducting systems (e.g. Majorana- and Para-fermions), superconducting devices, STM/AFM approaches, quantum optics and NV centers, optomechanics, quantum phononics, electronic and magnonic topological insulators, hybrid solid-state and AMO systems, trapped ions, etc. The QC2 Center was established in 2005 and comprises research groups in theoretical and experimental quantum condensed matter physics at the University of Basel, Switzerland. The center is thematically closely connected to the Swiss Nanoscience Institute (SNI) and to the  NCCR Quantum Science and Technology (with ETH Zurich leading and University of Basel co-leading house), and draws its major funding from the Swiss National Science Foundation and from many European programs including numerous ERC grants at all levels.