Quantum Information -- Theory and Implementation
Research
- Quantum Information Theory: criteria, classes, and measures
of entanglement; quantum
channels and capacities; quantum information with indistinguishable particles
- Implemention of Quantum Information Processing: we
investigate solid-state- and quantum optical systems (quantum dots,
NV centers, atomic ensembles) for their potential to realize basic
quantum information processing tasks (quantum memories, quantum
gates, quantum interfaces, quantum repeaters)
- Open Quantum Systems: dissipative state-preparation, phase
transitions in dissipative quantum systems
- Quantum Simulation and Artificial Matter: quantum simulation
using nanostructures to trap and manipulate electrons, cold atoms, or molecules
