Quantum Information

 

Quantum information research pursues the vision to use fundamentally new paradigms for information processing by harnessing the principles of quantum mechanics to gain in some cases exponential performance increases. Groups at RWTH pursue both theoretical concepts and possible solid state implementations for a quantum computer.

 

Groups at the Institute for Quantum Information (IQI)

The  Institute for Quantum Information comprises:

Theory

Solid State Qubits (Prof. David DiVincenzo, Prof. Fabian Hassler)

Quantum simulation of Complex and Open Many-Body Quantum Systems (Prof. Markus Müller)

Quantum Many-Body Systems, Entanglement and Complexity (Prof. Barbara Terhal)

Quantum Fault Tolerance and Error Correction (Prof. Barbara Terhal, Prof. David DiVincenzo)

Experiment

Quantum Technology (Prof. Hendrik Bluhm) 

 

Other groups:

2-Dimensional Materials (Prof. Beata Kardynal, PGI, FZ Jülich)

Quantum Information Processing Group (Prof. Kristel Michielsen, IAS, FZ Jülich)

Semiconductor Spin Qubits and Single Photon Sources (PD Dr. Alexander Pawlis, PGI, FZ Jülich)

III-V Semiconductor-Hybrid Systems (Prof. Thomas Schäpers, PGI, FZ Jülich)

Open quantum systems, geometric and topological effects (Prof. Maarten Wegewijs, FZ Jülich)