| Prof. Stefan Blügel (PGI-1)
PGI-1 analyses and calculates structural, electronic and magnetic properties of solids and molecules that may be relevant for quantum computing
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| Prof. David DiVincenzo (PGI-2/PGI-11)
PGI-2 deals with theories of quantum computers and develops concepts for error correction.
PGI-11 works on semiconductor qubits and superconducting qubits and seeks to answer many theoretical questions, such as scalability and error correction.
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| Dr. Roman Riwar (PGI-2) |
| Prof. Frank Stefan Tautz (PGI-3)
PGI-3 looks for ways of assembling new materials, atom by atom, for research in the fi eld of quantum computers.
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| Prof. Markus Ternes (PGI-3) |
| Dr. Andrea Raccanelli (PGI-3) |
| Prof. Claus Michael Schneider (PGI-6)
PGI-6 makes electron spins usable in quantum materials.
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| Prof. Tommaso Calarco (PGI-8)
PGI-8 is active in basic research and deals with how qubits can be controlled and monitored.
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| Prof. Beata Kardynal (PGI-9)
PGI-9 is home to research on topologically protected materials that could have quantum mechanical potential.
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| Dr. Peter Schüffelgen (PGI-9) |
| Dr. Thomas Schäpers (PGI-9) |
| Prof. Hendrik Bluhm (PGI-11)
PGI-11 works on semiconductor qubits and superconducting qubits and seeks to answer many theoretical questions, such as scalability and error correction.
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| Prof. Dr. Pavel Bushev (PGI-11) |
| Prof. Frank Wilhelm-Mauch (PGI-12)
PGI-12 works on Quantum Computing Analytics
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| Prof. Kristel Michielsen (JSC)
At the JSC, computing operations of quantum computers are simulated and prototypes tested – and later their performance will be made available to users.
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| Prof. Thomas Lippert (JSC) |
| Dr. Wolfang Albrecht (HNF)
Helmholtz Nano Facility (HNF) provides the equipment and processes for the manufacture of quantum devices for research purposes.
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| Prof. Rafal Dunin-Borkowski (ER-C-1)
ER-C with its high-performance electron microscopes, supports materials research for the development of quantum computers.
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| Dr. Carsten Degenhardt (ZEA-2)
ZEA-2 develops special silicon chips that operate scalably at temperatures close to absolute zero, at the same time producing hardly any heat.
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