Forschungsgruppen

Das Munich Quantum Valley verfügt über ein breites Spektrum an Fachwissen auf dem Gebiet der Quantenwissenschaften, wie aus der Liste der beteiligten Forschungsgruppen hervorgeht.

 

Forschungsgruppe Zugehörigkeit(en) Stichwort (English)  
Prof. Monika Aidelsburger LMU-PH quantum simulator, cold atoms in optical lattices

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Prof. Mikhail Belkin TUM-CIT, WSI optoelectronics, integrated photonics, metamaterials

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Prof. Pramod Bhatotia TUM-IN operating systems, distributed architectures, virtualization

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Dr. Sebastian Blatt MPQ quantum simulator, cold atoms in optical lattices

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Prof. Immanuel Bloch LMU-PH, MPQ quantum simulator, cold atoms in optical lattices, rydberg atoms

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Prof. Holger Boche TUM-CIT quantum information theory, quantum computing, quantum communication

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Prof. Martin Brandt TUM-PH, WSI dopants and defects in semiconductors for quantum applications, EPR, ESR

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Dr. Christian Carlowitz FAU-EEI millikelvin electronics, RF system design, RF measurement techniques, applied quantum technologies

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Prof. Juan Ignacio Cirac MPQ, TUM-PH quantum optics, quantum information theory, quantum many-body physics, tensor networks

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Dr. Frank Deppe TUM-PH, WMI solid-based quantum systems, superconducting quantum circuits, quantum communication, quantum sensing

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Dr. Christian Deppe TUM-EI quantum information theory, quantum communication, quantum networks

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Prof. Claudia Eckert FhG-AISEC, TUM-IN quantum cryptography, static code analysis, secure/private computation, machine learning applications for IT Security

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Prof. Martin Eckstein FAU-PH strongly correlated quantum many-body systems, non-equilibrium quantum dynamics, dynamical mean-field theory

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Prof. Dmitri K. Efetov LMU low-dimensional quantum materials, quantum sensing, quantum networks

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Prof. Stefan Filipp TUM-PH, WMI solid-based quantum systems, superconducting quantum circuits, nanomechanical systems

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Prof. Jonathan Finley TUM-PH, WSI semiconductor nanostructure, nanotechnology, quantum optics

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Dr. Simon Fölling LMU-PH quantum simulator, cold atoms in optical lattices

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Prof. Steffen Glaser TUM-CH nuclear magnetic resonance, magnetic resonance imaging, quantum computing, biopolymers

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Prof. Rudolf Gross WMI, TUM-PH solid-based quantum systems, superconducting quantum circuits, magnetism, spintronics, correlated electron systems

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Prof. Michael Hartmann FAU-PH superconducting quantum circuits, quantum algorithms, nanomechanical systems, quantum optics

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Prof. Albert Heuberger FhG-IIS integrated electronics, applied quantum technologies, high-performance signal processing platform, quantum algorithms for applications, cloud and infrastructure

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Prof. Alexander Högele LMU-PH quantum nano-systems, quantum dots, quantum optics

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Prof. Alexander Holleitner TUM-PH, WSI single-atom circuits, topological materials and electronics, excitonic many-body states including Bose-Einstein condensates, femtosecond on-chip electronics

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Dr. Hans Hübl TUM-PH, WMI solid-based quantum systems, superconducting quantum circuits, magnetism, spintronics

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Prof. Christian Jirauschek TUM-CIT theoretical and computational photonics, nanoelectronics, nano-optoelectronics

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Prof. Michael Knap TUM-PH strongly correlated quantum many-body systems, non-equilibrium quantum dynamics, ultracold quantum gases

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Prof. Johannes Knolle TUM-PH strongly correlated quantum many-body systems, quantum phases of matter, quantum spin liquid

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Prof. Robert König TUM-MA quantum information theory, quantum fault-tolerance, quantum algorithms

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Prof. Dieter Kranzlmüller LMU-IN, LRZ high-performance computing, quantum computing

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Prof. Christoph Kutter FhG-EMFT, UniBW silicon-based semiconductor technology, quantum computing

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Prof. Claudia Linnhoff-Popien LMU-IN quantum computing, machine learning

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PD Dr. habil. Jeanette Miriam Lorenz FhG-IKS dependable quantum computing, quantum machine learning, dependable quantum applications

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Dr. Jürgen Lorenz FhG-IISB semiconductor device simulation, semiconductor technology simulation, modeling and artificial intelligence

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Prof. Florian Marquardt MPL, FAU-PH cavity optomechanics and nanomechanics, quantum information processing, quantum many-body physics, machine learning for physics

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Dr. Achim Marx TUM-PH, WMI solid-based quantum systems, superconducting quantum circuits, nanomechanical systems

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Prof. Christian Mendl TUM-IN strongly correlated quantum many-body systems, quantum computing, transport properties of physical systems

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Prof. Roland Nagy FAU-EEI RF microelectronics, system design, integrated electronics, applied quantum technologies

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Dr. Janis Noetzel TUM-CIT quantum information theory, quantum networks, quantum signal processing

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Prof. Lode Pollet LMU-PH strongly correlated quantum many-body systems, cold atoms in optical lattices, quantum Monte Carlo methods

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Prof. Frank Pollmann TUM-PH strongly correlated quantum many-body systems, topological phases of matter, tensor networks

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Dr. Andreas Reiserer TUM-PH, MPQ quantum networks, distributed quantum information processing, spin qubits

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Dr. Christian Schilling LMU-PH quantum information theory, quantum chemistry, strongly correlated quantum many-body systems

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Prof. Kai Phillip Schmidt FAU-PH condensed matter physics, quantum optics, quantum information, topological and frustrated magnetism

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Prof. Ulrich Schollwöck LMU-PH strongly correlated quantum many-body systems, cold atoms in optical lattices, tensor networks

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Dr. Thomas Schulte-Herbrüggen TUM-CH nuclear magnetic resonance, magnetic resonance imaging, quantum computing

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Prof. Martin Schulz TUM-IN, LRZ high-performance computing, quantum computing

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Prof. Helmut Seidl TUM-IN automatic program analysis, programming languages, semi-structured data, tree-automata

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Prof. Marc Tornow TUM-CIT molecular electronics, functional electronic materials, resistive switching devices, nanopores

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Prof. Jan von Delft LMU-PH strongly correlated quantum many-body systems, tensor networks, functional renormalization group

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Prof. Martin Vossiek FAU-EEI RF microelectronics, system design, integrated electronics, applied quantum technologies

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Prof. Robert Weigel FAU-EEI RF microelectronics, system design, integrated electronics, applied quantum technologies

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Prof. Harald Weinfurter LMU-PH quantum information, quantum optics

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Prof. Robert Wille TUM-CIT quantum computing, microfluidics, conventional computing

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Dr. Johannes Zeiher MPQ quantum simulator, cold atoms in optical lattices, rydberg atoms

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