Österreichische Akademie der Wissenschaften INSTITUTE FOR QUANTUM OPTICS AND QUANTUM INFORMATION VIENNA
Institute for Quantum optics and quantum informationInstitute for Quantum optics and quantum information
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Research

  • Aspelmeyer Group
    • Quantum Controlling Levitated Systems
    • Measuring Small-Scale Gravitational Forces
  • Brukner Group
    • Quantum Theory on Indefinite Causal Structures
    • Gravitational Quantum Physics
    • Quantum reference frames and spacetime
    • The measurement problem and Wigner's friend thought experiment
    • Reconstruction of Quantum Theory
    • Quantum-to-Classical Transition
    • Quantum Communication Complexity
    • Bell’s Inequalities
    • Macroscopic Entanglement Witnesses
    • Information-Theoretic Foundations of Quantum Theory
  • Huber Group
    • Quantum Information in High Dimensional Hilbert Spaces
    • Quantum Cryptography with High-Dimensional and Many-Party Entanglement
    • Experimental Quantum Photonics
    • The Role of Quantum Information in Thermodynamics
    • Autonomous Quantum Machines
    • Time and Causality in Quantum Mechanics
    • Quantum Metrology
  • Müller Group
    • Quantum Thermodynamics
    • Reconstructions of Quantum Theory
    • Quantum Causality
    • Physics and Algorithmic Complexity
  • Navascués Group
    • Time-warping devices
    • Research about research
    • Black Box Quantum Theory
    • Supraquantum Physics
    • The Physics of Condensed Matter Systems
    • Convex Optimization Theory
    • Quantum Thermodynamics
  • Ursin Group
    • Sources of Entanglement
    • Fiber-based Quantum Communication
    • Free-space Quantum Communication
    • Quantum Sensing
    • Quantum Effects and Gravity
    • Jobs
  • Zeilinger Group
    • Cosmic Bell Experiments
    • Satellite Based Quantum Communication
    • Quantum Entanglement in High-Dimensional Systems
    • Quantum Interference and Indistinguishability
    • Momentum Entanglement of Helium Atoms
    • Quantum Science and Application in Biology
  • YIRG
    • Emergence of causal order in quantum theory and beyond
    • Information processing in theories with and without definite causal structures
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    • Brukner Group
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Brukner Group

Quantum Foundations and Quantum Information Theory


The goal of our team is to gain insight into quantum foundations and quantum information by exploiting operational and information-theoretic approaches. The team has recently applied them to the field of causality and gravity.

  • Quantum Theory on Indefinite Causal Structures
  • Gravitational Quantum Physics
  • Quantum reference frames and spacetime
  • The measurement problem and Wigner's friend thought experiment
  • Reconstruction of Quantum Theory
  • Quantum-to-Classical Transition
  • Quantum Communication Complexity
  • Bell’s Inequalities
  • Macroscopic Entanglement Witnesses
  • Information-Theoretic Foundations of Quantum Theory

Team


  • Caslav Brukner
  • Luca Apadula
  • Veronika Baumann
  • Esteban Castro Ruiz
  • Flavio del Santo
  • Anne-Catherine de la Hamette
  • Viktoria Kabel
  • Ilya Kull
  • Gonzalo Manzano
  • Stefano Osnaghi
  • Martin Renner
  • Wolfgang Wieland
  • Marco Tulio Quintino

Institute for Quantum Optics and
Quantum Information - Vienna
of the Austrian Academy of Sciences

Boltzmanngasse 3
1090 Vienna, Austria


Phone +43 1 4277 29 582
iqoqi-vienna(at)oeaw.ac.at

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IQOQI Vienna

We pursue the vision of quantum information science and the wide range of new possibilities it would open up for quantum technologies.

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