IQOQI-Innsbruck
The main research areas of IQOQI-Innsbruck include quantum computation with trapped ions, quantum gases of strongly magnetic atoms, complex quantum many-body behavior, superconducting quantum circuits, many-body quantum optics, quantum nanophysics and quantum information processing. IQOQI-Innsbruck is located at the Campus Technik of the University of Innsbruck in the western part of Innsbruck.IQOQI-Vienna
The main research achievements of IQOQI-Vienna include the up-to-now longest quantum teleportation (over 144 km), the highest photon angular momentum states that are entangled, the coldest temperature of a nano-mechanical resonator and the first proposal for testing general relativistic time dilation in a quantum experiment. IQOQI-Vienna is a member of the Vienna Center for Quantum Science and Technology (VCQ). IQOQI-Vienna is located in a historical building at Boltzmanngasse 3. In May 2015, the European Physical Society has designated the building as an ''EPS Historic Site'', among the sites that are significant to physics and its history. The building was previously the location of the Institute for Radium Research, now Stefan-Meyer-Institute for Subatomic Physics'','' initiated by Karl Kupelwieser and opened by Archduke Rainer of Austria.Research groups in Innsbruck
:*Quantum optics and spectroscopy ( Rainer Blatt) :*Dipolar quantum gases ( Francesca Ferlaino) :*Ultra cold atoms and quantum gases ( Rudolf Grimm) :*Superconducting quantum circuits (Gerhard Kirchmair) :*Many-body quantum optics (Hannes Pichler) :*Quantum optics and quantum information ( Peter Zoller)Research groups in Vienna
:*Exploring the boundaries of quantum physics and gravity in experiments ( Markus Aspelmeyer) :*Quantum foundations and quantum information theory ( Časlav Brukner) :*Quantum thermodynamics, quantum information and quantum metrology, theory and experiments (Marcus Huber) :*Quantum information and foundations of physics (Markus Müller) :*Foundational and theoretical aspects of quantum information (Miguel Navascués) :*Quantum information processing and communication, experiments ( Rupert Ursin) :*Quantum information and foundations of physics, experiments ( Anton Zeilinger) :*Young Independent Research Group (Ämin Baumeler, Costantino Budroni, and Yelena Guryanova)Former groups
:*–2024: Quantum nanophysics, optics and information (Oriol Romero-Isart) :*–2014: Quantum information (Hans J. Briegel)References
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