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UID:652fcf168bb8beaac7ab2ca6e2e01c79
DTSTAMP:20260524T233836Z
DTSTART:20251214T000000
DTEND:20251218T235959
SUMMARY:Cavity Control: From Condensed Matter to Ultracold Atoms
DESCRIPTION:Confining electromagnetic fields in cavities has emerged as an important new tool to create and control complex quantum systems. The first experimental realizations were based on ultracold atoms and on semiconductor heterostructures with the generation of polaritonic quantum fluids of light. Since then, efforts on applications in quantum technologies are ongoing, where extremely well controlled atomic or ionic building blocks are assembled to\ngenerate highly entangled states of matter. Besides the promising advancements for quantum simulation and computing, the recent achievements in cavity-enabled control of molecular reactions and the manipulation of electronic properties in strongly correlated electronic materials have opened two new and rapidly evolving research directions.\n\nThis interdisciplinary workshop brings together leading experts and early-career researchers working on different aspects of cavity control, and provides an environment to share ideas, find synergies and establish new collaborations. Topics will include cavity field fluctuations, cavity polaritonics, cavity control of phase transitions in ultracold atoms and in materials, entanglement for quantum networks, as well as applications in quantum sensing, quantum computing, and quantum simulation.\n\nInvited speakers:\n\nBenea-ChelmusIleana-Christina, EPF Lausanne\nBloch Jacqueline, Université Paris, Saclay\nCiuti Cristiano, University Paris Cite\nFausti Daniele. FAU Erlangen-Nürnberg\nImamoglu Atac, ETH Zürich\nKollath Corinna, Universität Bonn\nLesanovski Igor Universität Tübingen\nLindel Frieder, ETH Zürich\nNorthupTracy, Universität Innsbruck\nPiazza Francesco, Universität Augsburg\nSimon Jonathan, Stanford University\nRey Ana-Maria, University of Colorado\nRempe Gerhard, Max-Planck Institut für Quantenoptik, München\nStamper-Kurn Dan, UC Berkeley\nSentef Michael, Universität Bremen\nWarburton Richard, Universität Basel\nWeichman Marissa, Princeton University
X-ALT-DESC;FMTTYPE=text/html:\n\n\n\n\n\n\n\n\nConfining electromagnetic fields in cavities has emerged as an important new tool to create and control complex quantum systems. The first experimental realizations were based on ultracold atoms and on semiconductor heterostructures with the generation of polaritonic quantum fluids of light. Since then, efforts on applications in quantum technologies are ongoing, where extremely well controlled atomic or ionic building blocks are assembled to
generate highly entangled states of matter. Besides the promising advancements for quantum simulation and computing, the recent achievements in cavity-enabled control of molecular reactions and the manipulation of electronic properties in strongly correlated electronic materials have opened two new and rapidly evolving research directions.
This interdisciplinary workshop brings together leading experts and early-career researchers working on different aspects of cavity control, and provides an environment to share ideas, find synergies and establish new collaborations. Topics will include cavity field fluctuations, cavity polaritonics, cavity control of phase transitions in ultracold atoms and in materials, entanglement for quantum networks, as well as applications in quantum sensing, quantum computing, and quantum simulation.
Invited speakers:
Benea-ChelmusIleana-Christina, EPF Lausanne
Bloch Jacqueline, Université Paris, Saclay
Ciuti Cristiano, University Paris Cite
Fausti Daniele. FAU Erlangen-Nürnberg
Imamoglu Atac, ETH Zürich
Kollath Corinna, Universität Bonn
Lesanovski Igor Universität Tübingen
Lindel Frieder, ETH Zürich
NorthupTracy, Universität Innsbruck
Piazza Francesco, Universität Augsburg
Simon Jonathan, Stanford University
Rey Ana-Maria, University of Colorado
Rempe Gerhard, Max-Planck Institut für Quantenoptik, München
Stamper-Kurn Dan, UC Berkeley
Sentef Michael, Universität Bremen
Warburton Richard, Universität Basel
Weichman Marissa, Princeton University\n\n\n
LOCATION:Physikzentrum Bad Honnef, 5, Hauptstraße, Honnef, Rommersdorf, Bad Honnef, Rhein-Sieg-Kreis, Nordrhein-Westfalen, 53604, Deutschland
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