Programme
Conference programme is available. Click here to access.
Project co-financed by state budget resources granted by the Minister of Science under the Doskonała Nauka II Program.
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General Info - Quantum Optics XI 1 - 5 September 2025, Kraków, Poland
General Information
General information
The Quantum Optics XI is the eleventh in in the series that is being organized every four years beginning in 1985. It will be held in Kraków (Poland) 1-5 September 2025. Our primary objective is to host researchers represeding different areas of quantum optics. Topics of the Quantum Optics XI conference include:
● quantum and nonlinear optics
● ultracold gases
● topological states of matter
● quantum computing & communication
● ultracold gases
● topological states of matter
● quantum computing & communication
● quantum simulators & sensing
● precision spectroscopy & metrology
● foundations of quantum mechanics
● physics beyond the Standard Model
● precision spectroscopy & metrology
● foundations of quantum mechanics
● physics beyond the Standard Model
Quantum Optics XI is satellite meeting of the BEC 2025 conference that takes place place in Sant Feliu, Spain.
Contact to the Organizing Comittee: qo11@uj.edu.pl
Invited Speakers
| Monika Aidelsburger | Max-Planck-Institute of Quantum Optics & Ludwig-Maximilians-Universität München | Quantum simulation – Engineering & understanding quantum systems atom-by-atom |
| Mete Atatüre | Cavendish Laboratory, University of Cambridge | Taming Nuclear Spin Ensembles with Quantum Optics |
| Yanbei Chen | California Institute of Technology | The Role of Quantum Measurements in Experimental Tests of Quantum Gravity |
| Jan Chwedeńczuk | University of Warsaw | Conveyor belt for quantum information |
| Roman Ciuryło | Nicolaus Copernicus University in Toruń | Optical metrology of molecular systems |
| Jacek Dziarmaga | Jagiellonian University in Kraków | 2D tensor networks for quantum simulation |
| Francesca Ferlaino | University of Innsbruck, IQOQI | Magnetic Lanthanides: From Supersolidity to Multi-Electron Rydberg Physics |
| Philipp Hauke | University of Trento | Quantum simulation of holographic quantum matter and gauge theories |
| Michał Karpiński | University of Warsaw | Shaping of quantum light pulses for applications in quantum networks and beyond |
| Derek Jackson Kimball | California State University - East Bay | Tests of Fundamental Physics with Spin-based Sensors |
| Maciej Kowalczyk | Wroclaw University of Science and Technology, Poland | Generation and applications of single-cycle mid-infrared laser pulses |
| Anne L’Huillier | Lund University | Attosecond light pulses for studying electron dynamics |
| Mikhail Lukin | Harvard University | Exploring quantum computing frontier with programmable atom arrays |
| Morgan Mitchell | ICFO - The Institute of Photonic Sciences | Quantum sensing and quantum optics with extraordinarily coherent spin |
| Franco Nori | Quantum Physics Laboratory, RIKEN, Japan | Quantum Optics with Giant Atoms:Decoherence-Free Interaction between Giant Atoms in Waveguide Quantum Electrodynamics |
| Ana Maria Rey | University of Colorado Boulder | New directions in quantum simulation using long-lived dipoles in an optical cavity |
| Luis Santos | Leibniz University Hannover | Dipolar lattice gases in optical ladders |
| Piet O. Schmidt | Leibniz University Hannover/PTB Braunschweig | Quantum engineering optical clocks based on trapped ions |
| Mordechai Segev | Technion – Israel Institute of Technology | Classical and quantum aspects of photonic time-crystals |
| Dan Stamper-Kurn | University of California, Berkeley | Optically driven atom arrays and new resources for ultracold atomic physics |
| Alexander Streltsov | Polish Academy of Sciences | Catalysis of quantum entanglement and entangled batteries |
| Stefan Willitsch | University of Basel | Quantum technologies for trapped molecular ions |
| Jun Ye | JILA, National Institute of Standards and Technology, and University of Colorado | Quantum science and clocks |
| Michał Zawada | Nicolaus Copernicus University | Fundamental physics with ultra-stable optical cavities |
| Peter Zoller | University of Innsbruck, IQOQI | Quantum Material Design with Programmable Quantum Simulators |