Shijia Sun, University of Tübingen, Germany High-precision trapping, manipulation, and detection of ions and neutral atoms are foundational to research in quantum information, simulation, and computation on AMO platforms.
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Chenhuarui Cao, Peking University In recent years, quantum computing on ultracold atom systems is becoming more and more important, while applying high-fidelity multi-qubit gates is a core problem in quantum computing.
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Yagiz Murat, HU Berlin, Germany This talk introduces the development and characterization of an experimental setup implementing a novel approach to motion sensing using atomic optical memories in a room-temperature cesium ensemble.
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Nikolas Liebster, University of Heidelberg, Germany Systems far from equilibrium can have radically different properties from the same system at equilibrium.
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Avishay Grinberg, Physics Department, Technion- Israel Institute of Technology, Hafia, Israel A gas of ultracold fermionic atoms with tunable interactions serves as an excellent quantum simulator for many fermionic condensed matter systems.
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Mordechai (Moti) Segev from the Technion - Israel Institute of Technology, Haifa, Israel Photonic Time Crystals (PTCs) are dielectric media whose refractive index is strongly modulated periodically in time at time scales of a single optical cycle. These systems conserve momentum but not energy
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