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Dr. Lewis Ruks, NTT Basic Research Laboratories Theoretical quantum physics research group.
Subwavelength arrays of laser-trapped neutral atoms have emerged as a potential quantum-optical platform for guiding and shaping light, where atoms could assume roles conventionally associated with fabricated optical elements. more

MPQ

Vincent Koch, Walther-Meißner-Institute, Garching, Germany
Protecting qubits from decoherence remains one of the central challenges in building error-corrected quantum computers, which require coherence times exceeding strict thresholds. more

Zoom Meeting

Yiping Wang, Northwestern University, USA
Atom interferometry has emerged as a powerful platform for precision measurements and fundamental physics investigations. more

MPQ

Adam Shaw, Stanford University, USA
Neutral atom arrays have emerged as a leading quantum information science platform, thanks in large part to their versatility in unifying diverse regimes of quantum science. more

Group seminar at LMU and Zoom: Optical tweezers and imaging system for strontium atom

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. more

Group seminar at MPQ and Zoom: Design of time-optimal high-fidelity gates

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. more

Group seminar at MPQ and Zoom: Motion Sensing with Atomic Optical Memories

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. more

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