Events

Prof. Julian Léonard, ISTA Vienna, Austria
Strong atom–photon interactions in optical cavities provide a key resource for cavity-mediated many-body physics, quantum information processing, and quantum networking. more

Laurits Piehorsch, University of Copenhagen
Group seminar at MPQ lecture hall and via Zoom
Thursday, September 24, 9:00 am (CEST) more

Erenay Karacan, ETH Zurich, Switzerland
Driven Bose–Einstein condensates in optical cavities have emerged as a powerful platform to probe many-body physics with long-range interactions. more

David Kielert, ETH Zurich, Switzerland
Ultracold-atom quantum-transport experiments realize a two-terminal circuit in which atoms are guided through a channel drawn by light. more

Dr. Ran Finkelstein, Tel Aviv University, Israel
Large arrays of trapped neutral atoms have emerged over the past few years as a promising platform for quantum information processing, combining inherent scalability with high-fidelity control and site-resolved readout. more

Stefano Veroni, University of Oxford, UK
To reduce the large overhead of fully fault-tolerant (FT) universal computation, the framework of partial fault-tolerance has recently been proposed. more

Kfir Sulimany, MIT, USA & Technicon, Israel
The rise of cloud-based deep learning sharpens a fundamental question: can useful computation be performed when both the user’s data and the model itself must remain private? more