Simon Trebst (@simontrebst) 's Twitter Profile
Simon Trebst

@simontrebst

Exploring the physics of quantum matter in Cologne. Also at @SimonTrebst.bsky.social

ID: 2358707752

linkhttp://www.thp.uni-koeln.de/trebst/ calendar_today22-02-2014 14:25:55

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Simon Trebst (@simontrebst) 's Twitter Profile Photo

Anyone interested in the power of classical versus quantum computing, should take time reading Miles Stoudenmire’s take on Grover’s algorithm today. Inspiring work!

Simon Trebst (@simontrebst) 's Twitter Profile Photo

This is how the operation of a transmon gate looks like near the quantum speed limit — the dynamics turn chaotic and the system transitions out of the computational subspace. But does this mean that the gates are no longer operational? Find out here: arxiv.org/abs/2311.14592

This is how the operation of a transmon gate looks like near the quantum speed limit  — the dynamics turn chaotic and the system transitions out of the computational subspace. But does this mean that the gates are no longer operational?

Find out here:
arxiv.org/abs/2311.14592
ML4Q (@ml4q_cluster) 's Twitter Profile Photo

📢Join our vibrant international research environment to develop new #QuantumComputing and networking architectures! We offer 2-year #fellowships for excellent #postdocs. Visit our website for more details: ml4q.de/ml4q-fellowshi… Don't miss the application deadline on March 12!

📢Join our vibrant international research environment to develop new #QuantumComputing and networking architectures! We offer 2-year #fellowships for excellent #postdocs.
Visit our website for more details: ml4q.de/ml4q-fellowshi… Don't miss the application deadline on March 12!
PRX Quantum (@prx_quantum) 's Twitter Profile Photo

Teleportation of surface codes with minimal entanglement resources can be enhanced using an electric-magnetic self-duality, charting a way to experimental realizations of robust many-qubit teleportation. Guoyi Simon Trebst @ML4Q go.aps.org/4hmbMkk

Teleportation of surface codes with minimal entanglement resources can be enhanced using an electric-magnetic self-duality, charting a way to experimental realizations of robust many-qubit teleportation. <a href="/GuoyiZhu/">Guoyi</a> <a href="/SimonTrebst/">Simon Trebst</a> @ML4Q

go.aps.org/4hmbMkk