Postdoc in quantum science | Radio journalist | iOS developer

Zürich, Schweiz
Joined June 2011
Verifying a quantum device without trusting its internal workings: we present device-independent self-testing with superconducting circuits, out on arxiv today.
New @qudev @ETHQuantumCntr @ETH_physics @ETH_en manuscript on Complete Self-Testing of a System of Remote Superconducting Qubits out on @arxiv today. This work was done in collaboration with @UnivParisSaclay @CNRS @CEA_Officiel and led by @simonstorz at @ETH. Read more about it here: arxiv.org/abs/2408.01299 . We make use of our 30-m-long #quntum link and our capability to perform loophole-free Bell tests which allows us to explore non-local #physics.
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Superconducting quantum bits have been entangled over a separation of 30 metres, enabling a loophole-free Bell experiment. Find out more in this N&V by Marissa Giustina. go.nature.com/42slLg6
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👨‍💻 We received great theory support from Jean-Daniel and @NSangouard from @CEAParisSaclay @ParisSaclay. The master equation simulations of our experiment were developed by @baproyer and @circuitqed at @USherbrooke @IQ_USherbrooke and @Yale.
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🌟 It was a pleasure dedicating most of my PhD to this fascinating project, and being able to collaborate with a fantastic team. Let me know if you have any questions about the experiment!
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Simon Storz retweeted
ETH-Forschende konnten mit dem ersten schlupflochfreien Bell-Test mit supraleitenden Schaltkreisen bestätigen, dass die klassischen Vorstellungen von Kausalität in der Quantenwelt nicht gelten. @AndreasAtETH ethz.ch/de/news-und-veransta…
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Simon Storz retweeted
22 thoughts from 2022 I'd like to take into 2023: xitter.cf/waitbutwhy/status/1520…
Everything we call civilization was invented in the last 500 generations—way too short a time for our bodies and brains to re-optimize. We're a bunch of primates in a totally unnatural environment, trying our best. Good thing to keep in mind!
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“ … a group of researchers announced … that they had simulated a pair of black holes in a quantum computer and sent a message between them through a shortcut in space-time called a wormhole.” @nytimes @overbye Read the thread! 1/n nytimes.com/2022/11/30/scien… – at Zurich, Switzerland
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