Theory of Superconducting Quantum Devices group
@TheSQuaD_IQ
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Welcome to Alex Chapple (PhD) and Simon Richer (MSc), who join the group this autumn!
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Congratulations to Ross Shillito who defended his thesis on Friday September 14th! You can check out his papers on the ArXiV (
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A group lunch to welcome Benjamin D'Anjou, the new research scientist in the group! @TheSQuaD_IQ
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We have a new member in the group this month: welcome to Ronan Gautier, intern from France!
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Welcome to the new members of @TheSQuaD_IQ ! This fall, Manuel Munoz-Arias, Alexander McDonald, Othmane Benhayoune-Khadraoui, Marie-Frédérique Dumas and Benjamin Groleau-Paré have joined. @IQ_USherbrooke @Manuel_muz
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Several graduate student, postdoc and research scientist positions focusing on the theory of superconducting quantum circuits are available in @TheSQuaD_IQ. Spread the word! For more details on the group: To apply: @IQ_USherbrooke
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Our recent work on a novel superconducting coupler based on the physics of protected qubits was published as an editors suggestion in Physical Review Applied. Congratulations Catherine Leroux and @agudipaolo! 🎉.
journals.aps.org
A significant challenge in the design of large-scale quantum processors is the presence of unwanted qubit-qubit crosstalk, which leads to uncontrollable accumulation of correlated errors. This work...
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RT @circuitqed: Interested in contributing to the advancement of superconducting quantum devices? We are looking for graduate students, pos….
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A new preprint from @TheSQuaD_IQ demonstrates an exponential suppression of all two-qubit interactions in a tunable coupler. Congratulations Catherine Leroux and @agudipaolo! 🎉.
arxiv.org
Tunable two-qubit couplers offer an avenue to mitigate errors in multiqubit superconducting quantum processors. However, most couplers operate in a narrow frequency band and target specific...
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New preprint from @TheSQuaD_IQ in collaboration with Prof Irfan Siddiqi’s group @UCBerkeley introduces physics-inspired ML approaches that demonstrate higher accuracy and training efficiency to characterize the dynamics of a superconducting qubit:.
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RT @ZhuGuanyu: This Friday (12:00 PM EDT, Jun 18) at the IBM Qiskit seminar, I'll talk about our recent work on quantum error correction w….
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RT @circuitqed: It is going to be a busy #APSMarch meeting with 18 presentations from @TheSQuaD_IQ group members and collaborators! Tomorro….
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RT @circuitqed: @TheSQuaD_IQ is hiring PhD students, postdocs and long-term research scientists! Topics include the theory of superconducti….
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RT @circuitqed: New proposal for nondestructive microwave photon counting over a large detection bandwidth using a quantum metamaterial. Ch….
arxiv.org
Detecting traveling photons is an essential primitive for many quantum information processing tasks. We introduce a single-photon detector design operating in the microwave domain, based on a...
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Like many other groups, @TheSQuaD_IQ has gone virtual. Group meetings, project meetings and even coffee breaks are now online!
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RT @circuitqed: Looking for a postdoc opportunity in superconducting quantum circuits, quantum error correction or quantum optics? Look no….
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RT @qudev: If you are into #hockey and a #physicist registering for the #apsmarch meeting in Denver, CO @APSphysics @APSMeetings consider h….
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RT @qudev: New team @qudev paper on coherent coupling between superconducting and a semiconductor qubits out in @NatureComms . It’s a @NCCR….
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Congrats Philipp from @TheSQuaD_IQ !.
Congratulations to Philipp Kurpiers from team @qudev who successfully passed his PhD exam with David Schuster @schusterqed at @ETH_physics @ETH_en. Excellent thesis work and great job altogether. Well done!. Check out Philipp installing a vacuum seal on his fancy doctoral hat.
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