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We are always looking for new PhD candidates and post-docs to join us in Sweden as part of @OpenSuperQ and the Wallenberg Center for Quantum Technologies #WACQT. Find information at: chalmers.se/en/centres/wac…

Great work!

Interview in @nature with Peter Shor, one of the fathers of #quantum #computation, on his #algorithm, physical and logical #qubits, #error #correction, and #encryption. Quantum-computing pioneer warns of complacency over Internet security nature.com/articles/d4158…

Bernie’s prediction on the election is spot on so far. 🤯

Together with Quantum Device Lab we developed a technique using a qubit as a primary thermometer to measure thermal occupation of propogating fields in cQED systems. This has broad application in quantum thermodynamics, transport, and mesoscopic calorimetry. journals.aps.org/prx/abstract/1…

Decoherence and parameter fluctuations due to two-level system defects are major obstacles to scaling up quantum processors. Join us as a postdoc (experiment) to solve this problem: chalmers.se/sv/om-chalmers… Quantum Technology Laboratory @OpenSuperQ Quantum Flagship

aip.scitation.org/doi/10.1063/5.… My First paper with Quantum Technology Laboratory published today in Applied Physics Letters AIP Publishing

When I found that John Clarke was attending my master's thesis presentation on Josephson junctions when he was visiting Chalmers.

The talks from day 2 of our free online workshop on Enabling Technology and Algorithms for Quantum Computing are now available on our YouTube channel: youtube.com/channel/UCx-Pi… Thanks to all participants for a great event!

1/ So you've got a circuit containing junctions, capacitors, and inductors in some arbitrary configuration. And you'd like to know its spectrum, eigenfunctions, etc... say a circuit like this one:

New peer-reviewed research from Massachusetts Institute of Technology (MIT), co-authored by Atlantic Quantum founders, shows that our quantum computing platform enables quantum operations with record-breaking accuracy. Read our press release: atlantic-quantum.com/news/peer-revi…. #QuantumComputing

Leon Ding The publication of this milestone comes during a period of momentous growth: we recently completed the buildout of our first R&D facility and opened a Swedish subsidiary for chip fabrication. Read more in the full press release: atlantic-quantum.com/news/peer-revi….

Our work on mitigating frequency collisions on quantum processors by reducing the frequency uncertainty in the fabrication process down to 40 MHz standard deviation. This is the lowest reported on-chip spread in qubit frequency (excluding postfabrication tuning techniques).

🚀 Reaching new heights with fluxonium qubits! Check out our blog post on the recently published performance record for superconducting qubits. Our Co-Founder Leon Ding, who led the study, provides a deep dive into the research and its future implications. atlantic-quantum.com/news/reaching-…

The lecture notes from our master’s course ”Quantum Computing” Chalmers University of Technology Wallenberg Centre for Quantum Technology - WACQT (also given remotely for students from RWTH Aachen and TU Delft) are now freely available on arXiv: arxiv.org/abs/2311.08445. 177 pages, 58 figures, 12 chapters, 4 tutorials. (1/4)

Our CEO Bharath Kannan has been named one of #forbes30under30 in Science for his work on improving quantum computers during his PhD at Massachusetts Institute of Technology (MIT) and Atlantic Quantum! This is a great acknowledgement of our focus on building scalable quantum computers. Congrats! forbes.com/profile/bharat…

Atlantic Quantum are releasing an open-source software framework for supporting control and tune-up of quantum processors! Interested in controlling your own qubits? Check out the project at our GitHub page! The work was supported by the U.S. Department of Energy

Atlantic Quantum is expanding in Gothenburg: apply if you want to be the one to build our quantum processors! jobs.polymer.co/atlantic-quant…