New peer-reviewed research from @MIT, co-authored by @AtlanticQuantum founders, shows that our quantum computing platform enables quantum operations with record-breaking accuracy. Read our press release: https://t.co/lSO4mUWj1M. #QuantumComputing
🌊 Hello from across the pond! We’re excited to combine @Riverlane's quantum error correction software stack with our high-fidelity qubit chips to continue setting the bar for low error rates. More in the link below!
https://t.co/wq69cFK0vC
👋 Hello, new partners @AtlanticQuantum!
We can't wait to see how our QEC Stack, Deltaflow, will help AQ’s fluxonium-based high-fidelity* superconducting architecture.
*That’s 99.9% for two-qubit & 99.997% for single-qubit gates!
https://t.co/p978Hl1o83
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
Our CEO @Kannan_AQ has been named one of #forbes30under30 in Science for his work on improving quantum computers during his PhD at @MIT and Atlantic Quantum! This is a great acknowledgement of our focus on building scalable quantum computers. Congrats!
https://t.co/XhI39UJ211
That’s hip - @NewEnglandVC has nominated us for a tech award at the #NEVYs23! We’re excited for the recognition of our team’s hard work this year! Join us on Dec 7 to see if we win: https://t.co/Nfu4B8hvio. #quantumcomputing#deeptech
🚀 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.
https://t.co/MJgfJ7ehUM
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).
We are thrilled to be part of this program through the Northeast Microelectronics Coalition (NEMC) hub, funded by the federal CHIPS and Science Act!
We will be contributing with our expertise to promote and advance U.S. technology leadership in Quantum Technologies.
We are thrilled to be part of this program through the Northeast Microelectronics Coalition (NEMC) hub, funded by the federal CHIPS and Science Act!
We will be contributing with our expertise to promote and advance U.S. technology leadership in Quantum Technologies.
Today, @DeptofDefense made the largest award to date under President Biden's #CHIPSAct, signed last August. That moment was a bipartisan victory for our national security and our economic security, a once in a generation investment in America itself. More: https://t.co/iXOIQ2wqRc
A new superconducting qubit architecture performs operations between qubits with much more accuracy. The advance “shows great promise in terms of actually building a useful, fault-tolerant quantum computer,” says Bharath Kannan PhD ’22. https://t.co/gCsNl27OnE
@LeonDingMN 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:
https://t.co/lSO4mUWj1M.
New peer-reviewed research from @MIT, co-authored by @AtlanticQuantum founders, shows that our quantum computing platform enables quantum operations with record-breaking accuracy. Read our press release: https://t.co/lSO4mUWj1M. #QuantumComputing
We announce today that we have been selected by @AFWERX for a Small Business Innovation and Research (SBIR) contract. The contract in the amount of $1.25 million enables us to demonstrate high-performance fluxonium-based quantum processors. @AFResearchLab
https://t.co/rfFx1EH6Gg