We recently onboarded users of QSCOUT (@SandiaLabs' trapped ion testbed) to SuperstaQ's platform. We're excited to see what research advances they'll make by leveraging SuperstaQ's optimized compilation & integration with Jaqal quantum assembly language. sandia.gov/quantum/quantum-i…
The @Infleqtion team just released SupercheQ: Quantum Advantage for Distributed Databases. AFAIK, it’s the first practical application of circuits from random sampling (quantum volume, XEB, etc.)! thequantuminsider.com/2022/1… Thread below 👇
ALT Join Paul Lipman today at #Q2BSV22 for his keynote: Quantum X Finance: How @SupertechLabs and @MorningstarInc are Empowering Investor Success in the Mission City Ballroom at 10 am.
We’re proud to announce @infleqtion, a new company that will serve the commercial quantum market. We are building an ecosystem of quantum technologies and commercial products for today, driving us, and the entire industry, toward tomorrow.
We are thrilled to share that ColdQuanta has raised $110 million in a Series B round to continue commercializing quantum technology products across the global ecosystem. wsj.com/articles/quantum-sta…
ALT We are thrilled to share that ColdQuanta has raised $110 million in a Series B round to continue commercializing quantum technology products across the global ecosystem.
We are thrilled to announce that @breakthroughvic has invested in @ColdQuanta to establish an Asia-Pacific quantum computing and technology facility at @Swinburne University of Technology. linkedin.com/posts/coldquant…
With the help of SuperstaQ’s low-level pulse compilation, the researchers halved the rotation-cost of the Toffoli gate, which powers important quantum algorithms like Grover search.
.@ChicagoQuantum's Pulse-level Quantum Control Workshop included representatives from academia, national labs, and industry to address the importance of fine-tuning quantum processing at the physical layer. Learn more about their recommendations: lnkd.in/gEHcHqJD
ALT Although emerging #quantumcomputers are not yet fault-tolerant, new algorithms exist that have innate noise resilience and modest qubit requirements. There are promising indications that near-term devices could be used to accelerate or enable solutions to problems in domains ranging from molecular chemistry to combinatorial optimization and machine learning.
Researchers have created one of the world’s largest networks for sharing quantum information — a field of science that depends on paradoxes so strange that Albert Einstein didn’t believe them. trib.al/uXFQ6Bv
Excited to have an engaged audience of computer architects (at 8:30am on a Sunday!) for our SupermarQ tutorial at @ISCAConfOrg in NYC. 40 participants developed new benchmarks and executed on quantum hardware. supertechlabs.github.io/Supe…
You had us at #opensource and #quantumbenchmarking.
Check out Metriq, a new tool that aggregates and encourages new approaches to quantum benchmarking. Keep up the great work @unitaryfund 👏🏼
Unitary Fund is proud to announce a new open source software tool for the quantum computing community: Metriq‼️ (metriq.info)
Metriq organizes benchmark information transparently, by and for the community.
Check it out now! ➡️ metriq.info