PsiQuantum has teamed up with STFC’s Daresbury Laboratory to develop the next generation of high-power cryogenic modules which will be necessary to scale photonic quantum computers to millions of qubits. PsiQuantum will work with Daresbury Laboratory experts specialized in large-scale cryogenic infrastructure to develop advanced cryogenic systems.
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New partnership with the Defense Advanced Research Projects Agency (DARPA) to perform on the Utility-Scale Quantum Computing (US2QC) program, which underpins the U.S. government’s commitment to identify companies with credible roadmaps to building a useful quantum computer in the near term.
We recently announced a new approach to vastly increasing the efficiency of running quantum algorithms. We call it the Active Volume Architecture. The key insight is that if you have access to certain hardware capabilities then you can obtain remarkable reductions in the running costs of commercially useful quantum algorithms (for example, reducing running costs by around 50x for factoring algorithms).
This technique specifically targets algorithms for error-corrected quantum computers, as opposed to non-error-corrected NISQ systems. ‘Active volume compilation’ reduces the time taken to run a given application, through more efficient use of the available hardware.
In this most recent HPCwire/QCwire survey, senior researchers from D-Wave Systems, Oak Ridge National Laboratory, and PsiQuantum tackle benchmarking, networking, and hybrid classical-quantum computing approaches.