There is no shortage of top-name – and even lesser known – companies pursuing the white whale of developing a quantum computer that can run workloads and solve problems that today’s most powerful classical computers simply can’t. …
There is a seemingly endless list of problems to be solved and issues to be addressed in vendors’ steady march toward quantum computing. …
Murray Thom, vice president for quantum technology evangelism for D-Wave, knows that his company for more than two decades has played a key role in a somewhat unusual industry. …
Four years ago, Google engineers boasted of achieving “quantum supremacy” following experiments that showed its 53-qubit Sycamore quantum system solving problems that classical supercomputers either can’t or take a very long time to accomplish. …
The need for high-powered computing isn’t going away. Enterprises trying to corral the massive amounts of data they’re generating and adopting emerging technologies like machine learning are demanding the sort of HPC capabilities that not too long ago were reserved for research and educational institutions. …
In emerging computing fields like quantum computing and neuromorphic computing, hardware usually grabs the lion’s share of attention. …
James Clarke believes quantum computing won’t become practical until the industry is making chips crammed with upwards of a million error-corrected quantum bits. …
While there is a lot of hype, there is no question that quantum computers are going to revolutionize computing. …
The automotive industry has shown keen and early in quantum computing over the last several years, beginning most notably with Volkswagen, which rolled out a traffic simulation system with its hardware partner, D-Wave. …
Atom Computing adds itself to a growing list of quantum systems makers with pedigreed founders, funding announcements, and a market that even the big players haven’t mastered. …
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