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Explore the expanded boundary of computational advantage with supercomputing
HPE has come up with a latest research that showcases how supercomputers can be used to test and benchmark computational performance for the quantum computing community, redefining theoretical performance claims that future quantum computers will deliver. It showcases the increasing value of supercomputing and how it can be used to test and support current or near-term quantum experiments that help to accelerate the commercial relevance of quantum computers.
According to Justin Hotard, senior vice president and general manager, HPC and AI at HPE, “Today’s research, a result of a strong collaboration between teams at HPE, University of Bristol and Imperial College London, was inspired by the leading edge of quantum computing development to extend the value that supercomputing delivers, when combined with optimized algorithms, to accurately compare computational advantage between classical computers and quantum computers, and set new standards of performance".
“We look forward to furthering this effort by partnering with the quantum computing community and integrating the HPE Cray supercomputer product line with other enabling technologies to advance the journey to developing future quantum computers", he further added.
The latest experiment showcases the increasing value of supercomputing and how it can be used to test and support current or near-term quantum experiments that help to accelerate the commercial relevance of quantum computers. The research also predicts that as supercomputing continues to advance, such as with upcoming exascale supercomputers that are up to 10 times faster than some of today’s most powerful supercomputers, quantum computing results can be verified in even shorter windows of time, from months to weeks on faster systems.
Read our blog how HPE builds new supercomputer to strengthen weather services for Europe.
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Nabanita Maji
Hewlett Packard Enterprise
twitter.com/hpe_partner
LinkedIn/groups/6988995/
hpe.com/us/en/solutions/OEM
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