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Can We Run Fault Tolerant Shor’s Algorithm in the Near Term?

July 24 at 3:00 pm
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  • Computing
  • Keynote Room
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Fault Tolerant quantum computers that implement quantum error correction at scale is considered the most practical path towards realizing the full potential of quantum computing. In this talk, we take a “simple” example and discuss what classical control system is needed to factorize the number 21 on a superconducting QPU implementing quantum error correction and demonstrate how Quantum Machines’ control suite meets these requirements. Moreover, we showcase how the various capabilities and unique features have been used by the community.
Dr. Yonatan Cohen, CTO & Co founder, Quantum Machines
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Featured Speaker(s):
Dr. Yonatan Cohen

Dr. Yonatan Cohen

CTO & Co-founder Quantum Machines
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Event Series Event Series: Computing

Can We Run Fault Tolerant Shor’s Algorithm in the Near Term?

July 24 @ 3:00 pm - 3:20 pm

Featured Speaker(s):
Dr. Yonatan Cohen

Dr. Yonatan Cohen

CTO & Co-founder Quantum Machines

Fault Tolerant quantum computers that implement quantum error correction at scale is considered the most practical path towards realizing the full potential of quantum computing. In this talk, we take a “simple” example and discuss what classical control system is needed to factorize the number 21 on a superconducting QPU implementing quantum error correction and demonstrate how Quantum Machines’ control suite meets these requirements. Moreover, we showcase how the various capabilities and unique features have been used by the community.

Dr. Yonatan Cohen, CTO & Co founder, Quantum Machines

Details

Date:
July 24
Time:
3:00 pm - 3:20 pm
Series:
Computing
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Keynote Room

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