Advancements in Logical Quantum Computation: Demonstrations and Results

December 10 at 10:00 am
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There is industry-wide consensus on the need for fault-tolerant QPU’s, but demonstrations of these abilities are less common. In this talk, Dr. Hayes will review Quantinuum’s long list of meaningful demonstrations in fault-tolerance, including real-time error correction, a variety of codes from the surface code to exotic qLDPC codes, logical benchmarking, beyond break-even behavior on multiple codes and circuit families.
David Hayes, Director of Computational Theory and Design, Quantinnum
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Featured Speaker(s):
David Hayes

David Hayes

Director of Computational Theory and Design Quantinuum
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Advancements in Logical Quantum Computation: Demonstrations and Results

December 10 @ 10:00 am - 10:20 pm

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Featured Speaker(s):
David Hayes

David Hayes

Director of Computational Theory and Design Quantinuum

There is industry-wide consensus on the need for fault-tolerant QPU’s, but demonstrations of these abilities are less common. In this talk, Dr. Hayes will review Quantinuum’s long list of meaningful demonstrations in fault-tolerance, including real-time error correction, a variety of codes from the surface code to exotic qLDPC codes, logical benchmarking, beyond break-even behavior on multiple codes and circuit families.


David Hayes, Director of Computational Theory and Design, Quantinnum

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Date:
December 10
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10:00 am - 10:20 pm
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