Towards operating an error correcting code with noise biased bosonic qubits Part 2

ORAL

Abstract

Biased noise qubits can improve the hardware efficiency of error correcting codes by allowing them to primarily focus on correcting one type of error. To leverage this advantage, it is critical that the noise bias be preserved not just while idling but during all circuit operations. We perform an experiment to study the performance of an error correcting code in a biased noise architecture using transmons and cat qubits.

In the second part of the talk, we go over the error correction experiment and discuss the performance of our error correcting code.

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Presenters

  • Harald Putterman

    • AWS Center for Quantum Computing

Authors

  • Harald Putterman

    • AWS Center for Quantum Computing

  • Shahriar Aghaeimeibodi

    • AWS Center for Quantum Computing

  • Fernando G Brandão

    • AWS Center for Quantum Computing
    • AWS Center for Quantum Computing; Caltech

  • Connor T Hann

    • AWS Center for Quantum Computing

  • Harry Levine

    • AWS Center for Quantum Computing

  • Greg MacCabe

    • AWS Center for Quantum Computing

  • Matthew Matheny

    • AWS Center for Quantum Computing
    • Caltech

  • Hesam Moradinejad

    • AWS Center for Quantum Computing

  • Kyungjoo Noh

    • AWS Center for Quantum Computing

  • John Owens

    • AWS Center for Quantum Computing

  • Oskar Painter

    • AWS Center for Quantum Computing

  • Rishi Patel

    • AWS Center for Quantum Computing