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Software optimization of quantum circuits on QSCOUT

ORAL

Abstract

QSCOUT at Sandia National Laboratories is a quantum testbed program that gives users access to the lowest pulse control level of the machine. Even as quantum computing hardware improves, there are software optimizations tailored to the device performance that can significantly enhance circuit compilations, reducing overhead. In collaboration with Infleqtion, we have performed quantum volume circuit studies to compare the efficacy of various circuit compilation methods. These results form the groundwork of Superstaq for QSCOUT, a software platform now available to other users to improve their code on the quantum circuit level. We present the results of quantum cavity electrodynamic studies in collaboration with the University of California, Davis and ETH Zurich as a demonstration of these circuit compilation optimizations.

Presenters

  • Ashlyn D Burch

    Sandia National Laboratories

Authors

  • Ashlyn D Burch

    Sandia National Laboratories

  • Christopher G Yale

    Sandia National Laboratories

  • Matthew N Chow

    Sandia National Labs; University of New Mexico; CQuIC

  • Megan Ivory

    Sandia National Laboratories

  • Daniel S Lobser

    Sandia National Laboratories

  • Melissa C Revelle

    Sandia National Laboratories

  • Victoria A Norman

    University of California, Davis

  • Zainab Rizvi

    University of California, Davis

  • Alex Rubin

    University of California, Davis

  • Marina Krstic-Marinkovic

    ETH Zurich

  • Marina Radulaski

    University of California, Davis

  • Victory Omole

    Infleqtion

  • Rich Rines

    Infleqtion

  • Bharath Thotakura

    Infleqtion

  • Pranav Gokhale

    Infleqtion

  • Susan M Clark

    Sandia National Laboratories