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A system for coherent site-resolved control of an array of neutral-atom qubits, part III

ORAL

Abstract

Individually-trapped neutral atoms are a promising technology for scalable quantum computation. Such systems offer high readout fidelity, control over excursions to Rydberg states for qubit interactions, and spatial manipulation of many-atom arrays. Here we present methods for achieving multi-qubit control over neutral atom strontium qubits confined in arrays of optical tweezers. We characterize and demonstrate coherent control of Rydberg states and show progress towards their use in multi-qubit gates.

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Presenters

  • Stanimir Kondov

    Atom Computing, Inc, Atom Computing, Atom Computing, Inc.

Authors

  • Jonathan P King

    Atom Computing, Inc, Atom Computing, Inc.

  • Stanimir Kondov

    Atom Computing, Inc, Atom Computing, Atom Computing, Inc.

  • Albert Ryou

    Atom Computing, Inc, Atom Computing, Atom Computing, Inc.

  • Tsung-Yao Wu

    Atom Computing, Inc, Atom Computing, Atom Computing, Inc.

  • Nicole Crisosto

    Atom Computing, Inc, Atom Computing, Atom Computing, Inc.

  • Brian J Lester

    Atom Computing, Inc

  • Krish Kotru

    Atom Computing, Inc

  • Mickey P McDonald

    Atom Computing, Inc

  • Remy P Notermans

    Atom Computing, Inc, Atom Computing

  • Kayleigh Cassella

    Atom Computing, Inc, Atom Computing, Atom Computing, Inc.

  • Lucas Peng

    Atom Computing, Inc, Atom Computing, Atom Computing, Inc.

  • Eli Megidish

    Atom Computing, Inc, Atom Computing, Atom Computing, Inc.

  • Peter Battaglino

    Atom Computing, Inc, Atom Computing, Atom Computing, Inc.

  • Sandeep Narayanaswami

    Atom Computing, Inc, Atom Computing, Atom Computing, Inc.

  • Ciro Nishiguchi

    Atom Computing, Inc, Atom Computing, Atom Computing, Inc.

  • Raul Atkinson

    Atom Computing, Inc, Atom Computing, Atom Computing, Inc.

  • Emme Yarwood

    Atom Computing, Inc, Atom Computing, Atom Computing, Inc.

  • Joseph Lauigan

    Atom Computing

  • Robin Coxe

    Atom Computing

  • Benjamin Bloom

    Atom Computing, Inc., Atom Computing