Advances in Surface Electrons in Quantum Computing

ORAL · W53 · ID: 2168522

Presentations

  • Progress and perspectives on the control of single electrons on helium

    ORAL

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    Presenters

    • Elena O Glen

      EeroQ Quantum Hardware

    Authors

    • Elena O Glen

      EeroQ Quantum Hardware

    • Gerwin Koolstra

      EeroQ Quantum Hardware

    • Niyaz R Beysengulov

      EeroQ Quantum Hardware

    • Heenjun Byeon

      EeroQ Quantum Hardware, Eeroq Corp (Princeton University)

    • Kyle E Castoria

      Princeton University (Eeroq Corp), EeroQ Quantum Hardware, Eeroq Corp (Princeton University)

    • Michael J Sammon

      EeroQ Quantum Hardware, EeroQ, University of Minnesota

    • Jenna Theis

      EeroQ Quantum Hardware

    • Stephen A Lyon

      EeroQ Quantum Hardware, Princeton University

    • Johannes Pollanen

      EeroQ Quantum Hardware, Michigan State University

    • David G Rees

      EeroQ Quantum Hardware, EeroQ, Eeroq Corp (Princeton University)

    View abstract →

  • Toward cQED with microchannel confined electrons on helium

    ORAL

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    Presenters

    • Camille A Mikolas

      Michigan State University

    Authors

    • Camille A Mikolas

      Michigan State University

    • Niyaz Beysengulov

      Michigan State University, Michigan State University, EeroQ

    • Austin J Schleusner

      Michigan State University

    • Camryn Undershute

      Michigan State University

    • David G Rees

      EeroQ Quantum Hardware, EeroQ, Eeroq Corp (Princeton University)

    • Johannes Pollanen

      EeroQ Quantum Hardware, Michigan State University

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  • Electron mobility measurements on thin helium film across mm long transport line

    ORAL

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    Presenters

    • Tiffany R Liu

      Princeton University

    Authors

    • Tiffany R Liu

      Princeton University

    • Kyle E Castoria

      Princeton University (Eeroq Corp), EeroQ Quantum Hardware, Eeroq Corp (Princeton University)

    • Mayer M Feldman

      Princeton University

    • Stephen A Lyon

      Princeton, EeroQ Corp., Princeton University, EeroQ Corp, Princeton University, EeroQ Corp., Princeton University

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  • High-frequency dynamics of the liquid and solid phases of electrons on helium

    ORAL

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    Presenters

    • Austin J Schleusner

      Michigan State University

    Authors

    • Austin J Schleusner

      Michigan State University

    • Niyaz Beysengulov

      Michigan State University, Michigan State University, EeroQ

    • Camille A Mikolas

      Michigan State University

    • David G Rees

      EeroQ Quantum Hardware, EeroQ, Eeroq Corp (Princeton University)

    • Johannes Pollanen

      EeroQ Quantum Hardware, Michigan State University

    View abstract →

  • Control of Small Ensemble Electron Packets on Helium using a CMOS-Based CCD Architecture

    ORAL

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    Presenters

    • Kyle E Castoria

      Princeton University (Eeroq Corp), EeroQ Quantum Hardware, Eeroq Corp (Princeton University)

    Authors

    • Kyle E Castoria

      Princeton University (Eeroq Corp), EeroQ Quantum Hardware, Eeroq Corp (Princeton University)

    • Stephen A Lyon

      EeroQ Quantum Hardware, Princeton University

    • Johannes Pollanen

      EeroQ Quantum Hardware, Michigan State University

    • Elena O Glen

      EeroQ Quantum Hardware

    • David G Rees

      EeroQ Quantum Hardware, EeroQ, Eeroq Corp (Princeton University)

    • Niyaz R Beysengulov

      EeroQ Quantum Hardware

    • Gerwin Koolstra

      EeroQ Quantum Hardware

    • Michael J Sammon

      EeroQ Quantum Hardware, EeroQ, University of Minnesota

    • Heenjun Byeon

      EeroQ Quantum Hardware, Eeroq Corp (Princeton University)

    • Jenna Theis

      EeroQ Quantum Hardware

    View abstract →

  • RF Reflectometry of the Rydberg State of Electrons on Helium: Towards a Helium-Based Quantum Computer

    ORAL

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    Presenters

    • Erika Kawakami

      RIKEN, RIKEN, Japan

    Authors

    • Erika Kawakami

      RIKEN, RIKEN, Japan

    • Asher Jennings

      RIKEN, RIKEN, Japan

    • Ivan Grytsenko

      RIKEN, RIKEN, Japan

    • Yiran Tian

      RIKEN, Kazan Federal University, RIKEN, Japan; Kazan Federal University, Russia

    • Oleksiy Rybalko

      RIKEN, B. Verkin Institute for Low Temperature Physics and Engineering

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  • Progress towards coupling two electron-on-solid-neon qubits in the strong-dispersive regime

    ORAL

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    Presenters

    • Xinhao Li

      Argonne National Laboratory

    Authors

    • Xinhao Li

      Argonne National Laboratory

    • Xianjing Zhou

      Argonne National Laboratory

    • Yizhong Huang

      University of Chicago

    • Chris S Wang

      University of Chicago

    • Brennan Dizdar

      University of Chicago

    • Xu Han

      Argonne National Laboratory

    • David I Schuster

      Stanford University, University of Chicago

    • Dafei Jin

      University of Notre Dame

    View abstract →