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Fermions

  • Physicists Uncover Behavior in Quantum Superconductors That Provides a New Level of Control

    Physicists Uncover Behavior in Quantum Superconductors That Provides a New Level of Control

    Technology October 16, 2024

  • Study Predicts a New Quantum Anomalous Crystal in Fractionally Filled Moiré Superlattices

    Study Predicts a New Quantum Anomalous Crystal in Fractionally Filled Moiré Superlattices

    Technology September 4, 2024

  • Neutrons Reveal the Existence of Local Symmetry Breaking in a Weyl Semimetal

    Neutrons Reveal the Existence of Local Symmetry Breaking in a Weyl Semimetal

    Technology August 20, 2024

  • Boson Systems Break the Finite Speed Limit

    Boson Systems Break the Finite Speed Limit

    Technology July 26, 2024

  • A Breakthrough on the Edge: One Step Closer to Topological Quantum Computing

    A Breakthrough on the Edge: One Step Closer to Topological Quantum Computing

    Technology July 11, 2024

  • What If Metals Could Conduct Light?

    What If Metals Could Conduct Light?

    Technology May 7, 2024

  • Physicists Discover New Way to Make Strange Metal

    Physicists Discover New Way to Make Strange Metal

    Technology May 1, 2024

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Quantum Computer R&D News

Editor's Picks

  • Harvard, Anthropic, and QuEra Breakthrough Research Uniquely Shows AI Can Reduce the Resources Quantum Applications Need, Significantly Accelerating the Era of Useful Quantum Computing
    Harvard, Anthropic, and QuEra Breakthrough Research Uniquely Shows AI Can Reduce the Resources Quantum Applications Need, Significantly Accelerating the Era of Useful Quantum Computing
  • Diraq Deploys World’s First Silicon Spin Quantum Computer Inside a Commercial Data Center
    Diraq Deploys World’s First Silicon Spin Quantum Computer Inside a Commercial Data Center
  • Horizon Quantum and OQC Announce Successful Pulse-Level Integration of OQC’s Quantum Processing Unit and Triple Alpha Integrated Development Environment
    Horizon Quantum and OQC Announce Successful Pulse-Level Integration of OQC’s Quantum Processing Unit and Triple Alpha Integrated Development Environment
  • Quantum Motion Demonstrates an IC-Native Superinductor That Reduces Qubit Sensing Footprint by 10,000 Times
    Quantum Motion Demonstrates an IC-Native Superinductor That Reduces Qubit Sensing Footprint by 10,000 Times

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