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Solid Material

  • Atom-Scale Model Could Help Improve Material Growth for Advanced Electronics

    Atom-Scale Model Could Help Improve Material Growth for Advanced Electronics

    Industry November 9, 2026

  • Quantum Calculations Reveal How Quantum Defects Lose Energy

    Quantum Calculations Reveal How Quantum Defects Lose Energy

    Technology October 15, 2026

  • HZDR Team Achieves First-Ever Separation of a Hydrogen Isotope Mixture Containing Tritium Using Quantum Effects

    HZDR Team Achieves First-Ever Separation of a Hydrogen Isotope Mixture Containing Tritium Using Quantum Effects

    Technology August 10, 2026

  • Scientists Reveal Hidden Structure of a Quantum Fluid

    Scientists Reveal Hidden Structure of a Quantum Fluid

    Technology August 6, 2026

  • How Ions Flow Like a Liquid Through a Solid Crystal

    How Ions Flow Like a Liquid Through a Solid Crystal

    Technology July 19, 2026

  • EeroQ Electron Shuttling Achievements Published in Physical Review Applied

    EeroQ Electron Shuttling Achievements Published in Physical Review Applied

    Business July 13, 2026

  • NSF selects five additional teams in National Quantum Virtual Laboratory design

    NSF selects five additional teams in National Quantum Virtual Laboratory design

    Industry June 27, 2026

  • NSF Selects Five Additional Teams in National Quantum Virtual Laboratory Design Competition

    NSF Selects Five Additional Teams in National Quantum Virtual Laboratory Design Competition

    Industry June 27, 2026

  • Researchers “Reprogram” Materials by Quickly Rearranging Their Atoms

    Researchers “Reprogram” Materials by Quickly Rearranging Their Atoms

    Technology May 15, 2026

  • Gold Clusters Show Promise as Scalable Options for Quantum Computers, Sensors

    Gold Clusters Show Promise as Scalable Options for Quantum Computers, Sensors

    Technology July 24, 2025

  • Stoichiometric Crystal Shows Promise in Quantum Memory

    Stoichiometric Crystal Shows Promise in Quantum Memory

    Technology July 9, 2025

  • Light and Heavy Electrons Cooperate in Magic-Angle Superconductors

    Light and Heavy Electrons Cooperate in Magic-Angle Superconductors

    Technology July 8, 2025

  • Sound Signals in Computer Chips – Almost Without Signal Loss

    Sound Signals in Computer Chips – Almost Without Signal Loss

    Technology July 4, 2025

  • Near-Perfect Defects in 2D Material Could Serve as Quantum Bits

    Near-Perfect Defects in 2D Material Could Serve as Quantum Bits

    Technology June 25, 2025

  • Scientists Observe Exotic Quantum Phase Once Thought Impossible

    Scientists Observe Exotic Quantum Phase Once Thought Impossible

    Technology April 13, 2025

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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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