QuantumWire QuantumWire

  • Log in
  • Home
  • Articles
  • Flash
  • Quantum News
    • All News
    • Business
    • Technology
    • Industry
  • World
    • World News
    • Americas
    • Asia Pacific
    • Europe
  • Quantum Information
  • Computing
    • Quantum Computing
    • Qubit Technologies
    • Quantum Chip
    • Quantum Computer
    • Software & Algorithms
    • Quantum Error Correction
    • Quantum Cloud Service
  • Communication
  • Sensing
  • Security
    • Quantum Security
    • PQC
    • QKD
    • QRNG
  • Components
  • Materials
  • Quantum+

Lattice

  • 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

  • How to Raise a Quantum Fermi Gas Experiment

    How to Raise a Quantum Fermi Gas Experiment

    Technology June 19, 2025

  • Physicists Cool Quantum Simulator to Record-Breaking Low Temperatures

    Physicists Cool Quantum Simulator to Record-Breaking Low Temperatures

    Technology June 19, 2025

  • UK Scientists Achieve Precision Activation of Quantum Defects in Diamond

    UK Scientists Achieve Precision Activation of Quantum Defects in Diamond

    Technology June 18, 2025

  • New Quantum Navigation Device Uses Atoms to Measure Acceleration in 3D

    New Quantum Navigation Device Uses Atoms to Measure Acceleration in 3D

    Technology June 13, 2025

  • A Phonon’s Trampoline

    A Phonon’s Trampoline

    Technology June 9, 2025

  • Physicists Observe a New Form of Magnetism for the First Time

    Physicists Observe a New Form of Magnetism for the First Time

    Technology June 9, 2025

  • Perfect Landing in the Atomic Lattice – New Paths for Improved Catalysis and Gas Detection

    Perfect Landing in the Atomic Lattice – New Paths for Improved Catalysis and Gas Detection

    Technology June 4, 2025

  • Shedding New Light on Topological Lattices

    Shedding New Light on Topological Lattices

    Technology June 4, 2025

  • MIT Physicists Discover a New Type of Superconductor That’s Also a Magnet

    MIT Physicists Discover a New Type of Superconductor That’s Also a Magnet

    Technology June 2, 2025

  • Rice Method Refines Ultrapure Diamond Film Fabrication for Quantum and Electronic Applications

    Rice Method Refines Ultrapure Diamond Film Fabrication for Quantum and Electronic Applications

    Technology May 26, 2025

  • Quantum Physics: New Insights Into Magic-Angle Graphene

    Quantum Physics: New Insights Into Magic-Angle Graphene

    Technology May 26, 2025

  • A Cool New Way to Study Gravity

    A Cool New Way to Study Gravity

    Technology May 22, 2025

  • Breakthrough Research Paves Way for Engineering Materials Vital for Emerging Quantum Technology

    Breakthrough Research Paves Way for Engineering Materials Vital for Emerging Quantum Technology

    Technology May 7, 2025

  • PQShield Launches UltraPQ-Suite for Deeply Specialized Implementations of Post-Quantum Cryptography

    PQShield Launches UltraPQ-Suite for Deeply Specialized Implementations of Post-Quantum Cryptography

    Business April 25, 2025

  • Load More

Free Press Release

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

About | Contact | Contribute | Copyright

*info@QuantumWire.com

QuantumWire is an information and service platform focused on the quantum technology industry.

Copyright © 2024 QuantumWire.com All rights reserved

QuantumWire.com