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+

Electrons

  • KAIST Directly Visualizes the Hidden Spatial Order of Electrons in a Quantum Material

    KAIST Directly Visualizes the Hidden Spatial Order of Electrons in a Quantum Material

    Industry January 21, 2026

  • Heidelberg Physicists Bridge Worlds of Quantum Matter

    Heidelberg Physicists Bridge Worlds of Quantum Matter

    Industry January 21, 2026

  • New Quantum Boundary Discovered: Spin Size Determines How the Kondo Effect Behaves

    New Quantum Boundary Discovered: Spin Size Determines How the Kondo Effect Behaves

    Industry January 21, 2026

  • Building the World’s First Open-Source Quantum Computer

    Building the World’s First Open-Source Quantum Computer

    Industry January 20, 2026

  • New Method for Predicting High-Temperature Superconducting Materials

    New Method for Predicting High-Temperature Superconducting Materials

    Industry January 20, 2026

  • Quantum ‘Alchemy’ Made Feasible With Excitons

    Quantum ‘Alchemy’ Made Feasible With Excitons

    Technology January 20, 2026

  • Observing Positronium Beam as a Quantum Matter Wave for the First Time

    Observing Positronium Beam as a Quantum Matter Wave for the First Time

    Technology January 20, 2026

  • Hidden Order in Quantum Confusion: The Pseudogap

    Hidden Order in Quantum Confusion: The Pseudogap

    Industry January 20, 2026

  • An Earthquake on a Chip: New Tech Generates Tiny Waves, Could Make Smartphones Smaller, Faster

    An Earthquake on a Chip: New Tech Generates Tiny Waves, Could Make Smartphones Smaller, Faster

    Industry January 18, 2026

  • Honeycomb Lattice Sweetens Quantum Materials Development

    Honeycomb Lattice Sweetens Quantum Materials Development

    Industry January 18, 2026

  • Reading Qubits in an Ultraclean Environment

    Reading Qubits in an Ultraclean Environment

    Industry January 16, 2026

  • EeroQ Breakthrough Solves the “Wire Problem” in Quantum Computing

    EeroQ Breakthrough Solves the “Wire Problem” in Quantum Computing

    Technology January 16, 2026

  • Quantum Physics: New State of Matter Discovered

    Quantum Physics: New State of Matter Discovered

    Industry January 15, 2026

  • Scientists Capture First-Ever High-Resolution Images of Topological Quantum Hall Edge States

    Scientists Capture First-Ever High-Resolution Images of Topological Quantum Hall Edge States

    Industry January 12, 2026

  • Development of Ultra-Fast Quantum Tunneling Device for 6G Terahertz Era

    Development of Ultra-Fast Quantum Tunneling Device for 6G Terahertz Era

    Industry January 12, 2026

  • 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