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+

Superconductivity

  • New AI Tool Set to Speed Quest for Advanced Superconductors

    New AI Tool Set to Speed Quest for Advanced Superconductors

    Technology April 11, 2025

  • New Insight Into Unique Kagome Superconductors That Could Advance Applications of Quantum Materials

    New Insight Into Unique Kagome Superconductors That Could Advance Applications of Quantum Materials

    Technology April 9, 2025

  • Caltech-Led Team Finds New Superconducting State

    Caltech-Led Team Finds New Superconducting State

    Technology April 2, 2025

  • Enhancing Majorana Stability With a Three-Site Kitaev Chain

    Enhancing Majorana Stability With a Three-Site Kitaev Chain

    Technology April 1, 2025

  • The Hidden Superconducting State in NbSe₂: Shedding Layers, Gaining Insights

    The Hidden Superconducting State in NbSe₂: Shedding Layers, Gaining Insights

    Technology April 1, 2025

  • Transistor Reshapes Electronic Properties of a 2D Material

    Transistor Reshapes Electronic Properties of a 2D Material

    Technology March 29, 2025

  • Unveiling the Hidden Quantum Structure of Twisted Bilayer Graphene With Terahertz Light

    Unveiling the Hidden Quantum Structure of Twisted Bilayer Graphene With Terahertz Light

    Technology March 29, 2025

  • A Simple Way To Control Superconductivity

    A Simple Way To Control Superconductivity

    Technology March 24, 2025

  • Rare Quantum Effect Paves the Way for Topological Quantum Computing

    Rare Quantum Effect Paves the Way for Topological Quantum Computing

    Technology March 21, 2025

  • Scientists Tune In to Rhombohedral Graphene’s Potential

    Scientists Tune In to Rhombohedral Graphene’s Potential

    Technology March 20, 2025

  • Twisting Atomically Thin Materials Could Advance Quantum Computers

    Twisting Atomically Thin Materials Could Advance Quantum Computers

    Technology March 18, 2025

  • New Fabrication Method Brings Topological Quantum Computing a Step Closer to Reality

    New Fabrication Method Brings Topological Quantum Computing a Step Closer to Reality

    Technology March 17, 2025

  • Untangling Quantum Entanglement With New Calculation Formulas

    Untangling Quantum Entanglement With New Calculation Formulas

    Technology March 13, 2025

  • Crystal Lattice at a Distance

    Crystal Lattice at a Distance

    Technology March 11, 2025

  • The Quest for Room-Temperature Superconductors

    The Quest for Room-Temperature Superconductors

    Technology March 10, 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