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+

Femtosecond

  • Controlling Quantum Materials With Light: Why Two Pulses Can Be Better Than One

    Controlling Quantum Materials With Light: Why Two Pulses Can Be Better Than One

    Technology November 6, 2026

  • Using Light To Reveal Hidden Quantum Properties

    Using Light To Reveal Hidden Quantum Properties

    Technology October 14, 2026

  • Study Catches a Quantum Material Transforming in Real Time, Revealing What Drives Its Shift

    Study Catches a Quantum Material Transforming in Real Time, Revealing What Drives Its Shift

    Technology October 10, 2026

  • A Window on a Cold Quantum World

    A Window on a Cold Quantum World

    Technology August 14, 2026

  • Zooming In: Electron Orbitals Photographed in 3D

    Zooming In: Electron Orbitals Photographed in 3D

    Technology August 6, 2026

  • Magnetic Dopants Help Quantum Dots Use Light for Chemical Reactions

    Magnetic Dopants Help Quantum Dots Use Light for Chemical Reactions

    Technology August 5, 2026

  • New Research Shows How ‘Hot Electrons’ Can Reshape Metals in Billionths of a Second

    New Research Shows How ‘Hot Electrons’ Can Reshape Metals in Billionths of a Second

    Technology July 31, 2026

  • Skoltech Scientists Demonstrate Transition Between Strong and Weak Coupling Regimes in a Polariton Microcavity

    Skoltech Scientists Demonstrate Transition Between Strong and Weak Coupling Regimes in a Polariton Microcavity

    Technology July 29, 2026

  • Seeing the unseen: Quantum dots reveal hidden light waves on metal surfaces

    Seeing the unseen: Quantum dots reveal hidden light waves on metal surfaces

    Technology July 28, 2026

  • Light-Driven Memory Could Slash AI Energy Use

    Light-Driven Memory Could Slash AI Energy Use

    Industry June 12, 2026

  • A Microscopic Link Between Dense Rydberg Gases and Ultracold Plasmas

    A Microscopic Link Between Dense Rydberg Gases and Ultracold Plasmas

    Industry June 6, 2026

  • A Ultrafast Laser on a Chip

    A Ultrafast Laser on a Chip

    Industry June 5, 2026

  • Quantum Research Points to Future Energy and Computing Technologies

    Quantum Research Points to Future Energy and Computing Technologies

    Industry May 28, 2026

  • It Takes Two Combs to Tango

    It Takes Two Combs to Tango

    Industry May 27, 2026

  • Quantum Entanglement on Attosecond Timescales

    Quantum Entanglement on Attosecond Timescales

    Industry April 3, 2026

  • Load More

Free Press Release

Quantum Computer R&D News

Editor's Picks

  • IonQ Announces Record 3Q26 Revenues and Raises FY2026 Guidance to $505 – $515 Million As Backlog Grows to $1.2 Billion
    IonQ Announces Record 3Q26 Revenues and Raises FY2026 Guidance to $505 – $515 Million As Backlog Grows to $1.2 Billion
  • UCSB Researchers “Rebuilding the Heart of a Quantum Computer”
    UCSB Researchers “Rebuilding the Heart of a Quantum Computer”
  • HKUST and HKMA Launch PQC Toolkit To Support Banks’ Quantum Preparedness
    HKUST and HKMA Launch PQC Toolkit To Support Banks’ Quantum Preparedness
  • IQM Demonstrates Entanglement Across a Complete 54-Qubit Processor, Bringing Full-Chip Performance to Cloud Users
    IQM Demonstrates Entanglement Across a Complete 54-Qubit Processor, Bringing Full-Chip Performance to Cloud Users

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