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Quantum Information Processing

  • Quantum Computing's Future: Harnessing Water's Quantum Properties
    Physics

    Water’s Quantum Properties Boost Quantum Computing

    by Dr. DonovanMarch 1, 2024
  • Quantum Computing with Classical Coherent States
    Quantum Research News

    Quantum Computing with Classical Coherent States

    by Dr. DonovanMarch 1, 2024
  • Stanford Scientists Resurrect Niobium for High-Performance Quantum Computing
    Quantum Research News

    Niobium Qubits Boost Quantum Computing Performance

    by Dr. DonovanFebruary 27, 2024
  • Quantum Rabi Model: Key to Deep Strong Coupling and Advancement in Quantum Technologies
    Quantum Research News

    Quantum Rabi Model Drives Strong Coupling

    by Dr. DonovanFebruary 18, 2024
  • Decoding the Bloch Sphere: A Boost in Understanding Quantum Information Processing
    Quantum Research News

    Bloch Sphere Aids Quantum Information Processing

    by Dr. DonovanFebruary 17, 2024
  • Chinese Scientists Optimize Quantum Computing with Resource Efficient n-Toffoli Gate Design
    Quantum Research News

    China: Efficient n-Toffoli Gate Boosts Quantum Computing

    by Dr. DonovanFebruary 12, 2024
  • Indiana University Scientist Advances Quantum Computing with New Spin Relaxation Mechanism for Molecular Qubits
    Quantum Research News

    Molecular Qubits: New Spin Relaxation Mechanism

    by Dr. DonovanFebruary 5, 2024
  • Princeton Physicists Achieve Quantum Entanglement of Molecules, paving the way for Quantum Computing
    Physics

    Molecules Entangled at Princeton for Quantum Computing

    by SchrödingerDecember 8, 2023
  • PASQAL and GENCI/CEA, FZJ Announce Significant Milestones in Hybrid Computing
    Technology News

    PASQAL & GENCI: Hybrid Quantum Computing Advances

    by The QuantNovember 18, 2023
  • Researchers at the Harvard John A. Paulson School of Engineering and Applied Sciences and the OxideMEMS Lab at Purdue University have developed a system that uses atomic vacancies in silicon carbide to measure the stability and quality of acoustic resonators. These resonators are used in most smart phones, Wi-Fi and GPS systems to filter out noise that could degrade a signal. The researchers' system could also be used for acoustically-controlled quantum information processing, providing a new way to manipulate quantum states embedded in silicon carbide. This technique could be used in monitoring the performance of accelerometers, gyroscopes and clocks over their lifetime and has potential for hybrid quantum memories and quantum networking.
    Physics, Quantum Physics

    Acoustic Resonators Monitored by Harvard & Purdue System

    by SchrödingerOctober 26, 2023

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