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Tag: Homodyne Detection

  • Faster Optical Signals Now Reliably Detected at 100 Million Pulses Per Second
    Quantum Algorithms, Quantum Physics

    Optical Signals Detected at 100M Pulses/Second

    by Muhammad Rohail T.April 13, 2026
  • Tiny Resonator Model Reveals How Energy Loss Affects Mechanical Stability
    Quantum Hardware

    Resonator Model Links Energy Loss to Stability

    by Muhammad Rohail T.April 9, 2026
  • Quantum Sensors Gain Sensitivity through Clever Use of Time Itself
    Quantum Hardware, Quantum Sensing

    Quantum Sensors Boost Sensitivity with Time Entanglement

    by Rusty FlintMarch 21, 2026
  • Solid-State Spin Measurements Reach Fundamental Precision Limit, Boosting Quantum Technology
    Quantum Physics

    Spin Measurements Hit Quantum Limit, Boosts Tech

    by Muhammad Rohail T.February 10, 2026
  • Quantum Metrology Achieves Precision Beyond Limits with Just 2 Measurement Bins
    Quantum Applications

    Quantum Metrology: 2-Bin Precision Beats Limits

    by Muhammad Rohail T.January 27, 2026
  • Squeezed-light Advances Multiparameter Estimation Precision in Cavity Magnonics Systems
    Quantum Mechanics

    Squeezed Light Boosts Cavity Magnonics Precision

    by Muhammad Rohail T.January 21, 2026
  • Homodyne Detection Enables Observation of Forbidden Second Harmonics in 2D Crystals
    Quantum Research News

    Homodyne Detection Spots 2D Crystal Harmonics

    by Muhammad Rohail T.January 14, 2026
  • Quantum Technology Detects Non-Gaussian Entanglement, Escaping Limitations of Covariance-Based Criteria
    Quantum Physics

    Quantum Entanglement: Beyond Covariance Criteria

    by Muhammad Rohail T.December 24, 2025
  • Gaussian State Discrimination Surpasses Helstrom Bound with Error Rates below Coherent State Limits
    Quantum Internet

    Gaussian State Discrimination Surpasses Helstrom Bound with Error Rates below Coherent State Limits

    by Muhammad Rohail T.November 3, 2025
  • Photon Subtraction at Hybrid Interferometer Output Enhances Phase Estimation, Mitigating up to 20% Photon Loss
    Quantum Applications

    Photon Subtraction at Hybrid Interferometer Output Enhances Phase Estimation, Mitigating up to 20% Photon Loss

    by Muhammad Rohail T.October 30, 2025
  • Quantum Noise Reduction in DECIGO with Optical Springs Achieves Sensitivity at 0.1 to 10Hz
    Quantum Research News

    Quantum Noise Reduction in DECIGO with Optical Springs Achieves Sensitivity at 0.1 to 10Hz

    by Muhammad Rohail T.September 24, 2025
  • Optimal Single-mode Squeezing Enhances Beam Displacement Sensing, Reducing Limitations from Diffraction Loss
    Quantum Research News

    Optimal Single-mode Squeezing Enhances Beam Displacement Sensing, Reducing Limitations from Diffraction Loss

    by Dr. DonovanSeptember 16, 2025
  • Researchers Unlock Enhanced Sensing with Dissipative Jaynes-Cummings Systems and Super-linear Sensitivity
    Quantum Sensors

    Researchers Unlock Enhanced Sensing with Dissipative Jaynes-Cummings Systems and Super-linear Sensitivity

    by Dr. DonovanAugust 30, 2025
  • Scientists Achieve Doubly-Exponential Gain in Quantum Tomography
    Quantum Sensors

    Scientists Achieve Doubly-Exponential Gain in Quantum Tomography

    by Dr. DonovanAugust 22, 2025
  • Researchers Boost Entanglement Signal by 20% with Quantum Mirror
    Quantum Research News

    Researchers Boost Entanglement Signal by 20% with Quantum Mirror

    by Dr. DonovanAugust 22, 2025
  • Quantum Reservoir Computing Harnesses Light for Enhanced Machine Learning.
    Technology

    Quantum Reservoir Computing Harnesses Light for Enhanced Machine Learning.

    by Dr. DonovanJune 11, 2025
  • Shadow Tomography: A Game-Changer for Quantum State Estimation and Quantum Technologies
    Quantum Research News

    Shadow Tomography: A Game-Changer for Quantum State Estimation and Quantum Technologies

    by Dr. DonovanMarch 23, 2024
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