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Tag: Squeezed States

  • Optical Parametric Amplification Enables Robust Multi-Phase Estimation of Continuous Variable States
    Quantum Applications

    Optical Parametric Amplification Enables Robust Multi-Phase Estimation of Continuous Variable States

    by Rohail T.January 8, 2026
  • Advances in Squeezed Quantum Multiplets Enable Novel Analysis of -State Superpositions
    Quantum Applications

    Advances in Squeezed Quantum Multiplets Enable Novel Analysis of -State Superpositions

    by Rohail T.December 30, 2025
  • Gravity’s Squeezed States Demonstrate Production Via Time-Dependent Couplings
    Physics

    Gravity’s Squeezed States Demonstrate Production Via Time-Dependent Couplings

    by Rohail T.December 30, 2025
  • Dynamic Stimulated Emission Enables Deterministic Photon Addition and Subtraction with 99% Fidelity
    Quantum Research News

    Dynamic Stimulated Emission Enables Deterministic Photon Addition and Subtraction with 99% Fidelity

    by Rohail T.December 12, 2025
  • Unified Optical Platform Generates Gottesman-Kitaev-Preskill States with 99% Fidelity and 98.5% Cubic-Phase Fidelity
    Quantum Research News

    Unified Optical Platform Generates Gottesman-Kitaev-Preskill States with 99% Fidelity and 98.5% Cubic-Phase Fidelity

    by Rohail T.December 4, 2025
  • Optical Squeezing Surpasses Shot-Noise Limit in Microresonator Based Optical Sensors
    Quantum Research News

    Optical Squeezing Surpasses Shot-Noise Limit in Microresonator Based Optical Sensors

    by Rohail T.November 19, 2025
  • Quantum Kerr Parametric Oscillator Demonstrates Doubly-Degenerate Levels Despite Broken Parity Symmetry
    Quantum Hardware

    Quantum Kerr Parametric Oscillator Demonstrates Doubly-Degenerate Levels Despite Broken Parity Symmetry

    by Rohail T.November 17, 2025
  • Explicitly Quantum-parallel Computation by Displacements Achieves High-fidelity Superpositions, Leveraging non-Gaussian Interference for Robust Photon Number Encoding
    Quantum Research News

    Explicitly Quantum-Parallel Computation by Displacements Achieves High-Fidelity Superpositions, Leveraging Non-Gaussian Interference for Robust Photon-Number Encoding

    by Rohail T.October 29, 2025
  • Squeezed States Enhance Gravimetry Beyond the Shot-noise Limit, Achieving Optimal Sensitivity with Phase Adjustment
    Quantum Applications, Quantum Research News

    Squeezed States Enhance Gravimetry Beyond the Shot-noise Limit, Achieving Optimal Sensitivity with Phase Adjustment

    by Rohail T.October 17, 2025
  • Deployed Fiber Channel Transmits Non-Gaussian States over 300m, Enabling Advanced Optical Information Processing
    Quantum Features, Quantum Research News

    Deployed Fiber Channel Transmits Non-Gaussian States over 300m, Enabling Advanced Optical Information Processing

    by Rohail T.September 24, 2025
  • Quantum Clocks Reveal Time Beyond Classical Physics
    Quantum Research News

    Quantum Clocks Reveal Time Beyond Classical Physics

    by Quantum NewsSeptember 14, 2025
  • Quantum Metrology Achieves Heisenberg Scaling with 1/N Precision for Two-Channel Interferometry
    Quantum Applications

    Quantum Metrology Achieves Heisenberg Scaling with 1/N Precision for Two-Channel Interferometry

    by Quantum NewsSeptember 14, 2025
  • Neural Networks Learn Entanglement Witnesses with over 99% Accuracy for Quantum States
    Quantum Algorithms

    Neural Networks Learn Entanglement Witnesses with over 99% Accuracy for Quantum States

    by Quantum NewsSeptember 10, 2025
  • Researchers Design Optimal Quantum Circuits Using Deep Learning to Maximise Fisher Information
    Quantum Sensors

    Researchers Design Optimal Quantum Circuits Using Deep Learning to Maximise Fisher Information

    by Quantum NewsSeptember 2, 2025
  • Chinese Jiuzhang 4.0 Demonstrates Quantum Advantage with 1024 Squeezed States
    Quantum Computing Companies

    Chinese Jiuzhang 4.0 Demonstrates Quantum Advantage with 1024 Squeezed States

    by Quantum NewsAugust 13, 2025
  • Plasma Waves Enable Ultra-Strong Squeezed States for High-Photon Number Applications
    Physics

    Plasma Waves Enable Ultra-Strong Squeezed States for High-Photon Number Applications

    by Quantum NewsJuly 17, 2025
  • Optomagnonic Teleportation Protocol Achieves Fidelity Enhancement via Non-Gaussian Distillation
    Quantum Research News

    Optomagnonic Teleportation Protocol Achieves Fidelity Enhancement via Non-Gaussian Distillation

    by Quantum NewsJuly 17, 2025
  • Fisher Information Quantifies Limits to Reconstructing Primordial Inhomogeneities from Inflation
    Astronomy

    Fisher Information Quantifies Limits to Reconstructing Primordial Inhomogeneities from Inflation

    by Quantum NewsJuly 17, 2025
  • Quantum Measurement Enables Enhanced Work Extraction from Thermal Systems.
    Quantum Research News

    Quantum Measurement Enables Enhanced Work Extraction from Thermal Systems.

    by Quantum NewsJuly 1, 2025
  • Squeezed Light Boosts Quantum Key Distribution Security and Rate.
    Quantum Internet

    Squeezed Light Boosts Quantum Key Distribution Security and Rate.

    by Quantum NewsJune 26, 2025
  • Interferometry tests Schrödinger-Newton theory and mechanical operation of quantum systems.
    Physics

    Interferometry tests Schrödinger-Newton theory and mechanical operation of quantum systems.

    by Quantum NewsJune 19, 2025
  • Triple-Photon States Enable Control of Non-Gaussian Quantum Correlations for Applications.
    Quantum Physics

    Triple-Photon States Enable Control of Non-Gaussian Quantum Correlations for Applications.

    by Quantum NewsJune 19, 2025

Quantum Computing News

Get the very latest Quantum News and Quantum features from the Original Quantum Magazine that began in 2018. Over the last 7 years Quantum Zeitgeist has covered the latest Quantum Research to the Latest Quantum Companies to emerge.

Quantum Companies, Quantum Computing Start-Up and Quantum Eco System

Quantum Computing News

  • Understand the latest developments in Quantum. And how they drive the next wave of the Quantum Revolution. Understand from Quantum experts how Quantum Technologies are changing the technological landscape.
  • Quantum Computing is an emerging technology that is impacting multiple industries currently.
  • Quantum Computing leverages the principles of quantum mechanics to perform some complex calculations exponentially faster than traditional computers.
  • Our mission at Quantum Zeitgeist is to help businesses and researchers unlock the potential of Quantum to solve intractable problems across a diverse range of industries.
Latest Quantum Articles
  • Gaussian Time-translation Covariant Operations Advance Continuous-Variable Quantum System Understanding
  • Rydberg Electromagnetically Induced Transparency Enables Electron Beam Position Mapping in Rubidium
  • Advances in Moiré Physics Enable Long-Lived Excitons and Novel Lattice Interactions
  • Enables Fiber-Based Quantum Communication Via Stable Defect States in Hexagonal Boron Nitride
  • Glacial Landscape Change Evaluation Enabled by 3,340-Image Moraine Dataset and MCD-Net
  • Tunable High-Purity Single-Photon Emitters Unlock Advances in Quantum Metrology and Communication
  • Vibrational Circular Dichroism Achieves Origin-Invariant Spectra Without Gauge-Including Atomic Orbitals
  • Quantum Annealing Advances Minimum Vertex Multicut for Challenging Cybersecurity Problems
  • Glimm-lax Construction Advances 1-d Convex Integration for Sobolev Spaces
  • Overcoming the Detection Loophole: Achieving Non-Classicality with Efficiency above 2/3
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