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Tag: syndrome extraction

  • Fast-feedback Protocols Calibrate 1- and 2-qubit Gates in Quantum Computers, Controlling Drift and SPAM Errors
    Quantum Simulation

    Fast-feedback Protocols Calibrate 1- and 2-qubit Gates in Quantum Computers, Controlling Drift and SPAM Errors

    by Rohail T.December 9, 2025
  • Dynamic Local Checks Reduce Quantum Error Correction Rounds, Improving Toric Code Performance
    Quantum Research News

    Dynamic Local Checks Reduce Quantum Error Correction Rounds, Improving Toric Code Performance

    by Rohail T.November 27, 2025
  • Cyclic Hypergraph Product Codes Achieve Surface Code Error Rates with Reduced Qubit Overhead Via Exhaustive Search
    Quantum Algorithms

    Cyclic Hypergraph Product Codes Achieve Surface Code Error Rates with Reduced Qubit Overhead Via Exhaustive Search

    by Rohail T.November 17, 2025
  • Dense Packing of Surface Codes Reduces Qubit Count to Three-fourths, Enabling Large-scale Fault-tolerant Computing
    Quantum Algorithms

    Dense Packing of Surface Codes Reduces Qubit Count to Three-fourths, Enabling Large-scale Fault-tolerant Computing

    by Rohail T.November 13, 2025
  • Low Depth Color Code Circuits with CXSWAP Gate Reduce Teraquop Footprint with Physical Error Rate
    Quantum Algorithms, Quantum Research News

    Low Depth Color Code Circuits with CXSWAP Gate Reduce Teraquop Footprint with Physical Error Rate

    by Rohail T.October 6, 2025
  • Wave-function Approach Refines Coherent Control of Atomic Qubits Conditioned on No-decay Events
    Quantum Algorithms, Quantum Research News

    Wave-function Approach Refines Coherent Control of Atomic Qubits Conditioned on No-decay Events

    by Rohail T.September 27, 2025
  • Insertion Protocol Achieves Single Qubit Increase with Two-bit Syndrome Extraction for Permutation-invariant Codes
    Quantum Algorithms

    Insertion Protocol Achieves Single Qubit Increase with Two-bit Syndrome Extraction for Permutation-invariant Codes

    by Quantum NewsSeptember 6, 2025
  • Researchers Reduce Long-range Connections by 50% in Parity-check Codes, Improving Superconducting Processor Design
    Quantum Algorithms

    Researchers Reduce Long-range Connections by 50% in Parity-check Codes, Improving Superconducting Processor Design

    by Quantum NewsSeptember 3, 2025
  • Researchers Develop Louvre Framework to Reduce Degree-6 Connectivity in Quantum Bicycle Codes
    Quantum Hardware

    Researchers Develop Louvre Framework to Reduce Degree-6 Connectivity in Quantum Bicycle Codes

    by Quantum NewsAugust 30, 2025
  • Researchers Boost Colour Code Performance to Rival Surface Codes
    Quantum Algorithms

    Researchers Boost Colour Code Performance to Rival Surface Codes

    by Quantum NewsAugust 23, 2025
  • Tricycle Codes Enable Efficient Production of High-Fidelity Magic States for Quantum Computation
    Quantum Algorithms

    Tricycle Codes Enable Efficient Production of High-Fidelity Magic States for Quantum Computation

    by Quantum NewsAugust 18, 2025
  • Trivariate Tricycle Codes Offer Fault Tolerance and Efficient Quantum Decoding
    Quantum Algorithms

    Trivariate Tricycle Codes Offer Fault Tolerance and Efficient Quantum Decoding

    by Quantum NewsAugust 12, 2025
  • US Scientists Offer Competitive Performance for Fault-Tolerant Quantum Computation With ZSZ Codes
    Quantum Algorithms

    US Scientists Offer Competitive Performance for Fault-Tolerant Quantum Computation With ZSZ Codes

    by Quantum NewsJuly 30, 2025
  • Fault-Tolerant Architecture Enables Coherent Noise Protection in CSS Quantum Codes
    Quantum Algorithms

    Fault-Tolerant Architecture Enables Coherent Noise Protection in CSS Quantum Codes

    by Quantum NewsJuly 15, 2025
  • Neutral Atoms and Fault-Tolerant Quantum Computation: A Scalable Protocol.
    Quantum Hardware

    Neutral Atoms and Fault-Tolerant Quantum Computation: A Scalable Protocol.

    by Quantum NewsJune 25, 2025
  • Oxford Scientists Prpose Fault-Tolerant Circuit Design via Provably Sound Transformations and ZX Calculus.
    Quantum Algorithms

    Oxford Scientists Prpose Fault-Tolerant Circuit Design via Provably Sound Transformations and ZX Calculus.

    by Quantum NewsJune 23, 2025
  • Microsoft Blueprint For Topological Qubits. Enhanced Quantum Error Correction
    Quantum Computing

    Microsoft Blueprint For Topological Qubits. Enhanced Quantum Error Correction

    by Quantum NewsJune 19, 2025
  • Neutral Atom Processors Demonstrate Resilience Through Atom Replacement and Coherence Say Microsoft and Atom Computing.
    Quantum Research News

    Neutral Atom Processors Demonstrate Resilience Through Atom Replacement and Coherence Say Microsoft and Atom Computing.

    by Quantum NewsJune 14, 2025
  • AMO Qubit Speed-Up: Scalable Decoding for Transversal Logic and Surface Codes.
    Quantum Computing

    AMO Qubit Speed-Up: Scalable Decoding for Transversal Logic and Surface Codes.

    by Ivy DelaneyJune 2, 2025
  • Achieving High-Fidelity Multi-Target Gates in Neutral-Atom Quantum Computing for Improved Error Correction
    Quantum Research News

    Achieving High-Fidelity Multi-Target Gates in Neutral-Atom Quantum Computing for Improved Error Correction

    by Quantum NewsApril 24, 2025
  • Mid-Circuit Measurements in Quantum Error Correction: Addressing Noise Sources in Superconducting Qubits
    Quantum Research News

    Mid-Circuit Measurements in Quantum Error Correction: Addressing Noise Sources in Superconducting Qubits

    by Quantum NewsApril 11, 2025
  • Breakthrough Algorithm Reduces Quantum Computing Errors by Nearly Half
    Quantum Research News

    Breakthrough Algorithm Reduces Quantum Computing Errors by Nearly Half

    by Quantum NewsJuly 22, 2024

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  • 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.
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Latest Quantum Articles
  • Hamming Weight Operators Advance QAOA Performance in Constrained Combinatorial Optimization at Large Scales
  • Advances ExoKuiper Belt Research: JWST/MIRI Seeks Planet Origins of System Anomalies
  • Lightweight Transformers Achieve 96% Accuracy on Edge Devices for Real-Time AI
  • Quantum Extreme Reservoir Computing Demonstrates Classification of Engineering Data Using Self-Consistent Field Theory
  • Advances in Topological States Drive Band Swapping and Discrete Time Crystals with Nonlinearity
  • New Mott Insulator Enables Quantized Charge and Spin Hall Responses in Moire Materials
  • Optimum Interfacial Friction and Electrohydrodynamic Drag Achieves Nanoscale Fluid Control
  • Tunable Lateral Optical Forces Achieved on Janus Particles in Fluid Media
  • Ge Hole-Spin Qubits Enable Coherent Phonon Interaction for Quantum Computing at 1-4 K
  • Advances in Quantum Magnetometry Enable Heisenberg Scaling Via Measurement-Induced Correlation
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