Quantum Blogs - Page 11

Blog•Jan 21, 2026

Localizable Entanglement Achieves Universal Scaling at Critical Measurement Probability

Researchers at IIT Madras have identified localizable entanglement (LE) as a robust order parameter for measurement‑induced phase transitions (MIPTs). Their analysis demonstrates universal finite‑size scaling of LE, with a diverging entanglement correlation length ξ_E at a critical measurement probability around p_c≈0.16. The work links MIPTs to classical percolation theory and interprets the transition as a limit on quantum teleportation across a circuit. A two‑ancilla protocol is proposed to experimentally read out entanglement redistribution, offering a practical route to verify the theory.

Quantum Blogs and Articles

Quantum Pulse

Localizable Entanglement Achieves Universal Scaling at Critical Measurement Probability

Compact Squeezed Light Source Achieves -8 dB Improvement for Quantum Technologies

Locality Forces Equal Spacing in Quantum Many-Body Scar Towers of States

Mixing Established on Schreier Graphs, Demonstrating Ergodicity for Infinite Cayley Graphs

Quantum Computing Achieves Database Optimisation with Sub-5 Second Runtime Performance

Inverse Quantum Simulation Achieves Quantum Material Design with Desired Properties

Hybrid Quantum-Classical Benders Approach Achieves Faster MILP Optimisation

Quantum Kernel Machine Learning Achieves Materials Discovery with Less Data

Researchers Achieve Efficient Local Classification of Parity-Based Material Topology

Electrons Meet Ferroelastic Walls in Strontium Titanate, Advancing Oxide Electronics

Floquet Engineering Achieves Non-Abelian Phases in Driven Quantum Wire Qubits

Generative Adversarial Networks Achieve 98% Fidelity Resource State Generation

Alphasyndrome Achieves 80.6% Logical Error Rate Reduction with Novel Scheduling

Su(2) Representation Theory Achieves 3-Dimensional Constraints in Graph Quantum Systems

Using Magnetic Frustration to Probe New Quantum Possibilities

Quantum Dots Achieve 0.7 Energy Shifts Via Phononic Crystal Waveguide Coupling

Gputb-2 Achieves Higher Accuracy for Electronic Structure Calculations with N^3 Scaling

Advances Post-Quantum PKI: Defining Requirements for Secure X.509 Certificate Transition

Sub-Doppler Cooling Achieved with Programmable 780-Nm Laser and PZT-on-SiN Resonator

WISeKey Unveils Space-Based Quantum-Resistant Crypto Transactions at Davos 2026

Room-Temperature Microscopy Achieves Spatially-Resolved Coherence in Molecular Spin Thin-Films

Bosonic Josephson Junctions Infer Rotation Frequency Via Modified Tunneling Dynamics

Heilbronn University Integrates 5-Qubit IQM Quantum Computer for Research & Education

Information Transport Achieves Scale-Resolved Entanglement in Open Fermion Chains

Resonance Dynamics’ SRD/CRU System Stabilizes Quantum Entanglement Geometry

DV Chain Launches QRL OTC Trading for Qualified Global Investors

Distributed Variational Quantum Algorithm Achieves 1,000-Variable Combinatorial Optimisation Solutions

Deep Learning Achieves Superior Quantum Error Mitigation for up to Five Qubits

Quantum Neural Networks Achieve Faster Gravitational Wave Data Analysis with 4 Qubits

Qers Achieves Universal Post-Quantum Cryptography Resilience Scoring for IoT and IIoT Systems

MKS Unveils Photonics Solutions Driving AI & Quantum Innovation at Photonics West

QuTech Boosts NV Centre Photon Collection Probability to 0.5 Percent

Materials Project Cited 32,000 Times, Accelerating Battery & Quantum Research

Berkeley Lab Develops Quantum-Machine Learning Model for Electron Behavior in Water

Argonne National Lab Hosts 27 Undergraduates Advancing Quantum Technologies

IonQ Appoints New SVP to Lead Quantum Networking and Security Division

LANL’s Dalvit Unveils qCOMBPASS for Enhanced Remote Quantum Sensing

Megahertz Spatial Light Modulator Achieves Rapid, Reconfigurable Light Field Control

Five-Qubit Code Achieves Noise Resilience in Quantum Evolution with Open Systems

Scalable Spin Squeezing Achieves Robustness in XXZ Models with Disorder, up to 646

Fact.MR Projects $1.1 Billion Horticulture Quantum Sensors Market by 2036

Scalable Bounds for Many-Body Properties Achieved with Finite Measurements and Semidefinite Programming

Two Copies of Extremal Non-Signaling Boxes Violate Key Principles of Bell Nonlocality

Network-Based Quantum Computing Achieves Distributed Fault-Tolerance with Many Small Nodes

Fracton Orders Advance 3D Hypergraph Product Codes and Stabilizer Code Design

Explainable AI Achieves 83.5% Accuracy with Quantized Active Ingredients and Boltzmann Machines

Robust Quantum Machine Learning Achieves Increased Accuracy on MNIST and FMNIST Datasets

D-Wave Completes Acquisition of Quantum Circuits Inc, Making It Now Annealing + Gate

Quantum Random Number Generator Achieves 10σ Contextuality Violation On-Chip

Reentrant Topological Phases Achieves Universal Class Invariance in Moire-Modulated SSH Model

Quantum Pulse

Localizable Entanglement Achieves Universal Scaling at Critical Measurement Probability

Compact Squeezed Light Source Achieves -8 dB Improvement for Quantum Technologies

Locality Forces Equal Spacing in Quantum Many-Body Scar Towers of States

Mixing Established on Schreier Graphs, Demonstrating Ergodicity for Infinite Cayley Graphs

Quantum Computing Achieves Database Optimisation with Sub-5 Second Runtime Performance

Inverse Quantum Simulation Achieves Quantum Material Design with Desired Properties

Hybrid Quantum-Classical Benders Approach Achieves Faster MILP Optimisation

Quantum Kernel Machine Learning Achieves Materials Discovery with Less Data

Researchers Achieve Efficient Local Classification of Parity-Based Material Topology

Electrons Meet Ferroelastic Walls in Strontium Titanate, Advancing Oxide Electronics

Floquet Engineering Achieves Non-Abelian Phases in Driven Quantum Wire Qubits

Generative Adversarial Networks Achieve 98% Fidelity Resource State Generation

Alphasyndrome Achieves 80.6% Logical Error Rate Reduction with Novel Scheduling

Su(2) Representation Theory Achieves 3-Dimensional Constraints in Graph Quantum Systems

Using Magnetic Frustration to Probe New Quantum Possibilities

Quantum Dots Achieve 0.7 Energy Shifts Via Phononic Crystal Waveguide Coupling

Gputb-2 Achieves Higher Accuracy for Electronic Structure Calculations with N^3 Scaling

Advances Post-Quantum PKI: Defining Requirements for Secure X.509 Certificate Transition

Sub-Doppler Cooling Achieved with Programmable 780-Nm Laser and PZT-on-SiN Resonator

WISeKey Unveils Space-Based Quantum-Resistant Crypto Transactions at Davos 2026

Room-Temperature Microscopy Achieves Spatially-Resolved Coherence in Molecular Spin Thin-Films

Bosonic Josephson Junctions Infer Rotation Frequency Via Modified Tunneling Dynamics

Heilbronn University Integrates 5-Qubit IQM Quantum Computer for Research & Education

Information Transport Achieves Scale-Resolved Entanglement in Open Fermion Chains

Resonance Dynamics’ SRD/CRU System Stabilizes Quantum Entanglement Geometry

DV Chain Launches QRL OTC Trading for Qualified Global Investors

Distributed Variational Quantum Algorithm Achieves 1,000-Variable Combinatorial Optimisation Solutions