Quantum Blogs - Page 10

Blog•Jan 24, 2026

GBAC Launches Quantum Strategic Intelligence Standard at World Economic Forum

Global Board Advisors Corp and BoardroomEducation.com introduced the Quantum Strategic Intelligence (QSI) framework at the World Economic Forum in Davos, positioning it as an open Sovereignty Standard for quantum‑computing and agentic‑AI risks. QSI extends existing ERM models such as COSO, COBIT and NIST by adding a physics‑based governance layer and the Mosca Metric, which measures quantum exposure against encryption lifecycles. The framework emphasizes geopatriation of critical data and a six‑to‑nine‑month pilot to build a cross‑sector coalition. It aims to give boards a solvency‑grade tool for quantum risk management.

Quantum Blogs and Articles

Quantum Pulse

GBAC Launches Quantum Strategic Intelligence Standard at World Economic Forum

Entanglement Scaling Demonstrates Area-To-Volume Law Transition in Sauter-Schwinger Effect

Superluminal Transformations and Finite Limits Incompatible, New No-Go Theorem Achieves Proof

High-Power 2.1-Μm Lasers Achieved Using Innovative Ho3+-Doped CALGO Crystals

Jaxmg Enables Scalable Multi-GPU Linear Solves Beyond Single-GPU Memory Limits

Quantum Science Community: Addressing Diversity Needs After 100 Years of Progress

Locc Equivalence to Thermal States Achieves Criteria for Multipartite Correlations

Entanglement in Quantum Tetrahedra Achieves Distinct Distributions for Spins Between 4

Entanglement Summoning Achieves Bidirected Causal Connections with Limited Communication Resources

Quantum Interference Achieves Defined Overlaps Via Novel Phase Convention for 2 States

Qdk/Chemistry Advances Modular Workflows, Connecting Classical & Quantum Chemistry Calculations

Quantum Super-Resolution Achieves High-Resolution Data From Low-Resolution Observations

Device-Independent QKD Achieves Key Generation with Photonic Devices, Overcoming 1 Challenge

Distributed Quantum Sensing Achieves 1/N^2 Precision Without Entanglement

Quantum Networks Achieve Accurate PDE Solutions, Advancing Physics-Informed Neural Networks

Qufid Advances Quantum Program Fidelity Estimation with Adaptive Measurement Budgets

Resonant Cavity Transducer Achieves Percent-Level Microwave to Telecom Photon Conversion

Mixture of Experts Vision Transformer Achieves High-Fidelity Surface Code Decoding

Simulation Toolkit Advances Realistic Noise Modelling for Seven-Level Nv-Center Magnetometry

Lumos Achieves Efficient Fluorescent Molecule Design with Data-Physics Driven Generative Frameworks

Spin Control Advances Kitaev Chain Coherence, Enabling Exponentially Scalable Qubits

Wh Statistics Achieves Unified Framework with Λ, \K{appa} & Γ Parameters

Two-Qubit Gates: Research Achieves Unique Symmetries with Just Two Applications

Uav-Deployed QKD Achieves Finite-Key Security with AI-Assisted Calibration

Advances Post-Quantum Aggregation with Code-Based Homomorphic Encryption and LPN

Quantum Circuit Pruning Achieves 47.7% Fidelity Gain Via Smart Approximation

The Quantum Leap: How Quantum Computing Will Revolutionize Energy Grids by 2035

Noise-Aware Quantum Architecture Search Achieves Robust Circuits with Nsga-Ii Algorithm

SkyWater Technology Warns Quantum Manufacturing Must Stay Onshore for US Leadership

Colorado School of Mines Launches Quantum Engineering Program with UK’s Universal Quantum Company

Dmrg Achieves Lowest Energy & Error with Optimal 2D Lattice Layouts

DOE Awards $875K to Dien Nguyen for Neutron Spin Research

Quantum Trading Achieves 34% Accuracy Increase, Applications Expand Says WEF

University at Buffalo Study Reveals Delayed Thermalization for Quantum Computing

Integrated Quantum Technologies’ AIQu VEIL™ Redefines Scalable, Privacy-Preserving AI

Achieves Four-State Fault-Tolerant Preparation for Steane-Type Quantum Circuits

Spade Demonstrates Superior Sub-Rayleigh Source Discrimination with Two Incoherent Points

Continuous Gaussian Quantum Metrology Achieves Fundamental Precision Limits for Bosonic Systems

Researchers Achieve 35ms Qubit Memory Certification Via Device-Independent Quantum Tests

Electrical Detection Achieves Direct Readout of Optical Orbital Angular Momentum

MIT Leader Joins Zapata Quantum in Davos Discussions on Quantum Commercialization

Single Electrons Resolve Qubit Excitations in Coupled Trapped-Ion Quantum Computer

World Economic Forum Explores Quantum Computing’s Potential to Reduce Energy Use

Stochastic Quantum Information Geometry Achieves Negative Interference in Single-Shot Realizations

Al/Ingaas System Achieves Continuous Films with No Detectable Indium Interdiffusion

Neural Networks Advance Hadronic Physics Via Data-Driven Quantum Model Selection

Quantum Software Testing Advances Quality Assurance for Complex Systems

Good Quantum Codes Achieve Unique Output Distributions for Classical Communication

Quantum Walks on Photonic Processors Advance Universal Quantum Computation

Quantum State Teleportation Advances with 2510.24325v1 Proton Systems Demonstrated

Quantum Pulse

GBAC Launches Quantum Strategic Intelligence Standard at World Economic Forum

Entanglement Scaling Demonstrates Area-To-Volume Law Transition in Sauter-Schwinger Effect

Superluminal Transformations and Finite Limits Incompatible, New No-Go Theorem Achieves Proof

High-Power 2.1-Μm Lasers Achieved Using Innovative Ho3+-Doped CALGO Crystals

Jaxmg Enables Scalable Multi-GPU Linear Solves Beyond Single-GPU Memory Limits

Quantum Science Community: Addressing Diversity Needs After 100 Years of Progress

Locc Equivalence to Thermal States Achieves Criteria for Multipartite Correlations

Entanglement in Quantum Tetrahedra Achieves Distinct Distributions for Spins Between 4

Entanglement Summoning Achieves Bidirected Causal Connections with Limited Communication Resources

Quantum Interference Achieves Defined Overlaps Via Novel Phase Convention for 2 States

Qdk/Chemistry Advances Modular Workflows, Connecting Classical & Quantum Chemistry Calculations

Quantum Super-Resolution Achieves High-Resolution Data From Low-Resolution Observations

Device-Independent QKD Achieves Key Generation with Photonic Devices, Overcoming 1 Challenge

Distributed Quantum Sensing Achieves 1/N^2 Precision Without Entanglement

Quantum Networks Achieve Accurate PDE Solutions, Advancing Physics-Informed Neural Networks

Qufid Advances Quantum Program Fidelity Estimation with Adaptive Measurement Budgets

Resonant Cavity Transducer Achieves Percent-Level Microwave to Telecom Photon Conversion

Mixture of Experts Vision Transformer Achieves High-Fidelity Surface Code Decoding

Simulation Toolkit Advances Realistic Noise Modelling for Seven-Level Nv-Center Magnetometry

Lumos Achieves Efficient Fluorescent Molecule Design with Data-Physics Driven Generative Frameworks

Spin Control Advances Kitaev Chain Coherence, Enabling Exponentially Scalable Qubits

Wh Statistics Achieves Unified Framework with Λ, \K{appa} & Γ Parameters

Two-Qubit Gates: Research Achieves Unique Symmetries with Just Two Applications

Uav-Deployed QKD Achieves Finite-Key Security with AI-Assisted Calibration

Advances Post-Quantum Aggregation with Code-Based Homomorphic Encryption and LPN

Quantum Circuit Pruning Achieves 47.7% Fidelity Gain Via Smart Approximation

The Quantum Leap: How Quantum Computing Will Revolutionize Energy Grids by 2035