Why digital trust must become infrastructure in a post-quantum, AI-driven world. Practical roles for blockchain and steps to build quantum-resilient systems.
Trust Is the New Infrastructure: How Blockchain Secures the Post-Quantum AI Era Read More »
The EU commits €50M to the SUPREME consortium to accelerate superconducting quantum computing toward industrial-scale fabrication, supply chains, and commercialization in Europe.
EU Allocates €50M to SUPREME Consortium to Industrialize Superconducting Quantum Tech Read More »
Explore how AI-powered simulations combined with quantum computing unlock faster, deeper modeling for drug discovery, materials design, finance, and scientific research.
AI Simulation Meets Quantum: How Quantum Computing Accelerates Simulations Read More »
IIT Madras and Prof. Siddharth Dhomkar apply machine learning to rapidly identify and classify noise in superconducting qubits, speeding progress toward stable quantum processors.
AI Targets Quantum Noise: IIT Madras Uses Machine Learning to Diagnose Qubit Errors Read More »
Inside Jülich Supercomputing Centre’s integrated ecosystem: JUPITER, JAIF and JUNIQ combine exascale HPC, AI and quantum to accelerate science.
Jülich Forges Future: Integrated HPC, AI and Quantum Computing Read More »
A concise look at a recent logical qubit milestone, who is leading it, practical uses in AI and industry, and the steps ahead for commercialization.
A new approach uses quantum processing of photons before measurement to cut observation time and improve low-flux exoplanet imaging with modest qubit hardware.
Near-Term Quantum Processing Could Sharpen Exoplanet Detection Read More »
Quantum annealing from D-Wave, tested with Anduril and Davidson Technologies, delivers 10x faster missile-defense targeting in simulations and more successful intercepts.
Quantum Computing Speeds Missile Defense by 10x Read More »
CISA’s federal guidance on post-quantum cryptography signals a market shift. Learn what PQC means, which systems are ready, and practical next steps for businesses.
CISA’s PQC Guidance: Why All Businesses Must Prepare Now Read More »
UNSW and Silicon Quantum Computing unveil the 14|15 platform using phosphorus spin qubits in silicon. Read how long coherence, low error Bell states, and electron-exchange links enable scalable quantum hardware.
Silicon’s Breakthrough: UNSW 14|15 Platform Advances Scalable Quantum Qubits Read More »
