Latest quantum computing, quantum tech, and quantum industry news.
QuantWare unveils the VIO-40K, a quantum processor with 10,000 qubits, marking one of the biggest hardware leaps in quantum computing.
Read More QuantWare Reveal VIO-40K: A 10,000-Qubit Quantum Processor
Discover the elusive Fulde–Ferrell–Larkin–Ovchinnikov (FFLO) phase, marking a breakthrough in unconventional superconductivity research.
Read More Fulde-Ferrell-Larkin-Ovchinnikov FFLO Stabilize in New Study
ColombIA Inteligente 2025 aims to accelerate Colombia’s leadership in artificial intelligence, quantum computing, and emerging technologies.
Read More ColombIA Inteligente 2025: National Call For AI And Quantum
Dibenzothiophene research provides insights into asphalt chemical ageing, leading to more efficient and long-lasting pavement solutions.
Read More Dibenzothiophene Analysis reveals New Asphalt Ageing Methods
The Velocity Averaging Lemma is a major breakthrough in kinetic theory, providing new regularity tools for analyzing transport equations and PDEs.
Read More Velocity Averaging Lemma: A Breakthrough In Kinetic Theory
Discover how gold nanoclusters act as super atoms, offering stable quantum states that could for scalable and energy-efficient quantum computing.
Read More Gold Nanoclusters: Super Atoms for Scalable Quantum Computing
The QSECDEF Global Quantum Security Symposium will unite global experts to quantum-safe infrastructure, cybersecurity, and defence innovation.
Read More QSECDEF Announces Global Quantum Security Symposium
Discover how QRDT advance offers a powerful method for reducing noise in quantum computing, improving stability and computational accuracy.
Read More QRDT Advance Solves Noise Challenges In Quantum Computing
New Error Correction Framework Unifies the Field, While Novel V-Score Benchmarks Quantum Advantage Global Research Advances Quantum Error Correction and Computation Assessment, Accelerating Fault-Tolerant Machines. […]
Read More Quantum Cubature Codes Advance In Quantum Error Correction
Learn how COMPAS minimizes circuit depth and entanglement width to support scalable, near-term quantum computing on interconnected QPUs.
Read More COMPAS and the Future of Distributed Quantum Computing