Computing Resources– tag –
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IBM Research Accelerates Battery Materials Discovery with AI and Quantum Computing for Stronger, More Sustainable Cells
IBM Research USA Overview IBM Research is dramatically accelerating the pace of scientific discovery, including battery materials, by integrating AI, quantum computing, and hybrid cloud expertise. This 'Accelerated Discovery' approach co... -
Faster Quantum Simulation Via Randomization Boosts Scalability & Precision for Markovian Open Quantum Systems
Quantum (Scientific Journal) International Overview Researchers have introduced novel non-probabilistic algorithms for simulating Markovian open quantum systems using randomization, aiming for faster and more accurate quantum simulations... -
UAE Powers Strategic Industries with AI-Driven Materials Discovery Acceleration
The National News UAE Overview The United Arab Emirates is making significant strategic investments in AI infrastructure to revolutionize materials discovery, shifting from laborious trial-and-error to rapid, prediction-based approaches.... -
Argonne National Lab’s AI Discovers N2116 Electrolyte in 80 Hours, Enabling Faster Charging, Higher Energy Density Batteries
Argonne National Laboratory USA Overview Argonne National Laboratory researchers have used an AI-driven method to drastically accelerate materials discovery for battery development. The AI identified 18 stable material candidates from 50... -
U.S. Department of Energy Leverages AI and Supercomputing for Critical Mineral Recovery from Lithium-Ion Battery Recycling
GovCIO USA Overview The U.S. Department of Energy (DOE) is advancing a project at SLAC National Accelerator Laboratory, led by Stanford University, utilizing an AI agent team to efficiently recover critical minerals like nickel and cobal... -
Galatic Explores Quantum Computing’s Future in Polymer Simulation, Highlighting Hybrid R&D Applications
Galatic International Overview A Galatic article discusses the growing role of quantum computing in polymer simulation and development, emphasizing its potential to complement classical and AI toolkits. Quantum computers' ability to comp... -
Domino Data Lab Joins U.S. DOE’s Genesis Mission, Cuts Material Development Time from Months to Days with AI & HPC
PR Newswire USA Overview Domino Data Lab has partnered with the U.S. Department of Energy's Genesis Mission Consortium to accelerate AI-driven scientific discovery, aiming to reduce material development time from months to days. Their ap... -
Argonne Lab’s Multi-Agent AI System Accelerates New Material Discovery from Months to Days
Argonne National Laboratory USA Overview Argonne National Laboratory researchers have engineered an AI-driven system leveraging multiple AI agents to automate atomistic simulations, slashing the discovery timeline for new materials from ... -
Flatiron Institute Researchers Solve Quantum-Computer-Level Quantum Physics Problem on Laptop with Tensor Networks and Classical Computing
ScienceDaily USA Overview Researchers at the Simons Foundation's Flatiron Institute have solved a complex quantum physics problem, previously thought to require a quantum computer, using an ordinary laptop, advanced mathematics, and spec... -
Major Manufacturers Invest Billions in Quantum Computing to Accelerate Atomic-Level Materials R&D
Forbes USA Overview Leading manufacturers are aggressively adopting quantum computing for materials R&D, investing billions in atomic-level material simulations. Quantum computers offer a unique advantage in modeling complex atomic i...
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