New Technology– category –
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UChicago’s “ElectrolyteGPT” Unleashes AI-Powered Autonomous Generation of Battery Electrolyte Formulations
UChicago News USA Overview Researchers at the University of Chicago Pritzker School of Molecular Engineering have developed "ElectrolyteGPT," an AI model capable of generating entire battery electrolyte compositions autonomously. This AI... -
Argonne National Laboratory Unveils Roadmap for AI-Driven Autonomous Labs to Revolutionize Battery Research with Large Language Models
Argonne National Laboratory USA Overview Researchers at Argonne National Laboratory have outlined a comprehensive technical roadmap for applying Large Language Models (LLMs) to battery research. Integrated into AI-driven autonomous labs ... -
World Economic Forum: AI-Driven Materials Discovery Boosts Industrial Experiment Throughput by 5500%, Cuts R&D to Weeks
The World Economic Forum Switzerland Overview The World Economic Forum announced the third cohort results of its MINDS initiative, reporting that closed-loop autonomous platforms have boosted industrial experiment throughput by up to 5,5... -
Generative AI Breakthrough: Kemira and CuspAI Engineer 5,000+ PFAS-Fighting MOFs in Just Six Months
Water Technology フィンランド/UK Overview Finnish chemical company Kemira and UK-based CuspAI have employed generative AI to rapidly design over 5,000 novel Metal-Organic Frameworks (MOFs) for PFAS removal in just six months. This unprec... -
Finland’s VTT Unveils ‘RADIANT’ Project: AI to Shrink Materials Development from Years to Months
VTT フィンランド Overview Finland's VTT Technical Research Centre and the University of Helsinki have launched the AI-driven "RADIANT" project, aiming to slash new materials development time from years to months. This platform integrates... -
Google Research Introduces “Matter to Mechanism” Benchmark to Accelerate Battery Research with AI Co-Scientists
Google Research USA Overview Google Research has introduced "Matter to Mechanism," a benchmark to evaluate AI co-scientists' ability to derive plausible, mechanism-based solution hypotheses from specific scientific and technical problems... -
arXiv Publishes Review on Generative Models, Multimodal Learning, and Closed-Loop Workflows in Inverse Materials Design
arXiv Unknown Overview A new review paper published on arXiv outlines advancements in generative models, multimodal learning, and closed-loop workflows for inverse materials design. The study highlights a shift in materials science from ... -
ACS Publications: Generative Multi-Property Optimization Accelerates Polymer Chemistry Design
ACS Publications USA Overview A study published in ACS Publications proposes a generative multi-property optimization method for polymer chemistry, offering a robust pathway to accelerate early-stage materials discovery. This technique l... -
TU Delft and ETH Zurich Develop ChatGPT-Like AI “DiffuMeta” for Inverse Design of Complex Metamaterials
ESEF Maakindustrie Netherlands Overview Researchers from TU Delft and ETH Zurich have developed "DiffuMeta," a ChatGPT-inspired AI model, successfully designing lightweight and strong metamaterials. DiffuMeta represents material shapes a... -
ASM International Highlights Accelerated Computational Materials Design Integrating CALPHAD, DFT, MLIPs, and AI Agents
ASM International USA Overview An ASM International webinar showcased recent advancements in accelerating computational materials design by integrating CALPHAD, Density Functional Theory (DFT), Machine Learning Interatomic Potentials (ML...
