2026– date –
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Multimodal LLM Agent ‘SynAgent’ Achieves Autonomous Synthesis of Highly Crystalline LiCoO2 Thin Films and Elucidates Substrate Temperature Control in Just 18 Experiments
arXiv USA Overview The 'SynAgent' framework, utilizing multimodal LLM agents, successfully achieved autonomous synthesis of highly crystalline LiCoO2 (001) thin films and elucidated the role of substrate temperature in crystallization wi... -
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... -
Matlantis and NVIDIA ALCHEMI Cut ENEOS Catalyst Discovery from Years to Months, Screening 100 Million Structures
AiThority Unknown Overview Matlantis announced that the combination of NVIDIA ALCHEMI and its Matlantis PFP (universal machine learning interatomic potential) significantly accelerated catalyst materials discovery for ENEOS Holdings. Thi... -
World Economic Forum Predicts ‘Physical AI’ Impact; Atinary’s Autonomous Lab Generates 5 Years of Data in 5 Days, Accelerating Scientific Discovery
The Innovator USA Overview The World Economic Forum forecasts that 'Physical AI,' particularly world models, will profoundly impact engineering, robotics, and scientific discovery. Demonstrating this potential, Atinary's self-driving lab... -
Columbia & Cambridge Establish Quantum AI Benchmark to Combat ‘Hallucination’ in Material Models, Enhancing Prediction Reliability
Quantum Zeitgeist USA Overview Researchers from Columbia and Cambridge Universities have established a new benchmark for evaluating machine learning models that predict material properties. This benchmark addresses concerns about models ... -
AI and 3D Printing Revolutionize Battery Electrode Design, Accelerating Efficiency and Safety Improvements
Unknown source Unknown Overview The integration of AI and 3D printing is revolutionizing battery electrode design, significantly enhancing both efficiency and safety. AI accelerates the discovery of new electrolytes and cathode materials... -
Generative AI Revolutionizes Engineering Design: Autonomously Creating Optimized Novel Solutions and Reducing Development Cycles
Not explicitly stated (appears to be a guide/blog) Overview Generative AI is fundamentally transforming engineering design by autonomously creating optimized designs based on high-level specifications. Unlike traditional CAD, generative ... -
AI Revolutionizes Material Selection in Architecture, Optimizing Aesthetics, Performance, and Budget
Amogh N P (Architect, designer, and creative polymath) Overview AI is transforming material selection in architecture by optimizing the complex balance between aesthetics, performance, and budget. Generative systems rapidly render variou... -
arXiv Releases High-Information Dataset ‘MAD-1.6’ for Universal Atomistic Machine Learning, Boosting Predictive Accuracy
arXiv USA Overview The high-quality, high-information dataset 'MAD-1.6' has been released on arXiv to accelerate universal atomistic machine learning. Comprising 362,646 atomic structures across 102 chemical elements, it covers diverse m... -
Georgia Tech Researchers Awarded NSF CAREER Grants to Advance AI-Driven Design of Ferroelectric Semiconductors and Composites
Georgia Tech College of Engineering USA Overview Professor Laura G. Garten at Georgia Tech has received an NSF CAREER Award to advance AI-driven research systematically tuning the crystal structure, electric field response, and light abs...
