Functional Materials– category –
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ChemRxiv Publishes Preprint on Colloidal Interactions in Low-Polarity Dispersions of Permanently Magnetic Nanoplatelets
ChemRxiv (Materials Science) Unknown Overview A preprint submitted to ChemRxiv on September 7, 2026, presents research on colloidal interactions in low-polarity dispersions of permanently magnetic nanoplatelets. This study provides funda... -
BASF Unveils Advanced Polyurethane Materials for Durable, Circular Footwear Concepts at SIMAC 2026
BASF Germany Overview At SIMAC Tanning Tech 2026, BASF showcased advanced polyurethane and thermoplastic polyurethane solutions for footwear concepts focused on durability and circularity. Key innovations include Elastopan® SpringPURe fo... -
Kyoto University iCeMS Develops Nature-Inspired PFAS-Free White Water-Repellent Material, Published in Nature
Kyoto University iCeMS / Nature Japan Overview Researchers at Kyoto University iCeMS have developed a foaming technology, inspired by structural color in nature, to create vibrant white, water-repellent materials without using titanium d... -
Anhui Normal University Announces Li-Cl2 Battery with Over 97% Coulombic Efficiency, Published in Advanced Materials
Shanghai Metals Market / Advanced Materials China Overview Researchers at Anhui Normal University have published groundbreaking research in Advanced Materials on high-performance lithium-chlorine (Li-Cl₂) batteries. They successfully enh... -
PNAS Debates ‘Synthetic Validity’ Problem in AI-Generated Science, Pondering Impact on Materials Discovery
PNAS USA Overview An article published online in PNAS on September 9, 2026, focuses on and deeply discusses the problem of 'synthetic validity' in science generated by artificial intelligence (AI). Specifically, it examines how 'real' th... -
Addressing AI Polymer Discovery Challenges: Blueprint for Autonomous Closed-Loop Ecosystem Devised
Asia Research News / JACS Au Unknown Overview A research team has identified six critical system-level challenges in AI-powered polymer discovery workflows and devised a blueprint for an autonomous closed-loop polymer discovery ecosystem... -
Columbia University Introduces New Benchmarks for Physics-Aware AI to Accelerate Materials Discovery
EurekAlert! / Columbia University School of Engineering and Applied Science USA Overview Researchers at Columbia University emphasize the importance of physics-aware AI in materials discovery and have introduced new benchmarks to evaluat... -
AI Becomes Central to Nanomaterials Discovery, Market Projected to Reach $2.77 Billion by 2030
nano-matter.com USA Overview AI is set to become central to nanomaterials discovery and development in 2026, with the AI-driven materials discovery market projected to hit $2.77 billion by 2030. This growth is exemplified by NREL's auton... -
Chromium Addition Reveals Trade-Off: Stronger Corrosion Shield, Softer Alloy in High-Entropy Metal
Bioengineer.org / Journal of Materials Science: Metallurgy Unknown Overview New open-access research has revealed a critical trade-off: adding chromium (Cr) to AlMoNbTi high-entropy alloy enhances its corrosion resistance but simultaneou... -
AutoXRD: Autonomous LLM Agents Proposed for Powder Diffraction Analysis, Enhancing Accuracy in Materials Science
arXiv (Materials Science) Unknown Overview A preprint by Yuetong Wu and Maojun Sun on arXiv proposes 'AutoXRD,' an autonomous LLM (Large Language Model) agent with a comprehensive evaluation method for powder X-ray diffraction (XRD) anal...
