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The Chemistry of UV Resistance: How Titanium Dioxide Protects Against the California Sun
38+ min ago (83+ words) Homeowners considering synthetic boundary systems frequently voice a singular, pervasive concern: "Will the material turn yellow and brittle after a few years in the sun?. This hesitation is rooted in the early days of plastics manufacturing, where rudimentary PVC formulas…...
Researchers develop graphene-based leaf tattoo sensor for real-time hydration monitoring
4+ hour, 27+ min ago (910+ words) Researchers at The University of Texas at Austin and University of Massachusetts Amherst have developed a graphene-based electronic "leaf tattoo" that can continuously monitor plant hydration while simultaneously performing brain-like, in-sensor computation directly on living leaves. The core of the…...
Quantifying Single-Use Waste Produced During mAb Manufacture
4+ hour, 24+ min ago (961+ words) Guest Column | April 2, 2026 The rise in chronic diseases across populations, coupled with the resultant forecast growth of the biopharmaceutical sector, suggests an increasing amount of associated SUT plastic waste. Although the scope of the products included in that estimation is…...
Chinese researchers unlock greener pathway to key industrial materials
56+ min ago (159+ words) Schematic of hydroxy-induced oxides for syngas to light olefins. /Dalian Institute of Chemical Physics Chinese researchers have developed a new catalytic strategy that enables more efficient conversion of syngas to light olefins under mild conditions, significantly reducing energy consumption. Light…...
Fixstars And University Of Osaka Achieve Large-Scale Quantum Chemistry Simulation On 1,024 GPUs
52+ min ago (582+ words) A research collaboration between the University of Osaka and Fixstars Corporation achieved a large-scale classical simulation of quantum circuits for quantum chemistry, utilizing up to 1,024 GPUs and exceeding the previous 40-qubit limit. This advancement expands the potential for developing and…...
Ultra-Robust Machine-Learning Model Can Simulate Molecules at Extreme Temperatures
10+ hour, 45+ min ago (348+ words) Machine'learned potentials (MLPs) are widely used to approximate quantum mechanical behaviour in molecules, but most existing models become unstable when molecules experience heat, movement or structural distortion. This makes long, reliable simulations extremely difficult to achieve. The Manchester team " Bienfait…...
Three Mizzou researchers named AAAS Fellows for science impact
1+ hour, 39+ min ago (378+ words) Three University of Missouri researchers have been named fellows of the American Association for the Advancement of Science. Paul de Figueiredo, Roman Ganta and Wesley Warren, all professors at MU, received the honor, according to a community announcement. The recognition…...
New technique to immobilise PFAS offers prospects for heavily polluted soils
2+ day, 1+ hour ago (264+ words) A consortium of Flemish partners, led by Jan De Nul, is achieving promising results with a demonstration project designed to halt the spread of PFAS. PFAS pose a serious challenge in sites where contaminated soil cannot be excavated, where concentrations…...
Conference to highlight chemical engineering’s role in medicine
3+ hour, 44+ min ago (172+ words) HOW CAN chemical engineering help tackle challenges in healthcare and medical science? These questions will be explored at ChEMed 2026: Chemical Engineering as Applied to Medicine, taking place from 2628 October 2026 in Cagliari, Italy. The conference will bring together researchers and practitioners…...
Recent progress of covalent organic frameworks in high selective separation of radionuclides
13+ hour, 8+ min ago (51+ words) Recent progress of covalent organic frameworks in high selective separation of radionuclides'EurekAlert! Recent progress of covalent organic frameworks in high selective separation of radionuclides Qiuyu Rong, Jie Jin, Suhua Wang & Xiangke Wang Carbon Research Editorial Office More on this News…...