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Learning how to destroy PFAS – down to the tiniest airborne particles
1+ hour, 10+ min ago (795+ words) Getting rid of Per- and Polyfluoroalkyl Substances (PFAS) is one of the greatest environmental challenges of our time. This group of 15,000 human-made chemicals doesn't break down naturally, leaching into soils and waterways and accumulating in the environment. High levels of…...
If it's cold enough, you can freeze a bubble. Here's how
3+ hour, 32+ min ago (57+ words) If it's cold enough, you can freeze a bubble. Here's how'wtol.com If it's cold enough, you can freeze a bubble. Here's how To stream WTOL on your phone, you need the WTOL app. Download the WTOL app Next up…...
Current-assisted dual-atom catalyst sequentially boosts low-temperature propane combustion through atomic relay - Nature Chemistry
4+ hour, 15+ min ago (1686+ words) Nature Chemistry (2026)Cite this article The data supporting the findings of this study are available within the Article and its Supplementary Information. The raw data for the figures in this paper are provided in the Source Data and are publicly…...
Electrochemical reduction of PFAS - Nature Chemistry
4+ hour, 15+ min ago (254+ words) Nature Chemistry (2026)Cite this article Mineralization of per-and polyfluoroalkyl substances (PFAS) to inorganic fluorides is challenging. Now, a lithium metal-mediated electrochemical reduction route is reported that degrades and defluorinates PFAS with high efficiency. Additionally, the fluoride released from the reactive…...
WVU scientists bring hands-on learning to young minds at Morgantown Public Library
4+ hour, 43+ min ago (466+ words) MORGANTOWN " Laughter, curiosity and hands-on discovery filled the Morgantown Public Library on Saturday, as West Virginia University students and faculty hosted Talk to a Scientist: Physics in Your Body, a free community outreach event designed for children ages 6 "10. The interactive…...
Achieving Ah‑level Zn–MnO2 pouch cells via interfacial solvation structure engineering
5+ hour, 6+ min ago (794+ words) Aqueous zinc-ion batteries (AZIBs) offer a safe, cost-effective, and high-capacity energy storage solution, yet their performance is hindered by interfacial challenges at the Zn anode, including hydrogen evolution, corrosion, and dendritic Zn growth. While most studies focus on regulating Zn2+solvation…...
Q&A: Saw Wai Hla on Imaging and Manipulating Materials at the Atomic Scale
6+ hour, 1+ min ago (315+ words) "You can't be an expert in everything, so it's important to recruit to form a team, to work together, to respect each other and to motivate younger people," says Saw Wai Hla, an award-winning physicist at Argonne. Newswise " His work…...
Spider Silk Threads May Inspire New Polymers
6+ hour, 31+ min ago (455+ words) The remarkable silk used by net-casting spiders to snare prey is both highly elastic and exceptionally strong, offering clues for designing synthetic materials. Spiders are incredible web creators, and researchers are learning more about their impressively strong and elastic silk…...
Biochar Ties Clean Water, Carbon Capture, Renewable Energy
6+ hour, 41+ min ago (467+ words) In a comprehensive review published online on January 20, 2026, researchers Ting-Yu Zhang and Wu-Jun Liu synthesize recent advances showing how biochar is moving far beyond its traditional role in soil remediation. The study highlights how engineered biochar can serve as a…...
Nanodiamond Arrays Achieve 0.6 Conformable Bio-Integration Via PVA Transfer Technology
6+ hour, 48+ min ago (1020+ words) Researchers have developed a new, residue-free transfer technique using a dissolving PVA tape to successfully apply nanodiamond patterns , potentially useful for bio-imaging and data storage , onto delicate, curved biological surfaces like contact lenses and even hair. https://quantumzeitgeist.com/wp-content/uploads/Image_fx-2026-01-23T213928.314.jpg Researchers are tackling…...