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Latest Articles

EurekAlert!
eurekalert.org > news-releases > 1143545

Dual‑ion co‑storage via solvation structure tuning toward ultrafast and durable zinc‑organic batteries

1+ hour, 39+ min ago   (627+ words) Why This Electrolyte Matters KCl is introduced into a 2 M ZnCl2 aqueous electrolyte. The high concentration of KCl not only provides additional Cl⁻ ions but also fundamentally reorganizes the Zn2+ solvation environment and the hydrogen-bonding network of water. In the conventional ZnCl2 electrolyte,…...

Google News
eurekalert.org > news-releases > 1143486

Blue light boosts key medicinal compounds in Astragalus, study finds: Multi-omics and genetic tools uncover light-driven isoflavonoid biosynthesis

1+ hour, 55+ min ago   (224+ words) EurekAlert! A working model illustrating how red and blue light promote isoflavonoid biosynthesis in the roots of A. mongholicus. Astragalus mongholicus, a cornerstone of traditional Chinese medicine, produces isoflavonoids—bioactive compounds with anti-inflammatory, immune-boosting, and antiviral properties. However, the molecular machinery…...

AZoOptics
azooptics.com > Article.aspx

Measuring Anti-Reflection Coatings on Curved Optics

1+ hour, 58+ min ago   (1254+ words) Anti-reflection (AR) coatings are crucial elements in contemporary optical and imaging systems, as they reduce undesired Fresnel reflections at air-glass interfaces to prevent internal flare and ghosting from compromising image contrast while maximizing system light throughput. However, this macroscale instrumentation…...

EurekAlert!
eurekalert.org > news-releases > 1143477

WVU physicist advances quantum materials research with NSF CAREER award

1+ hour, 54+ min ago   (638+ words) image: With support from a prestigious NSF CAREER award, Subhasish Mandal, an assistant professor in the WVU Eberly College of Arts and Sciences Department of Physics and Astronomy, is working to discover new materials that can make high-speed quantum computing…...

Newswise
newswise.com > doescience > ai-helps-microscopes-find-the-most-informative-nanoscale-features

AI Helps Microscopes Find the Most Informative Nanoscale Features

9+ hour, 15+ min ago   (854+ words) AI-assisted atomic force microscopy identifies tiny surface structures such as nanostructures, DNA assemblies and bacterial cells, and directs follow-up scans to regions most likely to contain scientifically relevant information. Newswise — Researchers at the Department of Energy’s (DOE) Oak Ridge National…...

AZoNano
azonano.com > article.aspx

Spectroscopic Analysis of Graphene and Carbon Nanotubes

1+ hour, 59+ min ago   (1235+ words) Among the most extensively researched nanomaterials in modern science are graphene, a two-dimensional lattice of sp2-bonded carbon, and carbon nanotubes (CNTs), the one-dimensional cylinders produced when a graphene sheet is rolled upon itself. Both materials possess optical, electrical, mechanical, and…...

Tech Xplore
techxplore.com > news > 2026-09-unexpectedly-rigid-polymers-boost-ion.html

Unexpectedly rigid polymers boost ion transport in hydrogen fuel cell membranes

4+ hour, 45+ min ago   (22+ words) Tech Xplore This site can’t be reached techxplore.com refused to connect....

Cornell Chronicle
news.cornell.edu > stories > 2026 > 09 > chemistry-professor-honored-work-biodegradable-polymers

Chemistry professor honored for work on biodegradable polymers

2+ hour, 41+ min ago   (322+ words) Geoffrey Coates, Tisch University Professor of chemistry and chemical biology in the College of Arts and Sciences (A&S), was named a co-winner of the Balzan Prize for his work transforming renewable feedstocks and recovered carbon dioxide into high-performance, degradable and…...

Scientific Frontline
sflorg.com > 2026 > 09 > ms09102601.html

White Graphene Nanopores Shaped at the Atomic Scale

9+ hour, 51+ min ago   (322+ words) A simulated microscopy image of hexagonal boron nitride with a circular pore surrounded by triangular ones. Darker circles correspond to individual boron and brighter circles to nitrogen atoms.Image Credit: © Umair JavedScientific Frontline: Extended "At a Glance" Summary: Nanopore Engineering…...

EurekAlert!
eurekalert.org > news-releases > 1143455

Viologen-linked covalent organic frameworks: A charged and redox-active platform for functional materials

4+ hour, 10+ min ago   (538+ words) Researchers from Shenzhen University and collaborating institutions have provided a comprehensive review of viologen-linked covalent organic frameworks (Vio-COFs) as an emerging class of charged and redox-active porous materials. With their unique combination of permanent positive charges, reversible viologen redox chemistry,…...