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thecourierexpress.com > lifestyle > pitt-bradford-researcher-receives-400-000-nsf-grant > article_88bf2414-d85d-41c1-bf3a-5aca838d91ec.html

Pitt-Bradford researcher receives $400,000 NSF grant

23+ min ago   (351+ words) Dr. Hadi Noori, assistant professor of engineering at the University of Pittsburgh at Bradford, prepares a sample for testing in the strengths of materials lab at Pitt-Bradford. BRADFORD — Dr. Hadi Noori has received a three-year, $400,000 grant from the National Science…...


chemistryworld.com > opinion > the-chemistry-world-team-shares-some-of-its-low-stakes-mistakes > 4024104.article

The Chemistry World team shares some of its low-stakes mistakes

37+ min ago   (185+ words) Have you ever made an typo, broke some equipment or made a general slip-up? Get in touch and tell us about some of your own low-stakes mistakes by filling out the form below. Emma Pewsey, comment and careers editor Frances…...


businessnewsthisweek.com > education > iit-guwahati-researchers-develop-eco-friendly-bacterial-approach-to-treat-toxic-textile-dyes

IIT Guwahati researchers develop eco-friendly bacterial approach to treat toxic textile dyes

1+ hour, 48+ min ago   (333+ words) Guwahati, Sep 16: Indian Institute of Technology Guwahati researchers have developed an eco-friendly biological approach to treat textile wastewater containing toxic azo dyes. The research provides a scientific foundation to develop biological treatment systems for textile wastewater containing azo dyes. The…...


insideprecisionmedicine.com > topics > precision-medicine > ai-repurposes-drugs-in-fight-against-antibiotic-resistance

AI Repurposes Drugs in Fight Against Antibiotic Resistance

14+ hour, 48+ min ago   (351+ words) AI has revealed existing drugs that could be newly deployed against a drug-resistant bacterium that is a leading source of common infections. The findings, in Advanced Science, reveal how computational strategies can identify drugs that could be repurposed to expand…...


eurekalert.org > multimedia > 1152083

IR [IMAGE] | EurekAlert! Science News Releases

13+ hour, 35+ min ago   (107+ words) To bridge the gap between conventional far-field and nanoscale near-field infrared spectroscopy, the researchers combined comprehensive experimental data with the finite dipole model, which describes what actually happens at the nanoscale in presence of the membrane and the liquid. Credit…...


graphene-info.com-info.com

North Gyeongsang Province launches K-Graphene Commercialization Council to accelerate industry adoption

2+ hour, 23+ min ago   (585+ words) North Gyeongsang Province and the city of Pohang, together with POSTECH's Nano Convergence Technology Institute, recently launched the K-Graphene Commercialization Council, an industry-academia-government body aimed at moving graphene research into commercial products. Graphene's electrical and thermal properties make it applicable…...


azom.com > news.aspx

A New Way to Think About Superhydrophobic Coatings Starts With How They Fail

3+ hour, 17+ min ago   (164+ words) From salt spray and icing to abrasion and UV exposure, the review maps the weak points that could determine whether water-repellent coatings survive demanding defense service. The coating–substrate interface also plays a critical role. Weak adhesion can cause cracking,…...


businessnewsthisweek.com > education > iit-gandhinagar-researchers-identify-structural-features-in-carbon-material-that-could-boost-green-hydrogen-production

IIT Gandhinagar researchers identify structural features in carbon material that could boost green hydrogen production | Business News This Week

3+ hour, 44+ min ago   (399+ words) Sep 16: The global transition toward carbon-free, clean, and sustainable energy has accelerated the search for new hydrogen-producing technologies. However, making clean hydrogen by splitting water into hydrogen and oxygen is expensive due to its reliance on scarce metals such as…...


chemeurope.com > en > news > 1189839 > more-energy-at-the-same-weight-fraunhofer-optimizes-battery-cells.html

More energy at the same weight: Fraunhofer optimizes battery cells

5+ hour, 41+ min ago   (754+ words) Semi-automated production line for industrial-scale pouch cells in the cleanroom at Fraunhofer ISE’s Center for Electrical Energy Storage. “This technology is the result of many years of research at Fraunhofer ISE. We owe our success in reaching this developmental milestone…...