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Latest Articles
Electrogenerated acid-catalyzed diastereoselective glycosylation with glycosyl acetates
1+ hour, 52+ min ago (238+ words) Reaction conditions: a1a (0.2 mmol), 2a (0.24 mmol), platinum plate (1.0 cm × 2.0 cm) and carbon cloth (1.0 cm ×2.0 cm), solvent (5.0 mL), 25 oC, 10 mins, in an undivided cell. Yields and α/β ratios were determined by 1H NMR analysis of the crude mixtures with mesitylene as internal standard;…...
Surfactants pose minimal risk to environment
2+ hour, 54+ min ago (224+ words) Zee News Washington: A new study has revealed that the most common soaps, shampoos and detergents do not harm the environment.Senior researcher Hans Sanderson, Department of Environmental Science, Aarhus University, said that humans use several million tons of surfactants…...
Fewer Pores, Greater Impact Tolerance:Peter Dornier Foundation Prize 2026 Honours Material Research on Fibre-Reinforced Composite Components for Aerospace Industry || Picture 1 / 4
12+ hour, 2+ min ago (78+ words) Fewer Pores, Greater Impact Tolerance:Peter Dornier Foundation Prize 2026 Honours Material Research on Fibre-Reinforced Composite Components for Aerospace Industry All-About-Industries Peter Dornier Foundation Prize 2026 Honours Material Research on Fibre-Reinforced Composite Components for Aerospace Industry || Picture 1 / 4 - Machines & Tooling Latest Articles in…...
German invention converts one-third of direct sunlight into hydrogen
2+ hour, 41+ min ago (845+ words) Scientists in Germany have built a compact device that converted up to 31.3 percent of incoming sunlight into chemical energy stored as hydrogen during outdoor testing. Put simply, that is almost one-third of the sunlight reaching the device. The researchers say…...
Silicon-Carbon Batteries: Revolutionizing Smartphone Performance
12+ hour, 4+ min ago (216+ words) Global smartphone manufacturers are actively implementing silicon-carbon batteries, which are gradually changing the approach to the autonomy of mobile devices. Although this technology is based on traditional lithium-ion batteries and uses lithium for energy storage, the main innovation lies in…...
How a made-up story about a Flock camera ended up in Google’s AI answers
4+ hour ago (1183+ words) A rumor claiming Flock Safety surveillance cameras were packed with valuable metals should have sounded impossible. Instead, it briefly appeared in Google's AI-generated search summaries with specific numbers that made the claim look like a technical fact. According to reports…...
Rethinking how batteries survive extreme cold
10+ hour, 5+ min ago (872+ words) A Texas A&M materials science and engineering doctoral candidate is developing next-generation batteries for aerospace applications and teaching the next generation of scientists how to ask better questions along the way. Aug. 7, 2026 By Leon Contreras, Contributor Jaybelle Pranada grew…...
Turning Industrial Waste into Renewable Energy
4+ hour, 4+ min ago (334+ words) Scaling Innovations to Serve Many Researchers discovered a way to use chemical reactions in industrial waste to reduce the energy needed to produce green hydrogen. Researchers at The Ohio State University found a way to convert carbon dioxide and industrial…...
AI plus chemistry can expand battery electrolyte design
4+ hour, 35+ min ago (412+ words) Cornell researchers are using artificial intelligence to speed the search for better battery materials while using a creative approach to chemistry to expand the design space for electrolytes, unlocking new possibilities for safer, higher-performing energy storage. Electrolytes shuttle ions between…...
Batteries lose lithium to the current collector
4+ hour, 46+ min ago (210+ words) Observations using atom probe tomography support the suspicion that lithium ions are lost to the copper current collector in lithium batteries. This could limit their performance and lifespan. The copper current collector is a thin copper foil that serves as…...