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Accurate identification of filling media in goaf areas is essential for assessing water hazards and ensuring water environment safety in deep mines. Traditional natural source magnetotelluric methods rely on single parameters, which often lead to ambiguous inversion results, making it…
Producing green hydrogen could require fewer precious metals with a new catalyst developed by researchers in Braga, Portugal. The material outperformed a commercial benchmark despite containing roughly half its precious metal content by weight. The team at the International Iberian…
A new review details how excess copper induces cuproptosis, a mitochondria-dependent form of cell death that cancer cells are uniquely vulnerable to and that can be combined with immunotherapy for enhanced treatment. Subject of Research: Copper-induced cell death mechanisms and…
Law Students Gain Courtroom Exposure at Solan Lok Adalat New BioAI Lab Opens at Cancer Research Centre A Lively Start for New Shoolinians at Club Mela Yogananda School Becomes IYA Associate Centre Double Wins for Srijal, Prashant at Indoor Sports…
Researchers turned discarded orange peels into crystalline lanthanum oxide nanoparticles that completely halted the tomato early blight fungus at 5 milligrams per milliliter, matching a commercial fungicide with faster kinetics. Subject of Research: Biogenic synthesis and characterization of lanthanum oxide nanoparticles…
A new study reveals that solvent choice in microwave-assisted extraction of Indonesian bay leaf rewrites the physics of the process, from heating mechanism and kinetic regime to chemical selectivity, antibacterial potency, and energy demand. News Source: Denise Maddox. (October 17, 2026). The…
Researchers profiled thirty-one novel combretastatin A-4 stilbene derivatives across five chromatographic systems and computational models, finding silica-based methanol systems best predict lipophilicity within the Lipinski window.
A new review in Frontiers in Environmental Engineering maps how biochar produced from agricultural residues, food waste, and forestry biomass could sequester carbon, purify wastewater, and cut greenhouse gas emissions at industrial scale. Subject of Research: From biowaste to biochar:…
Yonsei University researchers show that low-permeability polystyrene nanoparticles can simultaneously enhance CO2 permeability and selectivity in PEBAX membranes, with the dominant transport mechanism shifting between freestanding and thin-film composite configurations.
Bioengineer.org Subject of Research: Nickel cobalt oxide-cadmium oxide anchored on reduced graphene oxide (NiCo2O4–CdO@rGO) as a bifunctional electrode material for energy storage devices and hydrogen evolution reaction