Waste Wool and Graphene Oxide Combine to Supercharge an Extremophile Enzyme
Researchers at Xiamen University have built a sandwich-like biomaterial from waste wool keratin and graphene oxide that immobilizes an extremophile...
Neil Sanderson is a Scienmag editorial specialist profile for Materials Characterization coverage.
Researchers at Xiamen University have built a sandwich-like biomaterial from waste wool keratin and graphene oxide that immobilizes an extremophile...
Chemists have developed an adsorption–conversion strategy that uses metal embedding and chlorine adsorption to grow ultrathin single crystals of intermetallic...
A non-biocidal foul-release coating applied to coral seeding devices on inshore Great Barrier Reef reefs cut fouling by more than...
Researchers have created a porous cobalt ferrite-polyaniline hybrid nanocomposite that degrades the antibiotic ciprofloxacin with high efficiency under visible light...
New experiments show that 7075-T6 high-strength aluminum alloy gusset joints achieve steel-surpassing strength at one-third the weight, with a validated...
Researchers in Japan have developed a formula-based simulation model that predicts the materials, waste, energy, and environmental impacts of solvent-based,...
Researchers have developed a flexible, flame-resistant solid polymer electrolyte from the plant biopolymer Cocculus hirsutus, polyvinyl alcohol and magnesium chloride...
Scientists have designed a Canada-flag-inspired graphene metasurface that achieves over 95 percent broadband terahertz absorption with electrical tunability in a...
A comprehensive new review maps how metal ions crosslink seaweed-derived alginate into tunable hydrogels for drug delivery, wound healing, and...
A new theoretical Perspective shows that widely separated precipitates in dilute closed systems communicate through a conservation-driven shift in the...
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© 2025 Scienmag - Science Magazine