A self-powered biosensor detects and destroys E. coli using enzyme-driven energy, aptamer-based recognition, and silver ion release for real-time safety.
Novel membrane technology achieves precise separation of near-identical molecules using atomic-scale structural control, potentially reducing industrial energy use by eliminating distillation.
Researchers have developed a supercapacitor using metal-organic frameworks that captures water vapor from the air and converts it to stored electrical energy, improving performance for sustainable power applications.
Scientists uncover hidden electron states in UiO-66 photocatalysts using low-temperature methods and advanced modeling to advance sustainable chemical and energy solutions.
Researchers unveil a low-toxicity, glass-like material with exceptional X-ray sensitivity, enabling scalable manufacturing for improved medical imaging and security systems.
The integration of graphene-metal metastructures with laser micropropulsion systems promises significant advancements in space exploration and energy systems.
Researchers develop trackable nanoparticles for drug delivery, using defect engineering and advanced imaging to observe their behavior in living cells, advancing nanomedicine.
Researchers develop antimicrobial door handle covers using iodine-loaded metal-organic frameworks, providing a promising solution to prevent infection spread in healthcare and public spaces.