Researchers at the University of Waterloo have developed a nanostructured copper surface that kills bacteria and viruses in minutes. By increasing surface area and creating microscopic physical disruptions, the material…
Researchers at Tohoku University have developed a new class of zirconia-based ceramics that exhibit super-elastic properties. Unlike traditional brittle ceramics, this material can undergo significant deformation and return to its…
Researchers have successfully synthesized graphyne, a carbon allotrope that has been theorized for decades but remained elusive. This material features unique triple bonds that provide directional electronic conductivity, potentially surpassing…
Scientists at the Delft University of Technology have developed a new amorphous version of silicon carbide that exhibits extraordinary tensile strength. This material, which lacks a structured crystalline lattice, can…
Researchers have successfully synthesized graphullerene, a new two-dimensional form of carbon that links fullerene molecules into a stable sheet. This material combines the structural benefits of graphene with the unique…
An international research team has successfully synthesized ultra-hard carbon nitrides, a class of materials predicted in 1989 to rival diamond in hardness. By subjecting carbon and nitrogen to pressures exceeding…
Researchers in Australia have developed a new antimicrobial coating that uses microscopic "nanopillars" to physically destroy bacteria. This material, inspired by the wings of insects, offers a way to prevent…
Samsung researchers have synthesized amorphous boron nitride (a-BN), a new material with a disordered atomic structure that provides exceptional electrical insulation. This breakthrough addresses the crosstalk challenges in ultra-miniaturized semiconductors,…
Google DeepMind researchers have utilized a deep learning tool called GNoME to predict the existence of 2.2 million new crystal structures, significantly expanding the catalog of known stable materials. This…
