Researchers have isolated a new supermaterial called 'goldene,' a freestanding, atom-thick sheet of gold with unique electronic and surface properties, created by etching away layers from a layered crystal, opening new possibilities in catalysis, electronics, and medicine.
Scientists have developed a scalable, sustainable supermaterial from bacterial cellulose that could replace plastics in various applications, including packaging and electronics, by enhancing its strength and multifunctionality through nanotechnology and innovative biofabrication methods.
Scientists have developed a supermaterial by combining the structure of DNA with the purity of glass, resulting in a material that is five times lighter and four times stronger than steel. The material, created by researchers from the University of Connecticut, Columbia University, and Brookhaven National Lab, achieves an unprecedented balance between strength and lightness. By using DNA as a scaffold and applying a glass coating, the researchers were able to create a robust and lightweight material with potential applications in various industries, including the development of improved armor. Further research is needed to explore the full potential of this technology.