Medicine & TechnologyHexagonal boron nitride (h-BN) has been identified as the toughest among 2D materials - its unparalleled resistance to breakage has defied an old method of describing toughness.
A new study recently focused on a new form of the so-called WS2 or 2D material tungsten disulfide, both considered a two-dimensional or 2D, and three-dimensional or 3D material.
Researchers from the Massachusetts Institute of Technology have turned its "magic" angle material made of graphene into versatile quantum computing devices.
Researchers from the University of Wisconsin-Madison have developed nanoribbon structures that potentially utilize graphene to enhance tech innovations.
In a new discovery regarding graphene, two research teams independently discovered a particular graphene system whose electrons "freeze" as temperature rises.
Researchers have devised a new process that efficiently converts waste from rubber tires into graphene, which in turn could be used to reinforce concrete.
In the Information Age, electronic devices are almost everywhere - pushing developers and researchers to find lighter and more flexible materials that could prevent interference between devices and minimize radiation exposure to humans.
Two-dimensional (2D) materials are the subjects of increased scientific interest, potentially improving electronic devices past the limitations of conventional silicon substrates.