Content overview: “Electrical Sliding Switches Graphene Between Magnetic States in Cornell Discovery”. Cornell University researchers have discovered a new method to control magnetic properties in ultrathin graphene by electrically sliding its layers. The team found that applying a voltage to slide the layers can switch the material between distinct magnetic states, and these states persist even after the voltage is removed. This breakthrough could offer a novel way to manipulate quantum properties in two-dimensional materials, with potential applications in quantum computing and advanced electronics.
The study, conducted at Cornell, highlights the unique behavior of graphene—a single layer of carbon atoms—when its layers are displaced. Unlike conventional magnets, where magnetic states are fixed, this technique allows for reversible switching, opening new avenues for designing reconfigurable devices. The findings underscore the growing importance of twistronics and sliding ferroelectricity in materials science. For the complete material, the listing points back to the source inside the network.