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Scientists Discover New Way to Control Superconductivity Using Twisted Graphene
Photo: Igor Omilaev / Unsplash
Researchers have made a breakthrough in controlling superconductivity—the phenomenon where electricity flows without any energy loss—by layering twisted graphene with synthetic diamond. The discovery opens doors to switching this powerful property on and off, and hints at entirely new physics that could transform how we think about electrical conductivity.
Researchers have made a breakthrough in controlling superconductivity—the phenomenon where electricity flows without any energy loss—by layering twisted graphene with synthetic diamond. The discovery opens doors to switching this powerful property on and off, and hints at entirely new physics that could transform how we think about electrical conductivity.