Twisted Graphene Reveals a Bizarre New State of Electron Matter

Researchers have discovered a strange new state of matter in twisted layers of graphene. By precisely twisting graphene sheets, they created a moiré effect, altering the geometry of electrons and causing them to move in unusual ways along the material's edges, even exhibiting the quantum Hall effect. This topological electronic crystal shows superconductivity and offers new avenues for quantum computing and room-temperature superconductivity research. The research was published in Nature.