Graphene Twisted With Magnetism Unlocks Exotic Quantum Realms

Adding an alternating magnetic field to two layers of graphene twisted at an angle can give rise to exotic electronic phenomena. Physicists at RIKEN have demonstrated that magnetic fields can manipulate the electronic properties of twisted bilayer graphene, introducing new ‘magic’ angles and creating quadruply degenerate flat bands. These advancements suggest potential for discovering more […]

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Adding an alternating magnetic field to two layers of graphene twisted at an angle can give rise to exotic electronic phenomena. Physicists at RIKEN have demonstrated that magnetic fields can manipulate the electronic properties of twisted bilayer graphene, introducing new ‘magic’ angles and creating quadruply degenerate flat bands. These advancements suggest potential for discovering more…

Adding an alternating magnetic field to two layers of graphene twisted at an angle can give rise to exotic electronic phenomena. Physicists at RIKEN have demonstrated that magnetic fields can manipulate the electronic properties of twisted bilayer graphene, introducing new ‘magic’ angles and creating quadruply degenerate flat bands. These advancements suggest potential for discovering more…