4.6 Article

Moire commensurability and the quantum anomalous Hall effect in twisted bilayer graphene on hexagonal boron nitride

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Summary: A small twist between two layers of graphene can lead to flat band structures, which can form ferromagnetic Chern insulators when the moire superlattice interacts with a magnetic field. In twisted bilayer graphene, Coulomb interactions and magnetic field effects give rise to new quantum states.

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