Generalized tight-binding model applied to twisted bilayer graphene reveals zero-gap semiconductor behavior with Dirac cones, saddle points at small angles, and hybridized Landau-level subgroups from Moire zone folding.
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Magneto-electronic properties of twisted bilayer graphene system
Generalized tight-binding model applied to twisted bilayer graphene reveals zero-gap semiconductor behavior with Dirac cones, saddle points at small angles, and hybridized Landau-level subgroups from Moire zone folding.