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The generalized tight-binding model is developed to investigate themagneto-electronic properties in twisted bilayer graphene system. All theinterlayer and intralayer atomic interactions are included in the Moiresuperlattice. The twisted bilayer graphene system is a zero-gap semiconductorwith double-degenerate Dirac-cone structures, and saddle-point energydispersions appearing at low energies for cases of small twisting angles. Thereexist rich and unique magnetic quantization phenomena, in which manyLandau-level subgroups are induced due to specific Moire zone folding throughmodulating the various stacking angles. The Landau-level spectrum showshybridized characteristics associated with the those in monolayer, and AA $\&$AB stackings. The complex relations among the different sublattices on the sameand different graphene layers are explored in detail.

Magneto-electronic properties of twisted bilayer graphene system