Abstract:
Specific features of magnetoexcitons in two-dimensional chiral structures, such as single-layer and bilayer graphene, are analyzed. The theory of magnetoexcitons, which are electron excitations corresponding to the transitions between the Landau levels, is presented for the case of high magnetic field. The effect of the Coulomb interaction, features of the band structure, and applied fields on the energy of magnetoexcitons is studied at different integer filling factors.
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