Twisted bilayer graphene's moiré band structure, Fermi velocity renormalization, optical conductivity, and plasmon dispersion are re-derived in a pedagogical review of the continuum low-energy model.
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Twisted bilayer graphene: low-energy physics, electronic and optical properties
Twisted bilayer graphene's moiré band structure, Fermi velocity renormalization, optical conductivity, and plasmon dispersion are re-derived in a pedagogical review of the continuum low-energy model.