Quasi-classical cyclotron resonance of Dirac fermions in highly doped graphene

Abstract

Cyclotron resonance in highly doped graphene has been explored using infrared magnetotransmission. Contrary to previous work, which only focused on the magneto-optical properties of graphene in the quantum regime, here we study the quasi-classical response of this system. We show that it has a character of classical cyclotron resonance, with an energy which is linear in the applied magnetic field and with an effective cyclotron mass defined by the position of the Fermi level m = E_F/v_F^2.

6 pages, 4 figures

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Cited by in corpus (16)

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• Electrically controlled terahertz magneto-optical phenomena in continuous and patterned graphene
• Magneto-optics of massive Dirac fermions in bulk Bi2Se3
• Plasmonics of coupled graphene micro-structures
• Faraday rotation in graphene
• Circular dichroism of magneto-phonon resonance in doped graphene
• Classical to quantum crossover of the cyclotron resonance in graphene: A study of the strength of intraband absorption
• Terahertz Dynamics of Quantum-Confined Electrons in Carbon Nanomaterials
• Faraday rotation due to surface states in the topological insulator (Bi${}_{1-x}$Sb${}_x$)${}_2$Te${}_3$
• Anisotropic magneto-optical absorption and linear dichroism in two-dimensional semi-Dirac electron systems
• Terahertz cyclotron emission from two-dimensional Dirac fermions
• Acoustomagnetoelectric effect in two-dimensional materials: Geometric resonances and Weiss oscillations
• A broadband silicon quarter-wave retarder for far-infrared spectroscopic circular dichroism
• Terahertz Landau level spectroscopy of Dirac fermions in millimeter-scale twisted bilayer graphene
• Landau level spectroscopy in current solid state physics