What question did this study set out to answer?

This research aims to explore how external fields influence the magneto-optical properties of epitaxial graphene.

Magneto-optical conductivity of epitaxial graphene modulated by external fields

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Theoretical investigation shows distinct optical properties in epitaxial graphene due to external fields, suggesting new applications in electronics.

This research aims to explore how external fields influence the magneto-optical properties of epitaxial graphene.
Theoretically investigate magneto-optical transport properties of epitaxial graphene.
Analyze Landau-level spectrum, density of states, and Berry curvature under various external fields.
Identify distinct magneto-optical signatures through inter-Landau-level transitions.
Demonstrated that external fields create multiple topological phases in epitaxial graphene.
Identified distinct magneto-optical signatures in conductivities related to various topological phases.
Calculated non-equidistant Landau levels indicating unique electronic behaviors of Dirac fermions.

Noman et al. (2026) studied this question.

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Theoretical investigation shows distinct optical properties in epitaxial graphene due to external fields, suggesting new applications in electronics.