Author(s)

Zhaohua Wang, Liqing Ren

Corresponding Author

Zhaohua Wang

Abstract

Driven by the high-intensity magnetic field, graphene demonstrate special optical properties, which have become an important research issue in the field of quantum optics. This paper studies the graphene quantum optical phenomena under the high-intensity magnetic field drive. First, the energy band structure of graphene in a high-intensity magnetic field is analyzed. Second, optical phenomena, including coherent optical phenomena and nonlinear optical phenomena, of graphene driven by the high-intensity magnetic field are examined. Finally, several realization approaches are put forward.

Keywords

High-intensity magnetic field drive; Graphene; Quantum optical phenomenon