  In this paper, we study topological properties and Hall conductivities in
PbC/MnSe heterostructure under the illumination of a circularly polarized
light. At high frequency regime, energy gap, Chern numbers, and Hall
conductivities are studied based on the Floquet theory and Green's function
formalism, respectively. The interplay between spin orbit coupling and light
leads to topological phase transition between anomalous Hall states and spin
Hall states, which is related to the emission and absorption of two virtual
photons. The anomalous Hall conductivities are dependent on polarization of
light, while the spin Hall conductivity is independent.
