  We have presented here the consequences of the non-uniform exchange field on
the spin transport issues in spin chiral configuration of ferromagnetic
graphene. Taking resort to the spin orbit coupling (SOC) term and non-uniform
exchange coupling term we are successful to express the expression of Hall
conductivity in terms of the exchange field and SOC parameters through the Kubo
formula approach. However, for a specific configuration of the exchange
parameter we have evaluated the Berry curvature of the system. We also have
paid attention to the study of SU(2) gauge theory of ferromagnetic graphene.
The generation of anti damping spin orbit torque in spin chiral magnetic
graphene is also briefly discussed.
