  In this paper, we consider the rotating charged G\"{o}del black hole and
study the effect of the higher order corrections of the entropy on the
thermodynamics and statistics quantities of the Kerr-Newman-G\"{o}del black
hole. The leading order correction is logarithmic while higher-order terms are
proportional to the inverse of the area of the black hole. We obtain modified
thermodynamics and statistics and find that correction terms are important in
the stability of the black hole.
