Abstract
A theoretical method for the calculation of the second-order intensity correlation function for the light transmitted from a weakly driven optical cavity containing an inhomogeneous medium is presented. This method is based on the expectation-value approach [H. Goto and K. Ichimura, Phys. Rev. A 70, 023815 (2004)]. This method allows one to calculate the second-order intensity correlation function in the case where there are many atoms whose transition frequencies and coupling rates have various values. We discuss the effects of the inhomogeneities of the atomic transition frequency and the coupling rate.
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