Computation scheme for collective spontaneous radiation in a medium of two-level emitters

The process of self-organization in a system of excited emitters studied by Dicke can be the basis of coherent emission generation without stimulated emission phenomena. Conventional analytic investigations in this field were concentrated on emitter subsystem behavior for obtaining the parameters of electromagnetic pulse. We propose the research into field characteristics in the process of pulse formation on the basis of the Bogolyubov method of reduced description by including into its parameters electromagnetic field strengths and binary correlation functions. We mean the macroscopic picture in a finite quantity of points, which provide the possibility of numerical modeling. Now we discuss the structure of numerical equations and the availability of physical parameters for such simulations.