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The time correlation function and the interference component of the coherent
backscattering from a multiple-scattering medium are calculated in the framework
of the Monte Carlo technique. By comparing the stochastic Monte Carlo technique
with the iteration procedure of solving the Bethe–Salpeter equation, it is shown
that the simulation of the optical path of photon packets that have experienced
n scattering events is exactly equivalent to calculating the nth-order ladder
diagram. Using this equivalence, the Monte Carlo technique is generalized for
simulation of the time correlation functions and coherent backscatter
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