  We use the concept of two-particle probability amplitude to derive the
stochastic evolution equation for two-particle four-point correlations in
tight-binding networks affected by diagonal dynamic disorder. It is predicted
that in the presence of dynamic disorder, the average spatial wave function of
indistinguishable particle pairs delocalizes and populates all network sites
including those which are weakly coupled in the absence of disorder.
Interestingly, our findings reveal that correlation elements accounting for
particle indistinguishability are immune to the impact of dynamic disorder.
