Abstract
We analyse the complications appearing in the description of multiparticle production due to the quantum statistics, interference and resonance production, in a stochastic-approximation scheme which is not based on a particular dynamical model. The scheme is based on the cluster expansion of the final-state density matrix. It shows how the clustering phenomena may be related to the established features of strong interactions, in particular to resonances, and also provides a natural mechanism for the long-range correlations. The presented scheme offers more insight into the theoretical background of the standard statistical models of particle production processes.
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