  We discuss the effect of nonextensivity of the emitting source on the
Bose-Einstein correlations (BEC). This is done numerically by comparing cascade
hadronization model (CAS), which is known to exhibit fractal structure in both
space-time and phase-space, with its equivalent obtained from the information
theory approach (MaxEnt), in which hadronization proceeds uniformly in the
phase-space. To this end we have developed a new method of accounting for BEC
in Monte Carlo event generators, which preserves all kinematics of the
hadronization process.
