Numerical modelling of Bose-Einstein correlations

Abstract

We propose extension of the algorithm for numerical modelling of Bose-Einstein correlations (BEC), which was presented some time ago in the literature. It is formulated on quantum statistical level for a single event and uses the fact that identical particles subjected to Bose statistics do bunch themselves, in a maximal possible way, in the same cells in phase-space. The bunching effect is in our case obtained in novel way allowing for broad applications and fast numerical calculations. First comparison with $e^{+}{e}^{-}$ annihilations data performed by using simple cascade hadronization model is very encouraging.

LaTeX file and 5 eps file with figures, 9 pages altogether

References in corpus (2)

• Thermal fluctuations in the interacting pion gas
• Multiplicity dependence of Bose-Einstein correlations in antiproton-proton reactions: a discussion of possible origins

Cited by in corpus (6)

• Modelling Bose Einstein Correlations via Elementary Emitting Cells
• The Bose-Einstein correlation function $C_2(Q)$ from a Quantum Field Theory point of view
• The Bose-Einstein distribution functions and the multiparticle production at high energies
• Quantum Clan Model description of Bose Einstein Correlations
• How to model BEC numrically?
• Unfolding the effects of final-state interactions and quantum statistics in two-particle angular correlations