Particle yields from numerical simulations

Abstract

In this paper we use numerical simulations to calculate the particle yields. We demonstrate that in the model of local particle creation the deviation from the pure exponential distribution is natural even in equilibrium, and an approximate Tsallis-Pareto-like distribution function can be well fitted to the calculated yields, in accordance with the experimental observations. We present numerical simulations in classical Φ 4 model as well as in the SU(3) quantum Yang-Mills theory to clarify this issue.

Dynamical nonextensivity or nonextensive dynamics?

“…Finally, let us mention a recent work [16] in which the authors use numerical field theoretical simulations to calculate particle yields. It turned out that in the model of local particle creation one observes rather natural deviations from the pure exponential distributions towards Tsallis like q-exponents.…”