Description of Multiparticle Production by Gluon Dominance Model

TL;DR

This paper presents a gluon dominance model that effectively describes multiparticle production across various high-energy collision processes, achieving broad agreement with experimental data using a unified quark-gluon approach.

Contribution

It introduces a unified gluon dominance model that explains multiplicity distributions in diverse collision types with phenomenological hadronization.

Findings

Model accurately fits experimental multiplicity data across multiple collision systems.

GDM provides a consistent description over a wide energy range.

Successful unification of different processes under a single theoretical framework.

Abstract

The obtained $\pi^{-}$ and charged multiplicity distribution parameters of Gluon Dominance Model explain the experimental data in nucleus-nucleus, p nucleus, pd, pp, p antip and $\pi^{-}$(p,n) interactions. We have undertaken an attempt to give description in different processes of multiparticle production by means of a unifed approach based on quark-gluon picture using the phenomenological hadronization. We have obtained agreement of GDM with experimental data in a very wide energy range.