# Hadronization from color interactions

## TL;DR

This paper introduces a quark coalescence model incorporating color interactions via a phenomenological potential, applied to proton-proton collisions to study hadronization effects and compare with PYTHIA simulations.

## Contribution

It presents a novel semi-relativistic molecular dynamics model with tunable color interaction parameters for hadronization in pp collisions.

## Key findings

- The model reproduces key features of hadron production.
- Color interactions influence hadronization patterns.
- Results are consistent with PYTHIA for certain parameters.

## Abstract

A quark coalescence model is presented based on semi-relativistic molecular dynamics with color interactions among quarks taken into account and applied to $pp$ collisions to study the effects of this model. A phenomenological potential with two tunable parameters is introduced to describe the color interactions between quarks and antiquarks. The interactions drive the process of hadronization and finally make them form different color neutral clusters, which can be identified as hadrons based on some criteria. A Monte Carlo generator, PYTHIA is used to generate the quarks in the initial state of hadronization, and different values of tunable parameters are used to study their effects on the final state distributions and correlations. Baryon to meson ratios, transverse momentum spectra, pseudorapidity distributions and forward-backward multiplicity correlations of hadrons produced in the hadronization process from this model with different parameters are compared with those from PYTHIA.