# Stability of pentaquarks with a two- plus three-body chromoelectric interaction

## TL;DR

This paper investigates the stability of pentaquarks using a schematic SU(3) color symmetry model that incorporates two- and three-body chromoelectric interactions, extending previous work on baryons and multiquark states.

## Contribution

It introduces a novel schematic model with algebraic arguments for chromoelectric interactions including two- and three-body parts to analyze pentaquark stability.

## Key findings

- Chromoelectric interactions affect multiquark stability.
- Model extends understanding of baryons, tetraquarks, and hexaquarks.
- Provides insights into pentaquark spectrum stability.

## Abstract

We study the stability of pentaquarks within a schematic model based on SU(3) color symmetry, by taking into account algebraic arguments leading to a chromoelectric interaction containing two- and three-body parts. It has already been proven that such an interaction can influence the spectrum of ordinary baryons and the stability of tetraquarks and hexaquarks.