Mass Spectra of $\Xi$ and $\Omega$ Baryons using hypercentral Constituent Quark Model

TL;DR

This paper models the resonance spectra of strange baryons with hypercentral constituent quark models, incorporating spin-dependent interactions to predict baryon masses.

Contribution

It introduces a non-relativistic hypercentral potential approach with spin-dependent terms for strange baryons with S=-2, -3, advancing hadron spectroscopy methods.

Findings

Predicted masses of strange baryons with S=-2, -3

Incorporated hyperfine interactions into the model

Enhanced understanding of quark dynamics in baryons

Abstract

Hadron spectroscopy is an important tool towards the study of internal quark dynamics in a composite system. The present article focuses on the study of resonance spectra of strange baryons with S=-2, -3. The non-relativistic approach utilizes screened potential as hypercentral one to obtain masses. The spin-dependent part for all possible hyperfine states has been incorporated.