Approximation of the Masses and other properties of Unknown Hyperons in Standard Model

TL;DR

This paper organizes SU(4) multiplets of baryons, including unobserved hyperons, to approximate their masses and properties using a new method, contributing to understanding particle classification within the Standard Model.

Contribution

It introduces a novel approach to organize SU(4) multiplets and derives mass formulas for baryons, providing estimates for unknown hyperons' characteristics.

Findings

Derived mass formulas for SU(4) baryon multiplets

Provided approximate masses for unobserved hyperons

Organized baryon multiplets in a new, simplified way

Abstract

In particle physics, study of the symmetry and its breaking play very important role in order to get useful information about the nature. The classification and arrangements of subatomic particles is also necessary to study particle physics. Particles which are building blocks of nature are quarks, gluons and leptons. Baryons and Mesons composed of quarks were arranged by Gell-Mann and Okubo in their well-known Eight-Fold way up to SU(3) symmetry. Standard model of particles is composed of these particles. Particles in SU(4) also make some beautiful patron. These make some multiplets. but all the baryons with spin JP= 3/2+ in these multiplets have not been observed till date. In this paper the SU(4) multiplets have been organized and studied in an easy and new way. As a result we obtained some clues about the masses and other characteristics of the unknown hyperons. These approximations about the characteristics of the unidentified baryons have been recorded in this article. Mass formula for the baryon SU(4) multiplets have been obtained.