Unveiling the Structure of Hidden-Bottom Strange Pentaquarks via Magnetic Moments

TL;DR

This paper investigates the magnetic moments of hidden-bottom strange pentaquarks to understand their internal structure, providing theoretical insights that could guide future experimental identification of these exotic states.

Contribution

It offers the first systematic calculation of magnetic moments for hidden-bottom strange pentaquarks in a molecular model, expanding understanding of their internal configurations.

Findings

Magnetic moments vary with strangeness levels, indicating different internal structures.

Results can help distinguish between possible configurations of hidden-bottom strange pentaquarks.

Provides theoretical predictions for future experimental verification.

Abstract

Motivated by the discovery of hidden-charm strange pentaquarks, we conduct a systematic study of the magnetic moments of the hidden-bottom strange pentaquarks in molecular picture. We calculate magnetic moments of hidden-bottom strange pentaquarks with strangeness-1 and 2. Magnetic moment gives valuable information about the inner structure and shape of the hadron. The obtained results may be helpful to determine the inner structure of these new yet hypothetical states.