Form factors of $S$-wave charmed baryon multiplet $J^P={1/2}^+$

TL;DR

This paper calculates the electric form factors and charge radii of S-wave charmed baryons using a relativistic quark model, providing insights into their internal structure at low to intermediate momentum transfers.

Contribution

It introduces a relativistic quark model calculation of electric form factors for S-wave charmed baryons, focusing on low and intermediate Q^2 regions.

Findings

Electric form factors computed for low Q^2

Charge radii of low-lying charmed baryons determined

Results enhance understanding of baryon internal structure

Abstract

Electric form factors of $S$-wave charmed baryons are calculated within the relativistic quark model in the region of low and intermediate momentum transfers, $Q^2 \le 1 GeV^2$. The charge radii of low-lying charmed baryons are determined.