Relativistic insights into singly heavy baryons: Excitation, decays and magnetic moments

In this article, we investigate the mass spectra and Regge trajectories of singly heavy baryons in the framework of the Relativistic Dirac formalism, incorporating a non-Coulombic linear potential. We have included spin-spin, spin-orbit and spin-tensor interactions to predict the masses of Λc, Σc, Ξc and Ωc baryons for both radial and orbital excitations. Our calculated masses are utilized to construct the Regge trajectories of Λc, Σc, Ξc and Ωc in both the $(J,M^2)$ and $(n_r,M^2)$ planes. Moreover, the strong decay widths and electromagnetic properties such as magnetic moments, transition magnetic moments and radiative decay widths are determined for the ground state of these baryons. We compare our results with other theoretical predictions and experimental observations. Our results closely align with both theoretical predictions and available experimental results.