# Excited state mass spectra of doubly heavy $\Xi$ baryons

## TL;DR

This paper calculates the mass spectra, Regge trajectories, and magnetic moments of doubly heavy $\\Xi$ baryons using a hypercentral quark model, providing theoretical predictions for their excited states and properties.

## Contribution

It introduces a comprehensive calculation of excited state spectra, Regge trajectories, and magnetic moments for doubly heavy $\\Xi$ baryons within a hypercentral quark model, comparing with other predictions.

## Key findings

- Mass spectra for various excited states are predicted.
- Regge trajectories are constructed with determined slopes and intercepts.
- Ground state magnetic moments are calculated.

## Abstract

In this paper, the mass spectra are obtained for doubly heavy $\Xi$ baryons, namely, $\Xi_{cc}^{+}$, $\Xi_{cc}^{++}$, $\Xi_{bb}^{-}$, $\Xi_{bb}^{0}$, $\Xi_{bc}^{0}$ and $\Xi_{bc}^{+}$. These baryons are consist of two heavy quarks($cc$, $bb$ and $bc$) with a light($d$ or $u$) quark. The ground, radial and orbital states are calculated in framework of Hypercentral constituent quark model with coul- omb plus linear potential. Our outcomes are also compared with other predictions, thus, the average possible range of excited states masses of these $\Xi$ baryons can be determined. The study of the Regge trajectories are performed in (n, $M^{2}$) and (J, $M^{2}$) planes and their slopes and intercepts are also determined. Lastly, the ground state magnetic moments of these doubly heavy baryons are also calculated.