Spectroscopy of $\Omega_{ccb}$ baryon in Hypercentral Quark Model
Zalak Shah, Ajay Kumar Rai
TL;DR
This paper calculates the mass spectra, excited states, Regge trajectories, and magnetic moments of the triply heavy baryon $\\Omega_{ccb}$ using a Hypercentral constituent quark model with first order corrections.
Contribution
It provides a comprehensive analysis of the $\\Omega_{ccb}$ baryon including new mass spectra, excited states, and magnetic moments using an improved Hypercentral quark model.
Findings
Mass spectra and excited states are determined.
Regge trajectories are constructed.
Magnetic moments are calculated.
Abstract
We extract the mass spectra of triply heavy baryon using Hypercentral constituent quark model. The first order correction is also added to the potential term of Hamiltonian. The radial and orbital excited state masses are also determined. Moreover, the Regge trajectories and magnetic moments are also given for this baryon.
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