Beauty Hadron Spectrum in a Screened Potential Model
arXiv:2505.13987 · doi:10.1140/epjc/s10052-025-14538-7
Abstract
The mass spectrum of beauty hadrons ( and baryons) and -diquarks are computed in a non-relativistic phenomenological potential model. The potential comprises of a short-range Coulomb potential, a screened confinement potential, and corrections predicted from lattice and pNRQCD studies. Among the spin-dependent interactions, spin-spin interaction is considered non-perturbatively, whereas spin-orbit and tensor interactions are considered perturbatively. The Matrix-Numerov method is used to numerically solve the non-relativistic Schrodinger equation to evaluate the mass spectra. We interpret as -wave bottomonium state and and as -wave bottomonium states. The mass spectrum of baryons are evaluated under the diquark-quark model. The excited masses are computed by considering various radial and orbital excitations of the diquark as well as the diquark-quark system.
arXiv comment16 pages, 6 figures
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