Doubly heavy baryon spectra guided by lattice QCD

Abstract

This paper provides results for the ground state and excited spectra of three-flavored doubly heavy baryons, $bcn$ and $bcs$. We take advantage of the spin-independent interaction recently obtained to reconcile the lattice SU(3) QCD static potential and the results of nonperturbative lattice QCD for the triply heavy baryon spectra. We show that the spin-dependent potential might be constrained on the basis of nonperturbative lattice QCD results for the spin splittings of three-flavored doubly heavy baryons. Our results may also represent a challenge for future lattice QCD work, because a smaller lattice error could help in distinguishing between different prescriptions for the spin-dependent part of the interaction. Thus, by comparing with the reported baryon spectra obtained with parameters estimated from lattice QCD, one can challenge the precision of lattice calculations. The present work supports a coherent description of singly, doubly and triply heavy baryons with the same Cornell-like interacting potential. The possible experimental measurement of these states at LHCb is an incentive for this study.

arXiv comment17 pages, 3 figures. To be published in Phys. Rev. D. Two references have been added

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Cited by in corpus (8)

• A review of the open charm and open bottom systems
• Doubly-Heavy Baryon Weak Decays: ${\Xi }_{bc}^0\to p{K}^{-}$ and ${\Xi }_{cc}^{+}\to {\Sigma }_c^{++}(2520)K^{-}$
• Molecular ${\Omega }_{cc}$ , ${\Omega }_{bb}$ and ${\Omega }_{bc}$ states
• Mass spectra and decays of ground and orbitally excited $c\bar{b}$ states in non relativistic quark model
• Mass spectra of bottom-charm baryons
• Mass spectra of double-bottom baryons
• Fate of the doubly heavy spin$-3/2$ baryons in a dense medium
• Analysis of the bottom-charm baryon states with QCD sum rules