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Xiao, C.-J., Chen, D.-Y. and Ma, Y.-L. (2016) Radiative and Pionic Transitions from the D_s1(2460) to the D* s0(2460). Physical Review D, 93, Article ID: 094011.

has been cited by the following article:

• TITLE: Study Pentaquark Pc(4550)+ as a Coupled Molecular State through Spin-Orbit Interaction Using a Two-Channel Method

  AUTHORS: Boubacar Sow, Bassirou Ly, Harouna Wele, Mamoudou Sall, Malick Sow, Roman Planeta, Omar Absa Niasse

  KEYWORDS: Pentaquark, Potentials, Coupling, Radial Wave Functions, Radial Densities, Spin-Orbit Interaction, Coupled Molecular Model

  JOURNAL NAME: Journal of High Energy Physics, Gravitation and Cosmology, Vol.12 No.3, July 6, 2026

  ABSTRACT: The LHCb people saw this pentaquark thing, and it’s made people rethink how hadrons work, since it doesn’t fit the usual three-quark idea. Before, most theories said it was just one hadronic molecule, mostly made of Σ c D ¯ * . But that’s too simple, because it misses how it interacts with other things nearby and doesn’t consider short-range stuff. So, we thought about the pentaquark Pc(4550)+ as like, a linked-up molecular state because of spin-orbit stuff. We looked into the pentaquark Pc(4550)+ using a linked-channel thingy, with spin-orbit stuff included. We made a model with two linked hadronic channels, Σ c + D ¯ 0 and Σ c + D ¯ *0 they interact with Yukawa-type potentials. We solved some Schrödinger equations and checked out binding energies, spatial densities, and radial wave functions. What we found says that Pc(4550)+ is probably a quasi-bound molecular state near the D ¯ * Σ c threshold.