We investigated the lightest pentaquark state observed by the LHCb collaboration as a compact five-quark ground-state, with spin S = 3/2, and we showed that this state belongs to a SUf(3) flavor octet by means of a group theory approach. Moreover, we predicted in a parameter-free way the pentaquark state mass spectra for all the octet-pentaquark states. Finally, by means of an effective Lagrangian approach, we computed the octet-pentaquark partial decay widths in J/ψΛ, J/ψΣ and J/ψΞ channels
The antiquark-diquark-diquark model describes pentaquark states both in terms of quarks and hadrons....
In the framework of the color-magnetic interaction, we have systematically studied the mass splittin...
We construct a complete classification of pentaquark states in terms of the spin-flavour SU(6) repre...
We investigated the lightest pentaquark state observed by the LHCb collaboration as a compact five-q...
We investigated the lightest pentaquark state observed by the LHCb collaboration as a compact five-q...
The LHCb collaboration have recently updated their analysis of the resonant $J/\psi p$ mass spectrum...
If Jaffe and Wilczek's diquark picture for ??5+ pentaquark is correct, there should also exist ...
The LHCb collaboration have recently updated their analysis of the resonant J/ p mass spectrum in t...
We construct a complete classification of qqqq¯q pentaquark states in terms of the spin-flavour SU(6...
We make an exhaustive investigation on the pentaquark states $qqqc\bar{c}$ ($q=u, d$ and $s$) and di...
The LHCb collaboration have recently updated their analysis of the resonant $J/\psi\, p$ mass spectr...
The diquark–triquark model is used to explain charmonium-pentaquark states, i.e., Pc(4380) and Pc(44...
We study compact hidden charm pentaquarks in the Born–Oppenheimer approximation, previously introduc...
AbstractThe diquark–triquark model is used to explain charmonium-pentaquark states, i.e., Pc(4380) a...
We study compact hidden charm pentaquarks in the Born–Oppenheimer approximation, previously introduc...
The antiquark-diquark-diquark model describes pentaquark states both in terms of quarks and hadrons....
In the framework of the color-magnetic interaction, we have systematically studied the mass splittin...
We construct a complete classification of pentaquark states in terms of the spin-flavour SU(6) repre...
We investigated the lightest pentaquark state observed by the LHCb collaboration as a compact five-q...
We investigated the lightest pentaquark state observed by the LHCb collaboration as a compact five-q...
The LHCb collaboration have recently updated their analysis of the resonant $J/\psi p$ mass spectrum...
If Jaffe and Wilczek's diquark picture for ??5+ pentaquark is correct, there should also exist ...
The LHCb collaboration have recently updated their analysis of the resonant J/ p mass spectrum in t...
We construct a complete classification of qqqq¯q pentaquark states in terms of the spin-flavour SU(6...
We make an exhaustive investigation on the pentaquark states $qqqc\bar{c}$ ($q=u, d$ and $s$) and di...
The LHCb collaboration have recently updated their analysis of the resonant $J/\psi\, p$ mass spectr...
The diquark–triquark model is used to explain charmonium-pentaquark states, i.e., Pc(4380) and Pc(44...
We study compact hidden charm pentaquarks in the Born–Oppenheimer approximation, previously introduc...
AbstractThe diquark–triquark model is used to explain charmonium-pentaquark states, i.e., Pc(4380) a...
We study compact hidden charm pentaquarks in the Born–Oppenheimer approximation, previously introduc...
The antiquark-diquark-diquark model describes pentaquark states both in terms of quarks and hadrons....
In the framework of the color-magnetic interaction, we have systematically studied the mass splittin...
We construct a complete classification of pentaquark states in terms of the spin-flavour SU(6) repre...