Magnetic dipole moments of the Ω (3185) And ω (3327) States From Molecular Perspective

In this paper we study the magnetic dipole moments of the newly discovered ${\Omega }_{c}{\left(3185\right)}^{0}$ and ${\Omega }_{c}{\left(3327\right)}^{0}$, assuming that ${\Omega }_{c}{\left(3185\right)}^{0}$ and ${\Omega }_{c}{\left(3327\right)}^{0}$ are S-wave DΞ and ${D}^{⁎}\Xi $ molecular pentaquark states, respectively. Together with these states, the magnetic dipole moments of possible ${D}_{s}\Xi $, ${D}_{s}^{⁎}\Xi $, $D{\Xi }^{⁎}$, and ${D}_{s}{\Xi }^{⁎}$ pentaquark states are also studied. The magnetic dipole moments of these singly-charmed pentaquarks are estimated within the framework of the QCD light cone sum rules utilizing the photon distribution amplitudes. In the search for the properties of singly-charmed molecular pentaquark states, the results obtained for the magnetic dipole moments can be useful.