Analysis of the hadronic molecules , , and their bottom analogs with QCD sum rules
arXiv:2508.00402 · doi:10.1140/epja/s10050-026-01805-8
Abstract
In this work, we construct the color-singlet-color-singlet type currents to study the masses and pole residues of charm-strange tetraquark states and their bottom analogs with = and by using two-point QCD sum rules, where the vacuum condensates are considered up to dimension 12. The predicted masses for , and molecular states are GeV, GeV and GeV. These results are consistent well with the experimental data of , and , respectively. The theoretical results for and molecular states are GeV and GeV which are all higher than their own thresholds. Finally, the mass of hadronic molecule is predicted to be GeV. This value is lower than the threshold of , which implies that it may be a bound hadronic molecular state.
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