Probing isovector scalar mesons in the charmless three-body decays
arXiv:2109.00664 · doi:10.1103/PhysRevD.105.033003
Abstract
We propose to study the multiparticle configurations of isovector scalar mesons, saying and , in the charmless three-body decays by considering the width effects. Two scenarios of configurations are assumed, in which the first one take as the lowest-lying state and as the first radial excited state, the second one take as the lowest-lying state and as the first radial excited state while is not a state. Within these two scenarios, we do the PQCD calculation for the quasi-two-body decays and extract the corresponding branching fractions of two-body decays under the narrow width approximation. Our predictions show that the first scenario of configuration can not be excluded by the available measurements in decays, the contributions from to the branching fractions in most channels are comparable in the first and second scenarios. Several channels are suggested for the forthcoming experimental measurements to reveal the multiparticle configurations of , such as the channel with the largest predicted branching fraction, the channels whose branching fractions obtained in the second scenario is about three times larger in magnitude than that obtained in the first scenario, and also the channels whose branching fractions are linear dependent on the partial width .
arXiv comment29pages, 4 figures and 7 tables, minor revision, typos corrected, references updated
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