Mass spectra and strong decays of charmed and charmed-strange mesons
arXiv:2110.05024 · doi:10.1103/PhysRevD.105.056006
Abstract
A semi-relativistic potential model is adopted to calculate the mass spectra of charmed and charmed-strange meson states up to the excitations.The strong decay properties are further analyzed with a chiral quark model by using the numerical wave functions obtained from the potential model. By using the strong decay amplitudes extracted from the chiral quark model, we also systematically study the coupled-channel effects on the bare masses of the -wave states, since the masses of and cannot be explained with bare -wave states within the potential model. Based on our good descriptions of the mass and decay properties for the low-lying well-established states, we give a quark model classification for the high mass resonances observed in recent years. In the -meson family, can be classified as the radially excited state ; and can be classified as the second orbital excitations and , respectively; may be a candidate of or ; while may favor the high mass mixed state ; however, there still exist puzzles for understanding the natures of and , whose decay properties cannot be well explained with either pure and states or their mixing. In the -meson family, favors the assignment; and may favor the mixed states and via the - mixing, respectively; may favor or , or corresponds to a structure contributed by both and .
35 pages, 15 figures, 18 tables, coupled-channel effects on the mass shifts of the 1P states and Ds(2590) were considered, to be published in PRD
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