Some properties of the states at the hidden-strangeness mixed heavy meson pair threshold in annihilation
arXiv:1701.03064 · doi:10.1103/PhysRevD.95.054017
Abstract
The threshold behavior of annihilation is considered in the channels , , and , where and are the excited bottom-strange and mesons. It is argued that due to the heavy quark spin symmetry (HQSS) only one coherent combination of the first two channels is produced in the wave as well as the third channel. Thus, if there exist threshold molecular peaks in the considered channels, only two of such peaks can be formed in the annihilation. The properties of such threshold states are discussed, including the heavy-light spin structure and the related transitions to bottomonium plus light mesons, as well as mixing with the channels with and without hidden strangeness.
arXiv comment9 pages
References in corpus (14)
- Chiral Multiplets of Heavy-Light Mesons
- On heavy-light meson resonances and chiral symmetry
- Dynamically generated 0^+ heavy mesons in a heavy chiral unitary approach
- Heavy quark spin structure in Z_b resonances
- Aspects Of Heavy Quark Theory
- Evidence of Two Resonant Structures in
- as the first -wave open charm vector molecular state?
- Measurement of the e+e- --> b anti-b cross section between sqrt(S)=10.54 and 11.20 GeV
- Exotic resonances due to exchange
- Measurement of cross sections near threshold using initial-state radiation
- Exclusive Production of , , and via Annihilation with Initial-State-Radiation
- Suppression of the S-wave production of (3/2)^+ + (1/2)^- heavy meson pairs in e^+e^- annihilation
- Bottomonium-like states: physics case for energy scan above the threshold at Belle-II
- and triangle singularity in