Decays of the Meson to a -Wave Charmonium State or
arXiv:hep-ph/0103036 · doi:10.1103/PhysRevD.65.014017
Abstract
The semileptonic decays, , and the two-body nonleptonic decays, , (here and denote and respectively, and indicates a meson) were computed. All of the form factors appearing in the relevant weak-current matrix elements with as its initial state and a -wave charmonium state as its final state for the decays were precisely formulated in terms of two independent overlapping-integrations of the wave-functions of and the -wave charmonium and with proper kinematics factors being `accompanied'. We found that the decays are quite sizable, so they may be accessible in Run-II at Tevatron and in the foreseen future at LHC, particularly, when BTeV and LHCB, the special detectors for B-physics, are borne in mind. In addition, we also pointed out that the decays may potentially be used as a fresh window to look for the charmonium state, and the cascade decays, () with one of the radiative decays being followed accordingly, may affect the observations of meson through the decays () substantially.
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