Fine Splitting in Charmonium Spectrum with Channel Coupling Effect

preprint2010arXivOpen access

Abstract

We study the fine splitting in charmonium spectrum in quark model with the channel coupling effect, including DDDD, DD∗DD^*, D∗D∗D^*D^* and DsDsD_sD_s, DsDs∗D_sD_s^*, Ds∗Ds∗D_s^*D_s^* channels. The interaction for channel coupling is constructed from the current-current Lagrangian related to the color confinement and the one-gluon exchange potentials. By adopting the massive gluon propagator from the lattice calculation in the nonperturbative region, the coupling interaction is further simplified to the four-fermion interaction. The numerical calculation still prefers the assignment 1++1^{++} of X(3872).

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