The decay in the molecular picture
arXiv:1207.2832 · doi:10.1103/PhysRevD.86.113007
Abstract
From a picture of the X(3872) where the resonance is a bound state of , we evaluate the decay width into the channel, which is sensitive to the internal structure of this state. For this purpose we evaluate the loops through which the X(3872) decays into its components, and the and the photon are radiated from these components. We use the local hidden gauge approach extrapolated to SU(4) with a particular SU(4) breaking. The radiative decay involves anomalous couplings and we obtain acceptable values which are compared to experiments and results of other calculations. Simultaneusly, we evaluate the decay rate for the X(3872) into and , and the results obtained for the ratio of these decay widths are compatible with the experiment. We also show the grossly unacceptable results that come from taking only the component.
17 pages, 2 figures
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- Interpretation of the X(3872) as a charmonium state plus an extra component due to the coupling to the meson-meson continuum
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- QCD Sum Rules Approach to the and States
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- Triangle singularity in the reaction and sensitivity to the mass
- Unquenched quark-model calculation of X(3872) electromagnetic decays
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- The composite nature of the resonance
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- Quark structure of the and resonances and their strong and radiative decays
- Strategies for an accurate determination of the X(3872) energy from QCD lattice simulations
- Triply heavy tetraquark states: masses and other properties
- X(3872) as a molecular state in the Bethe-Salpeter equation approach
- Determination of the structure of the in collisions
- On the two-body decay processes of the predicted three-body resonance
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- Exotic Quarkonium Spectroscopy: X(3872), Z_b(10610), and Z_b(10650) in Non-Relativistic Effective Theory
- Threshold effects in heavy quarkonium spectroscopy