An explanation of the as a bound state
arXiv:0812.3368 · doi:10.1103/PhysRevC.79.025209
Abstract
We use the interaction in the hidden gauge formalism to dynamically generate and resonances. We show, through a comparison of the results from this analysis and from a quark model study with data, that the and resonances can be assigned to bound states. More precisely the can be interpreted as a bound state whereas the and may contain an important component. This interpretation allows for a solution of a long-standing puzzle concerning the description of these resonances in constituent quark models. In addition we also obtain degenerate states but their assignment to experimental resonances is more uncertain.
arXiv comment19 pags, 8 figs
References in corpus (19)
- Chiral dynamics in the presence of bound states: kaon-nucleon interactions revisited
- Non perturbative chiral approach to s-wave \bar{K}N interactions
- Chiral Dynamics and the Low Energy Kaon-Nucleon Interaction
- N/D Description of Two Meson Amplitudes and Chiral Symmetry
- Low lying axial-vector mesons as dynamically generated resonances
- Quark mass dependence of s-wave baryon resonances
- On baryon resonances and chiral symmetry
- The ρρinteraction in the hidden gauge formalism and the f_0(1370) and f_2(1270) resonances
- Flavor SU(3) breaking effects in the chiral unitary model for meson-baryon scatterings
- Baryonic Resonances from Baryon Decuplet-Meson Octet Interaction
- Double Pion Photoproduction on the Nucleon: Study of the Isospin Channels
- Three body resonances in two meson-one baryon systems
- The as a resonance in the system
- SU(6) Extension of the Weinberg-Tomozawa Meson-Baryon Lagrangian
- On the nature of the lowest baryon nonet and decuplet
- Meson loops in the and radiative decays into ,
- Three-body hadronic structure of low-lying and resonances
- On the muon neutrino mass
- Meson-baryon threshold effects in the light-quark baryon spectrum
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