The spin parity of (4100), (4050) and (4250)
arXiv:1811.06434 · doi:10.1103/PhysRevD.100.054004
Abstract
We conjecture that (4100) found by LHCb group from a Dalitz plot analysis of decay is the charge conjugate of (4050) observed in distribution from Belle collaboration. Some interesting conclusions are inferred from this assumption. The (4250) would be assigned to be a or state because of its absence in invariant mass distribution, while (4050)/(4100) could be a or state but is unfavored because it would be coupled to in -wave. The null observation of , and production in annihilation and decay by Belle collaboration would further allocate the spin parity combination of (4050)/(4100) and (4250). Our deductions can be used to exclude a set of proposed models and could be further tested by future experiment, e.g. in collisions.
10 pages,published version
References in corpus (18)
- Multiquark Resonances
- X(3872) and Other Possible Heavy Molecular States
- Are Y(4260) and {\rm Z(4250)} or Hadronic Molecules?
- Excited heavy tetraquarks with hidden charm
- Charmonium spectroscopy above thresholds
- Evidence for an resonance in decays
- Systematic studies of charmonium-, bottomonium-, and -like tetraquark states
- The bound state problem of S-wave heavy quark meson-aitimeson systems
- Can the resonance structures be and molecules?
- Spin partners from the line shapes of the and
- Width of exotics from QCD sum rules : tetraquarks or molecules?
- Lowest vector tetraquark states: or
- Another tetraquark structure in the invariant mass distribution
- -wave coupled channel effects in electron-positron annihilation
- and as hadrocharmonium
- Probing the in interactions at the LHC
- Some insights into the newly observed in by LHCb
- Disentangle the nature of resonances in coupled-channel models
Cited by in corpus (6)
- Pentaquark and Tetraquark states
- Strange hadrocharmonium
- Photoproduction of hidden-bottom pentaquark and related topics
- Photo- and electro-production of narrow exotic states: from light quarks to charm and up to bottom
- Heavy-light hybrid mesons with different spin-parities
- Strong decays of the isovector-scalar hadronic molecule