Estimates for X(4350) Decays from the Effective Lagrangian Approach
arXiv:1006.1276 · doi:10.1103/PhysRevD.82.015013
Abstract
The strong and electromagnetic decays of with quantum numbers and have been studied by using the effective Lagrangian approach. The coupling constant between and is determined with the help of the compositeness condition which means that is a bound state of . Other coupling constants applied in the calculation are determined phenomenologically. Our numerical results show that, using the present data within the present model, the possibility that is a molecule can not be ruled out.
15 pages, 4 eps figures
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- The hidden-charm pentaquark and tetraquark states
- Could be a molecular state?
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- Tetraquark state candidates: , and
- Charmonium states in QCD-inspired quark potential model using Gaussian expansion method
- Photoproduction of Z(4430) through mesonic Regge trajectories exchange
- Study of as a molecular state
- Analysis of the Y(4274) with QCD sum rules
- New molecular candidates: X(1910), X(2200), and X(2350)
- Charmonium: Conventional and States in a Relativistic Screened Potential Model
- Search for and strangeonium-like structures
- A QCD sum rules calculation of the strong coupling constant
- Possible - wave molecular state
- QCD sum rules study of X(4350)
- Interactions of the state with light mesons