Role of the newly measured process to establish state
arXiv:2104.09132 · doi:10.1103/PhysRevD.104.034035
Abstract
In this work, the branching ratio is extracted for the first time through the fit fractions in the newly measured process by LHCb. With the rescattering mechanism, this extracted branching ratio is reproduced well. Our study further enforces the role of the newly measured process to establish the charmonium state, which is a crucial step when constructing charmonium family.
9 figures, 2 figures and 2 tables. Version for publication in Phys. Rev. D
References in corpus (17)
- Higher Charmonia and X,Y,Z states with Screened Potential
- Precise measurement of the cross section at center-of-mass energies from 3.77 to 4.60 GeV
- Amplitude analysis of the decay
- Model-independent study of structure in decays
- Where is the χ_{c0}(2P)?
- Study on contributions of hadronic loops to decays of vector pseudoscalar mesons
- The Hidden Charm Decay of and Final State Interaction Effects
- Cross section measurements of from 4.178 to 4.278 GeV
- The puzzle of excessive non- component of the inclusive decay and the long-distant contribution
- Is the X(3915) the chi_{c0}(2P)?
- The hidden charm decay of Y(4140) by the rescattering mechanism
- Study of the process and neutral charmonium-like state
- Observation of the and in the process
- Analysis of the reaction and the bound state
- Does the enhancement observed in contain two -wave higher charmonia?
- Annihilation Rate of Heavy 0^{++} P-wave Quarkonium in Relativistic Salpeter Method
- Evidence for a vector charmonium-like state in
Cited by in corpus (10)
- Molecular Interpretation of as State
- The study of at Belle
- Understanding the and charmonium(-like) states near 3.9 GeV
- Production rates of and molecules in decays
- Magnetic moment of the state in the diquark-antidiquark picture
- Connection between near the threshold enhancement in and conventional charmonium
- Doubly charmed hexaquarks in the diquark picture
- Higher strangeonium decays into light flavor baryon pairs like , , and
- Production of charmonium plus one meson by annihilation
- Discovery potential of charmonium states through the processes