Production of singlet P-wave and states
arXiv:hep-ph/0205255 · doi:10.1103/PhysRevD.66.014012
Abstract
No spin-singlet quarkonium state has yet been observed. In this paper we discuss the production of the singlet P-wave and states and . We consider two possibilities. In the first the states are produced via the electromagnetic cascades $\ups(3S) \to η_b(2S) + γ\to h_b + γγ\to η_b +γγγ$ and . A more promising process consists of single pion transition to the state followed by the radiative transition to the state: $\ups(3S)\to h_b + π^0 \to η_b + π^0 +γ$ and . For a million $\ups(3S)$ or 's produced we expect these processes to produce several hundred events.
13 pages, LaTeX, 1 figure, to be published Phys. Rev. D. Some equation numbers and one table number corrected
Cited by in corpus (52)
- Herwig++ Physics and Manual
- Glueballs, Hybrids, Multiquarks. Experimental facts versus QCD inspired concepts
- The New Heavy Mesons: A Status Report
- QCD and strongly coupled gauge theories: challenges and perspectives
- Properties of heavy quarkonia and B_c mesons in the relativistic quark model
- Quarkonia and their transitions
- Bottomonium Mesons and Strategies for Their Observation
- Nonfactorizable contributions in B decays to charmonium: the case of
- First observation of the P-wave spin-singlet bottomonium states h_b(1P) and h_b(2P)
- Bottomonium spectrum revisited
- Observation of h_c(^1P_1) State of Charmonium
- Measurements of h_c(^1P_1) in psi' Decays
- Evidence for the eta_b(2S) and observation of h_b(1P) -> eta_b(1S) gamma and h_b(2P) -> eta_b(1S) gamma
- Precision Measurement of the Mass of the h_c(1P1) State of Charmonium
- Charmonium Hybrid Production in Exclusive B Meson Decays
- Observation of the ^1P_1 State of Charmonium
- Fine and Hyperfine Splittings of Charmonium and Bottomonium: An Improved Perturbative QCD Approach
- The 2^-+ assignment for the X(3872)
- Hadron Spectroscopy: Theory and Experiment
- Evidence for the h_b(1P) meson in the decay Upsilon(3S) --> pi0 h_b(1P)
- First observation of the hadronic transition and new measurement of the and parameters
- The Decay Properties of the 1^{-+} Hybrid State
- Investigating charmonium production at LHC with the p pbar final state
- Extracting the light quark mass ratio m_u/m_d from bottomonia transitions
- Charmonium spectrum and new observed states
- Precise measurement of spin-averaged chi_{cJ}(1P) mass using photon conversions in psi(2S) -> gamma chi_{cJ}
- Heavy Quark Spectroscopy -- Theory Overview
- Study of radiative bottomonium transitions using converted photons
- Search for the h_c meson in B^+- ->h_c K^+-
- Anomalous radiative transitions between and and hadronic loop effect
- Evidence for Decays of h_c to Multi-Pion Final States
- QCD and Relativistic Corrections to Hadronic Decays of Spin-Singlet Heavy Quarkonia and
- How the small hyperfine splitting of P-wave mesons evades large loop corrections
- Charmonium possibility of X(3872)
- Study of di-pion bottomonium transitions and search for the h_b(1P) state
- Hadronic decays of the spin-singlet heavy quarkomium under the principle of maximum conformality
- Branching fractions for Y(3S) -> pi^0 h_b and psi(2S) -> pi^0 h_c
- Nonfactorizable decay and QCD factorization
- production in annihilation through
- Production of the h_c and h_b and Implications for Quarkonium Spectroscopy
- Detecting h_c(^1P_1) at the LHC
- Results in physics and bottomonium spectroscopy using the Belle data
- Probing the charm-Higgs Yukawa coupling via Higgs boson decay to plus a photon
- Hindered magnetic dipole transitions between P-wave bottomonia and coupled-channel effects
- Charmonium in China: BEPCII/BESIII
- Conference Summary (5th Int. Conf. on Hyperons, Charm, and Beauty Hadrons)
- Remarks on decays of h_b(2P)
- Observation of the decay
- Potential models, sum rules, color singlet model versus NREFT in Heavy Quarkonium
- CLEO Spectroscopy Results
- Observation of Charmonium Radiative Decays to Multiple Light Hadrons and the Tensor State
- Development of electromagnetic calorimeter detectors and simulations for spectroscopic measurements of charmonium with PANDA