Photoproduction of and
arXiv:1507.07408 · doi:10.1103/PhysRevC.93.025203
Abstract
There is no generally accepted view of the structure of the light-quark non-strange scalar mesons. A variety of models have been proposed that encompass , molecular, and glueball states in various combinations. Previously we considered scalar-meson photoproduction in a simple Regge-pole model and showed that it was experimentally viable. Recent data on the photoproduction of and confirm this. We extend our model to incorporate Regge cuts, based on our knowledge of photoproduction. The theoretical predictions are compared to the and photoproduction data.
Minor rewording, inclusion of NS predictions in addition to KL predictions, figures 3 and 4 modified accordingly
References in corpus (2)
Cited by in corpus (13)
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- Search for the glueball content of hadrons in gamma p interactions at GlueX
- Features of photoproduction off nucleon target at forward angles : Dominance of exchange with Regge cuts and scaling of differential cross sections
- Photoproduction of and Mesons on Proton
- Features of forward scattering from a Reggeized model
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- Role of scalar mesons in the beam asymmetry of and photoproduction at JLab
- Pseudoscalar and Scalar Meson Photoproduction Interpreted by Regge Phenomenology