The Wave Function of 2S Radially Excited Vector Mesons from Data for Diffraction Slope

Details The Wave Function of 2S Radially Excited Vector Mesons from Data for Diffraction Slope The Wave Function of 2S Radially Excited Vector Mesons from Data for Diffraction Slope

2000-03-24

arxiv.org/abs/hep-ph/0003245v3

Physics

High Energy Physics

High Energy Physics - Phenomenology

20 pages and 6 figures. Title changed

Scientific paper

10.1103/PhysRevD.63.074007

In the color dipole gBFKL dynamics we predict a strikingly different Q^2 and energy dependence of the diffraction slope for the elastic production of ground state V(1S) and radially excited V'(2S) light vector mesons. The color dipole model predictions for the diffraction slope for \rho^0 and \phi^0 production are in a good agreement with the data from the fixed target and collider HERA experiments. We present how a different form of anomalous energy and Q^2 dependence of the diffraction slope for V'(2S) production leads to a different position of the node in radial wave function and discuss a possibility how to determine this position from the fixed target and HERA data.

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