Abstract
Employing the Feynman diagrams technique, the Golec–Biernat–Wustoff (GBW) model for performing nucleon–dipole interaction, and the Regge theory, a new approach for computing in a unique way (perturbative and nonperturbative) vector meson production is presented. The interaction between the color dipole created by the virtual photon and the nucleon is carried out by the exchange of two virtual gluons, which connect the color dipole with the gluonic sea inside the nucleon through a three‐gluon vertex. The model is explored in the production of ρ0, ϕ, and J/Ψ mesons.
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