Gluonic effects in vector meson photoproduction at large momentum transfers
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Gluonic effects in vector meson photoproduction at large momentum transfers

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Gluonic effects in vector meson photoproduction at large momentum transfers

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Kochelev, Nikolai; Vento Torres, Vicente
This document is a artículoDate2002

Este documento está disponible también en : http://hdl.handle.net/10550/43705
Nonperturbative QCD mechanisms are of fundamental importance in strong interaction physics. In particular, the flavor singlet axial anomaly leads to a gluonic pole mechanism which has been shown to explain the eta' mass, violations of the OZI rule and more recently the proton spin. We analyze under which conditions the interaction derived from the gluonic pole exchange might explain the high momentum transfer behavior of the photoproduction cross sections of vector mesons at JLab energies. We provide therefore additional support to our scenario in which nonperturbative QCD mechanisms are relevant for the interpretation of the data.

    Kochelev, Nikolai Vento Torres, Vicente 2002 Gluonic effects in vector meson photoproduction at large momentum transfers Physics Letters B 541 3-4 281 287
http://dx.doi.org/10.1016/S0370-2693(02)02230-X

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