Coherent Nuclear Diffractive Production of Minijets - Illuminating Color Transparency

Department of Physics; FM-15 Seattle; G.A. Miller (Nuclear Theory Group; L. Frankfurt; M. Strikman (Department of Physics; PA); Penn. State University; University Park; Washington)

Coherent Nuclear Diffractive Production of Minijets - Illuminating Color Transparency

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arxiv hep-ph/9305228 v1 pith:UCXOES3W submitted 1993-05-07 hep-ph nucl-th

L. Frankfurt , G.A. Miller (Nuclear Theory Group , Department of Physics , FM-15 Seattle , Washington) , M. Strikman (Department of Physics , Penn. State University , University Park

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classification hep-phnucl-th

keywords nuclearcoherentdiffractiveleadingprocessescausedcolorcorrection

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abstract

The cross section for coherent nuclear processes in which an incident meson or photon dissociates diffractively into two jets of high relative transverse momentum (between about 1 and 3 GeV/c) is found to be proportional in QCD to $A^2$ in a wide kinematical region. The leading correction to this is a significant positive term $\propto A^{7/3}$ caused by nuclear multiple-scattering. We find also that shadowing of hard diffractive processes reappears as a leading twist effect in the TeV energy range.

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Color transparency in $\bar p d \to \pi^- \pi^0 p$ reaction
nucl-th 2019-09 conditional novelty 6.0 of 10

A model calculation predicts that color transparency strongly modifies the nuclear transparency ratio in \bar p d -> pi- pi0 p and that PANDA can observe this with modest statistics.

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