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On the Probabilistic Interpretation of the Evolution Equations with Pomeron Loops in QCD

Authors
  • Iancu, E.
  • Soyez, G.
  • Triantafyllopoulos, D. N.
Type
Published Article
Publication Date
Oct 07, 2005
Submission Date
Oct 07, 2005
Identifiers
DOI: 10.1016/j.nuclphysa.2006.01.013
arXiv ID: hep-ph/0510094
Source
arXiv
License
Unknown
External links

Abstract

We study some structural aspects of the evolution equations with Pomeron loops recently derived in QCD at high energy and for a large number of colors, with the purpose of clarifying their probabilistic interpretation. We show that, in spite of their appealing dipolar structure and of the self-duality of the underlying Hamiltonian, these equations cannot be given a meaningful interpretation in terms of a system of dipoles which evolves through dissociation (one dipole splitting into two) and recombination (two dipoles merging into one). The problem comes from the saturation effects, which cannot be described as dipole recombination, not even effectively. We establish this by showing that a (probabilistically meaningful) dipolar evolution in either the target or the projectile wavefunction cannot reproduce the actual evolution equations in QCD.

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