Predicting F2D3 from the colour glass condensate model

Abstract

We confront the colour glass condensate motivated dipole model parameterization of Iancu, Itakura and Munier with the available HERA data on the diffractive structure function F2D3 and with existing dipole model parameterizations. Reasonably good agreement is found with only two adjustable parameters. We caution against interpreting the success of the model as compelling evidence for low-x perturbative saturation dynamics.

8 pages, 6 figures

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• A unified description of diffractive deep inelastic scattering with saturation
• Further success of the colour dipole model
• Semi-inclusive Deep Inelastic Scattering at small x
• Gluon Saturation in the Colour Dipole Model?
• Saturation in diffractive deep inelastic eA scattering
• Quantum chromodynamics at high energy and statistical physics
• Solving effective field theory of interacting QCD pomerons in the semi-classical approximation
• Testing saturation with diffractive jet production in deep inelastic scattering
• Heavy flavour production in DGLAP improved saturation model
• Probing the Color Glass Condensate in an electron-ion collider
• Diffractive deeply inelastic scattering in future electron-ion colliders
• A phenomenological analysis of the longitudinal structure function at small $x$ and low $Q^2$
• Diffractive parton distributions from the analysis with higher twist
• Testing Non-linear Evolution with Running Coupling Corrections in $ep$ and $pp$ collisions
• Diffractive deep inelastic scattering in an AdS/CFT inspired model: A phenomenological study
• Dipole model analysis of the newest diffractive deep inelastic scattering data
• Color Glass Condensate and its relation to HERA physics
• Geometric Scaling in Mueller-Navelet Jets
• Non-linear QCD dynamics in two-photon interactions at high energies
• Testing universality of the Color Glass Condensate descriptions
• Nuclear shadowing in deep inelastic scattering on nuclei: a closer look
• Low x saturation at HERA ?
• Probing gluon number fluctuation effects in future electron-hadron colliders
• Theoretical review of diffractive phenomena