Exclusive diffractive processes including saturation effects at next-to-leading order
Renaud Boussarie, Andrey V. Grabovsky, Lech Szymanowski, Samuel Wallon
TL;DR
This paper reviews next-to-leading order QCD shock-wave approach results for exclusive diffractive production of jets and mesons, focusing on dijet electroproduction at HERA, highlighting the role of saturation effects.
Contribution
It introduces a next-to-leading order framework for describing exclusive diffractive processes including saturation effects within the QCD shock-wave approach.
Findings
Successful description of diffractive dijet electroproduction at HERA
Inclusion of saturation effects improves theoretical predictions
Advances understanding of QCD dynamics in diffractive processes
Abstract
In the framework of the QCD shock-wave approach, we review our results on the description of diffractive production of various final states (jets, meson) at next-to-leading order. This is applied to exclusive diffractive dijet electroproduction at HERA.
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Taxonomy
TopicsHigh-Energy Particle Collisions Research · Quantum Chromodynamics and Particle Interactions · Particle physics theoretical and experimental studies