Impact of coherence and low x effects on decorelations of forward-central jets
Krzysztof Kutak
TL;DR
This paper investigates how coherence and low-x effects influence the decorrelation of forward-central jets at LHC energies, highlighting the importance of Sudakov resummation and kinematic effects in data description.
Contribution
It provides a recent calculation within High Energy Factorization that emphasizes the roles of Sudakov resummation and kinematic effects in jet decorrelation analysis.
Findings
Sudakov resummation significantly improves data description.
Kinematic effects are crucial for accurate jet decorrelation modeling.
The study enhances understanding of low-x physics at LHC.
Abstract
We report on recent calculation of forward central jets decorelations at LHC energies within High Energy Factorization. We emphasize the role of Sudakov resummation and kinematical effects in description of data.
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Taxonomy
TopicsParticle physics theoretical and experimental studies · High-Energy Particle Collisions Research · Quantum Chromodynamics and Particle Interactions