Jet correlations from unintegrated parton distributions
F.Hautmann, H.Jung
TL;DR
This paper explores the use of gauge-invariant transverse-momentum dependent parton distributions in QCD for improving Monte Carlo simulations of jet production and complex hadronic final states at the LHC.
Contribution
It introduces a novel application of unintegrated parton distributions to enhance Monte Carlo modeling of jet physics in high-energy collisions.
Findings
Improved Monte Carlo descriptions of jet correlations.
Enhanced understanding of multi-scale hadronic final states.
Potential for more accurate LHC event simulations.
Abstract
Transverse-momentum dependent parton distributions can be introduced gauge-invariantly in QCD from high-energy factorization. We discuss Monte Carlo applications of these distributions to parton showers and jet physics, with a view to the implications for the Monte Carlo description of complex hadronic final states with multiple hard scales at the LHC.
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