High Energy Description of Processes with Multiple Hard Jets
Jeppe R. Andersen (CERN), Jennifer M. Smillie (UCL)
TL;DR
This paper introduces the High Energy Jets (HEJ) framework for approximating all-order QCD corrections in multi-jet processes, providing new predictions for dijet and W-boson plus jets production.
Contribution
It presents the HEJ framework and offers new theoretical predictions for multi-jet observables in high-energy particle collisions.
Findings
New predictions for dijet production observables
Predictions for W-boson with at least 3 jets
Framework enhances understanding of hard, wide-angle QCD emissions
Abstract
High Energy Jets (HEJ) is a new framework for approximating the all-order perturbative corrections to multi-jet processes, with a focus on the hard, wide-angle QCD emissions, which underpins the perturbative description of hard jets. In this contribution we review the basic concepts of HEJ, and present some new predictions for observables in dijet-production, and for W-boson production in association with at least 3 jets.
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