Azimuthal di-jet correlations with parton branching TMD distributions
A. Bermudez Martinez, F. Hautmann
TL;DR
This paper investigates azimuthal di-jet correlations at the LHC using parton branching TMD distributions, highlighting the potential for detailed QCD studies in the back-to-back jet region.
Contribution
It introduces predictions for di-jet azimuthal correlations using the parton branching TMD framework, including NLO perturbative matching, for the first time in this context.
Findings
Predictions for azimuthal - correlations at the LHC.
Focus on the back-to-back jet region for QCD dynamics insights.
Discussion of prospects for future detailed QCD studies.
Abstract
The parton branching formulation of TMD evolution has recently been used to make predictions for jet observables at the Large Hadron Collider (LHC), including perturbative matching at next-to-leading order (NLO). This contribution presents results for the azimuthal \Delta-\phi correlations in events with di-jets at large transverse momentum. It focuses on the back-to-back region of large \Delta-\phi and discusses prospects for detailed studies of QCD dynamics in this region at the LHC.
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