Probing colour flow with jet vetoes
Simone Marzani (Durham U.)
TL;DR
This paper explores how jet vetoes can be used to investigate colour flow in hadronic collisions, combining resummed calculations with fixed-order results and comparing to ATLAS data.
Contribution
It introduces a method for calculating dijet cross-sections with jet vetoes that resums leading logarithms and matches fixed-order computations, advancing the analysis of colour flow.
Findings
Resummed dijet cross-section predictions match ATLAS measurements.
Jet vetoes effectively probe colour flow in hadronic collisions.
Outline of future research directions in jet veto analysis.
Abstract
We discuss jet vetoes as a means of probing colour flow in hard-scattering processes in hadronic collisions. As an example, we describe a calculation of the dijet cross-section with a jet veto, which resums the leading logarithms of the veto scale and is matched to a fixed-order computation. We compare this prediction to the measurement performed by the ATLAS collaboration. Finally, we outline future developments in this research area.
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Taxonomy
TopicsComputer Graphics and Visualization Techniques