Exclusive diffractive Higgs and jet production at the LHC
Christophe Royon, Rafal Staszewski, Alice Dechambre, Oldrich Kepka
TL;DR
This paper implements models for exclusive diffractive Higgs and jet production at the LHC within the FPMC framework, compares predictions to experimental data, and discusses uncertainties in cross section estimates.
Contribution
It introduces an implementation of specific theoretical models for exclusive diffractive processes in a Monte Carlo framework and compares them with experimental measurements.
Findings
Model predictions align with CDF measurements of exclusive jets.
Uncertainties in Higgs and jet production cross sections are analyzed.
The framework facilitates future studies of diffractive processes at the LHC.
Abstract
The implementation of exclusive diffractive production of Higgs boson and dijets in the FPMC (Forward Physics Monte Carlo) framework is presented following the models by Khoze, Martin, Ryskin and Cudell, Dechambre, Hernandez and Ivanov. The predictions of the models are compared to the CDF measurement of exclusive jets and the uncertainties on the Higgs boson and jet production cross sections at the LHC are discussed.
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Taxonomy
TopicsParticle physics theoretical and experimental studies · High-Energy Particle Collisions Research · Black Holes and Theoretical Physics