Vector Boson Transverse Momentum Distributions at the Tevatron
Gennaro Corcella (University of Rochester), Michael H. Seymour (RAL)
TL;DR
This paper presents vector boson transverse momentum distributions at the Tevatron, generated using HERWIG with matrix-element corrections, and compares these results with recent experimental data from D0 and CDF.
Contribution
It introduces the use of HERWIG with matrix-element corrections to accurately simulate vector boson pT distributions at the Tevatron.
Findings
HERWIG with matrix-element corrections matches experimental data well
Provides improved modeling of vector boson transverse momentum distributions
Enhances understanding of vector boson production at hadron colliders
Abstract
We show vector boson transverse momentum distributions at the Tevatron, obtained by running the HERWIG Monte Carlo event generator with matrix-element corrections. We compare our results with some recent D0 and CDF data.
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