Cancellation of Glauber gluon exchange in the double Drell-Yan process

M. Diehl; J.R. Gaunt; D. Ostermeier; P. Ploessl; A. Schaefer

doi:10.1007/s00601-016-1094-0

Cancellation of Glauber gluon exchange in the double Drell-Yan process

M. Diehl, J.R. Gaunt, D. Ostermeier, P. Ploessl, A. Schaefer

(Astro)-Particles Physics

Research output: Contribution to Journal › Article › Academic › peer-review

Abstract

For any factorisation proof, a crucial step is a demonstration of the cancellation of so-called Glauber gluons. We summarise a recent paper in which we demonstrated this cancellation for double Drell–Yan production (the double parton scattering process in which a pair of electroweak gauge bosons is produced), both for the integrated cross section and for the cross section differential in the boson transverse momenta.

Original language	English
Pages (from-to)	399-403
Journal	Few-Body Systems
Volume	57
Issue number	6
DOIs	https://doi.org/10.1007/s00601-016-1094-0
Publication status	Published - 2016

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abstract = "For any factorisation proof, a crucial step is a demonstration of the cancellation of so-called Glauber gluons. We summarise a recent paper in which we demonstrated this cancellation for double Drell–Yan production (the double parton scattering process in which a pair of electroweak gauge bosons is produced), both for the integrated cross section and for the cross section differential in the boson transverse momenta.",

author = "M. Diehl and J.R. Gaunt and D. Ostermeier and P. Ploessl and A. Schaefer",

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AU - Schaefer, A.

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AB - For any factorisation proof, a crucial step is a demonstration of the cancellation of so-called Glauber gluons. We summarise a recent paper in which we demonstrated this cancellation for double Drell–Yan production (the double parton scattering process in which a pair of electroweak gauge bosons is produced), both for the integrated cross section and for the cross section differential in the boson transverse momenta.

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Cancellation of Glauber gluon exchange in the double Drell-Yan process

Abstract

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