High-energy logarithmic corrections to the QCD component of same-sign W-pair production

We describe the calculation of the QCD contribution to same-sign W W -pair production, pp\to e^\pm \nu_e \mu^\pm \nu_\mu jj p p → e ± ν e μ ± ν μ j j , resumming all contributions scaling as \alpha_W^4 \alpha_s^{2+k}\log^k(\hat s/p_\perp^2) α W 4 α s 2 + k log k ( s ̂ / p ⊥ 2 ) ~. These leading loga...

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Veröffentlicht in:SciPost physics proceedings 2022-07 (8), p.129, Article 129
Hauptverfasser: Andersen, Jeppe, Ducloué, Bertrand, Elrick, Conor, Maier, Andreas, Nail, Graeme, Smillie, Jenni
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Sprache:eng
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Zusammenfassung:We describe the calculation of the QCD contribution to same-sign W W -pair production, pp\to e^\pm \nu_e \mu^\pm \nu_\mu jj p p → e ± ν e μ ± ν μ j j , resumming all contributions scaling as \alpha_W^4 \alpha_s^{2+k}\log^k(\hat s/p_\perp^2) α W 4 α s 2 + k log k ( s ̂ / p ⊥ 2 ) ~. These leading logarithmic contributions are enhanced by typical cuts used for Vector Boson Scattering (VBS) studies. We show that while the cross sections are little affected by these corrections, other more exclusive observables relevant for experimental studies are affected more significantly.
ISSN:2666-4003
2666-4003
DOI:10.21468/SciPostPhysProc.8.129