Higgs Production by Gluon initiated Weak Boson Fusion
M. M. Weber
TL;DR
This paper calculates gluon-induced contributions to Higgs production via weak-boson fusion, revealing finite, gauge-invariant NNLO corrections with significant t-channel color exchange effects that increase hadronic activity.
Contribution
It introduces the calculation of gluon-gluon induced terms as a finite, gauge-invariant subset of NNLO corrections in Higgs production via weak-boson fusion, highlighting their impact on hadronic activity.
Findings
Gluon-induced terms form a finite, gauge-invariant subset of NNLO corrections.
These terms include the lowest order with significant t-channel color exchange.
They lead to increased hadronic activity between outgoing jets.
Abstract
The gluon-gluon induced terms for Higgs production through weak-boson fusion are calculated. They form a finite and gauge-invariant subset of the NNLO corrections in the strong coupling constant. This is also the lowest order with sizeable t-channel colour exchange contributions, leading to additional hadronic activity between the outgoing jets.
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Taxonomy
TopicsParticle physics theoretical and experimental studies · High-Energy Particle Collisions Research · Quantum Chromodynamics and Particle Interactions