Average minijet rapidity ratios in Mueller-Navelet jets

We investigate different final state features in Mueller-Navelet jets events at hadron colliders. The focus lies on the average rapidity ratio between subsequent minijet emissions which has been investigated in previous works but now is modified to also incorporate the transverse momenta together with the rapidities of the emitted jets. We study the dependence of this observable on a lower transverse momentum veto which does affect the typical minijet multiplicity of the events under scrutiny. We find that this observable is stable when including higher order quantum corrections, also when collinear terms are resummed to all orders.

Automated summary

This study investigates different final state features in Mueller-Navelet jets events at hadron colliders, focusing on the average rapidity ratio between subsequent minijet emissions and incorporating the transverse momenta of the emitted jets. The observable's dependence on a lower transverse momentum veto is studied, affecting the typical minijet multiplicity of the events. The study finds that the observable remains stable even when higher order quantum corrections are included, and when collinear terms are resummed to all orders.