Jet and W/Z Production at Hadron Colliders

TL;DR

This paper reviews recent theoretical advances in jet and W/Z boson production at hadron colliders, emphasizing quantum corrections and their significance for collider analyses at the Tevatron and LHC.

Contribution

It presents new developments in calculating quantum corrections for high-multiplicity jet processes, enhancing the accuracy of collider predictions.

Findings

Improved theoretical tools for jet and W/Z production.

Enhanced understanding of quantum corrections in multi-jet processes.

Impact on collider data analysis and new physics searches.

Abstract

The start of the physics program at the LHC has added great impetus in the development of powerful theoretical tools to meet the many challenges that this collider brings. The production of jets and weak vector bosons is at the center of most analyses, from machine performance to new physics searches. In this talk we review some recent advances in the study of jets, in the computation of quantum corrections to processes with large jet multiplicity and their impact in W/Z+jets and W/Z+b-jets production at the Tevatron and the LHC.