Speaker
Description
The production of identified hadrons in collider experiments provides a unique window into Quantum Chromodynamics (QCD) across a wide range of energy scales.
Precision measurements at past, present, and future colliders increasingly demand equally precise theoretical predictions, requiring the interplay of perturbative calculations and global analyses of non-perturbative inputs.
Most calculations to date have been performed in a semi-inclusive manner, while more exclusive observables require their implementation in fully differential frameworks.
We present the calculation of NNLO corrections to hadron-in-jets observables for 2- and 3-jet events at e+e- colliders.
We further discuss the calculation of identified-hadron processes at lepton--proton and proton--proton colliders within the NNLOJET framework.