TL;DR
This paper reviews theoretical and experimental results on high-$p_T$ physics, focusing on QCD, photon interactions, and gluon content, with comparisons across experiments and discussions on future pQCD developments.
Contribution
It provides a comprehensive overview of recent results and discusses the future prospects of higher order pQCD calculations in high-$p_T$ physics.
Findings
HERA data constrains gluon content of proton and photon
Measurements align with theoretical predictions
Future higher order pQCD calculations are promising
Abstract
A selection of theoretical and experimental results are presented in the broader context of understanding QCD and its relation to photon physics. A phenomenological analysis of HERA data to constrain the gluon content of the proton and photon is discussed. Measurements from the Tevatron and fixed-target experiments are compared to theoretical predictions. Finally, the future of higher order pQCD calculations is addressed.
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