Jet Cross Sections at HERA - Current Issues
S Maxfield (Dept. of Physics, University of Liverpool), B P\"otter, (Max-Planck-Institut fuer Physik, Muenchen, Germany), L Sinclair (Department, of Physics, Astronomy, Glasgow University)
TL;DR
This paper reviews recent progress in understanding jet production at HERA, including advances in QCD calculations, high-energy jet studies, and the transition between different scattering regimes.
Contribution
It summarizes recent developments in jet cross section measurements and theoretical understanding at HERA, emphasizing the role of QCD and the transition between photoproduction and deep inelastic scattering.
Findings
QCD calculations now include virtual photon structure
HERA luminosities enable multi-jet final state studies
Detailed analysis of the transition between jet processes
Abstract
Since the start of HERA operation there has been considerable progress in the understanding of jet production in e p collisions. QCD calculations are now able to accommodate the hadronic structure of the virtual photon. The luminosities delivered by HERA are now sufficient to allow studies of final states in which more than two high transverse energy jets are produced. The transition between jet processes in photoproduction and in deep inelastic scattering has been studied in some detail. These advances are highlighted here.
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