Determination of transverse momentum dependent gluon density from HERA structure function measurements
Hannes Jung (CERN, DESY), Francesco Hautmann (U Oxford)
TL;DR
This paper derives the transverse momentum dependent gluon density using CCFM evolution by fitting to the latest combined HERA structure function data, providing insights into gluon behavior at small x.
Contribution
It introduces a method to extract TMD gluon density from HERA data using CCFM evolution, advancing understanding of gluon dynamics.
Findings
TMD gluon density fitted to HERA data
Improved understanding of gluon transverse momentum distribution
Validation of CCFM evolution in describing structure functions
Abstract
The transverse momentum dependent gluon density obtained with CCFM evolution is determined from a fit to the latest combined HERA structure function measurements.
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