TL;DR
This paper explores kinematical correlations between outgoing partons at RHIC and LHC energies using $k_t$-factorization, analyzing various particle pairs and decay channels to understand underlying gluon distributions.
Contribution
It applies different unintegrated gluon distributions within $k_t$-factorization to study correlations between various particles, providing insights into gluon dynamics at high energies.
Findings
Correlations vary with different gluon distributions.
Azimuthal and transverse momentum correlations are characterized.
General conclusions about gluon behavior are presented.
Abstract
Kinematical correlations between outgoing partons (elementary particles) are discussed in the framework of -factorization. Different unintegrated gluon distributions are used. I discuss correlations between charm-anticharm, jets, photon and jet, and between leptons from semileptonic decays of heavy quarks as well as leptons produced in the Drell-Yan mechanism. Both correlations in azimuth as well as in the length of transverse momenta are shown. General conclusions are drawn.
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