Aspects of BFKL physics at HERA
H. Jung (Deutsches Elektronen-Synchrotron DESY, Germany)
TL;DR
This paper discusses small x physics at HERA, emphasizing the importance of transverse momentum dependent parton densities and their extension across flavors, highlighting advances in BFKL physics.
Contribution
It introduces the extension of transverse momentum dependent parton densities to all flavors, advancing the application of BFKL physics at small x.
Findings
Enhanced understanding of small x phenomena at HERA
Development of flavor-extended transverse momentum dependent densities
Progress in applying BFKL dynamics to various processes
Abstract
Aspects of small x physics at HERA are discussed in honor of the work of Lev Lipatov, who influenced and motivated a whole generation of physicists to investigate this new region of phase space. The introduction of transverse momentum dependent parton densities is one of the essential aspects of small x and BFKL physics, and its extension to all flavors with application to various processes marks a new milestone.
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