Forward physics hard processes and saturation: theory and phenomenology review
Krzysztof Kutak
TL;DR
This review discusses theoretical frameworks based on BFKL dynamics and their application to forward jet production at the LHC and RHIC, highlighting recent phenomenological results and correlations.
Contribution
It provides a comprehensive overview of forward physics processes, combining theoretical BFKL-based models with recent experimental phenomenology at high-energy colliders.
Findings
Forward-central jet correlations at the LHC are characterized.
Forward di-jet production at RHIC shows specific phenomenological patterns.
Theoretical models successfully describe certain forward jet observables.
Abstract
Selected aspects of the theory and phenomenology of production of forward jets at the LHC and RHIC are overviewed. In the theory part we discuss basics of frameworks originating from the BFKL dynamics while in the phenomenology part we present results for forward-central jet correlations at the LHC and forward di-jet production at RHIC.
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