On asymptotic solutions of RFT in zero transverse dimensions
S.Bondarenko, L.Horwitz, J.Levitan, A.Yahalom
TL;DR
This paper analyzes the long-term behavior of a simplified model of interacting Pomerons in zero transverse dimensions, identifying stable solutions and cycles, with implications for QCD Pomerons.
Contribution
It introduces a detailed study of asymptotic solutions and cycles in a toy model of interacting Pomerons, extending understanding of their dynamical properties.
Findings
Identification of stable points at large rapidity
Discovery of closed cycles in solution space
Application insights for interacting QCD Pomerons
Abstract
An investigation of dynamical properties of solutions of toy model of interacting Pomerons with triple vertex in zero transverse dimension is performed. Stable points and corresponding solutions at the limit of large rapidity are studied in the framework of given model. A presence of closed cycles in solutions is discussed as well as an application of obtained results for the case of interacting QCD Pomerons.
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