Unequal-rapidity two-particle correlators in JIMWLK evolve linearly even in the nonlinear regime; in the dilute limit the Langevin formulation reduces to BFKL evolution.
High energy factorization in nucleus-nucleus collisions III. Long range rapidity correlations
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abstract
We obtain a novel result in QCD for long range rapidity correlations between gluons produced in the collision of saturated high energy hadrons or nuclei. This result, obtained in a high energy factorization framework, provides strong justification for the Glasma flux tube picture of coherent strong color fields. Our formalism can be applied to "near side ridge" events at RHIC and in future studies of long range rapidity correlations at the LHC.
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Unequal rapidity correlators in the dilute limit of JIMWLK
Unequal-rapidity two-particle correlators in JIMWLK evolve linearly even in the nonlinear regime; in the dilute limit the Langevin formulation reduces to BFKL evolution.