The Behaviour of the Green Function for the BFKL Pomeron with Running Coupling

Abstract

We analyse here in LO the physical properties of the Green function solution for the BFKL equation. We show that the solution obeys the orthonormality conditions in the physical region and fulfills the completeness requirements. The unintegrated gluon density is shown to consists of a set of few poles with parameters which could be determined by comparison with the DIS data of high precision.

References in corpus (4)

• A Global Fit to Scattering Data with NLL BFKL Resummations
• Using HERA Data to Determine the Infrared Behaviour of the BFKL Amplitude
• BFKL Pomeron with massive gluons
• The Green Function for the BFKL Pomeron and the Transition to DGLAP Evolution

Cited by in corpus (8)

• How to include exclusive $J/\psi$ production data in global PDF analyses
• Decoupling of the leading contribution in the discrete BFKL Analysis of High-Precision HERA Data
• The Effect of the Infrared Phase of the Discrete BFKL Pomeron on Transverse Momentum Diffusion
• A functional RG approach for the BFKL Pomeron
• The Odderon in QCD with running coupling
• BFKL pomeron with massive gluons and running coupling
• The Effect of a Rapidity Gap Veto on the Discrete BFKL Pomeron
• Investigation of High Energy Behaviour of HERA Data