Perturbative QCD and beyond: azimuthal angle correlations in deuteron-deuteron scattering from Bose-Einstein correlations
arXiv:1611.01653 · doi:10.1103/PhysRevD.95.014034
Abstract
In this paper, we found within the framework of perturbative QCD, that in deuteron-deuteron scattering the Bose-Einstein correlations due to two parton showers production, induce azimuthal angle correlations, with three correlation lengths: the size of the deuteron (), the proton radius (), and the size of the BFKL Pomeron which, is closely related to the saturation momentum (). These correlations are independent of the values of rapidities of the produced gluons (long range rapidity correlations), for large rapidities ($\bas |y_1 - y_2| \geq 1$), and have no symmetry with respect to (). Therefore, they give rise to for all values of , not only even values. The contributions with the correlation length and crucially depend on the non-perturbative contributions, and to obtain estimates of their values, requiries a lot of modeling, while the correlations with have a perturbative QCD origin, and can be estimated in the ColorGlass Condensate (CGC) approach.
arXiv comment23pp, 18 figures in eps files
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