NLO impact factor for inclusive photondijet production in DIS at small
arXiv:1911.04530 · doi:10.1103/PhysRevD.101.034028
Abstract
We compute the next-to-leading order (NLO) impact factor for inclusive photon dijet production in electron-nucleus (e+A) deeply inelastic scattering (DIS) at small . An important ingredient in our computation is the simple structure of ``shock wave" fermion and gluon propagators. This allows one to employ standard momentum space Feynman diagram techniques for higher order computations in the Regge limit of fixed and . Our computations in the Color Glass Condensate (CGC) effective field theory include the resummation of all-twist power corrections , where is the saturation scale in the nucleus. We discuss the structure of ultraviolet, collinear and soft divergences in the CGC, and extract the leading logs in ; the structure of the corresponding rapidity divergences gives a nontrivial first principles derivation of the JIMWLK renormalization group evolution equation for multiparton lightlike Wilson line correlators. Explicit expressions are given for the -independent contributions that constitute the NLO impact factor. These results, combined with extant results on NLO JIMWLK evolution, provide the ingredients to compute the inclusive photon dijet cross-section at small to . First results for the NLO impact factor in inclusive dijet production are recovered in the soft photon limit. A byproduct of our computation is the LO photon+ 3 jet (quark-antiquark-gluon) cross-section.
arXiv comment104 pages, 35 figures; references added, typo in Eq. 275 corrected
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