High energy amplitude as an admixture of "soft" and "hard" Pomerons
Sergey Bondarenko, Eugene Levin, C-I Tan
Abstract
In this paper an attempt is made to find an interface of the perturbative BFKL Pomeron with the non-perturbative Pomeron originating from non-perturbative QCD phenomena such as QCD instantons and/or scale anomaly. The main idea is that the non-perturbative Pomeron involves a large scale (M0 ≈ 2 GeV ), which is larger than the scale from which perturbative QCD is applicable. One key result is that even for processes involving a large hard scale (such as DIS) the low x behavior is determined by an effective Pomeron with an intercept having an essential non-perturbative QCD contribution.
Create a lesson
Related papers
Chiral anomalies in two dimensions
Clément Liesse, Cypris Plantier, Christopher Smith
Renormalization and Factorization Scale-Invariant Predictions for the e+e- J/ψ+ηc process at B factories
Si-Qi Gong, Ting Sun, Sheng-Quan Wang et al.
Probing the Spatial Coherence of Chiral-Imbalance Fluctuations with Hyperon Spin Correlations
Guangyu Zheng, Zilin Yuan, Mei Huang et al.
Unitary KK and Kπ inputs for an amplitude analysis of the D+ K-K+π+ decay
Felipe C. L. Lopes, Patrícia C. Magalhães, Gustavo A. Loachamin O
Next-to-leading order QCD corrections to fully charm tetraquark radiative decays
Xiang Li, Yan-Qing Ma, Bo-Xuan Shi et al.
DAMA/LIBRA dark matter signal: a global analysis
Matti Heikinheimo, Sebastian Sassi, Alex Stendahl et al.