Gribov inelastic shadowing in the dipole representation

TL;DR

This paper applies the dipole phenomenology to calculate Gribov inelastic shadowing, providing a more consistent approach without ad hoc procedures, and presents several examples of these corrections.

Contribution

It introduces a dipole-based method for calculating Gribov inelastic shadowing, avoiding ad hoc assumptions common in hadronic models.

Findings

Successful application of dipole phenomenology to Gribov shadowing

Calculation of Gribov corrections without ad hoc procedures

Examples demonstrating the effectiveness of the dipole approach

Abstract

The dipole phenomenology, which has been quite successful applied to various hard reactions, especially on nuclear targets, is applied for calculation of Gribov inelastic shadowing. This approach does not include ad hoc procedures, which are unavoidable in calculations done in hadronic representation. Several examples of Gribov corrections evaluated within the dipole description are presented.