# The nuclear configurational entropy impact parameter dependence in the Color-Glass Condensate

## TL;DR

This paper explores how impact parameter dependence affects the saturation scale in the Color Glass Condensate model using configurational entropy, providing insights into the stability of quantum states in deep inelastic scattering.

## Contribution

It introduces a configurational entropy approach to analyze impact parameter dependence in the b-CGC model, identifying stability points that align with experimental data.

## Key findings

- Critical points of stability match experimental parameters
- Enhanced understanding of quantum state stability in deep inelastic scattering
- New method linking configurational entropy with saturation phenomena

## Abstract

The impact parameter (b) dependence on the saturation scale, in the framework of the Color Glass Condensate (b-CGC) dipole model, is investigated from the configurational point of view. During the calculations and analysis of the quantum nuclear states, the critical points of stability in the configurational entropy setup are computed, matching the experimental parameters that define the onset of the quantum regime in the b-CGC in the literature with very good accuracy. This new approach is crucial and important for understanding the stability of quantum systems in study of deep inelastic scattering processes.