Transverse energy density fluctuations in the Color Glass Condensate Model

TL;DR

This paper calculates the transverse energy density fluctuation correlations in nuclear collisions using the Gaussian color glass condensate model, providing insights into the initial state fluctuations in high-energy nuclear physics.

Contribution

It introduces a calculation of transverse energy density fluctuation correlations within the Gaussian color glass condensate framework, a novel approach in this context.

Findings

Quantifies transverse energy density fluctuation correlations.

Provides a theoretical prediction for initial state fluctuations.

Enhances understanding of energy deposition in nuclear collisions.

Abstract

We calculate the transverse correlation of fluctuations of the deposited energy density in nuclear collisions in the framework of the Gaussian color glass condensate model.