Reflective scattering, color conductivity, and centrality in hadron reactions

TL;DR

This paper explores how reflective scattering influences hadron interactions at high energies, linking it to color medium formation and centrality, which are crucial for understanding asymptotic dynamics at the LHC.

Contribution

It establishes a connection between reflective scattering, color conductivity, and centrality in hadron reactions, providing insights into high-energy collision dynamics.

Findings

Reflective scattering significantly affects hadron interaction models.

Centrality determination at the LHC is impacted by reflective scattering modes.

The study highlights the importance of color medium formation in high-energy collisions.

Abstract

The reflective scattering mode is supposed to play a significant role in hadron interactions at the LHC energy region and beyond. We discuss connection of this mode to the color conducting medium formation in hadron collisions and its role in centrality determination. The issues of centrality in view of the measurements at the LHC are relevant for enlightening the asymptotic dynamics.