Statistical Hadronization and Holography

TL;DR

This paper explores the statistical hadronization process using holography, modeling string breaking as tunneling near a Rindler horizon to derive a thermal hadron spectrum.

Contribution

It introduces a holographic model with a Rindler horizon to describe hadronization and calculates a thermal hadron spectrum from string breaking as tunneling.

Findings

Derived a thermal hadron spectrum from holographic string breaking.

Modeled string breaking as tunneling near a Rindler horizon.

Provided a new holographic perspective on statistical hadronization.

Abstract

In this paper we consider some issues about the statistical model of the hadronization in a holographic approach. We introduce a Rindler like horizon in the bulk and we understand the string breaking as a tunneling event under this horizon. We calculate the hadron spectrum and we get a thermal, and so statistical, shape for it.