# Baryon-to-pion ratios within generic (non)extensive statistics

## TL;DR

This paper investigates baryon-to-pion ratios in high-energy collisions using a generic (non)extensive statistical framework, aiming to understand particle correlations, fluctuations, and the proton anomaly at RHIC and LHC energies.

## Contribution

It introduces a novel application of generic (non)extensive statistics to analyze baryon-to-pion ratios and the proton anomaly in high-energy collision data.

## Key findings

- Effective description of baryon-to-pion ratios at RHIC and LHC energies.
- Insights into the role of (non)extensivity in particle correlations and fluctuations.
- Potential explanation for the proton anomaly using the proposed statistical approach.

## Abstract

The successive stages of a high-energy collision are conjectured to end up with chemical and thermal freezeout of the produced particles. We utilize generic (non)extensive statistics which is believed to determine the degree of (non)extensivity through two critical exponents due to possible phase-space modifications. This statistical approach likely manifests various types of correlations and fluctuations and also possible interactions among the final-state produced particles. We study the baryon-to-pion ratios at top RHIC and LHC energies including the so-called proton anomaly.