Non-Equilibrium Heavy Flavored Hadron Yields from Chemical Equilibrium Strangeness-Rich QGP

TL;DR

This paper investigates the production of heavy flavored hadrons from a strangeness-rich quark-gluon plasma using a chemical non-equilibrium statistical model, emphasizing conservation laws at hadronization.

Contribution

It introduces a chemical non-equilibrium approach to evaluate heavy hadron yields from strangeness-rich QGP, considering conservation of strangeness, charm, and entropy.

Findings

Heavy flavored hadron yields are affected by non-equilibrium conditions.

Strangeness-rich QGP leads to distinctive hadron yield patterns.

Conservation laws significantly influence hadronization outcomes.

Abstract

The yields of heavy flavored hadrons emitted from strangeness-rich QGP are evaluated within chemical non-equilibrium statistical hadronization model, conserving strangeness, charm, and entropy yields at hadronization.