Parametrization for chemical freeze-out conditions from net-charge fluctuations measured at RHIC
M. Bluhm (North Carolina State U.), P. Alba, W. Alberico (INFN, Turin, & Turin U.), R. Bellwied (Houston U.), V. Mantovani Sarti (INFN, Turin &, Turin U.), M. Nahrgang (Duke U.), C. Ratti (INFN, Turin & Turin U. & Houston, U.)
TL;DR
This paper presents a thermal model that extracts chemical freeze-out conditions from net-charge fluctuations measured at RHIC, providing a parametrization of these conditions across different beam energies.
Contribution
The paper introduces a specific parametrization of chemical freeze-out conditions based on net-charge fluctuation data from RHIC.
Findings
Parametrization accurately describes freeze-out conditions across beam energies.
Thermal model effectively relates fluctuations to chemical freeze-out parameters.
Provides a practical tool for analyzing heavy-ion collision data.
Abstract
We discuss details of our thermal model applied to extract chemical freeze-out conditions from fluctuations in the net-electric charge and net-proton number measured at RHIC. A parametrization for these conditions as a function of the beam energy is given.
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