Partial Pressures
=================

The **Partial Pressure** module of the NSF-funded **MUSES** project (`MUSES <https://musesframework.io/>`_) provides a relationship between partial pressures 
corresponding to the net-charge contribution and the charge fluctuations (susceptibilities) for finite temperature **T**, all at zero chemical potential.

This module is based on the representation of pressure within the HRG model in terms of net-charge contributions, where a direct relation
between such partial pressures and susceptibilities exists. Equations to express the partial pressures in linear terms of the susceptibilities are
obtained and verified to follow a continuous behaviour utilizing data from both HRG and lattice QCD calculations. A set of continuum-estimated
second- and fourth-order susceptibilities from lattice QCD calculations at zero chemical potentials [1]_ is provided as a baseline.

.. [1] J. Jahan, P. Parotto, *Continuum-estimated susceptibilities from lattice QCD*, `DOI:10.5281/zenodo.15123622 <https://doi.org/10.5281/zenodo.15123622>`_

| **When using results from this module for scientific publication, please cite:**  
| J. Gonzales,  et. al. , `arXiv:2606.09757 <https://arxiv.org/abs/2606.09757>`__ [hep-lat]

============================

| **Original source code was developed by:** Angel Nava Acuña\ :math:`^{(1)}`

| **Module development, code adaptation and documentation:** Jonathan Gonzales\ :math:`^{(1)}` & Johannes Jahan\ :math:`^{(1)}`.

| :math:`^{(1)}` *Department of Physics, University of Houston, Houston, TX 77204, USA.* 

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.. toctree::
   :maxdepth: 1
   :caption: Contents
   :glob:

   _contents/physics.rst
   _contents/quickstart.rst
   _contents/units.rst
   _contents/parameters.rst
   _contents/code_structure.rst
   _contents/troubleshooting.rst