Holographic EoS and Transport (MUSES NumRelHolo)
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The present code provides a holographic model of the QCD that
simultaneously provides equation of state, transport coefficients
and energy loss as a function of temperature :math:`T` and baryon
chemical potential :math:`\mu_B`. This model is calibrated to reproduce
lattice-QCD data at :math:`\mu_B =0` and presents a good agreement with
extrapolations to finite :math:`\mu_B`. Because of its holographic nature,
it is expected to be more reliable at moderate to high temperatures.

This model predicts a first-order phase transition at large densities,
with a critical endpoint at (:math:`T`, :math:`\mu_B`) :math:`\approx`
(103, 597) MeV for the polynomial hyperbolic model.

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

   _contents/physics.rst
   _contents/quickstart.rst
   _contents/config.rst
   _contents/output.rst
   _contents/troubleshooting.rst