Holographic EoS and Transport (MUSES NumRelHolo)
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 \(T\) and baryon chemical potential \(\mu_B\). This model is calibrated to reproduce lattice-QCD data at \(\mu_B =0\) and presents a good agreement with extrapolations to finite \(\mu_B\). 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 (\(T\), \(\mu_B\)) \(\approx\) (103, 597) MeV for the polynomial hyperbolic model.