I will review the state of the art of the equation of state for strongly interacting matter from first
principles. I will discuss results at zero and finite chemical potential. For the latter, I will focus …

We present a holographic perspective on momentum transport in strongly coupled,
anisotropic non-Abelian plasmas in the presence of strong magnetic fields. We compute the …

Lattice data for the QCD equation of state and the magnetic susceptibility computed near the
crossover transition at zero magnetic field are used to determine the input parameters of a …

A bstract Lattice data for the QCD equation of state and the baryon susceptibility near the
crossover phase transition (at zero baryon density) are used to determine the input …

A bstract We investigate the chiral phase transition in the soft-wall model of AdS/QCD at zero
chemical potential for two-flavor and three-flavor cases, respectively. We show that there is …

Abstract Supplementing the holographic Einstein–Maxwell-dilaton model of [1],[2] by input of
lattice QCD data for 2+ 1 flavors and physical quark masses for the equation of state and …

We investigate the chemical potential effects of the equation of state and the chiral transition
in an Einstein-Maxwell-dilaton-scalar system, which is obtained from an improved soft-wall …

A preliminary quantitative study to match the lattice QCD simulation on the chiral and
deconfining phase transitions of QCD in the bottom-up holographic framework is given. We …

We study the QCD chiral phase transition at finite temperature and finite quark chemical
potential within the two flavor Nambu–Jona-Lasinio (NJL) model, where a generalization of …

We consider an improved soft-wall AdS/QCD model coupled to an Einstein-dilaton system,
which offers a way to study the deconfining and chiral transitions simultaneously. The …