We briefly review and expand our recent analysis for all three invariant A, B, D gravitational
form factors of the nucleon in holographic QCD. They compare well to the gluonic …

We study scalar glueballs and scalar mesons at T≠ 0 in the soft wall holographic QCD
model. We find that, using the anti-de Sitter–black-hole metric for all values of the …

We use the holographic AdS/QCD soft-wall model to investigate the spectrum of scalar
glueballs in a finite temperature plasma. In this model, glueballs are described by a …

A bstract We study the scalar glueball and vector meson spectral functions in a hot and
dense medium by means of the soft-wall holographic model of QCD. Finite temperature and …

We put forward an alternative way to estimate the deconfinement temperature in bottom-up
holographic models. The deconfinement in anti-de Sitter (AdS)/QCD is related to the …

We develop a nonperturbative analysis of the electroproduction of heavy vector mesons (ϕ,
J/Ψ) from threshold to high energy. We use the holographic construction with bulk …

The lowest dimensional gluon condensate G 2 is analyzed at finite temperature and
chemical potential using a holographic model of QCD with conformal invariance broken by a …

An extended version of the AdS/QCD soft-wall model that incorporates QCD-like anomalous
contributions to the dimensions of gauge theory operators is proposed. This exploratory …

The AdS/QCD models are known to be closely related to the QCD sum rules in the large-Nc
(called also planar) limit. Rewriting the theory of infinite tower of free stable mesons …

We explore some possibilities for obtaining useful metrics and dilatons for anti–de Sitter
(AdS)/QCD models. As a guideline, we consider dilatons and/or metrics that on the one …