Quark–Gluon plasma driven by the strong force is subject to the conservativeness of the
baryon number, net electric charge, strangeness, etc. However, the fluctuations around their …

Our research delves into the quantum chromodynamics (QCD) phase diagram in the
temperature T and quark chemical potential μ plane. We use a unique confining contact …

We construct a contact interaction model for the η and η′ mesons in the SDE-BSE
approach to QCD and compute several static properties of these mesons and their transition …

Given the unique role played by the gravitational form factors (GFFs) in unraveling the
internal mechanics of hadrons, we examine the GFFs of ground state pseudoscalar mesons …

We study the impact of steady, homogeneous, and external parallel electric and magnetic
field strength ($ eE\parallel eB $), on the chiral symmetry breaking-restoration and …

We study the dynamical chiral symmetry breaking/restoration for various numbers of light
quarks flavors $ N_f $ and colors $ N_c $ using the Nambu-Jona-Lasinio (NJL) model of …

We study the Schwinger mechanism in QCD, which refers to the production of quark-
antiquark pairs in the presence of a pure electric field strength eE, for a higher number of …

Given the unique role of gravitational form factors in unveiling the internal mechanics of
hadrons, we examine the gravitational form factors (GFFs) of quarkonium systems within the …

Dynamical chiral symmetry restoration for higher number of light quark flavors $ N_f $ and
breaking for higher number of colors $ N_c $ implies the suppression and enhancement of …

The $\mathcal {V}\to\mathcal {P}\gamma $ and $\eta (\eta^\prime)\to\gamma\gamma $
decays are evaluated within a Dyson-Schwinger and Bethe-Salpeter equations framework …