Supposing the existence of dark fluid with a Chaplygin-like equation of state p=-B/ρ (CDF)
as a cosmic background, we obtain a static spherically symmetric black hole (BH) solution to …

By considering the concept of the modified Chaplygin gas (MCG) as a single fluid model
unifying dark energy and dark matter, we construct a static, spherically charged black hole …

This study explores the intricate relationships between thermodynamic properties and
particle dynamics of charged AdS black holes, emphasizing the impacts of charge Q and …

This paper investigates the quasinormal modes and greybody factors of black holes with
modified Chaplygin gas. Applying the WKB approximation method, we analyze the impact of …

We analyze the dynamical system defined by a universe filled with a barotropic fluid plus a
scalar field with modified kinetic term of the form L= F (X)-V (ϕ). After a suitable choice of …

We study the phase-space dynamics of cosmological models in the theoretical formulations
of nonminimal metric-torsion couplings with a scalar field, and investigate in particular the …

This paper is devoted to study the traversable wormhole (WH) solutions in the context of f (𝒢)
gravity. For this purpose, we consider the viable power-law form f (𝒢)= a𝒢n as well as …

We study the nature of potentials in scalar field based models for dark energy—with both
canonical and noncanonical kinetic terms. We calculate numerically, and using an analytic …

We explore the cosmological evolution of equation of state (EoS) for dark energy in g-
essence models, the action of which is described by a function of both the canonical kinetic …

We study the dynamical aspects of dark energy in the context of a non-minimally coupled
scalar field with curvature and torsion. Whereas the scalar field acts as the source of the …