The object of this article is to study a new class of dark energy stars in the background of f
(Q) f(Q) gravity by using the metric potentials proposed by Krori‐Barua J. Phys. A, Math. Gen …

In this manuscript, the main aim is to investigate the cylindrically symmetric solutions in a
well known Rastall theory of gravity. For this purpose, we consider the cylindrically …

In the context of the f (Q) f(Q) theory of gravity, a spherically symmetric quintessence DE
model in this article is offered. For this reason, f (Q) f(Q) has the formula f (Q)= a Q 2+ Q …

Present work explores the possibility of obtaining analytical wormhole solutions in Rastall
theory of gravity and its modified torsion based version where the conformal killing vectors …

This research deals with the impacts of Rastall parameter on the physical behavior of
isotropic compact stars. For this purpose, the static spherically symmetric as well as perfect …

In this paper, the effect of anisotropy on the tidal deformability of a compact neutron star is
investigated. In particular, it is possible to quantify the tidal Love number, which is defined by …

In this paper, we investigate wormhole geometries within Rastall gravity. The field equations
have been solved by assuming that spacetime admits conformal killing vectors. By assuming …

We investigate the hydrostatic equilibrium configurations of strange stars within the
framework of Rastall–Rainbow theory of gravity. These stars are primarily composed of …

In this work, we investigated a most general isotropic charged fluid solution for the Buchdahl
model via a two-step method in Script F (Script Q)-gravity framework for the first time. In this …

This research deals with the impacts of non-conserved gravitational theory on the physical
behavior of three anisotropic compact stars. For this purpose, the metric of static spherically …