In the framework of Teleparallel Gravity, we derive a charged non-vacuum solution for a
physically symmetric tetrad field with two unknown functions of radial coordinate. The field …

In this paper, we consider wormhole geometries in the context of the teleparallel equivalent
of general relativity (TEGR) as well as f (T) gravity. The TEGR is an alternative geometrical …

We study relativistic solutions of anisotropic compact stars with Finch–Skea (FS) metric in f
(T) gravity framework. The modified FS geometry is considered to obtain the equation of …

We consider static spherically symmetric self-gravitating configurations of the perfect fluid
within the framework of the torsion-based extended theory of gravity. In particular, we use …

We present a physically plausible solution representing Einstein's cluster mimicking the
behaviors of a compact star in the context of the teleparallel equivalent of general relativity …

This paper deals with the physical attributes of charged gravastar in the realm of f (R, T 2)
gravity. The hypothetical gravastar structure is an alternative of black hole. The gravastar …

Under the assumption of a linear f (T) function, we present a new exact solution for an
anisotropic and charged stars in the background of f (T)-gravity. By considering ansatz for …

In this paper, we develop a new class of analytical solutions describing anisotropic stellar
structures of observed neutron stars using modified f (T) gravity. We use the off-diagonal …

We explore an interior solution of a physically symmetric vierbein with two unknown
functions in conformal teleparallel gravity. The field equations can be described in a closed …

We revisit the neutral (uncharged) solutions that describe Einstein's clusters with matters in
the frame of Weitzenböck geometry. To this end, we use a tetrad field with non-diagonal …