In this work we build a relativistic anisotropic admissible compact structures. To do so we
combine the class I approach with gravitational decoupling in order to generate the …

This paper explores the viability and stability of compact stellar objects characterized by
anisotropic matter in the framework of f (Q, T) theory, where Q denotes non-metricity and T …

In this work we have extended the Maurya-Gupta isotropic fluid solution to Einstein field
equations to an aniso-tropic domain. To do so, we have employed the gravitational …

In this work, we present the Einstein field equations (EFE) in the framework of a modified
matter source and thus find out the solutions for the Wormhole. To obtain characteristic …

In this work, we present a new class of analytic and well-behaved solution to Einstein's field
equations describing anisotropic matter distribution. It's achieved in the embedding class …

The main aim of this work is devoted to studying the existence of compact spherical systems
representing anisotropic matter distributions within the scenario of alternative theories of …

In this study, the geometrically deformed compact objects in the f (Q, T) gravity theory under
an electric field through gravitational decoupling via minimal geometric deformation (MGD) …

In this work, a spherically symmetric and static relativistic anisotropic fluid sphere solution of
the Einstein field equations is provided. To build this particular model, we have imposed …

In this article, we have investigated a new completely deformed embedding class one
solution for the compact star in the framework of charged anisotropic matter distribution. For …

In this paper, we explore some emerging properties of the stellar objects in the frame of the f
(R, ϕ) gravity by employing the well-known Karmarkar condition, where R and ϕ represent …