In this paper, the possibility of existing a novel class of compact charged spheres based on a
charged perfect fluid within the realm of f (Q) f(Q) gravity theory is explored. The authors …

In this article, we have obtained a gravitationally decoupled Class-I anisotropic solution for
compact stars using the Buchdahl-type space–time geometry. The anisotropic solution is …

In this work we have obtained some families of relativistic anisotropic compact stars by
solving of Einstein's field equations. The field equations have been solved by suitable …

In this work, we explore a class of compact charged objects that have been tested against
experimental and observational constraints with some known compact stars candidates …

A relativistic, static and spherically symmetrical stellar model is presented, constituted by a
perfect charged fluid. This represents a generalization to the case of a perfect neutral fluid …

In the present study we have proposed a new model of an anisotropic compact star which
admits the Chaplygin equation of state. For this purpose, we consider Buchdahl ansatz. We …

A static and spherically symmetric stellar model is described by a perfect charged fluid. Its
construction is done using the solution of the Einstein–Maxwell equations for which we …

We generate a general frame work to solve the Einstein system with an equation of state that
describe static spherically symmetric anisotropic matter distribution in terms of a generating …

Starting from a perfect fluid solution we constructed a generalization with anisotropic
pressures and regular geometry as well as the pressures, the density and the speed of …

In this work, we examine a spherically symmetric compact body with isotropic pressure
profile. In this context we obtain a new class of exact solutions of Einstein-Maxwell field …