Recent years have witnessed a rise in interest in the geometrical trinity of General Relativity
and its extensions. This interest has been fuelled by novel insights into the nature of gravity …

Wormholes have captured the interest of scientists and readers of science fiction as a
fascinating possibility for traveling through huge cosmic distances or presumably enabling …

In this work, we investigate the relativistic structure of compact stars within the framework of f
(Q) gravity, where Q is the nonmetricity scalar. In particular, we focus on the f (Q)= α Q+ β …

In this paper, we will use the coincident gauge to investigate new solutions of the f (Q) theory
applied in the context of black holes, regular black holes, and the black-bounce spacetime …

Nowadays, alternative gravity is a crucial tool for addressing some enduring observational
problems, such as the dark universe. Additionally, they can be used to advance the results of …

In this study, we examine the new spherically symmetric wormhole solutions in modified
symmetric teleparallel (f (Q)) gravity theory. Using the Morris-Thorne method, we construct …

In this article, we present a new family of solutions to the Einstein field equations of an
uncharged spherically symmetric anisotropic matter distribution in the context of f (Q) gravity …

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 …

Recently, there has been significant interest regarding the regularization of a D→ 4 D→4
limit of Einstein–Gauss–Bonnet (EGB) gravity. This regularization involves re‐scaling the …

In the present article anisotropic solutions with vanishing complexity in the framework of f (Q)
gravity are generated. At first, the field equations in f (Q)-gravity are gravitationally …