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 the current article, we discuss the wormhole geometries in two different gravity theories,
namely F (Q, T) gravity and F (R, T) gravity. In these theories, Q is called a non-metricity …

In the present article, we uncover striking properties of traversable wormhole solutions
generated under a newly developed f (ℜ, L m) gravitational theory. Two distinct dark matter …

In this paper, we present asymptotically flat wormhole geometries in the context of f (Q)
gravity theory, where Q is non-metricity scalar, by assuming a particular equation of state …

In this work, we examine the properties of wormhole (WH) solutions in the context of
modified f (Q) gravity. The shape function (ξ S (r)) and redshift function (ζ (r)) are crucial in …

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 …

In this paper, we study the characteristics of wormhole models in a particular gravity theory,
namely f (Q, T)= σ Q+ λ T. Here, we derived the wormhole models by using dark matter …

In this work, we investigate the physical behavior and stability of compact stars in F (Q)
gravity. We employ the Buchdahl metric to examine the dynamics of a relativistic, newly …

We find an exact static solution in four dimensions to the field equations of the f (Q) gravity by
using a cylindrically static spacetime with two different ansatz, ν (r) and μ (r). This solution is …

The objective of this paper is to investigate the existence and stability of wormholes within
the framework of modified gravity, specifically F (R, L m) gravity, where F (R) represents a …