Scalar fields have played an important role in the development of the fundamental theories
of physics as well as in other branches of physics such as gravitation and cosmology. For a …

In this work, we construct traversable wormhole geometries in the context of f (R) modified
theories of gravity. We impose that the matter threading the wormhole satisfies the energy …

In this work, we propose the modeling of static wormholes within the f (R, T) extended theory
of gravity perspective. We present some models of wormholes, which are constructed from …

In this work we analyze traversable wormhole solutions in the linear form of\(f\left (R,
T\right)= R+\lambda T\) gravity satisfying the Null, Weak, Strong, and Dominant Energy …

Abstract We consider Non-local Gravity in view to obtain stable and traversable wormhole
solutions. In particular, the class of Non-local Integral Kernel Theories of Gravity, with the …

Originally proposed as a tool for teaching the general theory of relativity, wormholes are
today approached in many different ways and are seeing as an efficient alternative for …

First, the ideas introduced in the wormhole research field since the work of Morris and
Thorne are reviewed, namely, the issues of energy conditions, wormhole construction …

It is by now apparent that topology is too crude a tool to accurately characterize a generic
traversable wormhole. In two earlier papers we developed a complete characterization of …

This study explores the wormhole solutions utilizing the notion of conformal symmetry in the
background of the f (τ, T) f(τ,T) gravity. The exact shape functions are calculated using the …

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 …