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 …

In this manuscript, we study the construction of static cylindrically symmetric thin shell
wormhole models with an electric charge in the background of f (R, T) gravity. We utilized …

This manuscript aims to establish the gravitational junction conditions for the f (G, T) gravity.
In this gravitational theory, f is an arbitrary function of Gauss-Bonnet invariant G and the …

The concept of traversable wormhole, a hypothetical tunnel-like structure is initially
proposed by Morris and Thorne (Am. J. Phys. 56, 395 (1988)) by using Einstein's general …

This paper is aimed at developing the thin-shell wormhole from the black hole and studying
its stability in f (R) gravity. The Heyward black hole, a regular black hole, is considered for …

In this work, we construct traversable wormholes using a logarithmic shape function in the
general theory of relativity (GTR) and Lyra geometry (LG). We observe that the gravitational …

In this paper, we analyze thin-shell wormholes from two identical copies of charged static
cylindrically symmetric spacetimes using Visser's' cut and paste'approach under the …

The present paper explores the thin-shell wormholes constructed from the charged regular
black hole solutions, developed in 1999, defined by using the nonlinear electrodynamics …

In this paper, we compute the shadow cast by a charged Morris–Thorne wormhole when the
light source is a star located beyond the mouth which is opposite to the observer. First, we …

In the present paper, we investigate traversable wormhole solutions determined by an
exponential shape function and fractional redshift function in the background of four viable f …