This article evaluates the stability constraints of higher-dimensional geometry of thin-shell
wormholes developed from the two equivalent copies of inner and outer d-dimensional …

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 …

Properties of n (≥ 5)-dimensional static wormhole solutions are investigated in Einstein-
Gauss-Bonnet gravity with or without a cosmological constant Λ. We assume that the …

We study five dimensional thin-shell wormholes in Einstein–Maxwell theory with a Gauss–
Bonnet term. The linearized stability under radial perturbations and the amount of exotic …

The General Theory of Relativity has been an extremely successful theory, with a well
established experimental footing, at least for weak gravitational fields. Its predictions range …

Wormholes (WHs) require negative energy, and therefore an exotic matter source. Since
Casimir energy is negative, it has been speculated as a good candidate to source those …

In this work, we explore the possibility of evolving (2+ 1) and (3+ 1)-dimensional wormhole
spacetimes, conformally related to the respective static geometries, within the context of …

We consider wormhole geometries subject to a gravitational action consisting of nonlinear
powers of the Ricci scalar. Specifically, wormhole throats are studied in the case where …

The Bardeen metric is the first spherically symmetric regular black hole solution of Einstein's
equations coupled to nonlinear electrodynamics, which has an additional parameter (e) due …

In this research work, our primary focus revolves around the examination of a specific
category of traversable wormholes known as topologically charged generalized …