Recent times witnessed a significant interest in regularizing, a D → 4 D→ 4 limit, of EGB
gravity initiated by Glavan and Lin Phys. Rev. Lett. 124, 081301 (2020) by re-scaling GB …

We study strong gravitational lensing by a class of static wormhole geometries. Analytical
approaches to the same are developed, and the results differ substantially from strong …

This study explores the potential existence of traversable wormholes influenced by a global
monopole charge within the f (Q) gravity framework. To elucidate the characteristics of these …

We numerically construct images of thin accretion disks in rotating wormhole backgrounds,
for the Kerr-like and the Teo class of wormholes. Our construction is illustrated by two …

This work is devoted to the study of wormhole solutions in the framework of gravitational
decoupling by means of the minimal geometric deformation scheme. As an example, to …

In the present work, we construct models of static wormholes in 4-dimensional Einstein-
Gauss-Bonnet (4D EGB) gravity with an (an) isotropic energy momentum tensor (EMT) and a …

This paper aims to study the wormhole model with an exponential shape function within the
framework of Finsler geometry. By considering anisotropic energy-momentum tensor, we …

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

In the present work, a new shape function is proposed inside modified f (R) gravity and
General Relativity in wormhole (WH) geometry. The shape function obeyed all the desired …

This paper discusses the possibility of traversable wormholes in the galactic region
supported by dark matter (DM) models and global monopole charge in the context of f (Q) …