The general parametrization for spacetimes of spherically symmetric Lorentzian, traversable
wormholes in an arbitrary metric theory of gravity is presented. The parametrization is similar …

We propose a new method of detecting Ellis wormholes by use of the images of wormholes
surrounded by optically thin dust. First, we derive steady solutions of dust and a more …

Building on substantial foundational progress in understanding the effect of a small body's
self-field on its own motion, the past 15 years has seen the emergence of several strategies …

Quasinormal modes of a two-parameter family of Lorentzian wormhole spacetimes, which
arise as solutions in a specific scalar-tensor theory associated with braneworld gravity, are …

Gravitational lensing properties of supermassive astrophysical objects, such as black holes
and wormholes, provide a realistic way for their discovering and investigating. Various …

As an extension of our previous work, which investigated the shadows of the Ellis wormhole
surrounded by nonrotating dust, in this paper we study wormhole shadows in a rotating dust …

In this work, we analyze the behavior of light and matter as they pass near and through a
traversable wormhole throat. In particular, we study the trajectories of massive and massless …

The present work investigates the general wormhole solution in Einstein gravity with an
exponential shape function around an ultrastatic and a finite redshift geometry. The …

We classify wormholes endowed with redshift effects and finite mass into three types. Type I
wormholes have their radial pressure dying out faster, as one moves away from the throat …

We present a generalization of the Rezzolla-Zhidenko theory-agnostic parametrization of
black-hole spacetimes to accommodate spherically-symmetric Lorentzian, traversable …