Thin shell wormhole due to dyadosphere of a charged black hole

TL;DR

This paper constructs a theoretical thin shell wormhole by connecting two dyadospheres around charged black holes, analyzing its physical properties to explore potential implications for gamma-ray burst phenomena.

Contribution

It introduces a novel method of creating a thin shell wormhole using dyadospheres of charged black holes, expanding the theoretical understanding of such structures.

Findings

The wormhole's stability depends on specific physical parameters.

The constructed wormhole exhibits unique properties related to electric fields and pair production.

Potential implications for astrophysical phenomena like gamma-ray bursts.

Abstract

To explain Gamma Ray Bursts, Ruffini argued that the event horizon of a charged black hole is surrounded by a special region called, the Dyadosphere where electric field exceeds the critical value for $e^+$ $e^-$ pair production. In the present work, we construct a thin shell wormhole by performing a thought surgery between two dadospheres. Several physical properties of this thin shell wormhole have been analyzed.