Born-Infeld Thin-shell Wormholes Supported by Generalized Cosmic Chaplygin Gas

TL;DR

This paper explores the stability of Born-Infeld thin-shell wormholes supported by generalized Cosmic Chaplygin gas, analyzing how charge and Born-Infeld parameters influence their stability and solution types.

Contribution

It introduces a comparison of wormhole solutions with different Chaplygin gas models within Born-Infeld theory, highlighting the effects of charge and parameters on stability.

Findings

Similar wormhole solutions exist for small charge and Born-Infeld parameter.

Large charge and Born-Infeld parameter lead to additional stable and unstable solutions.

Generalized Cosmic Chaplygin Gas influences the existence and stability of wormholes.

Abstract

This paper investigates thin-shell wormholes in Born-Infeld theory supported by generalized Cosmic Chaplygin gas (GCCG). We study their stability via radial perturbations for distinct values of charge and Born-Infeld parameter. The comparison of wormhole solutions corresponding to generalized Chaplygin gas, modified Chaplygin gas with GCCG quation of state is established. It is found that similar type of wormhole solutions exists for small value of charge and Born-Infeld parameter for all type of equation of state, while some extra stable as well as unstable solution are found corresponding to large value of charge and Born-Infeld parameter. Thus, it is concluded that GCCG and large value of charge may responsible for such extra solutions.