The Finslerian wormhole models

TL;DR

This paper develops various wormhole models within Finslerian spacetime geometry, exploring different configurations to identify physically viable solutions for wormhole structures.

Contribution

It introduces new wormhole solutions based on Finslerian geometry, extending previous work on compact stars to wormhole models with diverse form functions and energy densities.

Findings

Multiple physically interesting wormhole solutions obtained.

Models are consistent with Finslerian spacetime theory.

Solutions explore different form functions and energy densities.

Abstract

We present models of wormhole under the Finslerian structure of spacetime. This is a sequel of our previous work (Eur Phys J 75:564, 2015) where we constructed a toy model for compact stars based on the Finslerian spacetime geometry. In the present investigation, a wide variety of solutions are obtained that explore wormhole geometry by considering different choices for the form function and energy density. The solutions, like the previous work, are revealed to be physically interesting and viable models for the explanation of wormholes as far as the background theory and literature are concerned.