Morris-Thorne-type wormhole with global monopole charge and the energy conditions

TL;DR

This paper explores Morris-Thorne-type wormholes with global monopole charge, analyzing how different shape functions affect energy conditions and matter distribution, revealing the influence of monopole parameters on wormhole viability.

Contribution

It introduces a detailed analysis of wormholes with global monopole charge using various shape functions, focusing on energy conditions and matter content in general relativity.

Findings

Energy conditions are affected by the global monopole parameter.

Different shape functions influence the matter distribution and energy viability.

The anisotropy parameter quantifies the attractive or repulsive nature of the wormholes.

Abstract

In this paper, we investigate Morris-Thorne-type wormholes with global monopole charge using various shape function forms known in the literature. We solve the Einstein field equations incorporating an anisotropic energy-momentum tensor and obtain different physical quantities associated with the matter-content. A crucial aspect of this study is the non-exotic matter distribution, examined through the evaluation of energy conditions, and exploring how different shape functions impact these conditions. Additionally, the anisotropy parameter is calculated to quantify the extent of attractive or repulsive behavior. Our study demonstrates that for different types of shape function forms, the energy conditions are influenced by the global monopole parameter. Our findings provide valuable insights for further theoretical explorations of these fascinating hypothetical structures in the realm of general relativity and beyond.