# Spherically symmetric wormhole solutions in a general anisotropic matter field

## TL;DR

This paper explores static, spherically symmetric wormhole solutions supported by anisotropic matter fields, generalizing previous models and analyzing the energy conditions to identify feasible traversable wormholes.

## Contribution

It introduces new methods for constructing anisotropic wormhole solutions and extends prior work by providing broader examples and energy condition analysis.

## Key findings

- Multiple wormhole solutions with anisotropic pressures identified
- Energy conditions analyzed for feasibility of traversability
- General mechanisms for constructing wormholes proposed

## Abstract

The present work is an attempt to find possible traversable wormhole solutions in static spherically symmetric space-time supported by anisotropic matter field. Part of the work could be considered as a generalization of the work in Phys. Lett. B 757 (2016), 130 in the sense that it extends the work done therein. The paper provides several examples of wormholes in anisotropic pressure and provides general mechanisms for finding them. Finally the work examines the energy conditions corresponding to suggested wormhole solutions.