Charged Cylindrical Polytropes with Generalized Polytropic Equation of State

TL;DR

This paper develops a relativistic framework for charged, anisotropic cylindrical polytropes with generalized equations of state, analyzing their stability and physical viability.

Contribution

It introduces a new formalism for charged anisotropic cylindrical polytropes with generalized equations of state in relativistic settings.

Findings

One of the models is physically viable.

The stability of the model is analyzed using Whittaker's formula.

The framework extends previous studies to include charge and anisotropy.

Abstract

We study the general formalism of polytropes in relativistic regime with generalized polytropic equations of state in the vicinity of cylindrical symmetry. We take charged anisotropic fluid distribution of matter with conformally flat condition for the development of general framework of polytropes. We discussed the stability of the model by Whittaker formula and concluded that one of the developed model is physically viable.