# Framework for charged compact objects admitting conformal motion in higher dimension

## TL;DR

This paper introduces a new framework for modeling charged compact objects in five-dimensional spacetime, analyzing their physical properties and predicting the existence of charged compact stars.

## Contribution

A novel framework for charged compact objects in higher dimensions with conformal motion and matching to Reissner-Nordström spacetime is introduced.

## Key findings

- Physical parameters like stress and pressure remain well-behaved even with variations in electric charge.
- Matching conditions with Reissner-Nordström spacetime are successfully derived.
- The existence of charged compact stars is predicted based on the model.

## Abstract

We propose a new framework for spherical charged compact objects admitting conformal motion in five-dimensional spacetime. The outer spacetime is considered as Reissner-Nordström to obtain matching conditions. The behavior of model characteristics like stress, pressure, and surface tension for the specific density profile is investigated by using Einstein’s Maxwell field equations in a five-dimensional framework. For the proposed solution, all physical parameters behave very well even for variations in electric charge parameters. The existence of charged compact stars is also predicted by this study.