Dynamic conformal spherically symmetric solutions in an accelerated background

TL;DR

This paper introduces new dynamical spherically symmetric solutions in an accelerated background, classifying conformal black holes and exploring their thermodynamic and gravitational properties to better understand black holes in dynamic environments.

Contribution

It presents novel solutions of Einstein's equations for conformal, dynamical black holes within an accelerated background, expanding the understanding of their properties and classifications.

Findings

Classified conformal black holes in dynamic backgrounds.

Analyzed thermodynamic and gravitational properties of the solutions.

Provided insights into the nature of black holes in evolving spacetimes.

Abstract

We consider dynamical spherically symmetric spacetimes, which are conformal to the static spherically symmetric metrics, and find new solutions of Einstein equations by symmetry considerations. Our study help us classify various conformal Black Holes that are embedded within a dynamic background into the one class of solutions with the same conformal symmetry. In addition, Thermodynamics, mathematical and gravitational properties are addressed. These solutions point to have a better resolution of the meaning of the Black Holes in the dynamic background.