Black hole solutions with dilatonic hair in higher curvature gravity

TL;DR

This paper introduces a new numerical method to analyze black hole structures with dilatonic hair in higher curvature gravity, specifically within a superstring theory framework, and explores their thermodynamical properties.

Contribution

A novel numerical integration technique was developed to study black holes with dilatonic hair in higher curvature gravity theories, including inside and outside the event horizon.

Findings

Black hole solutions with dilatonic hair were successfully obtained.

Thermodynamical properties of these solutions were characterized.

The method enables detailed analysis of black hole structures in complex gravity models.

Abstract

A new numerical integration method for examining a black hole structure was realized. Black hole solutions with dilatonic hair of 4D low energy effective SuperString Theory action with Gauss-Bonnet quadratic curvature contribution were studied, using this method, inside and outside the event horizon. Thermodynamical properties of this solution were also studied.