Quantum effects on a spherical black hole with global monopoles

Paper Title:

Thermodynamic Properties, Shadows and Geodesic Motions of Quantum Corrected Spherically Symmetric AdS Black Hole with Phantom Global Monopoles

Published on:

25 April 2024

Primary Category:

General Relativity and Quantum Cosmology

Paper Authors:

B. Hamil,

B. C. Lütfüoğlu,

F. Ahmed,

Z. Yousaf

Bullets

Key Details

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Proposes quantum corrected metric for spherical black hole with global monopoles

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Studies thermodynamics - temperature, heat capacity, phase transitions

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Analyzes geodesics and visualizes massive particle trajectories

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Calculates black hole shadow radius under different conditions

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Derives energy emission rate and effect of parameters

Explore the topics in this paper

anti-de sitter spacetime

global monopoles

quantum corrected black holes

shadow radius

thermal properties

AI generated summary

Quantum effects on a spherical black hole with global monopoles

This paper introduces a model for a spherically symmetric quantum corrected black hole within an anti-de Sitter background, including both regular and phantom global monopoles. It investigates how the monopoles and quantum effects influence key properties: thermal behavior, particle trajectories, shadow radius, and emission rate.