Paper Title:
Influence of accretion disk on the optical appearance of the Kazakov-Solodukhin black hole
Published on:
1 November 2023
Primary Category:
General Relativity and Quantum Cosmology
Paper Authors:
Yu-Xiang Huang,
Sen Guo,
Yu-Hao Cui,
Qing-Quan Jiang,
Kai Lin
Studies visual appearance of Kazakov-Solodukhin quantum black hole
Models its accretion disk to simulate images
Shadow shrinks as quantum corrections increase
Disk appearance varies strongly with viewing angle
Quantum effects alter the image in observable ways
Simplified summary of KS black hole image research
This paper investigates how a quantum-corrected black hole proposed by Kazakov and Solodukhin would appear visually, by modeling its accretion disk. The authors find the black hole shadow shrinks as quantum effects increase. They simulate images showing how the disk appearance changes with viewing angle and quantum effects. Overall, quantum corrections alter the black hole image in potentially observable ways.
QED effects enlarge Kerr-Newman black hole shadows
Black hole shadow and accretion disk images affected by dark fluid equation of state
Quantum effects on a spherical black hole with global monopoles
Holographic imaging of black holes
Key insights on black hole photon spheres and shadows
Shadows of particles near black holes
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