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Thermal, topological, and scattering effects of an AdS charged black hole with an antisymmetric tensor background

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The presence of the kalb-ramond field alters the photon sphere and shadow radii of the ads charged black hole significantly.
Using observational data from the Event Horizon Telescope, key relationships between temperature and greybody factors were established.
The study employs advanced thermodynamic analyses to classify the charged ads black hole as a topological defect within a unique thermodynamic space.
Findings reveal the crucial role of the lorentz-violating parameter in determining the absorption cross section of emitted photons.

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This analysis shows the influence of the kalb-ramond field on photon spheres in charged black holes, indicating critical effects on absorption rates.

Chen et al. (2025) studied this question.

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This analysis shows the influence of the kalb-ramond field on photon spheres in charged black holes, indicating critical effects on absorption rates.