Modified deflection angle and greybody bounds for BTZ-ModMax black holes in plasma reveal distinct effects from nonlinear electrodynamics and plasma dispersion compared to vacuum and charged cases.
Eslam Panah, [arXiv:2410.16346 [gr-qc]]
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Exact ModMax black hole solution in higher-order gravity with quintessence yields analytical photon-sphere radius and shows dark energy and curvature corrections enlarge shadow size more than charge.
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Light Deflection and Greybody Bound Around a BTZ-ModMax Black Hole in Plasma Medium
Modified deflection angle and greybody bounds for BTZ-ModMax black holes in plasma reveal distinct effects from nonlinear electrodynamics and plasma dispersion compared to vacuum and charged cases.
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Thermodynamics and optical aspects of ModMax black holes in higher order curvature gravity with quintessence dark energy
Exact ModMax black hole solution in higher-order gravity with quintessence yields analytical photon-sphere radius and shows dark energy and curvature corrections enlarge shadow size more than charge.