Entangled Particles Tunneling From a Schwarzschild Black Hole immersed in an Electromagnetic Universe with GUP
A. \"Ovg\"un
TL;DR
This paper investigates how the generalized uncertainty principle (GUP) affects the tunneling of entangled particles from a Schwarzschild black hole in an electromagnetic universe, revealing quantum corrections to Hawking temperature.
Contribution
It introduces a semi-classical tunneling approach to analyze GUP effects on entangled particle emission from black holes with external electromagnetic parameters.
Findings
Quantum corrected Hawking temperature depends on GUP and external electromagnetic parameter.
Entangled particles' tunneling is significantly influenced by quantum gravity effects.
The study provides insights into black hole thermodynamics with quantum and electromagnetic considerations.
Abstract
Quantum gravity has exciting peculiarities on the Planck scale.The effect of generalized uncertainty principle (GUP) to the entangled scalar/fermion particles' tunneling from a Schwarzschild black hole immersed in an electromagnetic Universe is investigated by the help of semi-classical tunneling method. The quantum corrected Hawking temperature of this black hole with an external parameter "a" modifies the Hawking temperature for the entangled particles.
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