Expanding Black Hole Inequalities: Bridging Classical Physics and Quantum Theory

The researchers utilized braneworld holography and AdS/CFT correspondence to examine quantum corrections in black hole physics, focusing on three-dimensional black holes. Their findings suggest that quantum effects can impact the entropy and energy bounds of black holes, contributing to quantum information theory by offering entropy limits in gravitational contexts. These insights help bridge classical and quantum black hole theories, potentially influencing future research on quantum gravity.

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