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The 17 pages that link to Black hole information paradox, each with the reason it gives.

• General relativityRelated: It exposes tension between semiclassical gravity, black hole thermodynamics, and quantum theory.

• Quantum gravityRelated: Resolving it may reveal how a quantum theory encodes spacetime and evaporation.

• Event horizonRelated: Whether information can escape or remain encoded challenges the classical picture of a one-way horizon.

• Hawking radiationRelated: A nearly thermal Hawking spectrum appears unable to carry away all information about matter that formed the hole.

• GravitonRelated: Resolving this paradox may require a quantum account of gravity beyond simple graviton perturbation theory.

• Black hole thermodynamicsRelated: Thermal evaporation raises the question of how information encoded in collapsing matter can survive.

• Stephen HawkingRelated: Hawking’s account of black-hole evaporation sharpened this unresolved conflict.

• Holographic principleRelated: The paradox made a boundary account of black-hole information physically consequential.

• Quantum field theory in curved spacetimeRelated: Hawking’s field-theoretic radiation calculation motivates the paradox.

• Gerard ’t HooftRelated: His work on holography grew from attempts to reconcile black holes with quantum theory.

• Astronomical black holesRelated: It challenges how Hawking radiation can coexist with quantum theory.

• Black hole astronomyRelated: It marks a fundamental limit of combining black hole observations with quantum theory.

• Entropy as an arrow of timeRelated: It probes whether entropy growth entails fundamental loss of information.

• List of unsolved problems in physicsRelated: Resolving it could reveal how quantum mechanics and gravity fit together.

• No-deleting theoremRelated: The inability to erase quantum information resonates with debates over information loss in black holes.

• Rotating black holeRelated: Rotation complicates the geometry but does not resolve the underlying quantum puzzle.