Time Dilation as Unification Bridge: Complete Resolution of the Black Hole Information Paradox

Title: Time Dilation as Unification Bridge — Complete Resolution of the Black Hole Information Paradox Description / Abstract: This work presents a physically consistent mechanism preserving quantum information during black hole evaporation, addressing core theoretical tensions without introducing exotic physics. Gravitational time dilation near the horizon extends the externally observed emission duration, enabling gradual, correlated transfer of encoded state layer by layer. Information resides holographically at the surface — never requiring superluminal escape from the interior. Correlations emerge from field reconfiguration as the horizon contracts; monogamy of entanglement is respected through sequential state transfer; distributed encoding prevents firewall formation; and a falsifiable observational signature is provided for primordial black holes. All conflicts are resolved within established principles of General Relativity and Quantum Mechanics. Keywords: Information paradox, Time dilation, Hawking radiation, Black hole evaporation, Monogamy of entanglement, Firewall paradox, Holographic principle, Primordial black holes