Hawking Radiation Reinterpreted: GDM Residues and Informational Persistence in the TGIU Framework

This paper presents a radical reanalysis of Hawking radiation, black hole evaporation, and the information paradox through the lens of the TGIU (Theoretical Gravito-Informational Universe) framework. It proposes that informational collapse, rather than pure particle emission, underlies black hole evaporation, and that what remains post-evaporation is not 'nothing,' but a persistent informational field structure defined by ∇Φ (informational gradient) and GDM (Ghost Dark Matter). This reinterpretation resolves the black hole information paradox, preserves unitarity, and predicts testable physical effects such as gravitational wave tails and residual curvature patterns. We define the transition process GN → GDM+∇Φ and outline experimental pathways to validate this model.