A Non-Dual Ontological Reinterpretation of General Relativity and Quantum Theory, Part 4: Black Hole Thermodynamics, the Information Paradox, and Precision Tests of General Relativity in the One Source Framework

his paper extends the One Source non-dual ontology developed in Parts 1–3 to black-hole thermodynamics and the information paradox. Hawking radiation is reinterpreted as the outward radiation phase at the event horizon, while the apparently “lost” information is shown to be contextually reabsorbed into the single primordial Ground. The framework preserves unitarity and the standard equations of quantum field theory on curved spacetime without firewalls, remnants, holography, or any new physics. Recent gravitational-wave observations from the LIGO–Virgo–KAGRA collaboration (GWTC-5.0, 2026), including the clearest signal yet recorded and the strongest confirmation of Hawking’s area theorem, are incorporated and reinterpreted within the same radiation/reabsorption dynamic. Information is never destroyed; it returns non-locally to the Ground’s global coherence. Experimental blueprints using levitated optomechanics (Horchani 2026) are also reinterpreted, showing that any measurable excess decoherence in macroscopic superpositions would constitute direct evidence of contextual reabsorption. We review the current status of the paradox (1974–2026), present the ontological solution, and outline testable implications and simplicity gains.