Quantum-Cosmological Corrections to Black Hole Entropy A New Approach to Regularizing Singularities and Information Storage

This preprint presents a novel quantum-cosmological equation that introduces quantum corrections to the classical Schwarzschild metric. These corrections are aimed at regularizing singularities within black holes while simultaneously impacting their entropy and information storage capacity. Building upon recent developments, particularly those related to Andrew Strominger's soft hair and holography theories, this work addresses the black hole information paradox. Preliminary calculations indicate that even black holes with minimal energy, such as those with 12 joules, can retain significant amounts of information due to quantum corrections, which modify the horizon structure and regularize singularities. This research opens up new avenues for understanding black hole thermodynamics and quantum gravity, providing a fresh perspective on the relationship between quantum mechanics and general relativity. The community is invited to explore these findings and contribute to further discussions on the role of quantum corrections in black hole entropy and the storage of information.