Spiral Time and Information Preservation at the Event Horizon of Black Holes

This whitepaper presents a novel approach to the black hole information paradox based on the concept of spiral time. Instead of relying on speculative new particles or violations of known physical principles, the model introduces a toroidally modulated temporal structure that preserves quantum information through geometric resonance at the event horizon. The paper offers a mathematical formulation of spiral time, integrates it into an extended Schwarzschild metric, and derives concrete implications for Hawking radiation, such as non-thermal spectral modulations and gravitational wave echoes. This framework maintains unitarity, avoids firewalls, and aligns with both quantum theory and general relativity. Spiral time is proposed as a minimal yet powerful extension to the fabric of spacetime, opening new pathways for resolving long-standing paradoxes in theoretical physics.