Three-Dimensional Time: A Unified Framework for Resonant Fields and Black Hole Topology

This project introduces a novel theoretical framework based on a three-dimensional harmonic time field, offering a unified explanation for anomalous phenomena observed across quantum, planetary, and cosmological scales. By treating time as a vector quantity with orthogonal sinusoidal components, this model accounts for resonant seismic events on Mars, gravitational wave memory, and field interference behaviors in quantum systems. It further proposes that black holes are not singularities but topological phase transitions—temporal tunnels—within a higher-dimensional time structure. The paper includes mathematical formalism and predictive models, offering a fresh approach that bridges classical physics, general relativity, and emerging field-based interpretations of spacetime. This work aims to provoke cross-disciplinary research and experimental validation through quantum interferometry, seismic resonance studies, and gravitational wave analysis.