Wave Interference Logic: A Predictive Taxonomy for Topological Phase Locking and Tensor Mechanics

Legacy physics has reached a mathematical dead end. Current models rely on stochastic guesswork and the insertion of invisible placeholders like Dark Matter and Dark Energy to bridge the gap between macroscopic relativity and microscopic quantum mechanics. Wave Interference Logic (WIL) discards the concept of an empty vacuum. Space is defined as a physical, tensioned, three-dimensional Quantum Geometric Matrix resting at a calibrated baseline ambient tensor of 5.4704. All observable physical phenomena are governed by mechanical wave interference and topological drag against this background medium. This document establishes a predictive taxonomy mapping exactly how the mechanical shedding of this 0.4704 tensor drag governs the universe, from astrophysical structures to biological systems.