The Theory of Unified Wave Interference (TUWI): A Static Phase-Deterministic Resolution to the N-Body Problem and Gravitational Interaction

This paper presents the Theory of Unified Wave Interference (TUWI) and the Universal Pressure Information Model (TUPIM), representing a paradigm shift from dynamic, force-based physics to a static, phase-deterministic model of the Universe. We postulate that the vacuum is not empty space, but a Super-Dense Informational Continuum (SIC) governed by a singular Source Frequency (F₀ₑ₊ 7. 42 10^67 Hz). Matter is redefined as a localized 3D-QR informational code—a standing wave node, or toroidal cavitation vortex, within a universal interference grid. By analyzing the Cosmic Microwave Background (CMB) as a static phase map, we demonstrate that planetary orbits are pre-existing "interference tracks. " This effectively resolves the N-body problem by negating the existence of mutual mass-to-mass gravitational interaction in favor of global phase-locking. The theory provides a rigorous mechanical explanation for the absolute identity of fundamental particles and extends phase determinism to biogenesis and neurophysiology, replacing universal chaos with a static, predetermined geometric topology.