Resonant Hunter v8.4: Identifying Non-Stochastic Gravitational Lensing Signals at 232.04 Hz in O4a Data.

This repository contains the source code (Resonant Hunter v8.4), mathematical datasets, and technical documentation of the Universal Applied Time (UAT) framework. The UAT theory provides a deterministic solution to the Hubble Tension by redefining Dark Energy (Ω Λ ) not as a cosmological constant, but as the thermodynamic byproduct of Temporal Friction (η p) against the Causal Stress Field. Key Contributions: Hubble Tension Resolution: Mathematical proof that H0=73.00 km/s/Mpc emerges naturally from the Causal Coherence Constant (κ crit≈1.0×10 −78 ). LIGO Signal Extraction: Introduction of the 8-Phase Rotational Interference model to isolate the 232.04 Hz resonance (Cardiff Residual) in O4a/O5 data. Temporal Finitude: Evidence of a cyclic multiversal model where energy exceeds local containment, triggering a "Grand Shot" through gravitational valves (Black Holes). Included files provide CSV datasets, Python scripts for cross-validation against ΛCDM, and high-fidelity signal reconstructions. This work establishes the Firma del Higo (7% thermal margin) as a fundamental pulse of the causal structure.