Structured Harmonics in Gravitational Wave Data: Foundations for Metric Engineering and FTL Hypotheses

This research archive presents a series of independent studies identifying persistent harmonic anomalies—centered around ~0.244 Hz and its integer multiples—in gravitational wave strain data from LIGO O3b events. Through a combination of signal processing, quantum theoretical modeling, and brane-resonance frameworks, these harmonics are explored as signatures of structured time, metric modulation, and possible conditions for faster-than-light (FTL) communication. Included are three original papers: FTL.pdf – Core analysis of harmonic detections and proposed spacetime structure. Predicted Neutrino Bursts from Gravitational Wave Events – A teleportation-based model for timing offsets in high-energy neutrino emission. Geometric and Fractal Enhancements to Quantum Correlations – A foundational exploration into Vesica Piscis geometry and local hidden variable corrections to Bell tests. Also provided: Full source code for FFT-based anomaly detection, spectrum analysis, and harmonic clustering. Processing logs verifying all files were systematically analyzed. Data products (anomalies, filtered results, JSON/CSV outputs). This archive is intended to encourage replication, falsification, or further theoretical development by the broader physics community.Results are controversial. Methods are transparent. The implications—if validated—are profound.