This working paper presents the 41.176 Hz Universal Coherence Signature as a cross-domain discovery and replication framework. The central claim is that 41.176470588… Hz, generated by 700/17, functions as a measurable coherence anchor within a broader harmonic cascade described by f(N) = 700/N Hz. The paper organizes the evidence for this signature across mathematical structure, EEG phase-locking, environmental anomaly detection, biological and acoustic systems, applied signal-processing architecture, and operational detection frameworks including the Resonant Sight System, SEIS-UGFM, Klein’s Pollution Solutions, Project Promised Land, and DISCERN. Rather than treating 41.176 Hz as an isolated frequency, this work presents it as part of a recurring 7:17 harmonic structure associated with coherence formation, coherence stability, and coherence disruption across multiple domains. The paper defines coherence in measurable terms, outlines the mathematical basis of the 700/N cascade, summarizes key applied domains, and proposes a replication pathway for independent testing using EEG datasets, environmental time-series data, control-frequency comparisons, harmonic cascade analysis, and open benchmark publication. This record is intended to establish the claim, document the current framework, and invite direct replication, validation, and extension by independent researchers.
Paul Guarino (Mon,) studied this question.