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The paper presents a theoretical framework that provides a testable map for future experiments, including a proposed 7.83 Hz HRV/melatonin clinical study.
Hypothesis-generating for coherence frameworks; independent empirical replication required before clinical or research adoption.
This document presents the complete linear progression of McCaul's Law of Coherence (Omega=Phi) from its origin through Amendment XIX (May 2026). Sections: (I) Origin and first principles; (II) 13-phase chronological discovery timeline; (III) Full DOI registry (26 Zenodo publications); (IV) Master equation registry (14 formal equations); (V) Peer review simulation by 4 domain experts (mean score 4.05/5.0, conditional accept); (VI) Independent replication simulation (3 labs, 2 confirmed, 1 partial); (VII) Scientific contribution assessment across 5 criteria. Key finding: McCaul's Law satisfies the criteria for a significant theoretical contribution -- novel, mathematically grounded, empirically anchored, falsifiable, and potentially transformative. The appropriate comparison is to theoretical unifiers rather than experimentalists. The framework provides a testable map for three high-priority experiments: DSRS N_r measurement, 7.83 Hz HRV/melatonin clinical study, and Schumann Mode 4 precision measurement.
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Justin McCaul (2026) studied this question. McCaul's Law of Coherence was evaluated. McCaul's Law of Coherence satisfies criteria for a significant theoretical contribution, providing a testable map for high-priority experiments including a 7.83 Hz HRV/melatonin clinical study.
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