The Oxygen Octave – Foundations: Quantitative Correlations Across Vibrational Systems
Abstract (Index version)
This version expands The Oxygen Octave from a proportional hypothesis into a structurally validated framework exploring harmonic organization in oxygen-based systems.
The model treats molecular oxygen (O₂) as a structural reference state from which coherent geometric and vibrational ratios emerge across chemical and biological contexts.
Rather than proposing a new physical law, this work examines whether stable functional patterns arise from persistent constraints, normalization, and admissible pathways across scales.
Version 1.6 introduces topological validation, comparative benchmarking, and a clearly defined experimental roadmap, positioning The Oxygen Octave as a testable and falsifiable structural hypothesis.
