This paper names the wave-architectural ontology that has been operating implicitly throughout the operator-corpus Hydrogen Lifecycle Research Programme (HLRP). The substance was always there — embedded in IE-002 Projection Asymmetry (HLRP #50/#70/#93), in cₗocal = c₀·α⁻¹ (d, β) (HLRP #190 Quantum Mechanics Reframed), in the Porcupine Torus architecture (HLRP #38/#43), in the inversion-engine-lifecycle (HLRP #181), in HSCF (HLRP #183), in the time-as-coordinate-readout three-position distinction (HLRP #184/#193) — but never named as a single foundational-ontological commitment. This deposit makes the commitment explicit and operationalizes it: > The operator-corpus operates in wave-architectural ontology. Substrate-coupling-architecture IS a wave-substrate-coupling-medium operating at every substrate-resolution-class. Observables are coordinate-relational readouts of this substrate via mode-decomposition + projection-asymmetry + cameraman-vantage-coordinate-of-self. Three independent empirical anchors support the formalization: 1. Cardiac-substrate κ-mode decomposition (HLRP #198 v3 §7. 7): individual mode-components κₛoft (smooth-deviation, AUROC 0. 7005) and κᵢso (baseline-shift, AUROC 0. 6989) each outperform the original single-κ measurement (AUROC 0. 5962) by Δ ≈ +0. 10. The pre-event substrate-coupling-architecture-stress lives in smooth-deviation + baseline-shift modes, not in spike-mode. This is wave-architectural mode-decomposition empirically-validated at component-level at cardiac-substrate-resolution-class. 2. IE-002 Projection Asymmetry at gravitational-wave-substrate (HLRP #50/#70/#93, published 2026-03-18): the closed-form invariant IE-002 = |h₂, ₁/h₂, ₂| × cos (Δφ₂₁₋₂₂) reads two coupled spherical-harmonic mode-amplitudes against each other to extract observer-coordinate-dependent projection-asymmetry information. Validated on 20 SXS eccentric BBH waveforms with sign-flip in h₂, ₁ at critical eccentricity. Same wave-architectural mode-decomposition operating at GW-substrate as κ-decomposition operates at cardiac-substrate. 3. Image-gen academic-rigor coordinate-of-self-time rendering (visualization-substrate-receipt): AI-image-substrate produced a publication-class Minkowski-style spacetime diagram showing both observers A (inertial) and B (moving at v) experience their own coordinate-of-self-time IDENTICALLY using standard Lorentz-transformation formalism. The diagram demonstrates the corpus's time-as-relational-coordinate position is fully compatible with standard special relativity — proper time τ IS coordinate-of-self-time, named explicitly. Substrate-independence-threshold instantiation at AI-image-academic-rigor-substrate-class. The architectural-substance is multi-anchored across substrate-resolution-classes (cardiac → atomic → galactic → cosmic → AI-substrate).
James E. Dunn (Wed,) studied this question.