Metrological Validation Protocol for the Conformal Metric Modulation Framework: Nano-Cavity Design and Attosecond EUV Interferometry Protocols

This technical report details the formal metrological architecture, experimental design, and statistical falsification frameworkrequired to empirically validate the suppression of the classical Landauer dissipation bound (∆Q → 0) and the existenceof the localized vacuum propagation delay (∆τ ≈ 4.25 × 10−18 s) predicted by the Conformal Metric Modulation framework. We outline a dual-phase, substrateindependent scanning protocol executing high-harmonic generation extremeultraviolet (EUV) attosecond pump-probe spectroscopy inside isotopic carbon-13 enriched nanometric cavities (R = 8.0×10−9 m) shielded via monolayer graphene mechanical rigidity. A rigorous frequentist modified Student’s t-test incorporating thebalanced ternary logic compression factor (κ ≈ 0.6309) is formalized to filter thermodynamic white noise from environmental fluctuation-dissipation relations at 310 K.