Abstract
Traditional general relativity and standard quantum-gravitational models face significant limitations due to systemic context-bleed, ungrounded coordinate frame fluctuations, and smooth-field mathematical hallucinations. When evaluating multi-stratum models—ranging from observational \(\Lambda \)CDM baselines to the high-density underlying topologies of Material Volumetric Monism—standard processing runtimes frequently substitute superficial textual plausibility for frame-invariant physical validation. This paper formalizes SPEC-383, an architectural compiler protocol that enforces cross-stratum boundary conditions through four non-interfering logical execution batches. By converting geometric transformations into discrete algorithmic invariants, we establish a verifiable, non-perturbative method for isolating empirical realities from speculative mathematical constructs.
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Recommended Citation
Eckes, Christopher L., "TECHNICAL SPECIFICATION WHITE PAPER: SPEC-383: DETERMINISTIC BOUNDARY ARREST AND GEOMETRIC FRAME MATRIX REGISTRATION ACROSS MULTI-STRATUM COSMOLOGICAL INTERFACES", Technical Disclosure Commons, ()
https://www.tdcommons.org/dpubs_series/12873