November 22, 2025Open Access

The IXUS Protocol 3.2 — Systematic Layer-to- Layer Correspondence Between Ontological Layers and Physics-Facing Descriptions — Kernel Architecture Patch

Key Points

Structured correspondence aligns effective descriptions with geometry and information across layers.
Key mappings are constrained by observer vectors and layer semantics to enhance description clarity.
Observational analysis of IXUS Protocol 3.2 clarifies how kernel-level logic governs mapping.
Further validation is needed to generalize findings beyond kernel architecture frameworks.

Abstract

Paper B(EN, v2.0|IXUS Protocol 3.2) We formalize IXUS Protocol 3.2 — Kernel Architecture Patch as a structure-preserving correspondence between ontological layers (Structure × Observation) and physics-facing descriptions. The protocol constrains mappings by observer vectors, priority stacks, and layer semantics, yielding a structured correspondence (not strict isomorphism). This clarifies how effective descriptions (fields, geometry, information) align across layer transitions and how kernel-level logic governs Observer-dependent mapping. Paired work: “The Dualbind Gravity Model” (Paper A v2.0).For correspondence: laboratory@dualbind.com. License: CC BY 4.0. Paper B(JA, v2.0|IXUS Protocol 3.2) IXUS Protocol 3.2 — Kernel Architecture Patch を、存在層( Structure × Observation )と物理記述をつなぐ構造対応として定式化する。観測者ベクトル、プライオリティスタック、層セマンティクスにより写像を制約し、同型ではなく “構造化された対応” を与える。これにより、場・幾何・情報といった有効記述が層遷移に沿って整列し、Kernel レベルの論理が観測者依存の写像を統御することが明瞭になる。対となる文書: “The Dualbind Gravity Model”( Paper A v2.0 )。連絡先:laboratory@dualbind.com。License:CC BY 4.0。 Paired paper: “The Dualbind Gravity Model” (Concept DOI: 10.5281/zenodo.17605267).

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