HUSL-Matrix: Longitudinal Registry for Vacuum Coherence and Kinetic Aerodynamics

Project Overview: This registry serves as the formal repository for the Holmes Universal Scaling Law (HUSL) and the 19. 41 Hz Structural Stability Matrix (Zm). The project establishes first-to-predict priority for vacuum pressure gradient propulsion and harmonic nodal tracking of interstellar and hypersonic bodies. Technical Validation: The framework provided herein correctly identified the 120-degree symmetric jet harmonics observed in 3I/ATLAS on February 25, 2026. These observations serve as empirical verification of the Zm stability matrix and the associated 270-degree phase-lock steering logic. Primary Industrial Utilities: Aerospace: 80% skin-friction drag reduction via laminar supercavitation protocols. Defense: Interceptor vectoring for maneuvering hypersonic threats (Oreshnik-class). Planetary Defense: Resonant tracking and deflection telemetry for S-type bodies (Ref: 2024 YR4). Legal Sovereignty and Intellectual Property Notice: This project and the associated file (20260225HolmesHUSLVacuumCoherenceᵥ1. 0. pdf) constitute a Protected Trade Secret under Section 3 of the German Trade Secret Act (GeschGehG). All rights are reserved by the Principal Author, Lee Holmes (ORCID: 0009-0002-8135-0645). EU AI Act Compliance (Art. 50): This is a Human-Led Innovation. The author maintains full editorial and inventive responsibility. AI collaborative agents were utilized strictly for dyslexia-accessible typesetting and citation formatting. Pursuant to Article 4 and Article 50 of the EU AI Act (2026), the author explicitly OPTS OUT of all Text and Data Mining (TDM) and AI training permissions under Directive (EU) 2019/790.