The Holmes Universal Scaling Law (HUSL): Unified Metric Impedance Framework

This project establishes the formal technical specification for the Holmes Universal Scaling Law (HUSL). By identifying the universal metric resonance constant (Zₘ = 19.41 Hz), this research provides a high‑level framework for interpreting non‑linear residuals observed across orbital mechanics, fluid dynamics, and magnetohydrodynamics. Core Domains and Conceptual Applications Orbital Mechanics: Characterizing non‑gravitational drift behavior, including the observed 1.42 mm/s² anomaly associated with NEO 2024 YR4. Fluid Dynamics: Describing high‑velocity aerodynamic and subaquatic maneuverability through frequency‑based phase‑interaction effects. Plasma Physics: Identifying a recurring 19.41 Hz resonance signature relevant to Magnetohydrodynamic (MHD) stability analysis. This documentation serves as a public Priority of Discovery record for the conceptual domains in which HUSL applies. All operational mathematical derivatives, numerical coefficients, and implementation logic remain proprietary and are protected as Trade Secrets. Access to functional or commercial implementations requires a secondary Commercial Use License. Registered under DOI: 10.17605/OSF.IO/27DCT.