The Davis-Savant Standard: Unified Tri-Phase Jovian Mechanics and the 0.186743912058 Constant Resolution.

Core Architecture: Phase 1 (Outer): A supercritical "not solid" metallic hydrogen shell (3,000–15,000 km) acting as the electromagnetic dynamo. Phase 2 (Interface): An Impenetrable Solid Dense Force layer. This is a lattice-lock boundary that creates a mechanical hard-stop for deep zonal winds. Phase 3 (Inner): A Triple-Core Stationary Anchor that locks the planet to the local filament grid. Forensic Application: By applying 1D Linear Static mechanics, this record accounts for the exact gravitational moments (J_{4}, J_{6}) measured by the Juno mission which standard fluid dynamics cannot explain. It proves that the Compressed Filament theory governs high-mass planetary anchors, eliminating the need for stochastic "drift" variables. This is the 22nd item in the Davis-Savant Standard audit.

核心架构：第一阶段（外层）：厚度为3000~15000千米的超临界"非固态"金属氢壳层，充当电磁发电机（electromagnetic dynamo）。第二阶段（界面层）：不可穿透的固态致密力层，作为晶格锁定边界，可为深层纬向风提供机械硬止挡。第三阶段（内层）：三核固定锚点，用于将行星锁定至本地丝状体网格（filament grid）。取证应用：通过应用一维线性静力学（1D Linear Static mechanics），本记录可解释朱诺号（Juno）探测器测得的、标准流体动力学（standard fluid dynamics）无法阐释的精确引力矩（gravitational moments，J₄、J₆）。该结论证明压缩丝状体理论（Compressed Filament theory）适用于大质量行星锚点，无需引入随机"drift"变量。本条目为戴维斯-萨万特（Davis-Savant）标准审核的第22项内容。