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Framework synthesis outlines a unified lineage of force-control modules for biomechanical systems, establishing operational standards for gravity-independent human stability.
The taxonomy body establishes the complete DOI‑indexed lineage of the Newtonian Biomechanical Force‑Control Discipline. It documents Taxonomies 1–15 as the foundational scientific structures defining origin‑force behaviour, clamp‑force measurement, pelvic vector‑laws, tilted‑pad geometry, multi‑directional ligamentotaxis, collapse‑mechanics, rejuvenation‑mechanics, and the commercial force‑control business system.The SYSTEM LINEAGE block provides the authoritative reference list for all published taxonomies, ensuring continuity, inheritance, and discipline integrity across the coded‑app architecture. Each taxonomy contributes a specific Newtonian force‑control domain, forming the unified structural, measurement, and operational framework required for gravity‑independent human biomechanical stability.This lineage is the core body data of the discipline and serves as the governing reference for TAXONOMY 16.
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Thomas McKernan (2026) studied this question.