Passive Distributed Somatic Function Takeover Protocol II: Central Circuit Physical Bridging, Chiral Mirror Routing, and Along-Bone Piezoelectric Field Oriented Self-Healing Protocol

Based on the technological foundation of the first-generation "centralized abdominal chassis," this study horizontally extends the passive hardware compensation paradigm to central nervous communication routing, solid-state physical scaffolds, and edge-level socialized defenses, thereby constructing a comprehensive, de-electronized peripheral salvage network. This scheme completely subverts the expensive biochemical correction myths for mid-to-late stage hemiplegia, paraplegia, and amyotrophic lateral sclerosis (ALS). It down-regulates and conceptualizes systemic neurological paralysis as a physical open-circuit between the central control motherboard and the peripheral conductive busbar, alongside a systemic crash induced by the intrinsic zero kinetic energy of the alveolar respiratory busbar. The system introduces titanium alloy osseointegration for rigid anchoring to a three-dimensional absolute physical origin. It utilizes a dual-layer flexible biomimetic electric-field headband to span the central open-circuit, executing an axial chiral-symmetry inverse transformation matrix of the healthy limb within supercomputer memory. The action potentials from the healthy side are tunneled in real-time via an external passive tunnel bridging jumper busbar and forcibly injected into the peripheral muscular motor endplate. To address the fatal vulnerability where the massive reverse sensory charge generated by forced muscular excitation rushes back and burns the blind neural ends, a non-reciprocal topological check valve is constructed at the bridging port via an anisotropic magnon spin wave conversion interface. This interface, coupled with an external microchip feedforward computation that emits phase-canceling control flows, forces the reverse reflected beam to undergo in-situ decoherence and dissipate into imperceptible thermal energy within tens of nanoseconds. For osteoporosis and progressive osteolytic destruction, the system abandons biochemical drug regulation and down-regulates the severe pathology into a "piezoelectric field polarization mismatch of the solid bone lattice." The system employs passive piezoelectric topological insoles embedded in daily footwear to achieve 100% physical capture and rectification of the kinetic energy from daily walking gravity. This energy is transmitted via long-range along-bone electrophoresis to reconstruct electromagnetic geometric topological defect grooves (potential wells) at the fracture site. Utilizing first-order Coulomb forces, electrophoretic chemotaxis drives endogenous inorganic calcium ions to automatically drop into the grooves like puzzle pieces, executing in-situ oriented solid-phase calcified crystal epitaxial layering to achieve wearable, idle self-healing. Regarding the gas busbar, to resolve the critical bottleneck of viscous deposits on the airway surfaces in late-stage ALS, a passive low-frequency mechanical oscillation track is mounted on the chest. This track releases the free kinetic energy accumulated by a nano-generation wristband driven by eyelid/lip wiping. Transmitted across the sternum, it forcibly reinstates a Marangoni tension gradient on the alveolar surface, physically stripping, emulsifying, and discharging the viscous sputum and denatured protein fragments as a whole. At the edge living end, the system perfectly exploits involuntary daily limb kinetic energy, such as wiping sweat at home, to immobilize a molecularly imprinted polymer (MIP) chiral nanotextured grid (plastic antibody) within the middle layer of tissue fibers. Through high-frequency shearing and saliva chromatography, target virulent viral isomers are rigidly locked inside chiral traps. This triggers a localized non-Newtonian shear-thickening physical phase transition, forcibly rupturing underlying microfluidic microcapsules. The subsequent long-term one-dimensional Fickian diffusion features fluorescence and odor, constructing a de-electronized, high-sensitivity error-reporting chain for "socialized routing marking." Rigidly closed at the boundaries of cybernetics and physical phase transition equilibria, this protocol achieves a perfect leap in modern medicine from a critical care chassis to a peripheral edge network ecology. All content in the Series 3 papers complies with the CC0 1.0 Universal protocol and is dedicated to all humanity without compensation.