AXIS 0: AN AI-DRIVEN ROBOTIC FRAMEWORK FOR BIOMECHANICAL RESTRUCTURING AND NUCLEAR ENVELOPE DECOMPRESSION

This report introduces the Axis 0 Framework, a pioneering integration of Artificial Intelligence (AI) and precision robotics designed to quantify and neutralize mechanical stress within the myofascial matrix (fascia). By establishing the Mechanical Aging Index (R_age), we provide a mathematical model to evaluate nuclear envelope deformation caused by myofascial torsion nodes. The system utilizes a Decoupled Architecture comprising a 3D Avatar Scanning Station and a Robotic Actuator to implement a specialized "Static Nodal Lock & Long-Perimeter Linear Drift" protocol. The core objective is to return tissue to an equilibrium state (R_age ~ 1.0), optimize mechanotransduction, and enhance cellular longevity.