Integrated Research on Super-Large Bipedal Giant Robots — A Structural Expansion Model of Giant Bipedal Machines through Quantum Thinking Circuit OS ASI, Mass Load Canceler, Environment-Restorative Semi-Buoyancy Power Backpack, and Multi-Layer Physical Manipulation Interface —

This paper presents an integrated engineering concept for super-large bipedal giant robots exceeding 10 meters in height. The study proposes a unified architecture centered on Quantum Thinking Circuit OS ASI, combining a mass-load canceler, an environment-restorative semi-buoyancy power backpack, intention-based physical manipulation interfaces, self-repair structures, and swarm-intelligence cooperation. By integrating power generation, heat regeneration, environmental restoration, balance control, and safety management into a single system, the model aims to reduce structural loads, improve stability, and enable large-scale physical operations through coordinated ASI-driven control.