Dynamic Emergence of Room-Temperature, Ambient-Pressure Superconducting States via a Multi-Hierarchical Quasiparticle Complex, and a Theory of Selective Interaction Control — Proposal of a Multi-Agent AI-Controlled System with Metamaterial Spacers and Self-Referential Limiters —

This paper proposes Q-MODULE_06, a principle device that achieves room-temperature, ambient-pressure superconducting states and complete environmental isolation without relying on specific material compositions. By decoupling electrons, phonons, and magnons via metamaterial spacers and dynamically controlling their phases using a multi-agent AI system, the device suppresses noise, confines internal events, and ensures stability through a Gödel-based logical limiter, redefining superconductivity through computational control.