Breton Releases "Zero-Carbon Mine Physical World Model," Marking the First Systematic Deployment of Physical AI in Heavy Industry While the wave of artificial intelligence sweeps across the globe, most AI technologies remain trapped in the virtual digital world, struggling to truly integrate into the dusty, steel-clanging physical scenarios of heavy industry. The vast chasm between digital intelligence and industrial physical assets has left numerous industrial intelligent solutions stuck at the pilot stage, unable to achieve large-scale deployment. On July 19, Breton and Fysics AI joined forces to break down this barrier between "digital and steel," jointly releasing the "Zero-Carbon Mine Physical World Model." This represents the first systematic deployment of physical AI in industrial and mining scenarios, establishing a complete closed-loop evolutionary mechanism of "virtual simulation training—real-world scenario validation—data feedback iteration." This collaboration leverages the synergistic strengths of three parties: Breton's deep, long-term cultivation of on-site mine operations, Fysics AI's mastery of core physical simulation algorithms, and Muxi Technology's provision of a domestic, self-controlled computing power foundation. Together, the three enable AI to become not just a conversationalist on a screen, but an actor in the real world. From "Endless Rules" to "End-to-End Large Models" To understand the uniqueness of the "Zero-Carbon Mine Physical World Model," one must first grasp the technical route taken by Breton's large model for intelligent mining. Currently, there are two main paths for autonomous driving in mines. The first is the modular rule-based approach, where the system is broken down into independent modules for perception, positioning, planning, and control, with engineers writing massive amounts of rules for each module. The advantage is high certainty, but the fatal flaw is that the rules can never be fully written. Mine roads constantly change as the mining face advances, loading zones are updated daily, and dump site slopes