Global Molecular Protection System Under Extreme Earth Weather: Dual-Scheme Design Based on Cross-Domain Balance Theory and Self-Circulating Energy Logic

This paper proposes a planet-level molecular protection system to address existential threats posed by extreme global weather, anchored in the "1 + (-1) = 0" cross-domain balance theory derived from quantum mechanics, condensed matter physics, and thermodynamics. The core goal is to achieve full-cycle self-consistency of "extraction-protection-energy-decision-deployment" without relying on extraterrestrial resources, enabling Earth to self-defend against extreme temperatures (up to 1000℃) through its own resources. The system comprises two complementary core schemes: 1. High-Temperature Self-Repair Satellite (HTRS) + Continental Mineral Molecular Extractor: The satellite adopts a six-layer modular architecture (carrier structure, thermal protection, core payload, energy supply, self-repair, ground/inter-satellite support) with key technologies including ceramic-based PCM phase change thermal storage, SiC/graphene composite thermal barrier coatings, and a Real-Time Injection Self-Repair System (RIS) for on-orbit damage repair. The mineral extractor realizes standardized production of 50-200nm nano-precursor suspensions from shallow continental minerals (graphene, quartz, alumina), with three optimized formulas for heat resistance, evaporation inhibition, and self-healing, supporting stable mixing with seawater (70% water + 30% mineral ratio). 2. Water-Oil Molecular Global Shield + All-Resource Adaptive Extractor: The shield leverages the complementary properties of quantum-topology-optimized water molecules (heat resistance) and self-compacting oil molecules (density), forming a 0.05-0.5mm dense film at 10-20m above the surface, with dark energy capture and zero-point energy compensation for dynamic energy balance. The all-resource extractor integrates quantum state sensing, atomic-level extraction, and ternary decision-making, autonomously converting Earth’s minerals, seawater, biological matter, and even dark matter into shield-adapted materials, achieving "Earth protects Earth" through a closed loop of "extraction-injection-recycling". Key technologies include: ternary meta-atomic computing (decision delay