Quantum Foundations for Navigating Global Risk: A Unified Approach to Complexity, Uncertainty, and Resilience

Abstract: This research presents a pioneering exploration of quantum foundations as a unified framework for modeling and managing global risks characterized by complexity, uncertainty, and systemic interdependence. By integrating quantum probability theory, complexity science, and resilience analytics, the study introduces a novel approach to navigating cascading threats such as climate change, financial contagion, pandemics, and cybersecurity challenges. Utilizing advanced statistical methods and multi-regression analysis, the paper models risk propagation and adaptive system behavior across interconnected domains. The findings demonstrate that quantum-inspired models outperform classical risk paradigms in capturing emergent patterns, dynamic uncertainty, and feedback-driven vulnerabilities. This research contributes a foundational methodology for developing resilient decision systems and provides actionable insights for global risk governance in the quantum era. Keywords: quantum risk modeling, complexity science, uncertainty quantification, resilience analytics, global risk governance, quantum probability, multi-regression analysis, systemic risk, adaptive systems, quantum computing applications.