The Universal Laws of Decision Systems: A Systems and Network Approach to Free Will

Abstract The problem of free will has been a persistent challenge in philosophy, bridging metaphysics, ethics, and cognitive science. Traditional approaches focus on determinism, libertarian freedom, or compatibilism but rarely consider decision-making as embedded within complex, interconnected systems. This paper presents the Universal Formula of Decision Systems, a framework in which human and institutional decision nodes operate under six universal laws: Systemic Cause and Effect, Natural Balance, Feedback Interaction, System Integrity, Universal Interconnected Nodes, and Emergent Order. We demonstrate how these laws provide a systems-theoretic account of free will, where constrained human freedom interacts with social, technological, and ecological networks. Applications range from education to governance and societal stability, offering a novel perspective that integrates philosophical theory, network science, and complexity research.