The Recursive Supply Chain: A YBIM Paradigm for Adaptive, Sustainable, and Resilient Logistics

What if supply chains could think, adapt, and evolve - just like living systems? The Recursive Supply Chain: A YBIM Paradigm for Adaptive, Sustainable, and Resilient Logistics reimagines global logistics through the lens of Yearning-Based Infinity Mathematics (YBIM) - a groundbreaking mathematical framework rooted in recursive intelligence, dynamic feedback, and epistemic flows. This paper introduces a next-generation supply chain model capable of: Adapting in real-time to disruptions, Minimizing costs through recursive corrections, Maximizing resilience in volatile markets, and Driving sustainable economic impact across nations. Supported by 26 formal theorems, real-world simulations, and performance benchmarks against traditional models, this work lays down the blueprint for a future where supply chains don’t just function - they yearn. Whether facing geopolitical shocks, climate crises, or digital attacks, this model shows how recursive logistics can self-heal, self-optimize, and reshape global trade. A must-read for economists, policymakers, logistics leaders, and system thinkers, this paper marks the dawn of a new era in supply chain theory - where recursion replaces rigidity, and resilience becomes emergent.