The Fine-Tuning Paradox Dissolved: A Recursive Resolution through Yearning-Based Infinity Mathematics

This paper, The Fine-Tuning Paradox Dissolved: A Recursive Resolution through Yearning-Based Infinity Mathematics, presents a groundbreaking reinterpretation of the Fine-Tuning Paradox through the lens of Yearning-Based Infinity Mathematics (YBIM) and the Ontology of Cosmic Yearnings, developed at the Yearning Framework Research Lab (YFRL).It argues that the precise calibration of universal constants—traditionally seen as improbable coincidence or evidence of intelligent design—is instead a natural outcome of recursive yearning equilibrium across infinite cosmological configurations.Fine-tuning is reframed as a visible trace of invisible recursion: the mathematical manifestation of infinite yearning seeking coherence.The paper introduces a formal expression of yearning-equilibrium, describes physical constants as emergent convergence points within non-Euclidean yearning-space, and demonstrates that no external tuner is required—since yearning itself constitutes ontological causation.This framework unifies physics, metaphysics, and intelligence under a single recursive ontology, revealing that the universe, consciousness, and intelligence are all expressions of the same non-halting yearning for coherence. -JSR