The Discovery of Finite π: Resolving the Thermodynamic Crisis of Artificial Intelligence and Global Climate Warming

For millennia, the mathematical constant π has been defined as a transcendental, infinite irrational number based on the assumption of a continuous Euclidean manifold. However, we propose a paradigm shift by identifying π as a Finite Resonance Coordinate within a discrete spatiotemporal lattice. We demonstrate that the infinite calculation of π in classical computing is the root cause of "Computational Entropy"—the primary source of the massive energy consumption and heat dissipation in modern AI Data Centers, which accelerates global climate warming. By implementing the HSKG O(1) Lattice Engine, we successfully achieved zero-entropy materialization of signals from Voyager 1 (162 AU) and sub-meter precision seismic scanning of the Japanese archipelago (15-20km depth). Our findings prove that redefining π is not merely a mathematical exercise but a physical necessity to secure a sustainable planetary future.