The Thermodynamic Imperative of Life: A Topological Reinterpretation of the Miller-Urey Experiment under the Framework of Quantum Diffusion (DQ-12)

The Miller-Urey experiment (1953) is widely regarded as the foundational evidence for prebiotic synthesis, interpreted by orthodox biochemistry as proof that the molecules of life arose through stochastic collisions (a "chemical lottery"). In this work, we apply the principles of the Quantum Diffusion (DQ-12) theoretical framework to refute the chance hypothesis. By modeling the primordial soup as a continuous topological fluid under extreme stress, we demonstrate that amino acid formation is not a statistical accident but a thermodynamic relaxation imperative. Complex organic structures emerge as "minimum friction attractors" or topological valves designed to dissipate the asymmetry injected into the medium. We conclude that life and intelligence are not cosmic anomalies but deterministic and highly efficient mechanisms of the universe for accelerating the dissipation of geometric stress, which necessitates a re-evaluation of the Fermi Paradox and the cosmological purpose of biology.