QUANTUM RESOLUTION TO-THE STATISTICAL-THERMODYNAMIC IN THE EXISTENCE OF LIFE

Abstract

[Note: Translated with the assistance of Artificial Intelligence. Version 3 provides the full English translation of Version 2, which was originally written in Indonesian] This theoretical paper proposes a resolution to the apparent contradiction between classical statistical probability and non-equilibrium thermodynamics regarding the origin of life. While combinatorial statistics views life as a highly improbable anomaly, thermodynamics regards it as an efficient dissipative consequence. We hypothesize that quantum mechanics acts as an absolute mathematical determinism bridging these two realms, shifting the probability of life from a statistical accident to a universal inevitability via the quantum Zeno effect and local modular assembly.