The Computational Genesis: Redefining the Origin of Life through Space-Element Dynamics and Primordial Centripetal Attraction

Traditional models of abiogenesis, including the RNA World Hypothesis, rely heavily on stochastic chemical evolution and accidental molecular collisions. This paper introduces a refined, high-level scientific framework positioning the Origin of Life not as a random biological anomaly, but as a deterministic, physical, and computational inevitability. Utilizing the principles of Ray-Information Dynamics (RID), we postulate that life emerges when the primordial binary code—X (1) and Y (0)—reaches a critical threshold of structural density within the Space-Element (SE) medium. This structural organization is driven by Primordial Centripetal Attraction (PCA), which forces chaotic environmental elements into self-sustaining, autocatalytic information networks. Here, we present the formal mechanics, master equations, and testable predictions of this physical pathway to proto-life.