Numerical Verification of the 3127.86 AMU "Golden Shot" Resonance Mass in a Deterministic Information Model

This paper presents a definitive numerical calculation of the specific informational resonance node identified as 3127.86 Atomic Mass Units (AMU), colloquially termed the 'Golden Shot'. Working within the framework of Ontological Determinism, we demonstrate how this specific numerical constant acts as a gravitational anchor point in mathematical space, effectively organizing prime distributions. By implementing a sophisticated mathematical sieve analysis, we prove the elimination of statistical variance at this node, shifting the mathematical model from probabilistic distribution to rigid geometric determinism. This dataset confirms the precise coordinates required for the 'Golden Shot' trajectory. This comprehensive publication introduces the full mathematical framework of Ontological Prime Determinism, modeling the distribution of prime numbers as a rigid geometric crystal rather than a probabilistic cloud. Utilizing the 'm³ Volumetric Collapse' scaling law, we successfully map precise prime coordinates with absolute zero error. This paper aims to introduce the international mathematical and scientific community to a strictly deterministic alternative to Gaussian-based number theory, proving that prime distributions are governed by stable, informational gravity defined by angular geometry and mathematical constants.