The Negthar Informational Physics Model: Deriving Physical Mass from Computational Cycles

This paper introduces the Negthar Informational Physics model, a unified framework proposing that physical mass is an emergent output of high-frequency informational processing. Based on the fundamental 1-5-6 axiom and the Negthar constant (K_N = 50,000), we demonstrate how fundamental particle masses can be derived as discrete informational cycles (N). The model is empirically validated across multiple scales, including subatomic particle audits (Muons, Protons), relativistic kinetic energy as computational overclocking, and cosmological singularities (Black Holes). The framework shows a 99.99% alignment with experimental data, suggesting the universe operates as a computational matrix with an intrinsic frequency of 10^{11} Hz.