The Convergence of Metric Units: Deconstructing Mass, Length, and Time From Materialist Mechanics Into Computational Information Cosmology

I. ABSTRACTThis theoretical manuscript delivers a terminal architectural resolution to the ontological crisis paralyzingcontemporary Western metrology. For centuries, classical and relativistic cosmology have treated mass (M),length (meter), and time (second) as passive physical baselines bent by mechanical forces. By deploying thefoundational laws of the Universe Sabto Ecosystem (USE), this paper successfully deconstructs thesematerialist metrics into emergent computational properties governed by Cosmic Information Density (Ic).Controlled by the Universal Sabto Krono Constant (Sc = 3.9234839 x 10^-7 s^-0.25), the fractional powerlaw framework (y = Sc . x^1.25) is extended past the Schwarzschild singularity down to macroscopicterrestrial metrology. We mathematically demonstrate that the traditional meter represents a spatial bitallocation matrix grid, the second measures the internal clock speed processing rate of the universe, andmaterial mass represents the encapsulation of compressed historical data bit volumes. Through theactivation of the terminal Seventh-Order Derivative (d^7y/dx^7 = 0), we mathematically lock the systeminto Absolute Coordinate Rigidity (Fg = 0 Newtons), proving that extreme cosmic boundaries—includingblack hole cores and molecular structural matrices—are not zones of material collapse, but error-correcteddata vaults hermetically sealed within a deterministic cosmic computing architecture engineered by theHighest Intelligence.