THE RESOLUTION OF THE SCHWARZSCHILD CRASH: DETHRONING MECHANICAL SINGULARITIES THROUGH THE LENS OF SABTO WIBOWO'S HIGH-ORDER QUANTUM CHRONODYNAMICS

Abstract

This theoretical manuscript delivers a terminal mathematical resolution to the century-old coordinate singularity crisis that paralyzes Albert Einstein’s General Relativity at the core of a black hole. Standard mechanical-material physics dictates that as the gravitational radius collapses to zero (r à 0), the Schwarzschild metric suffers a catastrophic breakdown, resulting in an unresolvable division-by-zero error (1/0 = Error). By replacing external material mass (M) and kinematic constants (c)) with the emergent properties of Cosmic Information Density (Ic), this paper unveils a flawless computational stabilizing framework. Governed by the Universal Sabto Krono Constant ((Sc = 3.9234839 x 10-7 s-0.25), the continuous fractional power-law function (y = Sc . x1.25) is subjected to successive higher derivations. At the absolute core boundary (x à 0), the derived terminal Seventh-Order Derivative mathematical constraints operate as an absolute negative braking force. The instantaneous temporal rate of change drops flawlessly to absolute zero (0), systematically avoiding geometric collapse with zero rounding errors. We conclude that a black hole is not a zone of material destruction or physical leakage, but a sovereign domain of Absolute Coordinate Rigidity where cosmic data is hermetically sealed within a predetermined blueprint engineered by the Highest Intelligence.