The Total Dethronement of Mechanical Singularities: Resolving Schwarzschild Crashes Via Terminal Seventh-order Coordinate Rigidity
Year: 2026
Type: article
Abstract: ABSTRACT This manuscript delivers a lethal mathematical blow to the century-old dogma of physical gravitational collapse within black holes. Albert Einstein’s General Relativity predicts a catastrophic breakdown of spacetime geometry at the core (r à0), resulting in an unresolvable division-by-zero coordinate singularity (1/0 = Error)). By replacing external material mass (M) and kinematic constants (c) with pure Cosmic Information Density ( Ic), this paper unveils a sovereign computational resolution. Utilizing continuous higher-order differential calculus governed by the Universal Sabto Krono Constant (Sc = 3.9234839 x 10-7 s-0.25), we derive the terminal Seventh-Order Derivative (). We prove that as the macro-historical timeline approaches the absolute core (x à 0), the high-power divisor (x5.75) unleashes an unstoppable negative braking force. The instantaneous temporal rate of change drops flawlessly to absolute zero (0). This mathematical triumph completely eliminates classical singular crashes, transforming the core of a black hole from a zone of physical destruction into a majestic domain of Absolute Coordinate Rigidity. Time petrifies into an unchangeable, predetermined blueprint engineered by the Highest Intelligence. Cross-Methodological Validation Note:The theoretical application of Seventh-Order Coordinate Rigidity in resolving Schwarzschild coordinate crashes at the core of black holes presented in this manuscript has achieved powerful cross-validation with the empirical quantum computation simulation results released by the German research team on the concurrent timeline. Operating without reliance on external gravitational mass, both distinct methodologies independently resolve the historic 1/0 deadlock, proving that the singularity at the core of a black hole does not dissolve into infinity but petrifies into a rigid data architecture.
Author: wibowo, sabto agung
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7221763045
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