THE MANASSERO CREATION FRAMEWORK (MCF) A PARALLEL DETERMINISTIC BRANCH EMERGING FROM MANASSERO LAW Deterministic Formation, Accumulation, and Saturation in Finite Systems

This article introduces the Manassero Creation Framework (MCF) as a new deterministic framework that emerges in parallel to the Manassero Internal Degradation Framework (MIDF), both originating from the underlying Manassero Law. While MIDF formalizes irreversible degradation, damage accumulation, and failure progression, MCF addresses deterministic formation, accumulation, and saturation of structured states under finite capacity constraints. This paper demonstrates that the same canonical state-evolution equation governs both degradation and creation, differing only in boundary orientation and target state. All examples use real measurable data, no probabilistic fitting, and no post-hoc calibration. The framework provides a reversible, universal deterministic law that can be applied to: Industrial growth processes (e.g., coatings, deposition) Biological early-stage growth (e.g., bacteria, tissue formation) Physical systems approaching saturation (capacitor charging, chemical kinetics) Informational systems with finite storage capacity LICENSING Creative Commons Attribution–NonCommercial–NoDerivatives 4.0 International Commercial use requires explicit authorization © 2026 Sebastian Hector Manassero