State-Space Mathematical Formalization of Deterministic Creation–Degradation Systems A Compact Internal-State Theory for MIDF–MCF Dynamics Without Probabilistic Assumptions
State-Space Mathematical Formalization of Deterministic Creation–Degradation Systems A Compact Internal-State Theory for MIDF–MCF Dynamics Without Probabilistic Assumptions
This work provides a compact, equation-based state-space formalization of the Manassero deterministic frameworks for creation and degradation. Internal damage and recovery are modeled as coupled state variables evolving under physically driven fluxes. The formulation unifies irreversible degradation (MIDF) and regenerative or creation-dominated processes (MCF) within a single dynamical system, offering a deterministic alternative to probabilistic reliability and fatigue models. No statistical fitting, stochastic processes, or probability density functions are employed. The paper is designed as a high-citability mathematical reference. LICENSE Creative Commons Attribution–NonCommercial–NoDerivatives 4.0 International (CC BY-NC-ND 4.0) © 2026 Sebastián Héctor Manassero sebastianhectormanassero@gmail.com Manassero, S. H. (2026). THE MANASSERO LAW: DETERMINISTIC CREATION–DEGRADATION SYSTEMS A Unified Operational Framework for MIDF, MCF, and Coupled Dynamics. Zenodo. https://doi.org/10.5281/zenodo.18447608
Manassero Internal Degradation Framework MIDF Manassero Creation Framework MCF Deterministic degradation Creation–degradation dynamics Internal state dynamics State-space modeling Non-probabilistic reliability Mechanical fatigue Electrical aging Thermal degradation Predictive maintenance Digital twins Lifecycle modeling
Manassero Internal Degradation Framework MIDF Manassero Creation Framework MCF Deterministic degradation Creation–degradation dynamics Internal state dynamics State-space modeling Non-probabilistic reliability Mechanical fatigue Electrical aging Thermal degradation Predictive maintenance Digital twins Lifecycle modeling
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