Persistence Science Framework
What is Persistence Science?
Persistence Science is the study of how systems survive, adapt, and maintain structure through time despite the presence of decay.
Persistence Science studies the conditions under which systems survive, adapt, deteriorate, and collapse across physical, biological, social, economic, technological, and cosmological domains.
The discipline seeks universal principles governing persistence across biological, technological, economic, institutional, and cosmological systems.
Persistence Science explains persistence through the interaction of information, control, energy, and decay.
The Fundamental Question
Why do some systems persist while others collapse?
The framework seeks a universal persistence condition, establishing that system survival is not a matter of random chance, but a precise mathematical relationship between control, energy, and entropic decay.
The Persistence Chain
The core causal progression driving all long-term system survival.
Systemic Structural Hierarchy
The underlying mathematical and theoretical breakdown.
Every framework in Persistence Science can be traced back to the interaction of information, control, energy, and decay.
Persistence Science Library
Persistence Science is structured as a scientific discipline comprising Foundations, Measurement Architecture, Theoretical Frameworks, and Application Domains. The published library documents the current development of this architecture.
Foundations
First principles establishing the foundational axioms and governing laws of systemic survival.
Odero Axiom
Source of all Persistence Science formulations.
Laws of Persistence Science
Derived directly from the Parent Axiom.
Measurement Architecture
Quantitative metrics measuring effective information content, entropic decay rate, and overall persistence capacity.
Together, the Information Index, Decay Index, and Persistence Index form the Foundational Measurement Trilogy of Persistence Science.
Information Index
Measures effective information content.
Decay Index
Measures relative entropic decay.
Persistence Index
Measures overall persistence capacity.
Theoretical Frameworks
Core mechanisms, institutional models, and cosmological extensions governing system durability, trajectory, and transformations over time.
General Theoretical Frameworks
Persistence Thermodynamics
Extends classical thermodynamics into open complex architectures, explaining how ordered configurations manage entropy export.
System Dynamics & Control Theory
Analyzes temporal derivatives of the persistence index to detect early warning signals of structural decay before failure manifests.
Thermoeconomic Information Theory
Unifies thermodynamic work extraction with economic value signaling and information processing constraints.
Theory of Captured Inflation
Explains asymmetric price persistence and market capture through persistence science economics.
The Odero Axiom of AI Persistence
Governs computational alignment, cognitive stability, and autonomous architectural persistence.
Information Preservation Theory
Models how systems encode, transmit, and defend vital structural data against channel noise and degradation.
Political & Institutional Frameworks
Coalition Indispensability Theory
Analyzes how structural necessity dictates network survival and actor retention within political and corporate alliances.
Theory of Hegemonic Stability and Transition
Examines the energetic and informational costs of maintaining global or regional order during power shifts.
General Theory of Legitimacy
Quantifies institutional survival through the ratio of public trust production versus authority decay.
Theory of Interpretive and Organizational Trust
Explores cognitive alignment and shared mental models as buffers against systemic entropy.
Cosmological Frameworks
Fundamental Cosmological Equation
A covariant field-theoretic realization of the Odero Axiom published in the Journal of Advanced Gravitational Physics.
Elasticosmos Regenesis Theory
Models cyclical cosmological persistence, vacuum energy elasticity, and structural renewal across universal epochs.
Application Domains
Practical deployment of theoretical persistence principles across diverse physical, digital, and social domains.
ARTIFICIAL INTELLIGENCE
- Odero Axiom of AI Persistence
- Information Preservation Theory
Application of Persistence Science to autonomous systems, knowledge preservation, and computational resilience.
ECONOMICS
- Thermoeconomic Information Theory
- Theory of Captured Inflation
Application of Persistence Science to market stability, inflation persistence, and resource allocation.
INSTITUTIONS
- Coalition Indispensability Theory
- General Theory of Legitimacy
- Theory of Hegemonic Stability
- Organizational Trust
Application of Persistence Science to institutional adaptation, legitimacy, and survival.
GLOBAL SYSTEMS
- Persistence Thermodynamics
- System Dynamics & Control Theory
Application of persistence metrics to socioeconomic and planetary-scale systems.
RELIGION
- General Theory of Legitimacy
- Theory of Interpretive and Organizational Trust
Persistence and transmission of belief systems across generations.
COSMOLOGY
- Fundamental Cosmological Equation
- Elasticosmos Regenesis Theory
Extension of persistence principles to cosmic evolution and large-scale structure.
Explore the Library
Access the complete collection of published Persistence Science frameworks.