Knowledge Atlas & Repository

Persistence Science Library

Foundations, Measurement Systems, Theoretical Frameworks, and Application Domains.

A structured knowledge atlas of the Persistence Science discipline. The Library documents the development of Persistence Science through its foundations, measurement systems, theoretical frameworks, and application domains.

Information → Information Control → Persistence Capacity → Persistence

Foundations ↓ Measurement Architecture ↓ Theoretical Frameworks ↓ Application Domains

17 Published Works • 2 Foundations • 3 Measurement Frameworks • 12 Theoretical Frameworks • 6 Application Domains

Peer Reviewed and Published in JAGP

The Fundamental Cosmological Equation: A Covariant Field-Theoretic Realization of the Odero Axiom

Published: September 2026 JAGP ID: JAGP-2026-PS01 DOI: 10.5281/zenodo.21991847

Formalizing the covariant field-theoretic realization of the Odero Axiom in peer-reviewed literature, establishing how information control and entropic decay govern cosmic evolution and large-scale structural persistence.

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Recommended Learning Path

New to Persistence Science? Follow this structural progression:

Step 1 Odero Axiom (PS-F01)

Step 2 Laws of Persistence Science (PS-F02)

Step 3 Information Index (PS-M01)

Step 4 Decay Index (PS-M02)

Step 5 Persistence Index (PS-M03)

Step 6 Theoretical Frameworks

Step 7 Application Domains

Foundations

Foundational papers establish the mathematical principles upon which the Persistence Science Framework is built.

FOUNDATION

PS-F01: Odero Axiom

C(I) × E > D

The foundational persistence condition governing survival, adaptation and collapse.

Knowledge Atlas Relations Depends On: None (First Principle)
Supports: The Laws of Persistence Science, Measurement Architecture, Theoretical Frameworks
Referenced By: All Application Domains

FOUNDATION

PS-F02: Laws of Persistence Science

Codified universal laws governing the emergence, maintenance, adaptation, and dissolution of complex systems.

Knowledge Atlas Relations Depends On: Odero Axiom
Supports: Measurement Architecture, Theoretical Frameworks
Referenced By: Global Systems, Institutional Models

Measurement Architecture

Quantitative frameworks used to measure information, decay, and persistence across adaptive systems.

Foundational Measurement Trilogy

Information Index Decay Index Persistence Index

MEASUREMENT

PS-M01: Information Index

I = S × ηI

Quantifies information as the product of Information Structure and Information Efficiency.

Knowledge Atlas Relations Depends On: Odero Axiom, Laws of Persistence Science
Supports: Decay Index, Persistence Index

MEASUREMENT

PS-M02: Decay Index

D = f(S, t, e)

Quantifies entropic and structural decay pressures operating across complex systems.

Knowledge Atlas Relations Depends On: Information Index
Supports: Persistence Index, Theoretical Frameworks

MEASUREMENT

PS-M03: Persistence Index

Ω = P/D

A dimensional persistence metric for evaluating system state against decay pressures.

Knowledge Atlas Relations Depends On: Information Index, Decay Index
Supports: All Theoretical Frameworks

Theoretical Frameworks

Core and specialized theoretical models extending foundational principles across complex systems.

THEORY

PS-T01: Persistence Thermodynamics

Explains how systems resist decay through energy and information flows.

Knowledge Atlas Relations Depends On: PS-F01, PS-M03
Supports: Global Systems, Cosmology Framework

THEORY

PS-T02: System Dynamics & Control Theory

ω = dΩ/dt

Models how persistence changes through time under control mechanisms.

Knowledge Atlas Relations Depends On: PS-M03, PS-T01
Supports: Global Systems Control Models

THEORY

PS-T03: Thermoeconomic Information Theory

Ωecon = C(I)E/D

Information, energy and economic persistence in market architectures.

Knowledge Atlas Relations Depends On: PS-M03, PS-T01
Supports: Theory of Captured Inflation

THEORY

PS-T04: Theory of Captured Inflation

An explanation of asymmetric price persistence and market capture through control structures.

Knowledge Atlas Relations Depends On: PS-T03
Supports: Economic Application Domain

THEORY

PS-T05: Odero Axiom of AI Persistence

Applying persistence conditions to artificial intelligence architecture and agentic alignment.

Knowledge Atlas Relations Depends On: PS-F01, PS-M01
Supports: AI Application Domain

THEORY

PS-T06: Information Preservation Theory

Mechanisms of safeguarding structural information against computational and physical degradation.

Knowledge Atlas Relations Depends On: PS-M01, PS-T05
Supports: AI Application Domain

Institutional & Political Frameworks

THEORY

PS-T07: Coalition Indispensability Theory

Political persistence through structural coalition dependence.

Knowledge Atlas Relations Depends On: PS-M03
Supports: Theory of Hegemonic Stability

THEORY

PS-T08: Theory of Hegemonic Stability and Transition

A persistence-based theory explaining how hegemonic powers maintain, consolidate, and transition.

Knowledge Atlas Relations Depends On: PS-T07
Supports: Institutional Application Domain

THEORY

PS-T09: General Theory of Legitimacy

A persistence-based model explaining how institutions acquire, maintain, and lose legitimacy.

Knowledge Atlas Relations Depends On: PS-M01, PS-M03
Supports: Theory of Interpretive & Organizational Trust

THEORY

PS-T10: Theory of Interpretive and Organizational Trust

Trust, coercion, and persistence within institutional and religious systems.

Knowledge Atlas Relations Depends On: PS-M01, PS-T09
Supports: Religious & Institutional Application Domains

Cosmological Frameworks

THEORY

PS-T11: Fundamental Cosmological Equation

Persistence principles applied to covariant field-theoretic cosmological evolution.

Knowledge Atlas Relations Depends On: PS-T01
Supports: Elasticosmos Regenesis Theory

THEORY

PS-T12: Elasticosmos Regenesis Theory

A regenerative model of cosmic evolution based on elastic spacetime dynamics and persistence.

Knowledge Atlas Relations Depends On: PS-T11
Supports: Cosmology Application Domain

Application Domains

Domains in which Persistence Science theories are applied, tested, validated, and refined through observation and practice.

DOMAIN

Artificial Intelligence

Applying persistence principles to agentic alignment, intelligence architecture, and structural information preservation.

Uses Theories:

PS-T05 Odero Axiom of AI Persistence
PS-T06 Information Preservation Theory

DOMAIN

Economics

Analyzing thermoeconomic information flows, structural market distortions, and captured inflation dynamics.

Uses Theories:

PS-T03 Thermoeconomic Information Theory
PS-T04 Theory of Captured Inflation

DOMAIN

Institutions

Evaluating political stability, coalition dependencies, hegemonic transitions, and institutional legitimacy.

Uses Theories:

PS-T07 Coalition Indispensability Theory
PS-T08 Theory of Hegemonic Stability and Transition
PS-T09 General Theory of Legitimacy
PS-T10 Theory of Interpretive and Organizational Trust

DOMAIN

Global Systems

Modeling macro-level thermodynamic dissipation, complex system dynamics, and temporal persistence control.

Uses Theories:

PS-T01 Persistence Thermodynamics
PS-T02 System Dynamics & Control Theory

DOMAIN

Religion

Analyzing institutional trust architectures, belief persistence, and interpretive frameworks across spiritual bodies.

Uses Theories:

PS-T09 General Theory of Legitimacy
PS-T10 Theory of Interpretive and Organizational Trust

DOMAIN

Cosmology

Investigating covariant field-theoretic cosmological equations and regenerative elastic spacetime evolution.

Uses Theories:

PS-T11 Fundamental Cosmological Equation
PS-T12 Elasticosmos Regenesis Theory

All publications are archived through Zenodo and include persistent DOI identifiers to ensure long-term academic accessibility and citation.

See How Everything Connects

Explore how Foundations, Measurement Architecture, Theoretical Frameworks, and Application Domains fit into a unified Persistence Science architecture.

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