Institute of Integrative and Interdisciplinary Research

Research Directions

Research Directions: Unified Structural Theory of Complex Systems

Formal Laws, Epistemic Constraints, and Persistence as Organizing Principles Across Physical, Cognitive, and Social Domains

12

Research Programs

75+

Publications

7

Domains

27

Years

In any system — physical, biological, cognitive, social, or informational — there exist strict structural constraints on what can be known, predicted, explained, and given meaning. These constraints can be formalized and constitute a unified theory applicable across all domains.

I. Foundations of Formal Knowledge

Meta-Theoretical Framework

The Institute’s foundational research program establishes structural limits on what any formal description can achieve. Five core results define the epistemic architecture within which all subsequent research operates.

1Scale-Specific Principles — No final theory can encompass all organizational scales.

2Formalization Laws — No single formalization captures all relevant properties.

3Definition-Dependent Provability — Provability is a function of definitions adopted.

4Imperative Uncertainty — Any world with autonomous agents contains irreducible uncertainty.

5Limit to Negation — Negation cannot negate itself. Total critique undermines its own foundation.

II. Dynamical Core

Persistence & Structural Viability

The Transformational Basis of Persistence proves that any system persisting in a changing environment must satisfy the Persistence Triad:

Persistence = Closure ∩ Boundary Maintenance ∩ Resilience

Substrate-independent: applies to cells, minds, institutions, and stars

Four Laws of Self-Organization

Cooperation — synergy is required. Viability — non-empty viability set must be maintained. Interference — conflict is structurally inevitable. Observability — self-maintenance requires mutual partial observability.

Constraint–Autonomy & Viability Mismatch

Constraints and autonomy are co-constitutive: maximizing either causes system collapse. Stress is formalized as viability mismatch — demands exceeding the current viability set.

Architecture of the Research Program

META-THEORY Formalization Laws · Epistemic Constraints · Undecidability DYNAMICAL CORE Persistence · Viability · Self-Organization · Closure COGNITION Predictive Processing Distortion · Memory Consciousness SOCIAL Deception · Conflict Extractive Oscillators Institutions · Ethics APPLICATIONS Astrophysics · AI · Civilization · Healthcare Entropy · Fermi Paradox · Epidemiology SYNTHESIS Differentiation · Optimal Coherence Persistence as Primary Principle

III. Cognitive Systems

Cognition as Structural Necessity

Structural Distortion: Bounded systems must distort representations — cognitive biases are optimal solutions, not failures.

Predictive Processing is derived as the only viable cognitive architecture.

Representational Isolation: Direct perception is proven formally impossible.

Atemporal Memory: Time is reconstructed at retrieval, not encoded at storage.

Mental Disintegration & Decision Making

DSM-5-TR categories mapped onto dynamical pathologies: attractor loss (psychosis), bifurcation cascades (mood cycling), attractor trapping (compulsion). Biological decision programs inherited and amplified by AI.

IV. Social & Multi-Agent Systems

From Structural Laws to Social Dynamics

Extractive Oscillators: One model captures narcissistic dynamics, addiction, and algorithmic dependence.

Conflict as Phase Transition: Escalation exhibits critical slowing down and symmetry breaking.

Asymmetry of Totalizing Ideals: Total implementation destabilizes the pursuing system.

Pre-Integrative Rejection: Immune systems, belief filters, and gatekeeping share identical formal structure.

V. Cross-Domain Applications

Astrophysics, Information & Civilization

Astrophysics: Binary stars as persistence-selected outcomes; dormant neutron star populations.

Information: Biospheric contribution to cosmic complexity; local entropy inversion in AI.

Civilization: The Inward Turn (Fermi Paradox); AI-extended communication norms; Stimulus Problem in post-scarcity; substrate-independent agency.

VI. Synthesis

Cross-Domain Correspondences

Principle	Bio	Cognitive	Social
Closure	Homeostasis	Attractors	Norms
Boundary	Membrane	Rep. isolation	Gatekeeping
Resilience	Immune	Error corr.	Crisis mgmt
Cycl. Closure	Metabolism	Pred. loop	Recycling
Extr. Oscill.	Parasitism	Addiction	Exploitation
Distortion	Sens. adapt.	Cog. bias	Propaganda

Differentiation → Coherence → Actualization

Differentiation is the ontological condition of actualization: no distinctions → no structure → no existence. Optimal Coherence: maximal actualization when all differentiations support each other.

Central Research Thesis

Persistence, not truth, is the primary organizing principle of complex systems.
Truth-seeking, consciousness, social organization, and scientific inquiry are derivative phenomena —
strategies that systems evolve to maintain structural viability.

Institute

Institute of Integrative and
Interdisciplinary Research
Established research program: 1999–2026

Research Areas

Complex Systems Structural Viability Epistemic Constraints Dynamical Systems Predictive Processing Philosophy of Science

Methodology

Constraint derivation over model postulation
Formal proof of structural isomorphism
Substrate abstraction with recursive self-application