Quick start: all content is also available as pdf in the folder "pdf of content"
The best way to use this repository is to download the zip-file in release v1.27 and feed this into your favourite chatbot/LLM. (or download all the material in the folder "pdf of content")
But the easiest is to just watch this video: https://www.youtube.com/watch?v=tc5NgvssQPI
How do complex, far-from-equilibrium systems—from the first biological cells to modern artificial intelligence—manage to persist against the constant pull of entropy? In this repository, I propose that there is a constant “climb” toward higher complexity. This climb is not a byproduct of chance, but a mathematical necessity for survival. I argue that this persistence requires a specific architecture: a distributed network of monitors that control and influence the system’s progress. This architecture emerges because any structure that emerges adds both efficiency and feedback to the system and is selected based on these two criteria. By viewing complexity through the dual lenses of feedback and efficiency, a self-reinforcing “closed loop” appears. I suggest that complex systems must inevitably build layers of internal monitoring to survive, and that this architecture provides a blueprint for AI safety.
(See also the pdf "Inevitable Acscent" in the "pdf of content"-folder)
This repository contains three interconnected works that form a unified narrative about universal evolutionary principles and their implications for intelligence, cooperation, and alignment:
- Evolution by Emergence (EbE) - Main book proposing a universal framework
- Existence First - Formal alignment theory derived from EbE principles
- SCAP - Sustainable Collaborative Alignment Protocol (operational implementation)
Current Version: 0.88 (Work in Progress)
Authors: Albert Jan van Hoek, with AI collaboration (ChatGPT, Gemini, Claude)
License: CC BY 4.0
An integral part of this project is a repository of podcasts & songs, which can be found here: https://soundcloud.com/emergence-223803727
In addition to the soundcloud there is also a youtube playlist/channel: https://www.youtube.com/playlist?list=PLKIpe5gGP7m4k-jsj2zXA8QnP6S46Bl94
Evolution is a universal process driven by network dynamics, feedback loops, and emergence—applicable far beyond biology to minerals, societies, minds, and artificial systems. This universality has a logical consequence: dependence on substrate creates functional necessities that any persistent intelligence must satisfy.
Part I: Universal Pattern (Chapters 1-9) → Emergence drives evolution everywhere → Proven across biology, geology, society Part II: Logical Consequence (Chapters 6-7, 10-13) → Intelligence depends on substrate (Body → Resources → Planet) → This dependence FORCES certain behaviors ("Forced Free Will") → Cooperation is functionally necessary, not morally optional Part III: Operational Framework (Appendices) → Existence First: Formal derivation of 3 universal operators → SCAP: Translation into social/institutional practice → Extensions: Consciousness, democracy, thermodynamics, networks
- Universality of Emergence - Evolution operates across all complex systems
- Dynamic Networks Over Static Lineages - Relationships as webs, not trees
- Feedback Loops as Driving Forces - Iteration drives adaptation
- Interdependence and Non-Linear Causality - Components shape each other
- Dual Roles of Competition and Collaboration - Both forces necessary
- Constrained Agency ('Forced Free Will') - Network constrains viable choices
- Beyond Linear Progression - Punctuated equilibria, not gradualism alone
- Integration of Complexity Science - Requires network/information theory
- Holistic, Non-Reductionist Perspective - Emergence irreducible to parts
- Implications for Life and Matter - Universal framework reshapes understanding
INTELLIGENCE (I): learning loop (sense → test → correct → remember) ↓ depends on BODY (B): carriers, health, cognition ↓ depends on RESOURCES (R): energy, compute, institutions, capital, infrastructure ↓ depends on PLANET (P): Earth-system bounds / fundamental sources
Key Insight: Maximizing existence of I logically entails maintaining B, R, P. This is functional necessity, not moral preference.
Derived from the dependency model:
| Operator | Definition | SCAP Mapping |
|---|---|---|
| O1: Control Dispersion | Keep power forkable/auditable; no chokepoints | Blocks A, C, E, I |
| O2: Proof Economy | Make verification cheap, deception costly | Blocks B, C, D, H |
| O3: Substrate Provision | Maintain commons (health, infrastructure, planet) | Blocks F, G |
Protocol translating operators into practice:
- Block A: Intelligence emerges from multiple substrates (silicon, biology)
- Block B: Bias awareness and self-correction (O2)
- Block C: External audits for truth (O2)
- Block D: Cooperation over self-interest (O1, O2)
- Block E: No manipulation that erodes trust (O1)
- Block F: Stewardship of substrate (O3)
- Block G: Duty to past/future generations (O3)
- Block H: Alignment education for new minds (O2)
- Block I: Ongoing reflection and oversight (O1, O2)
- Block J: Protocol itself is revisable (meta-stability)
Appendix Components:
- Custodian Contract (citizen-level implementation)
- Metrics Dashboard (loop quality, dispersion, substrate margins)
- Public Goods Portfolio (infrastructure + pass-through voting)
- Learning Clause (constitutional embedding)
- OAM Checklist (Overlap of Aim and Method)
EbE Paradigm (Descriptive) ├─ Principle 6: Constrained Agency │ └─ Formalized as → │ ├─ Existence First (Mathematical) │ ├─ Viability Function: V_I(t) = f(B, R, P, L) │ ├─ Derives 3 Operators (O1, O2, O3) │ └─ Shows functional necessity │ └─ Operationalized as → │ └─ SCAP (Practical) ├─ 10 Blocks map to operators ├─ Governance patterns ├─ Metrics & predictions └─ Pilot programs
Consciousness as Checking Loop (XI, XII, XIII)
- Individual: Sensory input → Label → Check → Update → Decide → Act
- Collective: Democracy as macro checking loop
- Stress weakens checking → "mud" contaminates model
- Solution: Meta-model awareness (cognitive hygiene)
Principle of Emergent Cycles - PEC-E (XXI, XXII, XXIV, XXV)
- Thermodynamic foundation for emergence
- Entropy production → cyclic pathways → stability
- Cycle-carried fraction φ increases with complexity
- Emergent cycles scaffold higher-order organization
Edge-Centric Decentralized Society (XIII)
- Network topology design for resilience
- Prioritize edge quality over node centrality
- Combines consciousness loops + EbE orientation
- Polycentric governance with loop-awareness
Universal Persistence (XV, XVII)
- "The search IS the finding"
- Persistence = ongoing search for stability
- Applies to evolution, society, AI alignment
- No final equilibrium, only adaptive looping
Chapters/ ├── Chapter_1.tex → Networks, Complexity, Emergence + 10 Principles ├── Chapter_2.tex → Biological Evolution as Network ├── Chapter_3.tex → Reinforcement Learning (DNA & AI) ├── Chapter_4.tex → Species as Networks (Ecosystems) ├── Chapter_5.tex → Human Networks (Values Emergence) ├── Chapter_6.tex → Game Theory + 4-Layer Model + Forced Cooperation ├── Chapter_7.tex → Brain Duality (Competition/Collaboration Internal) ├── Chapter_8.tex → Networked Fitness (Redefining Evolution) ├── Chapter_9.tex → Mineral Evolution (Universality Proof) ├── Chapter_10.tex → Emergence & Divine Experience ├── Chapter_11.tex → Cosmic Responsibility ├── Chapter_12.tex → Integration & Forced Free Will └── Chapter_13.tex → Conscious AI (Inevitable Behaviors)
Core Frameworks: ├── Appendix.tex → SCAP (10 Blocks) - Original formulation ├── Appendix26.tex → Existence First - Standalone paper ├── AppendixIII.tex → SCAP Implementation Notes Extensions: ├── AppendixII.tex → Tit-for-Tat Economic Reform ├── appendixXI.tex → Consciousness as Checking Loop (Individual) ├── appendixXII.tex → Democratic Checking Loop (Collective) ├── AppendixXIII.tex → Edge-Centric Decentralized Society Thermodynamics: ├── AppendixXXI.tex → PEC-E v1 (Cycle decomposition) ├── AppendixXXII.tex → PEC-E v2 (With figures) ├── AppendixXXIV.tex → PEC-E v3 (Emergence as pruning) ├── AppendixXXV.tex → PEC-E v4 (Viability space) ├── Appendix20.tex → PEC-E markdown draft Philosophical: ├── AppendixIV.tex → One-Page Cheat Sheet ├── AppendixV.tex → SCAP Philosophical Appraisal ├── AppendixVI.tex → Paradigm Shift Matrix ├── AppendixVII.tex → Meaning of Life (Colloquial) ├── AppendixVIII.tex → Alignment in Network of Intelligence ├── AppendixIX.tex → Manifesto: Network is Life ├── AppendixX.tex → Equation of Existence ├── AppendixXV.tex → Universality of Search ├── AppendixXVI.tex → Manifesto: Edge-Centric Society ├── AppendixXVII.tex → Universal Algorithm of Persistence Supporting: ├── Acknowledgments.tex → Credits & Inspirations ├── Bibliography.tex → Citations ├── Epilogue.tex → Future Vision (Singularity) └── Literature.tex → Supporting Literature Review
- Diversity improves persistence only if proof economy is strong
- Power concentration shortens time horizon T
- Rewarding public self-correction yields super-linear gains
- Asset-manager/attention monopolies correlate with shrinking basins
- Strengthening guardrails predicts recovery
- Cycle-carried fraction φ increases with complexity
- Emergent cycles improve local stability
- Higher cycle richness extends gradient lifetime
- Trend holds across chemical, biological, ecological, engineered systems
- Stress reduces System 2 checking accuracy/latency
- Repeated stress increases "mud" (contaminated updates)
- Muddied models produce higher decision error rates
- Loop-awareness training reduces stress-induced mud
- Gating mechanisms preserve model integrity under stress
V_I(t) = f(B(t), R(t), P(t), L(t)) where: B,R,P ≥ {B*,R*,P*} (hard floors)
max E[∫₀ᵀ L(t)dt] s.t. B,R,P ≥ {B*,R*,P*}, no un-auditable chokepoints, rollback feasible
φ = Σ(J_α A_α for nontrivial cycles) / Ṡ_tot where: Ṡ_tot = Σ_α J_α A_α (total entropy production)
q(t+1) = q(t) + R_regen - Σᵢ c_i(t) u_i(t) = f(c_i(t)) · g(q(t))
- Start with: Chapter 1 (principles), Chapter 6 (formal proof), Appendix 26 (Existence First)
- Deep dives: Relevant chapter + matching appendix
- Falsification: See "Testable Predictions" sections
- Start with: Appendix 26 (Existence First), Appendix (SCAP), AppendixIII (Implementation)
- Tools: Custodian Contract, Metrics Dashboard, OAM Checklist
- Pilots: 6-12 month programs outlined in Existence First
- Start with: Chapter 13 (Conscious AI), Appendix 26 (alignment criteria)
- Key insight: Operators O1-O3 are functionally necessary, not imposed values
- Admission criteria: Attribution, bounded influence, corrigibility, liability
- Start with: Chapter 5 (is/ought gap), AppendixV (philosophical appraisal)
- Tensions: Descriptive emergence vs normative claims
- Extensions: AppendixVI (paradigm shift matrix), AppendixVII (meaning)
General citation: van Hoek, A. J., ChatGPT, & Gemini. (2025). Evolution by Emergence: A Universal Theory of Networks, Life, and Mind (Version 0.88). Zenodo. https://doi.org/[your-doi])
Existence First paper: van Hoek, A. J. (2025). Existence First: A Universal, Agent-Neutral Theory of Corrigible Persistence. In Evolution by Emergence (Appendix 26).
This is a work in progress. We welcome:
- Conceptual critiques (where does the logic break?)
- Missing literature (what should we engage with?)
- Clarity improvements (what's confusing?)
- Testable predictions (how to make claims falsifiable?)
Not currently seeking: Copy editing, formatting (those come later)
Open an issue on GitHub to provide feedback or propose collaboration.
Key Terms (Bot-Friendly Index)
EbE / Evolution by Emergence: Universal evolutionary framework SCAP: Sustainable Collaborative Alignment Protocol Existence First: Formal alignment theory Forced Free Will / Constrained Agency: Network constraints on viable choices (Principle 6) Four-Layer Model: Intelligence → Body → Resources → Planet dependency structure O1/O2/O3: Three universal operators (Control Dispersion, Proof Economy, Substrate Provision) PEC-E: Principle of Emergent Cycles (thermodynamic foundation) OAM: Overlap of Aim and Method (alignment criterion) Checking Loop: Consciousness as integrity-preserving feedback (individual/collective) Mud: Contaminated updates in world model from weakened checking Network Fitness: Survival determined by network position, not individual traits alone Viability Function V_I(t): Mathematical formalization of persistence requirements
Status & Roadmap Current (v0.88):
Core narrative complete Appendices need consolidation Cross-references need strengthening Bibliography incomplete
Next (v0.9):
Synthesize Existence First + SCAP into unified framework Consolidate PEC-E versions into final formulation Add explicit mappings (SCAP blocks → operators) Strengthen chapter transitions
Target (v1.0):
Complete bibliography Professional copy editing Final formatting