A list of awesome resources for new (and less new) members of the Complexity Science research community.

Code release to our paper on an agent-based model of the Ramsey-Cass-Koopmans macroeconomic model. In this model, the households imitate other households' savings rates to "keep up with the Joneses".

Reliable and efficient agent-based models in Rust

Network data analysis using networkx, and gephi for visualisations.

🐢 Interface for Running NetLogo Simulations from R

🔶 A Library of NetLogo Vector Graphics

Гипотеза онтологии связей (ГОС) / Hypothesis of Ontology of Connections (HOC) / 连接本体论假说 (HOC). A unified model of reality, where primary are the connections between energy quanta that generate stable nested structures of "I ↔ We." Explains the origin of space-time, the laws of physics, consciousness, and social processes from a single logic.

Une synthèse transdisciplinaire unifiant la thermodynamique de Fisher-Ruppeiner, la cohomologie des faisceaux et la biologie quantique. Le framework modélise la conscience comme une interaction entre la courbure critique de l'information et l'intégration topologique des champs.

📓 ODD Protocol Template

📦🐢 NetLogo Flatpak

Solutions to Think Complexity by Allen B. Downey

🤹 Presentation for the 15th Meeting of the Agent-Based Model Study Group at University of São Paulo

This paper proves a fundamental impossibility theorem for universal complexity measures.

📓 Quarto Book of the Master's Thesis: Is Latitude Associated with Chronotype?

I was studying complexity science

Python implementation of evolutionary game theory simulations, featuring Prisoner's Dilemma dynamics with genetic algorithms and reinforcement learning. Includes visualization tools for studying emergent cooperation in multi-agent systems.

E = ΔI / A — A new law unifying emergence, physics, and economics. The universe minimizes action; intelligence maximizes certainty per action. Same law, different frame.

📓 Files Related to the LogoClim Model Article Submitted to the Journal of Open Source Software (JOSS)

Computational Analysis and Modelling in Physics

🎛️ Streamline your NetLogo workflows with automated actions for testing and setup, enhancing your modeling and simulation experience.