A trajectory in the state space of a system in which it tends to evolve towards.

The ability of a system to create and maintain itself.

Theory of chaotic systems.

The subject of complex systems science.

Theoretical perspective on biological development, heredity, and evolution.

A thermodynamically open system far from thermodynamic equilibrium.

A control system without a central supervisor.

The transition zone between order and disorder.

The whole is greater than the sum of the parts.

Self-similar structure.

Dependence of the state of a system on its history.

System that is both a whole and a part.

Network with non-trivial topological features.

Transition between states of matter.

Ability to tolerate perturbations.

The process where form arises from local interactions between parts of an initially disordered system.

Imitation of the operation of a real-world process or system.

Cross-disciplinary journal about complex adaptive systems (open access).

Articles with a systems perspective on various topics.

News feed on complexity.

Forum and discussion community about fractals.

Scientific society for the study of complex systems.

Informal slack community for keeping up to date with new findings in complex systems research.

Complexity community of practice (formerly known as Complexity Weekend).

Independent academic research and educational institution.

Research and educational center (University of Vermont).

Independent research and education center.

Research center (ENS Lyon).

Research center (University of Waterloo).

An inter-institutional organization (CNRS unit) on complex systems research.

Emergent flocking behavior.

The creator's webpage with lots of links to multiple implementations.

Discrete compuation model.

One-dimensional cellular automata.

Two-dimensional cellular automaton with emergent life-like patterns.

Community for game-of-life and similar simulations.

State-of-the-art simulator.

Continuous generalization of the game of life.

Chaotic motion.

Synchronization.

Algorithm for generating random graphs with preferential attachment.

Agent-based model for segregation.

Simple model that can show phase transitions.

Self-organization and pattern formation model.

Model showing self-organized criticality.

Multi-agent modeling environment based on the LOGO language. It comes with a very large library of toy models.

ABM library in Python.

A platform for agent-based models written in Objective-C, models are coded in Java or Objective-C.

Agent-based modeling and simulation platforms, models coded in C++ and Java.

Multiagent simulation library core in Java.

Graph and agent simulation platform.

Java library for hybrid modeling combining agent-based and partial-differential equation components.

Modelling and interactive simulations.

Simulation software.

Digital twins simulator software.

Educational site with news/blog.

An impressive overview of the evolution of complex systems thinking.

YouTube channel with videos from the group's events.

Resources for analysis of network data.

Interactive educational website.

The book introduced the term cybernetics to describe a self-regulation mechanism.

A nicely written and accessible description of the critical transition and related concepts.

An edited volume of studies honoring the legacy of John Nicolis contribution to complex systems.

A comprehensive introduction to network science.

The book introduces the perspective of integrative puralism as a way of understanding and studying the world.

The book is an exposition of the non-representational vew of knowledge.

Beautiful introduction to the world of fractals.

The book introduces in an accessible way the influence of concepts such as self-organization and the edge of chaos.

Technical and accessible introduction to a number of important concepts in complex systems science.

A hands-on approach exploring complex systems models with Python.

An overview of important mathematical models of complex systems.

Dynamic models on complex networks.