Self Organization

Year of Creation:

2025

Media:

Custom Software, Monitor, 4-Button Controller

Dimensions:

Variable 

Interaction Type:

Handheld Controller

Duration:

Ongoing / Real-Time

Description:

Self Organization is a software-based simulation of emergent behavior. Thousands of particles, rendered in four colors (red, green, blue, yellow), follow only two simple rules: attraction and repulsion based on distance. Each color is assigned a set of relationships toward itself and others, generating complex formations that shift from cellular clusters to planetary swirls, insect-like swarms to life-like systems. What unfolds is not predesigned but emergent—self-organization from simplicity. A four-button controller allows participants to intervene: randomizing rules, randomizing particle positions, changing both, or toggling Newton’s Third Law. With asymmetric attraction/repulsion, chaos erupts, echoing human relationships where desire is rarely reciprocal. The work functions both as playful system and metaphysical speculation: perhaps our universe, too, is nothing more than atoms in motion, endlessly self-organizing.

Core Question:

How much of life is emergent order arising from simple rules?

Loop Analysis

Structure: 

Emergent Feedback Simulation

Definition: 

A rule-based system where simple inputs (attraction/repulsion) create unpredictable, self-organizing patterns.

Leverage Point: 

Minimal rule changes generate radically different systemic behaviors, revealing sensitivity and complexity.

Inputs / Outputs: 

Color-coded particles + attraction/repulsion rules → simulation engine → emergent behaviors → participant observation and intervention

Effect: 

Awe, curiosity, and recognition of order arising from apparent chaos

Ethical Valence: 

Exploratory and contemplative—invites reflection on systems (ecological, social, cosmic) without imposing moral judgment

Design Note: 

The toggle for Newton’s Third Law metaphorically parallels human relationships, where asymmetry destabilizes equilibrium and accelerates complexity.