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Ryan Collison

I write about cool science and share it here.

Ethical implications of recognizing autonomous self-organizing systems

The Ethics of Autonomy: What Autopoiesis Implies for How We Treat Systems

When Humberto Maturana and Francisco Varela introduced autopoiesis in the 1970s, they thought they were defining life. They didn’t realize they were defining the conditions under which something deserves ethical consideration. Because once you recognize that a system is organizationally closed—that it actively maintains its own boundaries and

Autopoiesis and active inference converging on self-maintaining organization

Where Autopoiesis Meets Active Inference: Two Theories of Autonomous Systems

Series: Autopoiesis and Second-Order Cybernetics | Part: 7 of 9 Two revolutionary frameworks for understanding living systems emerged decades apart, on different continents, from different scientific traditions. In 1974, Chilean biologists Humberto Maturana and Francisco Varela introduced autopoiesis—the idea that life is fundamentally about self-production, systems that maintain

Social system as autopoietic network of communications

Social Systems as Autopoietic: Luhmann's Radical Extension

Series: Autopoiesis and Second-Order Cybernetics | Part: 6 of 9 When Maturana and Varela proposed that living systems are autopoietic—self-producing networks that continuously regenerate their own components—they explicitly limited the concept to biological organisms. The cell makes itself. The organism maintains its organization. But society? No. Human

Enaction—cognition as bringing forth a world through sensorimotor coupling

Enaction: The Bridge from Autopoiesis to Embodied Cognition

Series: Autopoiesis and Second-Order Cybernetics | Part: 5 of 11 You don’t perceive a world that exists independently of you. You bring forth a world through action. This isn’t mysticism or metaphor. It’s the core insight of enaction—Francisco Varela’s radical reconception of cognition that transformed

Two autopoietic systems in structural coupling—mutual perturbation

Structural Coupling: How Autopoietic Systems Interact

Series: Autopoiesis and Second-Order Cybernetics | Part: 4 of 11 Here’s the puzzle: if an autopoietic system is organizationally closed—maintaining its own structure through recursive self-production—how does it interact with anything outside itself? If the system is truly autonomous, defining its own boundaries and operations, what

Observer included in the system being observed—second-order cybernetics

Second-Order Cybernetics: When the Observer Enters the System

Series: Autopoiesis and Second-Order Cybernetics | Part: 3 of 11 In 1960, Heinz von Foerster made a move that would unsettle the foundations of systems science. He didn’t discover a new mechanism or solve a mathematical puzzle. He simply insisted that when you study a system, you’re part

Organizational closure—components producing components in circular causality

What Makes Something Alive: Autopoiesis as Organizational Closure

Series: Autopoiesis and Second-Order Cybernetics | Part: 2 of 9 When is a whirlpool alive? The question sounds absurd. Whirlpools are fluid dynamics, not biology. But they share something crucial with living cells: they maintain themselves through continuous production and dissolution. Water flows in, spins, flows out. The pattern persists