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An examination of the literature on the topic of autopoietic, or self-producing systems, presented to accompany a research paper in Complex Systems 501 at the University of Michigan.
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Autopoiesis Theory
Andrea Wiggins
CSCS 501
Autopoietic Systems
Definition of living systems from Maturana & Varela
Autopoietic systems are constantly self-producing Autonomous & self-referential Must produce own boundary within which
it generates its own components through structural and organizational coupling
Structural Coupling
Autopoietic systems are structurally defined, organizationally identified
System’s structure determines its organization & effects of perturbation on organization
Inextricably coupled to environment, structure reacts to environment through compensation or adaptation
Organizational Closure
Organizational closure does not imply independence from environment or other systems
But all activity must maintain autopoiesis or else the system will disintegrate: All processes are processes of self-
production; the system's activity closes in on itself. (Mingers)
Boundaries
Necessary for organizational closure, separating ‘in’ from ‘out’
Necessary for autonomy, defines system as separate from other systems
Must be a product of self-production, generated & maintained by the system
Restatements from Maturana & Varela: semi-permeability
Boundary Conditions
Not quite the same thing as a physical boundary, but consider skin, with its topologically exterior digestive tract…
This interpretation allows the boundary to function as a regulatory mechanism in structurally-coupled interactions
‘Fuzzy’ boundaries are more broadly applicable and better resemble cellular boundaries
Higher-Order Systems
Like Holland’s multiagent aggregates, but more strictly defined
Initially, 1st-order AS comprised of 1st-order AS: 2nd-order AS
M & V recant (together): metacellulars are aggregates of 1st-orders “are second-order autopoietic systems also
first-order autopoietic systems?” Organization seems key
Autopoiesis Applied
Besides biology: Neural systems: more of a special case Cognition, including Game of Life Social Autopoiesis Theory (Luhmann)
Configuration/Steering Theory Public administration, policy science Law, family therapy
Literary ‘Autopoetics’ “You know you have found an autopoetic system when you find
together more autonomy and more dependence, more closure and more openness.”
Metacellulars
Emergence of metacellulars/higher-order AS is underexplained
Enaction as coemergence of AS with structural couplings to environment Idea is problematic in view of the role of
structural couplings in adaptation
No real discussion of how this happens…
Higher-Order Emergence
If a 2nd-order AS is a 1st-order AS composed of 1st-order AS’s, then… Autopoietic systems develop components that are
autopoietic, or Multiple interacting autopoietic systems become an
autopoietic system (or…?) Why else would this happen except as adaptation,
which only happens in reaction to environmental perturbation?
Chicken-or-egg conundrum
Conclusions
Subtlety of conceptual underpinnings Definitions are not settled Problematic in application to other
theoretical areas Adopting boundary conditions concept
helps, as does loosened definitions Coemergence is a convenient
explanation that requires more scrutiny