Within enactivist theory, particularly in the work of Francisco Varela and colleagues, autopoiesis is used to characterise living systems as self-producing networks:
- a system continuously regenerates its own components,
- maintains its organisation,
- and thereby preserves its identity over time.
This notion is often taken to ground autonomy:
a system is autonomous insofar as it produces and sustains itself through its own internal dynamics.
At first glance, autopoiesis appears to offer a rigorous, non-representational account of life and cognition grounded in relational processes rather than static structures.
However, when examined under constraint, the explanatory role of “self-production” requires careful reconsideration.
1. What Autopoiesis Presupposes
In its standard formulation, autopoiesis relies on several implicit assumptions:
- A substrate in which components are produced and regenerated
- A boundary that distinguishes the system from its environment
- Processes that operate over time to maintain organisation
- Material or energetic exchanges that enable self-maintenance
Even though autopoiesis reframes living systems as self-organising rather than externally designed, it still assumes:
a system that exists within a domain where its components can be produced and replaced.
Self-production, in this sense, is always self-production in something.
2. The Constraint: No Substrate
Under a relational ontology organised around the logic of the cut, the following constraints apply:
- There is no underlying medium in which systems exist as pre-given entities.
- There is no substrate in which components are produced or replaced.
- There is no temporally unfolding process that operates independently of construal.
- There is no environment that serves as a containing field for system dynamics.
This does not eliminate distinction.
It removes the assumption that distinctions are realised within a pre-existing material continuum.
3. The Question of “Self-Production”
If autopoiesis is defined as self-production, then the immediate question under constraint is:
what is being produced, and in what?
In standard accounts:
- components are produced within a system,
- the system is maintained through these components,
- and the system’s identity persists through their ongoing regeneration.
This implies:
- a producer,
- a produced,
- and a medium in which production occurs.
Under constraint, none of these can be taken as ontologically prior.
4. Removing the Producing Medium
Without a substrate:
- “production” cannot refer to the generation of material components within a physical system.
- “maintenance” cannot refer to the preservation of structure through continuous internal processes.
- “organisation” cannot be treated as something instantiated in a pre-given medium.
This removes the standard causal narrative:
a system produces components that, in turn, sustain the system.
What remains must be reformulated without invoking a producing environment.
5. Autopoiesis Reinterpreted Under Constraint
If we remove substrate, autopoiesis can no longer function as a description of physical self-production.
Instead, it must be reinterpreted as:
the stability of a distinction that is identifiable as a “system” under conditions where its identity is not grounded in an underlying medium.
In this reading:
- “self-production” does not describe a process occurring within a system,
- but a way of describing the persistence of a distinction across instances of construal.
Autopoiesis becomes less about how a system maintains itself materially, and more about:
how a system is distinguished as a coherent unit under constraint.
6. Boundary Without a Container
Autopoietic theory places strong emphasis on the boundary of a system:
- the boundary separates system from environment,
- regulates exchanges,
- and helps define system identity.
However, a boundary is typically understood as:
- a demarcation within a containing medium,
- something that divides interior from exterior.
Under constraint, there is no containing medium in which such a boundary can be drawn as a physical partition.
So the boundary cannot be:
- a physical membrane enclosing a system within space,
- or a surface separating two regions of a shared domain.
Instead:
the boundary must be understood as a distinction that is constituted through the same conditions that allow the system/environment distinction to hold.
The boundary does not enclose a pre-existing system.
It is part of what makes “system” intelligible as a distinction at all.
7. The Problem of Component Production
Autopoiesis relies heavily on the idea that systems produce their own components.
For example:
- metabolic processes generate molecules,
- cellular structures are continuously regenerated,
- organisational closure is maintained through internal activity.
Under constraint, “component production” cannot be treated as an ontological primitive.
Without a substrate:
- there is no medium in which components are generated,
- no material continuity across which production occurs,
- and no process that transforms inputs into outputs over time.
Thus:
“components” themselves must be understood as aspects of a construal, not as pre-existing entities assembled by a system.
8. From Production to Stability of Distinction
If we remove production as a literal process, what remains of autopoiesis?
We can reframe its central insight as follows:
- Systems are not independent objects given in advance.
- What counts as a “system” is identifiable through the stability of a distinction.
- This stability is not grounded in a substrate, but in the conditions under which the distinction holds.
In this sense:
autopoiesis does not explain how a system produces itself; it describes how a system is recognised as maintaining coherence under constraint.
Self-production becomes a retrospective interpretation of stability, rather than a process that generates that stability.
9. Autonomy Without Self-Maintenance
Autopoiesis is often used to ground autonomy:
- a system is autonomous because it produces and maintains itself.
Under constraint, autonomy cannot be based on self-production in a material sense.
Instead, autonomy must be reframed as:
the non-independence of a distinction’s identity across instances of construal.
This preserves the idea that a system is not externally defined.
But it removes the idea that the system is self-sustaining through internal causal mechanisms.
10. Residual Imports: Where Substrate Returns Indirectly
Even in sophisticated enactivist accounts, substrate assumptions often reappear indirectly:
- references to physical embodiment,
- appeals to metabolic closure,
- descriptions of energy flows or material exchanges.
These are not errors within their own framework.
They are necessary to make autopoiesis operational.
However, under constraint, they signal something important:
the explanatory force of autopoiesis depends on a background assumption of a substrate in which processes unfold.
When that assumption is removed, autopoiesis must either:
- be reinterpreted at the level of distinction, or
- lose its role as a mechanistic explanation.
Closing Orientation
Autopoiesis, in its original formulation, provides a powerful account of how living systems maintain themselves through internal organisation.
Under constraint, however, the notion of self-production cannot be sustained as a process occurring within a system embedded in a substrate.
What remains is a more austere formulation:
what autopoiesis describes is not the production of a system by itself, but the stability of a distinction that can be construed as a system without presupposing an underlying medium in which that system exists.
In the next post, we can turn to sense-making, where the final major pillar of enactivism is tested:
what does “meaningful engagement with a world” amount to when there is no pre-given world in which meaning is enacted?
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