Autopoiesis

Autopoiesis — the theory of self-producing, self-maintaining living systems formulated by Humberto Maturana and Francisco Varela — occupies a foundational position in the depth-psychology-adjacent corpus represented here, primarily through Evan Thompson’s sustained philosophical elaboration in Mind in Life. The concept designates a circular organizational logic in which a system’s components continuously regenerate both themselves and the boundary that distinguishes them from their environment, thereby constituting a minimal biological selfhood. Thompson’s treatment extends the original cybernetic formulation in several critical directions: he interrogates whether autopoiesis is necessary and sufficient for life or merely necessary, staging a productive tension with Bourgine, Stewart, Bitbol, and Luisi, who insist that cognition — understood as metabolic sense-making — must supplement autopoiesis for a system to qualify as genuinely living. A further axis of debate concerns the scope of application: whether the concept translates meaningfully beyond the unicellular molecular domain to metacellulars, social systems, or the planetary Gaia system. Thompson reads autopoiesis through the lens of Kantian immanent purposiveness and Jonasian metabolic teleology, making the concept pivotal for naturalizing phenomenological selfhood. Varela’s own evolution — from rejecting to affirming the teleological implications of autopoiesis — marks an intellectual trajectory that frames the entire inquiry. The concept thus serves as the primary bridge between biological science, phenomenology, and a non-representationalist philosophy of mind.

In the library 15 passages

Intrinsic purposiveness is a constitutive property of an autopoietic system, but it is an emergent property analyzable in terms of the relational autopoietic organization… Varela eventually came to believe that this notion of immanent purposiveness is not simply descriptive but explanatory

Thompson argues that autopoietic organization grounds immanent purposiveness as a constitutive emergent property, and traces Varela’s decisive move from rejecting to affirming autopoiesis as explanatorily tied to identity and sense-making.

Thompson, Evan, Mind in Life: Biology, Phenomenology, and the Sciences of Mind, 2007thesis

Dig deeper with Sebastian →

autopoiesis plus adaptivity entails sense-making, which is cognition in its minimal biological form… adaptation is an invariant background condition of all life, whereas cognition, in the present context, means the activity of sense-making

Thompson proposes that autopoiesis alone is insufficient for cognition and that the conjunction of autopoiesis with adaptivity is the minimal condition for sense-making as the most basic form of biological cognition.

Thompson, Evan, Mind in Life: Biology, Phenomenology, and the Sciences of Mind, 2007thesis

Dig deeper with Sebastian →

living systems are cognitive systems, but autopoiesis does not entail cognition because a minimal autopoietic system is not a cognitive system… Adaptivity is a special way of being tolerant to challenges by actively monitoring perturbations and compensating for them in relation to the autopoietic identity taken as an internal norm

Drawing on Bitbol, Luisi, Bourgine, Stewart, and Di Paolo, Thompson establishes that minimal autopoiesis lacks the adaptivity required for sense-making, making autopoiesis necessary but not sufficient for life as cognition.

Thompson, Evan, Mind in Life: Biology, Phenomenology, and the Sciences of Mind, 2007thesis

Dig deeper with Sebastian →

the cell embodies a circular process of self-generation: thanks to its metabolic network, it continually replaces the components that make up the membrane boundary

Thompson presents the minimal cell as the canonical illustration of autopoietic organization, in which membrane boundary and internal metabolic network mutually regenerate each other in a self-sustaining circular process.

Thompson, Evan, Mind in Life: Biology, Phenomenology, and the Sciences of Mind, 2007thesis

Dig deeper with Sebastian →

the theory of autopoiesis provides a naturalistic interpretation of the teleological conception of life originating in experience, but our experience of our own bodily being is a condition of possibility for our comprehension of autopoietic selfhood

Thompson articulates a transcendental-phenomenological argument in which autopoiesis naturalizes teleology while lived bodily experience simultaneously serves as the condition of intelligibility for the autopoietic concept itself.

Thompson, Evan, Mind in Life: Biology, Phenomenology, and the Sciences of Mind, 2007thesis

Dig deeper with Sebastian →

An autopoietic system is a specific kind of autonomous system — one having an organizational closure of production processes in the molecular domain — but there can be autonomous systems that are not autopoietic if their constituent processes exhibit organizational closure in their domain of operation

Thompson deploys Varela’s distinction between autonomy and autopoiesis to clarify the scope of the concept and to open space for non-molecular, non-cellular forms of organizational closure.

Thompson, Evan, Mind in Life: Biology, Phenomenology, and the Sciences of Mind, 2007supporting

Dig deeper with Sebastian →

in calling autopoietic systems purposeless, Maturana and Varela meant that the notions of purpose, aim, goal, and function are ‘unnecessary for the definition of the living organization, and… belong to a descriptive domain distinct from and independent of the domain in which the living system’

Thompson reconstructs the original Maturana-Varela claim that autopoietic systems are purposeless in a formal definitional sense, setting up his subsequent argument that immanent teleology is nonetheless explanatorily indispensable.

Thompson, Evan, Mind in Life: Biology, Phenomenology, and the Sciences of Mind, 2007supporting

Dig deeper with Sebastian →

whether we should count Gaia as an autopoietic system is a difficult question. The crucial issue is whether ‘boundary’ and ‘internal reaction network’ have a clear interpretation when we shift

Thompson raises the boundary problem as the key obstacle to extending autopoiesis to planetary-scale systems such as Gaia, illustrating the limits of the concept’s applicability beyond the cellular domain.

Thompson, Evan, Mind in Life: Biology, Phenomenology, and the Sciences of Mind, 2007supporting

Dig deeper with Sebastian →

autopoiesis is not necessary to characterize a system as living… This line of thought presents a problem, however: it shifts tacitly from the individual, here-and-now account of life to the population and genetic-evolutionary account

Thompson defends the autopoietic account against molecular-replication objections by insisting that the RNA/ribozyme argument conflates individual organismic organization with population-level evolutionary description.

Thompson, Evan, Mind in Life: Biology, Phenomenology, and the Sciences of Mind, 2007supporting

Dig deeper with Sebastian →

These chemical systems, though autopoietic, do not arrive at even the first stage of cognition as metabolic assimilation and therefore are not living systems… autopoiesis is a necessary but not sufficient condition for a system to be a living system

Through analysis of autocatalytic micelles and vesicles, Thompson demonstrates that chemical systems can satisfy autopoietic criteria while lacking the metabolic cognition required for full living-system status.

Thompson, Evan, Mind in Life: Biology, Phenomenology, and the Sciences of Mind, 2007supporting

Dig deeper with Sebastian →

The basic idea behind using micelles and vesicles to create a minimal autopoietic system is to synthesize a bounded structure that holds

Thompson surveys experimental chemical models — micelles and vesicles — as concrete attempts to instantiate minimal autopoietic organization and test the theoretical criteria in laboratory settings.

Thompson, Evan, Mind in Life: Biology, Phenomenology, and the Sciences of Mind, 2007supporting

Dig deeper with Sebastian →

Metabolism establishes a self with an internal identity marked off from the outside world and whose being is its own doing… Life is thus a self-affirming process that brings forth or enacts its own identity and makes sense of the world from the perspective of that identity

Reading Hans Jonas, Thompson presents metabolism as the existential correlate of autopoiesis — a needful, self-affirming process that constitutes biological selfhood through continuous material exchange with the environment.

Thompson, Evan, Mind in Life: Biology, Phenomenology, and the Sciences of Mind, 2007supporting

Dig deeper with Sebastian →

on autopoiesis, 92, 101; on autopoiesis and cognition, 124; on autopoietic organization of a single cell, 97–101; on autopoietic organization of metacellulars, 105–107

The index entry for Varela maps the full range of autopoiesis-related discussions across the volume, indicating the concept’s systematic centrality to Thompson’s project.

Thompson, Evan, Mind in Life: Biology, Phenomenology, and the Sciences of Mind, 2007aside

Dig deeper with Sebastian →

Boundaries: in the autopoietic organization of metacellulars, 106–107; as a criterion of autopoietic organization, 103, 126; defining the system, 98–99; in the Gaia theory, 121; in social systems, 451n3

The index clusters boundary as the operative criterion across multiple scales of autopoietic application, signaling that the concept’s extension beyond the cell depends on how boundary is defined.

Thompson, Evan, Mind in Life: Biology, Phenomenology, and the Sciences of Mind, 2007aside

Dig deeper with Sebastian →

Varela, F. J., Maturana, H. R., and Uribe, R. (1974). Autopoiesis: the organization of living systems, its characterization and a model. Biosystems 5: 187–196

The bibliographic reference to the foundational 1974 paper by Varela, Maturana, and Uribe anchors the concept’s origin and situates Thompson’s elaborations within the original scientific literature.

Thompson, Evan, Mind in Life: Biology, Phenomenology, and the Sciences of Mind, 2007aside

Dig deeper with Sebastian →

Related terms