Readable atlas · Release 0.35
Autopoiesis: The Organization of Living Systems, Its Characterization, and a Model
Varela, Maturana, and Uribe's 1974 paper specifying autopoietic organisation and illustrating it with a tessellation model.
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Summary
The paper specifies a self-producing organisation, illustrates it with a tessellation model, and gives six criteria for identifying an autopoietic unity. Its boundary must arise through the system's own processes.
Implications for practice
The paper makes the claim inspectable against explicit conditions.
Key distinctions
- An illustrative model versus empirical confirmation
Connections to practice
- Use section 9 to examine a proposed application.
Common confusions
- Publication in a foundational collection settles every later application.
Further checks
- Independent reproduction of the model remains outside this review.
Recorded connections
Check the wording, direction, scope, sources, and status of a connection before relying on it.
Status: accepted · Relation: authored by
Bibliographic first pass: records authorship or collection structure, not a full evaluation of the work or influence.
Locator: Official table of contents, Volume 3, item 48, ‘Autopoiesis: The Organization of Living Systems, Its Characterization, and a Model’
- Foundational Papers in Complexity Science — official tables of contents (checked primary register)
Status: accepted · Relation: authored by
Bibliographic first pass: records authorship or collection structure, not a full evaluation of the work or influence.
Locator: Official table of contents, Volume 3, item 48, ‘Autopoiesis: The Organization of Living Systems, Its Characterization, and a Model’
- Foundational Papers in Complexity Science — official tables of contents (checked primary register)
Status: accepted · Relation: authored by
Bibliographic first pass: records authorship or collection structure, not a full evaluation of the work or influence.
Locator: Official table of contents, Volume 3, item 48, ‘Autopoiesis: The Organization of Living Systems, Its Characterization, and a Model’
- Foundational Papers in Complexity Science — official tables of contents (checked primary register)
Status: accepted · Relation: part of
Bibliographic first pass: records authorship or collection structure, not a full evaluation of the work or influence.
Locator: Official Foundational Papers in Complexity Science table of contents
- Foundational Papers in Complexity Science — official tables of contents (checked primary register)
Status: accepted · Relation: part of
Official table of contents, volume 3, item 48.
No statement-level locator recorded.
- Foundational Papers in Complexity Science — official tables of contents (checked primary register)
Status: provisional · Relation: described by
A cautious first-pass topic link based on the paper title and collection placement; substantive review remains pending.
No statement-level locator recorded.
- Foundational Papers in Complexity Science — official tables of contents (checked primary register)
Status: accepted · Relation: presents
This records documentary collection structure only. Inclusion does not by itself establish conceptual influence, agreement, importance or validity.
Locator: Official collection table of contents
- Foundational Papers in Complexity Science — official tables of contents (checked primary register)
Status: accepted · Relation: presents
This records documentary collection structure only. Inclusion does not by itself establish conceptual influence, agreement, importance or validity.
Locator: Official collection table of contents
- Foundational Papers in Complexity Science — official tables of contents (checked primary register)
Status: candidate · Relation: presents account of
The paper defines autopoiesis through a network of component production and illustrates that organisation in a tessellation model. The illustration does not itself establish later biological or social applications.
Locator: Section 3, p. 188; section 6, pp. 189–191
- Autopoiesis: The Organization of Living Systems, Its Characterization and a Model (passage checked research pass)
Status: candidate · Relation: proposes condition for
The paper requires an autopoietic unity's boundary to be generated by its component interactions and sustained by the processes it enables. An analyst's selected boundary alone does not meet that condition.
Locator: Section 7, pp. 191–192; section 9, points 4–6, p. 193
- Autopoiesis: The Organization of Living Systems, Its Characterization and a Model (passage checked research pass)
Claims and disputes
The paper defines autopoiesis through a network of component production and illustrates that organisation in a tessellation model. The illustration does not itself establish later biological or social applications.
Claim status: candidate. Review status: research pass needs editor.
Primary-source exposition; editorial acceptance open
Supporting sources
- Autopoiesis: The Organization of Living Systems, Its Characterization and a Model (passage checked research pass)
The paper requires an autopoietic unity's boundary to be generated by its component interactions and sustained by the processes it enables. An analyst's selected boundary alone does not meet that condition.
Claim status: candidate. Review status: research pass needs editor.
Primary-source exposition; editorial acceptance open
Supporting sources
- Autopoiesis: The Organization of Living Systems, Its Characterization and a Model (passage checked research pass)
Sources and passage locators
- Foundational Papers in Complexity Science — official tables of contents (checked primary register)
- Autopoiesis: The Organization of Living Systems, Its Characterization and a Model (passage checked research pass)
- Autopoiesis: The Organization of Living Systems, Its Characterization and a Model: Sections 3, 6–7, and 9; appendix · research pass needs editor
- Autopoiesis: The Organization of Living Systems, Its Characterization and a Model: Section 3, p. 188; section 6, pp. 189–191 · research pass needs editor
- Autopoiesis: The Organization of Living Systems, Its Characterization and a Model: Section 7, pp. 191–192; section 9, points 4–6, p. 193 · research pass needs editor
Cite this entry
Taylor, B. P. (2026). Autopoiesis: The Organization of Living Systems, Its Characterization, and a Model. The Necessary Tangle, release 0.35. https://transduction.systems/entries/publication_fpcs_048/
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