Drawing on cybernetics and systems theory, this paper rethinks AI through the lens of autopoiesis. It traces a line from feedback control to second-order cybernetics, showing how machine learning (ML) inherits feedback, estimation, and decision while remaining allopoietic. Autopoietic living systems self-produce their components; ML systems produce outputs for external use and depend on human goals, data, and infrastructure.Yet, when embedded in social communication (Luhmann), generative models perturb autopoietic reproduction and yield quasi-autopoietic effects.The article surveys recursive AI training, info-autopoiesis, embodied/chemical AI, and human-AI hybrids, and argues for design and governance while preserving ontological distinction between life and machine.
Autopoiesis Without Life? Rethinking AI Through Cybernetics and Systems Theory / De Stefano, L.. - In: RETI SAPERI LINGUAGGI. - ISSN 2279-7777. - 14:2(2025), pp. 301-328. [10.12832/119462]
Autopoiesis Without Life? Rethinking AI Through Cybernetics and Systems Theory
Lorenzo De Stefano
2025
Abstract
Drawing on cybernetics and systems theory, this paper rethinks AI through the lens of autopoiesis. It traces a line from feedback control to second-order cybernetics, showing how machine learning (ML) inherits feedback, estimation, and decision while remaining allopoietic. Autopoietic living systems self-produce their components; ML systems produce outputs for external use and depend on human goals, data, and infrastructure.Yet, when embedded in social communication (Luhmann), generative models perturb autopoietic reproduction and yield quasi-autopoietic effects.The article surveys recursive AI training, info-autopoiesis, embodied/chemical AI, and human-AI hybrids, and argues for design and governance while preserving ontological distinction between life and machine.| File | Dimensione | Formato | |
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