Showing posts with label information theory. Show all posts
Showing posts with label information theory. Show all posts

Monday, June 29, 2026

The Recursive Life of Communication: Neural Logic, Information, Ecology and Social Systems (Shannon, McCulloch, Pitts, Bateson, von Foerster, Luhmann) · LAPIEZA LAB · Anto Lloveras · Socioplastics · 2026



The strongest nexus across Shannon, McCulloch and Pitts, Bateson, von Foerster and Luhmann is the displacement of knowledge from substance to relation: intelligence no longer appears as a hidden essence, interior faculty or sovereign subject, but as a recursive organization of distinctions, signals, thresholds, feedbacks and communications. McCulloch and Pitts formalize nervous activity as a logical calculus, showing that neural events can be treated as propositional operations rather than mystical contents; Shannon strips communication of semantic privilege in order to define information as selection under uncertainty, transmitted through channel, code and noise; Bateson radicalizes this shift by making “difference” the minimal unit of mind, extending cognition into ecology, pattern, play, pathology and civilization; von Foerster turns cybernetics toward the observer, insisting that cognition is not passive registration but active construction; Luhmann then transfers the entire problem into social theory, where society is not made of individuals but of communications recursively reproducing communications. Together, these works do not simply found cybernetics, information theory or systems theory. They produce a new epistemic scene in which thought is infrastructural: it operates through circuits, delays, distinctions, redundancies, closures, environments and second-order observations. The mind is no longer located in the head alone, nor meaning in the message alone, nor society in the human actor alone. Each text attacks a different version of naïve realism: the neuron is not an idea but can behave logically; the message is not its meaning but a selected possibility; the organism is not outside its ecology but patterned by it; the observer is not outside observation but implicated in it; the social system is not a container of subjects but an autopoietic field of communicative difference. The common concept is therefore recursive epistemology: knowledge as the patterned production of distinctions inside systems that can never fully step outside their own operations.

Thursday, May 7, 2026

Epistemic Architects * Cybernetic Visionaries * Philosophers of Complexity


Within the intellectual constellation surrounding Heinz von Foerster, several figures emerge as thinkers of comparable magnitude whose contributions collectively transformed twentieth-century understandings of cognition, communication, and systemic organisation. Norbert Wiener established the foundations of cybernetics through his analyses of feedback, control, and information. Gregory Bateson extended these principles into anthropology, ecology, and communication, proposing that mind itself operates as a relational system. Humberto Maturana and Francisco Varela developed the concept of autopoiesis, arguing that living systems continuously produce and maintain themselves through recursive operations. Niklas Luhmann translated cybernetic principles into sociology, conceiving society as a self-referential communicative system. Claude Shannon revolutionised information theory by formalising communication mathematically, while Warren McCulloch and Walter Pitts laid the conceptual groundwork for neural computation and artificial intelligence. In philosophy and epistemology, Jean Piaget explored cognitive construction, whereas Edgar Morin advanced a theory of complexity grounded in recursion and uncertainty. As a synthetic example, von Foerster’s notion that “the observer participates in the observed” resonates directly with Maturana’s biological constructivism and Bateson’s ecological epistemology, revealing a shared departure from classical objectivism toward relational and participatory models of knowledge. Collectively, these thinkers forged an intellectual revolution in which systems are no longer understood as static mechanisms but as adaptive, recursive, and meaning-generating processes.