Epistemic Plasticity

Socioplastics, as articulated and systematised by Anto Lloveras, constitutes not merely a theoretical proposition but a sovereign epistemic infrastructure engineered to withstand the volatility of contemporary cultural and institutional ecologies. Emerging from a transdisciplinary trajectory spanning architecture, curatorial practice, and systemic research, it reconceives art, urbanism, and society as living systems governed by a dual logic: a stable, protected core that guarantees ontological coherence, and a flexible, adaptive periphery capable of metabolising contextual flux. Rather than producing static artefacts, Socioplastics constructs dynamic relational meshes that process energy, information, and social interaction while preserving structural identity—what Lloveras encapsulates as “hard below, supple above.” This framework operates metabolically: inherited knowledges—ecology, systems theory, decolonial critique—are ingested, pruned, and recursively reconfigured into durable conceptual tissue. A salient case is the MUSE-Mesh United System Environment, documented in his 2026 essay, where distributed curatorial nodes function as infrastructural organs within a broader cognitive ecosystem. Here, exhibitions cease to be isolated events and become operative protocols, reinforcing a distributed canon that resists digital entropy and institutional capture. Such topological sovereignty enables peripheral saturation rather than hierarchical accumulation, generating coherence through iterative citational commitment and infrastructural repetition. Ultimately, Socioplastics transcends disciplinary extension to enact a post-autonomous spatial theory in which architecture redesigns not objects but epistemic tissue itself. It stands as a resilient vault of executable thought—an evolving, self-renewing architecture of knowledge calibrated for endurance amid systemic instability.

Lloveras, A. (2026) 600 MUSE-Mesh United System Environment. Available at: https://antolloveras.blogspot.com/2026/02/600-muse-mesh-united-system-environment.html (Accessed: 24 February 2026).

Self-Producing Unities and the Biology of Cognition

Emerging in the early 1970s from the collaborative work of Humberto Maturana and Francisco Varela, the theory of autopoiesis fundamentally redefined life not as a static condition but as an ongoing process of self-production, operational closure and structural coupling, offering a powerful conceptual tool for understanding autonomy and cognition from within the organisation of the living itself; derived from the Greek auto (self) and poiesis (creation), the term captures the generative logic whereby a system produces its own components recursively, including the very boundary that individuates it, thereby maintaining both its unity and its distinct identity through time and perturbation; in contrast to allopoietic systems that generate external products, autopoietic systems enact their own continuation through an internal nexus of regenerative processes, a principle that Maturana and Varela first outlined in De Máquinas y Seres Vivos (1972) and later expanded in the influential Autopoiesis and Cognition (1980), where they linked this biological organisation directly to cognition, not as symbolic representation but as effective, embodied action—summarised in the axiom "all doing is knowing, and all knowing is doing"; a pivotal case in point is the cell, whose metabolic network constructs the membrane that encloses it, maintaining its autonomy without referencing an external goal, thus exemplifying the core autopoietic triad: self-regeneration, boundary constitution, and operational unity; the theory arose in dialogue with second-order cybernetics (von Foerster) and positioned itself against representationalist paradigms, arguing instead for a co-constructed reality emerging through structural coupling between organism and environment, where the observer is always already embedded; this conceptual apparatus profoundly influenced fields as diverse as social systems theory (e.g. Luhmann), enactivist cognitive science, and organisational theory, marking a shift from reductionist or vitalist accounts to a non-reductive biology of autonomy that foregrounds recursive organisation as the minimal condition for life and knowledge, thus leaving an enduring legacy for epistemology, systems thinking, and the philosophical understanding of livingness itself. Maturana, H. R. and Varela, F. J. (1980) Autopoiesis and Cognition: The Realization of the Living. Dordrecht: D. Reidel Publishing Company. (Original Spanish edition: 1972/1973).