Transdisciplinary Field Formation in the Periphery * Socioplastics, developed by Anto Lloveras through LAPIEZA-LAB in Madrid, stands as a compelling example of transdisciplinary field formation emerging from a peripheral laboratory setting. Explicitly framed as transdisciplinary urban theory, artistic research, and epistemic infrastructure, the project crosses boundaries between urban studies, philosophy, data systems, and knowledge architecture. Operating from Spain’s position on the edges of dominant global circuits, LAPIEZA-LAB functions as a sustained experimental environment where long-term accumulation replaces reliance on central institutional validation. This peripheral laboratory model enables the patient construction of an autonomous knowledge domain through systematic layering and cross-domain synthesis. The scale of Socioplastics supports its transdisciplinary ambition. With thousands of indexed nodes organized into tomes and over forty Century Packs, the project builds a dense, modular corpus designed for continuous expansion. This laboratory-driven growth transforms raw accumulation into structured epistemic capacity, allowing urban observation, theoretical modeling, and infrastructural experimentation to inform one another. The infrastructure—spanning datasets on Hugging Face, code repositories, and persistent scholarly anchors—creates durable pathways across disciplines, turning the periphery into fertile ground for hybrid knowledge production.

Cores represent stable nuclei within this expanding system. These DOI-anchored units (Core I through Core VIII) function as hardened reference points, each concentrating a cluster of nodes on foundational protocols, stratigraphic fields, field conditions, legibility infrastructure, and soft ontology. In a laboratory context, cores provide structural stability amid openness, ensuring that transdisciplinary inquiry maintains coherence while permitting diagonal connections across urban, epistemic, and theoretical layers. They act as anchors that make the entire field navigable and citable. Lexical novelties are equally central to this field formation. Through CamelTags—compact lexical operators such as ScalarGrammar, SoftOntology, DiagonalReading, TopolexicalSovereignty, and SemanticHardening—the project generates a precise, purpose-built vocabulary. These neologisms do not merely describe phenomena; they operationalize thought, enabling new distinctions and protocols that bridge disciplines. The diction is taxonomic and constructive, forging a specialized language suited to transdisciplinary navigation and machine-readable clarity. In this way, Socioplastics illustrates how a laboratory in the periphery can cultivate a genuinely transdisciplinary field. By combining expansive scale, stable cores, and inventive lexical tools, it demonstrates a viable model for autonomous epistemic architecture in the contemporary era.