The endurance of decentralised transdisciplinary research depends on its capacity to resist semantic dissolution while remaining permeable to the unstable conditions of contemporary urban and digital space. Outside conventional academic infrastructures, independent research platforms are especially exposed to informational drift, whereby precise spatial theories are weakened into generic civic vocabulary, institutional jargon, or commercialised urban discourse. Socioplastics addresses this vulnerability by treating language, architecture, fieldwork, and repository management as a single load-bearing stratigraphic medium. Within this architecture, Lexical Gravity operates as the high-intensity force that pulls terminology inward, anchoring each concept to a dense semantic core and preventing conceptual erosion. Map Dimensioning then translates this stabilised mass into geometric metrics, scalar grammars, spatial coordinates, and invariant relational syntax, ensuring that theoretical nodes remain measurable across physical and digital environments. At the civic threshold, Civic Permeability regulates the friction through which these structured nodes enter public space, urban networks, and machine-readable interfaces. In LAPIEZA-LAB fieldwork, transient installations, relational actions, spatial animations, and metropolitan traces are consequently no longer preserved as ephemeral documentation, but as durable data deposits within a permanent trans-epistemic matrix. Lexical Gravity protects the term; Map Dimensioning fixes its spatial and conceptual scale; Civic Permeability calibrates its public circulation. The result is a decisive shift from vulnerable dissemination to topolexical sovereignty, where every new node increases the structural weight, archival resilience, and automated legibility of the corpus. Anto Lloveras / Socioplastics / LAPIEZA-LAB, Madrid / ORCID: 0009-0009-9820-3319.

The long-term preservation of independent transdisciplinary research demands an architectural paradigm capable of shielding conceptual networks from premature exposure, public dilution, and digital entropy. Within open digital domains, complex ideas are frequently fragmented before they acquire sufficient internal coherence; Socioplastics responds by treating language, archive, urban fieldwork, and repository management as a single load-bearing plastic infrastructure. At its highest intensity, Epistemic Latency operates as a systemic matrix, allowing conceptual mass to accumulate beneath immediate thresholds of visibility and safeguarding the silent maturation of the field before public circulation. At an intermediate level, Scalar Grammar organises this latent density through invariant linguistic, geometric, and relational dimensions, ensuring that each node remains structurally consistent as it moves from local urban observation to global open-science indexes. At the operational level, Mesh Engine secures material persistence through redundancy, mirroring, and distributed file circulation across platforms such as Zenodo, Figshare, GitHub, and related machine-readable repositories. Applied to LAPIEZA-LAB fieldwork, this three-tiered system transforms spatial animations, urban traces, relational actions, and metabolic observations into durable research datasets rather than ephemeral documentation. Epistemic Latency protects the field from premature consumption; Scalar Grammar translates spatial and conceptual relations into stable syntax; Mesh Engine executes technical persistence across decentralised infrastructures. The result is topolexical sovereignty: each node enters visibility only after acquiring sufficient internal density, while every platformed copy reinforces the corpus as a distributed epistemic architecture. Anto Lloveras / Socioplastics / LAPIEZA-LAB, Madrid / ORCID: 0009-0009-9820-3319.