Synthesis of Meta-Concepts
This line develops a formal account of meta-concepts as nodes in a hierarchically organized graph of abstractions that admit multiple linguistic projections. The core target is not a “universal language,” but the conditions under which composition of locally valid abstractions remains valid at higher levels. The focus is on distinguishing legitimate higher-level structures from artefacts that may appear consistent yet fail to model the domain’s mechanics.
Research focus
Why it matters: Avoids the hidden asymmetry “one-language description → truth status”.
Why it matters: Turns “idea synthesis” into a checkable generative procedure.
Why it matters: Enables quality control for newly induced layers and their semantic geometry.
Why it matters: Anchors abstract synthesis in measurable adequacy.
Objectives and expected outcome
The project aims to produce a minimal formal scaffold: (i) definitions of meta-concepts and relation types as a graph structure; (ii) compatibility conditions that act as “composition interfaces”; and (iii) a validation-oriented protocol that separates constructive syntheses from pseudo-syntheses caused by linguistic artifacts, contextual asymmetries, or implicit substitutions. The practical output is not a “catalogue of concepts,” but a method: how to construct and validate new layers of a meta-conceptual hierarchy while preserving contact with verifiable properties.