community
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leiden_hybrid_concepts
label: haiku
community:leiden_hybrid_concepts-run4-c1-c7Relational semantics through spatial and narrative representation
Frameworks treating meaning-making as emergent from relational configurations—spatial diagrams, image schemas, and narrative structures—rather than essential properties, drawing on systems theory and cognitive linguistics.
11 members. Each node is clickable.
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Drawn from 7 sources
The papers/notes whose extracted claims & findings make up this cluster.
- Diagrammatic Writing4 members
- Diagrammatic Writing2 members
- 2022-09-23_Prabros._dynamics-in-action-pdf1.pdf_2f6a2b1 member
- Ordered Sets and Complete Lattices: A Primer for Computer Science1 member
- 2026-05-15_manifold-overlap-papers-economy-strategy.md1 member
- cognitive-glue-and-alexander.md1 member
- unfold-chat-catalog.md1 member
Bridges (6)
Other communities that share members with this one — cross-cutting threads or papers that sit at the seam between two themes.
Claims (10)
- All is Relational
- All properties are relational; no properties are essential or absoluteFoundational claim that meaning and value in diagrammatic systems emerge only from relations between elements, not from intrinsic properties.
- A Diagram is an Image that Works
- A diagram spatializes semantic value using graphic features of spatial organization to express relations
- All position is relative; no properties are absolute or essential
- Diagrams spatialize semantic value into legible graphical systemsA diagram is an image that works by converting semantic relations into spatial organization, making meaning through form rather than content alone.
- Narrative explanation is necessary for explaining self-organizing dynamical systems because their behavior cannot be reduced to deductive-nomological form.
- Degree of life varies with relative configuration of surrounding centers, not absolute properties.
- Image schemas and narrative are fundamental to design and understanding.
- Narrative world models organize temporal episodes with emotionally salient outcomes, distinct from predictive models.
Findings (1)
- Input-Output Relations as Ordered ConceptsDiagrammatic encoding of program behavior via concept lattices reveals reachability structure and non-determinism without fixed calculational rules.