community
active
leiden_hybrid_concepts
label: haiku
community:leiden_hybrid_concepts-run4-c1-c5Holistic information structure and relational wholeness
Framework treating wholes as primary with parts defined through relationships; emphasizes information preservation through structure-preserving transformations and distributed emergence of organized systems.
13 members. Each node is clickable.
Loading graph…
Drawn from 8 sources
The papers/notes whose extracted claims & findings make up this cluster.
- Understanding Christopher Alexander's Fifteen Properties via Visualization and Analysis3 members
- Diagrammatic Writing2 members
- Towards a theory of conceptual design for software2 members
- Finger Exercises in Formal Concept Analysis2 members
- Design for an Individual: Connectionist Approaches to the Evolutionary Transitions in Individuality1 member
- Denotational design with type class morphisms (extended version)1 member
- Harmony-Seeking Computations: a Science of Non-Classical Dynamics based on the Progressive Evolution of the Larger Whole1 member
- Information, Processes and Games1 member
Bridges (7)
Other communities that share members with this one — cross-cutting threads or papers that sit at the seam between two themes.
- Design principles for care-centered systems13 shared
- Primacy of initial placement in composition2 shared
- Formal concept lattice information preservation2 shared
- Alexander–Levin morphogenetic coherence framework2 shared
- Christopher Alexander's 15 properties clustering1 shared
- Structure-preserving transformations & wholeness1 shared
- Collective intelligence as universal architecture1 shared
Claims (12)
- The first words placed define the spaceFoundational assertion that opening placement determines all subsequent spatial relations and meanings; echoes formal composition in visual arts.
- A whole makes its parts, rather than the idea that a whole consists of parts.Alexander's foundational assertion inverting conventional understanding of composition; central to understanding centers and the Fifteen Properties.
- Centers within a whole intensify each other, resulting in a profound and lively whole.Alexander's core mechanism explaining how the Fifteen Properties function to create living wholes.
- Concepts are cognitive structures that give coherent account of immediate consequences in complex systemsJackson's core assertion about the role of concepts as explanatory structures bridging action and consequence
- Concepts are not the same as conventional datatypesJackson's assertion that concepts encompass state and behavior that motivates them, beyond what programmers assign to datatypes
- Organised structure of relationships between parts, sufficient to exhibit information integration and collective action, can be produced via fully-distributed unsupervised learning.Central claim from connectionist models: complex coordination emerges without centralized control or external teacher.
- Structure-preserving means preserving wholeness via observer's ability to see the whole, not arbitrary mathematical transformation
- The first words placed define the space; every subsequent element is in relation to this initiating act
- The information contained in the formal context is preserved when transformed into a concept lattice.
- The information contained in the formal context is preserved.Ganter's assertion that concept lattice transformation does not lose information from the original formal context.
- The instance's meaning follows the meaning's instance.Elliott's core principle: type class instance definitions should mirror the semantic meaning to avoid abstraction leaks.
- Well-ordered ranges of sizes create a field effect that ties centers together to form a whole.Explanation of how Levels of Scale property operates through emergent field phenomena.
Findings (1)
- Elements of domains form partially ordered information states where d ⊑ e means 'e conveys at least as much information as d'.Core intuition of Domain Theory: qualitative ordering of information states provides foundation for modeling computation without quantification.