Holistic 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.

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Drawn from 8 sources

The papers/notes whose extracted claims & findings make up this cluster.

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.