framework
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framework:complexity-theory

Complexity Theory

The class of explanations from the Santa Fe Institute tradition, including attractor dynamics and emergent order, evaluated as insufficient to fully explain the appearance of living structure

Neighborhood — ranked by edge-count

Thinkers (3)

thinker
  • Biologist whose morphogenetic work on Acetabularia demonstrated that form generation arises from geometric and dynamic principles rather than primarily genetic control.

Concepts (1)

concept
  • Small regions in dynamical system state-space to which complex systems converge; cited from complexity theory as partial but insufficient explanation for living structure

Claims (1)

claim

Chapters (1)

chapter

Frameworks (1)

framework
  • The principle that every natural process is governed by a step-by-step unfolding where each step preserves the structure of the wholeness, introduced in Chapter 1 and elaborated here.

Related by similarity (8)

cosine ≥ 0.65 · no typed edge

Entities in the same semantic neighborhood but without a typed relation to this one — candidates for new edges or unrecognized duplicates.

  • Process Theoryconcept0.788
    Foundational framework consisting of systems (wires), processes (boxes), and composition (wirings); basis for quantum and compositional reasoning.
  • Thesis that complexity of environment drives cognitive evolution; mentioned in relation to sensorimotor organization.
  • Information Theoryconcept0.766
    Framework treating phenomena as information flows and exchanges; adopted by Friedman and others to model design as informational process.
  • Flusser’s category of complexity where the system elements have very complex internal relationships (like apparatus).
  • Theory Of Mindconcept0.761
    Cognitive capacity attributed to humans and animals; referenced as basis for mentalism intuitions.
  • Category Theoryconcept0.760
    Fundamental mathematical tool; poset-as-category provides simple instances of categorical notions like products and adjunctions.
  • The graduated range of environment difficulties (six environments) employed to probe how causal emergence relates to performance across challenges.
  • Hoping for machine-independent, geometrical characterizations of complexity classes via interaction models.