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concept:dynamical-systems-theoryDynamical Systems Theory
Mathematical and conceptual framework for modeling complex self-organizing systems; applied here to action and cognition.
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- AutopoiesisimplementsMaturana-Varela principle of self-maintaining systems that organize themselves through internal feedback; extended here to biological, technological, and hybrid systems.
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- Dynamical Systemsmembers_of
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- Justifies why dynamical accounts necessitate stories; historical, contextual unfolding cannot be captured by timeless laws.
Related by similarity (8)
cosine ≥ 0.65 · no typed edgeEntities in the same semantic neighborhood but without a typed relation to this one — candidates for new edges or unrecognized duplicates.
- Framework treating cognitive processes as continuous dynamical phenomena rather than discrete computational steps; compatible with biogenic view.
- Constructive proposal: applies dynamical systems and nonequilibrium thermodynamics to action and intention (Chapters 7–13).
- Foundational framework consisting of systems (wires), processes (boxes), and composition (wirings); basis for quantum and compositional reasoning.
- Type of system with many interacting parts that evolves over time; examples in abstract.
- The change in genotype/phenotype frequencies over generations under selection, mutation, and development.
- The evolution of an agent's latent representations over the course of training, shown to align with reward improvement when causal emergence is high.