"Domain Theory is a static theory resting on dynamic intuitions."

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

• Continuous functions in Domain Theory reflect that computational processes have access only to finite information at each finite stage.finding0.751
  Mathematical principle grounding the formal definition of continuity in domain theory to physical and epistemic constraints on computation.
• Future work should develop fully-fledged dynamic theories combining qualitative and quantitative information in the style of Game Semantics and Geometry of Interaction.hypothesis0.741
  Paper identifies major research objective: extending static reconciliations (Domain Theory + Shannon) to dynamic frameworks.
• Static-Dynamic Theory Classification Axisconcept0.735
• Agents and their interactions are intrinsic to studying information flow in computation, not peripheral to classical information theory.claim0.726
  Central thesis: traditional static information theories fail to capture dynamic interaction necessary for understanding modern computing.
• Information theory offers a language to characterize such entities and synergies between them.claim0.721
  Claim that information-theoretic measures are suitable to model self and agency.
• "The runtime architecture of a system" crystallizes the notion that temporal relationships matter more than static code structure.concept0.715
• The fifteen structural properties are not the most fundamental aspect of the theory; they are consequences of the existence of centers and their interdependence.claim0.713
  Alexander's retrospective account of how his theory evolved, demoting the fifteen properties from foundational to derivative status.
• Dynamical Systems Theoryconcept0.713
  Mathematical and conceptual framework for modeling complex self-organizing systems; applied here to action and cognition.