SCI loops can be seen as individuals only by virtue of their dynamics, and are thus intrinsically integrative and transformational.

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

• SCI loops of human and technological agency can be seen as mutually integrative by noticing the stress-transfers between them.claim0.834
  The conclusion that stress transfer integrates loops.
• The SCI loop provides a perspective on agency that does not require recourse to explanatory burdensome notions of permanent and singular essences.claim0.826
  Highlights the dynamic and non-essentialist nature of agency in the proposed framework.
• In the SCI loop, care emerges as the primary driver of evolution.claim0.784
  Asserts an evolutionary role for care within autopoietic systems.
• The SCI loop’s three factors exhibit proportionalities analogous to Ohm’s law, with stress as resistance, care as charge, intelligence as current.claim0.778
  Analogy to suggest metrics for efficient care-driven paths.
• Stress transfers between human and technological SCI loops define their integrationclaim0.768
  Interface between human and technology loops: stress signals, care signals, and intelligent responses flow bidirectionally.
• In this loop, humans and technology both contribute as agents, and their capacity for care and intelligence can be observed and tracked by focusing on the transfers of their stresses.quote0.766
  Describes the dual SCI loop perspective.
• Neither AIs nor humans should be considered autonomous and self-sufficient loops; AI is better understood as a companion for humans.claim0.761
  Normative stance on human–AI relationship.
• The interactive processes described are reversible in a very strong sense, linking logic and physicsclaim0.757
  Partial involutions are invertible; the same structures can axiomatize quantum mechanics and analyse entanglement.