If stress exceeds a system's capacity to respond, the system becomes incapacitated and care response is disabled (analogous to resistance overload in Ohm's law).

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

• A system’s capacity for care—its concern for the alleviation of homeostatic stress—can be seen as constituting its self in the absence of any permanent substance or essence.claim0.834
  Re-defines self in terms of care dynamics.
• Overwhelming stress can incapacitate care response; optimal stress-care ratio required for adaptive SCI spiralfinding0.824
  Measured from Ohm's law analogy: excessive resistance (stress) disables conductor (care), analogous to psychological paralysis.
• There are no a priori limits on perception of stress or corresponding capacity for care; successful stress-relief reveals novel problem spaces at different scales.claim0.819
• An equivalent of Ohm’s law for stress, care, and intelligence would provide a key for understanding the evolution of intelligence across a wide range of spaces.hypothesis0.816
  Speculative suggestion for a mathematical formalization.
• Care, intelligence, and stress stand in dynamic relation analogous to voltage, current, and resistance in Ohm's law.finding0.815
• There are no a priori limits on a self's perceptions of stress and thus no limits on capacity for care and intelligent response.hypothesis0.811
  Predicts that collective, dynamic nature of intelligent agents enables open-ended evolution without fixed essence.
• Care, intelligence, and stress stand in proportional relationships analogous to charge, current, and resistance in Ohm's law.hypothesis0.810
  Suggests mathematical formalization path for SCI loop dynamics; proposes metrics for efficient care-driven paths.
• Stress, care, and intelligence form a single loop where care drives intelligent response to stress.claim0.800