Single-process, non-interruptible task switching at command boundaries is sufficient for responsive single-user systems; avoids complexity of multiprocess synchronization.

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

• Single-process design with coarse-grained task switching eliminates synchronization complexity.claim0.857
• A skill should do its work and stop, avoiding performative complexity and multi-stage flows when single-pass suffices.claim0.799
• Every living process must necessarily be an adaptive, step-by-step process that creates unity by adapting the structure into harmony with what exists.claim0.772
• The fact that one process calls on other processes is not voluntary; it is essential to the nature of the system, just as in arithmetic.claim0.767
  Argues that sequence linkages reflect deep necessity, not option, for the system to work.
• Stating and proving that answers to questions and other statements are responsive seems to require a substantially larger logical apparatus than merely proving that the answers are truthful.claim0.767
  Claim about the difficulty of responsiveness verification.
• The unfolding process allows—sustains—minute adaptation in every detail.claim0.764
  The practical benefit of unfolding.
• In every case, the process is straightforward, simple, and above all free: it allows the reality of the situation, the human needs, human joys, to find expression.claim0.762
  A summary generalization from the examples about the nature of living processes.
• A pair of query and key subcomponents distributed across attention heads performs syntax-boundary routingfinding0.760
  VPD recovers an attention algorithm for routing across syntactic boundaries, distributed across heads.