The scientific research process is a bowtie: a coherent world model compressed into a manuscript, then extracted and reinterpreted by other scientists.

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

• We evaluate the relative life of a process by making predictions based on thought-experiments or simulations.claim0.760
• Bowtie architecture: compression during learning; creative reinterpretation during recall and generalizationmethod0.755
• The process of design is an empirical matter: which step has the deepest feeling can be discovered by experiment in the real place or in simulations.claim0.753
  Defines the experimental, empirical nature of deciding next steps.
• What we get from such a process is a system of centers which is elaborated by other centers, in which each center is connected upward, downward, and sideways to myriad other centers, in which the centers bolster and intensify one another. What we get, then, is a particular kind of structure in which all the centers—gradually—take on this encrusted, dense, structured character of being made of other centers.claim0.752
  Description of the resulting living structure.
• The process itself is to be part of nature.claim0.749
• The interactive processes described are reversible in a very strong sense, linking logic and physicsclaim0.745
  Partial involutions are invertible; the same structures can axiomatize quantum mechanics and analyse entanglement.
• Simulations of a generative process (done in the laboratory) are essential to test that the defined process generates coherent complex variable morphology before applying it to real landclaim0.745
  Alexander's methodological justification for using the Guasare simulation studies.
• The process to design for is not stability or predictability, but promoting natural processesclaim0.742
  Key design philosophy of the talk, rejecting engineered stability in favor of dynamic, process-driven restoration.