claim
active
claim:the-points-in-the-first-section-became-much-clearer-during-a-workshop-with-sim-van-der-ryn-at-esalen-institute-in-1991The points in the first section became much clearer during a workshop with Sim Van der Ryn at Esalen Institute in 1991.
Acknowledges the role of the workshop in refining the ideas.
Neighborhood — ranked by edge-count
Thinkers (1)
thinker
- Sim Van der RyncitesCo-leader of the 1991 Esalen workshop that influenced the chapter.
Institutes (1)
institute
- Esalen InstitutecitesSite of the 1991 workshop where Alexander and Sim Van der Ryn clarified the ideas in the first section.
Events (1)
event
- Workshop co-led by Christopher Alexander and Sim Van der Ryn that sharpened the points of this chapter.
Related by similarity (8)
cosine ≥ 0.65 · no typed edgeEntities in the same semantic neighborhood but without a typed relation to this one — candidates for new edges or unrecognized duplicates.
- Load-bearing interpretive claim about the layer-specificity of Burger et al.'s finding.
- Cube Flipper's prediction about convergence of insight practice on field model.
- Reflection-inducing directions emerge more clearly in higher layers (ℓ>5) for both models and datasetsfinding0.744Empirical observation about which network layers encode reflection-relevant information.
- Frames the paper's epistemic status and intent; invokes the traditional Buddhist metaphor to situate the formal model
- Alexander's generous framing of Descartes before presenting the second method as extension rather than rejection
- Reflection does not only emerge in SFT or RL stages but arises earlier during pre-training.claim0.740Cited finding from Shah et al. contextualizing the training origins of reflection.
- More than half of subjects shifted to holistic grouping after high-speed search training.finding0.738Experimental result demonstrating that unfocused perception can be trained and restores the ability to see wholeness.
- Observation of Alexander's pattern of self-rejection.