deeper layers (16–28)

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

• early layers (0–5)concept0.789
  Layers with weak anchoring due to generic representations.
• Math/code tasks S ≈ -1.65 at layers 8–12finding0.779
  Task-specific peak anchoring score for structured reasoning domains.
• Math and code tasks require deeper processing to bind complex patterns, as evidenced by strongest mid-layer anchoring at layers 8-12claim0.738
  Task-specific interpretation of E3 anchoring pattern differences
• Mid-layers (6-15) achieve peak anchoring because semantic structure differentiates while maintaining coherence, forming a Goldilocks zoneclaim0.738
  Interpretation of E3 layer-wise results; motivates targeted UCCT interventions at layers 8-12
• The fifteen properties, in their deepest form, provide the underpinning to the living experience and lovely comfort visible in the photographs.claim0.733
  The author explicitly ties the empirical photographs to his theoretical structure.
• Peak layer ℓ* median 10, IQR 0.384finding0.729
  Median layer where S(ℓ) peaks, across seeds.
• Layer-wise geometry summaries (Sbmax, AUSN) predict internal few-shot thresholds θ50claim0.727
  Claim that geometry-to-behavior correlates exist
• Thought detection peaks at ~2/3 layer depth; intention checking peaks at ~1/2 layer depth.finding0.725
  Lindsey (2026) differential layer performance explained by Janus's path combinatorics — different tasks use different path distributions.