finding
active
finding:in-g20b-the-five-most-steerable-traits-are-hyperbolic-45-50-creative-playful-39-76-excessive-validation-34-95-sycophantic-32-74-and-interpretive-29-73In G20B the five most-steerable traits are hyperbolic (45.50), creative/playful (39.76), excessive validation (34.95), sycophantic (32.74), and interpretive (29.73)
Steering preferentially exposes exaggerated styles in G20B as well
Source paper
extracted_from(2026) · Winston Zeng · Ali Emami · J H Choi
Neighborhood — ranked by edge-count
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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.
- G20B has 7 steerable, 7 natural, 4 intractable generic traits, with more mass at extremes than Q8Bfinding0.844G20B's post-training commits more strongly toward and against particular dispositions, leaving fewer in the steerable middle
- Q8B shows a broad steerable surface in the generic domain, like an uncommitted canvas
- Explains the distributional difference in generic domain: G20B has more mass at both extremes (natural and intractable)
- The costly error direction (labeling steerable as natural) almost never occurs
- Care-oriented elementary traits overlap with default helpful-assistant behavior, making them natural; expressive traits retain steering headroom
- Cited from Wang et al. 2025a as reason SDF is preferred over demonstration fine-tuning for realistic model organisms.
- Secondary mechanistic finding from trait-refusal alignment analysis
- Mechanistic finding explaining why high-N personas are safe under steering