claim
active
claim:emotion-probes-are-more-persistent-than-variance-matched-random-probes-indicating-emotion-specific-persistence-beyond-autoregressive-dynamicsEmotion probes are more persistent than variance-matched random probes, indicating emotion-specific persistence beyond autoregressive dynamics.
Core empirical claim distinguishing emotion persistence from generic high-variance probe persistence
Source paper
extracted_fromScott Sauers · Imago · Janus · Antra Tessera
Neighborhood — ranked by edge-count
Papers (1)
paper
Findings (3)
finding
- In Cogito v2.1, average residual persistence above variance-matched probes is +0.077 (p = 1.5e-27, 157 of 171 probes positive).associated_withsupportsDemonstrates emotion-specific persistence beyond variance effects in Cogito
- Supports that persistence is genuinely tied to emotion structure rather than measurement artifact
- Quantitative measure of emotion feature persistence vs random baseline in Cogito
Claims (2)
claim
- Interpretive hypothesis offered to explain why emotion features are more persistent
- The SAE self-evaluation persistence finding serves as a replication of probe-based results that shares no potential probe construction confounds
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.
- Central interpretive claim of the paper supported by multiple convergent analyses
- Claims that agentic self-evaluation provides independent convergent evidence for emotion-persistence link
- Core open question the paper raises but does not fully resolve
- Rules out measurement artifact explanation for the persistence finding
- Caveat on probe interpretation; does not negate the introspection result but affects interpretation of the target variable
- Core unresolved confound the paper acknowledges but cannot rule out
- Proposed explanation for why emotion probes are more persistent than variance-matched random probes
- Falsifiability test built into the PC analysis design