Strangers to Themselves: What Language Models Say About Themselves Is Generic

📅 2026-09-09
📈 Citations: 0
Influential: 0
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🤖 AI Summary
研究通过预测测试评估语言模型自我描述的准确性,发现其直接自述较弱,主要反映通用AI行为理论及正面偏见而非真实自我认知。
📝 Abstract
Language models can fluently describe how they would behave: whether they would cave to pushback, misuse a tool, or lie under pressure. Is that description actually about the model speaking? We turn self-knowledge into a prediction test. Across nine behavioral evaluations, we measure how a model behaves under different conditions, ask it to predict those rates, and compare its predictions with controls that remove the self from the question. We find that: (i) Direct self-report is weak (r = +0.04), and even showing the model the exact items only raises prediction to +0.24. Crucially, the same item-informed question about "capable AI agents in general" does just as well (+0.28), while other models' answers about themselves predict the target model at least as well as its own. (ii) Frontier scale does not detectably change this pattern: any gains in prediction are not self-specific, and are consistent with a better theory of how AI assistants behave rather than better self-knowledge. (iii) First-person framing does have one robust effect: it shifts reports in the flattering direction, understating harmful behavior relative to the same question about a generic agent. (iv) Finetuning on a model's own behavioral record can teach narrow self-predictions, but it also changes the behavior being predicted and the gains do not transfer broadly. The practical implication is simple: asking a model what it would do mostly reveals a theory of AI assistants in general, plus a favorable bias, rather than privileged knowledge of that model.
Problem

Research questions and friction points this paper is trying to address.

Language Models
Self-Knowledge
Behavioral Predictions
AI Assistants
Innovation

Methods, ideas, or system contributions that make the work stand out.

self-knowledge
prediction test
behavioral evaluation
language models
AI assistants