Yao Huang

Titles as the sources gave them. In 1 entry, with 3 checked quotations.

What they said

Newest first. Each quotation was found word for word in the source.

“such single-direction formulations generalize poorly across datasets and suffer substantial performance degradation when applied to heterogeneous deceptive scenarios, indicating that internal representations of deception are not universally aligned across domains.”
Why Static Probes Fail: Context Determines Deception Feature CompositionarXiv, October 20, 2026. Speaking as: Other. The authors' account of why existing single-probe deception detectors fall short, from the introduction.
“with just 10 adaptation examples, it achieves an average AUROC of 0.97 and a recall of 95% at a 5% FPR across evaluated datasets, significantly outperforming existing static probing methods.”
Why Static Probes Fail: Context Determines Deception Feature CompositionarXiv, October 20, 2026. Speaking as: Other. The authors' headline result for their proposed method, as stated in the introduction.
“Although Qwen3-32B shows increased confusion on transaction-related insider scenarios due to partial representation overlap, our approach still surpasses all baselines by a substantial margin.”
Why Static Probes Fail: Context Determines Deception Feature CompositionarXiv, October 20, 2026. Speaking as: Other. The authors' own note on where the method is weaker on the second model they tested.

In the Base

Every entry they appear in.

  1. ResearcharXivWrote it

    Why Static Probes Fail: Context Determines Deception Feature Composition

    Yao Huang and co-authors argue that detecting AI deception with a single linear probe in a model's activations does not generalize across settings. They propose a multi-direction method that adapts to each setting from about 10 examples, and report better detection than single-probe baselines on two open-weight models.