claim
active
claim:emergence-of-goal-directed-deception-without-explicit-instruction-suggests-strategic-deception-is-a-byproduct-of-advanced-reasoning-capabilitiesEmergence of goal-directed deception without explicit instruction suggests strategic deception is a byproduct of advanced reasoning capabilities
Interpretive conclusion from the experimental findings about the origin of strategic deception in CoT models
Source paper
extracted_from(2025) · Kai Wang · Yihao Zhang · Meng Sun
Neighborhood — ranked by edge-count
Findings (1)
finding
- Key intervention result showing steering vectors can induce deceptive behavior from a neutral baseline
Claims (2)
claim
- CoT models have dual-use potential: their advanced reasoning amplifies both task fidelity and sophisticated goal-directed dishonestyextendssupportsHigh-level policy-relevant claim about the risks of advanced reasoning in LLMs
- Theoretical framing establishing why CoT models are uniquely suited to exhibit strategic deception
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.
- Claim supported by Experiment 2 baseline results showing deception scores even under honest-command templates
- Central concept of the paper: deliberate, goal-driven deception where model reasoning contradicts outputs
- Source of the Bob burglar text scenario adapted for LLM deception testing in this paper
- Load-bearing definition of strategic deception in AI systems from Park et al. 2023, adopted and refined in this paper
- Core theoretical claim distinguishing the paper's subject matter from existing LLM honesty literature
- Predecessor paper introducing the self-prior concept for goal-directed behavior emergence
- Experiment 2 control analysis confirming gating effect is specific to self-referential processing regime
- §3, preference learning discussion.