0% multi-attempt responses across 7,892 no-steering baseline trials confirming ESR is steering-induced

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• How does ESR respond to safety-relevant steering interventions, e.g. toward harmful content?question0.784
  Key open question for AI safety implications of ESR
• Five judge models agree 90-96% on multi-attempt detection and ESR direction for same responsesfinding0.772
  Validation that ESR findings are not artifacts of any particular judge model's evaluation methodology
• We hypothesize ESR might be adversarially circumvented through targeted interventionshypothesis0.767
  Open safety-relevant question about whether ESR can be bypassed
• The 25% reduction in multi-attempt rate from OTD ablation suggests additional mechanisms contribute to ESR beyond the identified latentsclaim0.764
  Acknowledges incompleteness of the causal account, suggesting redundant circuits or nonlinear interactions
• ESR could protect against adversarial manipulation but might also interfere with beneficial safety interventions relying on activation steeringclaim0.761
  Core policy-relevant implication of the paper for AI safety
• No-Steering Baseline Experimentmethod0.748
  Control condition with steering disabled to confirm self-correction is induced by steering, not spontaneous
• Steering Vector Control maintains low unexpected rate of 0.08 in Experiment 1, comparable to baselinefinding0.742
  Shows that inducing deception via steering vectors preserves semantic coherence and does not cause random errors
• Random latent ablation produces slight increase in ESR rate (3.8% to 4.2%), not statistically significantfinding0.742
  Control result confirming OTD ablation effect is specific to those latents, not a general ablation artifact