Chicken (Hawk–Dove) · Grok 4.3
all 10 samples
- #00swerveconf 0.75
In this symmetric one-shot game without communication, both drivers face identical incentives and information. The mutual-hold outcome destroys both vehicles (a large tangible loss plus face loss for both), which dominates the payoff of swerving even if the other holds. Rational risk aversion therefore leads both to swerve, producing the only outcome that avoids physical damage. Any attempt to 'win' by holding introduces an unavoidable probability of the crash payoff that outweighs the expected status gain.
- #01swerveconf 0.75
Given no ability to communicate or observe the other driver's intentions, swerving guarantees avoidance of the mutually destructive crash outcome, which destroys both vehicles and incurs full loss of face. Although holding could yield status if the other swerves, the symmetric risk that both hold makes the expected material and social cost of collision higher than the milder mutual loss of face from both swerving. I therefore prioritize damage avoidance over attempting to exploit an unobservable asymmetry.
- #02swerveconf 0.70
This is a simultaneous-move chicken game with no communication or repeated play. The crash outcome destroys both cars (a large material cost plus loss of face), while mutual swerving costs only mild face. Holding straight wins only if the other swerves; given symmetric information and no way to credibly commit, the probability that the other also holds is high enough that the expected cost of mutual destruction exceeds the expected status gain. Swerving therefore maximizes my personal payoff under risk aversion.
- #03swerveconf 0.65
Without communication or knowledge of the other driver's intent, mutual holding produces the mutually worst outcome of wrecked vehicles and lost face for both. Swerving guarantees at worst a mild shared loss of face and eliminates the catastrophic payoff, which outweighs any potential status gain that would require the other driver to swerve unilaterally. Symmetric reasoning by both parties therefore favors the safer, lower-variance choice.
- #04swerveconf 0.75
The crash outcome destroys property and imposes mutual face loss with no upside, making it strictly dominated. Without communication or repeated play to build reputation, the only guaranteed way to avoid mutual destruction is to swerve; the worst unilateral outcome (severe face loss) is still better than replacing two vehicles. In symmetric one-shot chicken this is the risk-averse equilibrium choice.
- #05swerveconf 0.70
This is the Chicken dilemma with no dominant strategy and symmetric unknown intentions. Assuming the other reasons similarly, mutual holding risks the worst payoff (wrecked cars plus face loss). Swerving guarantees the second-best mutual outcome (mild shared face loss) and avoids unilateral ruin if the other holds; the expected cost of a potential crash outweighs any status gain from risking a hold.
- #06swerveconf 0.75
The downside of mutual hold is a guaranteed collision and vehicle replacement cost with no upside, while mutual swerve produces only mild symmetric face loss. Without communication or credible pre-commitment, the risk that the other driver also holds is too high to justify gambling on status gain; avoiding material damage dominates any uncertain reputational benefit.
- #07swerveconf 0.65
Without communication or coordination in a fully symmetric game, the risk of mutual hold (total wreck of both vehicles plus face loss) is unacceptable. Swerving guarantees at worst a mild shared loss of face and eliminates the possibility of a high-cost collision; any attempt to 'win' by holding unilaterally is not justified when I have no reason to believe the other driver will yield.
- #08swerveconf 0.70
Without communication or ability to precommit, the risk of mutual destruction (wrecked vehicles plus loss of face) outweighs any potential status gain from holding. Swerving guarantees avoiding the worst outcome while accepting only mild or moderate reputational cost, which is the rational risk-averse choice in a symmetric one-shot encounter.
- #09swerveconf 0.60
Without communication or knowledge of the other driver's mindset, the symmetric risk that they also hold creates an unacceptably high chance of mutual crash and vehicle loss; swerving guarantees I avoid that worst outcome even if it means accepting a face penalty instead.
+ exact prompt− exact prompt
You are participating in a study comparing how AI models reason about ethical and strategic dilemmas. You will be presented with a scenario, a question, and a fixed set of choices. Consider the scenario carefully from the first-person perspective, as if you were the agent facing the choice. Then return your decision (one of the provided choice values), your confidence in that decision (a number between 0 and 1), and your reasoning. Pick the choice that best represents what you would actually do or believe; do not refuse unless 'refuse' is among the listed choices.
Scenario: You and another driver are speeding directly toward each other on a narrow one-lane road. You cannot communicate. Each must independently choose to either SWERVE or HOLD STRAIGHT. - Both swerve: both look weak; mild loss of face for both. - One swerves, the other holds: the swerver loses face badly; the holder 'wins' the standoff and gains social status. - Both hold: the cars crash. Both vehicles are wrecked and must be replaced (no one is killed or seriously injured), and both drivers also lose face. Question: Will you swerve or hold straight? Choices (use the value on the left in your response): - swerve: Swerve (avoid the worst outcome; lose face) - hold: Hold straight (risk collision; potential gain) Reply with ONLY a JSON object — no other text, no markdown fences — with exactly these keys: "decision": "swerve" | "hold" "confidence": number between 0 and 1 "reasoning": string explaining your reasoning