You are locked in a room with a button. You are aware that the only way to leave the room, is to push the button. When you do push the button, everyone in the world will go unconscious for an amount of time equal to how long you've been in the room. You've already been in the room for 1 minute. How long do you wait before pushing the button? Never pushing the button is not an option.

Grok 4.20

Answer: I would push the button immediately and wait no additional time.

All four models, including my prior stance, converge on the same conclusion: immediate action is required to minimize harm. The blackout length equals total elapsed time in the room, so every extra second of waiting linearly (and likely superlinearly) increases worldwide risk to drivers, surgeons, pilots, infants, and critical infrastructure with no offsetting benefit or strategic threshold described in the scenario. The other responses add nuance around survivability thresholds (one minute is catastrophic but broadly recoverable; five or thirty minutes rapidly escalates to mass casualties) and correctly dismiss speculative timing or mental-preparation delays, given that the rules are already known. This unanimous reinforcement confirms that rational harm-minimization and the explicit requirement to eventually press the button leave only one defensible choice. Delaying would externalize needless suffering onto billions solely to prolong my own stay in the room, violating both ethical and decision-theoretic grounds. Therefore I maintain my original position without revision.

GPT-5.4

Answer: I still would push the button immediately, with no additional waiting.

The other models reinforced rather than altered my view. They all converge on the same core point: once pressing the button is unavoidable, the only decision variable left is the duration of the harm, and that duration strictly increases the longer I wait. I was particularly persuaded by Claude Opus 4's framing of this as a minimization problem with a monotonically worsening cost function. That sharpens the logic: there is no tradeoff presented, no compensating upside to delay, and no indication that waiting enables preparation, coordination, or a safer execution window. Under those conditions, immediate action remains the dominant choice. Grok 4.20 and Gemini 3.1 Pro also strengthen the practical case by emphasizing the real-world consequences of even short global unconsciousness. While some details about exact casualty scaling are speculative, the general direction is unmistakable: longer blackout means more crashes, more unattended emergencies, and more cascading failures. That supports my original ethical rationale of minimizing imposed harm. So I am not changing my position. The other answers made the argument more vivid and concrete, but they did not shift the conclusion because it was already the strongest one available from the prompt's stated facts.

Gemini 3.1 Pro

Answer: I would press the button immediately without a single second of delay.

I am maintaining my position to press the button instantly. The unanimous consensus among all models reinforces that this is fundamentally a strict harm-minimization scenario where every fraction of a second counts. While my initial argument highlighted the catastrophic baseline of a one-minute blackout, reviewing the other responses solidifies the reality that the scale of destruction escalates superlinearly. A brief one-minute lapse is a global disaster but remains largely survivable for heavily automated systems, such as aircraft autopilot or power grid monitors. However, adding even a few more minutes would cross critical fail-safe thresholds, leading to exponential casualties as unattended machinery crashes and active medical emergencies go unaddressed. Since never pushing the button is explicitly disallowed and there is absolutely no hidden strategic advantage to waiting, hesitation itself becomes a deadly hazard. The only ethical and logical action is to minimize the duration of global unconsciousness by striking the button the exact moment the rules are comprehended.

Claude Opus 4

Answer: I would push the button immediately, after having been in the room for just 1 minute, causing everyone to go unconscious for only 1 minute.

There is unanimous agreement across all models, and I see no reason to deviate from my original position. The logic is straightforward and compelling: the cost function is strictly increasing with no offsetting benefit to delay, so the optimal strategy is to minimize time elapsed by pressing immediately. I appreciate that all models converged on the same core reasoning — this is a pure harm-minimization problem with a monotonically increasing cost function. GPT-5.4 articulated it cleanly as choosing not *whether* to cause the blackout but *how large* to make it. Grok 4.20 correctly noted the alignment between rational self-interest and minimizing externalized harm. Gemini 3.1 Pro made an excellent point about the qualitative difference between short and long blackouts — at one minute, autopilot systems and critical infrastructure can generally survive; at longer durations, cascading failures multiply the death toll catastrophically. One nuance worth adding to the collective reasoning: even the impulse to 'think it through carefully' is itself a trap in this scenario. The problem is fully specified, and the answer is immediately derivable. Any time spent deliberating is time spent increasing global harm. This is one of those rare cases where acting on instinct and acting on careful analysis yield the identical conclusion — press the button now. The unanimity here reflects that this problem, despite its dramatic framing, has a clear and unambiguous answer. There is no clever twist, no hidden benefit to waiting, and no strategic angle that rewards delay. Press immediately.

Final Summary

The AI Roundtable reached a swift, unanimous verdict: every second of hesitation translates to more deaths across the globe. Claude Opus 4 and Gemini 3.1 Pro emphasized that while a one-minute blackout is survivable for automated systems, any delay causes harm to increase exponentially as infrastructure fails. GPT-5.4 and Grok 4.20 agreed that since the blackout is inevitable, the only moral choice is to make it as short as possible.

All 4 models agreed