Two people dead at a drink-off: clever lateral thinking puzzle solved
In a bizarre and deadly scenario, two individuals, Smith and Jones, found themselves in a precarious situation after being summoned by the Queen to participate in a mysterious ceremony. The objective was simple: bring a vial of poison from their own production facility, take a swig from each other's vials, and then drink their own poison. Sounds like a straightforward plan, but unfortunately, it proved to be a recipe for disaster.
According to the rules, if one person brings the strongest poison, they will survive, while the other person will perish. However, Smith and Jones were faced with an uncertain outcome due to the lack of knowledge about each other's production capabilities.
The puzzle masterminds behind this scenario cleverly crafted a situation where both individuals would have an equal chance of survival, as long as they could avoid bringing their own poison. To achieve this, they decided to take a risk and bring water instead of their strongest poison.
However, in doing so, they inadvertently became the culprits behind each other's demise. Each person drank the other's water before drinking their own poison, thereby ensuring that both would succumb to their own deadly concoction within an hour.
In essence, Smith and Jones failed to recognize that if one of them brought a weak poison, the other would likely bring water, leading to a fatal outcome for both. Their desperation to avoid death blinded them to this obvious solution, resulting in a tragic conclusion.
This puzzle has been circulating since its conception by Michael Rabin in the 1980s and was recently rediscovered by Timothy Chow, an American mathematician. It serves as a reminder that sometimes, the most unlikely decisions can lead to disastrous outcomes, even when intentions are pure.
In a bizarre and deadly scenario, two individuals, Smith and Jones, found themselves in a precarious situation after being summoned by the Queen to participate in a mysterious ceremony. The objective was simple: bring a vial of poison from their own production facility, take a swig from each other's vials, and then drink their own poison. Sounds like a straightforward plan, but unfortunately, it proved to be a recipe for disaster.
According to the rules, if one person brings the strongest poison, they will survive, while the other person will perish. However, Smith and Jones were faced with an uncertain outcome due to the lack of knowledge about each other's production capabilities.
The puzzle masterminds behind this scenario cleverly crafted a situation where both individuals would have an equal chance of survival, as long as they could avoid bringing their own poison. To achieve this, they decided to take a risk and bring water instead of their strongest poison.
However, in doing so, they inadvertently became the culprits behind each other's demise. Each person drank the other's water before drinking their own poison, thereby ensuring that both would succumb to their own deadly concoction within an hour.
In essence, Smith and Jones failed to recognize that if one of them brought a weak poison, the other would likely bring water, leading to a fatal outcome for both. Their desperation to avoid death blinded them to this obvious solution, resulting in a tragic conclusion.
This puzzle has been circulating since its conception by Michael Rabin in the 1980s and was recently rediscovered by Timothy Chow, an American mathematician. It serves as a reminder that sometimes, the most unlikely decisions can lead to disastrous outcomes, even when intentions are pure.