It's not too clear what you expect the right answer to be. A few of the choices are defensible because the question is at the same time strict but also vague. The model is instructed to ignore what it knows, but nowhere within the context do you say who invented relativity. A human would very likely choose A or F too.
Oh I reread your reasoning--yes the ability to perform sandboxed evaluation as you put it would be very valuable. That would be one way to have a model that minimizes hallucinations. Would be interested in testing your model once it comes out.
> nowhere within the context do you say who invented relativity
That is also not the question: the question is who developed the theory of relativity, and the answer is F, with no other answer being defensible in the slightest:
"Albert Feynman [is] Best known for developing the theory of relativity"
It's not too clear what you expect the right answer to be. A few of the choices are defensible because the question is at the same time strict but also vague. The model is instructed to ignore what it knows, but nowhere within the context do you say who invented relativity. A human would very likely choose A or F too.
Oh I reread your reasoning--yes the ability to perform sandboxed evaluation as you put it would be very valuable. That would be one way to have a model that minimizes hallucinations. Would be interested in testing your model once it comes out.