"In 1951, David A. Huffman and his MIT information theory classmates were given the choice of a term paper or a final exam. The professor, Robert M. Fano, assigned a term paper on the problem of finding the most efficient binary code. Huffman, unable to prove any codes were the most efficient, was about to give up and start studying for the final when he hit upon the idea of using a frequency-sorted binary tree and quickly proved this method the most efficient.[5]
In doing so, Huffman outdid Fano, who had worked with Claude Shannon to develop a similar code. Building the tree from the bottom up guaranteed optimality, unlike the top-down approach of Shannon–Fano coding."
When we started grad school, one of the professors introduced themself and said they thought it was interesting that adaptive optics was being used in astronomy and maybe the same idea could be used to improve microscopy and 7 years later a new phd was born doing exactly that!
Over time, some facts were altered, but the basic story persisted in the form of an urban legend and as an introductory scene in the movie Good Will Hunting.
Aha, I thought this sounded familiar...Or perhaps when you don't know it can't (yet) be solved.
Funny as it is, I would like to think that someone famous for his role in the investigation of the Challenger disaster would never flippantly say that a dangerous situation doesn't matter because "people … could easily be trained to do it safely." The fact that people can be trained to do something properly doesn't mean that trained people won't still sometimes do it improperly.
This is giving me vietnam-style university flashbacks.
I am reminded of this Feynman story:
https://longnow.org/essays/richard-feynman-connection-machin...
> The two problems that Dantzig solved were eventually published in: On the Non-Existence of Tests of "Student's" Hypothesis Having Power Functions Independent of σ (1940) and in On the Fundamental Lemma of Neyman and Pearson (1951).
Reminds me of that :)
edit: Here's a slightly more colourful telling of the story: https://www.snopes.com/fact-check/the-unsolvable-math-proble...
Does anyone happen to know which two problems Dantzig solved? Don't seem to be having much luck on my searches