The reason why I wanted to limit to major branches of science and engineering was that evaluating thousands of technologies on the scale of “first-principles theoretical insights vs. scientific trial and error” is a large-scale research project while few dozens of branches of science with one or two related major technologies can be investigated manually, and finding one counterexample among few dozens is a stronger falsification than finding one among 100+, which is still stronger than finding one among thousands.
I am not sure why you believe stealth aircraft is so important, as we see that even countries which have this aircraft prefer to use cruise missiles, drones and conventional jets as much as possible and stealth planes are used for specialized missions if at all. As a speculative counterfactual, I would argue that neither the Russo-Ukrainian War nor the War in Iran would have gone much differently if stealth was never invented.
The 3 OOMs shape, 1 OOM absorption is interesting, especially since you seem to base it upon one expert, the exact competences of whom you don’t specify. Have you tried to locate any sources in the public literature, or ask the expert on how did they estimate it?
Let me acknowledge that I could have worded my comments in this thread better and less ambiguously. I believe the term of “narrow understanding” corresponds well to the current state of affairs in AI alignment while “developed theory” corresponds poorly, which is why I have contrasted them. You might choose other words but I believe you need some kind of opposition to use it as an analogy for the purpose of the post above.
Sorry, I made a mistake in this claim, as “the Chicago Pile” was not actually the first experimental pile to gather data on reactor construction. I should have written “the nuclear piles of 1939-1941″ instead, 2021 article An inter-country comparison of nuclear pile development during World War II (PDF)[1] describes their history and design. 1948 Manhattan District History conveniently summarizes state of the art knowledge in 1940 in the book about research on reactors:
This is the state of the knowledge which I actually had in mind. Indeed this does includes the general understanding of criticality and chain reaction but stops short of control rods, understanding of impurities etc. I striked out the incorrect words in my comment above and corrected myself in two footnotes.
Do you believe this state of understanding is more, less or roughly comparable to the contemporary knowledge in AI alignment in general or LLM alignment specifically? Because this is why we are having this debate: to use history as an analogy.
BTW, the same author published two books, The History and Science of the Manhattan Project and The Physics of the Manhattan Project, which might be of interest for you if you enjoyed Rhodes (and they are available on pirate websites)