That analogy doesn’t work. We knew we were trying to build a light bulb. There were properties of electricity, a complex physical phenomena, that we did not understand. However, we have a rigorous understanding of Turing machines. We have a nascent understanding of human intelligence.
Electron was discovered 1897 but the first lightbulb was 1802.
There are more examples as well, as another user has commented, we didn't know what fire is until relatively recently but we have been using it for thousands of years.
But either way, is knowing the electron knowing electricity? There are so many properties of it that can be known and manipulated without that insight- and indeed they built up that understanding to reach practical engineering and use of electricity. That’s what I think is being gotten at wrt intelligence.
“Knowing” something isn’t necessarily about being aware of its smaller parts.
The source you linked already cites it as the first arc lamp.
> But either way, is knowing the electron knowing electricity? There are so many properties of it that can be known and manipulated without that insight- and indeed they built up that understanding to reach practical engineering and use of electricity. That’s what I think is being gotten at wrt intelligence.
Yes. That is exactly my point. We don't need to entirely understand what intelligence is in order to be able to create it. The same way we didn't know what fire is, but we created it with no problem.
But we can hardly define intelligence, let alone “entirely understand” it. A child could give a good , practical definition of fire and manipulate it skillfully thousands of years ago. Not so much us grown adults wrt intelligence today.