I agree. This is the exact problem I think people need to face with nural network AIs. They work the exact same way we do. Even if we analysed the human brain it would look like wires connected to wires with different resistances all over the place with some other chemical influences.
I think everyone forgets that nural networks were used in AI to replicate how animal brains work, and clearly if it worked for us to get smart then it should work for something synthetic. Well we’ve certainly answered that now.
Everyone being like “oh it’s just a predictive model and it’s all math and math can’t be intelligent” are questioning exactly how their own brains work. We are just prediction machines, the brain releases dopamine when it correctly predicts things, it self learns from correctly assuming how things work. We modelled AI off of ourselves. And if we don’t understand how we work, of course we’re not gonna understand how it works.
patatahooligan@lemmy.world 2 days ago
Two things being difficult to understand does not mean that they are the exact same.
Voldemort@lemmy.world 2 days ago
Maybe work is the wrong word, same output. Just as a belt and chain drive does the same thing, or how fluorescent, incandescent or LED lights produce light even though they’re completely different mechanisms.
What I was saying is that one is based on the other, so similar problems like irrational thought even if the right answer is conjured shouldn’t be surprising. Although an animal brain and nural network are not the same, the broad concept of how they work is.
futatorius@lemm.ee 1 day ago
Not in any direct way, no.