Comment by boredhedgehog
1 day ago
> Then when it fails to apply the "reasoning", that's evidence the artificial expertise we humans perceived or inferred is actually some kind of illusion.
That doesn't follow, if the weakness of the model manifests on a different level we wouldn't call rational in a human.
For example, a human might have dyslexia, a disorder on the perceptive level. A dyslexic can understand and explain his own limitation, but that doesn't help him overcome it.
I think you're conflating two separate issues: One is the original known impairment that we don't actually care much about, and the other is bullshitting about how the first problem is under-control.
Suppose a real person outlines a viable plan to work-around their dyslexia, and we watch them not do any of it during the test, and they turn in wrong results while describing the workaround they (didn't) follow. This keeps happening over and over.
In that case, we'd probably conclude they have another problem that isn't dyslexia, such as "parroting something they read somewhere and don't really understand."
Typically when a human has a disorder or limitation they adapt to it by developing coping strategies or making use of tools and environmental changes to compensate. Maybe they expect a true reasoning model to be able to do the same thing?
The argument is that letter level information is something llms don't have a chance to see.
It's a bit like asking human to read text and guess gender or emotional state of the author who wrote it. You just don't have this information.
Similarly you could ask why ":) is smiling and :D is happy" where the question will be seen as "[50372, 382, 62529, 326, 712, 35, 382, 7150]" - encoding looses this information, it's only visible in image rendering of this text.
The point isn't that they fail at the task.
The point is that if the model were really "reasoning", it would fail differently. Instead, what happens is consistent with it BSing on a textual level.