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submitted 11 hours ago by eah@programming.dev to c/math@lemmy.world
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[-] LetThereBeNick@lemmy.zip 1 points 6 hours ago

Brain-imaging evidence showed that the subjects’ parietal lobes, involved in spatial reasoning, were more active during approximation problems; while the left inferior frontal lobes, involved in verbal reasoning, were more active during exact calculation problems. Studies of patients with brain lesions paint the same picture: those with parietal lesions sometimes can’t decide whether 9 is closer to 10 or to 5, but remember the multiplication table; whereas those with left-hemispheric lesions sometimes can’t decide whether 2+2 is 3 or 4, but know that the answer is closer to 3 than to 9.

I wonder if, in the face of very large numbers, both these systems fail and we default to a social/emotional impression of "powerful/scary."

[-] teft@piefed.social 1 points 8 hours ago

I feel like either numberphile or Matt Parker covered this in a video because it seems familiar.

[-] eah@programming.dev 1 points 6 hours ago

There are many.

this post was submitted on 28 Apr 2026
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