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Octopus arms don’t just grab—they can chemically sense and ‘taste.’ And their nerves are strong in the arms, so part of decision-making happens locally, not only in the head.
You may catch an octopus watching you, but it’s really watching from multiple ‘places.’ Its intelligence isn’t a single central computer—it’s a distributed network.\n\nSuckers on the arms can detect chemical signals, meaning an arm can ‘taste’ what it touches. That helps with identifying and choosing prey.\n\nSurprising detail: a large portion of its neurons are in the arms. This allows arms to handle certain movements and choices without constant micro-management from the brain—each arm can make small decisions.\n\nIt matters because it shows intelligence has more than one blueprint. In some animals, evolution spreads smartness through the body instead of only enlarging a brain—octopus is one of the most striking examples.
