The research mainly shows that there is more than one route to animal intelligence and shaking up Darwin’s tree can be productive.
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If a complex neurology like that of the mammal was a fluke, what are the chances of a completely different complex neurology happening by chance again?
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The octopus is a short-lived, exothermic, invertebrate loner – how can it be intelligent? Yet it is.
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In general, the “intelligent” animals (apes, elephants, crows, whales, dogs, dolphins) are vertebrates, not invertebrates. There is one glaring exception: the cephalopods (octopuses, squid, cuttlefish). They, like vertebrates, developed large, complex brains and unexpectedly sophisticated cognitive abilities. When thinking about the puzzle, we sometimes fall victim to a sort of confusion: We reason that greater intelligence results from the fact that it “helps the octopus survive better.” Perhaps it does. But, while greater intelligence might help many life forms survive better, only a few develop it. In short, we need a “how” explanation here, not a “why” explanation. A recent study from the Max Delbrück Center for Molecular Medicine points to the possible role of microRNAs (miRNAs). MicroRNAs (miRNAs) are Read More ›