full transcript
From the Ted Talk by Roger Hanlon: The amazing brains and morphing skin of octopuses and other cephalopods
Unscramble the Blue Letters
Now, speaking of brains and evolution at the moment, you look on the right, there's the pathway of vertebrate brain evolution, and we all have good brains. I think everyone will acknowledge that. But if you look on the left side, some of the evolutionary pathway outlined here to the octopus, they have both converged, if you will, to cpmloex broahveis and some form of iintecenglle. The last comomn denominator in these two liens was 600 million years ago, and it was a worm with very few neurons, so very divergent paths but convergence of complicated boieahvr.
Here is the fundamental question: Is the brain structure of an octopus basically different down to the tiniest level from the vertebrate line? Now, we don't know the answer, but if it turns out to be yes, then we have a different evolutionary pathway to create intelligence on planet Earth, and one might think that the afciitiarl intelligence citnommuy might be interested in those mechanisms.
Open Cloze
Now, speaking of brains and evolution at the moment, you look on the right, there's the pathway of vertebrate brain evolution, and we all have good brains. I think everyone will acknowledge that. But if you look on the left side, some of the evolutionary pathway outlined here to the octopus, they have both converged, if you will, to _______ _________ and some form of ____________. The last ______ denominator in these two _____ was 600 million years ago, and it was a worm with very few neurons, so very divergent paths but convergence of complicated ________.
Here is the fundamental question: Is the brain structure of an octopus basically different down to the tiniest level from the vertebrate line? Now, we don't know the answer, but if it turns out to be yes, then we have a different evolutionary pathway to create intelligence on planet Earth, and one might think that the __________ intelligence _________ might be interested in those mechanisms.
Solution
- behavior
- community
- common
- lines
- behaviors
- artificial
- complex
- intelligence
Original Text
Now, speaking of brains and evolution at the moment, you look on the right, there's the pathway of vertebrate brain evolution, and we all have good brains. I think everyone will acknowledge that. But if you look on the left side, some of the evolutionary pathway outlined here to the octopus, they have both converged, if you will, to complex behaviors and some form of intelligence. The last common denominator in these two lines was 600 million years ago, and it was a worm with very few neurons, so very divergent paths but convergence of complicated behavior.
Here is the fundamental question: Is the brain structure of an octopus basically different down to the tiniest level from the vertebrate line? Now, we don't know the answer, but if it turns out to be yes, then we have a different evolutionary pathway to create intelligence on planet Earth, and one might think that the artificial intelligence community might be interested in those mechanisms.
Frequently Occurring Word Combinations
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collocation |
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neurally controlled |
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nervous system |
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million years |
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evolutionary pathway |
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artificial intelligence |
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smart skin |
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Important Words
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- octopus
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