Cell intelligence in physiological and morphological spaces [video]
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Re: Cell intelligence in physiological and morphological spaces [video]
#2Re: Cell intelligence in physiological and morphological spaces [video]
#3Just as an teaser, one conceivable result of this work could be to unlock the secrets of regeneration! Imagine being able to regrow limbs and organs...
Re: Cell intelligence in physiological and morphological spaces [video]
#4Levin is undoubtedly doing some of the most important work in all of science, in my opinion. Just as an teaser, one conceivable result of this work could be to unlock the secrets of regeneration! Imagine being able to regrow limbs and organs...
Re: Cell intelligence in physiological and morphological spaces [video]
#5Re: Cell intelligence in physiological and morphological spaces [video]
#6Re: Cell intelligence in physiological and morphological spaces [video]
#7It's also ethically and existentially challenging because some of his results are frankly too wild, unless you planned to grow your own siamese head.
There's also a trend I'm sensing, that computing is more and more about tissue configuration (even outside biology).
In any case, considering the effect of better understanding of regeneration and cell homeostatis, I wish him and his team all the best.
[0] the API metaphor and fractal intelligence seems like magic terminology but I could never find any interview where he gave more details.
Re: Cell intelligence in physiological and morphological spaces [video]
#8Re: Cell intelligence in physiological and morphological spaces [video]
#9Re: Cell intelligence in physiological and morphological spaces [video]
#10Levin is undoubtedly doing some of the most important work in all of science, in my opinion. Just as an teaser, one conceivable result of this work could be to unlock the secrets of regeneration! Imagine being able to regrow limbs and organs...