3 ms·

So the C. Elegans connectome was done in 1986, and we still haven't made a fully functional model of the c. elegans brain. I'm not sure that this bottom up appr

So the C. Elegans connectome was done in 1986, and we still haven't made a fully functional model of the c. elegans brain. I'm not sure that this bottom up approach (synapses -> model -> behavior) will work better than a top down approach that has been making a lot of progress in AI (behavior -> model)

dsiroker 6y ago
OpenWorm [1] has made a lot of progress toward building a fully functional model and when it simulates a worm's behavior it is almost indistinguishable from the real thing. Here is a video they produced in 2013 of C. elegans moving: https://www.youtube.com/watch?v=SaovWiZJUWY https://www.youtube.com/watch?v=SaovWiZJUWY [1] http://openworm.org/ http://openworm.org/
- nicoffeine 6y ago
  It's modeling the firing of neurons contracting muscles. C. elegans is capable of learning about its environment, looking for food, finding a mate, and so forth. It's only 1mm long and has 300 neurons. You're going to scale to 86 billion neurons by 2084? I hate to call shenanigans, but the idea that you will have made any real progress on a mammal of any size in 60 years is not realistic. If "Life is Precious" (as stated in your pitch) why not spend the money on things that are possible for humans that are alive?