Very interesting video on reality.
I'd like to hear Bernardo's comments here.
-Gaurab Dey
What they did was create the most detailed and accurate map of neural connections ever, and they then recreated those connections inside a computer. After which they connected that simulated nematode brain to a robot (which happened to be made of Lego for ease of use) that contained sensors which were analogous to the sensory stimulus of which the worm’s brain would already have been familiar. Then they watched.
Amazingly, without receiving any programming input, the simulated brain began causing the robot to move, and not only that, it responded to environmental stimulus with appropriate action. It would stop short of bumping into objects, and reverse. It responded to food stimulus (simulated), and danger stimulus
This is interesting..
What they did was create the most detailed and accurate map of neural connections ever, and they then recreated those connections inside a computer. After which they connected that simulated nematode brain to a robot (which happened to be made of Lego for ease of use) that contained sensors which were analogous to the sensory stimulus of which the worm’s brain would already have been familiar. Then they watched.
Amazingly, without receiving any programming input, the simulated brain began causing the robot to move, and not only that, it responded to environmental stimulus with appropriate action. It would stop short of bumping into objects, and reverse. It responded to food stimulus (simulated), and danger stimulus