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That's assuming they are stateless (i.e. that they can't learn), so that the ordering of input triggering has no effect on outputs.

BTW: some small spiders press their brains not only into their abdomens, but into their legs. e.g. http://news.nationalgeographic.com/news/2011/12/111219-spide... Spiders gotta spin.



Arguably, even human brains work that way. You can't really draw a line across part of the CNS and say "This is where the brain stops." The retina, for instance, is almost as much a part of your brain as it is your eye.

By the same token, it's not always easy to classify complex movements as reflexes or thought-guided actions. Cut a chicken's head off while it's walking, and it will keep going for a while. My understanding (IANABiologist) is that the same is true for a human.


Research has also shown that the neurons in the digestive system can control it autonomously, even when disconnected from the brain:

http://en.wikipedia.org/wiki/Enteric_nervous_system




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