(concerning ceptimus's computer analogy)
I believe that a sufficiently complex computer, maybe one made in a hundred years time, could be self-aware, and that it would then be 'conscious'.
That's what I was trying to say earlier when I ranked the rock, ant, fish and so on in order of the compexity of the brain function. Once the brain function reaches a certain level of complexity, I call that consciousness. It (for me) doesn't have to either be there or not be there - it can be present in any amount from zero (rocks) up to one (me). I think self-awareness and consciousness are emergent phenomena, related to the complexity of the brain's function.
How do we measure complexity? Well, one measure of the complexity of an object is the amount of data required to document it fully. Imagine, in the future, neurophysiologists have figured out exactly how some animals brains work, down to the last detail. They have written concise books, one for each animal. Now if the book for a frog was 500 times as long as the book for a worm, then I would say the frog was 500 times more conscious than a worm.
Human pride would cause us to hope that the human brain book would be longer than any other animal's.
Are you talking about self-awareness here? Is that the crucial difference, for you, between a very complex machine and a conscious being?Interesting Ian said:But it's not the same way is it, because that would only explain our function or behaviour, not the qualitative feel of conscious experience.
I believe that a sufficiently complex computer, maybe one made in a hundred years time, could be self-aware, and that it would then be 'conscious'.
That's what I was trying to say earlier when I ranked the rock, ant, fish and so on in order of the compexity of the brain function. Once the brain function reaches a certain level of complexity, I call that consciousness. It (for me) doesn't have to either be there or not be there - it can be present in any amount from zero (rocks) up to one (me). I think self-awareness and consciousness are emergent phenomena, related to the complexity of the brain's function.
How do we measure complexity? Well, one measure of the complexity of an object is the amount of data required to document it fully. Imagine, in the future, neurophysiologists have figured out exactly how some animals brains work, down to the last detail. They have written concise books, one for each animal. Now if the book for a frog was 500 times as long as the book for a worm, then I would say the frog was 500 times more conscious than a worm.
Human pride would cause us to hope that the human brain book would be longer than any other animal's.