Loss Leader
I would save the receptionist., Moderator
And an oldie but goodie, V.S. Ramachandran's Phantoms in the Brain.
... which is cited with great approval in The Dueling Neurosurgeons.
And an oldie but goodie, V.S. Ramachandran's Phantoms in the Brain.
But anyway, if time is actually infinite[i/], I think that P(ME|A) should still be 1/∞ rather than ∞/∞ , or 1. I say that because the time coordinate for ME should still be singular throughout an infinity of time.
- If time is actually finite (and there are no other universes after ours, or co-existent with ours) what is the likelihood that my would-be-time-coordinate would be too late?
Yes, but not for the reason you think. The "time coordinate" for a particular you is singular because your consciousness is a process, not a thing. It does not remain the same, but is determined by the exact state of your brain at the particular time.
- We're talking about a different kind of difference here. We have the “basic physical” difference, and another difference that I’ll call the “emergent property” difference...
Dave,Once again, this difference would not exist in the scientific model...
688
Dave,
- This might just be words getting me confused, but we've all agreed that in the scientific model, there's the basic physical brain, and then there's its emergent property of consciousness.
688
Dave,
- This might just be words getting me confused, but we've all agreed that in the scientific model, there's the basic physical brain, and then there's its emergent property of consciousness.
In the scientific model, if two brains were identical, the emergent properties of those brains would also be identical.
- I suspect that #1 is not just relevant -- it's critical. And for me at least, #1 will take some heavy thinking.
You're talking about. I've agreed that there are two kinds of differences: differences of identity and differences of features. Now you're trying to introduce a third kind. No, I don't agree. At best, you're talking about something that's orthogonal to the two kinds of differences we've actually agreed on, and is thus irrelevant. (Not that any of this seems relevant to me.)- We're talking about a different kind of difference here. We have the “basic physical” difference, and another difference that I’ll call the “emergent property” difference -- if that’s acceptable to you. (Just seeing if we can find some words that we can both agree upon…)
- Anyway, I’m claiming that the basic physical difference is the cause of theemergentproperty difference – even though the result here would seem to be simultaneous with the cause (much like quantum entanglement?).
- But anyway, if time is actually infinite[i/], I think that P(ME|A) should still be 1/∞ rather than ∞/∞ , or 1. I say that because the time coordinate for ME should still be singular throughout an infinity of time.
- If time is actually finite (and there are no other universes after ours, or co-existent with ours) what is the likelihood that my would-be-time-coordinate would be too late?
[ . . . ]
- We're talking about a different kind of difference here. We have the “basic physical” difference, and another difference that I’ll call the “emergent property” difference -- if that’s acceptable to you. (Just seeing if we can find some words that we can both agree upon…)
- Anyway, I’m claiming that the basic physical difference is the cause of the emergent property difference – even though the result here would seem to be simultaneous with the cause (much like quantum entanglement?).[ . . . ]
688
Dave,
- This might just be words getting me confused, but we've all agreed that in the scientific model, there's the basic physical brain, and then there's its emergent property of consciousness.
688
Dave,
- This might just be words getting me confused, but we've all agreed that in the scientific model, there's the basic physical brain, and then there's its emergent property of consciousness.
- But they wouldn't be identical in the sense of their SELVES.That's not what I'm talking about not being in the scientific model. I'm talking about the special difference you're postulating not being in the scientific model.
In the scientific model, if two brains were identical, the emergent properties of those brains would also be identical.
695
- But they wouldn't be identical in the sense of their SELVES.
- There is a way in which the emergent properties of those two brains would not be identical.
And, if there is a way in which the emergent properties are not identical, they are not identical.
The issue becomes, what causes they're difference?
695
- But they wouldn't be identical in the sense of their SELVES.
- There is a way in which the emergent properties of those two brains would not be identical. And, if there is a way in which the emergent properties are not identical, they are not identical. The issue becomes, what causes they're difference?
They would be identical in every property that actually exists. They would not necessarily be identical in properties that do not exist, that are not even logically coherent concepts, but that doesn't matter a whole lot.695
- But they wouldn't be identical in the sense of their SELVES.
No there isn't. There's just two of them.- There is a way in which the emergent properties of those two brains would not be identical.
There's no difference; they're identical. THERE'S JUST TWO OF THEM.And, if there is a way in which the emergent properties are not identical, they are not identical. The issue becomes, what causes they're difference?
Yes they would. There would be two identical selves.- But they wouldn't be identical in the sense of their SELVES.
No there isn't.- There is a way in which the emergent properties of those two brains would not be identical.
The emergent properties are identical.And, if there is a way in which the emergent properties are not identical, they are not identical.
There is no difference other than their spacetime co-ordinates, and the cause of that difference is that there are two of them.The issue becomes, what causes they're difference?
There is a way in which the emergent properties of those two brains would not be identical. And, if there is a way in which the emergent properties are not identical, they are not identical. The issue becomes, what causes they're difference?
695
- But they wouldn't be identical in the sense of their SELVES.
695
- But they wouldn't be identical in the sense of their SELVES.
- There is a way in which the emergent properties of those two brains would not be identical.
They would indeed be identical. They just wouldn't share a mathematical identity. Remember, we've identified two types of differences, and not-being-identical is the type of difference that doesn't apply in this case.- But they wouldn't be identical in the sense of their SELVES.
Incorrect premise leads to incorrect conclusion. They are identical.- There is a way in which the emergent properties of those two brains would not be identical. And, if there is a way in which the emergent properties are not identical, they are not identical.
The issue becomes, what causes they're difference?
- But they wouldn't be identical in the sense of their SELVES.
- There is a way in which the emergent properties of those two brains would not be identical. And, if there is a way in which the emergent properties are not identical, they are not identical. The issue becomes, what causes they're difference?