Well, yes. Two theories that make different predictions are logically inconsistent. The standard model of QM is wrong. General relativity is wrong. No-one here disagrees with this. However, the true theory of the laws of physics, when we obtain it, will have to explain all the experimental observations we have so far, which are predicted by the standard model to within 1 part in a billion in some cases. “The wheel of science ratchets forward, but never back” etc etc.
But you’re right, in that all this quantum mechanics stuff is really beside the point anyway. You can apply the generalized anti-zombie principle in a newtonian or any other world just as easily (eg. as done in the first half of the article). Whether or not epiphenomenal particle-tags exist, they can’t affect the physical cause of you saying “yes, I have continuing subjective identity”, so they can’t affect subjective identity. You don’t have to assume that epiphenomenal particle-tags don’t exist to conclude that they are irrelevant by, er, definition.
The only difference QM makes is that it doesn’t talk about “particles” as fundamental entities, and hence “swapping two identical particles” is explicitly a no-op, which is nice, but not much more than an intuition pump.
Philosophers call these particle-tags “haecceities”. The SEP has a good article on identity and individuality in quantum theory. From what I can tell, the parent comment is right except in that classical mechanics can be rephrased to not include particles as fundamental entities, and that quantum mechanics can be interpreted to include particles as fundamental entities (e.g. Bohm). Still, having particles be fundamental seems like a much clearer violation of Occam’s razor in the quantum case than in the classical case.
I didn’t want to come out and talk about haecceitistic properties, since that would have made me sound even weirder (and it is controversial whether there are such), and I was already presenting some arguments in a hostile environment. But I had such properties in mind when responding. Thanks for providing the SEP link.
Well, yes. Two theories that make different predictions are logically inconsistent. The standard model of QM is wrong. General relativity is wrong. No-one here disagrees with this. However, the true theory of the laws of physics, when we obtain it, will have to explain all the experimental observations we have so far, which are predicted by the standard model to within 1 part in a billion in some cases. “The wheel of science ratchets forward, but never back” etc etc.
But you’re right, in that all this quantum mechanics stuff is really beside the point anyway. You can apply the generalized anti-zombie principle in a newtonian or any other world just as easily (eg. as done in the first half of the article). Whether or not epiphenomenal particle-tags exist, they can’t affect the physical cause of you saying “yes, I have continuing subjective identity”, so they can’t affect subjective identity. You don’t have to assume that epiphenomenal particle-tags don’t exist to conclude that they are irrelevant by, er, definition.
The only difference QM makes is that it doesn’t talk about “particles” as fundamental entities, and hence “swapping two identical particles” is explicitly a no-op, which is nice, but not much more than an intuition pump.
Philosophers call these particle-tags “haecceities”. The SEP has a good article on identity and individuality in quantum theory. From what I can tell, the parent comment is right except in that classical mechanics can be rephrased to not include particles as fundamental entities, and that quantum mechanics can be interpreted to include particles as fundamental entities (e.g. Bohm). Still, having particles be fundamental seems like a much clearer violation of Occam’s razor in the quantum case than in the classical case.
I didn’t want to come out and talk about haecceitistic properties, since that would have made me sound even weirder (and it is controversial whether there are such), and I was already presenting some arguments in a hostile environment. But I had such properties in mind when responding. Thanks for providing the SEP link.