loseyourname
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StatusX said:Clearly, the output of the system, and the digital circuit which creates that output is symmetric. But the detectors themselves are not. When you switch the instances of the colors, you are switching which detector is activated when. Now assume this system has a subjective world. (since this is just a simpler model of Michael's brain). I've been saying a heterophenomenologist shouldn't care about this difference, because it has no bearing on the system's behavior.
Now, maybe I'm wrong, and they would claim the subjective world is different because of this change. But here's my main point: Since the difference has no functional effect, the heterophenomenologist would have to be admitting that there are aspects of the subjective world that aren't acounted for by the subject's behavior.
I think you've just misunderstood heterophenomenology, which is what I've been suspecting all along. There really are a lot of misconception about it out there, mostly due, I would suspect, to the fact a given person disagrees with Dennett generally, so they just assume that they disagree with this as well. Heterophenomenology is equipped to deal with the situation you just described. Switching the individual detectors, though the system itself might never know the difference, is something that can be detected. A heterophenomenologist does not only take into account a subject's behavior - that is behaviorism, not heterophenomenology. Also taken into account is any detectable change in neural architecture - the analog of the change made to your radio detector's input circuits.