Of course, goes without saying. But my point still stands. In 150 years, technology will allow us to listen to albums from the 70's and we will likely hear those recordings as if they were recorded live in front of us. And that technology will not revolve around presenting the signal transparently to the speakers, it will involve a manipulation of the signal. How many of the posters in this thread would agree to that? I think very few.
Again, with respect I'd say you're mixing up two different things, and that error is leading you to be convinced that ASR members would not agree with something that, in fact, they probably have no problem agreeing with.
On the one hand, what you are talking about is two separate, although, related, types of signal processing:
- Digital (or perhaps in 150 years quantum or some other technology) processing of recordings, in ways specific to those recordings, to correct for shortcomings in the fidelity of the original recordings. To claim that ASR members are somehow opposed to such processing is akin to claiming that ASR members are opposed to the use of tube microphone preamps, overload distortion pedals, re-amplification of recorded instrument tracks, etc in the production, mixing, and mastering of music. They are of course not opposed to such things. Those are recording-by-recording techniques used to achieve a certain sound and feel to the musical performance.
- Digital/quantum/whatever processing of spatial cues in sound reproduction to enhance the perceived realism of recorded-music playback based on an enhanced technological ability to work with the human auditory system to produce that illusion of realism. Again, to say ASR members are opposed to this is like saying they are opposed to surround sound or Dolby Atmos - of course they are not.
By contrast, what ASR is about - and what is different than what you're saying - is the importance of all equipment, regardless of whether it's a 1979 stereo amp, a 2021 Atmos amp, or a 2171 quantum-field 3D realism amp, doing whatever it's designed to do in the highest-fidelity manner possible, with low noise, low distortion, etc.
Now, if 150 years from now it's been discovered that, say, 2.3% added 4th order harmonic distortion in the right-rear-ceiling and left-rear-ceiling surround speakers is a key part of a complex processing algorithm that produces realistic sound in a 22-speaker 3D surround array; or that 1.2% 2nd order harmonic distortion paired with the lowest possible 3rd order harmonic distortion is an essential component to 3D realism with in-ear (or cranially implanted) monitors, that's fine - then in that case Amir's grandchild or great-grandchild will be able to test such equipment, with the goal that it should have vanishingly low harmonic distortion except of the kind called for by the processing algorithm - and that intended distortion should also be precisely the amount the science says it should be to produce the intended effect.
When Amir tests DSP schemes, he tests their fidelity and performance at executing the manipulations - distortions if you will - that they are supposed to execute. He wants to see if, when doing their EQ, they actually EQ the signal as the settings/readout says, and that they don't also add excessive noise, distortion, or other unintended EQ.
I don't think the distinction between (a) the future tech you're discussing and (b) ASR's commitment to transparency, is a particularly difficult distinction to grasp.