Stochastic resonance requires bi-stable (or multi-stable), essentially it requires an analog to quantization, pun intended.
This is not an argument AGAINST anything i said from the beginning of this thread..
It is a common place fact...We need also to translate quantization into anolog way...So what?
My argument are that the hearing system is deeply non linear, brain included... Which make it able to do a very refine analysis of way more powerful resolution than science tought of possible before...
And brain hearing dont work like any tool we have...Because sound recognition is also based on some semantic evolutively acquired filters and not only pure physical constrainsts...These interpretative filters are distributed in the "music" of the electrical field itself directing the neurons...
My argument is there is no way we can replace listening experiments by our electronical tools numbers in audio ...
Psycho-acoustic is based on the CORRELATION between a subjective perceiver and an OBJECTIVE installation with a sets of measures...The important word here is not objective but correlation....And this correlation is two way yes, but the subjective element is the fundamental one...
It is precisely the object studies of psycho-acoustic to understand WHY "accurate" in an objective way differ from "accurate" in a subjective way for example studying the acquired semantic filtering biases of musician and their superioir ability to perceive sounds...
It is precisely becsause of the non linear structure of the hearing systemnot only of the cochlea that science study the way to analyse the signal/noise ratio on different scale and for different "semantic" aspects of the working brain...In some case noise become signals and more signals noise...
Then some few zealots in ASR claiming that a dac is reducible to some electrical measures whitout the need to listen to it to KNOW it is ridiculous...Like those who reject any measures set a priori...
«
In a sense, once established, the field imposes itself on the neurons like the conductor of an orchestra in which each neuron is a single musician, says Dimitris Pinotsis, the study’s lead and corresponding author. Even if the musicians change, the conductor still coordinates whomever is in the chairs to produce the same result.
“This ensures that the brain can still function even if some neurons die,” says Pinotsis, an associate professor at University of London and a research affiliate in the Picower Institute. “The field ensures the same output of the ensemble of neurons is achieved even after individual parts change. The brain does not need individual neurons, just the conductor, the electric field, to be the same.”»
https://news.mit.edu/2022/neurons-are-fickle-electric-fields-are-more-reliable-information-0401