ok let’s cut to the chase. You are citing this study as evidence in support of your position. Does that mean you accept the study and the protocols and methodologies used in this study as a reasonable standard for valid data? Let’s just focus on that for the moment.
Lets cut the chase i have no reason to doubt their methodologies , and in spite of certain criticism , theirs conclusions goes with the reseacrh trends in this hearing studies field ... I am not an objectivist nor a subjectivist... I am only interested by hearing, acoustics, sounds, musics ... And the source of qualia ...
What they say in their conclusion goes hand in hand with the deep and important research of J.J. Gibson in the visual field ... Then it appear to me that reversing that trend is not possible because hearing and seeing are way less stranger and distant to one another for the brain that what we think generally as non scientist ...
And by the way this article is related by me to the second article i put in my post by a physicist van Maanen about the conditions of application of the Fourier mappings in amplifier design for continuous sine waves signals versus dynamic musical signal in relation to the human ears ...
https://maa.org/news/math-news/human-hearing-not-constrained-by-gabor-limit
«Human Hearing Not Constrained by Gabor Limit
Jacob N. Oppenheim and Marcelo Magnasco of the Laboratory of Mathematical Physics at Rockefeller University have conducted experiments indicating that the human brain does not use the Fourier transform when resolving a cacophony of noise into individual sounds and voices.
While the Gabor limit associated with the Fourier transform stipulates that you can’t simultaneously determine a sound’s frequency and duration, the 12 musicians subjected to Oppenheim and Magnasco’s battery of tests beat the limit by as much as a factor of 13.
The Fourier transform cannot, therefore, fully explain the machinations of the human brain. "The actual algorithm employed by our brains is still shrouded in mystery," says Magnasco.
Read New Scientist’s coverage.
Read a more in-depth account and listen to sound samples at phys.org.»