Now to be fair we know very well how "halo effect" in psychology really works...
If a product as a stradivarius is surrounded by an aura of holy S. Q. because of his price tag and historical meaning, acousticians will use blind test to study the relation between perception evaluation and the biases associated with it for example in a study of the stradivarius materials composition compared to modern violins.....
This does not means that human hearing is not faithful this means that he must be supervised when the "Holy value and price tag" play a role and put under controls and trained anyway...
This in no way can be used as an argument to devaluate all hearing abilities and mocking them as "golden ears" and militate to replace listenings evaluation by electrical small set of measures of the gear design and systematic double blind test in regular day to day audiophiles decisions and optimization process ...
Thanks very much Amir for your measures service review indeed ... But we dont need the ideology which some ASR people stick to ...
Now if i was wrong here stating that Human hearing is generally very trustful this article will be wrong relating to this discovery explained very well here :
https://physicsworld.com/a/human-hearing-is-highly-nonlinear/
«People can simultaneously identify the pitch and timing of a sound signal much more precisely than allowed by conventional linear analysis. That is the conclusion of a study of human subjects done by physicists in the US. The findings are not just of theoretical interest but could potentially lead to better software for speech recognition and sonar.
Human hearing is remarkably good at isolating sounds, allowing us to pick out individual voices in a crowded room, for example. However, the neural algorithms that our brains use to analyse sound are still not properly understood. Most researchers had assumed that the brain decomposes the signals and treats them as the sum of their parts – a process that can be likened to Fourier analysis, which decomposes an arbitrary waveform into pure sine waves.
However, the information available from Fourier analysis is bound by an uncertainty relation called the Gabor limit. This says that you cannot know the timing of a sound and its frequency – or pitch – beyond a certain degree of accuracy. The more accurate the measurement of the timing of a sound, the less accurate the measurement of its pitch and vice versa......
Oppenheim and Magnasco discovered that the accuracy with which the volunteers determined pitch and timing simultaneously was usually much better, on average, than the Gabor limit. In one case, subjects beat the Gabor limit for the product of frequency and time uncertainty by a factor of 50, clearly implying their brains were using a nonlinear algorithm.»
This means that the eras/brain work in his own time domain and in a non linear way. The Fourier maps are not enough to understand human hearings. They are only a part of the complete unknown process which is mysterious in all his ramifications.
«My ears lie sometimes and my wife too but they are trainable and truthful at the end of my day»--Groucho Marx 🤓