I should have added a 'smiley' it is however ironic that most of the guys who can afford the High End most probably can't hear the 'high end'!No I just thought it would be interesting to see how choice in audio get correlates with peoples actual hearing. It would be excellent data for a science forum.
that would be interesting, what would be useful would be for this info to be programed into your hifi and through DSP be implemented to give you a tailored sound pallet. this is not beyond the now...
Online hearing tests played through PC is tricky business. Resampling errors are easily audible instead of the original tone. And I don't know that any of these sites have properly calibrated tones. You can also easily damage your hearing further by turning up the volume to hear higher frequencies.
They are OK for fun but not to get any valid data. Years ago a company sold a little device that came with its own headphones to do this test right. I bought it, ran it, got disgusted and that was that.![]()
This was with dogs messing with me and each other in the background, so it might not be ideal, but since it is better than I thought it would be, I am somewhat happy.
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But the measurements really don't tell the whole story, i.e., how I am uniquely able to perceive the raw power, beauty, emotion and Nyquist cutoff of music.
I can hear a mosquito buzzing, which I believe is 17 kHz, but the new digital ones probably have aliasing artifacts caused by carrying a load of Zika virus.
Even I can hear a mosquito buzzing around my head.
http://hypertextbook.com/facts/2000/DianaLeung.shtml
"There are variations in the values of the frequency at which mosquitoes beat their wings. Sources show this value ranging from 250 to 1000 Hz. "
Looking good Ray! It that what you wore to the Bowie concert back in 73?![]()