Thanks @stuartk
I did hear that shiny new DAC calling out to me.😃
Thanks @stuartk I did hear that shiny new DAC calling out to me.😃 |
Thanks, very interesting, I did not know that.
So, if I'm reading you correctly you are saying that our brains re-convert (analog) sound waves into digital? |
FFT is a mathematical transformation from time to frequency domain. Our ears respond to frequencies over time. The details of how they do that is a whole different story. chervokas seems to have a good handle on it. |
It’s not really digital, though Susan Rogers, who was Prince’s recording engineer then went on to get a PhD in music cognition and psychoacoustics and now is the director of the Berklee Music Perception and Cognition Laboratory, quaintly does describe our stereocilia as the inner ear’s little A to D converters. There are aspects of our hearing and our auditory processing that are like analog audio signal processing, and aspects that are like digital audio signal processing. Better to say that our ears convert mechanical motion into nerve impulses and those nerve impulse are generated when little channels open and let ions flood in, and those channels are either open or closed, and that train of either/or electrochemical impulses are the stuff the higher order areas of our brain uses to form a perception of the sound -- Psychoacoustics: Hair Cells in Ears are Analog-to-Digital Converters | Susan Rogers | Berklee Online |