I had been thinking about Alternative Tunings for Music for several weeks. I even did a lot of research to see if any of the current Eurorack, Modular Synthesizer Modules would allow me to actually pick my own "Frequencies".
Several weeks ago, I was thinking about the "A equals 440Hz" (Cycles-Per-Second, Frequency) and that some say "A" should really be set to 432-Hz.
As I was looking at those numbers, I noticed that they are "8" numbers apart from each other. Since I used to do some very basic programming, a few decades ago, my mind instantly thought there might be something to that relationship…
From there, I did something "thinking" and some "math" and settled on the number "32". Computers are based on multiples of "2", which are "zeros" and "ones". Home computers in the early 80s had 8-bit Processors, which is a multiple of "2". I settled on "32" because "2", "4", "8" and "16" Cycles were too close to each other for my note-building exercise. 32 seemed to be the smallest number of Cycles-Per-Second which the Human ear could distinguish a difference in Pitch AND it would take-up an entire Music Keyboard, just to have at least 2 "Octaves".
I left "A" at 448, as a starting point. I then "added" 32, to find higher Notes or "subtracted" 32, to find lower Notes. This gave me these Frequencies:
Since I couldn't find any "easy-to-use" Synthesizer Modules, which would allow me to enter the "Frequencies" I wanted, I did some testing. A few days ago, I used "Audacity" (audio manipulation software) to produce those 13-Tones. I was going to load them into Apple's "GarageBand" software, in order to move them around and stretch them, just to see if this new "Scale" would sound good… or not.
That quickly became a bit complicated so I stopped.
Today, Sylvia reminded me that our Korg Krome Keyboard offers Tunings and Scale creation. So I checked the Manual and turned it ON. It was a bit tricky and did take me a few hours but I was able to set those Frequencies.
So, other than "I just wasn't happy with what I was hearing", I began to wonder… "why"? Is it because those are simply Frequencies which work against each other or is it that my brain is programmed to identify certain sound combinations as "good" and others as "bad"?
Here's the link to the "Disting Mk4":
Here's the link to the "µTune":
Here's the link to the "Audacity" software:
In doing my 1st calculations, I took used the "Note-to-Frequency" Chart on this page:
I then plugged those numbers into the Frequency-Semitone calculator on this page:
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