The Sound Of Pi
Видео закачал: chatran20
Описание видеоролика:
There has been many attempts to make a conversion of the digits of Pi to musical notes, but I noticed that the methods used were pretty unrealistic. What they were doing was to convert the 10 digits of the decimal system in 10 notes, and then play them. Of course that doesn't make any sense because our musical notation has 12 notes! So I converted the digits of Pi to the duodecimal system (Base 12), and made a program to play it. Here are the results. You can download the midi audio here: http://www.mediafire.com/?2tik66gk3b88gyx The program I made: http://www.mediafire.com/?6ib5svdvqjl85g3
Тэги: Math Music Pi
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Еще видео, закачанное автором видео chatran20
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many (base 10) digits are played?
beautiful.
than justin beiber
would be interesting in counterpoint, either in canon or phase a la Steve Reich.
to the 128th digit....and he's onlee 12
to hear the difference.
started playing
five minute delay between each one. What a beautiful cacophony! Thanks for sharing the file!!!
background music, not that i thought they were bad or anything but uncanny how close it comes.
is fascinating - in theory, the permutations of notes are infinite.
should think about octave transpositions if you haven't already. Awesome work though, its way better than anything I could have done:)
octave... don't see why you need duodecimal.
Could
π be linked to time and the curvature of spacetime? Could we have π because the quantum wave particle function Ψ of quantum mechanics is spherical? Therefore we have π in Heisenberg's Uncertainty Principle ∆×∆p×≥h/4π and even in the uncertainty between energy and time ∆E ∆t ≥
h/2π and in the Planck Constant ħ=h/2π Everything is a process over a period of time so π is almost everywhere! Check out Quantum Atom Theory!
At least it would sound more musical.
in a cave in pokemon
meditation on their mysterious allure.
there are eight "unique" symbols, (c,d,e,f,g,a,b,high_c), but to play an octave interval (c-high_c) we do actually have to play the interval: octave
use for simulating the numbers?
until you get all of them ontop of each other and play that and see what it sounds like, then try and loop that sound and post it?
universe just simply doesn't have any talent. . .
this?