seattlegal
Mercuræn Buddhist
Has anyone explored this?
http://www.biotune.net/Power-Of-Sound.php
http://www.biotune.net/Power-Of-Sound.php
Well heck! What's holding you back from finishing your book? Need an editor or ghost writer?I've studied and worked with Cymatics as well as Harmonagraphy, been very interested in the esoteric aspects of music for a while.
I will have a book finished 'someday' (lol) on music and metaphysics, been writing it for a few years now.
Indeed! {I hope you will share some of your research!}Great topic!
Is the OM a "C" note? I think I remember something from about 9 years ago about black holes resonating at B-flat. I'm still waiting for it to bubble up from my memory.
Is this as we measure it from earth, or is it adjusted for any Doppler effect that might be added due to the expansion of space? (like redshift we observe in stars)Excerpt from "Tarkhem: Musiq and the Black Arts" by R.L. Fleckenstein
The Big Note (4,080,000,000 Hertz), is calculated to be 972.75 Hz. This is slightly lower than B 4 at 987.77 Hz and somewhat higher than B Flat 4 at 932.33 Hz, in equal-tempered tuning. Therefore, the Universe is resonating at a tone a little flatter than B, as defined by standard tuning.
Good question . . . that I don't know, will have to look into itIs this as we measure it from earth, or is it adjusted for any Doppler effect that might be added due to the expansion of space? (like redshift we observe in stars)
I do not know how to translate the 160.2 GHz and 283 GHz frequencies (see Cosmic microwave background radiation - Wikipedia, the free encyclopedia). What this is is the microwave background of the big bang which corresponds to the time ~ 400,000 years after the big bang when things had cooled off enough for hydrogen to form (before that the Kosmos was a plasma and light did not propigate). The original temperature this correspond to is about 3,000 Kelvin (real, real hot).
Panta Rhei!
(Everything Flows!)
Excerpt from "Tarkhem: Musiq and the Black Arts" by R.L. Fleckenstein
The Big Note (4,080,000,000 Hertz), is calculated to be 972.75 Hz. This is slightly lower than B 4 at 987.77 Hz and somewhat higher than B Flat 4 at 932.33 Hz, in equal-tempered tuning. Therefore, the Universe is resonating at a tone a little flatter than B, as defined by standard tuning.
I do not know how to translate the 160.2 GHz and 283 GHz frequencies (see Cosmic microwave background radiation - Wikipedia, the free encyclopedia). What this is is the microwave background of the big bang which corresponds to the time ~ 400,000 years after the big bang when things had cooled off enough for hydrogen to form (before that the Kosmos was a plasma and light did not propigate). The original temperature this correspond to is about 3,000 Kelvin (real, real hot).
Panta Rhei!
(Everything Flows!)
3,000 Kelvin is in the incandescent light bulb range of color temperature, no?
Now we have another means of calibration to compare with sound: light.Right in the middle of "cool colors". Incandescents are 3000 plus or minus about three hundred (special lamps for artists and such). Bullseye!
Watch "The Exorcist