Cymatics and Frequency

more like "Mathematics".

Mathematics is the language of the Universe because
the Universe is one great big computer.

.

I wonder how to make a wind chime tuned to 432 and the other good frequencies? anyone know?

Mathematics is Music. Music is Mathematics.

correct-o-mundo :)

Indeed, we exist in a mathematical universe. I suck at math though

i understand and appreciate math, but i started coming
apart with Advanced Algebra, and totally failed at the Calculus :)

so, that was pretty much the end of my career as a
theoretical sub-atomic physicist.

.

All you need, even in advanced mathematics, is Add, Subtract, Multiply, Divide. The formulæs, theorems, and what-not just tell you what to do when. Rather like a basic recipe.

Now, don't run off shrieking and having fits of apoplexy! Especially you Mathematicians.

Yes. And ma = what?

Now:

English: What? -> water

German: Was? -> Wasser

Latin: Qua? -> Aqua

432/2=216

216/2=108 (Go and look at what 108 means (number of resurrection, cyclic cosmic number for hindus, etc)

108/2=54

54/2=27 (3x9)

Go and look at what 27 means to Plato, for example.

Number as in angle.

Yep, that's when I lost it. After basic algebra I was done. Calculus and Trig were out of the picture.

yup. i had a math teacher once who always incessantly
kept saying: "just plug in the numbers and crank out the answers".
and i never appreciated what he meant until i was an old man :)

.

You need to create a free account....so people can add you to their friends.

And you need to create an account too. Still reading over the links...

Last Edited by Xerces on 09/04/2013 02:09 AM

Very good thread OP, but I must point out this one video.



Sound does not travel in the vacuum of space. Whoever made that video is a buttnugget.



Still, very good thread

Last Edited by Too Dark Park on 09/04/2013 01:42 AM

You are not understanding this. Light frequencies (or any other frequencies) can be transposed into the sound range. You can convert pulses from the Sun into sound, etc.

well, hells-bells, i hope so. that's how our AM and FM radios work. and, electromagnetic waves are electromagnetic waves.

For example, I want to understand the emission of a source radiating in the 20Mhz to 20GHz range. I can transpose that range into the general audible range of 20Hz to 20Khz. Hearing possesses high discrimination, so I am able to appreciate the nature of the emission and its variations over time. It's in some way analogous to watching a very high speed event in slow motion.

If anyone is trying to understand the significance of A=432 read on :-)

Fourth octave tone/note A is used predominantly as the reference pitch for tuning instruments. As an aside, Middle C is fourth octave on a keyboard. The A above Middle C is the one you can tune to if you tune by ear. Most musicians use the reference pitch of 440Hz. The reference pitch just helps a group of people play in tune.

Reference pitch for instruments has fluctuated over the eras. Higher. Lower. Lower. Higher. Currently, for concert tuning, it's creeping up from A440 in many conservatories and orchestras.

Down tuning to A432 is 8-cents "off" from A440. If you play an instrument alone or with a like minded group all tuned to A432 it sounds lovely. Play A432 and A440 tuned instruments together and if will sound "off" and a good ear will hear the slight bleating as the vibrations clash. Not nice. Even a "tin ear" will hear it and feel the music just isn't ones cup of tea.

Never get a classically trained musician going on theory TeeHee

perfect explanation. very good. ole~

.

Conversely, I can record a sequence of very rare events and then accelerate that sequence in a way that I can catch its rhythms.

We have a window of perception and it is possible to convert events that are outside that window in such a way that they fall within our window of perception. That's what all instrumental extensions of our senses (scientific instruments, measurement tools) do. I cannot directly sense many types of radiation but I can detect them instrumentally and convert that measurement into a visual or auditive presentation, etc.

8hz a is big difference...shumann resonance...

Last Edited by Xerces on 09/04/2013 02:12 AM

Electromagnetic waves as the other posters said. They can be recorded and transposed into audible sound.

You may enjoy this one as well.

Thread: Don't Waste Your Energy On Trivialities



Last Edited by Xerces on 09/04/2013 02:37 AM

What frequency ranges are you at for half step down? I ended up dropping back down because I really start getting into soprano notes in 432.

Nice work OP! Thank You :-)

Always happy to share

Why couldn't I have been taught this in school....our public education system is such a waste.

Correct you are.

You would have been my fav. teacher if you could have taught this.