How to make a Music Electricity ( aka Standing Waves)?

[PiCéd]

If it is the famous π it's 3.1416... and the next I d'on't remember.

[luc2010]

Hi,

Hello MarkE,
                   but pi 3.24 is not the only pi value, pi is not a constant value. There is are different pi value for squaring the circle "geometry term" and a different pi value exist for outer space as well. For example I cold rolled a sheet of steel 1.2m wide 2.4m long by 3mm thick into a cylinder and it grew in length by over 50mm. Pi at 3.14 is good for drawing plans but not practical for real world engineering.

Best Regards
luc2010

I dont know the "correct" answer, but this is just an opinion:

In harmonic science according to our todays views
pi =3.1415...
phi =1.618033...

we work on this interval
[ pi/2 , phi] so
1.570779 <  x < 1.618033

is not important how we start, but we need to close the loop? very important

"resonance" vs harmonie ( phi vs pi )!
we need a balance point here and to find it, we need to " square the circle ", and there are many values  to do this

for this particular value pi= 2 *phi
the interval is now zero! this is the most harmonies and  " resonance"

just my 2 cents...

best regards
luc2010

[dieter]

3.1, 3.2, who gives a dam. Hey, I can google Pi too. How many digits do you need?


But Art is something you can't find on wikipedia. (Please don't be the fool who links to the "Art" page on wikipedia...)


Luc, basicly it is good to have two coils or wires, one of them a quarter of the length of the other. This way they can build resonance automaticly. Depending on what you want to receive, you may choose a certain wire length.


I found some other interesting wavelegths that may be more practical:


24.4684m
is 12'252'200 Hertz
This is dividable trough 1 to 17.


146.81m
2'042'040 hz
is dividable trough 1,2,3,5,8,13,21,34,55, a fibonacci sequence representing Phi (although there may be a better way to work with phi, see below)


17.869m
16'777'216 hz
is dividable trough the binary values up to bit 24


my favorite, so handy:
0.558407m
536'870'912 hz
dividable binary up to bit 29


These binary dividables have to best potential in my humble opinion.


As for phi, it may be interesting to use a multitude of wires, each with an individual length, starting with 1.618m, then 1.618^2, then 1.618^3 and so on. Each Wire may use a diode to connect to a central node.


Well, just a crazy idea


BR

[luc2010]

Hello dieter,

3.1, 3.2, who gives a dam. Hey, I can google Pi too. How many digits do you need?


But Art is something you can't find on wikipedia. (Please don't be the fool who links to the "Art" page on wikipedia...)


Luc, basicly it is good to have two coils or wires, one of them a quarter of the length of the other. This way they can build resonance automaticly. Depending on what you want to receive, you may choose a certain wire length.


I found some other interesting wavelegths that may be more practical:

....

pi its based on how you square the circle?....

basicly it is good to have two coils or wires, one of them a quarter of the length of the other. This way they can build resonance automaticly. Depending on what you want to receive, you may choose a certain wire length. ??

you are just trying to make a "standing waves" BUT why not we try to do  this in one single coil??
as we know, one coil have:

diameter,
heigth,
number of turns (Total lengeth)

they all need to be on proportions!!!

....

music is just a waves, a sound waves, a standing sound waves
electromagnetism  also just a waves,

so we are trying here to make a music? using the music rule or proportios with electricity... that the all idea ...


Best regards
luc2010

[luc2010]

Sound - Singing Rod

http://www.youtube.com/watch?v=E4oMAfqtFZ4

the basic idea

That's it!