Re: Rife Frequesncies for colors

[Guest guest]

Hi, how does this transpose? You say you have given the Rife

frequencies for colours? But you have listed the wavelength of the

colours not the frequencies?? Would using wavlengths as frequency

settings actually work??

Would appreciate some clarification on this, I can't see that

putting in the wavelength value as a frequecny is going to give you

a colour representation for light?

Thanks,

Mazz

>

> for those interested,

> Here are the Rife Frequesncies for colors.

>

> Stanely Burroughs (1976)

> Healing for the age of enlightenment

>

> (converted from angstrom to nanometers)

>

> 686.5 = Red

> 633.0 = Orange

> 587.3 = Yellow

> 547.7 = Lemon/Scarlet

> 513.1 = Green/Magenta

> 482.7 = Turquoise/Purple

> 455.6 = Blue/Indigo

> 409.7 = Violet

>

> P.S. I am still looking for the Rife frequecies of Minerals/Matals

>

[Guest guest]

Thanks a lot, Knight336 ; I was exactly looking for these frequencies.

A true gift for the beginning of the Year ! Will be very pleased knowing the

Rife frequencies of Minerals/Metals

_____

De : Rife [mailto:Rife ] De la part de

knight336

Envoyé : lundi 1 janvier 2007 19:28

À : Rife

Objet : Rife Frequesncies for colors

for those interested,

Here are the Rife Frequesncies for colors.

Stanely Burroughs (1976)

Healing for the age of enlightenment

(converted from angstrom to nanometers)

686.5 = Red

633.0 = Orange

587.3 = Yellow

547.7 = Lemon/Scarlet

513.1 = Green/Magenta

482.7 = Turquoise/Purple

455.6 = Blue/Indigo

409.7 = Violet

P.S. I am still looking for the Rife frequecies of Minerals/Matals

[Guest guest]

1;Arsenic;30400; 2;Aluminum;31900; 3;Beryllium;32700;

4;Vanadium;32800;

5;Titanium;35300; 6;Thallium;36600; 7;Palladium;37700; 8;Lead;38000;

9;Chromium

VI;39200; 10;Silver;43300; 11;Mercury;43700; 12;Magnesium;45300;

13;Gallium;45400; 14;Manganese;45700; 15;Tungsten;47500;

16;Lithium;47900;

17;Indium;48300; 18;Tantalum;48900; 19;Rubidium;49200;

20;Molybdenum;49800;

21;Nickel;55200; 22;Zinc;56200; 23;Cobalt;56300; 24;Iridium;57000;

25;Cadmium;57300; 26;Copper;58600; 27;Gold;59000; 28;Osmium;59200;

29;Platinum;59300; 30;Tin;59700;

Is this of interest?

>

> for those interested,

> Here are the Rife Frequesncies for colors.

>

> Stanely Burroughs (1976)

> Healing for the age of enlightenment

>

> (converted from angstrom to nanometers)

>

> 686.5 = Red

> 633.0 = Orange

> 587.3 = Yellow

> 547.7 = Lemon/Scarlet

> 513.1 = Green/Magenta

> 482.7 = Turquoise/Purple

> 455.6 = Blue/Indigo

> 409.7 = Violet

>

> P.S. I am still looking for the Rife frequecies of Minerals/Matals

>

[Guest guest]

To convert wavelength to frequency apply the formula:

wavelength (in metres) = Velocity of light (near 300,000,000 metres /second)

divided by the frequency (in Hertz).

[Guest guest]

To get frequency the formula is 186000 divided by wavelength =

frequency in hertz.

For example; 186000 div by 587.3 {yellow} = 316.70 hertz

At least, that's what I was told.

Good Luck!

>

> Hi, how does this transpose? You say you have given the Rife

> frequencies for colours? But you have listed the wavelength of the

> colours not the frequencies?? Would using wavlengths as frequency

> settings actually work??

> Would appreciate some clarification on this, I can't see that

> putting in the wavelength value as a frequecny is going to give you

> a colour representation for light?

>

> Thanks,

>

> Mazz

>