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Sound Frequencies for elements in Periodic table
Submitted by drlinders on 1 February 2006 - 4:02am.
Does anyone know how to convert the elements of the periodic table into sound frequencies measured in HZ or cycles per second? |
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Hello. I would like to take
Hello. I would like to take this question one step further.
It is obviously true that every element has a resonant frequency.
It is upon this principle that the atomic clock is based.
Does anyone have a resource for finding the atomic frequency of a given element in the periodic table?
Ignorant is he who denies the obvious..."claptrap."
Certainly, it is the very music of the spheres to which the universe dances that makes the Universe move.
....All spiffy words aside; I need to be able to figure out the frequencies emitted by every element's nucleus.
Can anyone help me?
Thank you,
Dr. Seth T. Whitecotton
:shock:
:?
I don't think I have covered that.
I don't think anyone has covered that.
I don't natures covered that.
1420MHz is HYDROGEN formula for frequency is= 1/atomic radius
1420 MHz is reseved so that radio telescopes can notice Hydrogen in distant galaxies. Try reading articles in NEWSCIENTIST.com
anyway Hydrogen is a quite
anyway Hydrogen is a quite abundant in distant galaxies
Dr Linders, your question does not compute :)
Elements do not have "sounds".
Actually, I believe it has
Actually, I believe it has been discovered that all matter has an associated sound frequency. It runs along the principle of the champagne glass shattering when the Opera singer hits a certain note.
What principle is this? and
What principle is this? and discovered by whom? Are you not slightly embarrassed by the vacuity of all of this? And they don't use champagne glasses for the resonance trick; it is a white wine glass.
Actually, yes.....
could you somehow look at the wave nature of the atoms/electrons and convert that into a frequency?
Wavenumbers -> Hz?
Well what use would that be?
Electromagnetic radiation (transverse oscillating E and B fields) isn't the same as sound (longitudinal oscillating pressure waves)
and anyways, most adult humans can only hear up to about 16kHz (babies get to 20kHz) so if you DID make analogous sound waves to atomic spectra, I think even bats would struggle to hear them! :lol: