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Frequencies for the Periodic table of elements
Submitted by Russ27 on 6 February 2004 - 4:57am.
Is there a list of frequencies for all the Periodic table of elements in there natural state? :idea: Please help, |
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Life’s a dance; don’t
Life’s a dance; don’t dance with a fool for they posture with jokers
I think this is a very
I think this is a very viable issue, since resonance is so important. If you knew the frequency of iodine, say, and pulsed a frequency generator at the iodine, directly or diffusely, you could achieve resonance. With some recalibrations, you might be able to create iodine toxicity. Imagine if you could do that to the human body! Well, there is fair public information that that is what the US military is trying. No need to go further. But what if we could find a resonance for Paxil or Prozac, or other SSRIs that are always involved in mass killings like VaTech. Just a thought, but possible.
6/30/07 Hi its Russ, I
6/30/07
Hi its Russ,
I posted the original question ... Is there a list of frequencies for all the Periodic table of elements in there natural state?
It took over 3 years to find the answer and the answer is a BIG YES.
All elements in the Periodic table do have there own frequency.
So to the ignorant asshole with the photo of himself that has been posting asswipe comments about my question, Go Fuck Yourself!
Later,
Russ
P.S. For Example Copper is 19.04878369 Ehz and
The Wavelength is 0.015738143 nm
I changed one number in each example because there is a copyright on the full chart of frequencies.
.
.
Hi Russ Been some time I
Hi Russ
Been some time I was on this sight but keep on remembered you when i came across this http://www.angelfire.com/hi2/UFOCHARTS/index.html , And this a bit more interesting, http://www.spaceandmotion.com/Wolff-Wave-Structure-Matter.htm
Not sure if you still come to this sight or if you are off in space in your anti gravity ship. what ever the case may be wish ya luck in your endeavor's.
dgklimczak@sbcglobal.net
Hi Russ, Just wanted to let
Hi Russ,
Just wanted to let you know that I came across this website and your question after I did a search today using the same question you posted 4 years ago. Do the elements in the periodic table have their own sound frequency? I am interested in patterns and shape and would love to see how the frequency translates into a pattern, eg cymatics discovered by Hans Jenny. Or is this what we see already with the number of protons, electrons etc. that make up each element?
I think it is a valid question and I love your reply to that ignorant .....
Is the chart you found available to the public?
Hi Russ,
Hi Russ, I have been looking for this specific information for some time. I am very encouraged to find your entry. I would very much appreciate your sharing your source with me. rasoolsaghir@gmail.com Thank you.
You mean their abundance in nature? Your chemistry book should have the data on this info, but not on all of the elements of course. Are you want the abundance of a specific element?
frequencies for all the Periodic table of elements in there
2/6/03
Thanks for posting a reply however I did check out the following link www.chem.qmul.ac.uk/iupac/AtWt/index.html#02
and that has the entire ATOMIC WEIGHTS OF THE ELEMENTS but no frequencies are listed.
I don't think anyone ever did a study on this. Everything has a frequency. This is the core of our existence. So if all matter has this as a core then all elements have a frequency.
I need the frequencies for at least the following:
Hydrogen, Oxygen, Carbon.
Thanks
Russ
Russ Wave oscillation,
Russ
Wave oscillation, frequency of most but not all elements, frequency equal to the energy difference of the orbits within atoms.
I’ve been researching for quit some time.
What you will find my friend is a war of wit, as you have seen not much WIT out there.
This is rather new in physics new being anything beyond 15th century; where most are stuck at; but you must give them some credit, they have learned how to peal the banana before compulsion of consuming.
I’ll be in touch; till then >>> http://www.physicscentral.com
P: U R on the right track
See Ya
Proteus