Download Schumann Resonance (7.83 Hz)
Karla Ganger
It has been proven by scientific experiments that tuning into 7.83Hz, the planet's own magnetic frequency people experience benefits like enhanced learning/memory, body rejuvenation, balance, improved stress tolerance, anti-jetlag, anti-mind control, and grounding. On the other hand, experiments were done, where Schumann resonance, the exposure of 7.83 Hz frequency was removed from individuals environment. The subjects reported migraine headaches, emotional distress, and other health problems. This shows how important it is to be in tune with the Earth's magnetic frequency.
We've all heard about this, right? The "heartbeat of the Earth" and how it is in perfect resonance with 432Hz.
Umm, yeah....unfortunately such a relationship or resonance doesn't exist. Well, to be fair, everything is in relationship - like the shoes I'm wearing are in relationship to the tea I'm drinking.... but it's not a very close or meaningful relationship.
The common story says that since the primary Schumann Resonance is 7.83Hz, that's real close to a C=8Hz and if we raise this 8Hz value four octaves we get C=128Hz and then do the Pythagorean Circle of 5ths math we get an A=432Hz. Yes, that math is accurate, however rounding 7.83Hz up to an even 8Hz is not.
Here's a little reality math:
The Schumann Resonances (all of them) are constantly fluctuating a little bit, roughly plus or minus 0.5Hz. This is happening every day. 7.83Hz is the average value of the strongest resonance. The problem with the 432 story is in the rounding off. If we're talking about the difference between 4777.83Hz and 4778Hz, that 0.17Hz difference may well be insignifcant since it's a very small percentage of the number we're working with. However between 7.83 and 8.0 it is a much greater and far more consequential difference.
Can anyone feel when the SR is giving us a projected or imagined A=395Hz or 449Hz "resonance" (assuming this Pythagorean calculation actually even means anything at all in terms of our energetic experience), let alone those passing moments when it might be giving us a calculated but not actually existing 432 or 440 resonance??
I'm willing to bet not. (Also remember that the Schumann resonances are electromagnetic waves, not sound waves.)
And yes, "assuming this Pythagorean calculation actually even means anything at all in terms of our energetic experience". I dare say that it may not. I'll even go as far as saying it really probably does not. Please read my other post about the Schumann Resonances. There are many of them. If they have any kind of effect on us at all I would think that effect would be greater than any produced by an abstract number reflecting a somewhat distant harmonic relationship that isn't actually being generated nor has any direct relationship to the actual series of resonances in question.
But what I was referring to was the fluctuation of the primary Schumann Resonance between 7.33 - 8.33Hz - which only by a series of calculations do we get an imagined resonance with 432 (at those passing moments when the SR is 8.0Hz), or in actuality a fluctuating imagined resonance anywhere between 395 - 450Hz. That imagined or contrived "resonance" which we only see through the series of calculations and doesn't really exist, I am certain that no one feels it, and certainly doesn't hear it (we're talking about electromagnetic waves not sound waves).
Is it possible that the Schumann resonances, and their fluctuations, are perceived on some level by us or some animals? Yes, I think that surely might be possible, though I've yet to see solid evidence that it is true. (Not saying the evidence doesn't exist, I just haven't seen it and couldn't find any when I researched this more extensively a year ago.)
Read my nearby Schumann Resonances article as well as the somewhat extensive accompanying commentary for more detail and understanding about this phenomenon.
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I usually try to make these things an easy read, and hopefully mildly entertaining... while keeping the sarcasm toned down to unoffensive levels!
In doing so, sometimes possibly valuable information is left out in keeping the whole thing succinct and to the point. Maybe the one most significant piece I didn't include in the original post above that we all should realize is that the Pythagorean 5ths tuning does NOT reflect any naturally occuring harmonics, beyond the first two calculations. The system stacks perfect 5ths on top of each other. Starting at C=128, the G=192 is of course accurate, and then the D=288 is as well, but going the next step to the A=432 and it veers away from naturally occuring harmonic relationships. Thus, the A=432Hz that we get by the Pythagorean system is significantly different from the A=426.66Hz that we find as a naturally occuring Just Intonation harmonic of C=128Hz (Or the octaves at 8Hz or 256Hz etc.... 256 x 5/3 = 426.66667)
So, if "432" even somehow actually meant something, AND rounding off 7.83Hz to 8Hz didn't cause any errors of its own - why would there be some sort of magical mystical perfection of resonance between that 8Hz and 432Hz when we only arrive at the idea of such a resonance through a manmade concept, not a naturally occuring phemonenon? On what basis would there be a claim of 432Hz being the "true" or "natural" or "real" tuning, in harmony with the primary Schumann resonance, when in fact there is no "true" or "natural" harmonic relationship found between those two numbers?
We present the results of analyzing the response of the Schumann-resonance frequencies to the Xray solar flares. A special technique, by which a sharp variation that is present in all the resonant modes, but is hidden by regular variations combined with stochastic fluctuations is singled out using the weighted average frequency, has been developed. On the basis of comparison of the response shape and the flare intensity, the parameters of the statistical relationship between the frequency variations and the X-ray radiation intensity were analyzed and determined for the nonlinear regression model. It has been shown that an increase in the resonant frequency is proportional on the average to the logarithm of the X-ray radiation intensity to the power of 1.7. The magnitude of changes in the cavity frequency is related with the corresponding changes in the characteristic "magnetic" height of the conductivity profile of the lower ionosphere and compared with the results of the independent analysis performed by measuring VLF radio signals.
We report results from the experiment aimed at the artificial excitation of extremely-low-frequency (ELF) electromagnetic waves with frequencies corresponding to the frequency of Schumann resonance (typically, 7.5 - 8.0 Hz frequency range). Electromagnetic waves with these frequencies can form a standing pattern inside the spherical cavity formed by the surface of the earth and the ionosphere. In the experiment the ELF waves were excited by heating the ionosphere with X-mode HF electromagnetic waves generated by the High Frequency Active Auroral Research Program (HAARP) facility in Alaska. The experiment demonstrates that heating of the ionosphere can excite relatively large-amplitude electromagnetic waves with frequencies in the range of the Schumann resonance, when the ionosphere has a strong F-layer and an electric field greater than 5 mV/m is present in the E-region.
The Schumann resonances (SR) are a set of spectrum peaks in the extremely low frequency (ELF) portion of the Earth's electromagnetic field spectrum. Schumann resonances are global electromagnetic resonances, generated and excited by lightning discharges in the cavity formed by the Earth's surface and the ionosphere. This global electromagnetic resonance phenomenon is named after physicist Winfried Otto Schumann who predicted it mathematically in 1952. Schumann resonances occur because the spa...
Long-term distortion of the Schumann resonance parameters is also expected due to the enviromental impact of the Chicxulub event. If Schumann resonances play a regulatory biological role, as some studies indicate, it is possible that the excitation and distortion of Schumann resonances as a result of the asteroid/comet impact was a possible stress factor, which, among other stress factors associated with the impact, contributed to the demise of dinosaurs.
The waveguide on your desk will probably resonate in the thousands of megahertz, while the atmospheric waveguide has its resonance in the very low frequencies, in the order of hertz with a fundamental frequency around 7.8 Hz and a series of harmonic frequencies
As for its use for us: we could perhaps in fact use it as a detector of schumann resonance and publish the frequency on a website, or adjust some dynamic artwork based on the detection, say a slow lightshow or rotating device that changes with the detected frequency, perhaps as something of a meditation device? Might be interesting to have a real planet-wide effect be visualized that way.
The Shumann resonances do have a practical use, they can be used for determining the conductivity of the subsurface to help look for mineral resources. For more information look at
I am not sure that this PCB would help achieve that end. Maybe if it educates people about science and not woo
At any given time about 2000 thunderstorm across the globe produce around 50 lightning events per second. Schumann resonances have been used to track global lightning activity due to connection between lightning activity and the Earth's climate seen in global temperature variations. It is possible to monitor global temperature with the Schumann resonances. Electromagnetic field around the Earth reach our bodies and affect the charges inside of it. Our bodies have its own electrostatic field. Even particles of DNA can produce electromagnetic fields.
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