05 Nov 2023. Current Report from Tomsk Obs.; relatively clear day Qualitative / Quantitative.
1605 Nov 2023. Current report. Qualitative vs. Quantitative.
42:42-1:07:34
1:41:?? -2:00.02
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Relatively calm conditions today.
Source: ( https://www.disclosurenews.it/schumann-resonance-last-image/ )
Today I'm making the final vid, before closing the studio before the move. Planning to move to be with Allison, before the end of the year.
I love these days without much activity, so I can explain better what the actual Schumann resonances are. In addition to how this relates to the reporting technology used.
First, it's important to understand that this visual aid, is a screen capture of the Spectrogram, AS WELL AS the 3 panels of dependency information.
The top panel is the spectrogram, which takes the information from the lower 3 panels, to combine them into one 'three dimensional' image. The spectrogram is what is called "The Schumann."
"The Schumann" refers to the spectrogram...and not necessary what the actual atmosphere is doing.
The panels below the spectrogram are: Amplitude; Quality; Frequency, respectively.
Amplitude is the signal that comes from a dipole-type antennae. This detects the electrical content, which is voltage, or a power rating of +/-. This is what is called 'charge'. The upright spikes (ZERO is at the top of the spectrogram) are showing the measurements of VOLTAGE.
Quality is the magnetic flux of the signals. Quality is loosely based on 'Q-factor'; which technically relates to the damping of a resonator. The atmosphere is the "resonator" for this purpose (not sure what info anyone can extract from seeing this data as 'Q-factor?) Quality measures the magnetic content, based on pico-Tesla scale.
Frequency is the measurement in kilometers of the wave peak to peak.
Coloring The Chart.
Firstly, let me just say that decoding the color information is the most difficult, and most meaningful aspect of determining what the charts are actually saying. Honestly, what is the point of being religious in your practice of checking these readings, if someone is just going to invent symptoms, or physiological conditions that accompany the colors of the chart.
Keep in mind, that the colors of the chart, are used to express a 3 dimensional image, based on two separate types of antennae, The dipole and the copper-wound induction coils are detecting two separate types of signals. By its nature, the Power/Voltage rating is stronger than the magnetic-side measurement of the Quality, or magnetic fluctuation.
Quantitative VS. Qualitative.
These are two words that need to get known, quickly. The SPECTROGRAM is QUALITATIVE. The dependency panels are QUANTITATIVE. Qualitative refers to a view, or chart, or perspective that is not actual measurements, but a manner of showing all the elements in relationship, based on the constraints of the scope, or meter--simply put. It's an over all relationship of the many parts together, working as a system.
The spectrogram, "The Schumann" is a Qualitative view...not actual measurements. For example, the white spike is always going to "peg [the top of] the meter", because it is scaled to fit into the allotted space.
QUANTITATIVE. Dependencies are the 3 lower panels of the actual measurements: Amplitude, Quality, Frequency. This is the so-called raw data (after being filtered, of course) collected quantitatively--associated to an actual number value on either side of the line graph.
The dependencies are giving you actual, numerical measurements, in 4 modes, which are given as color information. Decrypting and decoding this information may be the most difficult thing that you have to do, learning about the Schumann resonances.
Maybe so, maybe not...
The Dependencies.
The 3 dependencies are considered to be "axes" of movement of the 'stylus', or the color-making apparatus, in the spectrogram. The 'stylus' is what plots the colors.
Each color represents a "MODE" of operation of the measurements.
There are 4 colours for each dependency of Amplitude, Quality, Frequency.
Here's the trick: What are resonances?
This is the ALL of everything here, in my view. Schumann was the man's name. In real life, he was a professor. Her, his name represents a visual aid. It's much-less important to remember the man's name, than what he discovered.
The discovery named after Schumann is that atmospheric resonances. Professor Schumann himself describes these resonances as the effect of striking a bell, and the reverberations that come afterwards.
Resonances are standing waves.
This is a collision, or interference of multiple fundamental, or original waves that break on each other, to create an oscillation, or hum that stays "in place."
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Happy Birthday Allison!