00 June 2021. Basic Introduction. How To Read The Schumann Resonance Spectrograph Properly.
Preface:
The purpose of this essay is to assist people who are interested in understanding the Schumann Resonances, as atmospheric phenomena from the technical perspective.
Additional to the atmospherics, we are faced with the detecting hardware of the antennae complex; attached to the meters, graphs used to detect then record these signals, eventually plotted on the Spectrogram.
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 extremely subtle; which means specialize detecting equipment is necessary, in addition to putting the detector antenna in a remote location. Complex chain of processing is necessary to secure a valid signal.
There are multiple "moving parts" in this equation.
Often times, these subtle atmospheric electromagnetics are over-powered by EM fields of unshielded domestic electronics.
We are looking to explore the SR. However, it's now a common occurrence to confuse SR with any and all atmospheric electromagnetics.
We discuss what are the SR, in addition to what they may not also be.
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The Tomsk Spectrogram is NOT "The Schumann"
- What is "The Schumann"?
Although this phrase is one commonly-used in the "Earth's-rising-vibrations"-based belief system of 'Ascensionism'; exists does not such thing as "The Schumann."
This phrase is not found in Webster's dictionary. Nor is it found in Oxford's Encyclopedia of the English Language. This is not a phrase found in any scientific literature. There simply exists no standard, technical, scientific definition of the phrase "The Schumann."
Yet, with the human condition, language underwrites all thoughts of the human. A definition is necessary to continue.
There is a degree of fuckery inherent in the language, that allows for a wiggle factor, to conceal the innate meaning of a thought-form that is not well-developed;
or a thought-form that is not grounded in one's actual reality.
In other words, the language allows for a built-in distortion, or concealment of truth, behind personal perceptions.
Part of "The Schumann" problem is one's innate understanding of a concept, or phrase as a definite thought-form in the head: what clear picture does a person have in their head?
Part of "The Schumann" problem rests in the inability of the vocabulary itself not being able to convey the proper meaning. SR is radio, and invisible to the unaided eye; as such, a visual aid is necessary.
Part of "The Schumann" problem is the fact that the word inherently is meaningless technically-speaking. It is one thing which has been misappropriated to represent something else, completely different. Due to the inherent fuckery of the phrase being introduced AS a means of confusion, continued use of the phrase is a continued walk along a pathway of confusion.
Belief itself has a power. Belief is fueled by the rhetoric we choose. How well do we know our own viewpoint, or the tenets of our belief?
What is the degree of "hocus pocus" in the words that your belief uses?
Inherently, there is no scientific, technical, actual meaning behind the phrase "The Schumann." Among other reasons, a primary problem is that it is uncertain what are the parameters phrase covers. It's simply your inferred understanding of the phrase 'The Schumann', that allows it to have significance. Yet...
what does "The Schumann" actually mean?
Phrase "The Schumann" is at this point, what amounts to religious ideology associated with the Religion of Schumannism, or the Cult of Ascensionism, perhaps. That there is no standard definition behind "The Schumann" is what allows wonky ideology to be corrupted.
Essentially, the main difference between 'The Schumann' and the spectrogram is the inclusion of supporting data; and how the visual representation gets transliterated (whether it is read, or interpreted.) It's my understanding the "The Schumann" gets channelled or interprated based not on the actual accepted science.
- Introducing The Spectrogram
[ Basic introduction to spectrogram: (https://youtu.be/_FatxGN3vAM)(https://youtu.be/YZTTmNYr6jA)(https://youtu.be/OI3pIvLhVcc)]
The Spectrogram is a composite, plotted in colour, based upon the information from the reporting dependencies. This is one of the differences between "the Schumann", and the spectrogram. The spectrogram is plotting the signal
Schumann resonances are global electromagnetic resonances, generated by lightning discharges in the cavity between the Earth's surface and the ionosphere.
The cavity between the ionosphere and Earth ground is called a "waveguide." Schumann resonances bounce-off the Earth's surface; they are not generated FROM the Earth's interior. Lightning discharges are similar to striking a bell, which continues ringing.
Gaia's heartbeat.
There is another circuit entirely that conducts power through the planet herself. This is the 'lower DC circuit' of the telluric grid of the geoelectric circuit.
The spectrogram is not a seismic meter. Its not an optical light sensor. It is not measuring telluric currents; nor is it recognizing UV-series light; nor Gamma bursts; nor X-rays.
The Schumann resonances are the product of lightning discharges between the upper DC - lower DC circuits; which continue to propagate as magnetic waves, which circle the globe; eventually oscillating in place to create the atmospheric resonances.
This atmospheric resonance "hum" is that which is recognized by the antennae; therefore is that which is recorded on the spectrogram: subtle atmospheric resonances of the pico-range.
Information outside of set range of signals, gets filtered-out as 'noise'. Local interferences can impart a false signal on sensitive detectors. Active filtering is used to avoid a false local signal imparted upon the plotted images.
Spectrograph machines, in general, break-down a range of signals into constituent frequencies, or portions of the overall signal. With any spectrogram it's important to get the information of the dependencies. This is the signal after it has been filtered and conditioned; or, essentially, the raw data. .
For the sake of illustration, these graphs are reproducing a phenomena which is otherwise invisible. A little artistic license may be necessary, to decrypt the proper information appearing on the spectrogram.
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- Earth's Geo-Electric power grid.
It is well-advised to consider the planetary sphere as a type of battery. Three main components of the "Earth battery" are: the Upper DC circuit; AC circuit; Lower DC circuit.
"DC" is direct current; or moving in a straight line. "AC" is alternating current; or moving in a wave formation.
Upper DC Circuit. This is Basically the IMF (Inter-planetary magnetic field) which links Earth to the Sun. This is the magnetosphere, and ionosphere together. The Upper DC circuit acts as a capacitor to hold a high voltage charge in the upper atmosphere. The amount of charge held here is between 200K-250K Volts.
AC Circuit. This is the area between the upper DC circuit, and the Earth Ground of the planet herself. This is also referred-to as the "waveguide" in which the SR activates. Energy range of this circuit is pico-electro-Volt, and pico-Tesla.
Lower DC Circuit. This is the Earth ground of the planet herself. The first primary layer of conduction is through the telluric currents. The water and soil of the planet conducts a current, which is the magnetic side of power, moving laterally through the planet herself. This is measured in nano-Teslas
Under normal conditions, the lower atmosphere is generally a fine-enough insulator between these two poles of the planetary battery; which are both measured in the nano-Tesla range of the spectrum.
The upper DC circuit is one pole of the battery. The lower DC circuit is the other pole of the battery. SR come from the discharge between one pole to the other. Usually, it's the Upper DC to the Lower; yet, the flow might move in the opposite direction, from Earth to ionosphere.
Keywords: Amplitude, Quality, deci-Bel, Mode, Dependency;
ionosphere,
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Introducing The Antenna
On the subject of the receiving antennas for the data, we need to understand a few basic concepts on how the signals are measured.
Atmospheric electromagnetics propagate (move) through the atmosphere as follows: Amplitude [Electric portion of the signal] propagates vertically as a (theoretical) 'column' ;
Quality [the magnetic portion of the signal] travels horizontally, or "hugging the ground", laterally from the source, which is the electric-side.
There is a dipole-type antenna which measures [Amplitude] the electrics; reading in deci-Bels of pico-electron-Volts. Induction coils serve as the magnetic-side [Quality] detectors; readings in pico-Teslas.
The heart of the antennae is the induction coil which is wrapped around a magnetically permeable material. The coil senses a EMF signal which is within the range of receptivity, based upon the structure of the internal windings.
The signal activates, initiates "movement" along the coil, producing a "report", or a line in the reporting dependency.
The information plotted on the spectrogram is: the dependency of the dipole antennae; the dependency of the 2 induction coils: one for N-S; one for E-W; the dependency of the frequency, which is the distance from peak to peak, in kilometers. Each of these dependencies has 4 potential colors that might appear on the spectro-, based on the mode, or 'slope' (shape) detected by the hardware itself.
The spectrograph is plotting a 3 dimensional, spherical signal, on a planar surface; based upon the information received from the reporting dependencies. The signal data reporting by dependencies is the 'mode color information'. The mode color information is what gets fed into the spectrographic plotter; therefore creating the interesting set of patterns found on the finished product.
It is EXTREMELY IMPORTANT to understand that the spectrogram is not a reading from a meter, nor sensor, nor detector, nor antennae. The spectrograph is not what is reporting the actual data.
The spectrograph plots its images based upon the conditioned data coming-from the hardware itself; line graphs produced from the processing of the raw data = "Dependency".
The spectrograph creates a spectrogram, which is a useful tool for visualization; yet, it's important to remember that this image is a composite view to provide a convenient three-dimensional image. The plotted images of the spectrogram are scaled in resolution to fit the constraints of the actual scope screen.
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- Orientation.
On the left side of the graph is the resonance frequency, which starts at 0 in the top left corner. From there moving downwards, the numbers increase.
Running along the bottom of the graph is the measurement of Time. There are two sets of clocks. Immediately below the graph is a string of white numbers, which is Tomsk Local Time.
The larger yellow numbers (provided by Disclosure_news) below these are time in UTC.
[ UTC originates in Greenwich, England; stands for Universal Time Co-ordinated. (Tomsk is UTC+17; East coast US is UTC-5).]
The Spectrogram coloring is plotted from the reporting 12 dependencies, of Amplitude (Modes 1-4) ; Quality (Modes 1-4) ; Frequency (Modes 1-4);
"At rest, fair weather state" (theoretical 'zero state') is Dark Blue. Dark blue is our "canvas."
- Basic color theory, relative to plotting the spectrogram.
When I think of the signal being plotted on the spectrogram, I think of a painting being created.
The spectrogram at rest, waiting for a signal, creates a dark blue canvas; such as the type used for a painting.
Because the atmosphere tends to return back to the balance state of the "at rest position" (represented by dark blue); we could see this as type of motion. This "motion" could theoretically be reproduced with the use of color.
It might be considered like an "elastic", or a medium which is under a certain tension, therefore always in motion to or from that dark blue background "at rest", or balance point.) Upon this the twelve dependencies use actual light to plot a tapestry of patterns and codes; to represent a 3- dimensional image.
Because the atmosphere, which includes all the way out into the magnetosphere, is elastic in this sense, this is what essentially creates this "weaving" pattern of sheparding these EM waves around the "waveguide" of the Earth-Ionosphere 'corridor.'
At rest state of "fair weather", is our theoretical "zero point"; which starts as a dark blue (Navy)-coloured background, which is as above-stated an interactive canvas. Upon this canvas gets reported with, or plotted by the information of the dependencies. This is the actual raw data which is graphed by the line graphs of 4 individual colours. I am referring to these 4 colours, which correspond to the 4 modes, as our pallet of "primary colours."
- White may not be a colour, but blue is.
We essentially have 4 colours as our primary pallet. In the sense that a dark color is used in fine arts to indicate a field of depth, we might take a visual clue from this contrast of while on a dark background.
The contrast between these two visual opposites, provides the potential for dimensional information, using some creative license in decrypting the signal pattern information.
The ability to absorb solor information is not a universally-held trait among all humans. Some are simply better able to detect minor differences between colors. Additionally, not everyone will be able to properly extract the technical data, based upon a casual glance of the color patterns alone. The full report of all the dependencies is necessary to decrypt the proper readings from the spectrogram.
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- The Twelve Dependencies 4 Modes Of Reception.
What is the SR "Mode" ?
The Short answer is that the Mode gives one the coloring protocol plotted on the spectroscope.
Each antenna complex reports four modes of Amplitude, Quality, Frequency. The antenna complex is recording a 3 dimensional configuration, based-up the signals received of the dependencies of the measuring hardware, after its been filtered and processed.
This is set-upon the base which measures the magnetics, or Quality, along two separate axes, 90 degrees apart; these are aligned North-South / East-West.
A Mode is a presumed shape of the SR wave. There is a mathematical description of the size and geometry of a wave of a theoretical model within the processing of the incoming signal; within a pre-measured SR spectrum (0.3-40Hz for Tomsk).
- Modes are what provide the coloring on the spectrogram plottage
Modes are inversely related between the height of Amplitude, and the width of magnetics; which translates to the direction that a color moves, in addition to the size and shape of the "brush" used to color the spectrogram
White is Mode 1. This correlates to the highest layer of the ionosphere, furthest away from the planet; where the purest voltage is held intact.
White Amplitude is the tallest signal, highest in voltage. Narrowest in Magnetics.
Yellow is Mode 2, which measures a lower frequency range, or bandwidth, than the White Mode.
Red is Mode 3, which measures successively lower range of bandwidth than Yellow.
Green is Mode 4, the lowest frequency, largest in wavelength, between 10-100,000 Km in wavelength sizes. This equates to the green "brush" being the fattest, and widest tool to plot on the spectro-
- Transliterating Color Information On The Tomsk Spectrogram
This part may be the most advanced, and complex of it all.
This is where the observer is applying the actual measured data from the dependency (line graph), into the two dimensional plane of a spectrogram; which is ultimately working to provide a "3D" picture, based on certain characteristics
By understanding some basics, we can mentally construct a third dimensional axis, based on the density of the color information provided.
Due to the abilities of the antennae to pick-up only certain signals, these colours are going to also appear in certain recognizable patterns, based-upon the type of signal; whether it is more electric, or more magnetic.
For example, the bright green shows up largely as bands, due to the fact that it is exhibiting the characteristics of the magnetic waves.
Depending on where and how the EMF signal interacts with the antennae, this is the type of mark which is going to be plotted on the spectrograph, effectively.
In other words, white, and yellow frequently, appear as spikes, or vertical lines, due to the high content of electric charge, and the fact that this is how the antennae pick-up Amplitude/charge/electrics. White and Yellow Modes are more heavy in electric content.
Red and Green modes measure the layers closer to Earth. Green Measures the layer of emf waves which occupy the space between Earth and the lowest layer of the ionosphere. Ultimately, the ionosphere acts as a filter of sorts, which forces the bouncing, or return characteristics of the various wavelengths are.
Because the Green is high in magnetic content, the green-based colours are going to be magnetic, and display horizontally, to reflect the orientation of the reporting dependencies, Quality.
We see an "upright", or vertical signal in Quality in the line graph, but the full color spectrograph shows it much better, the orientation of the magnetics, basically as "flat."
The colours teal, aqua, turquois, "indiglow" are not actually in the "Green family", despite what your colour theory may tell you.
They are...but not really. These are a product of the interaction with the background of Modes 1, and 2, the white and yellow.
White and yellow is top going down, as it were, into the otherwise calm background state of rest of the Dark Blue.
Going upwards from rest into the bottom of the modes, due to heavy magnetics, the colouration goes from dark blue into Green.
This is how we know that the bright teal and turquoise is a signal moving from top (high charge), downwards into the "at rest state."
Red and Yellow make orange, pumpkin, rust, when mixed with white we get coral, or pink.
These indicate a mid-grade electronics, fairly balanced with magnetics.
This is why orange and rust colours seem to "float in the air" of the chart, because it is actually "floating" somewhat.
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Schumann-Resonance-Harmonics Youtube channel link of the video edition: (https://youtu.be/5sx_RBuG8tg)
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