Reading the SR Graph

Let's go now to the chart called "Spectrogram".

DATES : Look at the top of the chart. You will see that the chart is divided into three-day sequences, with the dates on the top horizontal side of the chart. The dates move from left to right, with the most recent on the right.

TIMES: Then look at the bottom of the chart. You will see the times shown in sequence from 0 to 24 hours, one block of 24 hours for each corresponding date above. The chart uses local time in Tomsk, Siberia, which is GMT+7. You will need to convert the times on the chart to local time. In our country, we use GMT +1 in winter and GMT +2 in summer. This means that we subtract 6 hours (winter time) or 5 hours (summer time) from the time shown in the charts to get our time. If we see on the spectrogram that the higher intensity of the Schumann Resonance on a certain date was at, for example, 13 p.m., we will know that this happened at 7 a.m. local time (from late October to late March) or at 8 a.m. local time (from late March to late October).

SR VALUES: Now look at the left vertical side of the chart. These numbers provide a frame for reading the peaks of the Schumann Resonance values ​​– lowest at the top to highest at the bottom, in 4 Hz increments. SR frequencies are relatively stable and do not change. Also, there is not just one SR frequency, but a series of peak frequencies. SR values ​​cover the range from 3 Hz to 60 Hz, with set values ​​at intervals of approximately 6,5 Hz, except for the lowest value of 4.11 Hz. Since different sources publish slightly different values ​​for SR peaks, here are rounded off the highest SR values ​​that are almost universally agreed upon: 4, 7,83 (baseline SR), 14, 20, 26, 33, 39, 45, 59. All frequencies are measured in Hz or cycles per second.

SR frequencies are read HORIZONTALLY, usually in shades of green. You can simply follow a particular frequency through a 3-day cycle. You will see that the green lines usually indicate frequencies of 7,83, 14, 20 and 26 Hz. Other frequencies that you will see less often are the lowest, 4 Hz, and highs such as 33 Hz and above.

SR AND HUMAN BRAIN WAVES: Schumann Resonance ELF (Extremely Low Frequency) waves in the Earth's magnetic field overlap with electrical patterns ("brain waves") observed in the human cerebral cortex. Studies have shown that SR frequencies have specific effects on the human brain and nervous system, cardiovascular system, autonomic nervous system, circadian rhythms, immune function, DNA, and more. The fundamental Schumann Resonance, 7,83 Hz, corresponds to high theta human brain waves.

Human Brain Waves and SR:

• Delta: 0 Hz to 4 Hz corresponds to an SR of 4,11 Hz
• Theta: 4 Hz to 8 Hz corresponds to SR 4,11 Hz, SR 7,83 Hz
• Alpha: 8 Hz to 12 Hz corresponds to an SR of 7,83 Hz
• Beta: 12 Hz to 30 Hz* corresponds to SR 14 Hz, 20 Hz, 26 Hz
• Gamma: 30 Hz to 100 Hz corresponds to SR 33 Hz, 39 Hz, 45 Hz, 59 Hz

*Opinions vary as to the boundary between the upper limit of beta and the onset of gamma brain waves. Some say 25 Hz, others 40 Hz. Most say 30 Hz.

COLOR CODE: Intensity readings range from lowest blue (background intensity), to green, to yellow, and to white (highest intensity). Typical SR readings are in the green range.

IMPORTANT: SR is read HORIZONTALLY, so you will be looking at green horizontal lines. Do not consider VERTICAL white lines or white 'splashes' as SR readings.

VERTICAL WHITE LINES/SPRAYS: So what do vertical WHITE lines or wider splashes represent? They generally represent energetic bursts or excitations of ionospheric plasma. Most often, electromagnetic (EM) bursts are associated with lightning or TLEs (Transient Luminous Events). While lightning is the main driver of SR, electromagnetic bursts have often been identified as a lightning phenomenon occurring high in the atmosphere.

Many Schumann resonance transients (Q bursts) are associated with transient light events (TLEs). TLEs are typically the result of positive cloud-to-ground lightning. These lightning strikes occur in the stratiform region of a thunderstorm system and are accompanied by a Q burst in the Schumann resonance band.

In addition to intense lightning and TLE, plasma excitation can also be caused by:

— an intense storm

— solar activity (e.g. solar winds, CMEs, solar flares)

— geomagnetic disturbances (caused by solar activity)

— HAARP and scalar weapons

— energy bursts of unknown origin

EFFECT OF ENERGY BURNOUTS ON SR READINGS: When ionospheric plasma is excited, SR waves can also be excited at different resonances. You will often see a broader, “bigger” green color displayed behind, around, or after an energy burst. You may see the “excitation” activate higher SR values, which correspond to the higher beta and gamma frequencies of the brain. These are often called “transformational waves.” Energy bursts can also trigger low SR – 4,11 Hz and the fundamental SR of 7,83 Hz, which correspond to our theta brainwave. This wave is also incredibly variable. It has been called the “miracle wave” for its deep healing, calming, and rebalancing properties; theta accesses the subconscious.

When these energetic bursts first began to appear in 2014, the Space Observatory at Tomsk State University of Science believed that the anomalies were caused by an equipment malfunction. However, upon checking, they found that the equipment was flawless and had actually recorded SR values ​​in a higher range than had been seen before. They had no answer as to the origin of the anomalies.

OBSERVATION: When the described plasma bursts or peaks/peaks occur, people are affected by a double effect: not only do the SR frequencies resonate with our brain waves (theta, alpha, beta and gamma), but we also feel the effects of the ionospheric energy during the energy bursts very strongly. For those who are energetically sensitive, these plasma excitations or energy disturbances are felt or perceived - similar to how sensitive people can "feel" a geomagnetic storm, distant earthquakes and volcanoes, the magnetic pull of a full moon, or incoming photonic or cosmic energies. Even people who are or think they are energetically insensitive are affected by all this much more than they are willing to accept.

Back to the Schumann Resonance:

“Every second, a multitude of pulses travel around the world in this unique, resonant chamber between the Earth and the ionosphere, sending synchronization signals to all (micro)organisms. These signals connect us to the Earth’s magnetic field. These Schumann Resonances (SRs), named after their discoverer, drive the harmonizing pulse for life in our world.” – Eric Thompson

Mother Earth takes care of her children.