Starting 60 miles up in the air is an atmospheric ceiling where electromagnetic waves are trapped to form what we now call as Schumann Resonance. These low frequency waves are important for understanding what kind of atoms and molecules exist in the Earth’s atmosphere at specific weather conditions. Scientists have discovered that the strength of Schumann Resonances change depending on the season, solar activity, activity in the Earth’s magnetic environment, and other Earth-bound phenomena. In a way, these resonances can be considered as the Earth’s atmospheric heartbeat because all of life is attuned to this frequency.
Schumann Resonances can be as low as 8Hz – about a hundred thousand times lower than the lowest frequency radio waves being used to send signals to our AM/FM radio.
In the article attached below, Dr. Gabriel Cousens talks about how the launching of 5G base stations could disrupt the natural rhythm of the Earth, and how 5G satellites, which are scheduled to be launched two (2) years from now, will create irreversible impacts to the Earth’s ecosystems.
Why It Matters
5G shows us that not all technological innovations were created with the aim of supporting life on earth. Some, like 5G,
The whole Earth and all the life within it are connected by an invisible force [to explore the meaning of this interconnectedness in the universe read Human Life And Its Connection To All Of Life’s Creations]. The Schumann Resonances is the closest observable manifestation of this interconnectedness. It is through the Resonances that all life
Consider this: 3G is emitted at 1.8 to 2.5 GHz, 4G at 2.8
Dr. Cousens speaks about how 5G will not only disrupt the natural rhythms of the Earth, it can also be used as a biological and psychological weapon. Perhaps the most important part of this article is the part where Dr. Cousens explains to us how we, regular citizens, could take action to prevent
Read Original Article
Click the button below if you wish to read the article on the website where it was originally published
Click the button below if you wish to read the original article offline.