Random Info Of Interest

Nicolay Tesla

“If you only knew the magnificence of the 3, 6 and 9, then you would have a key to the universe.”
-Tesla

As we look at the six original Solfeggio frequencies, using the Pythagorean method, we find the base or root vibrational numbers are 3,6, & 9.

Nikola Tesla tells us, and I quote: “If you only knew the magnificence of the 3, 6 and 9, then you would have a key to the universe.”

John Keely, an expert in electromagnetic technologies, wrote that:

“Vibrations of “thirds, sixths, and ninths, were extraordinarily powerful.”

vibratory antagonistic thirds was thousands of times more forceful in separating hydrogen from oxygen in water than heat.

In his “Formula of Aqueous Disintegration” he wrote that, “molecular dissociation or disintegration of both simple and compound elements, whether gaseous or solid, a stream of vibratory antagonistic thirds sixths, or ninths, on their chord mass will compel progressive subdivisions.
In the disintegration of water the instrument is set on thirds, sixths, and ninths,
to get the best effects.”

It is through the disturbance of this oscillatory equilibrium, by means of resonant impulses, that Keely alters the relations of the vibratory impulses which constitute matter.

!!! This he does by striking the same chord in three octaves !!!
representing the third, sixth and ninth of the scale.

 

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Copper wire
Copper coil makes sound at a frequency depending on the length of
the wire and the thickness of the wire.

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Cymatics
reasonant frequency of coils
boiling water with sound
levitating stones with sound, frequency of most common component, quartz,
counteracting the magnetic field of the stone
sacred geometry
Magnetism
Oposing poles repel
Riding the earths magnetic field, flying machines

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The strength of a coil’s magnetic field increases not only with increasing current but also with each loop that is added to the coil. A long, straight coil of wire is called a solenoid and can be used to generate a nearly uniform magnetic field similar to that of a bar magnet. The concentrated magnetic field inside a coil is very useful in magnetizing ferromagnetic materials for inspection using the magnetic particle testing method. Please be aware that the field outside the coil is weak and is not suitable for magnetizing ferromagnetic materials.