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HOW DO WE MAKE PLASMA?

There are many ways to produce plasma at room temperature, but in essence, it is a three-part process. The first step is the production of nanomaterials. We slowly grow layers of carbon on the surface of a copper plate or coil using high temperatures which loosen the molecular bond of the copper atoms. The end result is a lattice of very conductive carbon nano-layers. These layers will become the power supply of the plasma reactor. 

Producing nano materials 6 (2)_edited.pn

Nanocoating copper plates

The second part of the process begins by selecting a metal and connecting it to the nanocoated plate or coil. This will dictate the type of plasma which is produced. Once the two are connected with an electrode, they are submerged in a saltwater solution which activates the reactor and the plasma production process begins. 

Plasma forming in the reactor

As the plasma is forming, a thin oily layer appears on the surface of the reactor. These are amino acids, the building blocks of life. These molecules create a connection between all life on our planet and beyond and are an integral part of the process when working with plasma.

Amino acids forming on the surface of the reactor

Once the amino acids have been separated, the plasma is harvested from the reactor and the salts are cleaned out through a process of dilution. The amino acids are then added back into the clean plasma and it is ready to go.   

Plasma vial

Each tiny particle of plasma is emitting

a field of pure energy which can easily pass through its container, allowing us to benefit from the energies in many ways. This vial of plasma can be placed into a container of drinking water and the fields are absorbed with energizing and restorative effects.

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As we learn more about water we are starting to understand that it has a consciousness of its own. Through this simple, natural process (shown above) we are discovering new and interesting ways of harnessing, storing and distributing energy. 

 

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