Nano Technology and GaNS
The nano coating
In the picture we see a normal copper wire. The atoms of copper (Cu) are very close to each other. The reason for this is that atoms do not have a large magnetic charge; that is, they do not repel each other very much.
The nano plating process changes the atoms on the surface of the copper wire; each atom gets more charge. The increase in charge causes the atoms to repel each other more, which increases the distance between them. The greater distance between atoms has two effects:
- It increases the electrical resistance
Electricity is a material phenomenon. An electrical current moves by the vibration of electrons. The animation to the right shows how it works: Since the elections are very close together, the vibration of one electron is transmitted to the next very easily and thus the current passes. If the space between the balls is increased, the momentum of one ball to another is no longer transmitted.
- It creates superconductivity for Plasma in the nano layer.
The greater distance between the nano particles creates a kind of super highway that allows Plasma to pass through without resistance. Nano coating creates a plasma environment.
But the nano-particles are still bound to the surface of the copper wire; they add one more layer to the surface of the material copper. Nano particles are not an energy source but rather a transmission channel. The nano layers are therefore able to capture and conduct the energy that is captured by them.
As an energy conductor, nano layers do not represent a source of energy. The latter can be provided by GaNS, a new component that continuously emits energy. The word GaNS means Gas in a Nano-Solid state.
GaNS is a gas that manifests itself in a solid form; it is mono-atomic. The size of GaNS particles are at the nanoscale. GaNS particles are no longer attached to the material from which they come, nor to other particles, but they are free. Yet they still are visible, attached to a solid form. However, each of them is free to shine, like a mini sun. With GaNS, Plasma Science offers us an unlimited source of energy.
GaNS particles receive energy through their South Pole and emit energy through their North Pole.
Nano-particles and GaNS make it possible to transform matter into plasma, but also plasma into matter or energy.
The combination of nano layers with GaNS allows us to build a system where the GaNS layer will emit its energy into the superconductor of the nano layers. The latter will then send the plasma current into the copper wire where it becomes direct electrical current (DC). These systems are called MaGravs.
The matter is so dense that only a small amount of energy can pass through it. The density of the nano material on the other side is so much lower that huge amounts of plasmatic energy passes easily through it. Its black colour of the nano-layers indicates that the nano-material absorbs all frequencies (energies); it can function as an antenna that attracts energies.