Recently, while researching through an oxygen bomb structure that could transform the life on Mars, I also discovered an interesting pattern in developing an Invisible army armor. This invisible army Armour is special because it can deflect light particles which makes it invisible.
Because the structure of the invisible army Armour is made from Boron and Carbon it can be used in combat as a heavy duty shield.
Now the structure Boron is a perfect bond for the electrons to create bonds with the carbon electrons which use only 1/3 of their energy to encapsulate the links. The 2/3 of the energy is stored in the electrons which makes them to absorb to the light particles. This way the link between boron and carbon is strong, but it creates the diamond light pass effect.
As you can see in the picture bellow, the structure of the material follows a pattern that it is similar with the diamond one shape.
Now, the diamond shape has been designed in such a way that it absorbs light only from one side. As for the other side, the structure does not reflect entirely. The material is solid, as any other body armor.
What are the benefits of an Invisible army armor?
With this structure we can make objects to cloak based on their position with the observer. As an example, when this is applied to a tank, the object becomes fully invisible on a perpendicular trajectory with the object. The object can be invisible up to a degree of 120, from where it becomes fully solid.
So how this works? Basically, the object can transform the light trajectory through a system of angled connections which makes the light to be bounced on surface. The electrons of the connections which make the surface, they absorb light, thus the surface is completely invisible. The light in a diamond structure is absorbed by its electrons. Here the light is bounced from surface to surface until the exit point and it is being absorbed by the electrons.
Invisible armour. Know the hide from inside.
If you’d be interested in buying the technology, please do not hesitate to contact Andrei Toma for more details.