How the basic use of nanotechnology got started

How the basic use of nanotechnology got started
 
How the basic use of nanotechnology got started is through the building of a silicocarbon nanotube fiber.
A silicocarbon nanotube fiber consists of the bonding together of pairs of silicocarbon nanotubes (which are comprised of bonded silicon nanotubes and carbon nanotubes). This would make up the interior of a nanomachine. The exterior of a nanomachine would be made up of electro-organic nanomaterials.
The following information explains what electro-organic nanomaterials are and how they would be made.

Electro-organic nanomaterials serve as the skin of nanomachines. They also are the key component that bonds silicocarbon nanotube fibers into each other making up silicocarbon nanotube fiber composite. This serves as the highly successful technologically engineered foundation of nanotechnology, because electroorganic nanomaterials provide the electromagnetic means to interact with other elements, compounds, and their atoms and molecules! (This key nanotechnological idea, as presented in IM, could be the primary factor in our being able to implement nanotechnology to its fullest potential and promise!) The electro-organic nanomaterials are inspired by and based upon biochemical systems, which, by the way, involve many elements and the interaction of those elements and the compounds that they make up! How? This is done thru nanoscale electrochemical interaction of the silicocarbon nanotube fibers with the electroorganic nanomaterials!

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A replicator would build nanomachines.

In addition to greatly helping to restore and enhance the Earth, including the living world, also known as the biosphere; nanomachines will also be used to make nanotechnological pollution prevention technology for automobiles and other motorized sources of transportation. This would work by utilizing layers of silicocarbon nanotube fibers and electroorganic nanomaterials to electrochemically neutralize pollutants! This would also result in more material for building additional future silicocarbon nanotube fibers, starting the process of what will become what I call a nanotechnological recycling and waste reduction system.