In actual practice this means that using special robotic arms, objects can be build up one atom at a time. One of the most exciting prospects of this technology is that, as scientists know which atoms go together and how to manipulate these connections, there is every possibly of creating new objects with special purposes and shapes. It is not possible to go into the actual techniques employed in Nanotechnology in this short article. One of the examples of how this technology works is through the use of powerful nuclear microscopes that are capable of moving around individual atoms. Another way in which atoms can be moved and manipulated is through proteins.
Proteins have the ability to manipulate other atoms.
Scientists who have the knowledge of Protein manipulation can, in turn, use this knowledge to move and manipulate atoms. Scientists have even begun designing proteins with special properties than can be used in the structuring of other atoms, and therefore in the development of atom- building procedures. The idea of Nanotechnology production is something in line with following scenario. One nano-robot using the technology would not be able to do much as its production output would be very slow. However, if nano-robots could be produced that would be programmed to replicate themselves, then the possibilities of the production of other materials would greatly increase.