After microscopes industry and it developed in 1930, many of the capabilities that science has been able to add to the technology through at least the hardware industry in size and more powerful and efficient than the larger sizes appeared, engineers enabling the beginning of the cutting industry electronic boards dealing in units of Milli meters and expressed by the meter b (10 ^ 3) but increased the need for plates electronic parts and more specialized and credible, was what followed is the micro, which is expressed by (10 ^ 6), which was considered a qualitative leap in the world of the technology industry, the world Fasttaa of the way the production of phones Smart small computers and units with a small c-sized storage Seen, but the greed of science to this point did not stop even thought to go beyond that multiple stages began to work on the smaller and more established technical accuracy, a nanotechnology, which is expressed by a meter (10 ^ 9).
Nanotechnology is the technology of materials science techniques, it relates to these techniques with the following sciences: physics, chemical engineering, bio-engineering, mechanical engineering, a teacher specialized research materials and produced in very small atomic world.
This technique is considered the most important technical development in the twentieth century, where he contributed to the industry and the invention of silicon electronics or transistor and laboratory-mail, it featured the so-called small segments that led to the technology revolution in all areas: such as telecommunications, computer, medicine, etc., Fajtraa small slides after 1950 led Kobst application help technology in the modern world it has created a colored television, which did not entrust him only white TV high black and very pricey, making it easier for everyone to color TV and its own family.
In the world of medicine nanotechnology made in accordance with an amazing and attractive in the amazing additions to that world, scientists arose recently industry is very small robots (microscopic) according to nanotechnology that can move in the arteries and blood within the body, which will allow later to treat blood clots through the entire fleet robots that are injected into the diseased area or swallow for the treatment of immediate patient on the way.
Let’s imagine together small nanotechnology, the human hair of 50 micro meters (ie 50 * 10 ^ 6) Any that a single hair has the thickness of 50 thousand nanometers, and the smallest length of man can be seen with the naked eye is 10 thousand nm, and nano-per-meter is a for lining up 10 hydrogen atoms next to each other, which distinguishes nano materials that they do not follow the size in the conductivity of electricity or heat, when power is connected in a nano-connector, it does not follow the law of the famous in the electrical resistance of the antibodies that bind equation between the current and voltage and resistance ohm, in connectors nano electrical conductivity depends on the flow electroni Chromatic only Kaltdvq river as an example, so the electron needs to go through the process Tdfiqih inside Mosul, as if I describe some of the balls behind each other in the way, and begins each one of the balls to flow in and out of the other one after the other; this is happening because of the small connector thickness that do not allow the existence of more than one electron above each other and hence the lack of field that will generate ohm electrical resistance and the law.
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