Nanotech is shorter name to the nanotechnology. It is the experiments on the materials having noval properties and unique functions in their atoms and molecules whose size range is one to hundred nano meters.
Government think it is key technology of future and following are some countries which invested in it - The USA $3.7 billion, Japan - $750 million, European Union - $1.2 billion apart from these emerging countries like India, China, Singapor, Israel, South Korea, Taiwan.
Government think it is key technology of future and following are some countries which invested in it - The USA $3.7 billion, Japan - $750 million, European Union - $1.2 billion apart from these emerging countries like India, China, Singapor, Israel, South Korea, Taiwan.
Main aim of nanotechnology is built such kinds of products are nature friendly to provide highest quality to our needs.
Nanotechnology solves many problems of human beings, Such as - developing of renewable clean energy, development of clean water, provides better health facilities, enabling space projects for better maintenance, preserving the environment along with to provide IT information to all.
Nanotechnology use both bottom - up and top-down approach to build products, but mainly it used bottom up approach to develop products of atomic precision.
Biotech deals with only the molecular structure of plants and animals to develop new products while nanotech provides new product from biological as well as non biological systems which are much better than biological and survive in any type of environmental conditions such as nano tech is used to build aircraft and automobile parts.
Biotech deals with only the molecular structure of plants and animals to develop new products while nanotech provides new product from biological as well as non biological systems which are much better than biological and survive in any type of environmental conditions such as nano tech is used to build aircraft and automobile parts.
Nanotechnology projects are divided into following stages:-
1st generation- Passive nanostructures.
2nd generation- Active nanostructures.
3r generation- Three dimensionalnanosystems along with hetrogeneous nano components.
4th generation- Each molecule had definite role and specific structure termed as heterogenous molcular nanosystems.
1st generation is in the market, 2nd generation research is going on, on 3rd and 4th are modeled and computational procedure is taing place.
One must be became an explorer of this technology by gaining information on this new technology through Internet, television, Taking participate in different organisations such as CEERI, foresight, nanotech-now, crnano, Wikipedia and many more to gain and train yourself about this technology.
2nd generation- Active nanostructures.
3r generation- Three dimensionalnanosystems along with hetrogeneous nano components.
4th generation- Each molecule had definite role and specific structure termed as heterogenous molcular nanosystems.
1st generation is in the market, 2nd generation research is going on, on 3rd and 4th are modeled and computational procedure is taing place.
One must be became an explorer of this technology by gaining information on this new technology through Internet, television, Taking participate in different organisations such as CEERI, foresight, nanotech-now, crnano, Wikipedia and many more to gain and train yourself about this technology.
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