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As of today, scientists who have embraced the fields
of nanotechnology and molecular manufacturing have taken control of individual
atoms and molecules.
They are manipulating them and applying them with hitherto unthought-of of
degrees of precision. Governments and businesses alike, have invested billions
of dollars and breakthroughs are being announced on a regular basis.
Breakthroughs early on came from hallowed halls of research at MIT and companies
such as IBM.
Right now, molecular manufacturing has been successfully applied to products in
the cosmetics industry, optical manufacturing, surface coatings and protective
garments. There are also numerous potential medical applications being explored
by marrying certain nanometer-sized products with others such as lasers.
And while the critics continue to publish opinions filled with risk and
cautions, it seems likely that the field of nanotechnology will continue to grow
and expand and thus to produce some valuable new processes and products in the
years ahead.
See Also:
Ethical aspects of nanotechnology in medicine
| Nanotechnology careers today
Nanotechnology careers today
The opportunities for nanotechnology careers have been rapidly increasing, as
more research funds become available and more commercial organizations turn to
this new science for products to market. Naturally, in this highly specialized
area, education and training is a significant challenge.
Current projections for jobs are estimated to be 2-million worldwide by the year
2015. This breaks down to: 800,000-900,000 in the U.S.; 500,00-600,000 in Japan;
300,000 to 400,000 in European countries; 200,000 in Asia Pacific (excluding
Japan) and 100,000 in other regions of the globe. An additional 5-million jobs
are expected top become available in different supporting fields and industries.
The following fields are projected to be those with the fastest growth potential
because nanotechnology is fostering a revolution in manufacturing and
production: Medicine, Energy, Environmental Remediation, Manufacturing
(Bottom-up Fabrication)Robotics, Commerce (RFID and Smart Tags) and
Aerospace/Space.
Nanotechnology is a field that requires education in numerous sciences and
business areas. This is due to the fact that nanoscale phenomena cause materials
to behave differently than they otherwise would. |
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Nanotechnology engineering
With the advent of different technologies came the problems associated with
these technologies. There are a great many technological houses which are great
sources of different kinds of nanotechnology products.
These nanotechnology engineering houses have been se up either by the government
or by private and public companies. These nanotechnology engineering houses have
mede ample use of the opportunities available to them and have shown great
advancements as regards the development of the different technologies which they
have made available.
These nanotechnology engineering houses and nanotechnology engineering companies
have started to gain a profitable ground in comparison to all other engineering
companies and are hotspots for all the investor in different companies.
Engineering means to create something. Engineering is a branch of science
dealing with all different forms of creating different things. It is the basis
of nanotechnology to create and to offer for commercial production different
forms , physical and also things which cannot be seen. This branch of
engineering is called nano and micro technology.
Nanotechnology - Wikipedia, the free encyclopedia
Nanotechnology can be seen as an extension of existing sciences into the ... ยท DNA nanotechnology. Nanoelectronics ... Molecular nanotechnology ...
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Nanotechnology
Dedicated to coverage of all aspects of nanoscale science and technology from a multidisciplinary perspective. ... Nanotechnology journal highlights: find out ...
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Nanotechnology
Provides a brief introduction to the core concepts of molecular nanotechnology, followed by links to further reading. Includes information about positional assembly, massive parallelism, and other core concepts of molecular robotics.
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What is Nanotechnology?
... funding and public interest in nanotechnology, few can accurately define the ... most other groups, however, nanotechnology means something far more ambitious, ...
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Committed to long-term nano science and nanotechnology engineering research. Includes information about the synthesis, processing, and application of nano materials, as well as the exploration of nanodevice concepts.
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