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This is a 6 page paper that provides an overview of nanotechnology. Issues related to economics, ethics, and the environment are explored. Bibliography lists 5 sources.
Page Count:
6 pages (~225 words per page)
File: KW60_KFsci016.doc
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Unformatted sample text from the term paper:
which cultural and national barriers have been eroded to a large extent by the communicative power of technology. These advances still continue. Among all the technological advancements that are promised
for the future, perhaps the most compelling of them all is nanotechnology. The ability to purposefully manipulate objects at the molecular level holds nearly limitless potential for the human race,
and may have dramatic implications for worldwide issues such as poverty, disease, inequality of resources, and more. However, just as with any emerging technology with world-changing potential, nanotechnology has both
its proponents and its critics. This paper will explore both the positive and negative aspects of nanotechnology, at the economic, ethical, and environmental levels. This paragraph helps the student provide
a basic overview of what nanotechnology actually is. To understand the powerful potential and importance of nanotechnology, it is necessary first of course to understand just what nanotechnology is and
how it works. Simply put, nanotechnology refers to the creation of microscopic "robots" that function not by mechanical or electrical mechanics, but through protein coding; these nano-bots have the capacity
to manipulate and re-arrange atoms in a structured and predictable fashion. Scientists can encode specific instructions at the protein level in these nanobots in order to achieve a wide variety
of effects. For instance, a nano-bot might be instructed to rearrange the atoms in a lump of carbon so as to transmute the molecular structure of the carbon to that
of diamond. Clearly, this has immense potential for impacting many areas of human life. To begin with, there are many powerful medical applications for nanotechnology. Rather than engaging in
invasive surgical procedures, surgeons could simply use nano-bots to carry out operations without major debilitating incisions; moreover, the precision of operating at the atomic level means that nano-bots could be
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