· Multi-disciplinary research performed in a single laboratory
or by a small number of investigators that applies an integrative, systems
approach to develop knowledge and/or methods to prevent, detect, diagnose,
or treat disease or to understand health and behavior.
NCCN
Number of postdocs in nanotechnology related areas: Email addresses
of others in nanotechnology to be invited: TOPIC of the NCCN Meeting:
We will discuss the possibility of establishing a NC center in nanotechnology.
The Goal: To gain national prominence in nanotechnology, by leveraging
the strengths in nanotechnology of NC universities as well as other local
institutions.
· access to the facilities of NCCN, shared office spaces and laboratory
space (depending on contract support).
· The pace of commercialization of NC research in nanotechnology
would be considerably sped up.
http://www.cs.duke.edu/~reif/NCCN/meeting1/NCCN.pdf
· The members of NCCN would have a special advantage in obtaining competitive federal funding due to the major pre-existing infrastructure. nanotechnology, commercialization.nnote
For the past 30 years Moore's law has been obeyed by the number
of transistors in Intel processors and DRAM chips, however only with a
doubling time of 18 months.
To avoid a huge flux of these "large" particles down on the
chips containing micro and nanostructures, micro and nanofabrication laboratories
are placed in so-called clean rooms equipped with high-e ciency particulate
air (HEPA) filtering system.
d>0 nm, a case denoted proximity unds per minute to ensure an To obtain
resolutions better than the few either X-ray lithography or electron beam
lithography.
http://www.mic.dtu.dk/research/MIFTS/publications/books/nnote.pdf
It is interesting to note that right from the beginning when the first theories of the nature of light was proposed in the 17th century, it was debated whether light were particles (corpuscles), as claimend by Newton, or waves, as claimed by Huygens. electrons, distance.speamerk0101
In a few decades, this emerging manufacturing technology will
let us inexpensively arrange atoms and molecules in most of the ways permitted
by physical law.
Extrapolating these remarkably regular trends, it seems clear where we're
headed: molecular computers with billions upon billions of molecular switches
made by the pound.
Instead, nanotechnology proposes to build molecular machine systems that
are similar to small versions of what you might complex, planar, micron-scale
parts made with lithographic technology and assemble those planar parts
into simple three-dimen-sional robotic arms that have the ability to pick
up specially designed MEMS parts.
http://www.spectrum.ieee.org/WEBONLY/resource/speamerk0101.pdf
Robotic arms shrunk to submicron size should be able to pick up and assemble molecular parts like their large cousins in factories around the world pick up and assemble nuts and bolts. nanotechnology, nation.1
The nanotechnology revolution is upon us, and recently HKUST
took another step towards helping Hong Kong businesses and industries
maximize the potential of this immense advance when the University received
HK$56.9 million from the Innovation and Technology Fund (ITF) and HK$6
million from industry to establish the HKUST institute of Nanomaterials
and Nanotechnology (INMT).
Nanotechnology seeks to create and exploit materials and devices at the
level of atom, molecule and supramolecular structure.Nanotechnology seeks
to create and exploit materials and devices at the level of atom, molecule
and supramolecular structure.
Hong Kong's foundation industries in manufacturing, materials and electronics
will be enhanced by producing higher value-added products and services,
and new industries could be derived from the Institute's work. Hong Kong,
technology transfer.
1-Austin_Fuss About Nanotech (Kordzi)
Can it Really Boost Austin's Economy By Kelly K. Kordzik Almost
daily, you can find a news article talking about the amazing discoveries
taking place in nanotechnology.
State and Federal governments, universities and even our own Chamber of
Commerce are pouring money and importance into the development of this
new area of technology.
There is a misconception that nanotechnology pertains to one particular
area of science.
One may be inclined to respond this is no big deal and that nanotechnology
merely means we are looking at existing materials with a very powerful
microscope.
http://www.winstead.com/articles/articles/1-Austin_Fuss About Nanotech (Kordzi).pdf
In my field of intellectual property law, there will be a reemergence of the importance of patent attorneys with degrees in hard sciences, not only to write patents and counsel clients on protecting trade secrets, but also for litigating the rights created in those patents and for appreciating the finer points when negotiating a license agreement. nanotechnology, defining.Nano_meets_Business
This unique event brings together the latest innovations in
nanotechnology from more than 70 new nanotechnology companies from the
length and breadth of Europe.
8 & 9 April 2003, Le Meridien Hotel, FRANKFURT First international
conference showcasing emerging investment opportunities in nanotechnology
across Europe.
7913mirkin.txt
of the academic chemical community has transitioned from a
period of concern over the dwindling resources available for basic research
to one of unparalleled excitement over the prospect of developing the
emerging field now known as nanotechnology or nanoscience.
Born of the science fiction community, nanotechnology unfortunately has
farfetched vestiges of the past (such as discussions of the development
of nanorobotics with artificial intelligence) intimately intertwined with
the essence and proposals of credible and doable science.
nanotechnology-sep03
In recent months the Council has noticed an emerging international
conversation about the likely impact of a rapidly expanding technology
-- nanotechnology.
But many applications do offer promise in such areas as the better delivery
of drugs in medical care, or dealing with environmental pollutants.
In addition, some enthusiastic supporters are looking forward to this
technology interfacing with advances in biotechnology, information science
and neurology to produce new ways of enhancing human capabilities, or
to create wearable sensors and computers.
There have been a number of calls for more regulation of nanotechnology.
http://www.bioethics.org.nz/publications/nanotechnology-sep03/nanotechnology-sep03.pdf
The UK Better Regulation Taskforce and ETC both place an emphasis on involving the public at an early stage of this technology. nanotechnology, Bioethics Council.wieland2
This is not the case with nanotechnology.
The U.S. government, concerned about more jobs moving overseas and a future
when other economies dominate, has funded a number of programs, only to
be matched or beaten by the European Union and Japan.
As figure 3 shows, there are eight times as many nanotechnology patents
assigned to U.S. companies as are assigned to companies in any other country.
companies, royalties would in theory flow out of the United States, or
U.S. companies might not get to use the basic technology (although undue
restriction on access to new technologies can raise antitrust concerns).
patents, flow.
nanofactsheet
Venture capitalists invested an estimated $1.2 billion in nanotechnology
in 2003.
California's significant existing hightech assets -- including a skilled
workforce, concentration of venture capital, and strong research institutions
-- will give the state some advantage in the global competition for nanotech
markets.
Transition -- existing industries will have to undergo radical transformation
to survive such changes as the shift from silicon-based computer chips
to carbon nanotube-based chips.
Intellectual Property (IP) -- nanotechnology will lead inefficiencies
and us to uncharted legal territory (can you patent an atom?) and inefficiencies
in the transfer of IP between universities, government and industry could
dampen business activity. nanotechnology, California.
mat & nano ec final rep
A little more than a decade ago, Princeton made a strategic
decision to invest in the rapidly expanding field of Materials Science,
leveraging significant institutional funds with Federal and NJ State grants
to recruit internationally recognized faculty and build specialist research
facilities.
PMI and POEM have nucleated an impressive effort in materials research
and education, promoting a cross-fertilization of ideas from academic
disciplines across the physical, life and engineering sciences, while
forging new links with industry.
In emphasizing partnerships between the University, government and industry,
the centers have played a significant role in promoting collaborative
and entrepreneurial modes of research and education at Princeton.
http://www.princeton.edu/~seasplan/ecreports/mat & nano ec final rep.pdf
POEM has developed technology for 200 companies and been responsible for 40 start-ups. materials, lab.
