New website for Chinese nanotechnology network

from the Inscrutable dept.
You might be able to glean some useful kernels of information about nanotech-related research in China from the website of the Nano Science and Technology Network of the Chinese Academy of Sciences (CASNANO), although there actually seems to be little substantial content on the site as yet.
The site and program are relatively new efforts; previous coverage of nanotech-related news appeared here on 29 June and 31 July 2001.

CNSI updates website

from the Moí-better dept.
The California NanoSystems Institute (CNSI) has redesigned its website, and added a huge amount of new information. The new site is much more accessible, provides more in-depth background information on CNSI goals and programs, more current news on CNSI research activities, and new information on the Instituteís leadership, faculty, and partners in private industry. If you havenít been to the CNSI website recently, the new site is worth a look.

Rice nanotech researchers offer lighthearted look at chemistry

from the But-is-it-art? dept.
A group of chemists, computer programmers and animators "who believe that science can be art and art can be science", led by molecular electronics researcher James Tour, a professor of chemistry at Rice University, have launched the NANOArtworks website. Although little actual content available on the site as yet, it appears to be aimed at providing a lighthearted look at chemistry for younger students and a general audience.

According to the siteís blurb, the members of the group "believe that chemistry is fun. So fun that we want to share our interest throughout the world by the means of Benny the NanoBoy in the land of Nanoput. In his upcoming movies, you'll not only enjoy the 3D animation and comical storylines, but you'll also walk away with a new-found interest in chemistry."

Micrometer-scale sculpture has implications

from the bull? dept.
Colin Jacobs writes "Wired News have a story, and more importantly pictures, of a 10 by 7 micrometer sculpture made by a team of engineers in Osaka. They used a process called two-photon photo-polymerization, which might have important implications for the production of nanoscale machine components — not to mention pushing the boundaries of animal art."

LARTA issues directory for S. California "Nano Republic"

from the regional-nanohype dept.
The Southern California Nanotechnology Working Group, part of the Technology Alliance for Southern California (formerly the Los Angeles Regional Technology Alliance, or LARTA) has issued a short report ("Nanotechnology Yellow Pages: Industry Report and Directory for the 'Nano Republic' of Southern California") on the potential opportunities in the nanotech sector, along with a listing of the region's leading corporations, universities, and research laboratories in nanotechnology. Despite the tone of boosterism that tries to place S. California at the center of the nanotech universe and a few copyediting bloopers ("J. Eric Drexler"???), it is an interesting read. Most of the firms listed actually produce bulk nanostructured materials, but the listing of government, university and corporate research labs is useful.
LARTA is a nonprofit organization based at the University of Southern California (USC) in Los Angeles. The report is available as an Adobe Acrobat PDF file (about 550 KB) on the LARTA website, if you register for their e-mail newsletter.

An article on the SmallTimes website ("Nano Yellow Pages are blueprint for Southern California's future", by Jayne Fried, 3 August 2001) includes some useful background on LARTA and the report, as well as some amusing PR puffery in the hyperbolic comments made by LARTA officers.

A basic intro to nanotechnology

from the Is-that-how-it-works? dept.
Stephanie Corchnoy brings our attention to a brief basic introduction to the concepts of advanced molecular nanotechnology ("How Nanotechnology Will Work", by Kevin Bonsor) that appears on the How Stuff Works website. The style is enthusiastic and a bit breathless:
"The promises of nanotechnology sound great, don't they? Maybe even unbelievable? But researchers say that we will achieve these capabilities within the next century. And if nanotechnology is, in fact, achieved, it might be the human race's greatest scientific achievement yet, completely changing every aspect of the way we live."
The piece is a bit out of date, mentioning events that occurred a year or two ago, but nothing more recent.

Texas Nanotechnology Initiative goes online

from the oil>energy>nanotech? dept.
The Texas Nanotechnology Initiative (TNI) now has a web site, although there is currently not a great deal of information available.
TNI is a consortium of industry, universities, government, and venture capitalists whose goal is to position Texas as the nanotechnology state by recruiting companies, researchers and grant money. It is a state-wide effort to bring nanotechnology companies, researchers, and funding together to create an environment conducive to the rapid commercialization of nanotechnology in Texas.
Currently, the TNI website features some pointers to news coverage, and an FAQ about the initiative and its mission.
To date, the major result of TNI activities has been funding of a nanotech center at the University of Texas-Dallas, reported here on nanodot in May.

Distant shores: nanotech concerns rural agritech advocacy group

from the concerned-but-confused dept.
For an interesting example of the distant shores the concept of molecular nanotechnology is washing up upon, and the concerns being raised about nanotech by people and groups not directly connected to the research and development community, take a look at this report issued by the Rural Advancement Foundation International (RAFI): The ETC Century: Erosion, Technological Transformation and Corporate Concentration in the 21st Century, by P.R. Mooney (February 2001). [Note: this is a link to an Adobe Acrobat PDF file, not a web page.]
Although the RAFI author does take note of the potential benefits of nanotechnology, concerns over the potential negative impacts seem more prominent.

RAFI is an international non-governmental organization headquartered in Winnipeg, Manitoba, Canada, dedicated to the conservation and sustainable improvement of agricultural biodiversity, and to the socially responsible development of technologies useful to rural societies. RAFI is concerned about the loss of genetic diversity – especially in agriculture – and about the impact of intellectual property on agriculture and world food security.

Nanotechnology and Societal Transformation

from the preparing-for-the-future dept.
A paper on "Nanotechnology and Societal Transformation" by Michael M. Crow and Daniel Sarewitz appears on the Center for Science, Policy, and Outcomes (CSPO) website. The authors conclude:
"Should nanoscience and nanotechnology yield even a small proportion of their anticipated advances, the impacts on society will be far-reaching and profound . . . We can allow these transformations to surprise and overwhelm us, and perhaps even threaten the prospects for further progress. Or we can choose to be smart about preparing for, understanding, responding to, and even managing the coming changes, in order to enhance the benefits, and reduce the disruption and dislocation, that must accompany any revolution."

The paper was presented at the workshop on the Societal Implications of Nanoscience and Nanotechnology sponsored by the U.S. National Science and Technology Councilís Subcommittee on Nanoscale Science, Engineering and Technology (NSET) in September 2000.

Taking advantage of accelerating technological change

from the taking-the-long-view dept.
Many Worlds, a website devoted to technology-related business and investment information, has posted an interesting white paper on "Tracking Emerging Technologies and Trends: Taking Advantage of Technological Acceleration". (Note: this link is to an Adobe Acrobat PDF file of the report, not a web page.)
"We are on the cusp of a breakout in technological acceleration, a discontinuity in human history," the report states. "It will affect business along with the culture as a whole." And it offers some sound advice: "Those businesses that can most effectively grasp the deep undercurrents of technological evolution can use this to their advantage."
After considering a wide variety of emerging technologies, including molecular nanotechnology, nanmedicine and more, the report concludes: "Looking through the technologies noted above, it will become obvious that numerous technological convergences are occurring . . . The once-separate worlds of hardware and software are beginning to blur together to some degree. As matters grows in intelligence with the spread of embedded processors, wireless tracking, and ubiquitous computing, it becomes responsive to human desires and commands. Matter is increasingly becoming programmable like software. If the promises of molecular nanotechnology are realized, this process will be completed."

0
    0
    Your Cart
    Your cart is emptyReturn to Shop