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Our goal is to find a clear, understandable and unbiased provider of information on nanotechnology. We have also taken an extensive look at how information about nanotechnology is distributed to the general public, as well as some possible and current applications of nanotechnology. Why it is a problem The
lack of sources with information on nanotechnology is a major concern.
Due to the fact that this technology is often labeled “the next
big thing”, it is important for the public to be properly informed
without having an opinion forced onto them. This way they can take proper
action when their opinion is needed with legal and ethical issues. This
is a problem for the majority of the public who is not well informed with
academic, scientific, and technological institutions. Since this technology
can affect anyone and everyone, it is important to educate this group.
To research the distribution of information to the public on nanotechnology. It is extremely important for us to illuminate any biases (positive or negative) from the institutions that present information to the public.
Procedure We, the IPRO 341 team first found it important to educate ourselves on nanotechnology. Phase I We divided our team into subgroups and selected four key applications involving nanotechnology that our team found to be most important.
Grand Challenges (NNI, FY 2002) After our team made the four application selections, we stumbled upon the nine “Grand Challenges” shown by the National Nanotechnology Initiative in 2002. 1. Nanostructured
materials by design: stronger, lighter, harder, self-repairing, and safer. What we found interesting was that the applications we selected were actually among the highest priorities with the NNI. Phase II After completing phase I of the research, our team figured that the applications are derived from, but not limited to, four main areas of research stakeholders. Our motive was to see how biased the information distributed by these key areas was. To evaluate the information presented by the stakeholders, team members had to base their analyses off of specific criteria that was chosen by the team. To avoid conflict of what criteria should be used, we decided to utilize criteria from accredited universities. Listed below are the criteria questions extrapolated from University of California at Los Angeles, John Hopkins University, and University of California-Berkley:
Rice University (TX) & University of Michigan (Ann Arbor) Kent Law School (IL) & Rice University (Texas) Cornell University (NY) & Northwestern University (IL) Massachusetts Institute of Technology (MA) Commercial Natural Nano & General Electric ApNano Materials & Azonnano.com
Environmental Protection Agency National Institute for Nanotechnology (Canada) National Nanotechnology Initiative
Center for Responsible Nanotechnology & Wikipedia (Grey Goo) Foresight Institute & Woodrow Wilson International Center The International Small Technology Network & The Institute of Nanotechnology (UK) Nanoforum & Nanotechnology Now
Conclusion Our team hypothesizes that because nanotechnology has a such a multidisciplinary arrangement, there is a possibility that information might be filtered before presented to the general public, if it is being presented at all. We feel that there exists biases on what an organization's nature and mission is, as well as who they are affiliated with. Some common links we found are:
Thus, we conclude that there is a need for a source that generates public awareness as well as participates in public discourse, which does not have influencers that could raise doubt about its integrity and reliability, and shares information that is easily accessible as well as credible.
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2006 Spring IPRO 341 |
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