NISE Network Blog
The legislation prohibiting discrimination on the basis of disability was signed into law on July 26th twenty years ago.
The NISE Net has worked to create products that meet the needs of a diverse group of visitors, including people with and without disabilities, and through that work has developed universal design guidelines for both exhibits and public programs. You can find the guides in the Tools and Guides section of the NISE Net catalog (http://www.nisenet.org/category/catalog/tools):
We're in the early planning stages for our Network-Wide Meeting, scheduled for October 26 - 28 in San Francisco, and we want to hear from you.
The Kavli Prize recently announced their 2010 winners, and Don Eigler of IBM's Almaden Research Centre and Nadrian Seeman of New York University won in the nanoscience category. Eigler was the first person to move an individual atom in a controlled way, and Seeman is "the founding father of structural DNA nanotechnology." You can read more about the scientists' work in the attached Kavli award explanatory notes.
Our partners from the Materials Research Society passed the following message on to me-- they're looking for papers and presenters for an Educational Symposium at the Fall 2010 MRS Meeting. -VO
What would it mean if biological and non-biological systems were not just fully connectable but fully interchangeable? That’s one of the questions that nanotechnology poses for us. More than any other field of scientific inquiry, nanotechnology operates at the basic scales of biology. DNA, for example, has a rough width of 2.5 nm. Viruses are roughly 20 to 250 nm. A bacteria is roughly 1000 nm. So, nanotechnology spans from the scale of individual biological molecules through the scale of simple biological systems to the scale of living cells.