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Museum of Science, Boston educator Tim Miller starts with the basics by introducing the word nanotechnology to to kick off "A Brief Intro to Nanotechnology". Disc 1 from the "Talking Nano" 6
Chapter 1&2
Chapter 3
Museum of Science, Boston educator Tim Miller explains Richard Feynman's early thinking about nanotechnology, and his assertion that small science would bring big changes to the fields of information, imaging, materials, and machinery. We all know "computer chips" aka microprocessors are getting smaller...but what does this have to do with Richard Feynman and nanotechnology? Tim Miller of the Museum of Science Boston explains. Chapter 5 Feynman also predicted a revolution in imaging technology that would allow scientists to "see" things at the nanoscale. As it turns out, the scanning probe microscopes work more by "feeling". Tim Miller of the Museum of Science Boston explains. Materials research is an area that has revealed some of the most stunning discoveries and innovations in nanotech. At the nanoscale, stuff behaves VERY differently, as Tim Miller of the Museum of Science Boston explains. Chapter 7
Nanotechnology has spawned more nanobots in the pages of science fiction than lab, but nature has been building nanobots for millions of years. A strand of DNA measures only a few nanometers across - which means nature has already cracked the information processing code at the nanoscale. Chapter 9&10 0f 10 Nanotechnology is a place where scientists from many different disciplines are learning to work together for the first time. Go to CD2
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