From the TED stage.

Moments earlier I did a live, and unfortunately, unrehearsed demo of the Nanotex waterproof khakis. I took a glass of water and splashed my waist with vigor to show how it would leave no mark. In a freak instance of fabric folding, the bolus of water hooked into a gaping open pant pocket. The inner pocket lining did not have any Nanotex coating…. So for the entire talk my boxers were soaking wet, but you wouldn’t know it because none of the water could seep through the outer pants fabric.

On screen is a Scanning Tunneling Microscope scan of dyads of atoms (carbon monoxide) on a copper surface. We got to play with these during a visit to Don Eigler’s labs at the IBM Almaden Research Center. A room full of equipment interfaces to a PC with a mouse that lets you move atoms around with audible feedback as you drag them across the surface (imagine the copper lattice atoms are bumpy like eggs in a carton).

In this particular example, carbon monoxide is lined up like dominos on the surface. With a flick on one end, they tumble like a child’s cascade. In this case, they are pre-configured to implement a logic circuit (the world’s smallest 3-input sorter). It is 260,000 times smaller than the smallest IC equivalent.

Circuit design experiments were done with regular dominos. The business expense report for dominoes raised some eyebrows at IBM.

9 responses to “smalltalk”

  1. Oops! Big mistake, they should correct it.

    It must be awesome to play with atoms. So they will be using this research to create smaller chips?

  2. lol… Oh, now that is how a professional preservers – bravo! ‘-} The ad agency guys might very well use that story for advertising those Nanotex waterproof khakis, but probably only in Europe and Japan.

  3. Playing with small things you could change big things… Great report. I will be looking forward your progress

  4. Nell: This is very early stage research. This particular approach, while exploring the frontiers of the unknown, has a number of hurdles to commercialization. Some other approaches to self-assembling molecular electronics will likely have a more immediate impact.

    Pedro: Yes! An interdisciplinary innovation Renaissance, empowered by the digitization of the information systems of biology.

  5. Excellent story. I can imagine the nervous hilarity of this situation. Also, this is where tagging RFID to every human-made object becomes a possibility, where Internet 3 starts. When will cosmic rays, gravity and pheromone computers relay our information? Great tech on display here.

  6. Awesome post, Steve! Thanks for the link.

  7. Cool! Wet, but cool.

    Thanks for posting this in the Physics pool. I haven’t read anything about scanning tunneling microscopes in several years and was beginning to wonder how much and for what they were still being used.

    This is a far superior photo on that topic than the pitiful STM image I posted earlier.

  8. haha thats a good story!

  9. was reminded of this… when I found this little frame in my office… and wow, it’s been 20 years now Whoa, my first TED Talk was 20 years ago

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