Nano Scale Artworks
Matthew Sparkes writes "This article is a list of the best nano-scale artworks. It includes a 15 micron wide badger, a ten micron long guitar (which was actually played) and a 120 micron long New Scientist logo. Of course these are the images that got released to the press. In labs around the world people must have used their bleeding-edge technologies to make structures just to impress their friends. I wonder how many scientists' significant others have received nano-Valentines on Feb 14th?"
...forms of nanoscale artwork is the art etched into microchips. It's more fun than most nanoscale art, because if you start pulling apart ICs and putting them under a powerful enough microscope, you can spot all kinds of artwork.
For those who are unfamiliar with it, I highly recommend the Molecular Expressions Silicon Zoo gallery of chip art:
http://micro.magnet.fsu.edu/creatures/
Javascript + Nintendo DSi = DSiCade
Thousands of nanometers is not nanoscale. I work with researchers who like to report measurements in thousands of nanometers instead of microns. It's stupid. Don't do it.
The guitar shown in the link is a 10 micron Fender guitar; the playable guitar referenced by the article is 50 micron Gibson Flying V.
Now all we need is a 90 micron guitarist. Quick, where do we find a Lillipution orchestra?
nano-scale artworks. It includes a 15 micron wide badger, a ten micron long guitar (which was actually played) and a 120 micron long New Scientist logo.
This features are all multi-micron in size. That isn't nano-scale, that's micro-scale, a three orders of magnitude difference. Just because it's small doesn't make it "nano". (Perhaps "nano" is the new "turbo" or "extreme"? Oh no wait, that's "HD".)
Come back when the features are nanometer size, like this one, or these.
-- Alastair
The difference between 10 nm and 10 micrometers is a factor of 1000 difference in size: it's like confusing a wristwatch and Big Ben clock tower watch. Even more importantly, nanoscale objects cross over into a radically different behavior, governed by quantum phenomena and other strange interactions--they can no longer be described as rigid objects subject to Newtonian mechanics.
Oh, well, I guess this is the New Scientist's answer to sensational journalism in popular press. O tempora, o mores