IBM Makes a Movie Out of Atoms
harrymcc writes "IBM's Almaden Research Center has a scanning tunneling microscope, a device invented by the company. It uses it to move individual atoms around — mostly for storage research. But it's created a 242-frame cartoon, A Boy and His Atom, using individual atoms as pixels. Guinness has certified it as the world's smallest movie."
242 frames, and ten 18-hour days of work by multiple people using a very tiny copper needle attached to an expensive machine to move the atoms around.
What a waste of time.
Someone you trust is one of us.
Isn't every movie made out of atoms?
A sodium atom and a potassium atom are walking down the street when suddenly the sodium atom stops with a concerned look. "I just lost an electron" he said. "Are you sure?" asked the potassium atom. The sodium atom replied with, "Yeah, I'm positive."
For every post, there is an equal and opposite re-post.
The problem with the movie is the more you know about its plot, the less sure you are sure about its characters and the more you know about the characters the less you know about what is actually occurring.
Tragically, because the credits at the end tell you who the characters are, after seeing the movie you won't be able to know anything about what happened in it.
Big apple, new Yorik, undig it, something's unrotting in Edenmark.
How does that translate into DPI???
According to this report, the movie depicts an area of 45 x 25 nanometers. I use the body of the stickman to approximate pixels, which gives me about 30 pixels in height. Which translates to 3 * 10^7 DPI. Which will be in your iPhone 71's über-retina display (assuming dpi grows exponentially). Although it's really debatable if your eye is capable of making use of such a high resolution.
A big bang, if you will.
Past a certain point, super-high resolution could get quite interesting: once your "pixel" structures get smaller than visible light wavelengths, you can use them to form interference patterns to not only control the brightness, but also the wavefront shape of transmitted light --- A.K.A. holograms. Then you get a "true" 3D display, which recreates the proper relation between binocular depth perception and how far out each eye is focused.
http://www.wired.co.uk/news/archive/2013-05/1/ibm-movie-atoms
Welcome to science. You are experimenting on a new method of doing something, you got some success, however you need more testing, you might as well have some fun while doing it. Drawing a series of pictures are just about as productive as drawing grids or some other pattern. Besides that after effect is a cute little movie to explain the technology they are doing.
We need more support for these type of things, and less of the bean counter mentality who assumes just because the research isn't obviously monetizable that it is useless.
If something is so important that you feel the need to post it on the internet... It probably isn't that important.
I can see it now: coming soon to a cinema near you "A Real Quantum of Solace" and "Ion Man"