Watch a focused beam of ions cut out jaws and shaping up a misformed nanogripper made out of silicon. The focused ion beam (FIB) instrument is located at the brand new Center for Nanoscopy at Technical University of Denmark.
@djbro16 Yep - we can turn the stream of ions up or down, and also vary the speed. The ions are like small atomic bullets, so the more energy they have the harder they hit ---- but strangely, the faster they go (higher energy) the smaller is the chance of hitting something. The process is pretty complicated... for instance, one atom that is knocked out by an ion, may hit other ions and so it goes... in a kind of cascade way.
It would help to go to university and study nanotechnology, physics, chemistry or something like that :), and then - as early as possible - make concert with a research group that does this sort of thing, and say your interested........but last week we had a 10th grade public school student to do nanomanipulation of graphene oxide for the first time in the world (we think).
can you modulate the intensity?
djbro16 1 year ago
@djbro16 Yep - we can turn the stream of ions up or down, and also vary the speed. The ions are like small atomic bullets, so the more energy they have the harder they hit ---- but strangely, the faster they go (higher energy) the smaller is the chance of hitting something. The process is pretty complicated... for instance, one atom that is knocked out by an ion, may hit other ions and so it goes... in a kind of cascade way.
NanoClips 3 months ago
I love the background music!
Jenfucius 2 years ago 5
yep - its great. A wiz-kid friend of mine :)
NanoClips 2 years ago
Ah... "make contact" not "concert"... sorry for the typos.
NanoClips 2 years ago
It would help to go to university and study nanotechnology, physics, chemistry or something like that :), and then - as early as possible - make concert with a research group that does this sort of thing, and say your interested........but last week we had a 10th grade public school student to do nanomanipulation of graphene oxide for the first time in the world (we think).
NanoClips 2 years ago