Isolating Single Atoms: Experiments & Application

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    Atomic Isolation
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Isolating a single atom for insertion into an inert gas chamber, such as carbon into neon, presents significant challenges. Current advancements in ion-trapping techniques allow for the manipulation of single ions, but these methods are complex and typically limited to short distances. Not all ions are equally suitable for trapping, which complicates the process further. However, recent developments in laser traps indicate that isolating single atoms may be feasible. Further research into ion traps and their applications is recommended for those interested in this area.
trini
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Hey guys, I'm working on some experiment designs and I'm trying to figure out if its possible to isolate a single atom of a particular element for insertion into an inert gas chamber, so say for eg, i want to take carbon atoms, one at a time, and inject them into a neon gas filled chamber, is there any known way to do so?
 
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I doubt it. People working with ion-traps are getting really good at moving single ions around, both in vacuum and using microtraps (on chips) but as far as I know they can't actually move ions a long distance. Also, trapping is still a very complicated process.

Moreove, there might be an issue with the type of ion; not all ions work equally well when it comes to trapping.

But I might be wrong, look up some info on ion traps.
 
ok after browsing around i found out that laser traps do make this possible, reference for others:

http://physicsworld.com/cws/article/news/2660
 
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