The idea of using this to teleport seems a little dangerous and farfetched to me. The first problem is that they'd need the proper light signatures in the right pattern in order to make an exact copy somewhere else. Even if you got the particles in the right positions, they might not bond in the proper patterns, completely ruining whatever you sent, and ruining somebodys day if you sent a living being. Making that copy would involve making antimatter at the same time, and unless controlled properly, it would annihilate immediately and destroy whatever it is you sent and the lab it has been seen to. If you don't let it annihilate, then you would end up with a collection of antimatter copies of things that would only take up more and more space. suppose you managed to send something that was living. If antimatter functions the same as regular matter, just with opposite polarities, you'd have copies of whatever or whoever locked in a small room gradually dying horribly unless you repeatedly sent them antioxygen and antisandwiches. You could end up with an army of antibusinessmen created only for their matter counterparts business trips. For that matter, what happens to the original copy of the object wherever it came from? If antimatter doesn't at the same as regular matter, then who knows what abominations you'll make. You'd also face logistical problems because this requires an extremely powerful laser and a particle accelerator, such as the two mile long one cited in the article.
What you may find interesting is that scientists have found a way to 'lock up' antimatter, allowing them to study it, and have even begun making antihydrogen.
http://www.space.com/scienceastronomy/gene...gen_020918.html . It remains to be seen if it acts like regular hydrogen and if they are able to make more complex elements or molecules/compounds.
