Originally posted by Fusion
Infact I've just thought- the measurement data obtained has to be trasmitted by conventional means, so your limit is gool ol' light speed. Yes the object has to be in a pure quantum state, pretty damn fragile if I do say so. It would have to be undertaken in a total vacuum, free from everything, including thermal radiation which could potentially knacker the entire process up. Not to mention the amount of data required to hold the info of a few trillion trillion atoms- a few zettabytes I'd say! One interesting factor is the heisenberg uncertainity principle, which surely would contradict the idea of atom-for-atom teleportation? Can someone with a bit more of an idea speculate on this (you know who you are )
basically, you'ld have to observe each and every proton, neutron and electron + other things in a person at the same time and record their position and momentum. This is both practically (no machine could do it) and really impossible (physics won't let you). The closest you'll get is to get some clever trickery to guess where things go and how fast they go, which could mean that you don't work when you've been teleported.