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Vod Canockers |

So stick atoms in the sun so they are subject to intense magnetic fields and their quantum matched atoms in a reactor chamber would duplicate the effects of the magnetic fields.
So how do we get these atoms to the sun? How do we get them to stay in the sun? And how do we keep them from fuzing with other atoms thus changing their properties?

Irontruth |

Energy could be useful, but it's a long ways off, at least in terms of using it to power something.
Information is much closer though.
Information is really just measuring energy though, so it's still an energy transfer. As the article points out, this could become the most secure method of communication possible.

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So stick atoms in the sun so they are subject to intense magnetic fields and their quantum matched atoms in a reactor chamber would duplicate the effects of the magnetic fields.
Phishaw. . .
A paper is out that completely dispels Heisenberg's Uncertainty Principle, makes it obsolete. So, no Heisenberg Compensators . . . applied Quantum Mechanics with this principle debunked says we can do teleportation of matter in an energy stream.

Legion Janus |

It would be easier to utilize a modified form of time travel. Just shift the object directly into the temporal field itself and try to have it come back out in a new location without changing its when coordinates. This should be easily accomplished by a temporary vibration lock that keeps the objection's inherent vibrations locked to the specific when coordinates it originates in.
The problem is a certain amount of randomness to the where part... it's as likely to emerge inside a black hole or outside the galaxy as in a specific star system (likelihood too tiny for scientific notation). This, in turn, could be accomplished by locking down more of the inherent vibration, but even then you're probably going to have a randomness in the thousands of lightyears. And locking the vibration down too much is not advised; it effectively erases the object from existence (it gets it caught stuck existing in such of a limited amount of space/time that the difference between existence and nonexistence is academic).
However, this is still more accurate and reliable than energy streams and wormholes.