What you're talking about is quantum entanglement. Nope, it's still bound by light speed... and it takes some very advanced techniques in order to preserve the entanglement without destroying the information. The experiment you're talking about I think was one where they beamed information across the Danube (or am I mixing up the river?) I forget the method they used to maintain the entanglement, but it was pretty neat stuff... entanglement based communication has some serious applications, one of which is security. You can't intercept the transmittion without destroying the information it was carrying.
If you want to know more, you'll have to do some more research on entanglement, wikipedia being a good place to start. I don't know too much about it... any research I've done on it has been on the casual side.
Also, two more things:
1) No need to drop the hints, I wasn't being mean to you earlier (far too strong a word)

2) Yeah, gravity is one of those things that drives scientists nuts... a force that we know is there, but can't find a way to explain well enough! No one understands it fully. Even more irritatingly, there is not yet a quantum theory of gravity, hence, the incompatibility between relativity and quantum mechanics.
Though, as an interesting note, Einstein figured out that it is experimentally impossible to tell whether you were accelerating or under the influence of gravity. The thought experiment he used is this... consider:
a)From the perspective of the person inside an elevator, the experience of free falling is EXACTLY the same as that from a spaceship that is not accelerating
b)Likewise, you can't tell the difference between a stationary elevator (where gravity holds you to the floor) and a spaceship accelerating at 9.81 m/s^2.
Therefore, the effects of gravity are experimentally impossible to separate from the effects of acceration.
Other scientists just thought it was an interesting bit of trivia, but he used that thought experiment to figure out things like how light bends with gravity, and ultimately his entire theory of general relativity.
Honestly, the way that man went from one concept to another like that is mind boggling.