I don't recall quantum mechanics offering anything towards FTL interactions. Relativity's space-time bending and wormholes are much more promising in those regards.
The kinds of things you're talking about would require more mass than the total sum of the universe
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Anonymous2008-04-25 2:39
>more mass than the total sum of the universe
pi()^62 grams
rite?
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Anonymous2008-04-25 22:31
When I read this thread title I thought it said "Anti-Niggs Boson Field." I thought, damn, even subatomic particles hate them!
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Oh Hai!!sy74B4sv76Zn2j/2008-04-26 9:41
Proposal for faster than light communication via quantum entanglement:
A system of binary transmission based on the manipulation of states. The state of a particle entangled may be manipulated by the manipulation of it's entangled partner. Thus, both "ends" of the communication (one device per communication, thus some kind of massive network hub is necessary for multiple users akin to a computer connecting to the internet through a fixed connection with the modem) frequently make observations of the entangled particle at alternating intervals (and thus, in order to work, both parties must be moving through time at near identical rates, or you need some kind of error checking mechanism), and in order to transmit the "beginning of transmission" message, one party does not cease observation at the intended time, and thus, the observation changes on the other end.
Then, two other particles being manipulated act as "1" or "0" respectively, with a fixed time interval being used to determine the end of one discreet digit and the beginning of the next. Thus, disrupted ovservation means "1", and non-disrupted observation means "0". To end transmission, the third "Start tranmission" particle is once again signaled, telling the computer system to stop looking and resume regular transmission.
Name:
Oh Hai!!sy74B4sv76Zn2j/2008-04-26 9:42
Proposal for faster than light communication via quantum entanglement:
A system of binary transmission based on the manipulation of states. The state of a particle entangled may be manipulated by the manipulation of it's entangled partner. Thus, both "ends" of the communication (one device per communication, thus some kind of massive network hub is necessary for multiple users akin to a computer connecting to the internet through a fixed connection with the modem) frequently make observations of the entangled particle at alternating intervals (and thus, in order to work, both parties must be moving through time at near identical rates, or you need some kind of error checking mechanism), and in order to transmit the "beginning of transmission" message, one party does not cease observation at the intended time, and thus, the observation changes on the other end.
Then, two other particles being manipulated act as "1" or "0" respectively, with a fixed time interval being used to determine the end of one discreet digit and the beginning of the next. Thus, disrupted ovservation means "1", and non-disrupted observation means "0". To end transmission, the third "Start tranmission" particle is once again signaled, telling the computer system to stop looking and resume regular transmission.