LURCH said:
Aristotle said that two contradictory statements cannot be true of the same thing. I say that the reverse of this would be a law that says that not all the same statements can be true of two different things. That is, if all the statements that are true of A are also true of B, then A and B cannot be two different things; meaning that A actually is B.
Quantum teleportation offers a way to take all of the information that is true of one thing, and make it true of something elsewhere. If it actually accomplishes this, then at that moment in these objects ceased to be two separate things. The "thing elsewhere" actually is the original.
Are you familiar with spooky action at a distance?
http://www.Newton.cam.ac.uk/webseminars/hartle60/2-penrose/033.jpg
As a observer, we cannot be in two spots at once although we could have detectors, so by this very nature how would you apply A and B?
If you are given a orientation of spin on let's say on one sphere, how would this distance, reveal the opposite idea on another sphere in location B.
In essence these two sphere have to have some association?
Could you correct my thinking for me here?
In the following example Unruh radiation would be spoken too, by recognizing the event A and the information released, B as connected in terms of the spacetime fabric. Graviton information release would have been effectly transmitted outside of that black hole?
If we consider the "states," as Self Adjoint has described in terms of "supposition," then we would have to think about what Heteordyne solutions might mean here. I have looked at this in terms of the Moire effect shown to me in conversation about 2 years ago.
Here is a link Meteor supplied.
In the standard teleportation protocol[1], an unknown quantum state (of
particle X) is teleported to a remote location using two entangled particles
(Y and Z) and two classical bits of information. This has been interpreted
as the disembodied transfer of an unknown quantum state from one place
to a remote location or the exchange of quantum information. (One may
also consider the question of transfer of state mode in teleportation[4].)
The question of the dependence between the amount of classical bits of
information and the conditions necessary for teleportation to occur has not
been addressed before. Here we present new teleportation protocols that
require only one classical bit of information by altering the conditions under
which the protocols proceed.
http://arxiv.org/abs/quant-ph/0305085
I came up with a experiment that I thought might be useful? It can be spoken to here and corrected.
What other simulations might be considered from the black hole and the ideas expressed in the sonoluminence experiments are brought back here for consideration. Also in terms of "Soho" such validation to string's theories energy determnation might provide a suitable pallette for such events being described? Simulate explosion inside bubble before schwarchild radius is reached in its maximum, and automatically collapses.
If gravity B probed is able to gather information in regards to the spacetime fabric then we would want at some point to consider what information is could be sent out the black hole. Can this be thought of, in terms of the strengths and weakness? Would be defined in the expansion and contraction of this black hole according to entropy issues.
Now the intensities of this and expansion and contraction of the black hole would have to be calculated( validations to these calculations) that a detonation inside this black hole very close to the horizon release information?
Any thoughts or opinions here about the teleportation idea on transmission?
