Posted 28 July 2003 - 04:33 PM
So, considering the speeds and distances that have been recorded in quantum entanglement experiments, does anyone think that inter-dimensional travel might be involved (or have I just seen B5 one too many times?).
I mean, if you alter the spin of one electron and immediately record an identical change in the other entangled electron, rather than saying that this change has been communicated at faster than light speeds, could you say that this connection exists outside of our dimension?
I really hate using the term Dimension - it's so Star Trek
Posted 25 August 2003 - 03:56 PM
mastersamwise said in post #16 :
As a general note i have to say that although i concede that quantum physic is one of the most powerful tools of undertanding the world that we have had to date I have to err on the side of Einstein, he never truly accepted the field and i have to say i agreee; it has lead to some 'interesting' theories that noone can prove or disprove.
I may sound old fashioned but surely this is contrary to the very nature of science (empirical facts and all that....)
I've wondered a lot about that. I can't tell if it was a pride issue with Einstein or if he had any justification for it. Possibly it was an ego thing, given that his greatest contributions came in 1905 and then 1915, and suddenly a bunch of new and interesting young minds come in and revolutionize science all over again? Just a thought.
Quantum Mechanics is a strange field because there are only a few models that can be easily solved. It begins so simply. Write down the Hamiltonian, and solve. But that only goes so far. In condensed matter, for example, the favorite Hamiltonian is some version of a harmonic oscillator or a free electron, but with further inspection one will quickly find that pencil and paper are inadequate for more detailed solutions, and turn to the computer.
Maybe it will seem more clear after a few hundred years (if we last that long). In the way that the procedures of Lagrangian mechanics simplify Newtonian mechanics, maybe there is something equally simple for quantum that has not yet arrived (?).
Posted 31 August 2003 - 03:08 PM
Posted 31 October 2003 - 02:07 AM
an even more impressive experiment was done using gravitational lensing of a distant star's photons, just having a detector along one of the paths was enough to make the photons "choose" one path or the other even though they should have "chosen" which path, or both, millions of years ago. ( i can't remember if wheeler did this or not)
Posted 31 October 2003 - 04:25 AM
Its the famous delayed choice quantum eraser paper, with commentary in plain english. Its pretty neat how a pattern registered by positrons at Time1 depends on information gathered at time2 at the conclusion of the experiment.
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