Wave particle - measuring entangled photons

Discussion in 'Physics & Math' started by Xmo1, Apr 13, 2014.

  1. Xmo1 Registered Senior Member

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    501
    "Entangled objects (such as two photons) are described by a common, nonseparable quantum-mechanical state. Measuring one object instantly changes the common state and therefore instantly affects the other object, even if it is far away—a phenomenon that seems to fly in the face of special relativity."

    Viewpoint: Entangled Microwaves Split Up

    So: Measure the wave on one. Measure the particle on the other.

    Is instantly faster than light?

    Could it be possible?
     
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  3. NMSquirrel OCD ADHD THC IMO UR12 Valued Senior Member

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    'such as photons.'
    has there been any evidence for other than photon entanglement?

    where is the research at now?
     
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  5. Xmo1 Registered Senior Member

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    501
    Some of the other related research that I viewed had to do with using the effect in quantum computing. Haven't had time to read the papers yet. Seasons are changing, so my activity cycle gets perturbed.
     
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