Is relativity of simultaneity an explanation for EPR paradox experiments with photons?

[Moonraker]

Example: Photons are entangled, so when measuring polarization of one of the photons (yielding a random result) the other photon will show a perfectly correlated polarization, even if both measuring events happen at a timelike interval.

 

However, for photons no time is passing, time and distances are shrinking to zero. For them, everything is happening simultaneously. I wonder if this may be considered as a local and realistic explanation of quantum teleportation (for photons).

[swansont]

But entanglement happens in our frame, which does not have time dilation, and it's also observed for massive particles.

[Moonraker]

In our frame (and in any frame, because light does not have an inertial frame) light is moving at c. When two measuring events are happening at a time like interval we observe transmission of information at c (this maximum speed is confirmed by mainstream). But for the light all events are simultaneous, and there should be no more locality & realism issues. This explanation does not apply to experiments with other particles.

Edited January 30, 2014 by Moonraker