[BenLurkin]

the behavior of both entangled particles changes simultaneously, no matter how far away they are.

Apparently they really aren't 'far away' at all.

[The Cajun]

Apparently they really aren't 'far away' at all.

If the entangled particles are traveling at the speed of light (photons), time and distance doesn't exists for them in their reference frame, they're still in contact with each other.

They appear separate when *viewed* from our 3 spacial dimensions and 1 temporal dimension reference frame.

Has to be a dimensional (lacking time and distance)/reference frame (viewed from) thing to me.

If entangled particles exist in a 2-D, 1-D or point reference frame, then "Spooky action at a distance" is possible.

Just my way less than 2 cents worth.

[Reeses]

It's not just across space, particles can also be entangled across time, both past and future, and there seems to be no limit on the number of particles that can be entangled together. We know how to tune particles together by starting them out in the same time and place, however it may be possible to tune in a time and place without ever having been there before. When we physically travel from point A to point B we are really doing a type of space tuning at the expense of time, but there are probably other ways to go about the transformation.

The electric and magnetic components of an electromagnetic field are possibly just paired forms of time and space.