It might have been Max Tegmark who provided a paradigm explaining how faster than light communication might occur. Someone said that if one had a pole a light year in length and one end was moved a little in the direction of the other end, observers at that far end would notice the movement at the same instant as the people a light year away who moved it (not taking into account distorting effects of general relativity that might not apply in X fields).
That suggests a simple account for how quantum entanglement might occur; a rigid field that has a placement at one location has a correlate displacement at another. The theoretical paradigm would involve the nature of fields- and perhaps unknown fields, and the way information is stored at a quantum level in fields of some kind that have, in effect, memory. Plainly this prompts an ideas about computer information storage technologies and programming in computers- even quantum computers, that could have a fundamental physical field relationship with rigid displacement. It might be possible to program rigid displacement in field memory in order to allocate information in desired ways and locations.
