I love it!! You get what I am saying, and extend it wonderfully.

"Any transference that seems to take place at the speed of light to us is getting something from point of origin and putting it at destination point with no modifications. So any phenomenon that we experience as arriving to us at the speed of light (no matter how long it seemed to take, or how distant its source appears to be) is exactly as it was when it was created. That's why any entanglement event is perfectly correlated to all related detections, regardless of when or where they take place: the value of a property can not change if it propagated at the speed of light. The point of origin and the point of destination are entangled just by being connected at the speed of light."

I had not thought of entanglement causing conservation laws. It seems to me that entanglement is the key to understanding the fundamental laws. We don't understand it at all. What percentage of atoms or photons are entangled at any one time? I know I don't understand it. Quantum computing requires that a particular entanglement be mantained until a measurement is completed. But what happens after that disruption of entanglement is not even questioned. We don't know how entanglement is affecting spacetime.

Thanks for your input. I always enjoy your comments.