Yes, there's one thing left that I can think of.<br>What we call quantum entanglement is actually just small particles moving faster than the speed of light. They are not two particles, but one particle. As it spins, it spends more time in our available viewing zone near the ends of it's elliptical 4D orbit. In between these zones, it spends far less time so it appears as though there are two particles when in fact it's just one that is moving faster than the speed of light and so slipping in and out of the fourth dimension. <br>I could also explain this as in 3D as follows.<br>If you take an elliptical orbit and look at it from above, you would see the object moving along in an oval shape. Turn that elliptical orbit on it's edge. You would see the object moving quickly from right to left, but spending more time on either side as the object moves closer or further away from you. <br>Since we can't detect something moving faster than the speed of light unless it's literally pushing against the light (almost how radar works), we don't detect this particle unless it's in the "moving away or closer towards" us phase in it's elliptical orbit, which is where it spends enough time for us to detect it even though it's traveling faster than the speed of light.,(reply>), Space-time is just an emergent property of the universe in its current state. All the particles of the universe are actually located in one place and they just pop in and out of our existence from time to time.