Space emerges from the quantum mechanics function.
VERN BENDER
QUANTUM ENTANGLEMENT has no hidden variables: there is no deeper deterministic reality in quantum mechanics. It is what it is. Quantum mechanics permit instantaneous connections between far-apart locations.
The locality of everything has given way to non-locality for some things. Single wave functions are local. The joint wave functions are non-local. Quantum non-locality rules quantum mechanics.
Space emerges from the quantum mechanics function. Space is a derivative of Quantum Mechanics. ALL THINGS ARE TRIUNE, WITH BINARY INTERACTIVES.
Superposition can be two things at once. They are two parts of the same object. Waves and particles can go both ways. One particle affects its twin instantly at a distance. Chance and uncertainty are everywhere. Chaos begets the stability of the required parts. The quantum entanglement function drives the quantum mechanics hardware. The spin causes an electron to function, nearby or far away, like a magnet. One spins up, and one spins down. Twins in action. You get an up/down answer once you measure it.
We have shown experimental quantum entanglement with photons, neutrinos, electrons, molecules as large as buckyballs, and even small diamonds. Quantum entanglement doesn’t violate relativity.
