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Is Entanglement happening when a single particle is interfering with itself?
What is causing the interference to happen with a single particle?
Is the pattern we see from all possible paths that would not have interfered?
It's all the same wave when interfering, but there is an identifying factor as to when it became part of the universal wave.
The key to entanglement is the sharing of the same path, of all possible paths, for a split second.
Could there be an entire side to reality that is Virtual/Vector? Is it where all possible paths reside? When I said the entangled waves are the same wave, I meant literally. Non-local waves are virtual and are all possible paths. Virtual/Vector doesn't have single moments/positions.
Is there a connection between Bell Inequality and an interference pattern? Can we test spin on the landing positions of interference? Could we run a Bell Inequality experiment simultaneously by matching the time entanglement started? I suspect Bell Inequality experiments can't be shielded because entanglement is all the same wave. It jumbles up spin tests, so I want to know if it influences the landing position.
Does this mean local particles/scalar volumes are using all possible paths as the degrees of freedom for Entropy?
It sounds like entanglement. I want to know what the requirements are for a wave to enter this state.
There is an interference pattern with particles that were not observed in a double slit. It is odd you want to pretend interference doesn't happen just because we can't measure until it lands. The landing positions indicate interference.
What causes Entanglement?
We already know entangled waves are the same wave.
That is the correct term until we find out they are the same.
If they are not the same wave then how does one decohere the other?
But why is entanglement broken and how can it be?
The most important is that the entanglement is not presumed to exist before the measurement. It's only if measured it 'falls out', before that the photon is thought to exist in a so called super position, consisting of all possible polarizations / spins it can take. So in one way it goes back to what a superposition is thought to be.