- #1
ScienceMike33
- 11
- 0
My question about quantum entaglement is: is a Quantum particle's spin [altered] into another spin position at the moment of detection or is it just a 'snapshot picture' of the spin at the moment of detection (without alteration)? It seems this is an important differentiation. If there is no true alteration, we are seeing something obvious.
Since the entangled 'twin' particle always has an opposite spin relative to the other, would it not be obvious that a detector for Entangled particle number 1 show a spin which then is always opposite to the spin for particle 2? In other words, what really is actually 'spooky' about a state which [originated] at the time the particles were one and the same, before they were split and after they became entangled, always remain constant relative to the other? They would always be spinning opposite to each other and detector # 2 would show this. Would this not be a natural outcome of what is expected?
Does the detector truly alter the spin of Quantum particle#1 ? Has this been proven?
Since the entangled 'twin' particle always has an opposite spin relative to the other, would it not be obvious that a detector for Entangled particle number 1 show a spin which then is always opposite to the spin for particle 2? In other words, what really is actually 'spooky' about a state which [originated] at the time the particles were one and the same, before they were split and after they became entangled, always remain constant relative to the other? They would always be spinning opposite to each other and detector # 2 would show this. Would this not be a natural outcome of what is expected?
Does the detector truly alter the spin of Quantum particle#1 ? Has this been proven?