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Frank_H
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Hi,
If this forum is only used for professionals and my question is too remedial I apologize in advance. I only have a high school diploma and its been a while since I've been in school so please bear with me if this question isn't phrased correctly. This question is in reference to quantum entanglement. When a Super positioned photon is measured to determine spin does it's spin stay in that orientation as long as it's measured it or does it immediately go back to a Super positioned state? In other words if you determined the spin of a quantum entangled particle at say 12:00 pm and constantly measured it, would it's spin stay in the same direction at say 12:02 pm. or is the measurement only good for the exact moment it was initially measured?
Thanks in advance for the answer.
Just realized this is not the appropriate area for a question. I withdraw my question.
If this forum is only used for professionals and my question is too remedial I apologize in advance. I only have a high school diploma and its been a while since I've been in school so please bear with me if this question isn't phrased correctly. This question is in reference to quantum entanglement. When a Super positioned photon is measured to determine spin does it's spin stay in that orientation as long as it's measured it or does it immediately go back to a Super positioned state? In other words if you determined the spin of a quantum entangled particle at say 12:00 pm and constantly measured it, would it's spin stay in the same direction at say 12:02 pm. or is the measurement only good for the exact moment it was initially measured?
Thanks in advance for the answer.
Just realized this is not the appropriate area for a question. I withdraw my question.