Light like interval in wave function

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SUMMARY

The discussion centers on the relationship between null spacetime intervals and quantum phase, specifically regarding photons. It asserts that the quantum phase of a photon remains unchanged during its emission and absorption, indicating that the quantum state is constant along null intervals. The participants seek clarification on the correctness of this assertion and inquire about the implications of the constant's value, particularly when it equals one.

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novice_hack
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I have read the following from what seems a reliable source:

The identification of the spacetime interval with quantum phase applies to null intervals as well, consistent with the fact that the quantum phase of a photon does not advance at all between its emission and absorption. Hence the physical significance of a null spacetime interval is that the quantum state of any system is constant along that interval.

http://mathpages.com/rr/s2-01/2-01.htm

I have two questions: (1) Is this correct; (2) if it is correct, what is the physical significance of the value of the constant? So, for instance, what would it mean were the constant equal to one?
 
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novice_hack said:
I have read the following from what seems a reliable source:
[...]
It's best to give a reference and/or link to one's "reliable source" -- so that potential helpers can see the context.
 

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