Equation 15 · The Clock That Comes Back Wrong by Exactly Its Mass
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The second, , lives in spacetime itself: send a system from event A to event B along worldline , and imagine comparing it against a return trip along the reverse of a different worldline that also connects A to B . The loop closes in space and time — it starts and ends at A — but the two worldlines need not have the same proper time, , precisely because proper time is path dependent once gravity or acceleration is present. This is not a new observation; it is the entire content of general relativity’s twin-paradox structure, imported into a single-particle quantum phase by early clock-interferometry proposals [ 10 ] .
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