Аннотация
We provide quantitative evidence that the emergence of an effective notion of
spacetime locality in black hole physics is due to restricting to the subset of
observables that are unable to resolve black hole microstates from the maxi-
mally entangled state. We identify the subset of observables in the full
quantum theory that can distinguish microstates, and argue that any measurement
of such observables involves either long times or large energies, both
signaling the breaking down of effective field theory where locality is
manifest. We discuss some of the implications of our results for black hole
complementarity and the existence of black hole interiors.
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