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A quantum theory of gravity should replace this with something finite, but no calculation shows what.","posed_since":"","precise":"In a UV-complete framework, for example AdS/CFT for large AdS-Schwarzschild black holes, identify observables sensitive to the $r = 0$ spacelike singularity (such as the light-cone singularity of boundary correlators on a secondary sheet found by Fidkowski, Hubeny, Kleban and Shenker in 2004) and determine how finite-$N$ and finite-coupling effects modify them. An answer is an exact or controlled computation of such an observable showing whether the singularity is smoothed, replaced by a bounce, or remains an endpoint of semiclassical time.","problem_ref":null,"references":"","settled_by":"A non-perturbative computation of a boundary observable that probes the singularity, carried beyond leading order in 1/N.","status_note":"","title":"What replaces the Schwarzschild singularity in quantum 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