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In an approach to quantum gravity where space-time arises from coarsegraining of fundamentally discrete structures, black hole formation andsubsequent evaporation can be described by a unitary evolution without theproblems encountered by the standard remnant scenario or the schemes whereinformation is assumed to come out with the radiation while evaporation(firewalls and complementarity). The final state is purified by correlationswith the fundamental pre-geometric structures (in the sense of Wheeler) whichare available in such approaches, and, like defects in the underlyingspace-time weave, can carry zero energy.

No firewalls in quantum gravity: the role of discreteness of quantum geometry in resolving the information loss paradox