The decay of de Sitter space into quantum-gravity-improved black holes is claimed to produce 10^60 Planck-mass remnants, enough to explain dark matter, but the required rate is chosen to match the observed abundance.
Nicolai, Fundam
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Quantum gravity black holes as dark matter?
The decay of de Sitter space into quantum-gravity-improved black holes is claimed to produce 10^60 Planck-mass remnants, enough to explain dark matter, but the required rate is chosen to match the observed abundance.