Temporal eigenfunctions in a model of quantum gravity can be smoothly extended past the big bang singularity when a scalar field with sufficiently many components is added, and the paper interprets the mirrored universe as an antimatter universe.
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Extending the solutions and the equations of quantum gravity past the big bang singularity
Temporal eigenfunctions in a model of quantum gravity can be smoothly extended past the big bang singularity when a scalar field with sufficiently many components is added, and the paper interprets the mirrored universe as an antimatter universe.