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Where can antimatter be hidden in the Universe?

Abstract

Undoubtedly complete symmetry of charge in the initial state of the Universe is an attractive idea. However, analysis of observational data1 indicates that the visible Universe contains mostly particles of positive baryon number. Attempts2–6 to reconcile the assumption of initial symmetry with this observed asymmetry have met with some difficulties. However, if one accepts that the Universe is symmetric in baryon charge, then there must be regions of space or objects which contain at least as much antimatter as the matter which we observe. We propose here that the hypothesis of primordial black holes (PBHs)7,8 offers a simple and economic solution of the problem. Because of the well-known ‘no hair’ theorems the baryonic charge of PBHs cannot be observed, and hence PBHs are ideal stores for antimatter.

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Beletsky, Y., Bugrij, A., Martynov, E. et al. Where can antimatter be hidden in the Universe?. Nature 282, 194–195 (1979). https://doi.org/10.1038/282194a0

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