- #1
wolram
Gold Member
Dearly Missed
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http://arxiv.org/pdf/1510.00400.pdf
Axions probably do not exist for theoretical reasons [19–21] discovered in 1992. Electroweak supersymmetry probably does not exist for the experimental reason [25–27] of its non-discovery in Run 1 of the LHC. The idea that dark matter experiences weak interactions (WIMPs) came historically from the appearance of an appealing DM constituent, the neutralino, in the theory of electroweak supersymmetry for which there is no experimental evidence.
So what is the possibility that Dark Matter is PBHs
Axions probably do not exist for theoretical reasons [19–21] discovered in 1992. Electroweak supersymmetry probably does not exist for the experimental reason [25–27] of its non-discovery in Run 1 of the LHC. The idea that dark matter experiences weak interactions (WIMPs) came historically from the appearance of an appealing DM constituent, the neutralino, in the theory of electroweak supersymmetry for which there is no experimental evidence.
So what is the possibility that Dark Matter is PBHs