http://arxiv.org/abs/1604.07336
The lack of evidence for low energy supersymmetry at the LHC implies a supersymmetry scale in excess a TeV. While this is consistent (and even helpful) with a Higgs boson mass at $\approx$ 125 GeV, simple supersymmetric models with scalar and gaugino mass universality are being pushed into strips of parameter space. These often require coannihilations to obtain an acceptable relic density and the extent of these coannihilation strips will be discussed. In contrast, non-supersymmetric grand unified theories such as SO(10) may also provide a dark matter candidate. Because of the presence of an intermediate scale, these theories may unify gauge couplings, provide for neutrino masses and a suitably long lived proton.
K. Olive
Tue, 26 Apr 16
46/61
Comments: 18 pages, 13 figures, Summary of talk given at the 11th International Workshop Dark Side of the Universe 2015, Dec 2015, Kyoto, Japan
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