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Heavy Dark Matter Through the Higgs Portal · Around

2008

Heavy Dark Matter Through the Higgs Portal

March-Russell, John, West, Stephen M., Cumberbatch, Daniel et al.

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Motivated by Higgs Portal and Hidden Valley models, heavy particle dark matter that communicates with the supersymmetric Standard Model via pure Higgs sector interactions is considered.

We show that a thermal relic abundance consistent with the measured density of dark matter is possible for masses up to $\sim 30\tev$.
For dark matter masses above $\sim 1\tev$, non-perturbative Sommerfeld corrections to the annihilation rate are large, and have the potential to greatly affect indirect detection signals.
For large dark matter masses, the Higgs-dark-matter-sector couplings are large and we show how such models may be given a UV completion within the context of so-called "Fat-Higgs" models.

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