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  <name first="Jakub" middle="" last="Kuczmarski"></name>
  <organization>University of Warsaw</organization>
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<title>Scalars 2015</title>
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<startDate>2015-12-03T15:00:00</startDate>
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 <title>Vacuum stability from vector dark matter</title>
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   <name first="Mateusz" middle="" last="Duch"></name>
   <organization>University of Warsaw</organization>
   <email>mateuszduch@student.uw.edu.pl</email>
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   <name first="Mateusz" middle="" last="Duch"></name>
   <organization>University of Warsaw</organization>
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   <name first="Bohdan" middle="" last="Grzadkowski"></name>
   <organization>University of Warsaw</organization>
   <email>bohdan.grzadkowski@fuw.edu.pl</email>
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   <name first="Moritz" middle="" last="McGarrie"></name>
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 <abstract>We study a model of a vector dark matter coming from the complex scalar Higgs portal with an additional U(1) gauge symmetry. Renormalisation group equations at the 2-loop level are used to analyse perturbativity and influence of the dark gauge coupling on the vacuum stability. We discuss LHC and LEP constraints on the additional Higgs-like scalar present in the model and bounds coming from the Planck data and direct detection experiments.</abstract>
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