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2015

Effects of higher dimension operators on the Standard Model Higgs sector

Akerlund, Oscar, de Forcrand, Philippe, Steinbauer, Jakob

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We study the effect of higher dimension operators on the electroweak finite temperature phase transition in two sectors of the Standard Model.

Firstly, the Higgs-Yukawa sector, consisting of the Higgs doublet and the massive Standard Model fermions, is studied with an approximate method, Extended Mean Field Theory.
Secondly, the gauge-Higgs sector, consisting of the Higgs doublet and the gauge fields of the weak interaction, is studied using Monte Carlo simulations.
In both cases we find that a cutoff scale of around 1.5 TeV is needed to make the electroweak phase transition first order at the experimental value of the Higgs boson mass, which is a requirement for making electroweak baryogenesis viable.

Effects of higher dimension operators on the Standard Model Higgs sector · Around

Built on

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O. Akerlund and P. de Forcrand, arXiv:1508.07959 [hep-lat]
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J. Steinbauer, “Lattice investigations of the Electroweak phase transition in the Standard Model and beyond”, Master’s thesis, ETH Zurich, Zurich, Switzerland (2015)
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