Higgs physics and cosmology: gravitational waves from the electroweak phase transition

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In the Standard Model, the electroweak phase transition is a crossover. In many extensions, including those with additional charged Higgs bosons, the phase transition can be of first order – even strongly so. In such a phase transition, the resulting collisions of bubbles of the new Higgs phase, and the associated interactions of sound waves in the plasma, are substantial sources of gravitational waves. For a phase transition at or around the electroweak scale, these gravitational waves may be detectable by future or planned missions, such as LISA. This can indirectly provide a complementary probe of particle physics beyond the Standard Model. I will review the physics that makes this possible.
TidskriftPoS Proceedings of Science
Antal sidor9
StatusPublicerad - 1 mars 2019
MoE-publikationstypA4 Artikel i en konferenspublikation
EvenemangProspects for Charged Higgs Discovery - Uppsala, Sverige
Varaktighet: 25 sep. 201828 sep. 2018


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  • 115 Rymdvetenskap och astronomi

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