M.Sc. Jonas Mueller
- Electroweak Corrections in BSM Models
- Cosmological Implications on the Collider Phenomenology
- Electroweak Phase Transitions and Electroweak Baryogenesis
- Extended Higgs Sectors
In my PhD I study possible cosmological phenomena constraining viable parameter space in BSM models. For instance we investigate the electroweak baryogenesis to link the needed baryon-asymmetry of the universe with possible future collider observables like the trilinear Higgs self-coupling.
Conferences and Talks
- The Electroweak Phase Transition in the N2HDM
- DPG-Verhandlungen (Wuerzburg), 2018
- Particles Physics Challenges (DESY Hamburg), 2018
KSETA Topical Courses
- From the farmers' almanac to exascale computing – the challenge of predicting the weather
- March 2018, Peter Knippertz (KIT)
- Classical solutions for elementary particle physics
- March 2018, Frans Klinkhamer (KIT)
- Unitarity methods
- Oct 2018, Fernando Febres Cordero (Uni. Freiburg)
- Cosmology: expanding space and expanding confusion
- Oct 2018, Bjoern Malte Schaefer (Uni Heidelberg)
- During my master thesis I worked on the electroweak phase transition in the Next-to-minimal-Two Higgs doublet model which extends the real two Higgs doublet model with an additional singlet. I investigated the viable parameter space allowing for a strong first order electroweak phase transition and being compatible with recent precission measurements of the LHC.
- My bachelor thesis dealt with sum rules obtained by considering the gauge symmetries of the quark content of the B-meson.