Speaker
Dr.
Stefano Di Chiara
(University of Helsinki)
Description
In this talk, I will briefly review the triplet extended MSSM, and then show that for a sizable portion of viable parameter space, associated with a large but still perturbative triplet coupling, the model features conspicuously smaller fine-tuning than in the case of MSSM-like couplings. I will then present the results of a fit to Higgs physics data as well as to low energy observables like the B to X_{s\gamma} decay, which demonstrate that the couplings allowed by direct search constraints generally lie well within the experimentally viable regions. Finally, I will show that the goodness of fit of the given experimental data by the triplet extended MSSM is comparable with that of the SM.
Primary author
Dr.
Stefano Di Chiara
(University of Helsinki)
Co-authors
Ms.
Asli Sabanci
(University of Helsinki)
Prof.
Katri Huitu
(University of Helsinki)
Dr.
Priyotosh Bandyopadhyay
(University of Helsinki)
