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3–6 Apr 2018
U. of Heidelberg / KIP
Europe/Zurich timezone

Radiate Neutrino masses, keV-scale DM and viable Leptogenesis via sub-TeV new physics

5 Apr 2018, 15:45
15m
Lecture room #2 (HS 2) (U. Heidelberg / KIP)

Lecture room #2 (HS 2)

U. Heidelberg / KIP

Just right of HS 1
Default track Open Session B)

Speaker

Sven Baumholzer

Description

This work is based on the so-called Scotogenic model which enhances the Standard Model with a second Higgs doublet and three right-handed neutrinos as gauge singlets. An additional Z_2 symmetry is proposed under which all new particles are charged.

This allows for a stable DM candidate in the keV-range and a radiative generation of active neutrino masses. Also I want to address the question of baryogenesis in this model framework. A baryon asymmetry is generated via sub-TeV Leptogenesis which incorporates lepton number conserving oscillations among the RH neutrinos and lepton number violating decays of the second Higgs doublet.

Primary author

Sven Baumholzer

Co-authors

Vedran Brdar (University of Zagreb (HR)) Joachim Kopp (Johannes Gutenberg Universitaet Mainz (DE)) Pedro Klaus Schwaller (Mainz University)

Presentation materials