We show that certain models for neutrino masses that lead to the MSW explanation of the solar neutrino data and/or the hot dark matter component in the universe can also naturally allow for the successful generation of the cosmological baryon asymmetry at the electroweak scale. This follows either because the experimental Higgs boson mass limit is weakened due to the smaller production rate and the presence of sizeable invisible decays involving majoron emission, or due to the effect of additional electrically charged scalar bosons which substantially modify the condition for succesful baryogenesis
International audienceWe present a simple mechanism which allows the simultaneous generation of the ...
Adding an extra singlet scalar S to the Higgs sector can provide a barrier at tree level between a f...
We study in detail the conditions to generate the baryon asymmetry of the universe from the annihila...
In the standard model and most of its extensions the electroweak transition is too weak to affect th...
Majorana masses of the neutrino implies lepton number violation and is intimately related to the lep...
AbstractWe propose a new model to explain the neutrino masses, the dark energy and the baryon asymme...
Interactions of heavy Majorana neutrinos in the thermal phase of the early universe may be the origi...
We study the implications for electroweak baryogenesis (EWB) within the minimal supersymmetric Stand...
Due to sphaleron processes in the high-temperature symmetric phase of the standard model the cosmolo...
Electroweak Baryogenesis, given a first order phase transition, does not work in the standard model ...
The type I seesaw represents one of the most popular extensions of the Standard Model. Previous stud...
Abstract Our universe is apparently matter dominant. Although CP violation is experimentally proven,...
In unified theories with right-handed neutrinos the scale of B − L breaking can a priori vary betwee...
In this dissertation, I explore the theory and prospects for generating the baryon asymmetry of the ...
Electroweak baryogenesis is severely challenged in its traditional settings: the Minimal Supersymmet...
International audienceWe present a simple mechanism which allows the simultaneous generation of the ...
Adding an extra singlet scalar S to the Higgs sector can provide a barrier at tree level between a f...
We study in detail the conditions to generate the baryon asymmetry of the universe from the annihila...
In the standard model and most of its extensions the electroweak transition is too weak to affect th...
Majorana masses of the neutrino implies lepton number violation and is intimately related to the lep...
AbstractWe propose a new model to explain the neutrino masses, the dark energy and the baryon asymme...
Interactions of heavy Majorana neutrinos in the thermal phase of the early universe may be the origi...
We study the implications for electroweak baryogenesis (EWB) within the minimal supersymmetric Stand...
Due to sphaleron processes in the high-temperature symmetric phase of the standard model the cosmolo...
Electroweak Baryogenesis, given a first order phase transition, does not work in the standard model ...
The type I seesaw represents one of the most popular extensions of the Standard Model. Previous stud...
Abstract Our universe is apparently matter dominant. Although CP violation is experimentally proven,...
In unified theories with right-handed neutrinos the scale of B − L breaking can a priori vary betwee...
In this dissertation, I explore the theory and prospects for generating the baryon asymmetry of the ...
Electroweak baryogenesis is severely challenged in its traditional settings: the Minimal Supersymmet...
International audienceWe present a simple mechanism which allows the simultaneous generation of the ...
Adding an extra singlet scalar S to the Higgs sector can provide a barrier at tree level between a f...
We study in detail the conditions to generate the baryon asymmetry of the universe from the annihila...