Add to ORKGWe discuss leptogenesis in its natural context, i.e. gauge unification, by including in the analysis the effects of the gauge sector associated to the Majorana neutrinos. It results in stricter bounds on the minimal Majorana mass, depending on the gauge bosons mass, but also prevents to deduce any lower limit on the Yukawa couplings since thermal and re-heating scenarios are now indistinguishable
The LFV charged lepton decays $mu o e + gamma$, $ au o e + gamma$ and $ au o mu + gamma$ and t...
© 2020 Tomasz DutkaThe seesaw mechanism, where a hierarchy exists between the moduli of different en...
International audienceWe consider the possibility of simultaneously addressing the baryon asymmetry ...
Leptogenesis is considered in its natural context where Majorana neutrinos fit in a gauge unificatio...
We perform a detailed analysis of thermal leptogenesis in the framework of seesaw models which appro...
We perform a detailed analysis of thermal leptogenesis in the framework of seesaw models which appro...
Generation of the neutrino masses and leptogenesis (LG) in the Standard Model extended by the heavy ...
Once a light axionlike scalar field couples to the electroweak gauge bosons, its classical motion du...
Strictly adhering to the standard supersymmetric seesaw mechanism, we present a neutrino mass model ...
In the type-I seesaw mechanism for neutrino masses, there exists a B − L symmetry, whose breaking le...
In this paper we consider the possibility of neutrino mass varying during the evolution of the Unive...
In this paper we consider possible mechanisms to generate small Majorana neutrino masses for active ...
AbstractWe study variations of the standard leptogenesis scenario that can arise if an additional ma...
We consider low-scale leptogenesis via right-handed neutrinos N coupled to a Z′ boson, with gauged U...
I present the theoretical basis for Leptogenesis and its implications for the structure of the unive...
The LFV charged lepton decays $mu o e + gamma$, $ au o e + gamma$ and $ au o mu + gamma$ and t...
© 2020 Tomasz DutkaThe seesaw mechanism, where a hierarchy exists between the moduli of different en...
International audienceWe consider the possibility of simultaneously addressing the baryon asymmetry ...
Leptogenesis is considered in its natural context where Majorana neutrinos fit in a gauge unificatio...
We perform a detailed analysis of thermal leptogenesis in the framework of seesaw models which appro...
We perform a detailed analysis of thermal leptogenesis in the framework of seesaw models which appro...
Generation of the neutrino masses and leptogenesis (LG) in the Standard Model extended by the heavy ...
Once a light axionlike scalar field couples to the electroweak gauge bosons, its classical motion du...
Strictly adhering to the standard supersymmetric seesaw mechanism, we present a neutrino mass model ...
In the type-I seesaw mechanism for neutrino masses, there exists a B − L symmetry, whose breaking le...
In this paper we consider the possibility of neutrino mass varying during the evolution of the Unive...
In this paper we consider possible mechanisms to generate small Majorana neutrino masses for active ...
AbstractWe study variations of the standard leptogenesis scenario that can arise if an additional ma...
We consider low-scale leptogenesis via right-handed neutrinos N coupled to a Z′ boson, with gauged U...
I present the theoretical basis for Leptogenesis and its implications for the structure of the unive...
The LFV charged lepton decays $mu o e + gamma$, $ au o e + gamma$ and $ au o mu + gamma$ and t...
© 2020 Tomasz DutkaThe seesaw mechanism, where a hierarchy exists between the moduli of different en...
International audienceWe consider the possibility of simultaneously addressing the baryon asymmetry ...