AbstractThe standard model extended by three vector-like families with masses of order 1 TeV–100 TeV allows for unification of gauge couplings. The values of gauge couplings at the electroweak scale are highly insensitive to fundamental parameters. The grand unification scale is large enough to avoid the problem with fast proton decay. The electroweak minimum of the Higgs potential is stable
Matter-Higgs unification in string-inspired supersymmetric Grand Unified Theories predicts the exist...
Abstract We investigate the prospects to achieve unification of the gauge couplings in models withou...
We study the low energy evolution of coupling constants of the standard model and show that gauge co...
AbstractThe standard model extended by three vector-like families with masses of order 1 TeV–100 TeV...
We investigate the prospects to achieve unification of the gauge couplings in models without supersy...
AbstractThe string landscape suggests that the supersymmetry breaking scale can be high, and then th...
AbstractWe present an orbifold GUT model in which the Higgs trilinear couplings are unified with the...
We discuss the possibility of unification of gauge coupling constants of the standard model and its ...
The world averaged values of the electroweak and strong couplings and the lower limits on the proton...
The world averaged values of the electroweak and strong couplings and the lower limits on the proton...
We investigate the prospects to achieve unification of the gauge couplings in models without supersy...
We make a detailed analysis of gauge-coupling unification in supersymmetry. When the standard model ...
We obtain the mass spectrum and the Higgs self-coupling of the two Higgs doublet model (THDM) in an ...
AbstractWe consider field sets that do not form complete SU(5) multiplets, but exactly preserve the ...
We make a detailed analysis of gauge-coupling unification in supersymmetry. When the standard model ...
Matter-Higgs unification in string-inspired supersymmetric Grand Unified Theories predicts the exist...
Abstract We investigate the prospects to achieve unification of the gauge couplings in models withou...
We study the low energy evolution of coupling constants of the standard model and show that gauge co...
AbstractThe standard model extended by three vector-like families with masses of order 1 TeV–100 TeV...
We investigate the prospects to achieve unification of the gauge couplings in models without supersy...
AbstractThe string landscape suggests that the supersymmetry breaking scale can be high, and then th...
AbstractWe present an orbifold GUT model in which the Higgs trilinear couplings are unified with the...
We discuss the possibility of unification of gauge coupling constants of the standard model and its ...
The world averaged values of the electroweak and strong couplings and the lower limits on the proton...
The world averaged values of the electroweak and strong couplings and the lower limits on the proton...
We investigate the prospects to achieve unification of the gauge couplings in models without supersy...
We make a detailed analysis of gauge-coupling unification in supersymmetry. When the standard model ...
We obtain the mass spectrum and the Higgs self-coupling of the two Higgs doublet model (THDM) in an ...
AbstractWe consider field sets that do not form complete SU(5) multiplets, but exactly preserve the ...
We make a detailed analysis of gauge-coupling unification in supersymmetry. When the standard model ...
Matter-Higgs unification in string-inspired supersymmetric Grand Unified Theories predicts the exist...
Abstract We investigate the prospects to achieve unification of the gauge couplings in models withou...
We study the low energy evolution of coupling constants of the standard model and show that gauge co...