Whether the Standard Model electroweak vacuum is stable, metastable or unstable depends crucially on the top mass (and, to a lesser extent, on other measurable quantities). These topics are reviewed and updated by taking into account the most recent determination of the top and Higgs masses. Moreover, the correction to the vacuum decay due to Einstein gravity is described. This process is also discussed in a scenario, called softened gravity, which has been proposed as a solution of the Higgs mass hierarchy problem
We show that the standard model vacuum can be stabilized if all particle propagators are nonminimall...
Published by the American Physical SocietyCurrent measurements of Standard Model parameters suggest ...
The current central experimental values of the parameters of the Standard Model give rise to a strik...
We refine and update the metastability constraint on the standard model (SM) top and Higgs masses by...
Standard Model Vacuum Stability and some Implications for Higgs In ation The discovery of the Higgs ...
We update instability and metastability bounds of the Standard Model electroweak vac-uum in view of ...
The possibility that the Standard Model (SM) is valid up to the Planck scale MP, i.e. that new physi...
The possibility that new physics beyond the Standard Model (SM) appears only at the Planck scale MP ...
The measurements of the Higgs boson and top quark masses can be used to extrapolate the Standard Mod...
[Talk presented at the International Seminar Quarks `92, Zvenigorod, Russia, May 11-17, 1992.] The e...
In the Standard Model (SM), the Higgs mass around 125 GeV implies that the electroweak vacuum is met...
The discovery of the Higgs particle, simultaneous measurement of it's mass and subsequent confirmati...
Within the Standard Model, the current Higgs and top quark data favor metastability of the electrowe...
The discovery of the Higgs boson at the LHC, and especially the determination of its mass around 125...
We perform a manifestly gauge-independent analysis of the vacuum stability in the standard model inc...
We show that the standard model vacuum can be stabilized if all particle propagators are nonminimall...
Published by the American Physical SocietyCurrent measurements of Standard Model parameters suggest ...
The current central experimental values of the parameters of the Standard Model give rise to a strik...
We refine and update the metastability constraint on the standard model (SM) top and Higgs masses by...
Standard Model Vacuum Stability and some Implications for Higgs In ation The discovery of the Higgs ...
We update instability and metastability bounds of the Standard Model electroweak vac-uum in view of ...
The possibility that the Standard Model (SM) is valid up to the Planck scale MP, i.e. that new physi...
The possibility that new physics beyond the Standard Model (SM) appears only at the Planck scale MP ...
The measurements of the Higgs boson and top quark masses can be used to extrapolate the Standard Mod...
[Talk presented at the International Seminar Quarks `92, Zvenigorod, Russia, May 11-17, 1992.] The e...
In the Standard Model (SM), the Higgs mass around 125 GeV implies that the electroweak vacuum is met...
The discovery of the Higgs particle, simultaneous measurement of it's mass and subsequent confirmati...
Within the Standard Model, the current Higgs and top quark data favor metastability of the electrowe...
The discovery of the Higgs boson at the LHC, and especially the determination of its mass around 125...
We perform a manifestly gauge-independent analysis of the vacuum stability in the standard model inc...
We show that the standard model vacuum can be stabilized if all particle propagators are nonminimall...
Published by the American Physical SocietyCurrent measurements of Standard Model parameters suggest ...
The current central experimental values of the parameters of the Standard Model give rise to a strik...