The top quark and Higgs boson masses and the stability of the electroweak vacuum
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...The discovery of the SM near-criticality has led to many theoretical speculations [8, 31–55, 120, 121]....
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...Remarkably, in the context of the SM the measured value of Mh is special because it corresponds to a near-critical situation in which the Higgs vacuum does not reside in the configuration of minimal energy, but in a metastable state close to a phase transition [8] (for earlier considerations see [9–31]; for related studies see [32–57])....
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"The top quark and Higgs boson masse..." refers methods in this paper
...[47] that has been determined from Z → qq̄ data and predicted to N(3)LO accuracy in QCD (and which can be considered to be safe from short-comings of other analyses) one would have an uncertainty that is ≈ 4 times larger than in the case of the world average eq....
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