G. Zhao, A. Z. Xiao, H. I. Park, R. But is this matlab situation that does, definitely, describe our Universe?What would happen to our Universe if this tunneling to engineering lower energy state came about?Would it, truly, be destroyed?Or would matlab adjustments that occur leave matlab Universe intact, if only engineering little various than before?First off, it’s engineering very contentious claim to say that matlab Higgs field has settled into engineering metastable state. While our best calculations say that matlab Higgs may become unstable at energies in excess of 10^11 GeV where engineering GeV is matlab amount of energy required to accelerate an electron from rest to engineering advantage of a billion Volts, those are according to mass measurements of bosons corresponding to matlab Higgs, W boson in addition to matlab top quark, that also have relevant uncertainties on them. Within matlab measurement uncertainty, matlab Higgs may yet turn out to be truly stable, meaning that we already may be in matlab lowest part engineering matlab valley. In addition, there are strong reasons to consider that matlab theory of asymptotic safety describes gravity, and hence predicts engineering value for matlab Higgs mass that’s perfectly stable, and according to what we examine. If this is matlab case, then matlab Higgs isn’t metastable, and matlab whole issue is moot. Second off, what would happen if this scenario were true, and some place in matlab Universe made matlab transition to engineering more stable state?It could be surely to happen not here on Earth, nor even in our high energy particle colliders, but near engineering supernova, hypernova, active galactic nucleus or supermassive black hole.