Where to look for solving the gauge hierarchy problem?
C. Wetterich
TL;DR
This paper explores high-scale solutions to the gauge hierarchy problem, focusing on scenarios with ultraviolet fixed points that predict a Higgs mass near 126 GeV and a top quark mass close to 172 GeV.
Contribution
It discusses the implications of ultraviolet fixed points for the Higgs and top quark masses, offering a high-scale perspective on the gauge hierarchy problem.
Findings
Predicted Higgs mass near 126 GeV from fixed point scenarios
Top quark pole mass should be close to 172 GeV
High-scale solutions consistent with current Higgs measurements
Abstract
A mass of the Higgs boson close to 126 GeV may give a hint that the standard model of particle physics is valid up to the Planck scale. We discuss perspectives for the solution of the gauge hierarchy problem at high scales. Scenarios with an ultraviolet fixed point have predicted a Higgs boson mass very close to 126 GeV if the fixed point value of the quartic scalar coupling is small. In this case the top quark pole mass should be close to 172 GeV.
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