Variational technique for gauge boson masses

In this work, a novel mechanism for spontaneous symmetry breaking is presented. This avoids quadratic divergencies and thus capable of addressing the hierarchy problem in gauge theories. Using scale-dependent effective action $\Gamma_{k}$ minimally coupled to gravitational sector, variational parameter setting applied. provides mass vacuum expectation value as function constants arising low scale expansion Newtons' cosmological couplings. A comparison with experimental data, such Higgs mass, allows putting restrictions on these constants. With generic approach one can compare explicit candidates an field theory gravity. As example, we use asymptotic safety scenario, where find matter content theory.