An Estimate for the Higgs Mass

The high energy behaviour of weak interactions is assumed to be softened (by some unspecified strong interactions) to the extent that the W L W L → W L W L amplitude with “exotic” t -channel isospin I t = 2 satisfies a superconvergence sum rule. At low energies, E ≲ ( 2 G F ) −1 2 , its saturation in terms of the standard model tree amplitude turns out to work amazingly well, determining the only unknown parameter, the Higgs mass, to m H ⋍ 2.3 m W ⋍ 190 GeV.

POSTULATED PARTICLE: HIGGS PARTICLE
MASS: HIGGS PARTICLE
HIGGS PARTICLE: MASS
W: ELASTIC SCATTERING
ELASTIC SCATTERING: W
POLARIZATION: LONGITUDINAL
LONGITUDINAL: POLARIZATION
SCATTERING AMPLITUDE: SUM RULE
SUM RULE: SCATTERING AMPLITUDE
APPROXIMATION: TREE

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Figures(0)

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