Higgs and Top Quark Masses in the Standard Model without Elementary Higgs Boson

Abstract

In this short note I present a simple calculation of the top quark and Higgs masses, based on the idea that in the standard model without elementary Higgs, the fact that the $U(1{)}_Y$ coupling becomes of the order of unity at the Landau scale $\lambda$ leads to spontaneous symmetry breaking and generation of masses.

arXiv comment8 pages ps-file, Preprint University of Bonn, TK-94-11 (LaTeX file using pictex-macros available on request)

Cited by in corpus (13)

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• The Gribov Conception of Quantum Chromodynamics
• Top-quark and neutrino composite Higgs bosons
• Connections between Dynamical and Renormalization Group Techniques in Top Condensation Models
• Nambu-Goldstone bosons characterized by the order parameter in spontaneous symmetry breaking
• Renormalisation Group determination of scalar mass bounds in a simple Yukawa-model
• Dynamical breakdown of Abelian gauge chiral symmetry by strong Yukawa interactions
• Current conservation and ratio rules in magnetic metals with Coulomb repulsion
• On the occurrence of mass in field theory
• Tadpole cancellation in top-quark condensation
• A Gribov equation for the photon Green's function
• Transition from SU(2)_L x SU(2)_R x U(1)_(B-L) Representation to SU(2)_L x U(1)_Y by q-Deformation and the Corresponding Classical Breaking Term of Chiral U(2)
• Standard Model gauge couplings from gauge-dilatation symmetry breaking