Unnatural Origin of Fermion Masses for Technicolor

Abstract

We explore the scenario in which the breaking of the electroweak symmetry is due to the simultaneous presence and interplay of a dynamical sector and an unnatural elementary Higgs. We introduce a low energy effective Lagrangian and constrain the various couplings via direct search limits and electroweak and flavor precision tests. We find that the model we study is a viable model of dynamical breaking of the electroweak symmetry.

arXiv comment20 pages, 7 eps figures

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• Physics searches at the LHC
• Discovering Technicolor
• Uncovering Mass Generation Through Higgs Flavor Violation
• Conformal Window of Gauge Theories with Four-Fermion Interactions and Ideal Walking
• Fundamental partial compositeness
• Mixed dark matter from technicolor
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• Dark Mesons at the LHC
• Baryogenesis in the two doublet and inert singlet extension of the Standard Model
• Tadpole-Induced Electroweak Symmetry Breaking and pNGB Higgs Models
• Thermodynamics of Quasi Conformal Theories From Gauge/Gravity Duality
• Electroweak interactions and dark baryons in the sextet BSM model with a composite Higgs particle
• Technicolor with a 125 GeV Higgs Boson
• Minimal Fundamental Partial Compositeness
• LHC Data and Aspects of New Physics
• Minimal Super Technicolor
• Effective Theories of Dark Mesons with Custodial Symmetry
• Stealth QCD-like Strong Interactions and the t-tbar Asymmetry
• Testing Effective Yukawa Couplings in Higgs Searches at the Tevatron and LHC
• Naturality, unification and dark matter
• Technicolor and Beyond: Unification in Theory Space
• Supersymmetric Extension of Technicolor & Fermion Mass Generation
• Nambu-Jona-Lasinio model with Wilson fermions
• Combined Constraints on Holographic Bosonic Technicolor
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• Dark matter from unification
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• Distinguishing among Technicolor/Warped Scenarios in Dileptons
• Flavor constraints in a Bosonic Technicolor model