Holst action and Dynamical Electroweak symmetry breaking

Abstract

We consider Poincare gravity coupled in a nonminimal way to spinors. The gravitational action is considered that contains both Palatini and Holst terms. Due to torsion the effective four - fermion interactions appear that may lead to the left - right asymmetry and the condensation of fermions. When the mass parameter entering the mentioned terms of the gravitational action is at a Tev scale the given construction may provide the dynamical Electroweak symmetry breaking. This is achieved via an arrangement of all Standard Model fermions in the left - handed Dirac spinors while the right - handed spinors are reserved for the technifermions. Due to the gravitational action the technifermions are condensed and, therefore, cause the appearance of gauge boson masses.

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References in corpus (5)

• Minimal Walking Technicolor: Set Up for Collider Physics
• The phase structure of Einstein-Cartan theory
• Torsion instead of Technicolor
• Gravity Induced Chiral Condensate Formation and the Cosmological Constant
• A model for fermion mass generation in Technicolor theory