1985Journal of Physics G Nuclear PhysicsRequires access

Dynamical symmetry breaking with hypercolour and high colour representations

George Zoupanos

Open publisher page 5 citations

Abstract

The author presents a model in which the electroweak gauge group is spontaneously broken according to a dynamical scenario based on the existence of high colour representations. An unattractive feature of this scenario was the necessity to introduce elementary Higgs fields in order to obtain the spontaneous symmetry breaking of part of the theory. In the present model, this breaking can also be understood dynamically with the introduction of hypercolour interactions.

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What this paper is about

The author presents a model in which the electroweak gauge group is spontaneously broken according to a dynamical scenario based on the existence of high colour representations. An unattractive feature of this scenario was the necessity to introduce elementary Higgs fields in order to obtain the spontaneous symmetry breaking of part of the theory. In the present model, this breaking can also be understood dynamically with the introduction of hypercolour interactions.

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Available abstract

The author presents a model in which the electroweak gauge group is spontaneously broken according to a dynamical scenario based on the existence of high colour representations. An unattractive feature of this scenario was the necessity to introduce elementary Higgs fields in order to obtain the spontaneous symmetry breaking of part of the theory. In the present model, this breaking can also be understood dynamically with the introduction of hypercolour interactions.

Key concepts: Spontaneous symmetry breaking, Symmetry breaking, Electroweak interaction, Theoretical physics, Higgs boson, Explicit symmetry breaking, Physics, Higgs mechanism

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