Minimal Super Technicolor

TL;DR

This paper proposes supersymmetric technicolor models that extend the Standard Model, connecting conformal field theories, unparticle physics, and technicolor, with the potential to generate masses for all standard model matter fields.

Contribution

It introduces novel supersymmetric technicolor extensions, including an N=4 Super Yang-Mills-based model and N=1 variants, linking unparticle physics and minimal walking technicolor.

Findings

Provides a calculable, minimal extension of the Standard Model

Demonstrates models that enable all SM matter to acquire mass

Connects supersymmetry, conformal theories, and technicolor

Abstract

We introduce novel extensions of the Standard Model featuring a supersymmetric technicolor sector. First we consider N=4 Super Yang-Mills which breaks to N=1 via the electroweak (EW) interactions and coupling to the MSSM. This is a well defined, economical and calculable extension of the SM involving the smallest number of fields. It constitutes an explicit example of a natural supersymmetric conformal extension of the Standard Model featuring a well defined connection to string theory. It allows to interpolate, depending on how we break the underlying supersymmetry, between unparticle physics and Minimal Walking Technicolor. As a second alternative we consider other N =1 extensions of the Minimal Walking Technicolor model. The new models allow all the standard model matter fields to acquire a mass.