Flavor constraints in a Bosonic Technicolor model

TL;DR

This paper examines flavor constraints within a Bosonic Technicolor model, highlighting the influence of vector states and contrasting it with models featuring fundamental Higgs doublets.

Contribution

It identifies the key role of vector states in flavor constraints, offering new insights into differences from traditional two-Higgs-doublet models.

Findings

Vector states significantly impact flavor constraints.

Distinct differences from two-Higgs-doublet models are emphasized.

The role of vector states is crucial in understanding flavor physics in Technicolor models.

Abstract

Flavor constraints in a bosonic Technicolor model are considered. We illustrate different sources for their origin, and emphasize in particular the role played by the vector states present in the Technicolor model. This feature is the essential difference in comparison to an analogous model with two fundamental Higgs scalar doublets.