# Radiative breaking of conformal symmetry in the Standard Model

## TL;DR

This paper explores a radiative mechanism for breaking conformal symmetry in a conformal-invariant Standard Model, leading to mass generation via the Coleman-Weinberg mechanism and proposing a link between the top quark and Higgs boson energy scales.

## Contribution

It introduces a radiative conformal symmetry breaking mechanism in the Standard Model and suggests a natural connection between the top quark and Higgs boson energy scales.

## Key findings

- Finite vacuum expectation values are generated.
- Masses of scalar and spinor fields are produced.
- A bootstrap relation between top quark and Higgs boson scales is proposed.

## Abstract

Radiaitve mechanism of conformal symmetry breaking in a comformal-invariant version of the Standard Model is considered. The Coleman-Weinberg mechanism of dimensional transmutation in this system gives rise to finite vacuum expectation values and, consequently, masses of scalar and spinor fields. A natural bootstrap between the energy scales of the top quark and Higgs boson is suggested.