Predictions of a model of weak scale from dynamical breaking of scale invariance

TL;DR

This paper explores a model where the weak and dark matter scales are generated through quantum corrections, providing precise predictions for new scalar production and dark matter detection.

Contribution

It introduces a model where the weak and dark matter scales emerge from one-loop effects via the Coleman-Weinberg mechanism, with detailed predictions for collider and detection experiments.

Findings

Predicted production cross section of a new Higgs-like scalar.

Calculated direct detection cross section for dark matter candidate.

Provided precision estimates for experimental observables.

Abstract

We consider a model where the weak and the DM scale arise at one loop from the Coleman-Weinberg mechanism. We perform a precision computation of the model predictions for the production cross section of a new Higgs-like scalar and for the direct detection cross section of the DM particle candidate.