Physics Opportunities at the Next Generation of Precision Flavor Physics

TL;DR

Next-generation flavor physics experiments will focus on precision measurements to detect and understand new physics beyond the Standard Model, offering significant potential for groundbreaking discoveries.

Contribution

This paper reviews future flavor physics experiments, their expected sensitivities, and illustrates how they can reveal deviations from the Standard Model caused by new physics models.

Findings

Future experiments will significantly improve sensitivity to new physics

Measurable deviations from the Standard Model are predicted in various models

Precision flavor physics can play a key role in discovering new fundamental phenomena

Abstract

Starting with next-generation experiments, flavor physics fully enters the era of precision measurements. The focus shifts from testing the Standard Model to finding and characterizing new physics contributions. We review the opportunities offered by future flavor experiments, discussing the expected sensitivities of the most important measurements. We also present some examples of measurable deviations from the Standard Model in the flavor sector generated in a selection of new physics models, demonstrating the major contribution that precision flavor physics could give to the effort of going beyond the Standard Model.