Experimental Prospects for CP and T Violation Studies in Charm

TL;DR

This paper reviews the current experimental status and future prospects for detecting CP and T violation in charm quark decays, which could reveal physics beyond the Standard Model.

Contribution

It summarizes recent experimental results and discusses the potential for future measurements to uncover new physics through CP and T violation in charm decays.

Findings

Current experimental sensitivities are approaching theoretical predictions.

Recent measurements from Belle, BABAR, and CLEO-c have set new limits.

Potential to observe new physics signatures beyond the Standard Model.

Abstract

We present the current status of experimental results and prospects for the determination of CP and T violation in the charm sector. Such measurements have acquired renewed interest in recent years in view of theoretical work, which has highlighted the possibility to probe experimental signatures from New Physics beyond the Standard Model, since the effect of CP violation due to Standard Model processes is expected to be highly suppressed in D decays. The current limits of experimental sensitivities for these studies are reaching the interesting theoretical regimes. We include new measurements from the Belle, BABAR, and CLEO-c collaborations.