High-Impact Charm Physics at the Turn of the Millennium
Daniel M. Kaplan (Illinois Institute of Technology)
TL;DR
This paper reviews the current and future sensitivities of fixed-target charm experiments in probing CP violation, rare decays, and mixing, and discusses the upcoming Charm2000 experiment at Fermilab.
Contribution
It provides a comprehensive overview of experimental sensitivities and introduces the Charm2000 experiment, highlighting its potential to surpass future Tau/Charm Factory sensitivities.
Findings
Charm2000 aims to exceed sensitivities of future Tau/Charm Factory in several areas.
Current experiments have achieved significant sensitivities in charm physics.
Projected sensitivities for Charm2000 are promising for detecting rare charm decays.
Abstract
I review the sensitivities achieved by and projected for fixed-target charm experiments in CP violation, flavor-changing neutral-current and lepton-number-violating decays, and mixing, and I describe the Charm2000 experiment intended to run at Fermilab in the Year ~2000. If approved, Charm2000 will in many of these areas exceed the sensitivities projected for a Tau/Charm Factory, but the Tau/Charm Factory retains certain qualitative advantages.
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