B Decay Studies at Cleo
Marina Artuso (Syracuse University)
TL;DR
This paper discusses recent results from the CLEO experiment on B meson semileptonic decays, providing insights into the Standard Model, quark mixing, and strong interaction non-perturbative effects.
Contribution
It presents new experimental measurements of B decay processes that help refine understanding of the CKM matrix and non-perturbative QCD effects.
Findings
Determined quark mixing parameters from B decays
Probed non-perturbative strong interaction features
Provided new data on B meson semileptonic decays
Abstract
Weak decays of heavy flavored hadrons are sensitive probes of several facets of the Standard Model. In particular the experimental study of B meson semileptonic decaysis starting to pin down the quark mixing parameters in the Cabibbo Kobayashi Maskawa matrix. In addition, some features of the non--perturbative regime of the strong interaction are probed by these decays. New results from the CLEO experiment at the CESR electron-positron collider, based on a data sample of up to 3.5 inverse femtobarn, provide crucial information on both of these aspects of heavy flavor phenomenology.
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