Orateur
M.
Alberto Lusiani
Description
The study of B_{u,d,s} and D decays at SuperB can provide both
stringent constraints on new physics scenarios, and over constraints on
the CKM description of quark mixing and CP violation in the Standard
Model. The rich landscape of new physics sensitive observables
in both tree dominated and loop or flavor changing neutral current
rare decays complements measurements possible at existing facilities.
We discuss the physics potential of what can be learned from B and D
decays at SuperB. One of the unique features of SuperB is a polarized
electron beam. This opens the way for SuperB to be a Super tau factory,
capable of performing precision tau measurements and searches for CP
violation and charged Lepton Flavor Violation, as well as performing
precision electroweak physics, including the measurement of sin^2theta_W
at energies corresponding to the Y(4S) and psi(3770).
Auteur principal
Dr
Marie-Hélène Schune
(LAL-Orsay IN2P3-CNRS)
