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Niels Tuning (Nikhef Amsterdam)15/10/2010, 10:50Rare DecaysoralThe LHCb experiment has the potential, during the 2010-11 run, to observe, or improve significantly the exclusion bounds on, the rare decays B_s ->\mu^+\mu^- and D^0 -> \mu^+\mu^-. These studies will provide very sensitive probes of New Physics effects. High sensitivity to New Physics contributions is also achieved by searching for direct CP violation in B^0 -> K*\gamma, performing a time...Go to contribution page
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Colin Jessop (Notre Dame University)15/10/2010, 11:10Rare Decaysoral
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Marco Rescigno (INFN and Universita' Roma 1)15/10/2010, 11:30Rare DecaysoralQuantities related to B decays that are strongly suppressed in the standard model may provide early indications of non-SM physics. The CDF experiment at the Tevatron collider has the world's largest heavy flavor samples and can explore rare decays with unprecedented sensitivity. We present the first observation of B^0_s --> Phi mu^+ mu^- decays (the rarest B^0_s decays observed), a...Go to contribution page
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Sinead Farrington (Oxford University)15/10/2010, 11:45Rare Decaysoral
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