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Dr Vincent Tisserand (LAPP IN2P3 CNRS et Université de Savoie)10/03/2009 08:30The BaBar and Belle experiments, at the B-factories SLAC-PEPII and KEK-B, have collected over the last decade an unprecedented sample of about 1300 million of $B_d-\bar B_d$ pairs at the $\Upsilon$(4S) resonance. At the same time the CDF and D0 experiments at TeVatron, with about 2.8/fb each, have performed extensive measurements on $B_s-\bar B_s$ mesons mixing. Right before the startup of...Go to contribution page
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M. Andreas Crivellin (TTP Karlsruhe)10/03/2009 08:50We compute the finite renormalisation of the CKM matrix induced by gluino-squark diagrams in the MSSM with non-minimal sources of flavour violation. Stringent bounds on the flavour-off-diagonal elements of the squark mass matrices are obtained by requiring that the radiative corrections to the CKM elements do not exceed the experimental values. Our bounds on several flavour-changing...Go to contribution page
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Dr viola sordini (ETH Zurich)10/03/2009 09:10The experimental efforts on flavor physics carried on by the B-factories and Tevatron experiments allows to test the Standard Model in the fermion sector. We present here the update of the Unitarity Triangle analysis, exploiting all the available information. Combining the direct measurements on sides and angles of the Unitarity Triangle, we determine the values of the CKM...Go to contribution page
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Ulrich Uwer (Physikalisches Institut, Heidelberg University)10/03/2009 09:30With the startup of the LHCb experiment the next round of precision B experiments will be launched. LHCb has access to about 10^12 B meson decays per year allowing significant measurements of even very rare B decays and in particular the precision study of the Bs system. With the measurement of rates, kinematics and CP asymmetries of loop suppressed B decays LHCb will probe the quantum...Go to contribution page
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M. Matthias Neubert (Johannes Gutenberg University Mainz Germany)10/03/2009 10:05
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M. Augusto Ceccucci (CERN)10/03/2009 10:25There are three main directions in elementary particle physics. On the one hand experiments are made at the highest possible energies searching for the origin of electroweak breaking and direct evidence of New Physics (NP); a second line of attack aims to study the properties of the neutrinos, both of accelerator and cosmic origin, and of other astro-particle messengers. The third strategy is...Go to contribution page
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Dr Adrian Bevan (Queen Mary University of London)10/03/2009 10:45
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