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Rencontres de Moriond EW 2008

1–8 mars 2008
La Thuile
Fuseau horaire Europe/Paris

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Session

Heavy flavours

04pm
4 mars 2008, 18:00
La Thuile

La Thuile

Rencontres de Moriond Planibel Hotel - La Thuile Aosta Valley 11016 La Thuile (Aosta), Italy Phone : 39 (0)1 65 88 45 41 Fax : 39 (0)1 65 88 45 35

Documents de présentation

Aucun document.

  1. 21. Delta F = 1 Constraints on Minimal Flavour Violation
    Dr Jernej Kamenik ("Jozef Stefan" Institute and INFN LNF)
    04/03/2008 18:00
    We present an updated phenomenological analysis of MFV models, both at small and large tan beta, in the sector of Delta F=1 processes. We evaluate the bounds on the scale of new physics derived from recent measurements (in particular from B to Xs gamma, B to Xs ll and B to mu mu) and we use such bounds to derive a series of model-independent predictions for future experimental searches in...
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  2. 50. Charm and tau decays
    M. Anze Zupanc (Jozef Stefan Institute)
    04/03/2008 18:20
    We discuss recent results on charm and tau physics obtained by the Belle and BaBar collaborations. In the charm section we present measurements of D0-D0bar mixing parameters, measurements searching for CP violation in D0 decays and a measurement of D_s meson decay constant. In the tau section the recent results on Lepton Flavor Violation in tau decays to three leptons or a lepton and a vector...
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  3. 85. Implications of D0-anti D0 Mixing for New Physics
    Prof. Alexey Petrov (Wayne State University/MCTP, University of Michigan)
    04/03/2008 18:45
  4. 86. The CKM angle gamma (review B factories )
    Dr viola sordini (in2p3, infn)
    04/03/2008 19:05
  5. 2. Flavour Permutation Symmetric Description of Quark and Lepton Mixings
    Prof. Paul Harrison (University of Warwick)
    04/03/2008 19:25
    We review the recently proposed flavour-permutation-symmetric mixing observables and discuss their application to quark and lepton mixing matrices, with particular reference to tri-bimaximal mixing and its viable generalisations. We present an alternative formulation of the same idea which admits a new geometrical representation of mixing.
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