Choose timezone
Your profile timezone:
TH Exceptional Seminar
Demise of the CKM-paradigm & its aftermath
by
→
Europe/Zurich
4/2-011 - TH common room (CERN)
Description
Using only very well established experimental information such as S(Bd->psi Ks), DeltaM_Bq, epsilon_K, Br(B->tau nu) etc and well established input from the lattice such as B_K, Xi_s, f_Bq ..; we show that the "predicted" value of sin2
beta is bigger than the directly measured value by over 3-sigma. Through a series of critical analysis, we further isolate the dominant source of new physics to be in B-mixings and/or in B->psi Ks decay and the dominant source is NOT in
B-> tau nu or in epsilon_K. This has the important implication that a model independent operator analysis then leads to the conclusion that scale of relevant new physics, possessing a new CP-odd phase, has to be below about 2 TeV and possibly even a few hundred GeV. Implications for two specific BSM scenarios for LHC as well as for high intensity experiments will be discussed.
beta is bigger than the directly measured value by over 3-sigma. Through a series of critical analysis, we further isolate the dominant source of new physics to be in B-mixings and/or in B->psi Ks decay and the dominant source is NOT in
B-> tau nu or in epsilon_K. This has the important implication that a model independent operator analysis then leads to the conclusion that scale of relevant new physics, possessing a new CP-odd phase, has to be below about 2 TeV and possibly even a few hundred GeV. Implications for two specific BSM scenarios for LHC as well as for high intensity experiments will be discussed.