One of the outstanding problems in physics is to explain the baryon–antibaryon asymmetry
observed in nature. According to the well-known Sakharov criterion for explaining the …

The Standard Model (SM) predicts that Δ ACP, the difference between the direct CP
asymmetries for the modes B+→ π 0 K+ and B 0→ π-K+ that are related by a weak isospin …

At present, there are discrepancies between the measurements of several observables in
B→ πK decays and the predictions of the Standard Model (the “B→ πK puzzle”). Although …

The observation of CP violation in meson decays is a testament to the Cabibbo-Kobayashi-
Maskawa (CKM) quark mixing paradigm, and an integral part of the Standard Model (SM) …

arXiv:1012.3930v1 [hep-ph] 17 Dec 2010 Page 1 arXiv:1012.3930v1 [hep-ph] 17 Dec 2010
Searching for New Physics by means of Relative Phases and Moduli of Decay Amplitudes ZJ …

Heavy quark physics serves as a probe to understand QCD, measure standard model
parameters, and look for signs of new physics. We study several aspects of heavy quark …

Cette thèse est composée de deux parties. La première partie résume des notions
préliminaires établies qui sont utilisées dans le restant de la thèse. La deuxième partie …

The New Physics, the Physics beyond the Standard Model, shows that New Physics which
affects B decays with any topological amplitude can be absorbed by redefinitions of the SM …

Recent experimental results for the B→ Kπ modes, show deviations from Standard Model
(SM) expectations based on estimates of hadronic parameters; the discrepancies are …

We propose a new method to extract the CKM phase angle γ (≡ ϕ3) from the isospin
analysis in B→ Kπ decays. Unlike previously proposed methods, we do not employ flavor …