Difference: FJPPLprojectsBPhysics (6 vs. 7)
Revision 72014-09-08 - Main.PhilipBambade
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| < < | Flavour physics, and B physics in particular, constitutes one of the most promising probes of physics beyond the SM. The CP asymmetry measurements in the Bd and Bs systems as well as the observation of the large number of rare decays, such as B → Xs γ and Bs → µ+ µ −, have been studied at B factories as well as at LHCb. These processes are all induced by the loop level diagrams and thus, provide valuable indirect information on physics beyond the SM. Despite of a large expectation, there is no significant deviation from the SM observed so far. The very successful 7-8 TeV runs of LHC have excluded a large parameter space for many of the new physics models. In this circumstance, the most urgent task is now to re-examine the viability of these models and to determine the new benchmark models and their search strategies for the forthcoming experiments. This project combines two joint efforts towards this goal: i) LHCb-Belle II-theory common discussion towards a global fit of the new physics parameters, ii) contributions to the theory-experiment working group towards Belle II start-up. | |||||||
| > > | Flavour physics, and B physics in particular, constitutes one of the most promising probes of physics beyond the SM. The CP asymmetry measurements in the Bd and Bs systems as well as the observation of the large number of rare decays, such as B → Xs γ and Bs → µ+ µ −, have been studied at B factories as well as at LHCb. These processes are all induced by the loop level diagrams and thus, provide valuable indirect information on physics beyond the SM. Despite of a large expectation, there is no significant deviation from the SM observed so far. The very successful 7-8 TeV runs of LHC have excluded a large parameter space for many of the new physics models. In this circumstance, the most urgent task is now to re-examine the viability of these models and to determine the new benchmark models and their search strategies for the forthcoming experiments. This project combines two joint efforts towards this goal: i) LHCb-Belle II-theory common discussion towards a global fit of the new physics parameters, ii) contributions to the theory-experiment working group towards Belle II start-up. | |||||||
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French member : M-H. Schune, B. Blossier, E. Kou, F. Le Diberder, F. Polci, R. Poeschl | ||||||||
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| References : 1) Implications of LHCb measurements and future prospects Published in Eur.Phys.J. C73 (2013) 2373 | ||||||||
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| < < | e-Print: arXiv:1208.3355 2) SuperKEKB TDR - Physics Motivation Chapter (2014) https://belle2.cc.kek.jp/~twiki/pub/Public/B2TIP/SuperKEKBReport.pdf 3) Webpage of Belle II Theory Interface Platform (B2TiP ), an initiative to coordinate a joint theory-experiment effort to study the potential impacts of the Belle II program. | |||||||
| > > | e-Print: arXiv:1208.3355 2) SuperKEKB TDR - Physics Motivation Chapter (2014) https://belle2.cc.kek.jp/~twiki/pub/Public/B2TIP/SuperKEKBReport.pdf 3) Webpage of Belle II Theory Interface Platform (B2TiP), an initiative to coordinate a joint theory-experiment effort to study the potential impacts of the Belle II program. | |||||||
| https://belle2.cc.kek.jp/~twiki/bin/view/Public/B2TIP website | ||||||||
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