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2011

Rare B decays and Tevatron top-pair asymmetry

Chen, Chuan-Hung, Law, Sandy S. C., Li, Run-Hui

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The recent Tevatron result on the top quark forward-backward asymmetry, which deviates from its standard model prediction by 3.4$\sigma$, has prompted many authors to build new models to account for this anomaly.

Among the various proposals, we find that those mechanisms which produce $t\bar t$ via $t$- or $u$-channel can have a strong correlation to the rare B decays.
We demonstrate this link by studying a model with a new charged gauge boson, $W'$.
In terms of the current measurements on $B\to \pi K$ decays, we conclude that the branching ratio for $B^-\to \pi^- \bar K^0$ is affected most by the new effects.

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