Next-to-leading prediction of $\epse$: an upgraded analysis

Details Next-to-leading prediction of $\epse$: an upgraded analysis Next-to-leading prediction of $\epse$: an upgraded analysis

1994-10-17

arxiv.org/abs/hep-ph/9410301v1

Physics

High Energy Physics

High Energy Physics - Phenomenology

(talk given at ICHEP '94), 4 pp (figures not included), LaTeX, INFN-ISS 94/10 (October 1994)

Scientific paper

We present an updated theoretical prediction of $\epse$, using the next-to-leading $\DSone$ effective hamiltonian and lattice QCD matrix elements. The CP violating phase is costrained by using both the experimental values of $\ep$ and $x_d$, assuming the theoretical determination of $f_B$. Predictions of $\cos\delta$ and $\sin 2\beta$ are also obtained in this way. For $\epse$, our estimate is $\epse=(2.8 \pm 2.4)\times 10^{-4}$.}

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