Improving bounds on γγ in B±→DK±B^{\pm} \to DK^{\pm} and B±,0→DXs±,0B^{\pm,0} \to D X_s^{\pm,0}

preprint2003arXivOpen access

Abstract

In view of recent experimental progress in rate and CP asymmetry measurements in B±→DK±B^{\pm} \to DK^{\pm}, we reconsider information on the weak phase γγ which can be obtained from these processes. Model-independent inequalities are proven for sin⁡2γ\sin^2γ in terms of two ratios of partial rates for B±,0→DXs±,0B^{\pm,0} \to D X_s^{\pm,0}, where XsX_s is any multiparticle charmless state carrying strangeness ±1\pm 1. Good prospects are shown to exist for using these inequalities and CP asymmetry measurements in two body and multibody decays in order to improve present bounds on γγ.

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