A Simplified Approach to Determine and the Penguin Amplitude in
arXiv:hep-ph/9506288 · doi:10.1016/0370-2693(95)01112-4
Abstract
The effect of inelastic final-state interactions (IFSI's) on the determination of the weak phase from the isospin triangles of is qualitatively illustrated. Neglecting the electroweak penguins and IFSI's and assuming the dominance of the top-quark loop in strong penguin diagrams, we propose an experimentally accessible way to approximately determine and the penguin amplitude in . This approach relies on a simplified isospin consideration and the factorization approximation, and its feasibility is irrelevant to the time-dependent measurements of .
This work has been accepted for publication in Phys. Lett. B. In the revised version, we add a new section to give a qualitative illustration of the effect of inelastic final-state interactions on the determination of the weak phase from the isospin triangles of . 10 Latex pages (with 1 figure)
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- CP Violation in B Decays: The Standard Model and Beyond
- Final-state Rescattering Effects on B_d-->ππDecays and CP Violation
- Remarks on a Technique of Measuring CP phase
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- Direct CP Violation and Isospin Triangles of B->ππDecays