Strategies for Fixing the CKM-angle and Obtaining Experimental Insights into the World of Electroweak Penguins
arXiv:hep-ph/9509204 · doi:10.1016/0370-2693(95)01276-1
Abstract
Using the flavour symmetry of strong interactions, we propose strategies for extracting both the CKM-angle and the tree-level amplitude . We present also an approximate approach using the branching ratios for the modes , , and which should be rather promising from the experimental point of view. The quantities and determined this way may well be used as an input to control electroweak penguins in nonleptonic -decays as has been discussed in previous work. Following these lines, we propose strategies for obtaining quantitative insights into the physics of the electroweak penguin operators and performing some consistency checks. As a by-product, we derive an upper bound of for the uncertainty originating from electroweak penguins in the -determination by means of decays.
15 pages, LaTeX, Figures not included
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