The effect of S-wave interference on the angular observables
arXiv:1210.5279 · doi:10.1007/JHEP03(2013)027
Abstract
The rare decay is a flavour changing neutral current decay with a high sensitivity to physics beyond the Standard Model. Nearly all theoretical predictions and all experimental measurements so far have assumed a P-wave that decays into the final state. In this paper the addition of an S-wave within the system of and the subsequent impact of this on the angular distribution of the final state particles is explored. The inclusion of the S-wave causes a distinction between the values of the angular observables obtained from counting experiments and those obtained from fits to the angular distribution. The effect of a non-zero S-wave on an angular analysis of is assessed as a function of dataset size and the relative size of the S-wave amplitude. An S-wave contribution, equivalent to what is measured in at BaBar, leads to a significant bias on the angular observables for datasets of above 200 signal decays. Any future experimental analysis of the final state will have to take the S-wave contribution into account.
20 pages
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