General Analysis of New Physics in
arXiv:hep-ph/0101276 · doi:10.1016/S0370-2693(01)00346-X
Abstract
We present a model-independent parametrization of the , decay amplitudes by taking into account the constraints that are implied by the isospin symmetry of strong interactions. Employing estimates borrowed from effective field theory, we explore the impact of physics beyond the Standard Model and introduce -- in addition to the usual mixing-induced CP asymmetry in -- a set of three observables, allowing a general analysis of possible new-physics effects in the system. Imposing a dynamical hierarchy of amplitudes, we argue that one of these observables may already be accessible at the first-generation -factories, whereas the remaining ones will probably be left for second-generation experiments. However, in the presence of large rescattering effects, all three new-physics observables may be sizeable. We also emphasize that a small value of could be due to new-physics effects arising at the decay-amplitude level. In order to establish such a scenario, the observables introduced in this paper play a key role.
14 pages, LaTeX, no figures
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