CP violation and CKM phases from angular distributions for decays into admixtures of CP eigenstates
arXiv:hep-ph/9605220 · doi:10.1103/PhysRevD.55.259
Abstract
We investigate the time-evolutions of angular distributions for decays into final states that are admixtures of CP-even and CP-odd configurations. A sizable lifetime difference between the mass eigenstates allows a probe of CP violation in time-dependent untagged angular distributions. Interference effects between different final state configurations of , determine the Wolfenstein parameter from untagged data samples, or -- if one uses as an additional input -- the notoriously difficult to measure CKM angle . Another determination of is possible by using isospin symmetry of strong interactions to relate untagged data samples of and . We note that the untagged angular distribution for provides interesting information about electroweak penguins.
19 pages, LaTeX, no figures
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