Tests for CPT sum rule and U-spin violation in Time-dependent CP violation of and
arXiv:1704.05788 · doi:10.1103/PhysRevD.96.053004
Abstract
Recent LHCb data for time-dependent CP violation in and show deviations from theoretical predictions. Besides their central values for , and violate quantum mechanic CPT invariant sum rule (CPT sum rule) prediction of (LHCb data imply the sum to be .), their values for and also show large violation of SU(3) or its U-spin sub-group symmetry (SU(3)/U) relation (LHCb data imply the ratio of left-side to right-side to be .) . The LHCb results need to be further confirmed to be taken seriously. We suggest to use time-dependent CP violation in to further test the CPT sum rule. Assuming that the sum rule holds, we propose that violation of the SU(3)/U relation may indicate a large FSI phase difference in the and re-scattering. We suggest several other U-spin pairs of decays to further test SU(3)/U relations.
arXiv comment12 pages, 1 figure; ACP of updated to the latest HFAG average, figures slightly changed, a few comments and refs added
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