Decays and in the MSSM with and without R-parity
arXiv:1409.0181 · doi:10.1142/S0217751X15500633
Abstract
We study the rare decays , and in the minimal supersymmetic standard model with and without R-parity. Using the strong constraints on relevant supersymmetric parameters from mixing and decay, we examine constrained supersymmetry contributions to relevant branching ratios, direct CP violations and ratios of and decay rates. We find that both R-parity conserving LR as well as RL mass insertions and R-parity violating squark exchange couplings have huge effects on the direct CP violations of , moreover, the constrained LR and RL mass insertions still have obvious effects on the ratios of and decay rates. The direct CP asymmetries and the ratios of and decay rates are very sensitive to both moduli and phases of relevant supersymmetric parameters. In addition, the differential direct CP asymmetries of are studied in detail.
18 pages, 9 figures
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