**2.2.1 Left- right models**

In CDF experiments, we study mixing and *CP* violation on *Bs→ J/ψ Ф* decay channels. For this analysis, we apply Left-Right models and compare the results. We also apply to the same model to the *CP* violating dimuon charge asymmetry due to *B* mixing. Fig. 8 shows the 84 Particle Physics

Fig. 6 shows the Belle II data handling system scheme. First, a user makes a metadata query to the server. Second, the server gives back a list of files and events. Third, the server may give a list of grid sites. Fourth, the user requests job execution at grid sites. Fifth, a logical file catalog (LFC) maps a logical file name (LFN) into a set of physical file names (PFN). Finally, the computing farms at the grid site read the requested physical file (Ahn, et al.,

For experiment-theory, using the results of CDF and Belle experiments, we test phenomenological models of particle physics. Fig. 7 shows various physics topics for experiment-theory research, including Kaon Semi-leptonic form factor, rare B decay, mixing and *CP* (Charge Parity) violation on *Bs→ J/ψ Ф*, forward-backward asymmetry of top quarks, and *CP* violating dimuon charge asymmetry due to B mixing. Models for these physics topics include lattice gauge theory using staggered fermion, Left-Right models, and model-independent analysis. In this section, we introduce the left-right model and the

In CDF experiments, we study mixing and *CP* violation on *Bs→ J/ψ Ф* decay channels. For this analysis, we apply Left-Right models and compare the results. We also apply to the same model to the *CP* violating dimuon charge asymmetry due to *B* mixing. Fig. 8 shows the

2011).

**2.2 For experiment-theory** 

forward-backward asymmetry of top quarks

Fig. 7. Physics topics related to experiment and theory.

**2.2.1 Left- right models** 

Feynman diagram of Left-Right models for the analysis of *CP* violating dimuon charge asymmetry due to *B* mixing.

Fig. 8. The Feynman diagram of Left-Right models for the analysis of *CP* violating dimuon charge asymmetry due to B mixing.
