Spontaneous CP violation for the neutral B systems in the left-right symmetric model

We investigate the effect of the spontaneous breakdown of CP for the B_{d,s}^0 - \bar{B}_{d,s}^0 systems, in the Left-Right Symmetric Model, by means of the calculation of the dilepton asymmetry a_{ll} = [ N(l^{+}l^{+}) - N(l^{-}l^{-}) ] / [ N(l^{+}l^{+}) + N(l^{-}l^{-}) ]. We use the fact that the right scale must be very large (upsilon_R = 10^7 GeV) in order to have a phenomenologically consistent model. We find that the prediction for the dilepton asymmetry is the same both in the Left-Right Symmetric Model and in the Standard Model. We compare these predictions to the present experimental bounds