CP violation in $B_{d,s} \to l^+l^-$ in the model III 2HDM

Details CP violation in $B_{d,s} \to l^+l^-$ in the model III 2HDM CP violation in $B_{d,s} \to l^+l^-$ in the model III 2HDM

2003-01-13

arxiv.org/abs/hep-ph/0301082v2

Phys.Rev. D67 (2003) 096007

Physics

High Energy Physics

High Energy Physics - Phenomenology

revtex4, 16 pages, 7 figures

Scientific paper

10.1103/PhysRevD.67.096007

We have calculated the Wilson coefficients $C_{10}, C_{Q_i}$ (i=1,2) in the $\bar{MS}$ renormalization scheme in the model III 2HDM. Using the obtained Wilson coefficients, we have analyzed the CP violation in decays $B^0_q\to l^+l^-$ (q=d,s) in the model. The CP asymmetry, $A_{CP}$, depends on the parameters of models and $A_{CP}$ in $B_d\to l^+l^-$ can be as large as 40% and 35% for $l=\tau$ and $l=\mu$ respectively. It can reach 4% for $B^0_s$ decays. Because in SM CP violation is smaller than or equal to O($10^{-3}$) which is unobservably small, an observation of CP asymmetry in the decays $B^0_q \to l^+l^- (q=d,s)$ would unambiguously signal the existence of new physics.

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