Fit results

In Tab. 1 and 2 the results of the fits are reported. A complete explanation can be found in CDF note 6966.

Table 1: Result of the fit for the $B\to J/\psi K$ channel.

PARAMETER	VALUE
$N_{\mu\mu K}$	$439 \pm 22$
$A_{C\!P}$	$0.046 \pm 0.050$
$N^-_{\text{phys}}$	$172 \pm 16$
$N^+_{\text{phys}}$	$200 \pm 17$
$N^-_{\text{comb}}$	$205 \pm 18$
$N^+_{\text{comb}}$	$199 \pm 18$
$M_{B}$	$5.2732 \pm 0.0013$
$\sigma_{B}$	$0.0239 \pm 0.0011$
$\mu_{\text{edge}}$	$5.121 \pm 0.014$
$p_1^B$	$-0.1696 \pm 0.0013$
$M_{ J/\psi }$	$3.09399 \pm 0.00070$
$\sigma_{J/\psi }$	$0.00169 \pm 0.00060$
$p_1^{J/\psi }$	$-0.289 \pm 0.010$

Table 2: Result of the $B^{\pm } \rightarrow \phi K^{\pm }$ fit

PARAMETER	$4D$ fit
$N_{KKK}$	$47.0 \pm 8.4$
$A_{C\!P}$	$-0.07 \pm 0.17$
$N^-_{\text{phys}}$	$10.6 \pm 7.7$
$N^+_{\text{phys}}$	$15.1 \pm 7.5$
$N^-_{\text{comb}}$	$157 \pm 16$
$N^+_{\text{comb}}$	$145 \pm 15$
$N_{K^{\ast 0}\pi}$	$7.8 \pm 6.0$
$M_{B}$	$5.2646 \pm 0.0052$
$\sigma_{B}$	$0.0276 \pm 0.0047$
$\tau_B$	$-7.4 \pm 3.0$
$f_B$	$0.42\pm 0.12$
$M_{\phi}$	$1.01998 \pm 0.00084$
$\sigma_{\phi}$	$0.00291 \pm 0.00096$
$b_\phi$	$-10.2 \pm 4.0$
$f_L$	$0.70 \pm 0.27$
$f^{\:\pi}_{\text{phys}}$	$0.87\pm 0.27$
$f^{\:\pi}_{\text{comb}}$	$0.607 \pm 0.056$
$f^{\:\pi}_{K^{\ast 0}\pi}$	$1.00 \pm 0.86$
$f^{\:\pi}_{K\pi\pi}$	$0.00 \pm 0.51$