  We propose several T-odd asymmetries in the decay chains of the top squarks
$\tilde t_m \to t \tilde \chi^0_k$ and $t\to bW^+\to bl\nu$ and $\tilde\chi^0_k
\to l^\pm\tilde l_n^\mp \to l^\pm l^\mp\tilde\chi^0_1$, for $l =e,\mu,\tau$. We
calculate the asymmetries within the Minimal Supersymmetric Standard Model with
complex parameters $M_1$, $\mu$ and $A_t$. We give the analytic formulae for
the decay distributions. We present numerical results for the asymmetries and
estimate the event rates necessary to observe them. The largest T-odd asymmetry
can be as large as 40%.
