  Let the Ducci function $D: \mathbb{Z}_m^n \to \mathbb{Z}_m^n$ be defined as
$D(x_1, x_2, ..., x_n)=(x_1+x_2 \; \text{mod} \; m, x_2+x_3 \; \text{mod} \; m,
..., x_n+x_1 \; \text{mod} \; m)$. In this paper, we will prove that if $n,m$
are powers of $2$, then repeatedly applying $D$ will eventually result in
$(0,0,...,0)$, as well as establish an upper bound for how many iterations it
will take for this to happen.
