  We study the holographic superconductor-normal metal-superconductor (SNS)
Josephon junction in the massive gravity. In the homogeneous case of the
chemical potential, we find that the graviton mass will make the normal
metal-superconductor phase transition harder to take place. In the holographic
model of Josephson junction, it is found that the maximal tunneling current
will decrease according to the graviton mass. Besides, the coherence length of
the junction decreases as well with respect to the graviton mass. If one
interprets the graviton mass as the effect of momentum dissipation in the
boundary field theory, it indicates that the stronger the momentum dissipation
is, the smaller the coherence length is.
