Josephson effect in Luttinger liquid between anisotropic superconductors

We present a theory for the Josephson effect in various unconventional super- conductor / Luttinger liquid / unconventional superconductor junctions, applying the bosonization method by Haldane and Maslov. Depending on the parity of superconductors and appearance of the zero-energy state, the temperature dependence of the maximum Josephson current (J(c)) shows different properties. The interaction effect on the Josephson current appears in the renormarized velocity in our formulation, but essential temperature dependence are the same as that in non-interacting cases.