  We extend the correlated electron model of Baskaran [Mod. Phys. Lett. {\bf
B5}, 643(1991)] to the case of coupled layers. We show that the nature of the
non-Fermi liquid ground state leads to the absence of electron-like
quasiparticles at the Fermi surface, thereby suppressing coherent transport of
electrons between the coupled layers (``confinement''). On the other hand,
motion of singlet pairs between the layers is not blocked. We also discuss how
pair tunneling can be used to construct a superconducting ground state.
