Vortices and quasiparticles near the ``superconductor-insulator'' transition in thin films.

We consider the low temperature behavior of an amorphous superconducting film driven normal by a perpendicular magnetic field. We introduce a new two-fluid formulation consisting of fermionized field-induced vortices and electrically neutralized Bogoliubov quasiparticles interacting via a long-ranged statistical interaction. This approach allows us to access a novel non-Fermi liquid phase which naturally interpolates between the low field superconductor and the high field normal metal. We also discuss the transport, thermodynamics, and tunneling properties of the resulting ``vortex metal'' phase.