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In this work the connection between vortex condensation in a d-wavesuperconductor and the QED$_3$ gauge theory of the pseudogap is elucidated. Theapproach taken circumvents the use of the standard Franz-Tesanovic gaugetransformation, borrowing ideas from the path-integral analysis of theAharonov-Bohm problem. An essential feature of this approach is thatgauge-transformations which are prohibited on a particular multiply-connectedmanifold (e.g. a superconductor with vortices) can be successfully performed onthe universal covering space associated with that manifold.Comment: 15 pages, 1 Figure. Int. J. Mod. Phys. B 17, 4509 (2003). Minor  changes from previous versio

FEYNMAN PATH-INTEGRAL APPROACH TO THE QED3 THEORY OF THE PSEUDOGAP

FEYNMAN PATH-INTEGRAL APPROACH TO THE QED₃ THEORY OF THE PSEUDOGAP