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The conductance of disordered wires with symplectic symmetry is studied bythe supersymmetric field theory. Special attention is focused on the case wherethe number of conducting channels is odd. Such a situation can be realized inmetallic carbon nanotubes. The average dimensionless conductance g is obtainedusing Zirnbauer's super-Fourier analysis. It is shown that with increasing wirelength, g approaches to 1 in the odd-channel case, while g vanishes in theordinary even-channel case. It should be emphasized that the so-calledZirnbauer's zero mode, which has been believed to be unphysical, is essentialfor describing the anomalous behavior in the odd-channel case.Comment: 5 page

Quantum Electron Transport in Disordered Wires with Symplectic Symmetry