Wilson Loops in 2D Noncommutative Euclidean Gauge Theory: 2. 1/θExpansion
arXiv:hep-th/0703123 · doi:10.1088/1126-6708/2007/10/079
Abstract
We analyze the and 1/N expansions of the Wilson loop averages in the two-dimensional noncommutative gauge theory with the parameter of noncommutativity . For a generic rectangular contour , a concise integral representation is derived (non-perturbatively both in the coupling constant and in ) for the next-to-leading term of the expansion. In turn, in the limit when is much larger than the area of the surface bounded by , the large asymptote of this representation is argued to yield the next-to-leading term of the series. For both of the expansions, the next-to-leading contribution exhibits only a power-like decay for areas (but ) much larger than the inverse of the string tension defining the range of the exponential decay of the leading term. Consequently, for large , it hinders a direct stringy interpretation of the subleading terms of the 1/N expansion in the spirit of Gross-Taylor proposal for the commutative D=2 gauge theory.
arXiv commentLaTex, 50pp., 9 PostScript figures
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