On the Problem of Renormalizability in Non-Commutative Gauge Field Models - A Critical Review
arXiv:0908.0467 · doi:10.1002/prop.200900102
Abstract
When considering quantum field theories on non-commutative spaces one inevitably encounters the infamous UV/IR mixing problem. So far, only very few renormalizable models exist and all of them describe non-commutative scalar field theories on four-dimensional Euclidean Groenewold-Moyal deformed space, also known as `theta-deformed space'. In this work we discuss some major obstacles of constructing a renormalizable non-commutative gauge field model and sketch some possible ways out.
12 pages; v2: references added
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