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arxiv: alg-geom/9609020 · v3 · submitted 1996-09-26 · alg-geom · dg-ga· hep-th· math.AG· math.DG

Non-abelian Seiberg-Witten theory and projectively stable pairs

classification alg-geom dg-gahep-thmath.AGmath.DG
keywords spinintroducemoduliabelianassociatedclassifycompactcompactification
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We introduce the concept of Spin^G-structure in a SO-bundle, where $G\subset U(V)$ is a compact Lie group containing $-id_V$. We study and classify $Spin^G(4)$-structures on 4-manifolds, we introduce the G-Monopole equations associated with a $Spin^G$-structure. On Kaehler surfaces a Kobayashi-Hitchin correspondence can be proved for the corresponding moduli spaces. Using this complex geometric interpretation, we determine explicitely a moduli space of "PU(2)-Monopoles" on $\P^2$, we describe its Uhlenbeck compactification, as well as the Donaldson- and the abelian locus.

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