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Finite Chow-Witt correspondences
classification
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keywords
chow-wittcohomologycorrespondencesfinitegroupsmotivicbeginbigraded
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We introduce the category of finite Chow-Witt correspondences over a perfect field k of characteristic not 2. We then use them to define bigraded generalized motivic cohomology groups of a smooth scheme over k and begin the study of their relationship with ordinary motivic cohomology groups.
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Cited by 1 Pith paper
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Quadratic Euler Characteristic of Geometrically Cyclic Branched Coverings
Quadratic Euler characteristic of geometrically cyclic branched coverings is computed from Euler classes on the base and branch locus via Levine's quadratic Riemann-Hurwitz formula, with explicit relations for odd n.
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