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Inertial Chow rings of toric stacks

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Abstract

For any vector bundle V on a toric Deligne–Mumford stack \({\mathcal X}\) the formalism of Edidin et al. (Ann K-theory 1(1):85–108, 2016) defines two inertial products \(\star _{V^{+}}\) and \(\star _{V^{-}}\) on the Chow group of the inertia stack. We give an explicit presentation for the integral \(\star _{V^+}\) and \(\star _{V^-}\) Chow rings, extending earlier work of Borisov et al. (J Am Math Soc 18(1):193–215, 2005) and Jiang and Tseng (Math Z 264(1):225–248, 2010) in the orbifold Chow ring case, which corresponds to \(V = 0\). We also describe an asymptotic product on the rational Chow group of the inertia stack obtained by letting the rank of the bundle V go to infinity.

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Correspondence to Dan Edidin.

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Research of the Dan Edidin partially supported by Simons Collaboration Grant 315460.

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Coleman, T., Edidin, D. Inertial Chow rings of toric stacks. manuscripta math. 156, 341–369 (2018). https://doi.org/10.1007/s00229-017-0982-z

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  • DOI: https://doi.org/10.1007/s00229-017-0982-z

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