The ideal conjecture for general affine-Grassmannian slices

Let \Grμλ\Gr^{\overline{\lambda}}_\mu be the affine-Grassmannian slice in \Grμ\Gr_\mu, and let JμλJ^\lambda_\mu be the Poisson ideal of O(\Grμ)\mathcal O(\Gr_\mu) generated by Δωi,ωi(s)\Delta_{\omega_i,\omega_i}^{(s)} for all iIi\in I and s>λμ,ωis>\langle\lambda-\mu,\omega_{i^*}\rangle. The ideal conjecture. The ideal of \Grμλ\Gr^{\overline{\lambda}}_\mu in O(\Grμ)\mathcal O(\Gr_\mu) is JμλJ^\lambda_\mu. This extends the proposed ideal description from the base-point slice to arbitrary μ\mu and is intended to make the slice accessible through its Poisson coordinate algebra; the source gives no proof or counterexample.

Sources & referencesView supporting material

Primary source

Joel Kamnitzer, Ben Webster, Alex Weekes and Oded Yacobi, “Yangians and quantizations of slices in the affine Grassmannian”, arXiv:1209.0349 (2013).

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