Ngô's fully faithful image conjecture for very central D-modules

Let M(G)G\mathcal M(G)^G be the category of adjoint-equivariant D\mathcal D-modules on GG, and let M(G)vcG\mathcal M(G)^G_{vc} be its full subcategory of very central objects, namely those whose Harish-Chandra image is supported on the diagonal substack. Let M(H)NilW\mathcal M(H)^W_{Nil} denote the indicated nil-DAHA subcategory, and let Wh\mathcal{W}h be the Whittaker category.

Ngô's very central image conjecture. The Ngô functor defines a fully faithful braided monoidal functor on abelian categories, whose essential image is M(G)vcG\mathcal M(G)^G_{vc}. Moreover, the essential image of \tensor[W]Res\tensor*[^{W}]{{\operatorname{Res}}}{} restricted to M(G)vcG\mathcal M(G)^G_{vc} is M(H)NilW\mathcal M(H)^W_{Nil}.

This conjecture describes the essential images of the Ngô and parabolic-restriction functors on very central equivariant D\mathcal D-modules. The supplied text introduces the relevant subcategory and states the claims, but gives no resolution evidence.

Sources & referencesView supporting material

Primary source

David Ben-Zvi and Sam Gunningham, “Symmetries of categorical representations and the quantum Ngô action”, arXiv:1712.01963 (2017).

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