Elliptic-reflection functor conjecture for orbifold surfaces

Let [E/Γ][E/\Gamma] be the orbifold curve, let Ξ\Xi denote the deformation data, and let IWRellIW_R^{ell} act on HH0(E)HH_0(E). Elliptic-reflection functor conjecture. There is a group GG acting on

DCoh(P[E/Γ]S](Ξ))D_{\operatorname{Coh}}(\mathbb P_{[E/\Gamma]_S]}(\Xi))

and an action

ρ:GEnd(HH0([E/Γ]))\rho:G\longrightarrow \operatorname{End}(HH_0([E/\Gamma]))

such that each gGg\in G becomes SS-linear after base change along ρ(g)\rho(g), and the map ρ\rho factors through the action of IWRellIW_R^{ell} on HH0(E)HH_0(E). This is proposed as the extension of the proved non-orbifold reflection-functor construction to the other cases; the supplied text gives no resolution.

Sources & referencesView supporting material

Primary source

Samuel DeHority, “Toroidal analogues of the Grothendieck-Springer map”, arXiv:2311.00355 (2023).

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