Hilburn's open-embedding conjecture for partial Coulomb-branch resolutions

Let GG act on N{\bf N}, let ν ⁣:C×A\nu\colon\mathbb{C}^{\times}\to\mathsf{A} define a partial resolution M~C,νMC\widetilde{\mathcal{M}}_{C,\nu}\to\mathcal{M}_C, and let γ ⁣:C×G\gamma\colon\mathbb{C}^{\times}\to G be a cocharacter. Hilburn's open-embedding conjecture. There is a π1(G)\pi_1(G)^{\wedge}-equivariant open embedding

j ⁣:MC(ZG(γ),N(γ,ν))M~C,νj\colon\mathcal{M}_C(Z_G(\gamma),{\bf N}^{(\gamma,\nu)})\hookrightarrow\widetilde{\mathcal{M}}_{C,\nu}

for each γ\gamma. The conjecture is attributed to Justin Hilburn and is presented without a resolution in the source.

Sources & referencesView supporting material

Primary source

Hunter Dinkins, Vasily Krylov and Reese Lance, “Slant sums of quiver gauge theories”, arXiv:2510.02496 (2026).

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