A new Fourier-Mukai equivalence identifies the formal-group circle of an elliptic curve with the affinization of the curve, showing that two definitions of elliptic Hochschild homology agree and degenerate to ordinary and Hodge Hochschild homology.
Elliptic loop spaces
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abstract
We introduce an elliptic avatar of loop spaces in derived algebraic geometry, completing the familiar trichotomoy of rational, trigonometric and elliptic objects. Heuristically, the elliptic loop space of $\mathcal{Y}$ is the stack of maps to $\mathcal{Y}$ from a certain exotic avatar $\mathcal{S}_{E}$ of the elliptic curve $E$, such that the category of quasi-coherent sheaves on $\mathcal{S}_{E}$ is the convolution category of zero-dimensionally supported coherent sheaves on $E$. For quotient stacks, the structure sheaf of the elliptic loop space gives rise to a theory of equivariant elliptic Hodge cohomology.
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Fourier--Mukai equivalences for formal groups and elliptic Hochschild homology
A new Fourier-Mukai equivalence identifies the formal-group circle of an elliptic curve with the affinization of the curve, showing that two definitions of elliptic Hochschild homology agree and degenerate to ordinary and Hodge Hochschild homology.