For a swappable stop the Orlov functor is spherical and its twist equals the geometric wrap-once map, while the Viterbo transfer map to a Weinstein subdomain is a homological epimorphism.
Moduli spaces of witch curves topologically realize the 2-associahedra
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abstract
For $r \geq 1$ and $\mathbf{n} \in \mathbb{Z}_{\geq0}^r\setminus\{\mathbf{0}\}$, we construct the compactified moduli space $\overline{2\mathcal{M}}_{\mathbf{n}}$ of witch curves of type $\mathbf{n}$. We equip $\overline{2\mathcal{M}}_{\mathbf{n}}$ with a stratification by the 2-associahedron $W_{\mathbf{n}}$, and prove that $\overline{2\mathcal{M}}_{\mathbf{n}}$ is compact and metrizable. In addition, we show that the forgetful map $\overline{2\mathcal{M}}_{\mathbf{n}} \to \overline{\mathcal{M}}_r$ to the moduli space of stable disk trees is continuous and respects the stratifications.
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math.SG 1years
2019 1verdicts
ACCEPT 1representative citing papers
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Orlov and Viterbo functors in partially wrapped Fukaya categories
For a swappable stop the Orlov functor is spherical and its twist equals the geometric wrap-once map, while the Viterbo transfer map to a Weinstein subdomain is a homological epimorphism.