$T$-equivariant disc potential and SYZ mirror construction

Fuente: arXiv
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Hauptverfasser: Kim, Yoosik, Lau, Siu-Cheong, Zheng, Xiao
Format: Preprint
Veröffentlicht: 2019
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author Kim, Yoosik
Lau, Siu-Cheong
Zheng, Xiao
author_facet Kim, Yoosik
Lau, Siu-Cheong
Zheng, Xiao
contents We develop a $G$-equivariant Lagrangian Floer theory and obtain a curved $A_\infty$ algebra, and in particular a $G$-equivariant disc potential. We construct a Morse model, which counts pearly trees in the Borel construction $L_G$. When applied to a smooth moment map fiber of a semi-Fano toric manifold, our construction recovers the $T$-equivariant toric Landau-Ginzburg mirror of Givental. We also study the $\bS^1$-equivariant Floer theory of a typical singular SYZ fiber (i.e. a pinched torus) and compute its $\bS^1$-equivariant disc potential via the gluing technique developed in \cite{CHL18,HKL}.
format Preprint
id arxiv_https___arxiv_org_abs_1906_11749
institution arXiv
publishDate 2019
record_format arxiv
spellingShingle $T$-equivariant disc potential and SYZ mirror construction
Kim, Yoosik
Lau, Siu-Cheong
Zheng, Xiao
Symplectic Geometry
Algebraic Geometry
53D37, 14J33
We develop a $G$-equivariant Lagrangian Floer theory and obtain a curved $A_\infty$ algebra, and in particular a $G$-equivariant disc potential. We construct a Morse model, which counts pearly trees in the Borel construction $L_G$. When applied to a smooth moment map fiber of a semi-Fano toric manifold, our construction recovers the $T$-equivariant toric Landau-Ginzburg mirror of Givental. We also study the $\bS^1$-equivariant Floer theory of a typical singular SYZ fiber (i.e. a pinched torus) and compute its $\bS^1$-equivariant disc potential via the gluing technique developed in \cite{CHL18,HKL}.
title $T$-equivariant disc potential and SYZ mirror construction
topic Symplectic Geometry
Algebraic Geometry
53D37, 14J33
url https://arxiv.org/abs/1906.11749