A remark on monoidal structure and homological mirror symmetry

Fuente: arXiv
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Main Author: Kuwagaki, Tatsuki
Format: Preprint
Published: 2026
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author Kuwagaki, Tatsuki
author_facet Kuwagaki, Tatsuki
contents For a symplectic geometry $X$, suppose the (derived) Fukaya category $\mathrm{Fuk}(X)$ of $X$ is equipped with a monoidal structure. Then its Balmer spectrum recovers a mirror $Y$ of $X$ if there exists homological mirror symmetry $\mathrm{Fuk}(X)\cong D^b\mathrm{coh}(Y)$ and the monoidal structure is the mirror of the standard one of $D^b\mathrm{coh}(Y)$. In this short note, we fill one gap of this story in the literature: we show that the monoidal structure determines the homological mirror functor $\mathrm{Fuk}(X)\to D^b\mathrm{coh}(Y)$.
format Preprint
id arxiv_https___arxiv_org_abs_2603_08384
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle A remark on monoidal structure and homological mirror symmetry
Kuwagaki, Tatsuki
Symplectic Geometry
Algebraic Geometry
For a symplectic geometry $X$, suppose the (derived) Fukaya category $\mathrm{Fuk}(X)$ of $X$ is equipped with a monoidal structure. Then its Balmer spectrum recovers a mirror $Y$ of $X$ if there exists homological mirror symmetry $\mathrm{Fuk}(X)\cong D^b\mathrm{coh}(Y)$ and the monoidal structure is the mirror of the standard one of $D^b\mathrm{coh}(Y)$. In this short note, we fill one gap of this story in the literature: we show that the monoidal structure determines the homological mirror functor $\mathrm{Fuk}(X)\to D^b\mathrm{coh}(Y)$.
title A remark on monoidal structure and homological mirror symmetry
topic Symplectic Geometry
Algebraic Geometry
url https://arxiv.org/abs/2603.08384