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Virtual Fundamental Cycles in Symplectic Topology最新文献

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Gromov-Witten theory via Kuranishi structures 通过Kuranishi结构的Gromov-Witten理论
Pub Date : 2017-01-26 DOI: 10.1090/surv/237/02
M. Tehrani, K. Fukaya
In this expository manuscript, we review the construction of Gromov-Witten virtual fundamental class via FOOO's theory of Kuranishi structures for moduli spaces of pseudo-holomorphic maps defined on closed Riemann surfaces. We consider constraints coming from the ambient space and Deligne-Mumford moduli, called primary insertions, as well as intrinsic classes such as $psi$-classes and Hodge classes.
在这篇解释性的手稿中,我们回顾了在闭黎曼曲面上定义的伪全纯映射的模空间上,利用FOOO的Kuranishi结构理论构造Gromov-Witten虚基类。我们考虑来自环境空间和Deligne-Mumford模的约束,称为主插入,以及固有类,如$psi$-类和Hodge类。
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引用次数: 15
Kuranishi spaces as a 2-category Kuranishi空间作为2范畴
Pub Date : 2015-10-26 DOI: 10.1090/surv/237/03
D. joyce
This is a survey of the author's in-progress book arXiv:1409.6908. 'Kuranishi spaces' were introduced in the work of Fukaya, Oh, Ohta and Ono in symplectic geometry (see e.g. arXiv:1503.07631), as the geometric structure on moduli spaces of $J$-holomorphic curves. We propose a new definition of Kuranishi space, which has the nice property that they form a 2-category $bf Kur$. Thus the homotopy category Ho$({bf Kur})$ is an ordinary category of Kuranishi spaces. Any Fukaya-Oh-Ohta-Ono (FOOO) Kuranishi space $bf X$ can be made into a compact Kuranishi space $bf X'$ uniquely up to equivalence in $bf Kur$ (that is, up to isomorphism in Ho$({bf Kur})$), and conversely any compact Kuranishi space $bf X'$ comes from some (nonunique) FOOO Kuranishi space $bf X$. So FOOO Kuranishi spaces are equivalent to ours at one level, but our definition has better categorical properties. The same holds for McDuff and Wehrheim's 'Kuranishi atlases' in arXiv:1508.01556. Using results of Yang on polyfolds and Kuranishi spaces surveyed in arXiv:1510.06849, a compact topological space $X$ with a 'polyfold Fredholm structure' in the sense of Hofer, Wysocki and Zehnder (see e.g. arXiv:1407.3185) can be made into a Kuranishi space $bf X$ uniquely up to equivalence in $bf Kur$. Our Kuranishi spaces are based on the author's theory of Derived Differential Geometry (see e.g. arXiv:1206.4207), the study of classes of derived manifolds and orbifolds that we call 'd-manifolds' and 'd-orbifolds'. There is an equivalence of 2-categories ${bf Kur}simeq{bf dOrb}$, where $bf dOrb$ is the 2-category of d-orbifolds. So Kuranishi spaces are really a form of derived orbifold. We discuss the differential geometry of Kuranishi spaces, and the author's programme for applying these ideas in symplectic geometry.
这是对作者正在进行的书arXiv:1409.6908的调查。“Kuranishi空间”是在Fukaya, Oh, Ohta和Ono的辛几何(参见arXiv:1503.07631)的工作中引入的,作为$J$ -全纯曲线模空间上的几何结构。我们提出了Kuranishi空间的一个新定义,它有一个很好的性质,即它们构成一个2类$bf Kur$。因此同伦范畴Ho $({bf Kur})$是Kuranishi空间的普通范畴。任何Fukaya-Oh-Ohta-Ono (FOOO) Kuranishi空间$bf X$都可以构成一个紧致Kuranishi空间$bf X'$,唯一地达到$bf Kur$中的等价(即,在Ho $({bf Kur})$中达到同构),反过来,任何紧致Kuranishi空间$bf X'$来自某个(非唯一的)FOOO Kuranishi空间$bf X$。所以foo Kuranishi空间在一个层面上和我们的是等价的,但是我们的定义有更好的分类性质。这同样适用于McDuff和wehheim在arXiv:1508.01556中的“Kuranishi地图集”。利用在arXiv:1510.06849中调查的Yang关于多折和Kuranishi空间的结果,一个具有Hofer, Wysocki和Zehnder意义上的“多折Fredholm结构”的紧致拓扑空间$X$(参见例如arXiv:1407.3185)可以构成一个Kuranishi空间$bf X$,唯一地达到$bf Kur$中的等价。我们的Kuranishi空间是基于作者的派生微分几何理论(参见arXiv:1206.4207),我们称之为“d流形”和“d流形”的派生流形和轨道的研究。有一个等价的2类${bf Kur}simeq{bf dOrb}$,其中$bf dOrb$是d-轨道的2类。所以Kuranishi空间实际上是派生轨道的一种形式。我们讨论了Kuranishi空间的微分几何,以及作者在辛几何中应用这些思想的方案。
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引用次数: 13
Notes on Kuranishi atlases 仓西地图集注释
Pub Date : 2014-11-16 DOI: 10.1090/surv/237/01
D. Mcduff
These notes aim to explain a joint project with Katrin Wehrheim that uses finite dimensional reductions to construct a virtual fundamental class for the Gromov--Witten moduli space of closed genus zero curves. Our method is based on work by Fukaya and Ono as well as more recent work by Fukaya, Oh, Ohta, and Ono. We reformulated their ideas in order to clarify the formal structures underlying the construction and make explicit all important choices (of tamings, shrinkings and reductions), thus creating tools with which to give an explicit proof that the virtual fundamental class is independent of these choices. After summarizing the main ideas and proofs in the arXiv preprint 1208.1340, these notes explain the modifications needed to deal with isotropy. Further sections outline the construction of a Kuranishi atlas in the genus zero case, and give some examples of their use. We also show that every finite dimensional orbifold has a Kuranishi atlas.
这些笔记旨在解释与Katrin Wehrheim的一个联合项目,该项目使用有限维约简来构建闭属零曲线的Gromov—Witten模空间的虚拟基本类。我们的方法基于深谷和小野的工作,以及深谷、Oh、Ohta和小野最近的工作。我们重新表述了他们的想法,以澄清结构背后的形式结构,并明确所有重要的选择(驯服,收缩和减少),从而创造了工具来明确证明虚拟基本类是独立于这些选择的。在总结了arXiv预印本1208.1340中的主要思想和证明之后,这些注释解释了处理各向同性所需的修改。进一步的章节概述了零属情况下Kuranishi地图集的构造,并给出了一些使用它们的例子。我们还证明了每一个有限维轨道都有一个Kuranishi图谱。
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引用次数: 10
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Virtual Fundamental Cycles in Symplectic Topology
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